openclaw
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Multi-channel AI gateway with extensible messaging integrations
26,143 lines • 1.03 MB
TypeScript
import { $ as MemoryCitationsMode, D as TalkProviderConfig, E as McpServerToolFilterConfig, F as TelegramGroupConfig, G as TtsModelOverrideConfig, H as TtsAutoMode, J as GroupToolPolicyConfig, K as TtsProvider, L as TelegramNetworkConfig$1, M as TelegramActionConfig$1, N as TelegramDirectConfig, O as OperatorScope, Q as QueueMode, R as TelegramTopicConfig, S as ThinkingLevelMap, T as McpCodexToolApprovalMode, U as TtsConfig, V as ResolvedTtsPersona, W as TtsMode, X as SafeBinProfileFixture, Y as ToolLoopDetectionConfig, Z as MentionPatternsPolicyConfig, _ as Model, _t as SandboxDockerSettings, a as ModelCompatConfig, at as ContextVisibilityMode, b as TextContent, bt as ChatType, c as ModelProviderAuthMode, ct as GroupPolicy, d as Api, dt as IdentityConfig, et as LegacyMemoryReadResult, f as AssistantMessage, ft as MarkdownTableMode$1, g as Message$1, gt as AgentModelConfig, h as ImageContent$1, ht as SessionScope, i as ModelApi, it as MemorySearchResult, j as TelegramAccountConfig$1, jt as SilentReplyConversationType, l as ModelProviderConfig, m as Context, mt as SessionMaintenanceMode, n as OpenClawConfig, nt as MemoryReadResult, o as ModelDefinitionConfig, ot as DmPolicy, p as AssistantMessageEventStreamContract, pt as ReplyToMode, q as GroupToolPolicyBySenderConfig, rt as MemorySearchManager, s as ModelMediaInputConfig, st as DmScope, t as ConfigFileSnapshot, tt as MemoryOriginClass, ut as HumanDelayConfig, v as SimpleStreamOptions, vt as SecretInput, w as Usage, x as ThinkingLevel, xt as FastMode, yt as SecretRef, z as ChannelImplicitMentionsConfig } from "./types.openclaw-BC-OHYtd.js";
import { $n as PortalSummary, $r as SessionGitHubPublishParams, $t as ReplyPayload$1, A as resolveTextChunkLimit, Ai as PluginManifestDashboardActionVerb, An as CliSessionBinding, Ar as UsersGitHubAuthorizeStartResult, At as LegacyMediaContextKey, B as ChannelAccountSnapshot, Bi as UnifiedModelCatalogKind, Bn as SourceReplyDeliveryMode, Br as SessionCatalogShareRoute, Bt as ExecutionIdentityAdmissionToken, C as OutboundDeliveryFormattingOptions, Ci as PluginBundleFormat, Cn as MediaUnderstandingOutput, Cr as SystemAgentWizardCancel, Ct as TurnAdoptionLifecycle, D as chunkText, Di as PluginManifestContracts, Dn as AuthProfileCredential, Dr as UsersAuthConnectStartResult, Dt as UserTurnTranscriptRecorder, E as chunkMarkdownTextWithMode, Ei as PluginFormat, En as ApiKeyCredential$1, Er as UsersAuthConnectCatalogResult, Et as UserTurnTranscriptAnnotation, F as SecurityAuditFinding, Fi as ChannelConfigUiHint, Fn as SessionToolOverrides, Fr as UsersUnlinkAuthProfileResult, Ft as TranscriptEntryAnchor, G as ChannelOutboundTargetMode, Gn as CronToolsAllowExecTarget, Gr as SessionPermissionMode, Gt as AgentToolResult, Hn as ChannelRouteRef, Hr as SessionsCatalogContinueParams, Ht as CompactionResult, I as buildAgentSessionKey, Ii as JsonSchemaObject, In as SessionSystemPromptReport, Ir as ToolsGitHubAuthorizePollResult, It as TranscriptTurnAdmission, J as ConversationReadInvocationOrigin, Jn as WorkerTranscriptMessage, Jr as ApprovalPresentation, Jt as CustomMessage, Kn as WorkerConnectParams, Kr as WorkerInferenceModelRef, Kt as AgentToolUpdateCallback, L as resolveAgentRoute, Li as ModelCatalogContextWindowOption, Ln as SourceInfo, Lr as ToolsGitHubAuthorizeStartResult, Lt as TranscriptTurnBoundary, M as OutboundPayloadDeliveryOutcome, Mi as PluginManifestMcpServer, Mn as SessionContextBudgetStatus, Mr as UsersListAuthLinksResult, Mt as PromptImageOrderEntry, N as OutboundPayloadDeliverySuppressionReason, Ni as PluginKind, Nn as SessionEntry$1, Nr as UsersListModelAccountsResult, Nt as MediaKind, O as chunkTextWithMode, Oi as PluginManifestControlUi, On as AuthProfileStore, Or as UsersAuthConnectStatusResult, Ot as InputProvenance, P as ChannelRuntimeSurface, Pi as ChannelConfigSchema, Pn as SessionPluginJsonValue, Pr as UsersSelectModelAccountResult, Pt as mediaKindFromMime, Q as PollInput, Qn as PortalOpenResult, Qr as SessionGitHubPublicationResult, Qt as ReplyMediaAttachment, R as BaseProbeResult, Ri as ModelCatalogStatus, Rn as SessionCreatedActor, Rr as AgentWaitParams, Rt as AgentPlanStep, S as OutboundIdentity, Si as PluginOrigin$1, Sn as StructuredExtractionInput, Sr as SystemAgentChatQuestion, St as TaskSuggestionDeliveryMode, T as chunkMarkdownText, Ti as PluginDiagnostic, Tn as resolveAgentWorkspaceDir, Tr as PersonalGitHubStatus, Tt as UserTurnTranscriptAdmissionReceipt, U as ChannelMessageActionAdapter, Un as CronScheduledToolCallerOrigin, Ur as SessionsCatalogReadParams, Ut as AgentMessage, Vi as RuntimeEnv, Vn as DeliveryContext, Vr as SessionsCatalogArchiveParams, Vt as AgentRunTimeoutPhase, W as ChannelMeta, Wn as CronScheduledToolPolicy, Wr as SessionsCatalogReadResult, Wt as AgentTool, X as OutboundReplyFacts, Xn as WizardNextResult$1, Xr as GitHubPublicationPublisher, Xt as ToolExecutionMode, Y as MessageReceipt, Yn as WizardAnswer, Yr as SessionApprovalReplay, Yt as StreamFn, Z as RenderedMessageBatchPlanItem, Zn as WizardStep$1, Zr as SessionGitHubConfirmParams, Zt as ToolLoopWarning, _ as ChannelPlugin$3, _i as PluginMetadataSnapshotOwnerMaps, _n as ApprovalScope, _r as UsersMentionableParams, _t as PluginHookChannelContext, a as CronRunStatus, ai as SkillsLibraryActivateResult, an as ChannelApprovalKind, ar as SessionPlacementDiskSpace, at as FinalizedRuntimeMsgContext, b as ChannelDeliveryCapabilities, bi as PluginCompatCode, bn as MediaUnderstandingDecision, br as WorkerEnvironmentState, bt as GetReplyOptions, c as CronRuntimeAuthority, ci as SkillsLibraryReceipt, cn as PluginApprovalRequest$1, cr as QuestionAnswers, ct as MsgContext, d as FailoverReason, di as Result, dn as ExecApprovalRequest, dr as QuestionResolvedEvent, dt as SupplementalContextFacts, ei as ConnectParams, en as SessionWriterDeliveryAuthority, er as Snapshot, et as OutboundSendDeps, f as ExplicitSkillSelection, fi as resolveStateDir, fn as ExecApprovalRequestPayload, fr as QuestionWaitAnswerResult, ft as TemplateContext, g as SkillUsagePath, gi as PluginMetadataSnapshot, gn as ExecTarget, gr as MentionsListResult, gt as CommandTurnKind, h as SkillTelemetrySource, hi as PluginMetadataRegistryView, hn as ExecSecurity, hr as NodeSkillDescriptor, ht as CommandTurnContext, i as CronPayload, ii as SkillLibrarySelection, in as ReplyPayloadDelivery, ir as SessionMoveTarget, it as FinalizedMsgContext, j as OutboundDeliveryResult, ji as PluginManifestDashboardDataBinding, jn as GroupKeyResolution, jr as UsersLinkAuthProfileResult, jt as MediaFact, k as resolveChunkMode, ki as PluginManifestDashboard, kn as OAuthCredential$1, kr as UsersGitHubAuthorizePollResult, kt as TranscriptSenderIdentity, l as NormalizeReplySkipReason, li as ChannelId$1, ln as PluginApprovalRequestPayload, lr as QuestionRecord, lt as OriginatingChannelType, m as SkillSnapshot, mi as ConfigWriteAfterWrite, mn as ExecMode, mr as NodePluginToolDescriptor, mt as HistoryMediaEntry, n as CronJobCreate, ni as RequestFrame, nn as MessagePresentation, nr as SessionsCompanionAskResult, nt as OutboundMediaAccess, o as CronStoredJob, oi as SkillsLibraryListResult, or as SessionPlacementRunner, ot as InboundSourceModality, p as SkillEligibilityContext, pi as ConfigReplaceResult, pn as ExecAsk, pr as NodeHostStatsPayload, pt as HistoryEntry, q as ChannelThreadingToolContext, qn as WorkerTranscriptCommitParams, qr as WorkerInferenceOptions, qt as BashExecutionMessage, r as CronJobPatch, ri as SkillLibraryFile, rn as MessagePresentationAction, rr as SessionsCompanionStateResult, rt as OutboundMediaReadFile, s as CronToolsAllowProvenance, si as SkillsLibraryReadResult, sn as SystemAgentApprovalRequestPayload, sr as Question, st as MentionSource, t as CronJob, ti as ErrorShape, tn as LegacyInteractiveReply, tr as SessionObserverDigest, tt as IdentifierAuthentication, u as ModelFallbackAvailability, ui as ChatChannelId, un as ExecApprovalDecision, ur as QuestionResolveResult, ut as SessionTranscriptContext, v as WizardPrompter, vi as PluginManifestRecord, vn as NormalizedLocation, vr as UsersMentionableResult, vt as InboundEventKind, w as chunkByNewline, wi as PluginConfigUiHint, wn as resolveAgentDir, wr as ChatAccountSelection, wt as UserTurnInput, x as ChannelOutboundAdapter, xi as PluginDependencyStatus, xn as MediaUnderstandingProvider, xr as WorkerTunnelStatus, xt as PartialReplyPayload, y as ChannelPairingAdapter, yi as PluginTrust, yn as OutboundLocation, yr as ScopeUpgradeResult, yt as BlockReplyContext, z as BaseTokenResolution, zi as UnifiedModelCatalogEntry, zn as SessionCreatedVia, zr as SessionCatalogHost, zt as ExecutionIdentityAdmissionFacts } from "./install-security-scan.types-BacA1pHV.js";
import { n as ProviderModelRouteRuntimePolicy, r as ProviderRouteOverridePresence, t as ProviderModelRouteAuthRequirement } from "./provider-model-types-CqUgWBwx.js";
import { Static, TSchema, Type } from "typebox";
import { ZodTypeAny, z } from "zod";
import { LookupAddress } from "node:dns";
import { Dispatcher } from "undici";
import { DatabaseSync } from "node:sqlite";
import { IncomingMessage, ServerResponse } from "node:http";
import "@openclaw/ai";
import "@openclaw/ai/internal/runtime";
import "@openclaw/ai/internal/shared";
import { Chat, ChatFullInfo, Message, UserFromGetMe } from "grammy/types";
import "tslog";
import { Bot } from "grammy";
import "@openclaw/ai/diagnostics";
import "@openclaw/fs-safe/config";
import { FsSafeErrorCode } from "@openclaw/fs-safe";
import { SecretFileReadOptions } from "@openclaw/fs-safe/secret";
import "kysely";
import { AutocompleteProvider, Component, EditorComponent, EditorTheme, KeybindingsConfig, KeybindingsManager, OverlayHandle, OverlayOptions, TUI } from "@earendil-works/pi-tui";
import "@modelcontextprotocol/sdk/types.js";
import { Duplex } from "node:stream";
import { Command } from "commander";
import "execa";
import { WebSocket } from "ws";
import "@openclaw/ai/internal/openai";
import "@openclaw/fs-safe/advanced";
import { ImageMetadata } from "rastermill";
//#endregion
//#region src/agents/agent-runtime-id.d.ts
type EmbeddedAgentRuntime = "openclaw" | "auto" | (string & {});
//#endregion
//#region src/system-agent/operation-types.d.ts
/** Parsed OpenClaw operation before approval/execution. */
type SystemAgentOperation = {
kind: "none";
message: string;
} | {
kind: "overview";
} | {
kind: "doctor";
} | {
kind: "doctor-fix";
} | {
kind: "status";
} | {
kind: "health";
} | {
kind: "config-validate";
} | {
kind: "config-get";
path: string;
} | {
kind: "config-schema";
path?: string;
} | {
kind: "config-set";
path: string;
value: string;
} | {
kind: "config-set-ref";
path: string;
source: "env" | "file" | "exec" | "store";
id: string;
provider?: string;
} | {
kind: "setup";
workspace?: string;
model?: string;
agentName?: string;
} | SystemAgentNavigationOperation | {
kind: "channel-list";
} | {
kind: "channel-info";
channel: string;
} | {
kind: "gateway-status";
} | {
kind: "gateway-start";
} | {
kind: "gateway-stop";
} | {
kind: "gateway-restart";
} | {
kind: "agents";
} | {
kind: "models";
} | {
kind: "plugin-list";
} | {
kind: "plugin-search";
query: string;
} | {
kind: "plugin-install";
spec: string;
} | {
kind: "plugin-activate-artifact";
path: string;
sha256: string;
} | {
kind: "plugin-uninstall";
pluginId: string;
} | {
kind: "audit";
} | {
kind: "create-agent";
agentId: string;
workspace?: string;
model?: string;
requesterAgentId?: string;
} | {
kind: "set-default-model";
model: string;
agentId?: string;
};
/** Interactive actions owned by the host chat, never by delegated model turns. */
type SystemAgentNavigationOperation = {
kind: "model-setup";
workspace?: string;
} | {
kind: "model-accounts";
} | {
kind: "channel-setup";
channel: string;
} | {
kind: "skills-setup";
} | {
kind: "search-setup";
} | {
kind: "gateway-config-setup";
} | {
kind: "memory-import";
} | {
kind: "open-setup";
target: "guided" | "classic" | "channels" | "search" | "gateway";
channel?: string;
} | {
kind: "open-tui";
agentId?: string;
workspace?: string;
agentDraft?: "hatch";
};
//#endregion
//#region src/config/mutation-types.d.ts
/** Selects whether a mutation starts from runtime or source config shape. */
type ConfigMutationBase = "runtime" | "source";
//#endregion
//#region src/config/group-policy.d.ts
type GroupPolicyChannel = ChannelId$1;
type ChannelGroupConfig = {
requireMention?: boolean;
ingest?: boolean;
tools?: GroupToolPolicyConfig;
toolsBySender?: GroupToolPolicyBySenderConfig;
};
type ChannelGroupPolicy = {
allowlistEnabled: boolean;
allowed: boolean;
groupConfig?: ChannelGroupConfig;
defaultConfig?: ChannelGroupConfig;
};
declare function resolveChannelGroupPolicy(params: {
cfg: OpenClawConfig;
channel: GroupPolicyChannel;
groupId?: string | null;
accountId?: string | null;
groupIdCaseInsensitive?: boolean;
/** When true, sender-level filtering (groupAllowFrom) is configured upstream. */
hasGroupAllowFrom?: boolean;
}): ChannelGroupPolicy;
declare function resolveChannelGroupRequireMention(params: {
cfg: OpenClawConfig;
channel: GroupPolicyChannel;
groupId?: string | null;
accountId?: string | null;
groupIdCaseInsensitive?: boolean;
requireMentionOverride?: boolean;
configuredGroupDefaultsToNoMention?: boolean;
overrideOrder?: "before-config" | "after-config";
}): boolean;
//#endregion
//#region src/realtime-transcription/provider-types.d.ts
type RealtimeTranscriptionProviderId = string;
type RealtimeTranscriptionProviderConfig = Record<string, unknown>;
type RealtimeTranscriptionProviderResolveConfigContext = {
cfg: OpenClawConfig;
rawConfig: RealtimeTranscriptionProviderConfig;
};
type RealtimeTranscriptionProviderConfiguredContext = {
cfg?: OpenClawConfig;
providerConfig: RealtimeTranscriptionProviderConfig;
};
/** Callback hooks emitted by realtime transcription sessions. */
type RealtimeTranscriptionSessionCallbacks = {
onPartial?: (partial: string) => void;
onTranscript?: (transcript: string) => void;
onSpeechStart?: () => void;
onError?: (error: Error) => void;
};
/** Inputs passed to a provider when creating a transcription session. */
type RealtimeTranscriptionSessionCreateRequest = RealtimeTranscriptionSessionCallbacks & {
cfg?: OpenClawConfig;
providerConfig: RealtimeTranscriptionProviderConfig;
};
/** Runtime control surface for a realtime transcription session. */
type RealtimeTranscriptionSession = {
connect(): Promise<void>;
sendAudio(audio: Buffer): void;
close(): void;
isConnected(): boolean;
};
//#endregion
//#region src/infra/net/ssrf.d.ts
type LookupFn = (hostname: string, options: {
all: true;
}) => Promise<LookupAddress[]>;
type SsrFPolicy = {
allowPrivateNetwork?: boolean;
dangerouslyAllowPrivateNetwork?: boolean;
allowRfc2544BenchmarkRange?: boolean;
/**
* Exempt addresses in `fc00::/7` (IPv6 Unique Local Address block, RFC 4193)
* from the SSRF private-IP block. Companion to
* `allowRfc2544BenchmarkRange` for fake-ip proxy stacks (sing-box, Clash,
* Surge) that resolve foreign domains to ULA addresses alongside the IPv4
* 198.18.0.0/15 range. See #74351.
*/
allowIpv6UniqueLocalRange?: boolean;
allowedHostnames?: string[];
/**
* Exact HTTP origins that may promote only the current request hostname into
* `allowedHostnames`. Evaluated per URL inside the redirect loop.
*/
allowedOrigins?: string[];
hostnameAllowlist?: string[];
/** Deny exact hosts or wildcard subdomains; "*.example.com" excludes the apex. */
blockedHostnames?: string[];
};
type PinnedHostnameOverride = {
hostname: string;
addresses: string[];
};
type PinnedDispatcherPolicy = {
mode: "direct";
connect?: Record<string, unknown>;
pinnedHostname?: PinnedHostnameOverride;
} | {
mode: "env-proxy";
connect?: Record<string, unknown>;
proxyTls?: Record<string, unknown>;
pinnedHostname?: PinnedHostnameOverride;
} | {
mode: "explicit-proxy";
proxyUrl: string;
allowPrivateProxy?: boolean;
proxyTls?: Record<string, unknown>;
pinnedHostname?: PinnedHostnameOverride;
};
//#endregion
//#region src/agents/provider-request-config.d.ts
/** Auth override accepted from sanitized provider/model request config. */
type ProviderRequestAuthOverride = {
mode: "provider-default";
} | {
mode: "authorization-bearer";
token: string;
} | {
mode: "header";
headerName: string;
value: string;
prefix?: string;
};
/** TLS override accepted from sanitized provider/model request config. */
type ProviderRequestTlsOverride = {
ca?: string;
cert?: string;
key?: string;
passphrase?: string;
serverName?: string;
insecureSkipVerify?: boolean;
};
/** Proxy override accepted from sanitized provider/model request config. */
type ProviderRequestProxyOverride = {
mode: "env-proxy";
tls?: ProviderRequestTlsOverride;
} | {
mode: "explicit-proxy";
url: string;
tls?: ProviderRequestTlsOverride;
};
/** Transport override block shared by provider and model request config. */
type ProviderRequestTransportOverrides = {
headers?: Record<string, string>;
auth?: ProviderRequestAuthOverride;
proxy?: ProviderRequestProxyOverride;
tls?: ProviderRequestTlsOverride;
};
/** Model-scoped transport overrides, including private-network policy. */
type ModelProviderRequestTransportOverrides$1 = ProviderRequestTransportOverrides & {
allowPrivateNetwork?: boolean;
};
//#endregion
//#region src/logging/levels.d.ts
declare const ALLOWED_LOG_LEVELS: readonly ["silent", "fatal", "error", "warn", "info", "debug", "trace"];
type LogLevel = (typeof ALLOWED_LOG_LEVELS)[number];
//#endregion
//#region src/logging/subsystem.d.ts
type SubsystemLogger$1 = {
subsystem: string;
isEnabled: (level: LogLevel, target?: "any" | "console" | "file") => boolean;
trace: (message: string, meta?: Record<string, unknown>) => void;
debug: (message: string, meta?: Record<string, unknown>) => void;
info: (message: string, meta?: Record<string, unknown>) => void;
warn: (message: string, meta?: Record<string, unknown>) => void;
error: (message: string, meta?: Record<string, unknown>) => void;
fatal: (message: string, meta?: Record<string, unknown>) => void;
raw: (message: string) => void;
child: (name: string) => SubsystemLogger$1;
};
declare function createSubsystemLogger(subsystem: string): SubsystemLogger$1;
//#endregion
//#region src/infra/sqlite-wal.d.ts
type SqliteWalCheckpointMode = "PASSIVE" | "FULL" | "RESTART" | "TRUNCATE";
type SqliteWalMaintenance = {
checkpoint: () => boolean;
close: (options?: {
checkpointMode?: SqliteWalCheckpointMode;
}) => boolean;
};
//#endregion
//#region src/state/openclaw-state-db-contract.d.ts
/** Open shared SQLite database handle plus WAL maintenance lifecycle. */
type OpenClawStateDatabase = {
db: DatabaseSync;
path: string;
walMaintenance: SqliteWalMaintenance;
};
/** Options for resolving or overriding the shared state database path. */
type OpenClawStateDatabaseOptions = {
env?: NodeJS.ProcessEnv;
path?: string;
database?: OpenClawStateDatabase;
readOnly?: boolean;
};
//#endregion
//#region src/agents/model-auth-runtime-shared.d.ts
/** Resolved credential material and provenance for one provider request. */
type ResolvedProviderAuth = {
apiKey?: string;
profileId?: string;
source: string;
mode: "api-key" | "oauth" | "token" | "aws-sdk";
};
/** Require a normalized API key or throw a provider-auth error. */
declare function requireApiKey(auth: ResolvedProviderAuth, provider: string): string;
//#endregion
//#region src/agents/model-auth-model.d.ts
type ModelAuthMode = "api-key" | "oauth" | "token" | "mixed" | "aws-sdk" | "unknown";
//#endregion
//#region src/plugins/runtime/model-auth-types.d.ts
/**
* Runtime-ready auth result exposed to native plugins and context engines.
*
* `source`, `mode`, and `profileId` describe how the original credential was
* resolved. `apiKey` is the request-ready credential after any provider-owned
* runtime exchange, so it may differ from the stored/raw credential.
*/
type ResolvedProviderRuntimeAuth = Omit<ResolvedProviderAuth, "apiKey"> & {
apiKey?: string;
baseUrl?: string;
request?: ModelProviderRequestTransportOverrides$1;
expiresAt?: number;
};
//#endregion
//#region src/infra/net/pinned-dispatcher-pool.d.ts
type PinnedDispatcherLease = {
dispatcher: Dispatcher;
reused: boolean;
release: () => Promise<void>;
};
type PinnedDispatcherPoolOptions = {
maxEntries: number;
idleTtlMs: number;
};
/**
* Bounded cache of reusable DNS-pinned dispatchers.
*
* Callers must perform fresh DNS and SSRF validation before every acquisition
* and include the resulting origin, address set, and connection policy in the key.
*/
declare class PinnedDispatcherPool {
private readonly entries;
private readonly ownedEntries;
private readonly maxEntries;
private readonly idleTtlMs;
private closed;
constructor(options: PinnedDispatcherPoolOptions);
acquire(params: {
key: string;
groupKey: string;
createDispatcher: () => Dispatcher;
}): PinnedDispatcherLease | undefined;
closeAll(): Promise<void>;
private createLease;
private retireEntry;
private startClose;
}
//#endregion
//#region src/infra/net/fetch-guard.d.ts
type FetchLike$1 = (input: RequestInfo | URL, init?: RequestInit) => Promise<Response>;
declare const GUARDED_FETCH_MODE: {
readonly STRICT: "strict";
readonly TRUSTED_ENV_PROXY: "trusted_env_proxy";
readonly TRUSTED_EXPLICIT_PROXY: "trusted_explicit_proxy";
};
type GuardedFetchMode = (typeof GUARDED_FETCH_MODE)[keyof typeof GUARDED_FETCH_MODE];
type GuardedFetchOptions = {
url: string;
fetchImpl?: FetchLike$1;
/** Final synchronous check after transport preparation and before each request or redirect. */
beforeRequest?: () => void | undefined;
init?: RequestInit;
capture?: false | {
flowId?: string;
meta?: Record<string, unknown>;
sensitiveRequestHeaderNames?: readonly string[];
};
maxRedirects?: number;
/**
* Allow replaying unsafe request methods and bodies across cross-origin redirects.
* Sensitive cross-origin headers (for example Authorization/Cookie) are still stripped.
* Defaults to false.
*/
allowCrossOriginUnsafeRedirectReplay?: boolean;
timeoutMs?: number;
signal?: AbortSignal;
requireHttps?: boolean;
policy?: SsrFPolicy;
lookupFn?: LookupFn;
dispatcherPolicy?: PinnedDispatcherPolicy;
/** Resolve a synchronous per-hop override so redirects can change proxy or direct routing. */
resolveDispatcherPolicy?: (url: URL) => PinnedDispatcherPolicy | undefined;
retainAuthorizationRedirectHostnameAllowlist?: string[];
mode?: GuardedFetchMode;
pinDns?: boolean;
/** @deprecated use `mode: "trusted_env_proxy"` for trusted/operator-controlled URLs. */
proxy?: "env";
/**
* @deprecated use `mode: "trusted_env_proxy"` instead.
*/
dangerouslyAllowEnvProxyWithoutPinnedDns?: boolean;
auditContext?: string;
/** Internal opt-in for reusing freshly revalidated, direct pinned dispatchers. */
dispatcherPool?: PinnedDispatcherPool;
};
//#endregion
//#region src/globals.d.ts
declare function shouldLogVerbose(): boolean;
//#endregion
//#region packages/media-generation-core/src/normalization.d.ts
/** Primitive value types reported in media generation normalization metadata. */
type MediaNormalizationValue = string | number | boolean;
/** Requested/applied value pair plus provenance for a normalized media option. */
type MediaNormalizationEntry<TValue extends MediaNormalizationValue> = {
requested?: TValue;
applied?: TValue;
derivedFrom?: string;
supportedValues?: readonly TValue[];
};
//#endregion
//#region src/image-generation/types.d.ts
/** Non-empty binary image asset returned by an image-generation provider. */
type GeneratedImageAsset = {
buffer: Buffer;
mimeType: string;
fileName?: string;
revisedPrompt?: string;
metadata?: Record<string, unknown>;
};
type ImageGenerationResolution = "1K" | "2K" | "4K";
type ImageGenerationQuality = "low" | "medium" | "high" | "auto";
type ImageGenerationOutputFormat = "png" | "jpeg" | "webp";
type ImageGenerationBackground = "transparent" | "opaque" | "auto";
type ImageGenerationOpenAIBackground = ImageGenerationBackground;
type ImageGenerationOpenAIModeration = "low" | "auto";
type ImageGenerationOpenAIOptions = {
background?: ImageGenerationOpenAIBackground;
moderation?: ImageGenerationOpenAIModeration;
outputCompression?: number;
user?: string;
};
type ImageGenerationProviderOptions = Record<string, unknown> & {
openai?: ImageGenerationOpenAIOptions;
};
type ImageGenerationIgnoredOverrideKey = "size" | "aspectRatio" | "resolution" | "quality" | "outputFormat" | "background";
type ImageGenerationIgnoredOverride = {
key: ImageGenerationIgnoredOverrideKey;
value: string;
};
type ImageGenerationSourceImage = {
buffer: Buffer;
mimeType: string;
fileName?: string;
metadata?: Record<string, unknown>;
};
type ImageGenerationProviderConfiguredContext = {
cfg?: OpenClawConfig;
agentDir?: string;
};
/** Runtime request passed to an image-generation provider implementation. */
type ImageGenerationRequest = {
provider: string;
model: string;
prompt: string;
cfg: OpenClawConfig;
agentDir?: string;
authStore?: AuthProfileStore;
timeoutMs?: number;
count?: number;
size?: string;
aspectRatio?: string;
resolution?: ImageGenerationResolution;
quality?: ImageGenerationQuality;
outputFormat?: ImageGenerationOutputFormat;
background?: ImageGenerationBackground;
inputImages?: ImageGenerationSourceImage[];
providerOptions?: ImageGenerationProviderOptions;
ssrfPolicy?: SsrFPolicy;
};
type ImageGenerationResult = {
images: GeneratedImageAsset[];
model?: string;
metadata?: Record<string, unknown>;
};
type ImageGenerationModeCapabilities = {
maxCount?: number;
supportsSize?: boolean;
supportsAspectRatio?: boolean;
supportsResolution?: boolean;
};
type ImageGenerationEditCapabilities = ImageGenerationModeCapabilities & {
enabled: boolean;
maxInputImages?: number;
maxInputImagesByModel?: Readonly<Record<string, number>>;
maxInputImagesByModelPrefix?: Readonly<Record<string, number>>;
};
type ImageGenerationGeometryCapabilities = {
sizes?: string[];
sizesByModel?: Record<string, string[]>;
aspectRatios?: string[];
aspectRatiosByModel?: Record<string, string[]>;
resolutions?: ImageGenerationResolution[];
resolutionsByModel?: Record<string, ImageGenerationResolution[]>;
};
type ImageGenerationOutputCapabilities = {
qualities?: ImageGenerationQuality[];
formats?: ImageGenerationOutputFormat[];
backgrounds?: ImageGenerationBackground[];
};
type ImageGenerationNormalization = {
size?: MediaNormalizationEntry<string>;
aspectRatio?: MediaNormalizationEntry<string>;
resolution?: MediaNormalizationEntry<ImageGenerationResolution>;
};
type ImageGenerationProviderCapabilities = {
generate: ImageGenerationModeCapabilities;
edit: ImageGenerationEditCapabilities;
geometry?: ImageGenerationGeometryCapabilities;
output?: ImageGenerationOutputCapabilities;
};
type ImageGenerationProvider = {
id: string;
aliases?: string[];
label?: string;
defaultModel?: string;
/** Default provider operation timeout in milliseconds when caller/config omit timeoutMs. */
defaultTimeoutMs?: number;
models?: string[];
capabilities: ImageGenerationProviderCapabilities;
isConfigured?: (ctx: ImageGenerationProviderConfiguredContext) => boolean;
generateImage: (req: ImageGenerationRequest) => Promise<ImageGenerationResult>;
};
//#endregion
//#region src/music-generation/types.d.ts
/**
* Public music generation provider contracts.
*
* Providers implement these request/result/capability shapes so the core
* runtime can normalize prompts, options, assets, and fallback diagnostics.
*/
/** Audio output formats currently understood by music generation providers. */
type MusicGenerationOutputFormat = "mp3" | "wav";
/** Non-empty in-memory audio asset returned from a music generation provider. */
type GeneratedMusicAsset = {
buffer: Buffer;
mimeType: string;
fileName?: string;
metadata?: Record<string, unknown>;
};
/** Optional source image passed to image-conditioned music edit models. */
type MusicGenerationSourceImage = {
url?: string;
buffer?: Buffer;
mimeType?: string;
fileName?: string;
metadata?: Record<string, unknown>;
};
type MusicGenerationProviderConfiguredContext = {
cfg?: OpenClawConfig;
agentDir?: string;
};
/** Provider request after runtime fallback and override normalization. */
type MusicGenerationRequest = {
provider: string;
model: string;
prompt: string;
cfg: OpenClawConfig;
agentDir?: string;
authStore?: AuthProfileStore;
timeoutMs?: number;
lyrics?: string;
instrumental?: boolean;
durationSeconds?: number;
format?: MusicGenerationOutputFormat;
inputImages?: MusicGenerationSourceImage[];
};
/** Provider result before runtime fallback metadata is attached. */
type MusicGenerationResult = {
tracks: GeneratedMusicAsset[];
model?: string;
lyrics?: string[];
metadata?: Record<string, unknown>;
};
/** Caller override dropped because the selected provider/model does not support it. */
type MusicGenerationIgnoredOverride = {
key: "lyrics" | "instrumental" | "durationSeconds" | "format";
value: string | boolean | number;
};
/** Capability block for prompt-only music generation. */
type MusicGenerationModeCapabilities = {
maxTracks?: number;
maxDurationSeconds?: number;
supportsLyrics?: boolean;
supportsLyricsByModel?: Readonly<Record<string, boolean>>;
supportsInstrumental?: boolean;
supportsInstrumentalByModel?: Readonly<Record<string, boolean>>;
supportsDuration?: boolean;
supportsFormat?: boolean;
supportedFormats?: readonly MusicGenerationOutputFormat[];
supportedFormatsByModel?: Readonly<Record<string, readonly MusicGenerationOutputFormat[]>>;
};
/** Capability block for image-conditioned music generation. */
type MusicGenerationEditCapabilities = MusicGenerationModeCapabilities & {
enabled: boolean;
maxInputImages?: number;
};
/** Provider capability declaration, including optional mode-specific overrides. */
type MusicGenerationProviderCapabilities = MusicGenerationModeCapabilities & {
maxInputImages?: number;
generate?: MusicGenerationModeCapabilities;
edit?: MusicGenerationEditCapabilities;
};
/** Normalization metadata attached to runtime results. */
type MusicGenerationNormalization = {
durationSeconds?: MediaNormalizationEntry<number>;
};
/** Provider implementation contract consumed by the music generation runtime. */
type MusicGenerationProvider = {
id: string;
aliases?: string[];
label?: string;
defaultModel?: string;
models?: string[];
capabilities: MusicGenerationProviderCapabilities;
isConfigured?: (ctx: MusicGenerationProviderConfiguredContext) => boolean;
generateMusic: (req: MusicGenerationRequest) => Promise<MusicGenerationResult>;
};
//#endregion
//#region src/talk/talk-events.d.ts
/**
* Canonical event names emitted by Talk sessions across realtime and STT/TTS flows.
*/
declare const TALK_EVENT_TYPES: readonly ["session.started", "session.ready", "session.closed", "session.error", "session.replaced", "turn.started", "turn.ended", "turn.cancelled", "capture.started", "capture.stopped", "capture.cancelled", "capture.once", "input.audio.delta", "input.audio.committed", "transcript.delta", "transcript.done", "output.text.delta", "output.text.done", "output.audio.started", "output.audio.delta", "output.audio.done", "tool.call", "tool.progress", "tool.result", "tool.error", "usage.metrics", "latency.metrics", "health.changed"];
/**
* Talk event name accepted by the event sequencer.
*/
type TalkEventType = (typeof TALK_EVENT_TYPES)[number];
/**
* High-level media mode used to group Talk session telemetry.
*/
type TalkMode = "realtime" | "stt-tts" | "transcription";
/**
* Transport family carrying Talk audio and session control.
*/
type TalkTransport = "webrtc" | "provider-websocket" | "gateway-relay" | "managed-room";
/**
* Brain mode that explains whether Talk output is agent-mediated, tool-only, or passive.
*/
type TalkBrain = "agent-consult" | "direct-tools" | "none";
//#endregion
//#region src/talk/provider-types.d.ts
type RealtimeVoiceProviderId = string;
type RealtimeVoiceRole = "user" | "assistant";
type RealtimeVoiceCloseReason = "completed" | "error";
type RealtimeVoiceAudioFormat = {
encoding: "g711_ulaw";
sampleRateHz: 8000;
channels: 1;
} | {
encoding: "pcm16";
sampleRateHz: 24000;
channels: 1;
};
type RealtimeVoiceTool = {
type: "function";
name: string;
description: string;
parameters: {
type: "object";
properties: Record<string, unknown>;
required?: string[];
};
};
type RealtimeVoiceToolCallEvent = {
itemId: string;
callId: string;
name: string;
args: unknown;
};
type RealtimeVoiceToolResultOptions = {
/**
* Submit the tool result without prompting the realtime provider to generate a new assistant
* response. Use when another channel has already delivered the user-visible answer.
*/
suppressResponse?: boolean;
willContinue?: boolean;
};
type RealtimeVoiceCloseDisposition = "abort" | "detach";
type RealtimeVoiceCloseOptions = {
/** Whether closing the transport also cancels work already accepted by the host. */
disposition?: RealtimeVoiceCloseDisposition;
};
type RealtimeVoiceBridgeEvent = {
direction: "client" | "server";
type: string;
detail?: string;
itemId?: string;
responseId?: string;
};
type RealtimeVoiceResponseError = {
code?: string;
message?: string;
type?: string;
};
type RealtimeVoiceResponseOutcomeBase = {
responseId?: string;
};
type RealtimeVoiceResponseOutcome = (RealtimeVoiceResponseOutcomeBase & {
status: "completed";
}) | (RealtimeVoiceResponseOutcomeBase & {
status: "cancelled";
reason?: string;
}) | (RealtimeVoiceResponseOutcomeBase & {
status: "failed" | "incomplete";
reason?: string;
error?: RealtimeVoiceResponseError;
message: string;
});
type RealtimeVoiceAudioClearReason = "barge-in";
type RealtimeVoiceAudioChunkMetadata = {
itemId: string;
};
type RealtimeVoicePlaybackItem = {
itemId: string;
audioEndMs: number;
};
type RealtimeVoiceBridgeCallbacks = {
onAudio: (audio: Buffer, metadata?: RealtimeVoiceAudioChunkMetadata) => void;
/** Retained native items in playback order; queued items have zero consumed duration.
* An empty snapshot is authoritative. Omit when the transport cannot measure playback.
*/
getPlaybackState?: () => readonly RealtimeVoicePlaybackItem[];
onClearAudio: (reason?: RealtimeVoiceAudioClearReason) => void;
/** Scoped acknowledgments are valid only for the provider connection that emitted the mark. */
onMark?: (markName: string, acknowledge?: () => void) => void;
onTranscript?: (role: RealtimeVoiceRole, text: string, isFinal: boolean) => void;
/** Synchronously admits native control; only consult permits task fallthrough. Respond is call-bound. */
handleDelegationInput?: (text: string, respond: (message: string) => void) => "control" | "consult";
/** Diagnostic observation; returning from this callback cannot veto an event. */
onEvent?: (event: RealtimeVoiceBridgeEvent) => void;
onResponseDone?: (outcome: RealtimeVoiceResponseOutcome) => void;
onToolCall?: (event: RealtimeVoiceToolCallEvent) => void;
onReady?: () => void;
onError?: (error: Error) => void;
onClose?: (reason: RealtimeVoiceCloseReason) => void;
};
type RealtimeVoiceProviderConfig = Record<string, unknown>;
type RealtimeVoiceProviderCapabilities = {
transports: TalkTransport[];
inputAudioFormats: RealtimeVoiceAudioFormat[];
outputAudioFormats: RealtimeVoiceAudioFormat[];
supportsBrowserSession?: boolean;
supportsBargeIn?: boolean;
/** True when provider VAD reports confirmed interruptions through onClearAudio("barge-in"). */
handlesInputAudioBargeIn?: boolean;
supportsToolCalls?: boolean;
/** True when user transcripts are reliable enough to gate responses on a leading wake name. */
supportsActivationNameGating?: boolean;
supportsVideoFrames?: boolean;
supportsSessionResumption?: boolean;
};
type RealtimeVoiceProviderResolveConfigContext = {
cfg: OpenClawConfig;
rawConfig: RealtimeVoiceProviderConfig;
};
type RealtimeVoiceProviderConfiguredContext = {
cfg?: OpenClawConfig;
/** Host-selected agent scope for provider auth readiness. */
agentId?: string;
providerConfig: RealtimeVoiceProviderConfig;
};
type RealtimeVoiceAgentConsultRunner = (params: {
prompt: string;
signal?: AbortSignal;
}) => Promise<{
text: string;
}>;
type RealtimeVoiceBridgeCreateRequest = RealtimeVoiceBridgeCallbacks & {
cfg?: OpenClawConfig;
/** Host-selected agent scope for provider auth and agent-owned bridge state. */
agentId?: string;
providerConfig: RealtimeVoiceProviderConfig;
audioFormat?: RealtimeVoiceAudioFormat;
instructions?: string;
language?: string;
autoRespondToAudio?: boolean;
interruptResponseOnInputAudio?: boolean;
tools?: RealtimeVoiceTool[];
/** Host-injected agent delegation runner for provider-owned realtime control channels. */
runAgentConsult?: RealtimeVoiceAgentConsultRunner;
};
type RealtimeVoiceBrowserSessionCreateRequest = {
cfg?: OpenClawConfig;
providerConfig: RealtimeVoiceProviderConfig;
instructions?: string;
tools?: RealtimeVoiceTool[];
model?: string;
voice?: string;
vadThreshold?: number;
silenceDurationMs?: number;
prefixPaddingMs?: number;
reasoningEffort?: string;
/** Host-injected agent delegation runner for provider-owned realtime control channels. */
runAgentConsult?: RealtimeVoiceAgentConsultRunner;
} & ({
clientControl?: undefined;
gatewayControl?: RealtimeVoiceGatewayControl;
} | {
/** Explicit ownership requires command binding; lifecycle callbacks alone do not select it. */
clientControl: {
owner: "gateway";
};
gatewayControl: RealtimeVoiceGatewayControl & Required<Pick<RealtimeVoiceGatewayControl, "bindControl">>;
});
/** Narrow host/plugin seam for Gateway-owned control of a client-owned media session. */
type RealtimeVoiceGatewayControl = Omit<RealtimeVoiceBridgeCallbacks, "onAudio" | "onClearAudio" | "onMark" | "getPlaybackState"> & {
/** Bind only supported sideband commands; client-owned media needs no audio bridge. */
bindControl?: (control: Partial<Pick<RealtimeVoiceBridge, "submitToolResult" | "sendUserMessage">>) => void;
/** @deprecated Stable 2026.8.1 SDK contract; remove only with a versioned SDK break. */
bindBridge: (bridge: RealtimeVoiceBridge) => void;
};
type RealtimeVoiceBrowserAudioContract = {
inputEncoding: "pcm16" | "g711_ulaw";
inputSampleRateHz: number;
outputEncoding: "pcm16" | "g711_ulaw";
outputSampleRateHz: number;
};
type RealtimeVoiceBrowserWebRtcSdpSession = {
provider: RealtimeVoiceProviderId;
transport: "webrtc";
clientSecret: string;
offerUrl?: string;
offerHeaders?: Record<string, string>;
offerResponseMaxBytes?: number;
model?: string;
voice?: string;
expiresAt?: number;
};
type RealtimeVoiceBrowserJsonPcmWebSocketSession = {
provider: RealtimeVoiceProviderId;
transport: "provider-websocket";
protocol: string;
clientSecret: string;
websocketUrl: string;
audio: RealtimeVoiceBrowserAudioContract;
initialMessage?: unknown;
model?: string;
voice?: string;
expiresAt?: number;
};
type RealtimeVoiceBrowserGatewayRelaySession = {
provider: RealtimeVoiceProviderId;
transport: "gateway-relay";
relaySessionId: string;
audio: RealtimeVoiceBrowserAudioContract;
model?: string;
voice?: string;
expiresAt?: number;
};
type RealtimeVoiceBrowserManagedRoomSession = {
provider: RealtimeVoiceProviderId;
transport: "managed-room";
roomUrl: string;
token?: string;
model?: string;
voice?: string;
expiresAt?: number;
};
type RealtimeVoiceBrowserSession = RealtimeVoiceBrowserWebRtcSdpSession | RealtimeVoiceBrowserJsonPcmWebSocketSession | RealtimeVoiceBrowserGatewayRelaySession | RealtimeVoiceBrowserManagedRoomSession;
type RealtimeVoiceBridge = {
supportsToolResultContinuation?: boolean;
/** False when the provider cannot accept a tool result without starting a response. */
supportsToolResultSuppression?: boolean;
/** Per-session override for provider-confirmed input-audio barge-in handling. */
handlesInputAudioBargeIn?: boolean;
connect(): Promise<void>;
sendAudio(audio: Buffer): void;
setMediaTimestamp(ts: number): void;
sendUserMessage?(text: string, options?: {
toolChoice?: {
type: "function";
name: string;
};
}): void;
triggerGreeting?(instructions?: string): void;
handleBargeIn?(options?: RealtimeVoiceBargeInOptions): void;
/**
* Returns void when submission completes synchronously, or a Promise that resolves at the
* asynchronous completion boundary exposed by the provider and rejects on submission failure.
*/
submitToolResult(callId: string, result: unknown, options?: RealtimeVoiceToolResultOptions): void | Promise<void>;
acknowledgeMark(markName?: string): void;
close(options?: RealtimeVoiceCloseOptions): void;
isConnected(): boolean;
};
type RealtimeVoiceBargeInOptions = {
/**
* The caller has already confirmed assistant audio is still playing in its output sink.
* This lets providers interrupt output even when the sink cannot provide real playback marks.
*/
audioPlaybackActive?: boolean;
/** Interrupt even when normal barge-in audio-duration guards would treat the event as echo. */
force?: boolean;
};
//#endregion
//#region src/transcripts/provider-types.d.ts
/**
* Public contracts for transcript source providers.
*
* Providers can stream live utterances, import post-hoc transcript text, expose
* status, and stop active sessions using shared session/source descriptors.
*/
/** Supported source families for transcript providers. */
type TranscriptSourceKind = "live-audio" | "live-caption" | "posthoc-transcript" | "recording-stt";
/** Provider-specific locator for a live, recorded, or imported transcript source. */
type TranscriptSourceLocator = {
providerId: string;
kind?: TranscriptSourceKind;
accountId?: string;
guildId?: string;
channelId?: string;
meetingUrl?: string;
threadTs?: string;
fileId?: string;
[key: string]: string | undefined;
};
/** Speaker/participant identity attached to an utterance. */
type TranscriptParticipant = {
id?: string;
label: string;
};
/** One captured or imported transcript utterance. */
type TranscriptUtterance = {
id?: string;
sessionId?: string;
startedAt?: string;
endedAt?: string;
speaker?: TranscriptParticipant;
text: string;
final?: boolean;
metadata?: Record<string, unknown>;
};
/** Durable transcript session metadata. */
type TranscriptSessionDescriptor = {
sessionId: string;
title?: string;
source: TranscriptSourceLocator;
startedAt: string;
stoppedAt?: string;
metadata?: Record<string, unknown>;
};
/** Request passed to providers that can start live transcript capture. */
type TranscriptStartRequest = {
cfg?: OpenClawConfig;
session: TranscriptSessionDescriptor;
abortSignal?: AbortSignal;
startupWaitMs?: number;
onUtterance: (utterance: TranscriptUtterance) => void | Promise<void>;
/**
* `active: false` permanently ends this exact capture subscription, including
* replacement or detach; transient transport disconnects must not emit it.
* Deliver final utterances first. Callback payload ids/source are descriptive;
* consumers retain their admitted session identity and ownership metadata.
*/
onStatus?: (status: TranscriptSourceStatus) => void | Promise<void>;
};
/** Request to watch whether a live source currently has human participants. */
type TranscriptOccupancyWatchRequest = {
cfg?: OpenClawConfig;
source: TranscriptSourceLocator;
abortSignal?: AbortSignal;
startupWaitMs?: number;
/** Emitted on 0 -> >0 humans, and once on subscription if already occupied. */
onOccupied: () => void;
/** Emitted on >0 -> 0 humans. Bots never count; callbacks preserve observed order. */
onEmpty: () => void;
};
type TranscriptOccupancyWatchHandle = {
stop: () => void;
};
/**
* Result from starting a transcript source provider.
*
* Providers retain cleanup ownership until they return `ok: true`. A failed or
* rejected start must release any partial capture before it settles.
*/
type TranscriptsStartResult = {
ok: true;
session: TranscriptSessionDescriptor;
} | {
ok: false;
error: string;
};
/** Request passed to providers that can stop live transcript capture. */
type TranscriptStopRequest = {
cfg?: OpenClawConfig;
sessionId: string;
source: TranscriptSourceLocator;
reason?: string;
};
/** Result from stopping a transcript source provider. */
type TranscriptsStopResult = {
ok: true;
sessionId: string;
stoppedAt?: string;
} | {
ok: false;
error: string;
};
/** Runtime status reported by transcript source providers. */
type TranscriptSourceStatus = {
sessionId?: string;
active: boolean;
message?: string;
source?: TranscriptSourceLocator;
};
/** Request passed to providers that import post-hoc transcript text. */
type TranscriptImportRequest = {
cfg?: OpenClawConfig;
session: TranscriptSessionDescriptor;
text: string;
speakerLabel?: string;
};
/** Trusted caller facts projected by core; never accepted from tool arguments. */
type TranscriptToolCaller = {
kind: "operator";
source: "channel-owner" | "local" | "scheduled";
} | {
kind: "channel";
channel: string;
accountId?: string;
senderId: string;
groupId?: string;
groupSpace?: string;
roleIds: readonly string[];
};
type TranscriptToolAction = "import" | "start" | "status" | "stop" | "summarize" | "list" | "show";
type TranscriptSourceAccessControl = {
/** Ingress channel whose trusted account owns this provider's account namespace. */
channelId: string;
/** Resolve and validate the canonical account before persistence. */
resolveAccountId: (params: {
cfg?: OpenClawConfig;
source: TranscriptSourceLocator;
}) => Result<string | undefined, string>;
/** Apply the provider's native access policy to the resolved source. */
authorize: (params: {
action: TranscriptToolAction;
caller: TranscriptToolCaller;
cfg?: OpenClawConfig;
source: TranscriptSourceLocator;
}) => Promise<Result<void, string>>;
};
/** Provider contract for transcript capture/import integrations. */
type TranscriptSourceProvider$2 = {
id: string;
aliases?: readonly string[];
/** Closed access contract for providers sharing one inbound channel namespace. */
accessControl?: TranscriptSourceAccessControl;
name: string;
sourceKinds: readonly TranscriptSourceKind[];
start?: (request: TranscriptStartRequest) => Promise<TranscriptsStartResult>;
watchOccupancy?: (request: TranscriptOccupancyWatchRequest) => Promise<Result<TranscriptOccupancyWatchHandle, string>>;
stop?: (request: TranscriptStopRequest) => Promise<TranscriptsStopResult>;
status?: (source: TranscriptSourceLocator, cfg?: OpenClawConfig) => Promise<TranscriptSourceStatus[]>;
importTranscript?: (request: TranscriptImportRequest) => Promise<TranscriptUtterance[]>;
};
//#endregion
//#region src/tts/provider-types.d.ts
/** Canonical speech provider identifier after provider registry normalization. */
type SpeechProviderId = string;
/** Output context requested from a speech provider. */
type SpeechSynthesisTarget = "audio-file" | "voice-note" | "telephony";
/** Provider-owned normalized config map. */
type SpeechProviderConfig = Record<string, unknown>;
/** Provider-owned per-request directive/persona overrides. */
type SpeechProviderOverrides = Record<string, unknown>;
/** Policy controlling which [[tts:*]] directive fields can affect synthesis. */
type SpeechModelOverridePolicy = {
enabled: boolean;
allowText: boolean;
allowProvider: boolean;
allowVoice: boolean;
allowModelId: boolean;
allowVoiceSettings: boolean;
allowNormalization: boolean;
allowSeed: boolean;
};
/** Parsed directive overrides grouped by provider. */
type TtsDirectiveOverrides = {
ttsText?: string;
provider?: SpeechProviderId;
providerOverrides?: Record<string, SpeechProviderOverrides>;
};
/** Result of parsing TTS directives from message text. */
type TtsDirectiveParseResult = {
cleanedText: string;
ttsText?: string;
hasDirective: boolean;
overrides: TtsDirectiveOverrides;
warnings: string[];
};
/** Context for checking whether a provider has enough config to synthesize. */
type SpeechProviderConfiguredContext = {
cfg?: OpenClawConfig;
providerConfig: SpeechProviderConfig;
timeoutMs: number;
};
/** Request for buffered speech synthesis. */
type SpeechSynthesisRequest = {
text: string;
cfg: OpenClawConfig;
providerConfig: SpeechProviderConfig;
target: SpeechSynthesisTarget;
providerOverrides?: SpeechProviderOverrides;
timeoutMs: number;
};
/** Buffered speech synthesis result plus file/voice-note compatibility metadata. */
type SpeechSynthesisResult = {
audioBuffer: Buffer;
outputFormat: string;
fileExtension: string;
voiceCompatible: boolean;
};
type SpeechSynthesisStreamRequest = SpeechSynthesisRequest;
/** Streaming speech synthesis result; release frees provider transport resources. */
type SpeechSynthesisStreamResult = {
audioStream: ReadableStream<Uint8Array>;
outputFormat: string;
fileExtension: string;
voiceCompatible: boolean;
release?: () => Promise<void>;
};
/** Telephony synthesis request for provider output that needs a fixed sample rate. */
type SpeechTelephonySynthesisRequest = {
text: string;
cfg: OpenClawConfig;
providerConfig: SpeechProviderConfig;
providerOverrides?: SpeechProviderOverrides;
timeoutMs: number;
};
/** Telephony synthesis result with sample-rate metadata for call transports. */
type SpeechTelephonySynthesisResult = {
audioBuffer: Buffer;
outputFormat: string;
sampleRate: number;
};
/** Provider hook input for applying persona/config before synthesis. */
type SpeechProviderPrepareSynthesisContext = {
text: string;
cfg: OpenClawConfig;
providerConfig: SpeechProviderConfig;
providerOverrides?: SpeechProviderOverrides;
persona?: ResolvedTtsPersona;
personaProviderConfig?: SpeechProviderConfig;
target: SpeechSynthesisTarget;
timeoutMs: number;
};
/** Optional provider-prepared synthesis overrides. */
type SpeechProviderPreparedSynthesis = {
text?: string;
providerConfig?: SpeechProviderConfig;
providerOverrides?: SpeechProviderOverrides;
};
/** Voice metadata returned by provider list-voices hooks. */
type SpeechVoiceOption = {
id: string;
name?: string;
category?: string;
description?: string;
locale?: string;
gender?: string;
personalities?: string[];
};
/** Provider voice-listing request with optional direct auth/URL overrides. */
type SpeechListVoicesRequest = {
cfg?: OpenClawConfig;
providerConfig?: SpeechProviderConfig;
apiKey?: string;
baseUrl?: string;
/** Core-resolved request timeout after config and provider defaults. */
timeoutMs?: number;
};
/** Provider hook input for resolving normalized config from raw OpenClaw config. */
type SpeechProviderResolveConfigContext = {
cfg: OpenClawConfig;
rawConfig: Record<string, unknown>;
timeoutMs: number;
};
/** One parsed directive key/value plus current provider override state. */
type SpeechDirectiveTokenParseContext = {
key: string;
value: string;
policy: SpeechModelOverridePolicy;
selectedProvider?: SpeechProviderId;
providerConfig?: SpeechProviderConfig;
currentOverrides?: SpeechProviderOverrides;
};
/** Provider directive parser result. */
type SpeechDirectiveTokenParseResult = {
handled: boolean;
overrides?: SpeechProviderOverrides;
warnings?: string[];
};
/** Provider hook input for resolving talk-command speech config. */
type SpeechProviderResolveTalkConfigContext = {
cfg: OpenClawConfig;
baseTtsConfig: Record<string, unknown>;
talkProviderConfig: TalkProviderConfig;
timeoutMs: number;
};
/** Provider hook input for per-call talk-command overrides. */
type SpeechProviderResolveTalkOverridesContext = {
talkProviderConfig: TalkProviderConfig;
params: Record<string, unknown>;
};
//#endregion
//#region src/video-generation/types.d.ts
/** Video asset returned by a provider after generation or transformation. */
type GeneratedVideoAsset = {
/** Non-empty raw video bytes; may accompany url as a delivery fallback. */
buffer?: Buffer;
/** Provider-hosted URL returned instead of bytes or alongside them as a delivery fallback.
* When buffer is absent, callers can forward or download without materializing the video. */
url?: string;
mimeType: string;
fileName?: string;
metadata?: Record<string, unknown>;
};
/** Resolution label accepted by video generation providers. */
type VideoGenerationResolution = "360P" | "480P" | "540P" | "720P" | "768P" | "1080P" | (string & {});
/**
* Canonical semantic role hints for reference assets (first/last frame,
* reference image/video/audio). Providers may accept additional role strings;
* the asset.role type accepts both canonical values and arbitrary strings.
*/
type VideoGenerationAssetRole = "first_frame" | "last_frame" | "reference_image" | "reference_video" | "reference_audio";
/** Source media asset supplied to image/video/audio-to-video providers. */
type VideoGenerationSourceAsset = {
url?: string;
buffer?: Buffer;
mimeType?: string;
fileName?: string;
/**
* Optional semantic role hint forwarded to the provider. Canonical values
* come from `VideoGenerationAssetRole`; plain strings are accepted for
* provider-specific extensions.
*/
role?: VideoGenerationAssetRole | (string & {});
metadata?: Record<string, unknown>;
};
/** Context passed when checking whether a video provider is configured. */
type VideoGenerationProviderConfiguredContext = {
cfg?: OpenClawConfig;
agentDir?: string;
};
/** Context passed when resolving model-specific video generation capabilities. */
type VideoGenerationModelCapabilitiesContext = {
provider: string;
model: string;
cfg: OpenClawConfig;
agentDir?: string;
authStore?: AuthProfileStore;
timeoutMs?: number;
};
/** Normalized request object passed to a selected video generation provider. */
type VideoGenerationRequest = {
provider: string;
model: string;
prompt: string;
cfg: OpenClawConfig;
agentDir?: string;
authStore?: AuthProfileStore;
timeoutMs?: number;
size?: string;
aspectRatio?: string;
resolution?: VideoGenerationResolution;
durationSeconds?: number;
audio?: boolean;
watermark?: boolean;
inputImages?: VideoGenerationSourceAsset[];
inputVideos?: VideoGenerationSourceAsset[];
/** Reference audio assets (e.g. background music) forwarded to the provider. */
inputAudios?: VideoGenerationSourceAsset[];
/** Arbitrary provider-specific parameters forwarded as-is (e.g. seed, draft, camerafixed). */
providerOptions?: Record<string, unknown>;
};
/** Provider video generation response returned to the runtime. */
type VideoGenerationResult = {
videos: GeneratedVideoAsset[];
model?: string;
metadata?: Record<string, unknown>;
};
/** Supported high-level video generation operation modes. */
type VideoGenerationMode = "generate" | "imageToVideo" | "videoToVideo";
/**
* Primitive type tag for a declared `providerOptions` key. Keep narrow —
* plugins that need richer shapes should leave them out of the typed contract
* and interpret the forwarded opaque value inside their own provider code.
*/
type VideoGenerationProviderOptionType = "number" | "boolean" | "string";
/** Capability limits and supported options for one video generation mode. */
type VideoGenerationModeCapabilities = {
maxVideos?: number;
maxInputImages?: number;
maxInputImagesByModel?: Readonly<Record<string, number>>;
maxInputVideos?: number;
maxInputVideosByModel?: Readonly<Record<string, number>>;
/** Max number of reference audio assets the provider accepts (e.g. background music, voice reference). */
maxInputAudios?: number;
maxInputAudiosByModel?: Readonly<Record<string, number>>;
maxDurationSeconds?: number;
supportedDurationSeconds?: readonly number[];
supportedDurationSecondsByModel?: Readonly<Record<string, readonly number[]>>;
sizes?: readonly string[];
aspectRatios?: readonly string[];
resolutions?: readonly VideoGenerationResolution[];
supportsSize?: boolean;
supportsAspectRatio?: boolean;
supportsResolution?: boolean;
supportsAudio?: boolean;
supportsWatermark?: boolean;
/**
* Declared typed schema for `VideoGenerationRequest.providerOptions`. Keys
* listed here are accepted and validated against the declared primitive
* type before forwarding; unknown keys or type mismatches skip the
* candidate provider at runtime so mis-typed or provider-specific options
* never silently reach the wrong provider.
*/
providerOptions?: Readonly<Record<string, VideoGenerationProviderOptionType>>;
};
/** Capability block for transform modes that may be independently enabled. */
type VideoGenerationTransformCapabilities = VideoGenerationModeCapabilities & {
enabled: boolean;
};
/** Full provider capability map including base and transform mode overrides. */
type VideoGenerationProviderCapabilities = VideoGenerationModeCapabilities & {
generate?: VideoGenerationModeCapabilities;
imageToVideo?: VideoGenerationTransformCapabilities;
videoToVideo?: VideoGenerationTransformCapabilities;
};
/** Static catalog metadata that overrides provider defaults for one video model. */
type VideoGenerationCatalogModelEntry = {
capabilities?: VideoGenerationProviderCapabilities;
modes?: readonly VideoGenerationMode[];
};
/** Video generation provider contract implemented by provider plugins. */
type VideoGenerationProvider = {
id: string;
aliases?: string[];
label?: string;
defaultModel?: string;
/** Default provider operation timeout in milliseconds when caller/config omit timeoutMs. */
defaultTimeoutMs?: number;
models?: string[];
capabilities: VideoGenerationProviderCapabilities;
catalogByModel?: Readonly<Record<string, VideoGenerationCatalogModelEntry>>;
isConfigured?: (ctx: VideoGenerationProviderConfiguredContext) => boolean;
resolveModelCapabilities?: (ctx: VideoGenerationModelCapabilitiesContext) => VideoGenerationProviderCapabilities | undefined | Promise<VideoGenerationProviderCapabilities | undefined>;
generateVideo: (req: VideoGenerationRequest) => Promise<VideoGenerationResult>;
};
type VideoGenerationIgnoredOverride = {
key: "size" | "aspectRatio" | "resolution" | "audio" | "watermark";
value: string | boolean;
};
type VideoGenerationNormalization = {
size?: MediaNormalizationEntry<string>;
aspectRatio?: MediaNormalizationEntry<string>;
resolution?: MediaNormalizationEntry<VideoGenerationResolution>;
durationSeconds?: MediaNormalizationEntry<number>;
};
//#endregion
//#region src/plugins/host-hook-json.d.ts
/** JSON primitive values accepted across plugin host-hook boundaries. */
type PluginJsonPrimitive = string | number | boolean | null;
/** Bounded JSON value shape accepted from plugin hooks. */
type PluginJsonValue = PluginJsonPrimitive | PluginJsonValue[] | {
[key: string]: PluginJsonValue;
};
//#endregion
//#region src/plugins/capability-provider.types.d.ts
/** JSON-compatible provider settings for one configured worker profile. */
type WorkerProfile = Readonly<Record<string, PluginJsonValue>>;
/** Provider-authored picker metadata for one machine class or exact machine type. */
type WorkerMachineOption = Readonly<{
id: string;
label: string;
cpu?: number;
memoryGb?: number;
default?: boolean;
}>;
/** SSH endpoint material returned by a worker provider after provisioning. */
type WorkerSshEndpoint = {
host: string;
port: number;
/**
* Up to 10 ordered unique integer ports (1..65535) after `port`; excludes the primary.
* Core rotates only for idempotent probes, content-addressed transfers, receipt/lock-guarded
* artifact installation, convergent managed-worktree mirroring, and tunnel reconnects.
* Ambiguous unguarded stateful commands fail closed and are not replayed.
*/
fallbackPorts?: readonly number[];
user: string;
/** OpenSSH public host-key line obtained from trusted provisioning output. */
hostKey: string;
/** Secret reference only; providers must never return plaintext key material. */
keyRef: SecretRef;
};
/** Resolved SSH client identity. Providers may return a local path or ephemeral material. */
type WorkerSshIdentity = {
kind: "path";
path: string;
} | {
kind: "material";
contents: string;
};
/** Durable context supplied when a worker provider resolves the identity it minted. */
type WorkerSshIdentityRequest = {
leaseId: string;
profile: WorkerProfile;
keyRef: SecretRef;
};
/** Closed set of applications installed and launchable on a provisioned worker desktop. */
type WorkerDesktopApp = {
id: "browser";
executablePath: string;
cdpPort: number;
} | {
id: "terminal";
executablePath: string;
};
/** Optional interactive desktop endpoint provisioned with the lease (warm-time capability). */
type WorkerDesktopEndpoint = {
/** Desktop service protocol on the worker loopback; "rfb" is the only phase-1 value. */
protocol: "rfb";
/** Loopback port on the worker (e.g. 5900). */
port: number;
/** Absolute on-box path to the per-lease password file; read by the owning transport, never persisted as plaintext. */
passwordFilePath?: string;
/** Closed application metadata advertised by the provider for this desktop. */
apps?: WorkerDesktopApp[];
};
/** Placement execution modes a worker provider can carry. */
type WorkerExecutionMode = "worker-turn" | "remote-exec";
type WorkerNodeBootstrapAccess = {
/** Immutable node distribution prepared by the Gateway for this provision operation. */
nodeBootstrap: {
url: string;
token: string;
sha256: string;
bytes: number;
openclawVersion: string;
enabledPluginIds: readonly string[];
tlsFingerprint?: string;
};
/** Runtime/enrollment closure, including shutdown; provision's separate signal identifies explicit Stop. */
signal?: AbortSignal;
};
/** Operation-bound immutable artifacts without a node identity or enrollment credential. */
type WorkerNodeRuntimePreparation = WorkerNodeBootstrapAccess & {
workerBundle: {
url: string;
token: string;
sha256: string;
bytes: number;
tlsFingerprint?: string;
/** Core-owned location within the installed node package, outside dist and enrollment state. */
packageRelativePath: string;
};
};
/** Replay-safe node enrollment prepared only after a provider has allocated its machine. */
type WorkerNodeEnrollment = WorkerNodeBootstrapAccess & {
openclawVersion: string;
displayName: string;
waitForDeviceId: () => Promise<string>;
} & ({
mode: "connect";
setupCode: string;
setupId: string;
} | {
mode: "resume";
deviceId: string;
});
/** Durable lease identity and endpoint returned by a successful provision operation. */
type WorkerLease = {
leaseId: string;
/** The SSH account also owns processes unrelated to this worker lease. */
sharedHost?: boolean;
desktop?: WorkerDesktopEndpoint;
} & ({
ssh: WorkerSshEndpoint;
node?: never;
} | {
node: {
deviceId: string;
};
ssh?: never;
});
/** Authoritative inspection result for an already-known worker lease. */
type WorkerLeaseStatus = {
status: "active";
/** Explicit provider fact used to reconcile leases persisted before this metadata existed. */
sharedHost?: boolean;
} | {
status: "dormant";
} | {
status: "destroyed";
} | {
status: "unknown";
};
/** Cloud-worker lifecycle capability shared by plugin and internal providers. */
type WorkerProvider$1 = {
id: string;
/** Process-stable choices available for this profile; omit the hook to hide machine selection. */
listMachineOptions?: (profile: WorkerProfile) => Promise<readonly WorkerMachineOption[]>;
/** Omission advertises no placement support; multiple modes use their canonical order. */
supportedExecutionModes?: readonly [WorkerExecutionMode] | readonly ["worker-turn", "remote-exec"];
/**
* Provision before preparing an installation when the lease transport decides whether an
* installation is needed. Defaults to false so SSH providers retain prepare-before-allocation.
*/
provisionBeforeInstallation?: boolean;
/** Provider allocates a node host through the environment-owned enrollment callback. */
requiresNodeEnrollment?: boolean;
/** Prepare a pristine project before enrollment so it can be included in a reusable image. */
supportsProjectPreparation?: (profile: WorkerProfile, machineClass?: string) => boolean;
/**
* Resolve the exact cleanup handle for this operation, even if no machine was created.
* Must not provision, start, renew, run setup, enroll, or wait for transport readiness.
* Identity is not existence/readiness proof; destroy still owns teardown confirmation.
*/
resolveAllocation: (profile: WorkerProfile, operationId: string) => Promise<{
leaseId: string;
sharedHost: boolean;
}>;
/**
* Provision or adopt the lease for this operation id.
* Repeating the same operation id must be idempotent across gateway restarts.
*/
provision: (profile: WorkerProfile, operationId: string, options?: {
/** Cancel this attempt; settle its active commands before rejecting. Cleanup proves release separately. */
signal?: AbortSignal;
executionMode?: WorkerExecutionMode;
machineClass?: string;
prepareNodeRuntime?: () => Promise<WorkerNodeRuntimePreparation>;
beginNodeEnrollment?: () => Promise<WorkerNodeEnrollment>;
project?: {
key: string;
baseCommit: string;
signal: AbortSignal;
assertCurrent: () => void;
/** Bound to this provision attempt; retained callbacks reject after it closes. */
prepare: (transport: {
runScript: (script: string, signal: AbortSignal) => Promise<string>;
upload: (localPath: string, remotePath: string, signal: AbortSignal) => Promise<void>;
}) => Promise<{
seedKey: string;
cacheHit: boolean;
}>;
};
}) => Promise<WorkerLease>;
/** Maximum core wait for one provision attempt, including provider-owned setup and cleanup. */
resolveProvisionTimeoutMs?: (profile: WorkerProfile) => number;
/**
* Throws on transient/indeterminate observation failures. `unknown` means the provider no
* longer recognizes a usable lease; core fences it and requests destroy. Only `destroyed`
* proves teardown complete and lets core skip destroy.
*/
inspect: (lease: {
leaseId: string;
profile: WorkerProfile;
}) => Promise<WorkerLeaseStatus>;
/**
* Resolves provider-owned dynamic identities. When absent, the gateway uses its generic
* SecretRef resolver; when present, failures are authoritative and never fall back.
*/
resolveSshIdentity?: (request: WorkerSshIdentityRequest) => Promise<WorkerSshIdentity>;
renew?: (leaseId: string) => Promise<void>;
/**
* Bounded cleanup for configured profiles, including when no leases remain. Core schedules
* one pass at a time without blocking allocation. Check authority before external effects
* and after awaits before persistence; settle only after all owned commands have stopped.
*/
maintain?: (context: {
profiles: readonly WorkerProfile[];
signal: AbortSignal;
assertCurrent: () => void;
}) => Promise<void>;
/** Idempotent; resolves only after the provider can prove teardown. */
destroy: (lease: {
leaseId: string;
profile: WorkerProfile;
}) => Promise<void>;
/** Maximum core wait for teardown, including provider-owned checkpointing and cleanup. */
resolveDestroyTimeoutMs?: (profile: WorkerProfile) => number;
};
/** Speech capability registered by a plugin. */
type SpeechProviderPlugin$1 = {
id: SpeechProviderId;
label: string;
aliases?: string[];
autoSelectOrder?: number;
/** Default provider operation timeout in milliseconds when caller/config omit timeoutMs. */
defaultTimeoutMs?: number;
defaultModel?: string;
models?: readonly string[];
voices?: readonly string[];
resolveConfig?: (ctx: SpeechProviderResolveConfigContext) => SpeechProviderConfig;
parseDirectiveToken?: (ctx: SpeechDirectiveTokenParseContext) => SpeechDirectiveTokenParseResult;
resolveTalkConfig?: (ctx: SpeechProviderResolveTalkConfigContext) => SpeechProviderConfig;
resolveTalkOverrides?: (ctx: SpeechProviderResolveTalkOverridesContext) => SpeechProviderConfig | undefined;
prepareSynthesis?: (ctx: SpeechProviderPrepareSynthesisContext) => SpeechProviderPreparedSynthesis | undefined | Promise<SpeechProviderPreparedSynthesis | undefined>;
isConfigured: (ctx: SpeechProviderConfiguredContext) => boolean;
synthesize: (req: SpeechSynthesisRequest) => Promise<SpeechSynthesisResult>;
streamSynthesize?: (req: SpeechSynthesisStreamRequest) => Promise<SpeechSynthesisStreamResult>;
synthesizeTelephony?: (req: SpeechTelephonySynthesisRequest) => Promise<SpeechTelephonySynthesisResult>;
listVoices?: (req: SpeechListVoicesRequest) => Promise<SpeechVoiceOption[]>;
};
/** Realtime transcription capability registered by a plugin. */
type RealtimeTranscriptionProviderPlugin$1 = {
id: RealtimeTranscriptionProviderId;
label: string;
aliases?: string[];
defaultModel?: string;
models?: readonly string[];
autoSelectOrder?: number;
resolveConfig?: (ctx: RealtimeTranscriptionProviderResolveConfigContext) => RealtimeTranscriptionProviderConfig;
isConfigured: (ctx: RealtimeTranscriptionProviderConfiguredContext) => boolean;
createSession: (req: RealtimeTranscriptionSessionCreateRequest) => RealtimeTranscriptionSession;
};
/** Transcript source capability registered by a channel or meeting plugin. */
type TranscriptSourceProvider$1 = TranscriptSourceProvider$2;
/** Realtime voice capability registered by a plugin. */
type RealtimeVoiceProviderPlugin$1 = {
id: RealtimeVoiceProviderId;
label: string;
aliases?: string[];
defaultModel?: string;
models?: readonly string[];
/** Known speaker voices for pickers; providers still accept free-form values. */
voices?: readonly string[];
autoSelectOrder?: number;
capabilities?: RealtimeVoiceProviderCapabilities;
resolveConfig?: (ctx: RealtimeVoiceProviderResolveConfigContext) => RealtimeVoiceProviderConfig;
isConfigured: (ctx: RealtimeVoiceProviderConfiguredContext) => boolean;
createBridge: (req: RealtimeVoiceBridgeCreateRequest) => RealtimeVoiceBridge;
createBrowserSession?: (req: RealtimeVoiceBrowserSessionCreateRequest) => Promise<RealtimeVoiceBrowserSession>;
};
type MediaUnderstandingProviderPlugin$1 = MediaUnderstandingProvider;
type ImageGenerationProviderPlugin$1 = ImageGenerationProvider;
type VideoGenerationProviderPlugin$1 = VideoGenerationProvider;
type MusicGenerationProviderPlugin$1 = MusicGenerationProvider;
//#endregion
//#region src/plugins/capability-catalog.types.d.ts
/** Default export of capabilityCatalogEntry. Each present family is complete, even when empty. */
type PluginCapabilityCatalog = {
speechProviders?: readonly SpeechProviderPlugin$1[];
realtimeTranscriptionProviders?: readonly RealtimeTranscriptionProviderPlugin$1[];
realtimeVoiceProviders?: readonly RealtimeVoiceProviderPlugin$1[];
};
//#endregion
//#region src/plugins/gateway-events.d.ts
type OpenClawPluginGatewayEventScope = "operator.read" | "operator.write" | "operator.admin";
type OpenClawPluginSessionsChangedEvent = {
sessionKey: string;
agentId?: string;
label?: string;
displayName?: string;
reason?: string;
phase?: string;
};
type OpenClawPluginGatewayEvents = {
emit: (event: string, payload: PluginJsonValue, opts: {
scope: OpenClawPluginGatewayEventScope;
}) => void;
/**
* Native plugins can already read full session entries through the injected runtime;
* this notice only avoids polling and does not widen session access.
*/
onSessionsChanged: (handler: (event: OpenClawPluginSessionsChangedEvent) => void) => () => void;
};
//#endregion
//#region src/plugins/conversation-binding.types.d.ts
/** Plugin-supplied context for requesting a channel conversation binding. */
type PluginConversationBindingRequestParams = {
summary?: string;
detachHint?: string;
data?: Record<string, unknown>;
};
/** Maintainer/user decision recorded for a plugin conversation binding request. */
type PluginConversationBindingResolutionDecision = "allow-once" | "allow-always" | "deny";
/** Stored binding between a plugin and an external channel conversation. */
type PluginConversationBinding = {
bindingId: string;
pluginId: string;
pluginName?: string;
pluginRoot: string;
channel: string;
accountId: string;
conversationId: string;
parentConversationId?: string;
threadId?: string | number;
boundAt: number;
summary?: string;
detachHint?: string;
data?: Record<string, unknown>;
};
/** Result returned when a plugin asks to bind to a conversation. */
type PluginConversationBindingRequestResult = {
status: "bound";
binding: PluginConversationBinding;
} | {
status: "pending";
approvalId: string;
reply: ReplyPayload$1;
} | {
status: "error";
message: string;
};
/** Event emitted after a pending conversation binding request is resolved. */
type PluginConversationBindingResolvedEvent$1 = {
status: "approved" | "denied";
binding?: PluginConversationBinding;
decision: PluginConversationBindingResolutionDecision;
request: {
summary?: string;
detachHint?: string;
data?: Record<string, unknown>;
requestedBySenderId?: string;
conversation: {
channel: string;
accountId: string;
conversationId: string;
parentConversationId?: string;
threadId?: string | number;
};
};
};
//#endregion
//#region src/agents/agent-run-terminal-outcome.d.ts
type AgentRunAttemptFailureSource = "prompt" | "compaction" | "precheck" | "hook:before_agent_run";
type AgentRunAttemptFailure = {
source: AgentRunAttemptFailureSource;
error: unknown;
};
type AgentRunAttemptTimeoutObservation = "compaction" | "tool_execution";
type AgentRunAttemptTimeoutSource = "runtime" | "run_budget" | "idle" | "external";
type AgentRunAttemptTerminal = {
kind: "ok";
} | {
kind: "aborted";
source: "runtime" | "external" | "yield_cleanup";
failure?: AgentRunAttemptFailure;
timeoutObservation?: AgentRunAttemptTimeoutObservation;
} | {
kind: "timeout";
/** Non-terminal observations preserve timeout detail without interrupting the attempt. */
phase: AgentRunAttemptTimeoutObservation;
source: "observation";
failure?: AgentRunAttemptFailure;
} | {
kind: "timeout";
phase: "prompt" | AgentRunAttemptTimeoutObservation;
source: AgentRunAttemptTimeoutSource;
/** Present only when timeout handling also aborted the live harness run. */
aborted?: true;
failure?: AgentRunAttemptFailure;
} | {
kind: "failed";
source: AgentRunAttemptFailureSource;
error: unknown;
timeoutObservation?: AgentRunAttemptTimeoutObservation;
};
//#endregion
//#region src/auto-reply/reply/reply-dispatcher.types.d.ts
type ReplyDispatchKind = "tool" | "block" | "final";
type ReplyDispatchSettledCounts = {
delivered: number;
deliveredNotVisible: number;
cancelled: number;
failedBeforeSend: number;
failedAfterSend: number;
};
type ReplyDispatchReceipt = {
counts: Record<ReplyDispatchKind, ReplyDispatchSettledCounts>;
anyVisibleDelivered: boolean;
};
type ReplyFollowupAdmissionBarrierTimeoutPolicy = {
/** Absolute failsafe for owner activity that never settles. */
maxTimeoutMs: number;
/** Extend by another default settle interval while bounded owner work remains active. */
shouldExtend: () => boolean;
};
type ReplyDispatchRuntimeInfo = {
kind: ReplyDispatchKind;
assistantMessageIndex?: number;
/** @internal Claim direct-send custody immediately before recipient-visible platform I/O. */
onPlatformSendDispatch?: () => Promise<void>;
/** @internal Synchronously fence custody after claiming it and before provider I/O. */
assertPlatformSendAuthorized?: () => void;
/** @internal Bind this delivery's host-owned completion to a transformed payload. */
bindPendingFinalDelivery?: <T extends ReplyPayload$1>(payload: T) => T;
};
type ReplyDispatchBeforeDeliver = (payload: ReplyPayload$1, info: ReplyDispatchRuntimeInfo) => Promise<ReplyPayload$1 | null> | ReplyPayload$1 | null;
/** An owner-declared settlement budget for one before-delivery callback. */
type ReplyDispatchBeforeDeliverOptions = {
/** Positive finite per-callback deadline in milliseconds; omit for the dispatcher default. */
timeoutMs?: number;
};
type ReplyDispatcher = {
sendToolResult: (payload: ReplyPayload$1) => boolean;
sendBlockReply: (payload: ReplyPayload$1) => boolean;
sendFinalReply: (payload: ReplyPayload$1) => boolean;
appendBeforeDeliver?: (hook: ReplyDispatchBeforeDeliver, options?: ReplyDispatchBeforeDeliverOptions) => void;
supportsSettledReceipt?: true;
waitForIdle: () => Promise<void | ReplyDispatchReceipt>;
/** @deprecated Remove in the next Plugin SDK major; retains admission-time counts. */
getQueuedCounts: () => Record<ReplyDispatchKind, number>;
/** @deprecated Remove in the next Plugin SDK major; derived from settled receipts. */
getCancelledCounts?: () => Record<ReplyDispatchKind, number>;
/** @deprecated Remove in the next Plugin SDK major; derived from settled receipts. */
getFailedCounts: () => Record<ReplyDispatchKind, number>;
markComplete: () => void;
/** Owner-declared deadline for holding queued follow-ups behind all queued deliveries. */
resolveFollowupAdmissionBarrierTimeoutPolicy?: () => ReplyFollowupAdmissionBarrierTimeoutPolicy | undefined;
};
//#endregion
//#region src/config/sessions/transcript-assistant-delivery.d.ts
/** Turn-owned display preparation; source text precedes transcript-only hook rewrites. */
type PrepareAssistantTranscriptMessage = (message: AssistantMessage, sourceText: string | undefined) => AssistantMessage;
//#endregion
//#region src/infra/diagnostic-trace-context.d.ts
type DiagnosticTraceContext = {
/** W3C trace id, 32 lowercase hex chars. */
readonly traceId: string;
/** Current span id, 16 lowercase hex chars. */
readonly spanId?: string;
/** Parent span id, 16 lowercase hex chars. */
readonly parentSpanId?: string;
/** W3C trace flags, 2 lowercase hex chars. Defaults to sampled. */
readonly traceFlags?: string;
};
//#endregion
//#region src/plugins/hook-before-agent-start.types.d.ts
type PluginHookBeforeModelResolveAttachment = {
kind: "image" | "video" | "audio" | "document" | "other";
mimeType?: string;
};
type PluginHookBeforeModelResolveEvent = {
/** User prompt for this run. No session messages are available yet in this phase. */
prompt: string;
/** Attachment metadata for file-aware model routing. */
attachments?: PluginHookBeforeModelResolveAttachment[];
};
type PluginHookBeforeModelResolveResult = {
/** Override the model for this agent run. E.g. "llama3.3:8b" */
modelOverride?: string;
/** Override the provider for this agent run. E.g. "local-provider" */
providerOverride?: string;
};
type PluginHookBeforePromptBuildEvent = {
prompt: string;
/** Session messages prepared for this run. */
messages: unknown[];
};
type PluginHookBeforePromptBuildResult = {
systemPrompt?: string;
prependContext?: string;
appendContext?: string;
/**
* Narrows the tools submitted to the model for this turn.
* An empty array disables optional tools; omitted leaves the existing tool policy unchanged.
*/
toolsAllow?: string[];
/**
* Prepended to the agent system prompt so providers can cache it (e.g. prompt caching).
* Use for static plugin guidance instead of prependContext to avoid per-turn token cost.
*/
prependSystemContext?: string;
/**
* Appended to the agent system prompt so providers can cache it (e.g. prompt caching).
* Use for static plugin guidance instead of prependContext to avoid per-turn token cost.
*/
appendSystemContext?: string;
};
//#endregion
//#region src/plugins/hook-before-tool-call-result.d.ts
declare const PluginApprovalResolutions: {
readonly ALLOW_ONCE: "allow-once";
readonly ALLOW_ALWAYS: "allow-always";
readonly DENY: "deny";
readonly TIMEOUT: "timeout";
readonly CANCELLED: "cancelled";
};
type PluginApprovalResolution = (typeof PluginApprovalResolutions)[keyof typeof PluginApprovalResolutions];
type PluginHookBeforeToolCallResult = {
params?: Record<string, unknown>;
block?: boolean;
blockReason?: string;
requireApproval?: {
title: string;
description: string;
scope?: ApprovalScope;
severity?: "info" | "warning" | "critical";
timeoutMs?: number;
/**
* @deprecated Unresolved approvals always deny; retained for plugin API
* compatibility. The field will be removed after one deprecation release train.
*/
timeoutBehavior?: "allow" | "deny";
/** Override timeout text and return the timeout as a blocked tool result. */
timeoutReason?: string;
allowedDecisions?: Array<"allow-once" | "allow-always" | "deny">;
pluginId?: string;
onResolution?: (decision: PluginApprovalResolution) => Promise<void> | void;
};
};
//#endregion
//#region src/plugins/hook-decision-types.d.ts
/** Content is fine. Proceed normally. */
type HookDecisionPass = {
outcome: "pass";
};
/**
* Content is blocked. `reason` is internal plugin-local detail; core must not log,
* persist, broadcast, or expose it verbatim. `message` is user-facing detail.
*/
type HookDecisionBlock = {
outcome: "block";
/** Internal plugin-local reason. Do not log, persist, broadcast, or expose verbatim. */
reason: string;
/** Optional user-facing detail included in the block response envelope. */
message?: string;
/** Plugin-defined category for analytics (e.g. "violence", "pii", "cost_limit"). */
category?: string;
/** Opaque metadata for the plugin's own use. Core does not interpret it. */
metadata?: Record<string, unknown>;
};
/** Outcomes valid for input gates (before_agent_run). */
type InputGateDecision = HookDecisionPass | HookDecisionBlock;
//#endregion
//#region src/hooks/message-hook-media.d.ts
/** Stable media fact exposed to message-hook consumers. */
type MessageHookMediaFact = {
path?: string;
url?: string;
contentType?: string;
kind?: MediaFact["kind"];
transcribed?: boolean;
messageId?: string;
workspaceDir?: string;
};
//#endregion
//#region src/plugins/hook-message.types.d.ts
/** Ordered media fact exposed by inbound message hooks. */
type PluginHookMediaFact = MessageHookMediaFact;
/** Channel-neutral geographic fix carried by an inbound provider update. */
type PluginHookLocation = {
latitude: number;
longitude: number;
accuracy?: number;
name?: string;
address?: string;
source?: "pin" | "place" | "live";
isLive?: boolean;
livePeriodSeconds?: number;
caption?: string;
};
/** Stable provider update identity for transport-level correlation and deduplication. */
type PluginHookProviderUpdate = {
id: string;
kind: string;
messageId?: string;
messageTimestamp?: number;
editedTimestamp?: number;
};
/** Provider metadata plus deprecated media aliases retained during the SDK migration window. */
type PluginHookInboundMessageMetadata = Record<string, unknown> & {
/** @deprecated Use the first `event.media` fact with a defined `path`. */
mediaPath?: string;
/** @deprecated Use the first `event.media` fact's `url ?? path`. */
mediaUrl?: string;
/** @deprecated Use the first `event.media` fact's `contentType ?? kind`. */
mediaType?: string;
/** @deprecated Collect defined `path` values from `event.media` in order. */
mediaPaths?: string[];
/** @deprecated Collect each defined `url ?? path` from `event.media` in order. */
mediaUrls?: string[];
/** @deprecated Collect each defined `contentType ?? kind` from `event.media` in order. */
mediaTypes?: string[];
/** @deprecated Use the first `event.originalMedia` fact with a defined `path`. */
originalMediaPath?: string;
/** @deprecated Use the first `event.originalMedia` fact's `url ?? path`. */
originalMediaUrl?: string;
/** @deprecated Use the first `event.originalMedia` fact's `contentType ?? kind`. */
originalMediaType?: string;
/** @deprecated Collect defined `path` values from `event.originalMedia` in order. */
originalMediaPaths?: string[];
/** @deprecated Collect each defined `url ?? path` from `event.originalMedia` in order. */
originalMediaUrls?: string[];
/** @deprecated Collect each defined `contentType ?? kind` from `event.originalMedia` in order. */
originalMediaTypes?: string[];
/** @deprecated Use `event.mediaStagingPending`. */
mediaStagingPending?: boolean;
};
type PluginHookMessageContext = {
channelId: string;
accountId?: string;
conversationId?: string;
/**
* Canonical session key for this conversation — the same value the agent
* runtime sees as `params.sessionKey` for the run that produced the
* outbound payload, and the same value `agent_end`/`llm_input`/`llm_output`
* fire with. Plugins correlating per-turn state across `agent_end` and
* `message_sending` rely on this equality.
*
* For inbound message hooks (`inbound_claim` etc.), this is the canonical
* session for the inbound conversation as resolved by `resolveSessionKey`
* / `deriveInboundMessageHookContext`.
*
* For outbound delivery hooks (`message_sending` and `message_sent`),
* this mirrors `OutboundSessionContext.key` from the dispatch path when
* delivery has a session attached. When the outbound path has no
* resolvable session (e.g. internal smoke runs without
* `OutboundSessionContext`), this field is omitted; plugins must treat
* it as optional.
*/
sessionKey?: string;
/**
* Per-turn run identifier (UUID), unique to one end-to-end agent turn:
* stable across all LLM-call iterations, retry attempts (compaction,
* empty-response, planning-only, etc.), and multi-payload reply chunks
* within that turn; distinct for each new inbound user message and for
* each cron/heartbeat/followup-triggered run.
*
* Generated once in `agent-runner-execution.ts`/`followup-runner.ts` via
* `crypto.randomUUID()`. Currently populated for inbound message hooks
* (`inbound_claim`, `message_received`) and for agent-runtime hooks that
* already receive the run id (e.g. `agent_end`, `llm_input`, `llm_output`).
* It is **not yet** plumbed through the outbound delivery path, so
* plugins observing `message_sending` / `message_sent` should not rely
* on `runId` to correlate against `agent_end`; use `sessionKey` for
* outbound→inbound correlation today (with the caveat that it cannot
* disambiguate concurrent turns in the same session).
*/
runId?: string;
messageId?: string;
senderId?: string;
replyToId?: string;
replyToIdFull?: string;
replyToBody?: string;
replyToSender?: string;
replyToIsQuote?: boolean;
trace?: DiagnosticTraceContext;
traceId?: string;
spanId?: string;
parentSpanId?: string;
callDepth?: number;
};
type PluginHookInboundClaimContext = PluginHookMessageContext & {
/** Resolved owner for session scopes whose canonical key does not encode an agent id. */
agentId?: string;
parentConversationId?: string;
senderId?: string;
messageId?: string;
pluginBinding?: PluginConversationBinding;
};
type PluginHookInboundClaimEvent = {
content: string;
body?: string;
bodyForAgent?: string;
transcript?: string;
timestamp?: number;
channel: string;
accountId?: string;
conversationId?: string;
parentConversationId?: string;
senderId?: string;
senderName?: string;
senderUsername?: string;
replyToId?: string;
replyToIdFull?: string;
replyToBody?: string;
replyToSender?: string;
replyToIsQuote?: boolean;
threadId?: string | number;
messageId?: string;
sessionKey?: string;
runId?: string;
trace?: DiagnosticTraceContext;
traceId?: string;
spanId?: string;
parentSpanId?: string;
isGroup: boolean;
commandAuthorized?: boolean;
senderIsOwner?: boolean;
wasMentioned?: boolean;
location?: PluginHookLocation;
providerUpdate?: PluginHookProviderUpdate;
/** Staged, locally usable attachments in stable source order. */
media?: PluginHookMediaFact[];
/** Original attachment facts when local staging has not completed yet. */
originalMedia?: PluginHookMediaFact[];
/** True when `originalMedia` is present but `media` is intentionally withheld pending staging. */
mediaStagingPending?: boolean;
metadata?: PluginHookInboundMessageMetadata;
};
type PluginHookMessageReceivedEvent = {
from: string;
content: string;
timestamp?: number;
threadId?: string | number;
messageId?: string;
senderId?: string;
replyToId?: string;
replyToIdFull?: string;
replyToBody?: string;
replyToSender?: string;
replyToIsQuote?: boolean;
sessionKey?: string;
runId?: string;
trace?: DiagnosticTraceContext;
traceId?: string;
spanId?: string;
parentSpanId?: string;
location?: PluginHookLocation;
providerUpdate?: PluginHookProviderUpdate;
/** Staged, locally usable attachments in stable source order. */
media?: PluginHookMediaFact[];
/** Original attachment facts when local staging has not completed yet. */
originalMedia?: PluginHookMediaFact[];
/** True when `originalMedia` is present but `media` is intentionally withheld pending staging. */
mediaStagingPending?: boolean;
metadata?: PluginHookInboundMessageMetadata;
};
type PluginHookMessageSendingEvent = {
to: string;
content: string;
replyToId?: string | number;
threadId?: string | number;
metadata?: Record<string, unknown>;
};
type PluginHookMessageSendingResult = {
content?: string;
cancel?: boolean;
cancelReason?: string;
metadata?: Record<string, unknown>;
};
type PluginHookMessageSentEvent = {
to: string;
content: string;
success: boolean;
messageId?: string;
sessionKey?: string;
runId?: string;
trace?: DiagnosticTraceContext;
traceId?: string;
spanId?: string;
parentSpanId?: string;
error?: string;
};
//#endregion
//#region src/plugins/hook-skill.types.d.ts
type PluginHookSkillProposalKind = "create" | "update";
type PluginHookSkillBundleFile = {
path: string;
content: string;
encoding: "utf8" | "base64";
sha256: string;
sizeBytes: number;
};
type PluginHookSkillBundleSnapshot = {
skillMd: PluginHookSkillBundleFile;
files: PluginHookSkillBundleFile[];
treeSha256: string;
};
type PluginHookSkillProposalEvaluateEvent = {
/** Caller-supplied correlation metadata; not authenticated identity or authorization proof. */
correlationId?: string;
proposal: {
id: string;
kind: PluginHookSkillProposalKind;
revision: string;
revisionSha256: string;
targetCurrentSha256?: string;
};
skill: {
name: string;
skillKey: string;
description: string;
source?: string;
};
candidate: PluginHookSkillBundleSnapshot;
baseline?: PluginHookSkillBundleSnapshot;
reason: "created" | "revised" | "manual" | "apply";
};
type PluginHookSkillEvaluationFinding = {
ruleId: string;
severity: "info" | "warn" | "critical";
message: string;
file?: string;
line?: number;
};
type PluginHookSkillProposalEvaluateResult = {
summary?: string;
findings?: PluginHookSkillEvaluationFinding[];
metrics?: Record<string, string | number | boolean>;
/** Version of the underlying evaluator or ruleset, separate from the plugin package. */
evaluatorVersion?: string;
/** Bounded evaluator mode label such as `static`, `llm`, or `baseline-comparison`. */
mode?: string;
decision?: "pass" | "revise" | "block";
decisionReason?: string;
};
type PluginHookSkillProposalEvaluationAttribution = {
evaluatorId: string;
pluginId: string;
pluginVersion?: string;
};
type PluginHookSkillProposalEvaluationOutcome = (PluginHookSkillProposalEvaluationAttribution & {
status: "completed";
result: PluginHookSkillProposalEvaluateResult;
}) | (PluginHookSkillProposalEvaluationAttribution & {
status: "skipped";
}) | (PluginHookSkillProposalEvaluationAttribution & {
status: "error";
error: string;
});
type PluginHookSkillArtifact = {
name: string;
skillKey: string;
description?: string;
skillFile: string;
skillDir: string;
source: string;
revision: {
declaredVersion?: string;
contentSha256: string;
treeSha256: string;
sourceVersion?: string;
};
};
type PluginHookSkillChangedEvent = {
action: "created" | "updated" | "removed";
source: "workshop" | "clawhub" | "source-install" | "upload";
occurredAt: string;
before?: PluginHookSkillArtifact;
after?: PluginHookSkillArtifact;
proposal?: {
id: string;
revision: string;
revisionSha256: string;
};
};
type PluginHookSkillProposalChangedEvent = {
eventId: string;
sequence: number;
action: "created" | "revised" | "evaluation_completed" | "applied" | "rejected" | "quarantined" | "stale";
occurredAt: string;
correlationId?: string;
proposal: {
id: string;
kind: PluginHookSkillProposalKind;
status: "pending" | "applied" | "rejected" | "quarantined" | "stale";
revision: string;
revisionSha256: string;
skillName: string;
skillKey: string;
skillFile: string;
source?: string;
};
evaluations?: readonly PluginHookSkillProposalEvaluationOutcome[];
};
type PluginHookSkillContext = {
workspaceDir: string;
agentId?: string;
};
//#endregion
//#region src/plugins/host-hook-turn-types.d.ts
/** Placement for context injected into the next agent turn. */
type PluginNextTurnInjectionPlacement = "prepend_context" | "append_context";
/** Plugin request to inject text into the next turn for a session. */
type PluginNextTurnInjection = {
sessionKey: string;
/** Selected owner when the session key is unscoped, such as global. */
agentId?: string;
text: string;
idempotencyKey?: string;
placement?: PluginNextTurnInjectionPlacement;
ttlMs?: number;
metadata?: PluginJsonValue;
};
/** Stored next-turn injection after session/plugin metadata is attached. */
type PluginNextTurnInjectionRecord = Omit<PluginNextTurnInjection, "sessionKey" | "agentId"> & {
id: string;
pluginId: string;
pluginName?: string;
createdAt: number;
placement: PluginNextTurnInjectionPlacement;
};
/** Result returned after enqueueing a next-turn injection. */
type PluginNextTurnInjectionEnqueueResult = {
enqueued: boolean;
id: string;
sessionKey: string;
};
/** Event passed to plugins before an agent turn is prepared. */
type PluginAgentTurnPrepareEvent = {
prompt: string;
messages: unknown[];
queuedInjections: PluginNextTurnInjectionRecord[];
};
/** Plugin contribution to prepend or append context for a prepared agent turn. */
type PluginAgentTurnPrepareResult = {
prependContext?: string;
appendContext?: string;
};
/** Event passed to plugins that contribute heartbeat prompt context. */
type PluginHeartbeatPromptContributionEvent = {
sessionKey?: string;
agentId?: string;
heartbeatName?: string;
};
/** Plugin contribution to heartbeat prompt context. */
type PluginHeartbeatPromptContributionResult = {
prependContext?: string;
appendContext?: string;
};
//#endregion
//#region src/plugins/hook-types.d.ts
type PluginHookName = "before_model_resolve" | "agent_turn_prepare" | "before_prompt_build" | "before_agent_reply" | "model_call_started" | "model_call_ended" | "llm_input" | "llm_output" | "before_agent_finalize" | "agent_end" | "before_compaction" | "after_compaction" | "before_reset" | "inbound_claim" | "channel_pairing_requested" | "message_received" | "message_sending" | "reply_payload_sending" | "message_sent" | "before_tool_call" | "after_tool_call" | "tool_result_persist" | "before_message_write" | "session_start" | "session_end" | "subagent_delivery_target" | "subagent_spawned" | "subagent_progress" | "subagent_ended" | "gateway_start" | "gateway_stop" | "heartbeat_prompt_contribution" | "cron_reconciled" | "cron_changed" | "skill_proposal_evaluate" | "skill_proposal_changed" | "skill_changed" | "before_dispatch" | "reply_dispatch" | "before_install" | "before_agent_run" | "resolve_exec_env";
type PluginHookChannelPairingRequestedEvent = {
/** Channel that created the pending pairing request. */
channel: string;
/** Provider account ID for multi-account channel setups. */
accountId?: string;
/** Channel-scoped sender ID awaiting operator approval. */
senderId: string;
/** Short-lived code accepted by `openclaw pairing approve`. */
code: string;
/** Sender-supplied channel metadata for operator notification/audit. Treat as untrusted. */
metadata?: Record<string, string | undefined>;
};
type PluginHookChannelPairingContext = {
channelId: string;
accountId?: string;
senderId: string;
};
declare const PLUGIN_HOOK_AGENT_TRIGGERS: readonly ["cron", "heartbeat", "user"];
type PluginHookAgentTrigger = (typeof PLUGIN_HOOK_AGENT_TRIGGERS)[number];
type PluginHookReplyDispatchKind = "agent" | "acp";
type PluginToolMatcher = readonly [string, ...string[]];
type PluginHookRegistrationOptions<K extends PluginHookName> = {
priority?: number;
registrationId?: string;
timeoutMs?: number;
} & (K extends "before_agent_reply" ? {
/** Host-enforced turn triggers that may invoke this reply hook. */
eligibleTriggers?: readonly [PluginHookAgentTrigger, ...PluginHookAgentTrigger[]];
} : {
eligibleTriggers?: never;
}) & (K extends "reply_dispatch" ? {
/** Host-enforced dispatch paths that may invoke this hook; unknown paths remain eligible. */
eligibleDispatchKinds?: readonly [PluginHookReplyDispatchKind, ...PluginHookReplyDispatchKind[]];
} : {
eligibleDispatchKinds?: never;
}) & (K extends "before_tool_call" | "after_tool_call" ? {
matcher?: PluginToolMatcher;
} : {
matcher?: never;
}) & (K extends "before_prompt_build" ? {
/** Run only after the host has finalized the turn's policy-filtered tool surface. */
requiresToolAuthority?: true;
} : {
requiresToolAuthority?: never;
});
type PluginHookToolAuthority = {
/** Opaque host fingerprint for the exact turn, route, policy, and active tool surface. */
readonly fingerprint: string;
/** Checks whether the finalized turn surface contains this exact tool. */
allows(toolName: string): boolean;
/** Rejects retained or timed-out capabilities after the host dispatch closes. */
assertActive(): void;
};
type PluginHookAgentContext = {
runId?: string;
jobId?: string;
trace?: DiagnosticTraceContext;
agentId?: string;
sessionKey?: string;
sessionId?: string;
workspaceDir?: string;
/** Run-prepared repository identities; empty when the turn is outside a repository. */
activeProjectKeys?: string[];
modelProviderId?: string;
modelId?: string;
messageProvider?: string;
/** Channel/plugin id for channel-originated runs, e.g. `discord`. */
channel?: string;
/** Channel account used by the agent when multiple accounts are configured. */
accountId?: string;
/** Conversation target id for channel-originated runs. Mirrors `channelId` for compatibility. */
chatId?: string;
/** Sender identity for channel-originated runs when available. */
senderId?: string;
trigger?: string;
channelId?: string;
/** Resolved effective context-token budget after model/config/agent caps. */
contextTokenBudget?: number;
/** Source that supplied the resolved context-token budget. */
contextWindowSource?: PluginHookContextWindowSource;
/** Native/configured reference window when a lower cap wins. */
contextWindowReferenceTokens?: number;
/**
* @deprecated Core does not populate cross-app sender ids. Channel plugins
* should expose channel-specific identities by augmenting `channelContext.sender`.
*/
senderExternalId?: string;
/** Channel-owned sender/chat details. Plugins may augment the nested interfaces. */
channelContext?: PluginHookChannelContext;
/** Present only for post-policy prompt enrichment hooks that requested tool authority. */
toolAuthority?: PluginHookToolAuthority;
};
type PluginHookContextWindowSource = "model" | "modelsConfig" | "agentContextTokens" | "default";
type PluginHookBeforeAgentReplyEvent = {
cleanedBody: string;
};
type PluginHookBeforeAgentReplyResult = {
handled: boolean;
reply?: ReplyPayload$1;
reason?: string;
};
type PluginHookLlmInputEvent = {
runId: string;
sessionId: string;
provider: string;
model: string;
systemPrompt?: string;
prompt: string;
historyMessages: unknown[];
imagesCount: number;
tools?: unknown[];
};
type PluginHookModelCallBaseEvent = {
runId: string;
callId: string;
sessionKey?: string;
sessionId?: string;
provider: string;
model: string;
api?: string;
transport?: string;
/** Resolved effective context-token budget after model/config/agent caps. */
contextTokenBudget?: number;
/** Source that supplied the resolved context-token budget. */
contextWindowSource?: PluginHookContextWindowSource;
/** Native/configured reference window when a lower cap wins. */
contextWindowReferenceTokens?: number;
};
type PluginHookModelCallStartedEvent = PluginHookModelCallBaseEvent;
type PluginHookModelCallEndedEvent = PluginHookModelCallBaseEvent & {
durationMs: number;
outcome: "completed" | "error";
errorCategory?: string;
failureKind?: "aborted" | "connection_closed" | "connection_reset" | "terminated" | "timeout";
requestPayloadBytes?: number;
responseStreamBytes?: number;
timeToFirstByteMs?: number;
upstreamRequestIdHash?: string;
};
type PluginHookLlmOutputEvent = {
runId: string;
sessionId: string;
provider: string;
model: string;
/** Resolved effective context-token budget after model/config/agent caps. */
contextTokenBudget?: number;
/** Source that supplied the resolved context-token budget. */
contextWindowSource?: PluginHookContextWindowSource;
/** Native/configured reference window when a lower cap wins. */
contextWindowReferenceTokens?: number;
/**
* Fully resolved provider/model ref used for the call.
*
* This intentionally keeps the provider prefix so operator tooling can
* distinguish e.g. openai/gpt-5.4 from codex/gpt-5.4 even when display
* names collapse to just the model id.
*/
resolvedRef?: string;
/**
* Harness/backend responsible for the model loop. Kept separate from
* `resolvedRef` so provider/model consumers keep a stable parse contract.
*/
harnessId?: string;
/** The original user prompt that produced this output. */
prompt?: string;
assistantTexts: string[];
lastAssistant?: unknown;
usage?: {
input?: number;
output?: number;
cacheRead?: number;
cacheWrite?: number;
total?: number;
};
/**
* Requested reasoning/think effort for this call (provider think level, e.g.
* "off" | "low" | "medium" | "high"). Lets a passive footer show the mode the
* user is actually running without re-deriving it.
*/
reasoningEffort?: string;
/** Whether fast mode was active for this call. */
fastMode?: boolean;
};
type PluginHookAgentEndEvent = {
runId?: string;
messages: unknown[];
success: boolean;
error?: string;
durationMs?: number;
};
type PluginHookBeforeAgentFinalizeEvent = {
runId?: string;
sessionId: string;
sessionKey?: string;
turnId?: string;
provider?: string;
model?: string;
cwd?: string;
transcriptPath?: string;
stopHookActive: boolean;
lastAssistantMessage?: string;
messages?: unknown[];
};
type PluginHookBeforeAgentFinalizeResult = {
/**
* continue: accept normal finalization.
* revise: block finalization and ask the harness for another model pass.
* finalize: force finalization even if another hook requested revision.
*/
action?: "continue" | "revise" | "finalize";
reason?: string;
retry?: {
instruction: string;
idempotencyKey?: string;
maxAttempts?: number;
};
};
type PluginHookBeforeCompactionEvent = {
messageCount: number;
compactingCount?: number;
tokenCount?: number;
messages?: unknown[];
sessionFile?: string;
};
type PluginHookBeforeResetEvent = {
sessionFile?: string;
messages?: unknown[];
reason?: string;
};
type PluginHookAfterCompactionEvent = {
messageCount: number;
tokenCount?: number;
compactedCount: number;
sessionFile?: string;
/** Physical session generation replaced by this compaction, when it rotated. */
previousSessionId?: string;
};
type PluginHookInboundClaimResult = {
handled: boolean;
reply?: ReplyPayload$1;
};
type PluginHookBeforeDispatchEvent = {
messageId?: string;
content: string;
body?: string;
channel?: string;
sessionKey?: string;
senderId?: string;
replyToId?: string;
replyToIdFull?: string;
replyToBody?: string;
replyToSender?: string;
replyToIsQuote?: boolean;
isGroup?: boolean;
timestamp?: number;
};
type PluginHookBeforeDispatchContext = {
messageId?: string;
channelId?: string;
accountId?: string;
conversationId?: string;
sessionKey?: string;
senderId?: string;
replyToId?: string;
replyToIdFull?: string;
replyToBody?: string;
replyToSender?: string;
replyToIsQuote?: boolean;
};
type PluginHookBeforeDispatchResult = {
handled: boolean;
text?: string;
};
type PluginHookReplyDispatchEvent = {
ctx: FinalizedMsgContext;
runId?: string;
sessionKey?: string;
toolsAllow?: string[];
images?: Array<{
data: string;
mimeType: string;
}>;
inboundAudio: boolean;
sessionTtsAuto?: TtsAutoMode;
ttsChannel?: string;
suppressUserDelivery?: boolean;
suppressReplyLifecycle?: boolean;
sourceReplyDeliveryMode?: SourceReplyDeliveryMode;
shouldRouteToOriginating: boolean;
originatingChannel?: string;
originatingTo?: string;
originatingAccountId?: string;
originatingThreadId?: string | number;
originatingChatType?: ChatType;
shouldSendToolSummaries: boolean;
shouldSendFullToolDetails: boolean;
sendPolicy: "allow" | "deny";
isTailDispatch?: boolean;
};
type PluginHookReplyDispatchContext = {
/** Host-resolved dispatch path; omitted when the caller cannot establish it. */
dispatchKind?: PluginHookReplyDispatchKind;
cfg: OpenClawConfig;
dispatcher: ReplyDispatcher;
abortSignal?: AbortSignal;
onReplyStart?: () => Promise<void> | void;
onAgentRunStart?: GetReplyOptions["onAgentRunStart"];
userTurnTranscriptRecorder?: GetReplyOptions["userTurnTranscriptRecorder"];
/** Host-owned display facts applied before the assistant transcript is published. */
prepareAssistantTranscriptMessage?: PrepareAssistantTranscriptMessage;
recordProcessed: (outcome: "completed" | "skipped" | "error", opts?: {
reason?: string;
error?: string;
}) => void;
markIdle: (reason: string) => void;
};
type PluginHookReplyDispatchResult = {
handled: boolean;
queuedFinal: boolean;
counts: Record<ReplyDispatchKind, number>;
};
/**
* Per-turn execution state for the outbound reply, available to every harness
* (embedded, CLI, Codex app-server) — sourced from the unified `runResult.meta`
* at dispatch, not from the harness-specific `llm_output` hook. Lets a plugin
* render a passive per-response footer without re-deriving run state.
*/
type PluginHookReplyUsageState = {
provider?: string;
model?: string;
/** Resolved provider/model ref actually used (keeps the provider prefix). */
resolvedRef?: string;
/** Requested reasoning/think effort (e.g. "off" | "low" | "medium" | "high"). */
reasoningEffort?: string;
fastMode?: boolean;
/** True when a model fallback was used for this turn. */
fallbackUsed?: boolean;
/** Owning agent + session for this reply. */
agentId?: string;
sessionId?: string;
/** Chat surface kind (e.g. "direct" | "group"). */
chatType?: string;
/** Credential mode the turn ran under (e.g. "oauth" | "api_key"). */
authMode?: string;
/** Session model-override source, when a non-default model was pinned. */
overrideSource?: string;
/** Provider/model ref requested for the turn (vs resolvedRef actually used). */
requested?: string;
/** Estimated cost of this turn in USD, when a cost table is configured. */
turnUsd?: number;
/** Wall-clock duration of the turn in milliseconds. */
durationMs?: number;
/** Owning agent's configured identity (name/emoji/avatar), when set. */
identity?: {
name?: string;
emoji?: string;
avatar?: string;
};
compactionCount?: number;
/** Effective context-token budget after model/config/agent caps. */
contextTokenBudget?: number;
/**
* Actual context-window occupancy at the END of the turn — the final model
* call's prompt tokens, NOT the per-turn aggregate. This is the value
* `context.used_tokens` / `context.pct_used` must use: the aggregate prompt
* total over a multi-call tool loop overstates occupancy (often beyond the
* window). Absent on harnesses that don't report it (the contract then falls
* back to the aggregate prompt total, which is correct for single-call turns).
*/
contextUsedTokens?: number;
usage?: {
input?: number;
output?: number;
cacheRead?: number;
cacheWrite?: number;
total?: number;
};
/**
* Usage from the FINAL model call of the turn only — vs `usage`, which is the
* turn aggregate summed across every tool-loop call. Lets a footer render the
* last exchange's i/o + cache instead of the whole turn. Absent on harnesses
* that don't report per-call usage.
*/
lastUsage?: {
input?: number;
output?: number;
cacheRead?: number;
cacheWrite?: number;
total?: number;
};
};
type PluginHookReplyPayloadSendingEvent = {
payload: PluginHookReplyPayload;
kind: ReplyDispatchKind;
channel?: string;
sessionKey?: string;
runId?: string;
/**
* Per-turn usage snapshot for live dispatcher delivery. Absent on durable
* delivery/replay paths, and whenever no exact run correlation is available.
*/
usageState?: PluginHookReplyUsageState;
};
type PluginHookReplyPayload = Omit<ReplyPayload$1, "trustedLocalMedia">;
type PluginHookReplyPayloadSendingContext = PluginHookMessageContext;
type PluginHookReplyPayloadSendingResult = {
payload?: PluginHookReplyPayload;
cancel?: boolean;
reason?: string;
};
type PluginHookToolKind = "code_mode_exec";
type PluginHookToolInputKind = "javascript" | "typescript";
/** Host-derived identity for the message requester that initiated a tool call. */
type PluginHookToolRequesterContext = {
/** Channel/plugin id, for example `discord` or `telegram`. */
readonly channel?: string;
/** Channel account used by the agent when multiple accounts are configured. */
readonly accountId?: string;
/** Channel-scoped sender id when the host received one. */
readonly senderId?: string;
/** True only when the host resolved the sender as an owner. */
readonly senderIsOwner?: boolean;
/** Provider-native role ids when the channel supplies them. */
readonly roleIds?: readonly string[];
};
type PluginHookToolContext = {
agentId?: string;
sessionKey?: string;
sessionId?: string;
runId?: string;
/** Aborts when the owning tool call is cancelled. Hook timeout expiry does not abort this signal. */
abortSignal?: AbortSignal;
trace?: DiagnosticTraceContext;
toolName: string;
/** Host-authoritative discriminator for tools that intentionally share names. */
toolKind?: PluginHookToolKind;
/** Host-authoritative input/runtime family for tools whose payloads need policy distinction. */
toolInputKind?: PluginHookToolInputKind;
toolCallId?: string;
getSessionExtension?: (namespace: string) => PluginJsonValue | undefined;
channelId?: string;
/**
* Message requester for this turn. Absent for non-message runs and harnesses
* that cannot prove requester identity. Authorization hooks should fail
* closed when a required field is absent.
*/
requester?: PluginHookToolRequesterContext;
};
type PluginHookBeforeToolCallEvent = {
toolName: string;
params: Record<string, unknown>;
/** Host-authoritative discriminator for tools that intentionally share names. */
toolKind?: PluginHookToolKind;
/** Host-authoritative input/runtime family for tools whose payloads need policy distinction. */
toolInputKind?: PluginHookToolInputKind;
runId?: string;
toolCallId?: string;
/**
* Optional best-effort destination path hints the host derived from `params`
* for well-known tool envelopes (e.g. `apply_patch`).
*
* This is a convenience hint, not an authoritative parse result: the host's
* extractor may be intentionally lenient and can return paths for malformed
* or partial envelopes. Plugins may use `derivedPaths` as a fast path, but
* should parse and validate `params` themselves when correctness or policy
* decisions depend on the exact set of affected paths. Absent for tools the
* host does not know how to derive paths for.
*/
derivedPaths?: readonly string[];
};
type PluginHookAfterToolCallEvent = {
toolName: string;
params: Record<string, unknown>;
runId?: string;
toolCallId?: string;
result?: unknown;
error?: string;
durationMs?: number;
};
type PluginHookToolResultPersistContext = {
agentId?: string;
sessionKey?: string;
toolName?: string;
toolCallId?: string;
};
type PluginHookToolResultPersistEvent = {
toolName?: string;
toolCallId?: string;
message: AgentMessage;
isSynthetic?: boolean;
};
type PluginHookToolResultPersistResult = {
message?: AgentMessage;
};
type PluginHookBeforeMessageWriteEvent = {
message: AgentMessage;
sessionKey?: string;
agentId?: string;
};
type PluginHookBeforeMessageWriteResult = {
block?: boolean;
message?: AgentMessage;
};
type PluginHookSessionContext = {
agentId?: string;
sessionId: string;
sessionKey?: string;
};
type PluginHookSessionStartEvent = {
sessionId: string;
sessionKey?: string;
resumedFrom?: string;
};
type PluginHookSessionEndReason = "new" | "reset" | "idle" | "daily" | "compaction" | "deleted" | "shutdown" | "restart" | "unknown";
type PluginHookSessionEndEvent = {
sessionId: string;
sessionKey?: string;
messageCount: number;
durationMs?: number;
reason?: PluginHookSessionEndReason;
sessionFile?: string;
transcriptArchived?: boolean;
nextSessionId?: string;
nextSessionKey?: string;
};
type PluginHookSubagentContext = {
runId?: string;
childSessionKey?: string;
requesterSessionKey?: string;
};
type PluginHookSubagentTargetKind = "subagent" | "acp";
type PluginHookSubagentRequester = {
channel?: string;
accountId?: string;
to?: string;
threadId?: string | number;
/** Native source channel/conversation id, when distinct from the routable target. */
channelId?: string | number;
/** Native source message that initiated the parent run, when available. */
messageId?: string | number;
};
type PluginHookSubagentSpawnBase = {
childSessionKey: string;
agentId: string;
label?: string;
mode: "run" | "session";
requester?: PluginHookSubagentRequester;
threadRequested: boolean;
};
type PluginHookSubagentDeliveryTargetEvent = {
childSessionKey: string;
requesterSessionKey: string;
requesterOrigin?: {
channel?: string;
accountId?: string;
to?: string;
threadId?: string | number;
};
childRunId?: string;
spawnMode?: "run" | "session";
expectsCompletionMessage: boolean;
};
/**
* @deprecated Core route projection resolves subagent delivery targets from
* `SessionBindingRecord` and channel `resolveDeliveryTarget`. This hook result
* remains for plugin compatibility during the transition.
*/
type PluginHookSubagentDeliveryTargetResult = {
origin?: {
channel?: string;
accountId?: string;
to?: string;
threadId?: string | number;
};
};
type PluginHookSubagentSpawnedEvent = PluginHookSubagentSpawnBase & {
runId: string;
/** Fully resolved provider/model ref applied to the spawned child session. */
resolvedModel?: string;
/** Provider prefix parsed from resolvedModel when the ref includes one. */
resolvedProvider?: string;
};
/** Portable channel presentation signal for one background child run. */
type PluginHookSubagentProgressEvent = {
phase: "started";
runId: string;
childSessionKey: string;
requester?: PluginHookSubagentRequester;
} | {
phase: "ended";
runId: string;
childSessionKey: string;
outcome: "ok" | "error" | "timeout" | "killed" | "unknown";
requester?: PluginHookSubagentRequester;
};
type PluginHookSubagentEndedEvent = {
targetSessionKey: string;
targetKind: PluginHookSubagentTargetKind;
reason: string;
sendFarewell?: boolean;
accountId?: string;
runId?: string;
endedAt?: number;
outcome?: "ok" | "error" | "timeout" | "killed" | "reset" | "deleted";
error?: string;
};
type PluginHookGatewayContext = {
port?: number;
config?: OpenClawConfig;
workspaceDir?: string;
getCron?: () => PluginHookGatewayCronService | undefined;
};
type PluginHookCronReconciledContext = PluginHookGatewayContext & {
/** Aborts when this exact scheduler snapshot is superseded or the Gateway closes. */
abortSignal: AbortSignal;
};
type PluginHookGatewayStartEvent = {
port: number;
};
type PluginHookGatewayStopEvent = {
reason?: string;
};
type PluginHookCronReconciledEvent = {
reason: "startup" | "reload";
enabled: boolean;
};
type PluginHookGatewayCronRunStatus = "ok" | "error" | "skipped";
type PluginHookGatewayCronDeliveryStatus = "not-requested" | "delivered" | "not-delivered" | "unknown";
type PluginHookGatewayCronJobState = {
nextRunAtMs?: number;
runningAtMs?: number;
lastRunAtMs?: number;
lastRunStatus?: PluginHookGatewayCronRunStatus;
lastError?: string;
lastDurationMs?: number;
lastDelivered?: boolean;
lastDeliveryStatus?: PluginHookGatewayCronDeliveryStatus;
lastDeliveryError?: string;
deliverySuppressionReason?: string;
lastFailureNotificationDelivered?: boolean;
lastFailureNotificationDeliveryStatus?: PluginHookGatewayCronDeliveryStatus;
lastFailureNotificationDeliveryError?: string;
streamStatus?: "starting" | "running" | "restarting" | "stopped" | "disabled" | "error";
streamError?: string;
streamConsecutiveFailures?: number;
streamRestartExhausted?: boolean;
streamDroppedBatches?: number;
streamCoalescedBatches?: number;
streamLastStartedAtMs?: number;
streamLastExitAtMs?: number;
};
type PluginHookGatewayCronJob = {
id: string;
declarationKey?: string;
/** Agent id that owns this cron job. */
agentId?: string;
name?: string;
description?: string;
enabled?: boolean;
schedule?: {
kind: "cron";
expr?: string;
tz?: string;
staggerMs?: number;
} | {
kind: "at";
at?: string;
} | {
kind: "every";
everyMs?: number;
anchorMs?: number;
} | {
kind: "on-exit";
command?: string;
cwd?: string;
} | {
kind: "stream";
command?: string[];
cwd?: string;
mode?: "line" | "match";
match?: string;
batchMs?: number;
maxBatchBytes?: number;
};
sessionTarget?: string;
wakeMode?: string;
payload?: {
kind?: string;
text?: string;
};
state?: PluginHookGatewayCronJobState;
createdAtMs?: number;
updatedAtMs?: number;
};
type PluginHookCronChangedEvent = {
action: "added" | "updated" | "removed" | "started" | "finished" | "scheduled";
jobId: string;
job?: PluginHookGatewayCronJob;
/** Top-level session target for downstream routing (mirrors job.sessionTarget). */
sessionTarget?: string;
/** Agent id that owns this cron job (mirrors job.agentId). */
agentId?: string;
runAtMs?: number;
durationMs?: number;
status?: PluginHookGatewayCronRunStatus;
completionStatus?: "succeeded" | "failed" | "unknown";
error?: string;
summary?: string;
delivered?: boolean;
deliveryStatus?: PluginHookGatewayCronDeliveryStatus;
deliveryError?: string;
deliverySuppressionReason?: string;
sessionId?: string;
sessionKey?: string;
runId?: string;
nextRunAtMs?: number;
model?: string;
provider?: string;
};
type PluginHookGatewayCronCreateInput = {
declarationKey?: string;
name: string;
description: string;
enabled: boolean;
schedule: {
kind: string;
expr: string;
tz?: string;
};
sessionTarget: string;
wakeMode: string;
payload: {
kind: string;
text?: string;
};
};
type PluginHookGatewayCronUpdateInput = Partial<PluginHookGatewayCronCreateInput>;
type PluginHookGatewayCronRemoveResult = {
removed?: boolean;
};
type PluginHookGatewayCronService = {
list: (opts?: {
includeDisabled?: boolean;
}) => Promise<PluginHookGatewayCronJob[]>;
add: (input: PluginHookGatewayCronCreateInput) => Promise<unknown>;
update: (id: string, patch: PluginHookGatewayCronUpdateInput) => Promise<unknown>;
remove: (id: string) => Promise<PluginHookGatewayCronRemoveResult>;
removeStaleJobFamily: (family: {
declarationKey: string;
name: string;
ownerPluginTag: string;
}) => Promise<number>;
};
type PluginInstallTargetType = "skill" | "plugin";
type PluginInstallRequestKind = "skill-install" | "plugin-dir" | "plugin-archive" | "plugin-file" | "plugin-npm" | "plugin-git";
type PluginInstallSourcePathKind = "file" | "directory";
type PluginInstallFinding = {
ruleId: string;
severity: "info" | "warn" | "critical";
file: string;
line: number;
message: string;
};
type PluginHookBeforeInstallRequest = {
kind: PluginInstallRequestKind;
mode: "install" | "update";
requestedSpecifier?: string;
};
type PluginHookBeforeInstallBuiltinScan = {
status: "ok" | "error";
scannedFiles: number;
critical: number;
warn: number;
info: number;
findings: PluginInstallFinding[];
error?: string;
};
type PluginHookBeforeInstallSkillInstallSpec = {
id?: string;
kind: "brew" | "node" | "go" | "uv" | "download";
label?: string;
bins?: string[];
os?: string[];
formula?: string;
package?: string;
module?: string;
url?: string;
sha256?: string;
archive?: string;
extract?: boolean;
stripComponents?: number;
targetDir?: string;
};
type PluginHookBeforeInstallSkill = {
installId: string;
installSpec?: PluginHookBeforeInstallSkillInstallSpec;
};
type PluginHookBeforeInstallPlugin = {
pluginId: string;
contentType: "bundle" | "package" | "file";
packageName?: string;
manifestId?: string;
version?: string;
extensions?: string[];
};
type PluginHookBeforeInstallContext = {
targetType: PluginInstallTargetType;
requestKind: PluginInstallRequestKind;
origin?: string;
};
type PluginHookBeforeInstallEvent = {
targetType: PluginInstallTargetType;
targetName: string;
sourcePath: string;
sourcePathKind: PluginInstallSourcePathKind;
origin?: string;
request: PluginHookBeforeInstallRequest;
builtinScan: PluginHookBeforeInstallBuiltinScan;
skill?: PluginHookBeforeInstallSkill;
plugin?: PluginHookBeforeInstallPlugin;
};
type PluginHookBeforeInstallResult = {
findings?: PluginInstallFinding[];
block?: boolean;
blockReason?: string;
};
/** Event payload for the before_agent_run gate hook. */
type PluginHookBeforeAgentRunEvent = {
/** The user's message that triggered this run. */
prompt: string;
/** Loaded session history before the current prompt is submitted. */
messages: unknown[];
/** Active system prompt prepared for this run. */
systemPrompt?: string;
/** Account identity when available. */
accountId?: string;
/** Channel the message came from. */
channelId?: string;
/** Sender identity when available. */
senderId?: string;
/** Trusted sender identity bit when available. */
senderIsOwner?: boolean;
};
/** Result type for before_agent_run. Returns pass/block or void (= pass). */
type PluginHookBeforeAgentRunResult = InputGateDecision | void;
type PluginHookResolveExecEnvEvent = {
sessionKey?: string;
toolName: "exec";
host: "gateway" | "sandbox" | "node";
};
type PluginHookResolveExecEnvContext = PluginHookAgentContext;
type PluginHookHandlerMap = {
agent_turn_prepare: (event: PluginAgentTurnPrepareEvent, ctx: PluginHookAgentContext) => Promise<PluginAgentTurnPrepareResult | void> | PluginAgentTurnPrepareResult | void;
before_model_resolve: (event: PluginHookBeforeModelResolveEvent, ctx: PluginHookAgentContext) => Promise<PluginHookBeforeModelResolveResult | void> | PluginHookBeforeModelResolveResult | void;
before_prompt_build: (event: PluginHookBeforePromptBuildEvent, ctx: PluginHookAgentContext) => Promise<PluginHookBeforePromptBuildResult | void> | PluginHookBeforePromptBuildResult | void;
before_agent_reply: (event: PluginHookBeforeAgentReplyEvent, ctx: PluginHookAgentContext) => Promise<PluginHookBeforeAgentReplyResult | void> | PluginHookBeforeAgentReplyResult | void;
model_call_started: (event: PluginHookModelCallStartedEvent, ctx: PluginHookAgentContext) => Promise<void> | void;
model_call_ended: (event: PluginHookModelCallEndedEvent, ctx: PluginHookAgentContext) => Promise<void> | void;
llm_input: (event: PluginHookLlmInputEvent, ctx: PluginHookAgentContext) => Promise<void> | void;
llm_output: (event: PluginHookLlmOutputEvent, ctx: PluginHookAgentContext) => Promise<void> | void;
before_agent_finalize: (event: PluginHookBeforeAgentFinalizeEvent, ctx: PluginHookAgentContext) => Promise<PluginHookBeforeAgentFinalizeResult | void> | PluginHookBeforeAgentFinalizeResult | void;
agent_end: (event: PluginHookAgentEndEvent, ctx: PluginHookAgentContext) => Promise<void> | void;
before_compaction: (event: PluginHookBeforeCompactionEvent, ctx: PluginHookAgentContext) => Promise<void> | void;
after_compaction: (event: PluginHookAfterCompactionEvent, ctx: PluginHookAgentContext) => Promise<void> | void;
before_reset: (event: PluginHookBeforeResetEvent, ctx: PluginHookAgentContext) => Promise<void> | void;
inbound_claim: (event: PluginHookInboundClaimEvent, ctx: PluginHookInboundClaimContext) => Promise<PluginHookInboundClaimResult | void> | PluginHookInboundClaimResult | void;
channel_pairing_requested: (event: PluginHookChannelPairingRequestedEvent, ctx: PluginHookChannelPairingContext) => Promise<void> | void;
before_dispatch: (event: PluginHookBeforeDispatchEvent, ctx: PluginHookBeforeDispatchContext) => Promise<PluginHookBeforeDispatchResult | void> | PluginHookBeforeDispatchResult | void;
reply_dispatch: (event: PluginHookReplyDispatchEvent, ctx: PluginHookReplyDispatchContext) => Promise<PluginHookReplyDispatchResult | void> | PluginHookReplyDispatchResult | void;
reply_payload_sending: (event: PluginHookReplyPayloadSendingEvent, ctx: PluginHookReplyPayloadSendingContext) => Promise<PluginHookReplyPayloadSendingResult | void> | PluginHookReplyPayloadSendingResult | void;
message_received: (event: PluginHookMessageReceivedEvent, ctx: PluginHookMessageContext) => Promise<void> | void;
message_sending: (event: PluginHookMessageSendingEvent, ctx: PluginHookMessageContext) => Promise<PluginHookMessageSendingResult | void> | PluginHookMessageSendingResult | void;
message_sent: (event: PluginHookMessageSentEvent, ctx: PluginHookMessageContext) => Promise<void> | void;
before_tool_call: (event: PluginHookBeforeToolCallEvent, ctx: PluginHookToolContext) => Promise<PluginHookBeforeToolCallResult | void> | PluginHookBeforeToolCallResult | void;
after_tool_call: (event: PluginHookAfterToolCallEvent, ctx: PluginHookToolContext) => Promise<void> | void;
tool_result_persist: (event: PluginHookToolResultPersistEvent, ctx: PluginHookToolResultPersistContext) => PluginHookToolResultPersistResult | void;
before_message_write: (event: PluginHookBeforeMessageWriteEvent, ctx: {
agentId?: string;
sessionKey?: string;
}) => PluginHookBeforeMessageWriteResult | void;
session_start: (event: PluginHookSessionStartEvent, ctx: PluginHookSessionContext) => Promise<void> | void;
session_end: (event: PluginHookSessionEndEvent, ctx: PluginHookSessionContext) => Promise<void> | void;
subagent_delivery_target: (event: PluginHookSubagentDeliveryTargetEvent, ctx: PluginHookSubagentContext) => Promise<PluginHookSubagentDeliveryTargetResult | void> | PluginHookSubagentDeliveryTargetResult | void;
subagent_spawned: (event: PluginHookSubagentSpawnedEvent, ctx: PluginHookSubagentContext) => Promise<void> | void;
subagent_progress: (event: PluginHookSubagentProgressEvent, ctx: PluginHookSubagentContext) => Promise<void> | void;
subagent_ended: (event: PluginHookSubagentEndedEvent, ctx: PluginHookSubagentContext) => Promise<void> | void;
gateway_start: (event: PluginHookGatewayStartEvent, ctx: PluginHookGatewayContext) => Promise<void> | void;
gateway_stop: (event: PluginHookGatewayStopEvent, ctx: PluginHookGatewayContext) => Promise<void> | void;
heartbeat_prompt_contribution: (event: PluginHeartbeatPromptContributionEvent, ctx: PluginHookAgentContext) => Promise<PluginHeartbeatPromptContributionResult | void> | PluginHeartbeatPromptContributionResult | void;
cron_reconciled: (event: PluginHookCronReconciledEvent, ctx: PluginHookCronReconciledContext) => Promise<void> | void;
cron_changed: (event: PluginHookCronChangedEvent, ctx: PluginHookGatewayContext) => Promise<void> | void;
skill_proposal_evaluate: (event: PluginHookSkillProposalEvaluateEvent, ctx: PluginHookSkillContext) => Promise<PluginHookSkillProposalEvaluateResult | void> | PluginHookSkillProposalEvaluateResult | void;
skill_proposal_changed: (event: PluginHookSkillProposalChangedEvent, ctx: PluginHookSkillContext) => Promise<void> | void;
skill_changed: (event: PluginHookSkillChangedEvent, ctx: PluginHookSkillContext) => Promise<void> | void;
before_install: (event: PluginHookBeforeInstallEvent, ctx: PluginHookBeforeInstallContext) => Promise<PluginHookBeforeInstallResult | void> | PluginHookBeforeInstallResult | void;
before_agent_run: (event: PluginHookBeforeAgentRunEvent, ctx: PluginHookAgentContext) => Promise<PluginHookBeforeAgentRunResult> | PluginHookBeforeAgentRunResult;
resolve_exec_env: (event: PluginHookResolveExecEnvEvent, ctx: PluginHookResolveExecEnvContext) => Promise<Record<string, string> | void> | Record<string, string> | void;
};
type PluginHookRegistration$1<K extends PluginHookName = PluginHookName> = {
pluginId: string;
registrationId?: string;
hookName: K;
handler: PluginHookHandlerMap[K];
matcher?: PluginToolMatcher;
priority?: number;
timeoutMs?: number;
eligibleTriggers?: readonly PluginHookAgentTrigger[];
eligibleDispatchKinds?: readonly PluginHookReplyDispatchKind[];
requiresToolAuthority?: true;
source: string;
};
//#endregion
//#region src/llm/stream.d.ts
declare function completeSimple<TApi extends Api>(model: Model<TApi>, context: Context, options?: SimpleStreamOptions, assertCurrent?: () => void): Promise<AssistantMessage>;
//#endregion
//#region src/plugins/provider-runtime-model.types.d.ts
/**
* Fully-resolved runtime model shape used after provider/plugin-owned
* discovery, overrides, and compat normalization.
*/
type ProviderRuntimeModel = Omit<Model, "compat"> & {
compat?: ModelCompatConfig;
contextWindows?: ModelCatalogContextWindowOption[];
contextWindowDefault?: string;
contextTokens?: number;
/** Host-resolved provenance for the top-level wire output cap. */
maxTokensSource?: "configured" | "discovered";
params?: Record<string, unknown>;
requestTimeoutMs?: number;
mediaInput?: ModelMediaInputConfig;
};
//#endregion
//#region src/plugins/config-schema.d.ts
/** Return a schema for plugins that intentionally accept no config keys. */
declare function emptyPluginConfigSchema(): OpenClawPluginConfigSchema;
//#endregion
//#region src/infra/outbound/reply-payload-parts.d.ts
/** Derived sendability facts for text/media outbound payload delivery. */
type SendableOutboundReplyParts = {
/** Raw text selected for delivery before trimming. */
text: string;
/** Text after trimming whitespace for sendability checks. */
trimmedText: string;
/** Normalized non-empty media URLs. */
mediaUrls: string[];
/** Number of normalized media URLs. */
mediaCount: number;
/** Whether trimmed text is sendable. */
hasText: boolean;
/** Whether at least one media URL is sendable. */
hasMedia: boolean;
/** Whether the payload has any sendable text or media. */
hasContent: boolean;
};
/** Normalize reply payload text/media into a trimmed, sendable shape for delivery paths. */
declare function resolveSendableOutboundReplyParts(payload: {
text?: string;
mediaUrls?: string[];
mediaUrl?: string;
}, options?: {
text?: string;
}): SendableOutboundReplyParts;
//#endregion
//#region src/plugin-sdk/reply-payload.d.ts
/** Plugin-facing reply payload without core-only trusted local media internals. */
type ReplyPayload = Omit<ReplyPayload$1, "trustedLocalMedia">;
//#endregion
//#region extensions/telegram/src/button-types.d.ts
type TelegramButtonStyle = "danger" | "success" | "primary";
type TelegramInlineButton = {
text: string;
callback_data?: string;
url?: string;
web_app?: {
url: string;
};
style?: TelegramButtonStyle;
};
type TelegramInlineButtons = ReadonlyArray<ReadonlyArray<TelegramInlineButton>>;
//#endregion
//#region packages/retry/src/index.d.ts
type RetryConfig = {
attempts?: number;
minDelayMs?: number;
maxDelayMs?: number;
/** Fractional symmetric spread or full jitter. */
jitter?: number | "full";
};
type RetryDelayContext = {
attempt: number;
maxAttempts: number;
err: unknown;
label?: string;
};
type RetryInfo = RetryDelayContext & {
delayMs: number;
};
type RetryOptions = RetryConfig & {
label?: string;
shouldRetry?: (err: unknown, attempt: number) => boolean;
retryAfterMs?: (err: unknown) => number | undefined;
retryAfterMaxDelayMs?: number;
delayMs?: number | ((context: RetryDelayContext) => number);
onRetry?: (info: RetryInfo) => unknown;
random?: () => number;
sleep?: (ms: number) => Promise<void>;
};
//#endregion
//#region src/routing/account-id.d.ts
declare const DEFAULT_ACCOUNT_ID = "default";
declare function normalizeAccountId(value: string | undefined | null): string;
//#endregion
//#region src/infra/net/proxy-fetch.d.ts
/**
* Create a fetch function that routes requests through the given HTTP proxy.
* Uses undici's ProxyAgent under the hood.
*/
declare function makeProxyFetch(proxyUrl: string): typeof fetch;
//#endregion
//#region extensions/telegram/src/fetch.d.ts
type TelegramDispatcherAttempt = {
dispatcherPolicy?: PinnedDispatcherPolicy;
};
declare function shouldRetryTelegramTransportFallback(err: unknown): boolean;
type TelegramTransport = {
fetch: typeof fetch;
sourceFetch: typeof fetch;
dispatcherAttempts?: TelegramDispatcherAttempt[];
/**
* Promote this transport to its next fallback dispatcher before the next
* request. The original error, when available, is retained in diagnostics.
* Returns false when no fallback path exists.
*/
forceFallback?: (reason: string, err?: unknown) => boolean;
/**
* Release all dispatchers owned by this transport and the TCP sockets they
* hold. Safe to call multiple times; subsequent calls resolve immediately.
*
* Callers that pass their own `proxyFetch` own the underlying dispatcher
* lifecycle themselves and this is effectively a no-op. Callers that let
* this module construct the transport MUST invoke `close()` when the
* transport is no longer needed (e.g. on polling session dispose or when
* swapping transports after a network stall); otherwise undici keeps the
* keep-alive sockets open indefinitely, leaking hundreds of connections
* to api.telegram.org over long-running sessions.
*/
close(): Promise<void>;
};
declare function resolveTelegramTransport(proxyFetch?: typeof fetch, options?: {
network?: TelegramNetworkConfig$1;
}): TelegramTransport;
declare function resolveTelegramFetch(proxyFetch?: typeof fetch, options?: {
network?: TelegramNetworkConfig$1;
}): typeof fetch;
//#endregion
//#region src/infra/secret-file.d.ts
type CredentialUnavailableDiagnostic$2 = {
code: "CREDENTIAL_FILE_UNAVAILABLE";
path: string;
reason: FsSafeErrorCode;
};
/** Closed credential state used by channel account resolvers. */
type CredentialResult<T> = {
status: "available";
value: T;
} | {
status: "configured_unavailable";
diagnostic: CredentialUnavailableDiagnostic$2;
} | {
status: "missing";
};
type ConfiguredCredentialResult<T> = Exclude<CredentialResult<T>, {
status: "missing";
}>;
type CredentialFileReadOptions = SecretFileReadOptions & {
credentialDiagnostic: {
configPath: string;
report: (diagnostic: CredentialUnavailableDiagnostic$2) => void;
};
};
declare function tryReadSecretFileSync(filePath: string | undefined, label: string, options: CredentialFileReadOptions): string | undefined;
declare function tryReadSecretFileSync(filePath: string | undefined, label: string, options?: SecretFileReadOptions): string | undefined;
/** Reads an explicitly configured credential file without exposing its filesystem path. */
declare function tryReadSecretFileSync(filePath: string, label: string, options: SecretFileReadOptions | undefined, diagnostic: {
configPath: string;
}): ConfiguredCredentialResult<string>;
declare function tryReadSecretFileSync(filePath: string | undefined, label: string, options: SecretFileReadOptions | undefined, diagnostic: {
configPath: string;
}): CredentialResult<string>;
//#endregion
//#region extensions/telegram/src/token.d.ts
type CredentialUnavailableDiagnostic$1 = Extract<ReturnType<typeof tryReadSecretFileSync>, {
status: "configured_unavailable";
}>["diagnostic"];
type TelegramTokenSource = "env" | "tokenFile" | "config" | "none";
type TelegramTokenResolution = BaseTokenResolution & {
source: TelegramTokenSource;
credentialDiagnostics?: CredentialUnavailableDiagnostic$1[];
};
type ResolveTelegramTokenOpts = {
envToken?: string | null;
accountId?: string | null;
logMissingFile?: (message: string) => void;
};
declare function resolveTelegramToken(cfg?: OpenClawConfig, opts?: ResolveTelegramTokenOpts): TelegramTokenResolution;
//#endregion
//#region extensions/telegram/src/account-config.d.ts
declare function resolveTelegramAccountConfig(cfg: OpenClawConfig, accountId: string): TelegramAccountConfig$1 | undefined;
declare function mergeTelegramAccountConfig(cfg: OpenClawConfig, accountId: string): TelegramAccountConfig$1;
//#endregion
//#region extensions/telegram/src/accounts.d.ts
type CredentialUnavailableDiagnostic = NonNullable<ReturnType<typeof resolveTelegramToken>["credentialDiagnostics"]>[number];
type ResolvedTelegramAccount = {
accountId: string;
enabled: boolean;
name?: string;
token: string;
tokenSource: "env" | "tokenFile" | "config" | "none";
tokenStatus: "available" | "configured_unavailable" | "missing";
credentialDiagnostics?: CredentialUnavailableDiagnostic[];
config: TelegramAccountConfig$1;
};
type TelegramMediaRuntimeOptions = {
token: string;
transport?: TelegramTransport;
apiRoot?: string;
trustedLocalFileRoots?: readonly string[];
dangerouslyAllowPrivateNetwork?: boolean;
};
declare function listTelegramAccountIds(cfg: OpenClawConfig): string[];
/** @internal Reset the once-per-process warning flag. Exported for tests only. */
declare function resetMissingDefaultWarnFlag(): void;
declare function resolveDefaultTelegramAccountId(cfg: OpenClawConfig): string;
declare function createTelegramActionGate(params: {
cfg: OpenClawConfig;
accountId?: string | null;
}): (key: keyof TelegramActionConfig$1, defaultValue?: boolean) => boolean;
declare function resolveTelegramMediaRuntimeOptions(params: {
cfg: OpenClawConfig;
accountId?: string | null;
token: string;
transport?: TelegramTransport;
}): TelegramMediaRuntimeOptions;
type TelegramPollActionGateState = {
sendMessageEnabled: boolean;
pollEnabled: boolean;
enabled: boolean;
};
declare function resolveTelegramPollActionGateState(isActionEnabled: (key: keyof TelegramActionConfig$1, defaultValue?: boolean) => boolean): TelegramPollActionGateState;
declare function resolveTelegramAccount(params: {
cfg: OpenClawConfig;
accountId?: string | null;
}): ResolvedTelegramAccount;
declare function listEnabledTelegramAccounts(cfg: OpenClawConfig): ResolvedTelegramAccount[];
//#endregion
//#region src/auto-reply/thinking.shared.d.ts
/** Canonical thinking level values accepted by chat commands and session state. */
type ThinkLevel = "off" | "minimal" | "low" | "medium" | "high" | "xhigh" | "adaptive" | "max" | "ultra";
type VerboseLevel = "off" | "on" | "full";
type ReasoningLevel = "off" | "on" | "stream";
/** Prepared model catalog fields reused while choosing and dispatching a queued runtime. */
type ThinkingCatalogEntry = {
provider: string;
id: string;
api?: string;
baseUrl?: string;
contextWindow?: number;
contextTokens?: number;
reasoning?: boolean;
configuredReasoning?: boolean;
/** Concrete runtime owner of thinking policy; internal and never project to clients. */
thinkingPolicyProvider?: string;
thinkingLevelMap?: ThinkingLevelMap;
input?: readonly ("text" | "image" | "audio" | "video" | "document")[];
params?: Record<string, unknown>;
compat?: {
thinkingFormat?: string;
supportedReasoningEfforts?: readonly string[] | null;
} | null;
};
//#endregion
//#region src/auto-reply/commands-registry.types.d.ts
/** Extra context used when normalizing slash command text. */
type CommandNormalizeOptions = {
botUsername?: string;
/** Keeps complete directive/task arguments, including whitespace and later lines. */
preserveArguments?: boolean;
/** Strip an explicit command target only while channel bot identity is unavailable. */
targetedCommandMode?: "pre-identity";
};
/** Inputs for deciding whether text slash commands should run on a surface. */
type ShouldHandleTextCommandsParams = {
cfg: OpenClawConfig;
surface: string;
commandSource?: "text" | "native";
};
//#endregion
//#region src/auto-reply/command-detection.d.ts
/** Returns true when text starts with a configured control command alias. */
declare function hasControlCommand(text?: string, cfg?: OpenClawConfig, options?: CommandNormalizeOptions): boolean;
//#endregion
//#region src/channels/command-gating.d.ts
/**
* Shared text-control command authorization policy for channel runtimes.
*
* These helpers are re-exported through the plugin SDK so built-in and external
* channels make the same access-groups decisions for native command text.
*/
/** One channel-specific authorization source for text control commands. */
type CommandAuthorizer = {
/** True when this channel/user identity has an access-group rule configured. */
configured: boolean;
/** True when the configured rule permits the command. Ignored when unconfigured. */
allowed: boolean;
};
/** Fallback policy for channels that have access groups globally disabled. */
type CommandGatingModeWhenAccessGroupsOff = "allow" | "deny" | "configured";
/** Resolves whether any configured authorizer permits a control command. */
declare function resolveCommandAuthorizedFromAuthorizers(params: {
/** Global access-group switch for the channel/runtime. */
useAccessGroups: boolean;
/** Independent authorization sources, such as sender id and actor id. */
authorizers: CommandAuthorizer[];
/** Policy used only when `useAccessGroups` is false. Defaults to open. */
modeWhenAccessGroupsOff?: CommandGatingModeWhenAccessGroupsOff;
}): boolean;
//#endregion
//#region src/agents/model-fallback.types.d.ts
type FallbackAttempt = {
provider: string;
model: string;
error: string;
reason?: FailoverReason;
authMode?: string;
status?: number;
code?: string;
};
/** Original route plus the outer fallback stage that admitted one real attempt. */
type ModelFallbackAttemptProvenance = {
requestedProvider: string;
requestedModel: string;
stage: "initial" | "fallback";
fallbackReason?: FailoverReason;
};
//#endregion
//#region src/plugins/provider-thinking.types.d.ts
/**
* Provider-owned thinking policy input.
*
* Used by shared `/think`, ACP controls, and directive parsing to ask a
* provider whether a model supports special reasoning UX such as adaptive,
* xhigh, max, or a binary on/off toggle.
*/
type ProviderThinkingPolicyContext = {
provider: string;
modelId: string;
};
type ProviderThinkingModelCompat = {
thinkingFormat?: string;
supportedReasoningEfforts?: readonly string[] | null;
};
/**
* Provider-owned default thinking policy input.
*
* `reasoning` is the merged catalog hint for the selected model when one is
* available. Providers can use it to keep "reasoning model => low" behavior
* without re-reading the catalog themselves.
*
* `compat` carries model-level request contract facts for the selected model
* when available. Providers can use it to expose model-specific thinking
* profiles only when the configured payload style supports them.
*/
type ProviderDefaultThinkingPolicyContext = ProviderThinkingPolicyContext & {
/** Effective agent runtime selected for this model, when known. */
agentRuntime?: string | null;
/** API adapter id from the selected catalog route, when known. */
api?: string | null;
reasoning?: boolean;
params?: Record<string, unknown>;
compat?: ProviderThinkingModelCompat | null;
};
type ProviderThinkingLevelId = "off" | "minimal" | "low" | "medium" | "high" | "xhigh" | "adaptive" | "max" | "ultra";
type ProviderThinkingLevel = {
id: ProviderThinkingLevelId;
/**
* Optional display label. Use this when the stored value differs from the
* provider-facing UX, for example binary providers storing `low` but showing
* `on`.
*/
label?: string;
/**
* Relative strength used when downgrading a stored level that the selected
* model no longer supports.
*/
rank?: number;
};
type ProviderThinkingProfile = {
levels: ProviderThinkingLevel[] | ReadonlyArray<ProviderThinkingLevel>;
defaultLevel?: ProviderThinkingLevelId | null;
/**
* Some bundled providers have model-specific thinking contracts that are more
* current than cached generic catalog metadata. Keep this opt-in so
* `reasoning: false` remains authoritative for ordinary catalog entries.
*/
preserveWhenCatalogReasoningFalse?: boolean;
};
/** Prepared provider policy ownership, without the broader Gateway registry contract. */
type ProviderThinkingRegistry = {
providers: ReadonlyArray<{
provider: {
id: string;
aliases?: string[];
hookAliases?: string[];
resolveThinkingProfile?: (context: ProviderDefaultThinkingPolicyContext) => ProviderThinkingProfile | null | undefined;
};
}>;
};
//#endregion
//#region src/sessions/transcript-events.d.ts
/** Storage-neutral identity for the session transcript that changed. */
type SessionTranscriptUpdateTarget = {
agentId: string;
sessionId: string;
sessionKey: string;
storePath?: string;
};
type SessionTranscriptUpdateFields = {
sessionFile?: string;
target?: SessionTranscriptUpdateTarget;
sessionKey?: string;
agentId?: string;
sessionId?: string;
/** Committed lifecycle owner; internal delivery must not expose it publicly. */
lifecycleRevision?: string;
message?: unknown;
messageId?: string;
messageSeq?: number;
runId?: string;
};
/** Normalized transcript update emitted after a session transcript changes. */
type SessionTranscriptUpdate = Omit<SessionTranscriptUpdateFields, "sessionFile" | "lifecycleRevision" | "target"> & {
target: Omit<SessionTranscriptUpdateTarget, "storePath">;
};
type SessionTranscriptListener = (update: SessionTranscriptUpdate) => void;
/** Registers a listener for normalized session transcript updates. */
declare function onSessionTranscriptUpdate(listener: SessionTranscriptListener): () => void;
//#endregion
//#region src/config/sessions/store-maintenance.d.ts
type ResolvedSessionMaintenanceConfig = {
mode: SessionMaintenanceMode;
pruneAfterMs: number;
archiveDashboardAfterMs: number | null;
maxEntries: number;
modelRunPruneAfterMs: number;
preserveRecentMs?: number | null;
resetArchiveRetentionMs: number | null;
maxDiskBytes: number | null;
highWaterBytes: number | null;
};
type ResolvedSessionMaintenanceConfigInput = Omit<ResolvedSessionMaintenanceConfig, "archiveDashboardAfterMs" | "modelRunPruneAfterMs"> & Partial<Pick<ResolvedSessionMaintenanceConfig, "archiveDashboardAfterMs" | "modelRunPruneAfterMs">>;
//#endregion
//#region src/config/sessions/session-accessor.types.d.ts
/** Raw transcript record for non-message events; message records use appendTranscriptMessage. */
type TranscriptEvent = unknown;
interface SessionTranscriptRuntimeTarget {
agentId: string;
sessionId: string;
sessionKey: string;
storePath: string;
}
//#endregion
//#region src/config/sessions/paths.d.ts
/** Resolves fixed literal paths without an owner; derived or templated paths require agentId. */
declare function resolveSessionStorePathCore(store?: string, opts?: {
agentId?: string;
env?: NodeJS.ProcessEnv;
}): string;
//#endregion
//#region src/agents/sessions/session-manager-types.d.ts
interface SessionHeader {
type: "session";
version?: number;
id: string;
timestamp: string;
cwd: string;
parentSession?: string;
}
interface NewSessionOptions {
id?: string;
parentSession?: string;
}
interface SessionEntryBase {
type: string;
id: string;
parentId: string | null;
timestamp: string;
/** This row consumes the raw side cursor instead of the visible leaf. */
appendMode?: "side";
}
interface SessionMessageEntry extends SessionEntryBase {
type: "message";
message: AgentMessage;
}
interface ThinkingLevelChangeEntry extends SessionEntryBase {
type: "thinking_level_change";
thinkingLevel: string;
}
interface ModelChangeEntry extends SessionEntryBase {
type: "model_change";
provider: string;
modelId: string;
}
interface CompactionEntry<T = unknown> extends SessionEntryBase {
type: "compaction";
__openclaw?: {
runId?: string;
itemId?: string;
};
summary: string;
firstKeptEntryId: string;
tokensBefore: number;
/** Extension-specific data, such as artifact indexes or version markers. */
details?: T;
/** True for extension-generated compaction entries. */
fromHook?: boolean;
}
type ResetReason = "new" | "reset" | "idle" | "daily" | "cron-stale";
interface ResetEntry extends SessionEntryBase {
type: "reset";
reason: ResetReason;
firstKeptEntryId?: string;
}
interface BranchSummaryEntry<T = unknown> extends SessionEntryBase {
type: "branch_summary";
fromId: string;
summary: string;
/** Extension-specific data that is not sent to the model. */
details?: T;
/** True for extension-generated branch summaries. */
fromHook?: boolean;
}
/** Extension state that is persisted but excluded from model context. */
interface CustomEntry<T = unknown> extends SessionEntryBase {
type: "custom";
customType: string;
data?: T;
}
interface LabelEntry extends SessionEntryBase {
type: "label";
targetId: string;
label: string | undefined;
}
interface SessionInfoEntry extends SessionEntryBase {
type: "session_info";
name?: string;
}
/** Extension message that participates in model context. */
interface CustomMessageEntry<T = unknown> extends SessionEntryBase {
type: "custom_message";
customType: string;
content: string | (TextContent | ImageContent$1)[];
details?: T;
display: boolean;
}
type SessionEntry = SessionMessageEntry | ThinkingLevelChangeEntry | ModelChangeEntry | CompactionEntry | ResetEntry | BranchSummaryEntry | CustomEntry | CustomMessageEntry | LabelEntry | SessionInfoEntry;
type FileEntry = SessionHeader | SessionEntry;
type AppendPersistenceOptions = {
appendIntent?: "active-branch";
config?: OpenClawConfig;
idempotencyLookup?: "scan" | "scan-assistant" | "caller-checked";
invalidateSerializedPrefixCache?: boolean;
};
interface SessionTreeNode {
entry: SessionEntry;
children: SessionTreeNode[];
label?: string;
labelTimestamp?: string;
}
interface SessionContext {
messages: AgentMessage[];
thinkingLevel: string;
model: {
provider: string;
modelId: string;
} | null;
}
type PreservedOpaqueFileEntry = {
index: number;
record: unknown;
};
type SessionLeafControl = {
type: "leaf";
id: string;
parentId: string | null;
timestamp: string;
targetId: string | null;
appendParentId?: string | null;
appendMode?: "side";
};
//#endregion
//#region src/config/sessions/session-accessor.sqlite-active-context.d.ts
type SessionTranscriptBoundedActiveContext = {
activeLeafEntryId: string | null;
opaqueParents: Map<string, string | null>;
firstKeptRanges: Map<string, {
startIndex: number;
endIndex: number;
}>;
boundaryCount: number;
events: TranscriptEvent[];
serializedBytes: number;
totalEvents: number;
truncated: boolean;
};
//#endregion
//#region src/config/sessions/session-entry-codec.d.ts
declare function parseOpaqueLeafEntry(record: unknown): {
id: string;
parentId: string | null;
targetId: string | null;
appendParentId?: string | null;
appendMode?: "side";
} | undefined;
//#endregion
//#region src/config/sessions/session-entry-navigation.d.ts
type SessionNavigationEntry = Pick<SessionEntryBase, "id" | "parentId" | "timestamp" | "appendMode"> & ({
type: "label";
targetId: string;
label?: string;
} | {
type: Exclude<SessionEntry["type"], "label">;
});
/** One navigation owner for runtime sessions and streaming transcript operations. */
declare class SessionEntryNavigation<T extends SessionNavigationEntry> {
protected byId: Map<string, T>;
protected opaqueParentsById: Map<string, string | null>;
protected logicalParentsById: Map<string, string | null>;
protected invalidLeafControlIds: Set<string>;
protected labelsById: Map<string, string>;
protected labelTimestampsById: Map<string, string>;
protected leafId: string | null;
protected appendParentId: string | null;
protected appendMode: "side" | undefined;
private latestResetId;
private resetDescendantIds;
protected clearNavigation(): void;
protected finishNavigation(): void;
protected resolveOpaqueLeafTargetId(targetId: string | null): string | null;
protected resolveOpaqueAppendParentId(parentId: string | null): string | null;
protected resolveOpaqueLeafControl(leafEntry: ReturnType<typeof parseOpaqueLeafEntry>): {
leafId: string | null;
appendParentId: string | null;
appendMode?: "side";
} | undefined;
protected appendOpaqueNavigationRecord(opaqueRecord: unknown): void;
protected appendCanonicalNavigationEntry(entry: T, hasParentId?: boolean): void;
protected resolveCanonicalParentId(parentId: string | null): string | null;
protected resolveEntryParentId(entry: T): string | null;
protected normalizeEntryParent(entry: T): T;
getBranch(fromId?: string): T[];
}
//#endregion
//#region src/agents/sessions/session-manager-core.d.ts
type SessionManagerPersistenceTarget = SessionTranscriptRuntimeTarget;
type SessionManagerBoundedContextLimits = {
maxBytes: number;
maxEvents: number;
};
type SessionManagerBoundedContext = Pick<SessionTranscriptBoundedActiveContext, "activeLeafEntryId" | "opaqueParents" | "firstKeptRanges" | "boundaryCount"> & {
limits: SessionManagerBoundedContextLimits;
};
declare class SessionManagerCore extends SessionEntryNavigation<SessionEntry> {
migrated: boolean;
protected sessionId: string;
protected cwd: string;
protected fileEntries: FileEntry[];
protected opaqueFileEntries: PreservedOpaqueFileEntry[];
private boundedFirstKeptById;
protected pendingDeliberateAppend: boolean;
protected persistenceTarget: SessionManagerPersistenceTarget | undefined;
protected persistenceHeaderPending: boolean;
protected boundedContextLimits: SessionManagerBoundedContextLimits | undefined;
protected boundedContextIncomplete: boolean;
protected persistedBoundaryCount: number | undefined;
constructor(cwd: string, persistenceTarget?: SessionManagerPersistenceTarget, loadedEntries?: FileEntry[], boundedContext?: SessionManagerBoundedContext);
setSessionTarget(target: SessionManagerPersistenceTarget): void;
/** Active-only loads can omit sibling rows even when they fit the context limits. */
protected ensureCompletePersistedHistory(): void;
protected setLoadedSessionTarget(target: SessionManagerPersistenceTarget | undefined, entries: FileEntry[], bounded?: Pick<SessionTranscriptBoundedActiveContext, "activeLeafEntryId" | "opaqueParents" | "firstKeptRanges">): void;
reloadPersistedTranscript(): void;
newSession(options?: NewSessionOptions): string | undefined;
private initializeSession;
protected buildIndex(): void;
protected normalizeEntryParent(entry: SessionEntry): SessionEntry;
private findFirstCanonicalDescendantOnBranch;
private findFirstCanonicalDescendant;
protected resolveBranchTargetId(branchFromId: string): string | null | undefined;
protected clampOpaqueFileEntryIndexes(): void;
protected createLeafControl(parentId: string | null, appendParentId?: string | null, appendMode?: "side"): SessionLeafControl;
protected rememberLeafControl(leafEntry: SessionLeafControl): void;
getAppendParentId(): string | null;
getAppendMode(): "side" | undefined;
protected getPersistedFileEntries(leafAppendParentId?: string | null, leafAppendMode?: "side"): unknown[];
getPersistedEntries(): unknown[];
clearPreservedOpaqueFileEntries(): void;
/** SQLite appends are synchronous; retained for the AgentSession contract. */
protected flushPendingPersistence(): void;
isPersisted(): boolean;
getCwd(): string;
getSessionId(): string;
getSessionTarget(): SessionManagerPersistenceTarget | undefined;
}
//#endregion
//#region src/agents/sessions/session-manager-persistence.d.ts
type PersistRecordResult = undefined | {
anchor?: TranscriptEntryAnchor;
appended: boolean;
adoptedMessageId?: string;
effectiveParentId: string | null;
};
declare class SessionManagerPersistence extends SessionManagerCore {
#private;
removeTrailingEntries(predicate: (entry: SessionEntry) => boolean, options?: {
preserveTrailing?: (entry: SessionEntry) => boolean;
}): number;
protected persistRecord(entry: unknown, options?: AppendPersistenceOptions): PersistRecordResult;
persist(entry: SessionEntry, options?: AppendPersistenceOptions): PersistRecordResult;
private persistSqliteRecord;
}
//#endregion
//#region src/agents/sessions/session-manager-entries.d.ts
declare class SessionManagerEntries extends SessionManagerPersistence {
protected appendEntry<T extends SessionEntry>(entry: T, options?: AppendPersistenceOptions): {
entry: T;
anchor?: TranscriptEntryAnchor;
appended: boolean;
};
resolveCurrentTurnEntryId(isInterruptedTail?: (entry: SessionEntry) => boolean): string | null;
appendMessage(message: Message$1 | CustomMessage | BashExecutionMessage, options?: AppendPersistenceOptions): string;
appendMessageWithTranscriptAnchor(message: Message$1 | CustomMessage | BashExecutionMessage, options?: AppendPersistenceOptions): {
entryId: string;
message: SessionMessageEntry["message"];
anchor?: TranscriptEntryAnchor;
appended: boolean;
};
appendThinkingLevelChange(thinkingLevel: string): string;
appendModelChange(provider: string, modelId: string): string;
appendCompaction(summary: string, firstKeptEntryId: string, tokensBefore: number, details?: unknown, fromHook?: boolean, metadata?: CompactionEntry["__openclaw"]): string;
appendResetBoundary(reason: ResetReason, firstKeptEntryId?: string): string;
appendCustomEntry(customType: string, data?: unknown): string;
appendSessionInfo(name: string): string;
getSessionName(): string | undefined;
appendCustomMessageEntry(customType: string, content: string | (TextContent | ImageContent$1)[], display: boolean, details?: unknown): string;
getLeafId(): string | null;
appendLeafControl(params: {
targetId: string | null;
appendParentId: string | null;
appendMode?: "side";
}): SessionLeafControl;
getLeafEntry(): SessionEntry | undefined;
getEntry(id: string): SessionEntry | undefined;
getChildren(parentId: string): SessionEntry[];
getLabel(id: string): string | undefined;
appendLabelChange(targetId: string, label: string | undefined): string;
buildSessionContext(): SessionContext;
getBoundaryCount(): number;
getHeader(): SessionHeader | null;
getEntries(): SessionEntry[];
getTree(): SessionTreeNode[];
branch(branchFromId: string): void;
resetLeaf(): void;
branchWithSummary(branchFromId: string | null, summary: string, details?: unknown, fromHook?: boolean): string;
}
//#endregion
//#region src/agents/sessions/session-manager-branching.d.ts
declare class SessionManagerBranching extends SessionManagerEntries {
private collectBranchedSessionPath;
createBranchedSession(leafId: string): Promise<string | undefined>;
}
//#endregion
//#region src/agents/sessions/session-manager.d.ts
declare class SessionManager extends SessionManagerBranching {
private constructor();
/** Makes pending append-oriented persistence durable without rewriting committed entries. */
flushPendingPersistence(): void;
appendMessage(message: Message$1 | CustomMessage | BashExecutionMessage, options?: AppendPersistenceOptions): string;
appendMessageWithTranscriptAnchor(message: Message$1 | CustomMessage | BashExecutionMessage, options?: AppendPersistenceOptions): {
entryId: string;
message: SessionMessageEntry["message"];
anchor?: TranscriptEntryAnchor;
appended: boolean;
};
static open(target: SessionTranscriptRuntimeTarget, cwdOverride?: string, contextLimits?: SessionManagerBoundedContextLimits): SessionManager;
/** Opens only the selected model-context tail while preserving the complete durable transcript. */
static openBounded(target: SessionTranscriptRuntimeTarget, options: SessionManagerBoundedContextLimits & {
cwd?: string;
onTruncated?: () => void;
}): SessionManager;
/** Detached model view: selected payloads plus lightweight ancestry, never raw replay evidence. */
static openModelContext(target: SessionTranscriptRuntimeTarget, options?: {
cwd?: string;
admission?: UserTurnTranscriptAdmissionReceipt;
}): SessionManager;
/** The same detached model view, with durable transcript scanning off the event loop. */
static openModelContextAsync(target: SessionTranscriptRuntimeTarget, options?: {
cwd?: string;
admission?: UserTurnTranscriptAdmissionReceipt;
signal?: AbortSignal;
}): Promise<SessionManager>;
private static fromModelContextEntries;
/** Synchronously consumes full-fidelity context; its iterator closes with the read snapshot. */
static readSessionContext<T>(target: SessionTranscriptRuntimeTarget, read: (messages: Iterable<AgentMessage>, header: unknown) => T, options?: {
admission?: UserTurnTranscriptAdmissionReceipt;
}): T;
/** Appends to the current transcript leaf without hydrating its history. */
static appendMessageToTranscript(target: SessionTranscriptRuntimeTarget, message: Message$1 | CustomMessage | BashExecutionMessage, options?: Pick<AppendPersistenceOptions, "config">): string;
static inMemory(cwd?: string): SessionManager;
static fromEntries(entries: readonly unknown[], cwdOverride?: string): SessionManager;
}
type ReadonlySessionManager = Pick<SessionManager, "getCwd" | "getSessionId" | "getSessionTarget" | "getLeafId" | "getAppendParentId" | "getAppendMode" | "getLeafEntry" | "getEntry" | "getLabel" | "getBranch" | "getHeader" | "getEntries" | "getTree" | "getSessionName">;
//#endregion
//#region src/config/sessions/transcript.d.ts
type SessionTranscriptDeliveryMirror = {
kind: "channel-final";
sourceMessageId?: string;
} | {
kind: "channel-final-suppressed";
reason: "stale-foreground";
sourceMessageId?: string;
};
//#endregion
//#region src/shared/fast-mode.d.ts
type FastModeAutoProgressState = {
offAnnounced: boolean;
resetAnnounced: boolean;
};
//#endregion
//#region src/plugins/provider-catalog-outcome.d.ts
type ProviderCatalogOutcome = {
provider: string;
/** Auth profile tested by discovery; omission means provider-wide auth. */
profileId?: string;
/** Limits an auth rejection to catalog discovery rather than model execution. */
rejectionScope?: "catalog";
status: "ready" | "auth-rejected" | "unavailable";
};
//#endregion
//#region src/agents/model-catalog.types.d.ts
/** Input modalities a catalog entry can advertise. */
type ModelInputType = "text" | "image" | "audio" | "video" | "document";
type ModelContextWindowOption = {
id: string;
label: string;
contextWindow: number;
};
/** Normalized model metadata exposed by the agent model catalog. */
type ModelCatalogEntry = {
/** Native catalog owner, not a physical provider route or transferable readiness fact. */
nativeRuntime?: string;
id: string;
name: string;
provider: string;
/** Provider-owned strongest-first picker order; internal and never projected to clients. */
providerOrder?: number;
alias?: string;
api?: ModelApi;
/** Private transport provenance for route matching; never project directly to clients. */
baseUrl?: string;
contextWindow?: number;
contextWindows?: ModelContextWindowOption[];
contextWindowDefault?: string;
contextTokens?: number;
reasoning?: boolean;
/** Config-authored reasoning override; internal provenance, never project to clients. */
configuredReasoning?: boolean;
/** Concrete runtime owner of thinking policy; internal and never project to clients. */
thinkingPolicyProvider?: string;
/** Provider-owned effort support for this exact physical model route. */
thinkingLevelMap?: ThinkingLevelMap;
input?: ModelInputType[];
params?: Record<string, unknown>;
compat?: ModelCompatConfig;
mediaInput?: ModelMediaInputConfig;
status?: ModelCatalogStatus;
statusReason?: string;
replaces?: string[];
replacedBy?: string;
};
/** Logical catalog rows plus the physical variants used for route selection. */
type ModelCatalogSnapshot = {
entries: ModelCatalogEntry[];
routeVariants: ModelCatalogEntry[];
/** Provider-owned outcome of each live catalog request in this generation. */
providerOutcomes?: readonly ProviderCatalogOutcome[];
/** Static provider-hook rows captured alongside the full lifecycle generation. */
staticEntries?: ModelCatalogEntry[];
/**
* `false` only when this snapshot came from a degraded load (discovery threw,
* static or empty fallback). Absent/`true` means authoritative — consumers that
* destroy durable state (e.g. resetting a pinned model override) must treat only
* an explicit `false` as degraded, so unrelated hand-built snapshots stay safe.
*/
authoritative?: boolean;
};
//#endregion
//#region src/agents/modes/interactive/theme/theme.d.ts
type ThemeColor = "accent" | "border" | "borderAccent" | "borderMuted" | "success" | "error" | "warning" | "muted" | "dim" | "text" | "thinkingText" | "userMessageText" | "customMessageText" | "customMessageLabel" | "toolTitle" | "toolOutput" | "mdHeading" | "mdLink" | "mdLinkUrl" | "mdCode" | "mdCodeBlock" | "mdCodeBlockBorder" | "mdQuote" | "mdQuoteBorder" | "mdHr" | "mdListBullet" | "toolDiffAdded" | "toolDiffRemoved" | "toolDiffContext" | "syntaxComment" | "syntaxKeyword" | "syntaxFunction" | "syntaxVariable" | "syntaxString" | "syntaxNumber" | "syntaxType" | "syntaxOperator" | "syntaxPunctuation" | "thinkingOff" | "thinkingMinimal" | "thinkingLow" | "thinkingMedium" | "thinkingHigh" | "thinkingXhigh" | "bashMode";
type ThemeBg = "selectedBg" | "userMessageBg" | "customMessageBg" | "toolPendingBg" | "toolSuccessBg" | "toolErrorBg";
type ColorMode = "truecolor" | "256color";
declare class Theme {
readonly name?: string;
readonly sourcePath?: string;
sourceInfo?: SourceInfo;
private fgColors;
private bgColors;
private mode;
constructor(fgColors: Record<ThemeColor, string | number>, bgColors: Record<ThemeBg, string | number>, mode: ColorMode, options?: {
name?: string;
sourcePath?: string;
sourceInfo?: SourceInfo;
});
fg(color: ThemeColor, text: string): string;
bg(color: ThemeBg, text: string): string;
bold(text: string): string;
italic(text: string): string;
underline(text: string): string;
inverse(text: string): string;
strikethrough(text: string): string;
getFgAnsi(color: ThemeColor): string;
getBgAnsi(color: ThemeBg): string;
getColorMode(): ColorMode;
getThinkingBorderColor(level: "off" | "minimal" | "low" | "medium" | "high" | "xhigh"): (str: string) => string;
getBashModeBorderColor(): (str: string) => string;
}
//#endregion
//#region src/agents/sessions/footer-data-provider.d.ts
/** Read-only footer data supplied to session extensions. */
interface ReadonlyFooterDataProvider {
/** Current git branch, null if not in repo, "detached" if detached HEAD */
getGitBranch(): string | null;
/** Extension status texts set via ctx.ui.setStatus() */
getExtensionStatuses(): ReadonlyMap<string, string>;
/** Number of unique providers with available models (for footer display) */
getAvailableProviderCount(): number;
/** Subscribe to git branch changes. Returns unsubscribe function. */
onBranchChange(callback: () => void): () => void;
}
//#endregion
//#region src/agents/sessions/keybindings.d.ts
/** OpenClaw-specific key ids added to the shared pi-tui keybinding registry. */
interface AppKeybindings {
"app.interrupt": true;
"app.clear": true;
"app.exit": true;
"app.suspend": true;
"app.thinking.cycle": true;
"app.model.cycleForward": true;
"app.model.cycleBackward": true;
"app.model.select": true;
"app.tools.expand": true;
"app.thinking.toggle": true;
"app.session.toggleNamedFilter": true;
"app.editor.external": true;
"app.message.followUp": true;
"app.message.dequeue": true;
"app.clipboard.pasteImage": true;
"app.session.new": true;
"app.session.tree": true;
"app.session.fork": true;
"app.session.resume": true;
"app.tree.foldOrUp": true;
"app.tree.unfoldOrDown": true;
"app.tree.editLabel": true;
"app.tree.toggleLabelTimestamp": true;
"app.session.togglePath": true;
"app.session.toggleSort": true;
"app.session.rename": true;
"app.session.delete": true;
"app.session.deleteNoninvasive": true;
"app.models.save": true;
"app.models.enableAll": true;
"app.models.clearAll": true;
"app.models.toggleProvider": true;
"app.models.reorderUp": true;
"app.models.reorderDown": true;
"app.tree.filter.default": true;
"app.tree.filter.noTools": true;
"app.tree.filter.userOnly": true;
"app.tree.filter.labeledOnly": true;
"app.tree.filter.all": true;
"app.tree.filter.cycleForward": true;
"app.tree.filter.cycleBackward": true;
}
declare module "@earendil-works/pi-tui" {
interface Keybindings extends AppKeybindings {}
}
/** Keybinding manager that loads OpenClaw defaults plus optional user overrides. */
declare class KeybindingsManager$1 extends KeybindingsManager {
private configPath;
constructor(userBindings?: KeybindingsConfig, configPath?: string);
/** Creates a manager from the agent keybindings.json file. */
static create(agentDir?: string): KeybindingsManager$1;
/** Reloads user overrides from disk when this manager was created with a config path. */
reload(): void;
/** Returns the currently resolved keybinding map after defaults and overrides. */
getEffectiveConfig(): KeybindingsConfig;
private static loadFromFile;
}
//#endregion
//#region src/plugin-sdk/provider-oauth-runtime.d.ts
/** Normalized OAuth credential bundle persisted by provider auth profiles. */
type OAuthCredentials = {
/** Refresh token or provider-equivalent long-lived credential. */
refresh: string;
/** Access token or provider-equivalent bearer credential. */
access: string;
/** Absolute epoch milliseconds when the access token should be considered expired. */
expires: number;
[key: string]: unknown;
};
/** Stable provider id used by OAuth credential and config routing. */
type OAuthProviderId = string;
/** Manual input prompt shown during OAuth login flows. */
type OAuthPrompt$1 = {
/** Prompt text shown to the operator. */
message: string;
/** Optional placeholder for manual text entry. */
placeholder?: string;
/** Whether empty input should be accepted instead of reprompting. */
allowEmpty?: boolean;
};
/** Authorization URL and optional instructions shown before OAuth completion. */
type OAuthAuthInfo = {
/** Provider authorization URL shown to the user. */
url: string;
/** Optional provider-specific instruction text for manual flows. */
instructions?: string;
};
/** One selectable OAuth login option. */
type OAuthSelectOption = {
/** Stable option id returned when the operator selects this entry. */
id: string;
/** Human-readable option label shown in the selector. */
label: string;
};
/** Selector prompt used when a provider offers multiple OAuth login choices. */
type OAuthSelectPrompt = {
/** Prompt text shown above the selectable options. */
message: string;
/** Options available for the operator to choose from. */
options: OAuthSelectOption[];
};
/** UI/runtime callbacks used by provider OAuth login implementations. */
interface OAuthLoginCallbacks {
/** Emits authorization URL/instructions to the UI before waiting for completion. */
onAuth: (info: OAuthAuthInfo) => void;
/** Prompts for manual input such as pasted callback URLs or authorization codes. */
onPrompt: (prompt: OAuthPrompt$1) => Promise<string>;
/** Reports human-readable login progress without exposing secrets. */
onProgress?: (message: string) => void;
/** Optional direct manual-code entry hook used when callback-server flows cannot complete. */
onManualCodeInput?: () => Promise<string>;
/** Show an interactive selector and return the selected option id, or undefined on cancel. */
onSelect?: (prompt: OAuthSelectPrompt) => Promise<string | undefined>;
/** Cancels pending OAuth waits and prompts when aborted. */
signal?: AbortSignal;
}
/** Provider OAuth contract implemented by provider plugins. */
interface OAuthProviderInterface {
/** Stable provider id used for credential and config routing. */
readonly id: OAuthProviderId;
/** Human-readable provider name shown in login flows. */
readonly name: string;
/** Run the login flow and return credentials to persist. */
login(callbacks: OAuthLoginCallbacks): Promise<OAuthCredentials>;
/** Whether login uses a local callback server and supports manual code input. */
usesCallbackServer?: boolean;
/** Refresh expired credentials and return updated credentials to persist. */
refreshToken(credentials: OAuthCredentials): Promise<OAuthCredentials>;
/** Convert credentials to an API key string for the provider. */
getApiKey(credentials: OAuthCredentials): string;
/** Optionally adjust models for this provider, such as updating baseUrl. */
modifyModels?(models: Model[], credentials: OAuthCredentials): Model[];
}
//#endregion
//#region src/agents/plugin-model-catalog.d.ts
type PersistedPluginModelCatalog = {
pluginId: string;
contents: string;
};
type PluginModelCatalogMetadataSnapshot = Pick<PluginMetadataSnapshot, "owners"> & {
index?: {
plugins: ReadonlyArray<{
enabled: boolean;
pluginId: string;
}>;
};
normalizePluginId?: (pluginId: string) => string;
};
//#endregion
//#region src/agents/sessions/auth-storage.d.ts
type ApiKeyCredential = {
type: "api_key";
key: string;
};
type OAuthCredential = {
type: "oauth";
} & OAuthCredentials;
type TokenCredential = {
type: "token";
token: string;
expires?: number;
};
type AuthCredential = ApiKeyCredential | OAuthCredential | TokenCredential;
type AuthStorageData = Record<string, AuthCredential>;
type AuthStatus = {
configured: boolean;
source?: "stored" | "runtime" | "environment" | "fallback" | "models_json_key" | "models_json_command";
label?: string;
};
type LockResult<T> = {
result: T;
next?: string;
};
interface AuthStorageBackend {
readonly migrationOwnerAgentDir?: string;
withLock<T>(fn: (current: string | undefined) => LockResult<T>): T;
withLockAsync<T>(fn: (current: string | undefined) => Promise<LockResult<T>>): Promise<T>;
}
/**
* Provider-keyed credential facade backed by the canonical auth-profile store.
*/
declare class AuthStorage {
private data;
private runtimeOverrides;
private fallbackResolver?;
private loadError;
private errors;
private storage;
private migrationOwnerAgentDir?;
private constructor();
static forAgent(agentDir?: string): AuthStorage;
/**
* @deprecated Use AuthStorage.forAgent(agentDir). The path-taking compatibility
* form is eligible for removal after 2026-10-01 and a clean published-plugin
* reader sweep; it no longer reads or writes JSON.
*/
static create(authPath?: string): AuthStorage;
static fromStorage(storage: AuthStorageBackend): AuthStorage;
static inMemory(data?: AuthStorageData): AuthStorage;
/**
* Set a runtime API key override (not persisted to disk).
* Used for CLI --api-key flag.
*/
setRuntimeApiKey(provider: string, apiKey: string): void;
/**
* Remove a runtime API key override.
*/
removeRuntimeApiKey(provider: string): void;
/**
* Set a fallback resolver for API keys not found in auth.json or env vars.
* Used for custom provider keys from models.json.
*/
setFallbackResolver(resolver: (provider: string) => string | undefined): void;
private recordError;
private getCanonicalLoadError;
private parseStorageData;
/**
* Reload credentials from storage.
*/
reload(): void;
private persistProviderChange;
/**
* Get credential for a provider.
*/
get(provider: string): AuthCredential | undefined;
/**
* Set credential for a provider.
*/
set(provider: string, credential: AuthCredential): void;
/**
* Remove credential for a provider.
*/
remove(provider: string): void;
/**
* List all providers with credentials.
*/
list(): string[];
/**
* Check if credentials exist for a provider in auth.json.
*/
has(provider: string): boolean;
/**
* Check if any form of auth is configured for a provider.
* Unlike getApiKey(), this doesn't refresh OAuth tokens.
*/
hasAuth(provider: string): boolean;
/**
* Return auth status without exposing credential values or refreshing tokens.
*/
getAuthStatus(provider: string): AuthStatus;
/**
* Get all credentials (for passing to getOAuthApiKey).
*/
getAll(): AuthStorageData;
drainErrors(): Error[];
/**
* Login to an OAuth provider.
*/
login(providerId: OAuthProviderId, callbacks: OAuthLoginCallbacks): Promise<void>;
/**
* Logout from a provider.
*/
logout(provider: string): void;
/**
* Refresh OAuth token with backend locking to prevent race conditions.
* Multiple agent sessions may try to refresh simultaneously when tokens expire.
*/
private refreshOAuthTokenWithLock;
/**
* Get API key for a provider.
* Priority:
* 1. Runtime override (CLI --api-key)
* 2. API key from auth.json
* 3. OAuth token from auth.json (auto-refreshed with locking)
* 4. Environment variable
* 5. Fallback resolver (models.json custom providers)
*/
getApiKey(providerId: string, options?: {
includeFallback?: boolean;
}): Promise<string | undefined>;
/**
* Get all OAuth providers registered for this auth/session runtime.
*/
getOAuthProviders(): OAuthProviderInterface[];
}
//#endregion
//#region src/agents/sessions/model-registry.d.ts
declare const ProviderAuthModeSchema: Type.TUnion<[Type.TLiteral<"api-key">, Type.TLiteral<"aws-sdk">, Type.TLiteral<"oauth">, Type.TLiteral<"token">]>;
type ProviderAuthMode = Static<typeof ProviderAuthModeSchema>;
type ResolvedRequestAuth = {
ok: true;
apiKey?: string;
headers?: Record<string, string>;
} | {
ok: false;
error: string;
};
type ModelRegistryOptions = {
includePluginCatalogs?: boolean;
modelsJsonContents?: string | null;
pluginCatalogs?: readonly PersistedPluginModelCatalog[];
pluginMetadataSnapshot?: PluginModelCatalogMetadataSnapshot;
sourceSnapshot?: ModelRegistry$1;
workspaceDir?: string;
};
/**
* Model registry - loads and manages models, resolves API keys via AuthStorage.
*/
declare class ModelRegistry$1 {
private models;
private providerRequestConfigs;
private modelRequestHeaders;
private registeredProviders;
private loadError;
readonly authStorage: AuthStorage;
private modelsJsonPath;
private modelsJsonContents;
private pluginCatalogs;
private pluginMetadataSnapshot;
private includePluginCatalogs;
private baseCatalogSnapshot;
private sourceSnapshot;
private constructor();
private captureCatalogSnapshot;
private restoreSourceCatalog;
static create(authStorage: AuthStorage, modelsJsonPath?: string, options?: ModelRegistryOptions): ModelRegistry$1;
static inMemory(authStorage: AuthStorage): ModelRegistry$1;
/** Creates a request-isolated registry from this lifecycle-owned catalog snapshot. */
fork(authStorage: AuthStorage): ModelRegistry$1;
/**
* Reload models from disk (models.json).
*/
refresh(): void;
/** Get any root or generated plugin catalog load error. */
getError(): string | undefined;
/** Returns the exact plugin metadata generation captured with this registry. */
getProviderMetadataOwners(): PluginMetadataSnapshotOwnerMaps | undefined;
private loadModels;
private loadCapturedPluginCatalogs;
private loadCustomModels;
private validateConfig;
private parseModels;
/**
* Get all configured models.
*/
getAll(): Model[];
/**
* Get only models that have auth configured.
* This is a fast check that doesn't refresh OAuth tokens.
*/
getAvailable(): Model[];
/**
* Find a model by provider and ID.
*/
find(provider: string, modelId: string): Model | undefined;
/**
* Get API key for a model.
*/
hasConfiguredAuth(model: Model): boolean;
private getModelRequestKey;
private storeProviderRequestConfig;
private storeModelHeaders;
/**
* Get API key and request headers for a model.
*/
getApiKeyAndHeaders(model: Model): Promise<ResolvedRequestAuth>;
/**
* Return auth status for a provider, including request auth configured in models.json.
* This intentionally does not execute command-backed config values.
*/
getProviderAuthStatus(provider: string): AuthStatus;
/**
* Get display name for a provider.
*/
getProviderDisplayName(provider: string): string;
/**
* Get API key for a provider.
*/
getApiKeyForProvider(provider: string): Promise<string | undefined>;
/**
* Check if a model is using OAuth credentials (subscription).
*/
isUsingOAuth(model: Model): boolean;
/**
* Register a provider dynamically (from extensions).
*
* If provider has models: replaces all existing models for this provider.
* Provider-level request settings are stored for already-known models but
* never create implicit model rows.
* If provider has oauth: registers OAuth provider for /login support.
*/
registerProvider(providerName: string, config: ProviderConfigInput): void;
/**
* Unregister a previously registered provider.
*
* Removes the provider from the registry and reloads models from disk.
* Also resets dynamic OAuth and API stream registrations before reapplying
* remaining dynamic providers.
* Has no effect if the provider was never registered.
*/
unregisterProvider(providerName: string): void;
/**
* Upsert a provider config into registeredProviders.
* If the provider is already registered, defined values in the incoming config
* override existing ones; undefined values are preserved from the stored config.
* If the provider is not registered, the incoming config is stored as-is.
*/
private upsertRegisteredProvider;
private validateProviderConfig;
private applyProviderConfig;
}
/**
* Input type for registerProvider API.
*/
interface ProviderConfigInput {
name?: string;
baseUrl?: string;
apiKey?: string;
auth?: ProviderAuthMode;
api?: Api;
streamSimple?: (model: Model, context: Context, options?: SimpleStreamOptions) => AssistantMessageEventStreamContract;
headers?: Record<string, string>;
authHeader?: boolean;
/** OAuth provider for /login support */
oauth?: Omit<OAuthProviderInterface, "id">;
models?: Array<{
id: string;
name: string;
api?: Api;
baseUrl?: string;
reasoning: boolean;
thinkingLevelMap?: Model["thinkingLevelMap"];
input: ("text" | "image")[];
cost: {
input: number;
output: number;
cacheRead: number;
cacheWrite: number;
};
contextWindow: number;
maxTokens: number;
params?: Record<string, unknown>;
headers?: Record<string, string>;
compat?: Model["compat"];
}>;
}
//#endregion
//#region src/agents/sessions/extensions/types.d.ts
/** Options for extension UI dialogs. */
interface ExtensionUIDialogOptions {
/** AbortSignal to programmatically dismiss the dialog. */
signal?: AbortSignal;
/** Timeout in milliseconds. Dialog auto-dismisses with live countdown display. */
timeout?: number;
}
/** Placement for extension widgets. */
type WidgetPlacement = "aboveEditor" | "belowEditor";
/** Options for extension widgets. */
interface ExtensionWidgetOptions {
/** Where the widget is rendered. Defaults to "aboveEditor". */
placement?: WidgetPlacement;
}
/** Raw terminal input listener for extensions. */
type TerminalInputHandler = (data: string) => {
consume?: boolean;
data?: string;
} | undefined;
/** Working indicator configuration for the interactive streaming loader. */
interface WorkingIndicatorOptions {
/** Animation frames. Use an empty array to hide the indicator entirely. Custom frames are rendered verbatim. */
frames?: string[];
/** Frame interval in milliseconds for animated indicators. */
intervalMs?: number;
}
/** Wrap the current autocomplete provider with additional behavior. */
type AutocompleteProviderFactory = (current: AutocompleteProvider) => AutocompleteProvider;
type EditorFactory = (tui: TUI, theme: EditorTheme, keybindings: KeybindingsManager$1) => EditorComponent;
/**
* UI context for extensions to request interactive UI.
* Each mode (interactive, RPC, print) provides its own implementation.
*/
interface ExtensionUIContext {
/** Show a selector and return the user's choice. */
select(title: string, options: string[], opts?: ExtensionUIDialogOptions): Promise<string | undefined>;
/** Show a confirmation dialog. */
confirm(title: string, message: string, opts?: ExtensionUIDialogOptions): Promise<boolean>;
/** Show a text input dialog. */
input(title: string, placeholder?: string, opts?: ExtensionUIDialogOptions): Promise<string | undefined>;
/** Show a notification to the user. */
notify(message: string, type?: "info" | "warning" | "error"): void;
/** Listen to raw terminal input (interactive mode only). Returns an unsubscribe function. */
onTerminalInput(handler: TerminalInputHandler): () => void;
/** Set status text in the footer/status bar. Pass undefined to clear. */
setStatus(key: string, text: string | undefined): void;
/** Set the working/loading message shown during streaming. Call with no argument to restore default. */
setWorkingMessage(message?: string): void;
/** Show or hide the built-in interactive working loader row during streaming. */
setWorkingVisible(visible: boolean): void;
/**
* Configure the interactive working indicator shown during streaming.
*
* - Omit the argument to restore the default animated spinner.
* - Use `frames: ["●"]` for a static indicator.
* - Use `frames: []` to hide the indicator entirely.
* - Custom frames are rendered as provided, so extensions must add their own colors.
*/
setWorkingIndicator(options?: WorkingIndicatorOptions): void;
/** Set the label shown for hidden thinking blocks. Call with no argument to restore default. */
setHiddenThinkingLabel(label?: string): void;
/** Set a widget to display above or below the editor. Accepts string array or component factory. */
setWidget(key: string, content: string[] | undefined, options?: ExtensionWidgetOptions): void;
setWidget(key: string, content: ((tui: TUI, theme: Theme) => Component & {
dispose?(): void;
}) | undefined, options?: ExtensionWidgetOptions): void;
/** Set a custom footer component, or undefined to restore the built-in footer.
*
* The factory receives a FooterDataProvider for data not otherwise accessible:
* git branch and extension statuses from setStatus(). Token stats, model info,
* etc. are available via ctx.sessionManager and ctx.model.
*/
setFooter(factory: ((tui: TUI, theme: Theme, footerData: ReadonlyFooterDataProvider) => Component & {
dispose?(): void;
}) | undefined): void;
/** Set a custom header component (shown at startup, above chat), or undefined to restore the built-in header. */
setHeader(factory: ((tui: TUI, theme: Theme) => Component & {
dispose?(): void;
}) | undefined): void;
/** Set the terminal window/tab title. */
setTitle(title: string): void;
/** Show a custom component with keyboard focus. */
custom<T>(factory: (tui: TUI, theme: Theme, keybindings: KeybindingsManager$1, done: (result: T) => void) => (Component & {
dispose?(): void;
}) | Promise<Component & {
dispose?(): void;
}>, options?: {
overlay?: boolean;
/** Overlay positioning/sizing options. Can be static or a function for dynamic updates. */
overlayOptions?: OverlayOptions | (() => OverlayOptions);
/** Called with the overlay handle after the overlay is shown. Use to control visibility. */
onHandle?: (handle: OverlayHandle) => void;
}): Promise<T>;
/** Paste text into the editor, triggering paste handling (collapse for large content). */
pasteToEditor(text: string): void;
/** Set the text in the core input editor. */
setEditorText(text: string): void;
/** Get the current text from the core input editor. */
getEditorText(): string;
/** Show a multi-line editor for text editing. */
editor(title: string, prefill?: string): Promise<string | undefined>;
/** Stack additional autocomplete behavior on top of the built-in provider. */
addAutocompleteProvider(factory: AutocompleteProviderFactory): void;
/**
* Set a custom editor component via factory function.
* Pass undefined to restore the default editor.
*
* The factory receives:
* - `theme`: EditorTheme for styling borders and autocomplete
* - `keybindings`: KeybindingsManager for app-level keybindings
*
* For full app keybinding support (escape, ctrl+d, model switching, etc.),
* extend `CustomEditor` from `openclaw/plugin-sdk/agent-sessions` and call
* `super.handleInput(data)` for keys you don't handle.
*
* @example
* ```ts
* import { CustomEditor } from "openclaw/plugin-sdk/agent-sessions";
*
* class VimEditor extends CustomEditor {
* private mode: "normal" | "insert" = "insert";
*
* handleInput(data: string): void {
* if (this.mode === "normal") {
* // Handle vim normal mode keys...
* if (data === "i") { this.mode = "insert"; return; }
* }
* super.handleInput(data); // App keybindings + text editing
* }
* }
*
* ctx.ui.setEditorComponent((tui, theme, keybindings) =>
* new VimEditor(tui, theme, keybindings)
* );
* ```
*/
setEditorComponent(factory: EditorFactory | undefined): void;
/** Get the currently configured custom editor factory, or undefined when using the default editor. */
getEditorComponent(): EditorFactory | undefined;
/** Get the current theme for styling. */
readonly theme: Theme;
/** Get all available themes with their names and file paths. */
getAllThemes(): {
name: string;
path: string | undefined;
}[];
/** Load a theme by name without switching to it. Returns undefined if not found. */
getTheme(name: string): Theme | undefined;
/** Set the current theme by name or Theme object. */
setTheme(theme: string | Theme): {
success: boolean;
error?: string;
};
/** Get current tool output expansion state. */
getToolsExpanded(): boolean;
/** Set tool output expansion state. */
setToolsExpanded(expanded: boolean): void;
}
interface ContextUsage$1 {
/** Estimated context tokens, or null if any (e.g. right after compaction, before next LLM response). */
tokens: number | null;
contextWindow: number;
/** Context usage as percentage of context window, or null if tokens is unknown. */
percent: number | null;
}
interface CompactOptions {
customInstructions?: string;
onComplete?: (result: CompactionResult) => void;
onError?: (error: Error) => void;
}
/**
* Context passed to extension event handlers.
*/
interface ExtensionContext {
/** UI methods for user interaction */
ui: ExtensionUIContext;
/** Whether UI is available (false in print/RPC mode) */
hasUI: boolean;
/** Current working directory */
cwd: string;
/** Session manager (read-only) */
sessionManager: ReadonlySessionManager;
/** Model registry for API key resolution */
modelRegistry: ModelRegistry$1;
/** Current model (may be undefined) */
model: Model | undefined;
/** Whether the agent is idle (not streaming) */
isIdle(): boolean;
/** The current abort signal, or undefined when the agent is not streaming. */
signal: AbortSignal | undefined;
/** Abort the current agent operation */
abort(): void;
/** Whether there are queued messages waiting */
hasPendingMessages(): boolean;
/** Gracefully shut down OpenClaw and exit. Available in all contexts. */
shutdown(): void;
/** Get current context usage for the active model. */
getContextUsage(): ContextUsage$1 | undefined;
/** Trigger compaction without awaiting completion. */
compact(options?: CompactOptions): void;
/** Get the current effective system prompt. */
getSystemPrompt(): string;
}
/** Rendering options for tool results */
interface ToolRenderResultOptions {
/** Whether the result view is expanded */
expanded: boolean;
/** Whether this is a partial/streaming result */
isPartial: boolean;
}
/** Context passed to tool renderers. */
interface ToolRenderContext<TState = unknown, TArgs = unknown> {
/** Current tool call arguments. Shared across call/result renders for the same tool call. */
args: TArgs;
/** Unique id for this tool execution. Stable across call/result renders for the same tool call. */
toolCallId: string;
/** Invalidate just this tool execution component for redraw. */
invalidate: () => void;
/** Previously returned component for this render slot, if any. */
lastComponent: Component | undefined;
/** Shared renderer state for this tool row. Initialized by tool-execution.ts. */
state: TState;
/** Working directory for this tool execution. */
cwd: string;
/** Whether the tool execution has started. */
executionStarted: boolean;
/** Whether the tool call arguments are complete. */
argsComplete: boolean;
/** Whether the tool result is partial/streaming. */
isPartial: boolean;
/** Whether the result view is expanded. */
expanded: boolean;
/** Whether inline images are currently shown in the TUI. */
showImages: boolean;
/** Whether the current result is an error. */
isError: boolean;
}
type BivariantCallback<TArgs extends unknown[], TResult> = {
bivarianceHack(...args: TArgs): TResult;
}["bivarianceHack"];
/**
* Tool definition for registerTool().
*/
interface ToolDefinition<TParams extends TSchema = TSchema, TDetails = unknown, TState = unknown> {
/** Tool name (used in LLM tool calls) */
name: string;
/** Human-readable label for UI */
label: string;
/** Preserve lifecycle telemetry without rendering transient channel progress. */
hideFromChannelProgress?: boolean;
/** Tool results contain externally controlled network content. */
resultContentSource?: AgentTool["resultContentSource"];
/** Description for LLM */
description: string;
/** Optional one-line snippet for the Available tools section in the default system prompt. Custom tools are omitted from that section when this is not provided. */
promptSnippet?: string;
/** Optional guideline bullets appended to the default system prompt Guidelines section when this tool is active. */
promptGuidelines?: string[];
/** Parameter schema (TypeBox) */
parameters: TParams;
/** Exact schema for the structured value returned in AgentToolResult.details. */
outputSchema?: TSchema;
/** Controls whether ToolExecutionComponent renders the standard colored shell or the tool renders its own framing. */
renderShell?: "default" | "self";
/** Optional compatibility shim to prepare raw tool call arguments before schema validation. Must return an object conforming to TParams. */
prepareArguments?: (args: unknown) => Static<TParams>;
/**
* Per-tool execution mode override.
* - "sequential": this tool must execute one at a time with other tool calls.
* - "parallel": this tool can execute concurrently with other tool calls.
*
* If omitted, the default execution mode applies.
*/
executionMode?: ToolExecutionMode;
/** Execute the tool. */
execute(toolCallId: string, params: Static<TParams>, signal: AbortSignal | undefined, onUpdate: AgentToolUpdateCallback<TDetails> | undefined, ctx: ExtensionContext): Promise<AgentToolResult<TDetails>>;
/** Custom rendering for tool call display */
renderCall?: BivariantCallback<[args: Static<TParams>, theme: Theme, context: ToolRenderContext<TState, Static<TParams>>], Component>;
/** Custom rendering for tool result display */
renderResult?: BivariantCallback<[result: AgentToolResult<TDetails>, options: ToolRenderResultOptions, theme: Theme, context: ToolRenderContext<TState, Static<TParams>>], Component>;
}
//#endregion
//#region src/agents/model-catalog-lookup.d.ts
type ModelThinkingCompat = {
thinkingFormat?: ModelCompatConfig["thinkingFormat"];
supportedReasoningEfforts?: readonly string[] | null;
};
type PreparedModelThinkingCapability = Readonly<{
provider: string;
modelId: string;
agentRuntime: string;
/** Present only when the capability came from a physical provider route. */
route?: Readonly<{
api: string;
baseUrl: string;
}>;
compat: ModelThinkingCompat;
}>;
//#endregion
//#region src/agents/embedded-agent-block-chunker.d.ts
/**
* Splits streamed embedded-agent replies into Markdown-safe message chunks.
*/
type BlockReplyChunking = {
minChars: number;
maxChars: number;
breakPreference?: "paragraph" | "newline" | "sentence";
/** When true, prefer \n\n paragraph boundaries once minChars has been satisfied. */
flushOnParagraph?: boolean;
};
//#endregion
//#region src/infra/agent-run-authority.types.d.ts
/** Exact admitted-run claim shared by the registry and its subordinate approval leases. */
type AgentRunDelegatedAuthority = Readonly<{
operationalRunInstance: Readonly<{
instanceId: string;
runId: string;
}>;
lifecycleGeneration: string;
claimId: string;
}>;
declare namespace admitted_run_context_d_exports {
export { AdmittedRunContext, OperationalRunInstanceRef, PreparedAgentRunAdmission, closeAdmittedRunDelegatedAuthority, createExecutionIdentityRecoveryAdmission, createOperationalRunInstanceRef, getAdmittedRunDelegatedAuthority, prepareAgentRunAdmission, prepareSystemAgentRunAdmission, resolveAdmittedRunActiveAssertion, resolvePreparedRunAdmission, retainAdmittedRunBeforeToolCallRecovery };
}
/** Operational lifecycle correlation. This is never identity or authorization evidence. */
type OperationalRunInstanceRef = Readonly<{
instanceId: string;
runId: string;
}>;
/** Exact context carried by one admitted execution and every retry/fallback it owns. */
type AdmittedRunContext = Readonly<{
operationalRunInstance: OperationalRunInstanceRef;
executionIdentityToken?: ExecutionIdentityAdmissionToken;
}>;
type PreparedAgentRunAdmission = Readonly<{
operationalRunInstance: OperationalRunInstanceRef;
/** Exact post-prepare owner; repeated fallback/retry returns the same object. */
admit: (runtimeKind: ExecutionIdentityAdmissionFacts["runtime"]["kind"], runtimeInstanceId?: string) => Promise<AdmittedRunContext>;
/** Idempotently closes the exact delegated approval lease, if admission occurred. */
close: () => void;
}>;
/** Reads the immutable outer-run authority without reviving a closed claim. */
declare function getAdmittedRunDelegatedAuthority(context: AdmittedRunContext): AgentRunDelegatedAuthority | undefined;
/** Captures an exact admitted-run assertion for work that may cross an await boundary. */
declare function resolveAdmittedRunActiveAssertion(context: AdmittedRunContext, signal?: AbortSignal): (() => void) | undefined;
/** Idempotently compare-releases the authority captured by this admission. */
declare function closeAdmittedRunDelegatedAuthority(context: AdmittedRunContext): boolean;
type AdmittedRunBeforeToolCallRecovery = Readonly<{
assertActive: () => void;
release: () => void;
}>;
/** Recovery-only lease for the already-created native pre-tool policy callback. */
declare function retainAdmittedRunBeforeToolCallRecovery(context: AdmittedRunContext): AdmittedRunBeforeToolCallRecovery | undefined;
type ExecutionIdentityRecoveryAdmission = Readonly<{
/** Recovery retries never manufacture replacement identity when exact evidence is absent. */
retryOnly: boolean;
consume: (runId: string) => Readonly<{
accepted: boolean;
token?: ExecutionIdentityAdmissionToken;
}>;
}>;
/** Creates a one-shot recovery admission owned by the durable recovery resolver. */
declare function createExecutionIdentityRecoveryAdmission(params: {
retryOnly: boolean;
token?: ExecutionIdentityAdmissionToken;
expectedOperationalRunId?: string;
}): ExecutionIdentityRecoveryAdmission;
declare function createOperationalRunInstanceRef(runId: string): OperationalRunInstanceRef;
/** Prepares a system-owned run without selecting its eventual execution runtime early. */
declare function prepareSystemAgentRunAdmission(cfg: OpenClawConfig, runId: string, agentId: string, boundary: string): PreparedAgentRunAdmission;
/**
* Freezes ingress facts before preparation while deferring allocation/capture until the
* authoritative runtime owner is selected immediately before execution.
*/
declare function prepareAgentRunAdmission(params: {
cfg: OpenClawConfig;
facts: Omit<ExecutionIdentityAdmissionFacts, "runtime">;
operationalRunInstance: OperationalRunInstanceRef;
recovery?: ExecutionIdentityRecoveryAdmission;
onAdmitted?: (context: AdmittedRunContext) => void | Promise<void>;
}): PreparedAgentRunAdmission;
/** Resolves a host-only continuation or validates an already-admitted internal caller. */
declare function resolvePreparedRunAdmission(params: {
runId: string;
runtimeKind: ExecutionIdentityAdmissionFacts["runtime"]["kind"];
runtimeInstanceId?: string;
admittedRunContext?: AdmittedRunContext;
preparedRunAdmission?: PreparedAgentRunAdmission;
}): Promise<AdmittedRunContext>;
//#endregion
//#region src/skills/library/authoring.d.ts
type SkillLibraryAuthoringInput = {
action: "list" | "read" | "create" | "update" | "share" | "unshare" | "transfer" | "activate" | "remove" | "rollback";
skillId?: string;
expectedRevision?: string;
revision?: string;
slug?: string;
content?: string;
files?: SkillLibraryFile[];
deleteFiles?: string[];
};
/** Host-held namespace capability; never persisted or reconstructed from session attribution. */
type SkillLibraryAuthoringCapability = {
target: "personal";
defaultTarget: "workspace" | "personal";
multipleProfiles: boolean;
assertWorkspaceCurrent?: () => void;
bind: (context: AdmittedRunContext) => void;
invoke: (params: SkillLibraryAuthoringInput) => Promise<SkillsLibraryReceipt | SkillsLibraryReadResult | SkillsLibraryActivateResult | SkillsLibraryListResult>;
};
//#endregion
//#region src/infra/event-session-routing.d.ts
/** Routing policy derived from config and the source session for an event. */
type EventSessionRoutingPolicy = {
mainKey?: string;
sessionScope?: SessionScope;
dmScope?: string | null;
allowFrom?: ReadonlyArray<string | number> | null;
channel?: string | null;
accountId?: string | null;
preserveSessionKey?: boolean;
};
//#endregion
//#region src/infra/exec-auto-review.d.ts
/** Risk level returned by exec auto-reviewers for approval routing decisions. */
type ExecAutoReviewRisk = "unknown" | "low" | "medium" | "high";
/** Auto-review outcome: either approve once or send the command to normal approval. */
type ExecAutoReviewDecision = {
decision: "allow-once";
rationale: string;
risk: "low";
} | {
decision: "ask";
rationale: string;
risk: ExecAutoReviewRisk;
};
/** Execution host whose command policy context is being reviewed. */
type ExecAutoReviewHost = "gateway" | "node" | "codex-app-server";
/** Command and policy facts supplied to an exec auto-reviewer. */
type ExecAutoReviewInput = {
command: string;
argv?: readonly string[];
resolvedPath?: string | null;
cwd?: string | null;
envKeys?: readonly string[];
host: ExecAutoReviewHost;
reason: "approval-required" | "allowlist-miss" | "strict-inline-eval" | "heredoc" | "execution-plan-miss";
analysis: {
parsed: boolean;
allowlistMatched: boolean;
safeBinMatched?: boolean;
durableApprovalMatched?: boolean;
inlineEval: boolean;
heredoc?: boolean;
shellWrapper?: boolean;
};
agent?: {
id?: string | null;
sessionKey?: string | null;
};
};
/** Reviewer function used by gateway/node exec paths before human approval fallback. */
type ExecAutoReviewer = (input: ExecAutoReviewInput) => Promise<ExecAutoReviewDecision> | ExecAutoReviewDecision;
//#endregion
//#region src/process/supervisor/types.d.ts
type TerminationReason = "manual-cancel" | "overall-timeout" | "no-output-timeout" | "spawn-error" | "signal" | "exit";
//#endregion
//#region src/agents/sandbox/fs-bridge.types.d.ts
/**
* Public sandbox filesystem bridge contracts.
*
* Tool and backend code use this interface to access files through the sandbox
* boundary instead of reaching directly into host paths.
*/
/** Resolved sandbox path with host, relative, and container views. */
type SandboxResolvedPath = {
hostPath?: string;
relativePath: string;
containerPath: string;
};
/** Minimal file stat shape returned by sandbox fs bridge implementations. */
type SandboxFsStat = {
type: "file" | "directory" | "other";
size: number;
mtimeMs: number;
};
/** Filesystem operations exposed across the sandbox boundary. */
type SandboxFsBridge = {
resolvePath(params: {
filePath: string;
cwd?: string;
}): SandboxResolvedPath;
/** Reads a safely opened regular file, rejecting growth beyond an optional byte limit. */
readFile(params: {
filePath: string;
cwd?: string;
signal?: AbortSignal;
maxBytes?: number;
}): Promise<Buffer>;
/** Streams a regular file within the sandbox when the backend supports native copying. */
copyFile?(params: {
sourcePath: string;
destinationPath: string;
cwd?: string;
mkdir?: boolean;
signal?: AbortSignal;
}): Promise<void>;
writeFile(params: {
filePath: string;
cwd?: string;
data: Buffer | string;
encoding?: BufferEncoding;
mkdir?: boolean;
signal?: AbortSignal;
}): Promise<void>;
/**
* Atomically creates a file only when no entry already exists at the path.
* Backends without this capability must omit it rather than emulate it with
* a check followed by writeFile.
*/
createFileExclusive?(params: {
filePath: string;
cwd?: string;
data: Buffer | string;
encoding?: BufferEncoding;
mkdir?: boolean;
signal?: AbortSignal;
}): Promise<"created" | "exists">;
mkdirp(params: {
filePath: string;
cwd?: string;
signal?: AbortSignal;
}): Promise<void>;
remove(params: {
filePath: string;
cwd?: string;
recursive?: boolean;
force?: boolean;
signal?: AbortSignal;
}): Promise<void>;
rename(params: {
from: string;
to: string;
cwd?: string;
signal?: AbortSignal;
}): Promise<void>;
stat(params: {
filePath: string;
cwd?: string;
signal?: AbortSignal;
}): Promise<SandboxFsStat | null>;
};
//#endregion
//#region src/agents/sandbox/backend-handle.types.d.ts
/**
* Backend-neutral sandbox runtime handles used by Docker, SSH, and future sandbox providers.
*/
type SandboxBackendId = string;
/** Shell exec specification prepared by a sandbox backend for process launch. */
type SandboxBackendExecSpec = {
argv: string[];
env: NodeJS.ProcessEnv;
stdinMode: "pipe-open" | "pipe-closed";
finalizeToken?: unknown;
};
type SandboxBackendWorkdirValidation = "host" | "backend";
type SandboxBackendWorkdirValidator = (workdir: string) => Promise<string | null>;
type SandboxBackendPreparedWorkdirDiscarder = (workdir: string) => void;
/** Parameters for backend-managed shell commands used by fs bridges and probes. */
type SandboxBackendCommandParams = {
script: string;
args?: string[];
stdin?: Buffer | string;
allowFailure?: boolean;
signal?: AbortSignal;
};
/** Buffered command result returned by sandbox backend shell helpers. */
type SandboxBackendCommandResult = {
stdout: Buffer;
stderr: Buffer;
code: number;
};
/** Runtime context passed to backend-provided filesystem bridge factories. */
type SandboxFsBridgeContext = {
workspaceDir: string;
agentWorkspaceDir: string;
skillsWorkspaceDir?: string;
readOnlyResourceMounts?: Array<{
hostPath: string;
containerPath: string;
}>;
workspaceAccess: "none" | "ro" | "rw";
containerName: string;
containerWorkdir: string;
docker: {
binds?: string[];
};
backend?: {
runShellCommand(params: SandboxBackendCommandParams): Promise<SandboxBackendCommandResult>;
};
};
/** Live sandbox backend handle for command execution, cleanup, and optional fs bridge creation. */
type SandboxBackendHandle = {
id: SandboxBackendId;
runtimeId: string;
runtimeLabel: string;
workdir: string;
env?: Record<string, string>;
configLabel?: string;
configLabelKind?: string;
/**
* Remote backends own cwd existence checks because valid runtime paths may
* not exist in the local workspace mirror. Backend validation must be paired
* with validateWorkdir so cwd is proved after before_tool_call adjustments
* and before env resolution, approval, preflight, and launch.
*/
workdirValidation?: SandboxBackendWorkdirValidation;
validateWorkdir?: SandboxBackendWorkdirValidator;
/** Discard one-shot state created while validating a backend-owned cwd. */
discardPreparedWorkdir?: SandboxBackendPreparedWorkdirDiscarder;
/** Remote cwd roots managed by backend validation. Defaults to workdir. */
workdirRoots?: readonly string[];
capabilities?: {
browser?: boolean;
};
buildExecSpec(params: {
command: string;
workdir?: string;
env: Record<string, string>;
usePty: boolean;
}): Promise<SandboxBackendExecSpec>;
finalizeExec?: (params: {
status: "completed" | "failed";
exitCode: number | null;
timedOut: boolean;
token?: unknown;
}) => Promise<void>;
runShellCommand(params: SandboxBackendCommandParams): Promise<SandboxBackendCommandResult>;
createFsBridge?: (params: {
sandbox: SandboxFsBridgeContext;
}) => SandboxFsBridge;
};
//#endregion
//#region src/agents/bash-tools.shared.d.ts
/** Sandbox metadata needed to map host workspaces into container exec calls. */
type BashSandboxWorkdirMount = {
hostPath: string;
containerPath: string;
};
type BashSandboxConfig = {
containerName: string;
workspaceDir: string;
containerWorkdir: string;
workdirValidation?: SandboxBackendWorkdirValidation;
validateWorkdir?: SandboxBackendWorkdirValidator;
discardPreparedWorkdir?: (workdir: string) => void;
workdirRoots?: readonly string[];
/** Approved read-only skill mounts that may be selected as an exec workdir. */
readOnlyWorkspaceSkillMounts?: readonly BashSandboxWorkdirMount[];
env?: Record<string, string>;
buildExecSpec?: (params: {
command: string;
workdir?: string;
env: Record<string, string>;
usePty: boolean;
}) => Promise<SandboxBackendExecSpec>;
finalizeExec?: (params: {
status: "completed" | "failed";
exitCode: number | null;
timedOut: boolean;
token?: unknown;
}) => Promise<void>;
};
//#endregion
//#region src/auto-reply/heartbeat-tool-response.d.ts
/** Allowed heartbeat response outcomes. */
declare const HEARTBEAT_TOOL_OUTCOMES: readonly ["no_change", "progress", "done", "blocked", "needs_attention"];
type HeartbeatToolOutcome = (typeof HEARTBEAT_TOOL_OUTCOMES)[number];
/** Allowed heartbeat notification priorities. */
declare const HEARTBEAT_TOOL_PRIORITIES: readonly ["low", "normal", "high"];
type HeartbeatToolPriority = (typeof HEARTBEAT_TOOL_PRIORITIES)[number];
/** Normalized response emitted by the heartbeat response tool. */
type HeartbeatToolResponse = {
outcome: HeartbeatToolOutcome;
notify: boolean;
summary: string;
notificationText?: string;
reason?: string;
priority?: HeartbeatToolPriority;
nextCheck?: string;
/** Complete replacement for the current heartbeat monitor's private scratch. */
scratch?: string;
};
//#endregion
//#region src/agents/accepted-session-spawn.d.ts
type AcceptedSessionSpawn = {
runId: string;
childSessionKey: string;
/** True only when this child owns a terminal completion for its requester. */
expectsCompletionMessage?: boolean;
};
//#endregion
//#region src/agents/agent-run-terminal-receipt.d.ts
type AgentRunTerminalModelRef = {
provider: string;
model: string;
};
type AgentRunTerminalReceipt = {
runId: string;
sessionId: string;
turnId: string;
requested: AgentRunTerminalModelRef;
effective: AgentRunTerminalModelRef & {
responseModel: string;
};
successfulToolNames: string[];
/** A final reply was delivered to the external source conversation. */
sourceReplyDelivered?: true;
rerouted: boolean;
terminalDisposition: "visible" | "not-visible";
};
//#endregion
//#region src/agents/agent-run-terminal-reply.d.ts
type AgentRunTerminalReplySnapshot = {
disposition: "visible";
text: string;
modelRouteChange?: string;
} | {
disposition: "silent";
} | {
disposition: "empty";
code?: "message-tool-not-called";
};
//#endregion
//#region src/agents/embedded-agent-messaging.types.d.ts
type MessagingToolSend = {
tool: string;
provider: string;
accountId?: string;
to?: string;
threadId?: string;
threadImplicit?: boolean;
threadSuppressed?: boolean;
text?: string;
mediaUrls?: string[];
hasRichContent?: true;
/** Current-source progress (`false`) or completed reply (`true`). */
sourceReplyFinal?: boolean;
};
type MessagingToolSourceReplyPayload = Pick<ReplyPayload$1, "audioAsVoice" | "attachments" | "channelData" | "interactive" | "mediaUrl" | "mediaUrls" | "presentation" | "text" | "trustedLocalMedia"> & {
idempotencyKey?: string;
transcriptOwner?: true;
/** Current-source progress (`false`) or completed reply (`true`). */
sourceReplyFinal?: boolean;
};
//#endregion
//#region src/agents/mcp-connect-action.d.ts
type McpConnectAction = {
serverName: string;
authorizationUrl: string;
};
//#endregion
//#region src/agents/mcp-codex-tool-approval.d.ts
type McpCodexToolAnnotations = {
readOnlyHint?: boolean;
destructiveHint?: boolean;
idempotentHint?: boolean;
openWorldHint?: boolean;
};
//#endregion
//#region src/agents/tools/tool-results.d.ts
declare function jsonResult<TDetails>(payload: TDetails): AgentToolResult<TDetails>;
//#endregion
//#region src/agents/tools/common.d.ts
type AgentToolWithMeta<TParameters extends TSchema, TResult> = AgentTool<TParameters, TResult> & {
displaySummary?: string;
/** Keep this tool model-visible; hidden catalog bridges cannot preserve its result contract. */
catalogMode?: "direct-only";
/** Gateway client capabilities required before this tool can be assembled. */
requiredClientCaps?: string[];
prepareBeforeToolCallParams?: (params: unknown, ctx: {
toolCallId?: string;
hookContext?: unknown;
signal?: AbortSignal;
}) => unknown;
finalizeBeforeToolCallParams?: (params: unknown, preparedParams: unknown) => unknown;
};
type ErasedAgentToolExecute = {
execute(this: void, toolCallId: string, params: unknown, signal?: AbortSignal, onUpdate?: AgentToolUpdateCallback): Promise<AgentToolResult<unknown>>;
};
type AnyAgentTool = Omit<AgentTool, "execute"> & ErasedAgentToolExecute & {
displaySummary?: string;
/** Keep this tool model-visible; hidden catalog bridges cannot preserve its result contract. */
catalogMode?: "direct-only";
/** Gateway client capabilities required before this tool can be assembled. */
requiredClientCaps?: string[];
prepareBeforeToolCallParams?: AgentToolWithMeta<TSchema, unknown>["prepareBeforeToolCallParams"];
finalizeBeforeToolCallParams?: AgentToolWithMeta<TSchema, unknown>["finalizeBeforeToolCallParams"];
};
type StringParamOptions = {
required?: boolean;
trim?: boolean;
label?: string;
allowEmpty?: boolean;
};
declare function readToolStringParam(params: Record<string, unknown>, key: string, options: StringParamOptions & {
required: true;
}): string;
declare function readToolStringParam(params: Record<string, unknown>, key: string, options?: StringParamOptions): string | undefined;
declare function readStringOrNumberParam(params: Record<string, unknown>, key: string, options?: {
required?: boolean;
label?: string;
}): string | undefined;
declare function readNumberParam(params: Record<string, unknown>, key: string, options?: {
required?: boolean;
label?: string;
integer?: boolean;
strict?: boolean;
positiveInteger?: boolean;
nonNegativeInteger?: boolean;
}): number | undefined;
declare function readStringArrayParam(params: Record<string, unknown>, key: string, options: StringParamOptions & {
required: true;
}): string[];
declare function readStringArrayParam(params: Record<string, unknown>, key: string, options?: StringParamOptions): string[] | undefined;
type ReactionParams = {
emoji: string;
remove: boolean;
isEmpty: boolean;
};
declare function readReactionParams(params: Record<string, unknown>, options: {
emojiKey?: string;
removeKey?: string;
removeErrorMessage: string;
}): ReactionParams;
//#endregion
//#region src/agents/agent-bundle-mcp-types.d.ts
/** Catalog metadata for one configured MCP server. */
type McpServerCatalog = {
serverName: string;
safeServerName?: string;
launchSummary: string;
toolCount: number;
resources?: {
listChanged?: boolean;
};
prompts?: {
listChanged?: boolean;
};
tools?: {
listChanged?: boolean;
filteredCount?: number;
};
requestTimeoutMs?: number;
supportsParallelToolCalls?: boolean;
toolFilter?: McpServerToolFilterConfig;
deniedToolNames?: string[];
codexApprovalMode?: McpCodexToolApprovalMode;
};
/** MCP tool entry after server-name sanitization and schema normalization. */
type McpCatalogTool = {
serverName: string;
safeServerName: string;
toolName: string;
title?: string;
description?: string;
inputSchema: TSchema;
fallbackDescription: string;
uiResourceUri?: string;
uiVisibility?: Array<"app" | "model">;
/** Listed by the server but excluded from OpenClaw's callable tool catalog. */
excludedFromOpenClawCatalog?: true;
deniedBySession?: true;
codexAnnotations?: McpCodexToolAnnotations;
};
/** Complete tool catalog for a session-scoped MCP runtime. */
type McpToolCatalog = {
version: number;
generatedAt: number;
servers: Record<string, McpServerCatalog>;
tools: McpCatalogTool[];
/** Complete raw catalog used to project policy into native MCP clients. */
policyTools?: McpCatalogTool[];
/** Listed tools hidden only by the session override, retained for read-only inventory. */
sessionDeniedTools?: McpCatalogTool[];
diagnostics?: readonly McpToolCatalogDiagnostic[];
};
type McpToolCatalogDiagnostic = {
serverName: string;
safeServerName: string;
launchSummary: string;
message: string;
};
//#endregion
//#region src/agents/mcp-ui-resource.d.ts
type McpAppChannelView = {
viewId: string;
};
//#endregion
//#region src/agents/model-ref-shared.d.ts
type ModelRef = {
provider: string;
model: string;
};
//#endregion
//#region src/agents/provider-model-auth-source-plan.d.ts
type ProviderModelAuthEvidence = "aws-sdk" | "environment" | "none" | "profile" | "provider-config" | "runtime" | "synthetic";
/**
* Whether config authorizes this credential, as opposed to where it was found.
*
* `evidence` is provenance and is reported as such by status/probe surfaces; it
* cannot carry authorization, because a *declared* credential can legitimately
* be discovered in the environment (a `${VAR}` marker or a SecretRef naming a
* canonical variable). `"ambient"` means the opposite: the credential appears in
* neither the provider entry nor `auth.profiles`/`auth.order`, so nothing in
* config points at it and it may bill an account the operator never named here.
*/
type ProviderModelAuthAuthorization = "declared" | "ambient";
/** Secret-free credential-source fact safe to carry across request boundaries. */
type ProviderModelAuthSourceClassification = {
kind: "profile";
} | {
kind: "direct";
evidence: ProviderModelAuthEvidence;
authorization: ProviderModelAuthAuthorization;
};
//#endregion
//#region src/agents/runtime-plan/types.d.ts
/** Runtime transport selected for one model attempt. */
type AgentRuntimeTransport = "sse" | "websocket" | "websocket-cached" | "auto";
/** Thinking levels accepted by runtime-plan extra-param preparation. */
type AgentRuntimeThinkLevel = "off" | "minimal" | "low" | "medium" | "high" | "xhigh" | "adaptive" | "max";
/** System prompt rendering mode selected for one attempt. */
type AgentRuntimePromptMode = "full" | "minimal" | "none";
/** Trigger source that can alter provider system prompt contributions. */
type AgentRuntimePromptTrigger = "cron" | "heartbeat" | "manual" | "memory" | "overflow" | "user";
/** Normalized failure reason used by model fallback classification. */
type AgentRuntimeFailoverReason = "auth" | "auth_permanent" | "format" | "rate_limit" | "overloaded" | "billing" | "server_error" | "timeout" | "tls_certificate" | "context_overflow" | "model_not_found" | "session_expired" | "empty_response" | "no_error_details" | "unclassified" | "unknown";
/** Provider model descriptor consumed by runtime-plan hooks. */
type AgentRuntimeModel = {
id?: string;
name?: string;
api?: string;
provider?: string;
baseUrl?: string;
reasoning?: boolean;
input?: readonly string[];
cost?: {
input: number;
output: number;
cacheRead: number;
cacheWrite: number;
};
contextWindow?: number;
maxTokens?: number;
contextTokens?: number;
compat?: unknown;
};
/** Text replacement rule used by provider input/output transforms. */
type AgentRuntimeTextReplacement = {
from: string | RegExp;
to: string;
};
/** Provider text transforms applied around model calls. */
type AgentRuntimeTextTransforms = {
input?: AgentRuntimeTextReplacement[];
output?: AgentRuntimeTextReplacement[];
};
/** Resolved provider runtime handle forwarded to plugin-owned hooks. */
type AgentRuntimeProviderHandle = {
provider: string;
modelId?: string | null;
config?: unknown;
workspaceDir?: string;
env?: NodeJS.ProcessEnv;
applyAutoEnable?: boolean;
};
type PreparedAgentRuntimeProviderHandle = AgentRuntimeProviderHandle & {
modelId: string | null;
prepared: true;
};
type AgentRuntimeInteractiveButtonStyle = "primary" | "secondary" | "success" | "danger";
/** Portable action control exposed to agent runtime reply payloads. */
type AgentRuntimeMessagePresentationButton = {
/** User-visible button label. */
label: string;
/** Typed action sent when pressed. */
action?: MessagePresentationAction;
/** @deprecated Use action. */
value?: string;
/** @deprecated Use an action with type "url". */
url?: string;
/** @deprecated Use an action with type "web-app". */
webApp?: {
url: string;
};
/** @deprecated Use an action with type "web-app". */
web_app?: {
url: string;
};
/** Higher values are kept first when channel action limits require dropping controls. */
priority?: number;
/** Disabled action hint; channels without disabled-state support render fallback text. */
disabled?: boolean;
/** Optional visual style hint for renderers that support styled actions. */
style?: AgentRuntimeInteractiveButtonStyle;
};
/** Portable select/menu option exposed to agent runtime reply payloads. */
type AgentRuntimeMessagePresentationOption = {
/** User-visible option label. */
label: string;
/** Typed action sent when selected. */
action?: Extract<MessagePresentationAction, {
type: "command" | "callback" | "model-picker";
}>;
/** @deprecated Use action. */
value?: string;
};
type AgentRuntimeLegacyInteractiveReply = {
blocks: Array<{
type: "text";
text: string;
} | {
type: "buttons";
buttons: AgentRuntimeMessagePresentationButton[];
} | {
type: "select";
placeholder?: string;
options: AgentRuntimeMessagePresentationOption[];
}>;
};
/** Portable reply presentation severity/style hint. */
type AgentRuntimeMessagePresentationTone = "info" | "success" | "warning" | "danger" | "neutral";
type AgentRuntimeMessagePresentationChartBlock = {
type: "chart";
chartType: "pie";
title: string;
segments: Array<{
label: string;
value: number;
}>;
} | {
type: "chart";
chartType: "bar" | "area" | "line";
title: string;
categories: string[];
series: Array<{
name: string;
values: number[];
}>;
xLabel?: string;
yLabel?: string;
};
type AgentRuntimeMessagePresentationTableCell = string | number;
type AgentRuntimeMessagePresentationTableBlock = {
type: "table";
caption: string;
headers: string[];
rows: AgentRuntimeMessagePresentationTableCell[][];
rowHeaderColumnIndex?: number;
};
/** Portable structured reply block rendered or downgraded by channels. */
type AgentRuntimeMessagePresentationBlock = {
type: "text";
text: string;
} | {
type: "context";
text: string;
} | {
type: "divider";
} | {
type: "buttons";
buttons: AgentRuntimeMessagePresentationButton[];
} | {
type: "select";
placeholder?: string;
options: AgentRuntimeMessagePresentationOption[];
} | AgentRuntimeMessagePresentationChartBlock | AgentRuntimeMessagePresentationTableBlock;
/** Portable structured reply presentation for channel adapters. */
type AgentRuntimeMessagePresentation = {
/** Optional short heading rendered before blocks when supported. */
title?: string;
/** Optional severity/status tone for renderers that support toned presentations. */
tone?: AgentRuntimeMessagePresentationTone;
/** Ordered portable blocks rendered or downgraded by channel adapters. */
blocks: AgentRuntimeMessagePresentationBlock[];
};
/** Delivery pin options attached to runtime reply payloads. */
type AgentRuntimeReplyPayloadDeliveryPin = {
enabled: boolean;
notify?: boolean;
required?: boolean;
};
/** Delivery instructions attached to runtime reply payloads. */
type AgentRuntimeReplyPayloadDelivery = {
pin?: boolean | AgentRuntimeReplyPayloadDeliveryPin;
};
type AgentRuntimeReplyPayloadLocation = {
latitude: number;
longitude: number;
accuracy?: number;
name?: string;
address?: string;
};
/** Portable reply payload emitted by agent runtimes before channel rendering. */
type AgentRuntimeReplyPayload = {
text?: string;
fallbackText?: {
text: string;
replacesPayloadIndex?: number;
};
mediaUrl?: string;
mediaUrls?: string[];
attachments?: Array<{
type?: "image" | "audio" | "video" | "file";
path?: string;
url?: string;
mediaUrl?: string;
filePath?: string;
mimeType?: string;
name?: string;
sizeBytes?: number;
durationMs?: number;
width?: number;
height?: number;
trustedLocalMedia?: boolean;
}>;
trustedLocalMedia?: boolean;
sensitiveMedia?: boolean;
presentation?: AgentRuntimeMessagePresentation;
presentationTextMode?: "fallback";
delivery?: AgentRuntimeReplyPayloadDelivery;
/**
* @deprecated Use presentation.
*/
interactive?: AgentRuntimeLegacyInteractiveReply;
btw?: {
question: string;
};
replyToId?: string;
replyToTag?: boolean;
replyToCurrent?: boolean;
audioAsVoice?: boolean;
videoAsNote?: boolean;
location?: AgentRuntimeReplyPayloadLocation;
spokenText?: string;
ttsSupplement?: {
spokenText: string;
visibleTextAlreadyDelivered?: boolean;
};
isError?: boolean;
isReasoning?: boolean;
/** Marks pre-tool commentary (💬) — a display lane, suppressed unless the channel opts in. */
isCommentary?: boolean;
isReasoningSnapshot?: boolean;
isCompactionNotice?: boolean;
isFallbackNotice?: boolean;
isStatusNotice?: boolean;
channelData?: Record<string, unknown>;
};
/** Stable section IDs for provider system prompt overrides. */
type AgentRuntimeSystemPromptSectionId = "interaction_style" | "tool_call_style" | "execution_bias";
/** Provider-owned system prompt contribution and section overrides. */
type AgentRuntimeSystemPromptContribution = {
stablePrefix?: string;
dynamicSuffix?: string;
sectionOverrides?: Partial<Record<AgentRuntimeSystemPromptSectionId, string>>;
};
/** Context passed when resolving provider system prompt contributions. */
type AgentRuntimeSystemPromptContributionContext = {
config?: unknown;
agentDir?: string;
workspaceDir?: string;
provider: string;
modelId: string;
promptMode: AgentRuntimePromptMode;
runtimeChannel?: string;
runtimeCapabilities?: string[];
agentId?: string;
trigger?: AgentRuntimePromptTrigger;
};
/** Provider fallback route decision for follow-up delivery. */
type AgentRuntimeFollowupFallbackRouteResult = {
route?: "origin" | "dispatcher" | "drop";
reason?: string;
};
/** Tool-call id sanitizer mode for provider transcript policy. */
type AgentRuntimeToolCallIdMode = "strict" | "strict9";
/** Provider transcript sanitation, repair, and validation policy. */
type AgentRuntimeTranscriptPolicy = {
sanitizeMode: "full" | "images-only";
sanitizeToolCallIds: boolean;
toolCallIdMode?: AgentRuntimeToolCallIdMode;
duplicateToolCallIdStyle?: "openai";
preserveNativeAnthropicToolUseIds: boolean;
repairToolUseResultPairing: boolean;
preserveSignatures: boolean;
sanitizeThoughtSignatures?: {
allowBase64Only?: boolean;
includeCamelCase?: boolean;
};
dropThinkingBlocks: boolean;
dropReasoningFromHistory?: boolean;
applyGoogleTurnOrdering: boolean;
validateGeminiTurns: boolean;
validateAnthropicTurns: boolean;
allowSyntheticToolResults: boolean;
};
/** Classified model-call failure or success observation for fallback. */
type AgentRuntimeOutcomeClassification = {
message: string;
reason?: AgentRuntimeFailoverReason;
status?: number;
code?: string;
rawError?: string;
} | {
error: unknown;
} | null | undefined;
/** Runtime hook that classifies run results for model fallback. */
type AgentRuntimeOutcomeClassifier = (params: {
provider: string;
model: string;
result: unknown;
hasDirectlySentBlockReply?: boolean;
hasBlockReplyPipelineOutput?: boolean;
}) => AgentRuntimeOutcomeClassification;
/** Resolved provider/model/harness/transport reference for an attempt. */
type AgentRuntimeResolvedRef = {
provider: string;
modelId: string;
modelApi?: string;
harnessId?: string;
transport?: AgentRuntimeTransport;
};
/** Concrete provider-owned route selected for one runtime attempt. */
type AgentRuntimeAuthModelRoute = {
provider: string;
modelId: string;
api: ModelApi;
baseUrl: string;
authRequirement: "api-key" | "subscription";
/** Secret-free request behavior that the selected runtime must reproduce. */
requestTransportOverrides: ProviderRouteOverridePresence;
/** Provider-owned native-runtime compatibility for this concrete route. */
runtimePolicy?: ProviderModelRouteRuntimePolicy;
};
/** Common native-runtime support proven across every route left to the harness. */
type AgentRuntimeAuthDeferredRouteSupport = {
requestTransportOverrides: ProviderRouteOverridePresence;
runtimePolicy: ProviderModelRouteRuntimePolicy;
};
/** Auth forwarding decision for one runtime attempt. */
type AgentRuntimeCredentialSource = ProviderModelAuthSourceClassification | {
kind: "none";
};
/** Actual provider/model/source tuple owned by one physical model attempt. */
type AgentRuntimeModelAttempt = {
provider: string;
model: string;
credentialSource: AgentRuntimeCredentialSource;
};
type AgentRuntimeAuthPlan = {
providerForAuth: string;
/** Model whose order, cooldown, and route facts produced this plan. */
modelId?: string;
authProfileProviderForAuth: string;
harnessAuthProvider?: string;
/** Preferred or user-locked profile; automatic selection may not have resolved its secret yet. */
forwardedAuthProfileId?: string;
forwardedAuthProfileSource?: "auto" | "user";
/** Ordered exhaustive candidates for the selected route; a singleton is terminal. */
forwardedAuthProfileCandidateIds?: string[];
/** Exact selected credential/config mode; secret-free route materialization input. */
selectedAuthMode?: string;
/** Concrete provider-owned route selected before runtime dispatch. */
modelRoute?: AgentRuntimeAuthModelRoute;
/** Secret-free support shared by every route deferred to harness-owned auth. */
deferredRouteSupport?: AgentRuntimeAuthDeferredRouteSupport;
/** Redacted source selected for this concrete physical attempt. */
credentialSource?: AgentRuntimeCredentialSource;
};
/** Prompt transforms and provider contribution hooks for one runtime attempt. */
type AgentRuntimePromptPlan = {
provider: string;
modelId: string;
textTransforms?: AgentRuntimeTextTransforms;
resolveSystemPromptContribution(context: AgentRuntimeSystemPromptContributionContext): AgentRuntimeSystemPromptContribution | undefined;
transformSystemPrompt(context: AgentRuntimeSystemPromptContributionContext & {
systemPrompt: string;
}): string;
};
/** Prepared plugin metadata snapshot kept opaque to runtime-plan consumers. */
type AgentRuntimePreparedMetadataSnapshot = object;
/** Prepared metadata loader used by tool planning without eager manifest reads. */
type PreparedOpenClawToolPlanning = {
metadataSnapshot?: AgentRuntimePreparedMetadataSnapshot;
};
/** Tool normalization and diagnostics hooks for one runtime attempt. */
type AgentRuntimeToolPlan = {
preparedPlanning?: PreparedOpenClawToolPlanning;
normalize<TSchemaType extends TSchema = TSchema, TResult = unknown>(tools: AgentTool<TSchemaType, TResult>[], params?: {
workspaceDir?: string;
modelApi?: string;
model?: AgentRuntimeModel;
}): AgentTool<TSchemaType, TResult>[];
logDiagnostics(tools: AgentTool[], params?: {
workspaceDir?: string;
modelApi?: string;
model?: AgentRuntimeModel;
}): void;
};
/** Delivery behavior hooks for one runtime attempt. */
type AgentRuntimeDeliveryPlan = {
isSilentPayload(payload: Pick<AgentRuntimeReplyPayload, "text" | "mediaUrl" | "mediaUrls" | "presentation" | "interactive" | "channelData">): boolean;
resolveFollowupRoute(params: {
payload: AgentRuntimeReplyPayload;
originatingChannel?: string;
originatingTo?: string;
originRoutable: boolean;
dispatcherAvailable: boolean;
}): AgentRuntimeFollowupFallbackRouteResult | undefined;
};
/** Outcome classification hooks for one runtime attempt. */
type AgentRuntimeOutcomePlan = {
classifyRunResult: AgentRuntimeOutcomeClassifier;
};
/** Extra transport parameter plan for one runtime attempt. */
type AgentRuntimeTransportPlan = {
extraParams: Record<string, unknown>;
resolveExtraParams(params?: {
extraParamsOverride?: Record<string, unknown>;
thinkingLevel?: AgentRuntimeThinkLevel;
agentId?: string;
workspaceDir?: string;
model?: AgentRuntimeModel;
resolvedTransport?: AgentRuntimeTransport;
}): Record<string, unknown>;
};
/** Complete prepared runtime plan consumed by embedded-agent attempts. */
type AgentRuntimePlan = {
resolvedRef: AgentRuntimeResolvedRef;
providerRuntimeHandle?: PreparedAgentRuntimeProviderHandle;
auth: AgentRuntimeAuthPlan;
prompt: AgentRuntimePromptPlan;
tools: AgentRuntimeToolPlan;
transcript: {
policy: AgentRuntimeTranscriptPolicy;
resolvePolicy(params?: {
workspaceDir?: string;
modelApi?: string;
model?: AgentRuntimeModel;
}): AgentRuntimeTranscriptPolicy;
};
delivery: AgentRuntimeDeliveryPlan;
outcome: AgentRuntimeOutcomePlan;
transport: AgentRuntimeTransportPlan;
observability: {
resolvedRef: string;
provider: string;
modelId: string;
modelApi?: string;
harnessId?: string;
authProfileId?: string;
transport?: AgentRuntimeTransport;
};
};
//#endregion
//#region src/agents/usage.d.ts
type ContextUsage = NonNullable<Usage["contextUsage"]>;
/** Normalized token counts used by runtime accounting. */
type NormalizedUsage = {
input?: number;
output?: number;
cacheRead?: number;
cacheWrite?: number;
cacheWrite1h?: number;
contextUsage?: ContextUsage;
reasoningTokens?: number;
total?: number;
cost?: Pick<Usage["cost"], "total" | "totalOrigin">;
};
//#endregion
//#region src/agents/embedded-agent-runner/types.d.ts
type BlockReplyFlushContext = {
/** Boundary that requested the flush. */
reason: "message_end" | "terminal";
} | {
/** Tool boundary separating pre-tool narration from the eventual answer. */
reason: "tool_start";
assistantMessageIndex: number;
} | {
/** Pre-compaction delivery is safe only for a completed assistant attempt. */
reason: "pre_compaction";
attemptAccepted: boolean;
};
type EmbeddedAgentUsage = Omit<NormalizedUsage, "contextUsage">;
type EmbeddedAgentMeta = {
sessionId: string;
sessionFile?: string;
provider: string;
model: string;
contextTokens?: number;
contextTokensSource?: "runtime" | "runtime-configured" | "resolved";
agentHarnessId?: string;
/** Runtime-owned selection, independent of the final response or credential source. */
runtimeModelSelection?: ModelRef;
/** Redacted credential source selected for the terminal physical model attempt. */
credentialSource?: AgentRuntimeCredentialSource;
fallbackAttempts?: FallbackAttempt[];
cliSessionBinding?: CliSessionBinding;
clearCliSessionBinding?: boolean;
compactionCount?: number;
/**
* Token count estimate after the most recent successful auto-compaction.
* Used as the freshest context snapshot when the follow-up model call omits
* usage metadata.
*/
compactionTokensAfter?: number;
/**
* Prompt/context snapshot from the latest model request. Prefer this for
* context-window utilization because provider usage totals can include cached
* and completion tokens that are useful for billing but noisy as live context.
*/
promptTokens?: number;
usage?: EmbeddedAgentUsage;
/** Terminal cumulative usage reserved for turn-level diagnostics. */
diagnosticUsage?: EmbeddedAgentUsage;
/**
* Usage from the last individual API call (not accumulated across tool-use
* loops or compaction retries). Used for context-window utilization display
* (`totalTokens` in sessions.json) because the accumulated `usage.input`
* sums input tokens from every API call in the run, which overstates the
* actual context size.
*/
lastCallUsage?: NormalizedUsage;
contextBudgetStatus?: SessionContextBudgetStatus;
/**
* True when code mode owned the model tool surface for this run. Config
* alone is not proof: the "auto" tier engages per model capability, raw
* model runs and plugin-harness surfaces can decline engagement, and the
* shell tool is also named `exec`, so consumers must read this flag
* instead of config or tool names.
*/
codeModeEngaged?: boolean;
/** Completed assistant/provider round trips accumulated across run attempts. */
assistantTurns?: number;
/**
* Code-mode/tool-search inner bridge calls for the run's catalog. These are
* invisible to the provider; `toolSummary.calls` stays the outer count.
*/
bridgeCalls?: {
search: number;
describe: number;
call: number;
};
/** Estimated USD cost of the run's accumulated usage. Omitted when the model has no cost data. */
costUsd?: number;
terminalReceipt?: Omit<AgentRunTerminalReceipt, "terminalDisposition">;
};
type TraceAttempt = {
provider: string;
model: string;
result: "success" | "timeout" | "surface_error" | "candidate_failed" | "rotate_profile" | "same_model_transient" | "fallback_model" | "aborted" | "error";
reason?: string;
stage?: "prompt" | "assistant";
elapsedMs?: number;
status?: number;
};
type ExecutionTrace = {
winnerProvider?: string;
winnerModel?: string;
attempts?: TraceAttempt[];
fallbackUsed?: boolean;
runner?: "embedded" | "cli";
};
type RequestShapingTrace = {
authMode?: string;
thinking?: string;
reasoning?: string;
verbose?: string;
trace?: string;
fallbackEligible?: boolean;
blockStreaming?: string;
};
type PromptSegmentTrace = {
key: string;
chars: number;
};
type ToolSummaryTrace = {
calls: number;
tools: string[];
failures?: number;
totalToolTimeMs?: number;
};
type CompletionTrace = {
finishReason?: string;
stopReason?: string;
refusal?: boolean;
};
type ContextManagementTrace = {
sessionCompactions?: number;
lastTurnCompactions?: number;
preflightCompactionApplied?: boolean;
postCompactionContextInjected?: boolean;
};
type EmbeddedRunLivenessState = "working" | "paused" | "blocked" | "abandoned";
type EmbeddedRunFailureSignal = {
kind: "execution_denied";
source: "tool";
toolName?: string;
code: "SYSTEM_RUN_DENIED" | "INVALID_REQUEST";
message: string;
fatalForCron: true;
};
type EmbeddedRunTerminalToolFailure = {
source: "tool";
toolName: "exec" | "wait";
code: "UNKNOWN_TOOL_ID";
};
type EmbeddedAgentRunMeta = {
durationMs: number;
agentMeta?: EmbeddedAgentMeta;
aborted?: boolean;
systemPromptReport?: SessionSystemPromptReport;
finalPromptText?: string;
finalAssistantVisibleText?: string;
finalAssistantRawText?: string;
replayInvalid?: boolean;
livenessState?: EmbeddedRunLivenessState;
timeoutPhase?: AgentRunTimeoutPhase;
providerStarted?: boolean;
agentHarnessResultClassification?: "empty" | "reasoning-only" | "planning-only";
terminalReplyKind?: "silent-empty";
/** An exact, successfully settled tool batch intentionally completed the turn without a reply. */
intentionalTerminalCompletion?: "tool-batch";
terminalReply?: AgentRunTerminalReplySnapshot;
yielded?: boolean;
/** Explicit user-facing waiting status supplied to sessions_yield. */
yieldAcknowledgment?: string;
/** A visible parent delegated its otherwise-empty result to completion children. */
continuationPending?: true;
error?: {
kind: "context_overflow" | "compaction_failure" | "compaction_replay_refresh_required" | "role_ordering" | "image_size" | "retry_limit" | "incomplete_turn" | "hook_block";
message: string;
/** True only when model fallback can retry this terminal error without repeating side effects. */
fallbackSafe?: boolean;
/** True when the payload includes a trusted structured terminal tool summary. */
terminalPresentation?: boolean;
};
failureSignal?: EmbeddedRunFailureSignal;
/** Bounded, sanitized unresolved Code Mode failure for operator diagnostics. */
terminalToolFailure?: EmbeddedRunTerminalToolFailure;
/** Stop reason for the agent run (e.g., "completed", "tool_calls"). */
stopReason?: string;
/** Pending tool calls when stopReason is "tool_calls". */
pendingToolCalls?: Array<{
id: string;
name: string;
arguments: string;
}>;
executionTrace?: ExecutionTrace;
requestShaping?: RequestShapingTrace;
promptSegments?: PromptSegmentTrace[];
toolSummary?: ToolSummaryTrace;
completion?: CompletionTrace;
contextManagement?: ContextManagementTrace;
};
type EmbeddedAgentRunResult = {
latestMcpAppChannelView?: McpAppChannelView;
latestMcpConnectAction?: McpConnectAction;
payloads?: Array<{
text?: string;
mediaUrl?: string;
mediaUrls?: string[];
replyToId?: string;
isError?: boolean;
isReasoning?: boolean;
/** Marks pre-tool commentary (💬) — a display lane, suppressed unless the channel opts in. */
isCommentary?: boolean;
audioAsVoice?: boolean;
trustedLocalMedia?: boolean;
channelData?: Record<string, unknown>;
}>;
meta: EmbeddedAgentRunMeta;
diagnosticTrace?: DiagnosticTraceContext;
didSendViaMessagingTool?: boolean;
didDeliverSourceReplyViaMessageTool?: boolean;
sourceReplyDelivered?: true;
didSendDeterministicApprovalPrompt?: boolean;
messagingToolSentTexts?: string[];
messagingToolSentMediaUrls?: string[];
messagingToolSentTargets?: MessagingToolSend[];
messagingToolSourceReplyPayloads?: MessagingToolSourceReplyPayload[];
acceptedSessionSpawns?: AcceptedSessionSpawn[];
heartbeatToolResponse?: HeartbeatToolResponse;
successfulCronAdds?: number;
};
type EmbeddedAgentCompactResult = {
ok: boolean;
compacted: boolean;
compactionKind?: "context-engine" | "native-harness" | "server-endpoint";
reason?: string;
/** Structured failure metadata used by model fallback classification. */
failure?: {
reason?: string;
status?: number;
code?: string;
rawError?: string;
};
result?: {
/** Identifies summaryless provider compaction in RPC and UI consumers. */
kind?: "server-endpoint";
sessionTarget?: ContextEngineSessionTarget;
/** Server-endpoint compaction has no transcript summary or first-kept entry. */
summary?: string;
firstKeptEntryId?: string;
tokensBefore: number;
tokensAfter?: number;
details?: unknown;
sessionId?: string;
sessionFile?: string;
};
};
type EmbeddedFullAccessBlockedReason = "sandbox" | "host-policy" | "channel" | "runtime";
//#endregion
//#region src/infra/diagnostic-event-listener-presence.d.ts
/** Process-wide listener counts used to avoid telemetry work without consumers. */
type InternalDiagnosticEventInterest<EventType extends string = string> = Readonly<{
include?: readonly EventType[];
exclude?: readonly EventType[];
}>;
//#endregion
//#region src/agents/embedded-agent-runner/execution-phase.d.ts
/**
* Ordered execution milestones reported by the embedded runner while a turn starts up.
*
* Keep labels stable: external status surfaces and diagnostics consume the formatted values.
*/
declare const EMBEDDED_AGENT_EXECUTION_PHASES: readonly ["runner_entered", "workspace", "runtime_plugins", "before_agent_reply", "model_resolution", "auth", "context_engine", "attempt_dispatch", "context_assembled", "turn_accepted", "process_spawned", "tool_execution_started", "assistant_output_started", "model_call_started"];
type EmbeddedAgentExecutionPhase = (typeof EMBEDDED_AGENT_EXECUTION_PHASES)[number];
//#endregion
//#region src/infra/diagnostic-events.d.ts
type DiagnosticSessionState = "idle" | "processing" | "waiting";
type DiagnosticBaseEvent = {
ts: number;
seq: number;
trace?: DiagnosticTraceContext;
};
/** Payload-free facts from authenticated Gateway WebSocket request owners. */
type DiagnosticGatewayRpcEvent = DiagnosticBaseEvent & {
type: "gateway.rpc";
/** Canonical core method name, or a fixed other/unknown bucket. */
method: string;
} & ({
phase: "received";
} | {
phase: "response";
outcome: "ok" | "error" | "unavailable" | "suppressed";
durationMs: number;
} | {
phase: "handler";
outcome: "returned" | "threw";
durationMs: number;
admissionMs: number;
} | {
phase: "dispatch";
outcome: "returned" | "threw" | "rejected" | "cancelled";
durationMs: number;
queueWaitMs?: number;
response: "none" | "sent" | "unavailable" | "suppressed";
});
type DiagnosticUsageEvent = DiagnosticBaseEvent & {
type: "model.usage";
sessionKey?: string;
sessionId?: string;
channel?: string;
agentId?: string;
provider?: string;
model?: string;
usage: {
input?: number;
output?: number;
cacheRead?: number;
cacheWrite?: number;
promptTokens?: number;
total?: number;
};
lastCallUsage?: {
input?: number;
output?: number;
cacheRead?: number;
cacheWrite?: number;
total?: number;
};
context?: {
limit?: number;
used?: number;
};
costUsd?: number;
durationMs?: number;
};
type DiagnosticFailoverEvent = DiagnosticBaseEvent & {
type: "model.failover";
sessionId?: string;
sessionKey?: string;
lane?: string;
fromProvider?: string;
fromModel?: string;
toProvider?: string;
toModel?: string;
reason: string;
cascadeDepth?: number;
suspended?: boolean;
};
type DiagnosticSecurityEventActor = {
kind: "operator" | "node" | "agent" | "plugin" | "channel_sender" | "system";
idHash?: string;
deviceIdHash?: string;
channel?: string;
role?: string;
scopes?: string[];
};
type DiagnosticSecurityEventTarget = {
kind: "gateway" | "device" | "node" | "tool" | "plugin" | "secret_ref" | "channel" | "config" | "session";
idHash?: string;
name?: string;
owner?: string;
};
type DiagnosticSecurityEventPolicy = {
id?: string;
decision?: "allow" | "deny" | "ask" | "auto" | "full" | "not_applicable";
reason?: string;
};
type DiagnosticSecurityEventControl = {
id?: string;
family?: "auth" | "authorization" | "approval" | "sandbox" | "secret" | "supply_chain";
};
type DiagnosticSecurityEvent = DiagnosticBaseEvent & {
type: "security.event";
eventId: string;
category: "auth" | "approval" | "tool" | "plugin" | "secret" | "channel" | "config" | "audit" | "telemetry";
action: string;
outcome: "success" | "failure" | "denied" | "error";
severity: "info" | "low" | "medium" | "high" | "critical";
actor?: DiagnosticSecurityEventActor;
target?: DiagnosticSecurityEventTarget;
policy?: DiagnosticSecurityEventPolicy;
control?: DiagnosticSecurityEventControl;
reason?: string;
attributes?: Record<string, string | number | boolean>;
};
type DiagnosticWebhookReceivedEvent = DiagnosticBaseEvent & {
type: "webhook.received";
channel: string;
updateType?: string;
chatId?: number | string;
};
type DiagnosticWebhookProcessedEvent = DiagnosticBaseEvent & {
type: "webhook.processed";
channel: string;
updateType?: string;
chatId?: number | string;
durationMs?: number;
};
type DiagnosticWebhookErrorEvent = DiagnosticBaseEvent & {
type: "webhook.error";
channel: string;
updateType?: string;
chatId?: number | string;
error: string;
};
type DiagnosticMessageQueuedEvent = DiagnosticBaseEvent & {
type: "message.queued";
sessionKey?: string;
sessionId?: string;
channel?: string;
source: string;
queueDepth?: number;
};
type DiagnosticMessageReceivedEvent = DiagnosticBaseEvent & {
type: "message.received";
sessionKey?: string;
sessionId?: string;
channel?: string;
messageId?: number | string;
chatId?: number | string;
source: string;
};
type DiagnosticMessageDispatchStartedEvent = DiagnosticBaseEvent & {
type: "message.dispatch.started";
sessionKey?: string;
sessionId?: string;
channel?: string;
source: string;
};
type DiagnosticMessageDispatchCompletedEvent = DiagnosticBaseEvent & {
type: "message.dispatch.completed";
sessionKey?: string;
sessionId?: string;
channel?: string;
source: string;
durationMs: number;
outcome: "completed" | "skipped" | "error";
reason?: string;
error?: string;
};
type DiagnosticMessageProcessedEvent = DiagnosticBaseEvent & {
type: "message.processed";
channel: string;
messageId?: number | string;
chatId?: number | string;
sessionKey?: string;
sessionId?: string;
durationMs?: number;
outcome: "completed" | "skipped" | "error";
reason?: string;
error?: string;
};
type DiagnosticMessageDeliveryKind = "text" | "media" | "edit" | "reaction" | "other";
type DiagnosticMessageDeliveryBaseEvent = DiagnosticBaseEvent & {
channel: string;
sessionKey?: string;
deliveryKind: DiagnosticMessageDeliveryKind;
};
type DiagnosticMessageDeliveryStartedEvent = DiagnosticMessageDeliveryBaseEvent & {
type: "message.delivery.started";
};
type DiagnosticMessageDeliveryCompletedEvent = DiagnosticMessageDeliveryBaseEvent & {
type: "message.delivery.completed";
durationMs: number;
resultCount: number;
};
type DiagnosticMessageDeliveryErrorEvent = DiagnosticMessageDeliveryBaseEvent & {
type: "message.delivery.error";
durationMs: number;
errorCategory: string;
};
type DiagnosticTalkEvent = DiagnosticBaseEvent & {
type: "talk.event";
sessionId?: string;
turnId?: string;
captureId?: string;
talkEventType: TalkEventType;
mode: TalkMode;
transport: TalkTransport;
brain: TalkBrain;
provider?: string;
final?: boolean;
durationMs?: number;
byteLength?: number;
};
type DiagnosticSessionStateEvent = DiagnosticBaseEvent & {
type: "session.state";
sessionKey?: string;
sessionId?: string;
prevState?: DiagnosticSessionState;
state: DiagnosticSessionState;
reason?: string;
queueDepth?: number;
};
type DiagnosticSessionActiveWorkKind = "embedded_run" | "model_call" | "tool_call";
type DiagnosticSessionAttentionClassification = "long_running" | "blocked_tool_call" | "stalled_agent_run" | "stale_session_state";
type DiagnosticSessionAttentionBaseEvent = DiagnosticBaseEvent & {
sessionKey?: string;
sessionId?: string;
state: DiagnosticSessionState;
ageMs: number;
queueDepth?: number;
reason?: string;
classification: DiagnosticSessionAttentionClassification;
activeWorkKind?: DiagnosticSessionActiveWorkKind;
lastProgressAgeMs?: number;
lastProgressReason?: string;
activeToolName?: string;
activeToolCallId?: string;
activeToolAgeMs?: number;
repeatedRequestNoProgressAgeMs?: number;
terminalProgressStale?: boolean;
};
type DiagnosticSessionLongRunningEvent = DiagnosticSessionAttentionBaseEvent & {
type: "session.long_running";
classification: "long_running";
};
type DiagnosticSessionStalledEvent = DiagnosticSessionAttentionBaseEvent & {
type: "session.stalled";
classification: "blocked_tool_call" | "stalled_agent_run";
};
type DiagnosticSessionStuckEvent = DiagnosticSessionAttentionBaseEvent & {
type: "session.stuck";
classification: "stale_session_state";
};
type DiagnosticSessionRecoveryStatus = "aborted" | "released" | "skipped" | "noop" | "failed";
type DiagnosticSessionRecoveryBaseEvent = DiagnosticBaseEvent & {
sessionKey?: string;
sessionId?: string;
state: DiagnosticSessionState;
stateGeneration?: number;
ageMs: number;
queueDepth?: number;
reason?: string;
activeWorkKind?: DiagnosticSessionActiveWorkKind;
allowActiveAbort?: boolean;
};
type DiagnosticSessionRecoveryRequestedEvent = DiagnosticSessionRecoveryBaseEvent & {
type: "session.recovery.requested";
};
type DiagnosticSessionRecoveryCompletedEvent = DiagnosticSessionRecoveryBaseEvent & {
type: "session.recovery.completed";
status: DiagnosticSessionRecoveryStatus;
action: string;
outcomeReason?: string;
released?: number;
stale?: boolean;
};
type DiagnosticSessionTurnCreatedEvent = DiagnosticBaseEvent & {
type: "session.turn.created";
runId: string;
sessionKey?: string;
sessionId?: string;
agentId?: string;
channel?: string;
trigger: "user" | "heartbeat";
};
type DiagnosticLaneEnqueueEvent = DiagnosticBaseEvent & {
type: "queue.lane.enqueue";
lane: string;
queueSize: number;
};
type DiagnosticLaneDequeueEvent = DiagnosticBaseEvent & {
type: "queue.lane.dequeue";
lane: string;
queueSize: number;
waitMs: number;
};
type DiagnosticRunAttemptEvent = DiagnosticBaseEvent & {
type: "run.attempt";
sessionKey?: string;
sessionId?: string;
runId: string;
attempt: number;
};
type DiagnosticRunProgressEvent = DiagnosticBaseEvent & {
type: "run.progress";
sessionKey?: string;
sessionId?: string;
runId?: string;
reason: string;
};
/**
* Session-correlated embedded-runner execution milestone. Emitted for every
* phase transition so external status surfaces can render turn startup
* without a control-UI subscription. `phase` is the closed
* EmbeddedAgentExecutionPhase contract (type-only import keeps this module
* runtime-independent of the agents layer).
*/
type DiagnosticRunExecutionPhaseEvent = DiagnosticBaseEvent & {
type: "run.execution_phase";
sessionKey?: string;
sessionId: string;
runId: string;
phase: EmbeddedAgentExecutionPhase;
provider?: string;
model?: string;
backend?: string;
source?: string;
tool?: string;
toolCallId?: string;
itemId?: string;
firstModelCallStarted?: boolean;
};
type DiagnosticGatewayEventLoopSampleEvent = DiagnosticBaseEvent & {
type: "gateway.event_loop.sample";
intervalMs: number;
delayMaxMs: number;
};
type DiagnosticHeartbeatEvent = DiagnosticBaseEvent & {
type: "diagnostic.heartbeat";
webhooks: {
received: number;
processed: number;
errors: number;
};
active: number;
waiting: number;
queued: number;
};
type DiagnosticLivenessWarningReason = "event_loop_delay" | "event_loop_utilization" | "cpu";
type DiagnosticPhaseDetails = Record<string, string | number | boolean>;
type DiagnosticPhaseSnapshot = {
name: string;
startedAt: number;
endedAt?: number;
durationMs?: number;
cpuUserMs?: number;
cpuSystemMs?: number;
cpuTotalMs?: number;
cpuCoreRatio?: number;
details?: DiagnosticPhaseDetails;
};
type DiagnosticLivenessWarningEvent = DiagnosticBaseEvent & {
type: "diagnostic.liveness.warning";
reasons: DiagnosticLivenessWarningReason[];
intervalMs: number;
degradedSinceMs?: number;
eventLoopDelayP99Ms?: number;
eventLoopDelayMaxMs?: number;
eventLoopUtilization?: number;
cpuUserMs?: number;
cpuSystemMs?: number;
cpuTotalMs?: number;
cpuCoreRatio?: number;
active: number;
waiting: number;
queued: number;
phase?: string;
recentPhases?: DiagnosticPhaseSnapshot[];
activeWorkLabels?: string[];
waitingWorkLabels?: string[];
queuedWorkLabels?: string[];
};
type DiagnosticPhaseCompletedEvent = DiagnosticBaseEvent & DiagnosticPhaseSnapshot & {
type: "diagnostic.phase.completed";
};
type DiagnosticToolLoopEvent = DiagnosticBaseEvent & {
type: "tool.loop";
sessionKey?: string;
sessionId?: string;
toolName: string;
level: "warning" | "critical";
action: "warn" | "block";
detector: "generic_repeat" | "argument_churn" | "unknown_tool_repeat" | "known_poll_no_progress" | "global_circuit_breaker" | "ping_pong";
count: number;
message: string;
pairedToolName?: string;
};
type DiagnosticToolParamsSummary = {
kind: "object";
} | {
kind: "array";
length: number;
} | {
kind: "string";
length: number;
} | {
kind: "number" | "boolean" | "null" | "undefined" | "other";
};
type DiagnosticToolSource = "channel" | "core" | "mcp" | "plugin";
type DiagnosticToolTerminalReason = "failed" | "cancelled" | "timed_out";
type DiagnosticToolExecutionBaseEvent = DiagnosticBaseEvent & {
runId?: string;
sessionKey?: string;
sessionId?: string;
agentId?: string;
/** Authoritative lifecycle time from the tool runtime, when it exposes one. */
sourceTimestampMs?: number;
toolName: string;
toolSource?: DiagnosticToolSource;
toolOwner?: string;
toolCallId?: string;
paramsSummary?: DiagnosticToolParamsSummary;
/** Deterministic mutation classification computed before tool execution. */
mutatingAction?: boolean;
};
type DiagnosticToolExecutionStartedEvent = DiagnosticToolExecutionBaseEvent & {
type: "tool.execution.started";
};
type DiagnosticToolExecutionCompletedEvent = DiagnosticToolExecutionBaseEvent & {
type: "tool.execution.completed";
durationMs: number;
};
type DiagnosticToolExecutionErrorEvent = DiagnosticToolExecutionBaseEvent & {
type: "tool.execution.error";
durationMs: number;
errorCategory: string;
errorCode?: string;
terminalReason?: DiagnosticToolTerminalReason;
};
type DiagnosticToolExecutionBlockedEvent = DiagnosticToolExecutionBaseEvent & {
type: "tool.execution.blocked";
deniedReason: string;
reason: string;
};
type DiagnosticSkillTelemetrySource = "bundled" | "unknown" | "workspace";
type DiagnosticSkillActivation = "command" | "read";
type DiagnosticSkillUsedEvent = DiagnosticBaseEvent & {
type: "skill.used";
runId?: string;
sessionKey?: string;
sessionId?: string;
agentId?: string;
skillName: string;
skillSource: DiagnosticSkillTelemetrySource;
activation: DiagnosticSkillActivation;
toolName?: string;
toolCallId?: string;
};
type DiagnosticExecProcessCompletedEvent = DiagnosticBaseEvent & {
type: "exec.process.completed";
sessionKey?: string;
target: "host" | "sandbox";
mode: "child" | "pty";
outcome: "completed" | "failed";
durationMs: number;
commandLength: number;
exitCode?: number;
exitSignal?: string;
timedOut?: boolean;
failureKind?: "shell-command-not-found" | "shell-not-executable" | "overall-timeout" | "no-output-timeout" | "signal" | "aborted" | "runtime-error";
};
type DiagnosticExecApprovalFollowupSuppressedEvent = DiagnosticBaseEvent & {
type: "exec.approval.followup_suppressed";
approvalId: string;
reason: "session_rebound";
phase: "direct_delivery" | "gateway_preflight";
};
type DiagnosticRunBaseEvent = DiagnosticBaseEvent & {
runId: string;
sessionKey?: string;
sessionId?: string;
provider?: string;
model?: string;
trigger?: string;
channel?: string;
};
type DiagnosticRunStartedEvent = DiagnosticRunBaseEvent & {
type: "run.started";
};
type DiagnosticRunCompletedEvent = DiagnosticRunBaseEvent & {
type: "run.completed";
durationMs: number;
outcome: "completed" | "aborted" | "blocked" | "error";
errorCategory?: string;
blockedBy?: string;
};
type DiagnosticHarnessRunPhase = "prepare" | "start" | "send" | "resolve" | "cleanup";
type DiagnosticHarnessRunOutcome = "completed" | "aborted" | "timed_out" | "error";
type DiagnosticHarnessRunBaseEvent = DiagnosticBaseEvent & {
type: "harness.run.started" | "harness.run.completed" | "harness.run.error";
runId: string;
sessionKey?: string;
sessionId?: string;
provider?: string;
model?: string;
trigger?: string;
channel?: string;
harnessId: string;
pluginId?: string;
};
type DiagnosticHarnessRunStartedEvent = DiagnosticHarnessRunBaseEvent & {
type: "harness.run.started";
};
type DiagnosticHarnessRunCompletedEvent = DiagnosticHarnessRunBaseEvent & {
type: "harness.run.completed";
durationMs: number;
outcome: DiagnosticHarnessRunOutcome;
resultClassification?: "empty" | "reasoning-only" | "planning-only";
yieldDetected?: boolean;
itemLifecycle?: {
startedCount: number;
completedCount: number;
activeCount: number;
};
};
type DiagnosticHarnessRunErrorEvent = DiagnosticHarnessRunBaseEvent & {
type: "harness.run.error";
durationMs: number;
phase: DiagnosticHarnessRunPhase;
errorCategory: string;
cleanupFailed?: boolean;
};
type DiagnosticModelCallBaseEvent = DiagnosticBaseEvent & {
type: "model.call.started" | "model.call.completed" | "model.call.error";
runId: string;
callId: string;
sessionKey?: string;
sessionId?: string;
provider: string;
model: string;
api?: string;
transport?: string;
/** Defaults to request for emitters created before turn-level CLI diagnostics. */
observationUnit?: "request" | "turn";
contextTokenBudget?: number;
contextWindowSource?: "model" | "modelsConfig" | "agentContextTokens" | "default";
contextWindowReferenceTokens?: number;
upstreamRequestIdHash?: string;
promptStats?: DiagnosticModelCallPromptStats;
};
type DiagnosticModelCallStartedEvent = DiagnosticModelCallBaseEvent & {
type: "model.call.started";
};
type DiagnosticModelCallCompletedEvent = DiagnosticModelCallBaseEvent & {
type: "model.call.completed";
durationMs: number;
requestPayloadBytes?: number;
responseStreamBytes?: number;
timeToFirstByteMs?: number;
usage?: DiagnosticModelCallUsage;
};
type DiagnosticModelCallErrorEvent = DiagnosticModelCallBaseEvent & {
type: "model.call.error";
durationMs: number;
errorCategory: string;
failureKind?: "aborted" | "connection_closed" | "connection_reset" | "terminated" | "timeout";
memory?: DiagnosticMemoryUsage;
requestPayloadBytes?: number;
responseStreamBytes?: number;
timeToFirstByteMs?: number;
usage?: DiagnosticModelCallUsage;
};
type DiagnosticModelCallPromptStats = Readonly<{
inputMessagesCount?: number;
inputMessagesChars?: number;
systemPromptChars?: number;
toolDefinitionsCount?: number;
toolDefinitionsChars?: number;
totalChars?: number;
}>;
type DiagnosticModelCallUsage = Readonly<{
input?: number;
output?: number;
cacheRead?: number;
cacheWrite?: number;
reasoningTokens?: number;
promptTokens?: number;
total?: number;
}>;
type DiagnosticContextAssembledEvent = DiagnosticBaseEvent & {
type: "context.assembled";
runId: string;
sessionKey?: string;
sessionId?: string;
provider: string;
model: string;
channel?: string;
trigger?: string;
messageCount: number;
historyTextChars: number;
historyImageBlocks: number;
maxMessageTextChars: number;
systemPromptChars: number;
promptChars: number;
promptImages: number;
contextTokenBudget?: number;
reserveTokens?: number;
};
type DiagnosticMemoryUsage = {
rssBytes: number;
heapTotalBytes: number;
heapUsedBytes: number;
externalBytes: number;
arrayBuffersBytes: number;
};
type DiagnosticMemorySampleEvent = DiagnosticBaseEvent & {
type: "diagnostic.memory.sample";
memory: DiagnosticMemoryUsage;
uptimeMs?: number;
};
type DiagnosticMemoryPressureEvent = DiagnosticBaseEvent & {
type: "diagnostic.memory.pressure";
level: "warning" | "critical";
reason: "rss_threshold" | "heap_threshold" | "rss_growth";
memory: DiagnosticMemoryUsage;
thresholdBytes?: number;
rssGrowthBytes?: number;
windowMs?: number;
};
type DiagnosticPayloadLargeEvent = DiagnosticBaseEvent & {
type: "payload.large";
surface: string;
action: "rejected" | "truncated" | "chunked";
bytes?: number;
limitBytes?: number;
count?: number;
channel?: string;
pluginId?: string;
reason?: string;
};
type DiagnosticLogRecordEvent = DiagnosticBaseEvent & {
type: "log.record";
level: string;
message: string;
loggerName?: string;
loggerParents?: string[];
attributes?: Record<string, string | number | boolean>;
code?: {
line?: number;
functionName?: string;
};
};
type DiagnosticTelemetryExporterEvent = DiagnosticBaseEvent & {
type: "telemetry.exporter";
exporter: string;
signal: "traces" | "metrics" | "logs";
status: "started" | "failure" | "dropped";
reason?: "configured" | "emit_failed" | "handler_failed" | "queue_full" | "shutdown_failed" | "start_failed" | "unsupported_protocol";
errorCategory?: string;
};
type DiagnosticAsyncQueueDroppedEvent = DiagnosticBaseEvent & {
type: "diagnostic.async_queue.dropped";
droppedEvents: number;
droppedTrustedEvents?: number;
droppedUntrustedEvents?: number;
droppedPriorityEvents?: number;
queueLength: number;
maxQueueLength: number;
drainBatchSize: number;
};
type DiagnosticEventPayload = DiagnosticGatewayRpcEvent | DiagnosticUsageEvent | DiagnosticWebhookReceivedEvent | DiagnosticWebhookProcessedEvent | DiagnosticWebhookErrorEvent | DiagnosticMessageQueuedEvent | DiagnosticMessageReceivedEvent | DiagnosticMessageDispatchStartedEvent | DiagnosticMessageDispatchCompletedEvent | DiagnosticMessageProcessedEvent | DiagnosticMessageDeliveryStartedEvent | DiagnosticMessageDeliveryCompletedEvent | DiagnosticMessageDeliveryErrorEvent | DiagnosticTalkEvent | DiagnosticSessionStateEvent | DiagnosticSessionLongRunningEvent | DiagnosticSessionStalledEvent | DiagnosticSessionStuckEvent | DiagnosticSessionRecoveryRequestedEvent | DiagnosticSessionRecoveryCompletedEvent | DiagnosticSessionTurnCreatedEvent | DiagnosticLaneEnqueueEvent | DiagnosticLaneDequeueEvent | DiagnosticRunAttemptEvent | DiagnosticRunProgressEvent | DiagnosticRunExecutionPhaseEvent | DiagnosticGatewayEventLoopSampleEvent | DiagnosticHeartbeatEvent | DiagnosticLivenessWarningEvent | DiagnosticPhaseCompletedEvent | DiagnosticToolLoopEvent | DiagnosticToolExecutionStartedEvent | DiagnosticToolExecutionCompletedEvent | DiagnosticToolExecutionErrorEvent | DiagnosticToolExecutionBlockedEvent | DiagnosticSkillUsedEvent | DiagnosticExecProcessCompletedEvent | DiagnosticExecApprovalFollowupSuppressedEvent | DiagnosticRunStartedEvent | DiagnosticRunCompletedEvent | DiagnosticHarnessRunStartedEvent | DiagnosticHarnessRunCompletedEvent | DiagnosticHarnessRunErrorEvent | DiagnosticModelCallStartedEvent | DiagnosticModelCallCompletedEvent | DiagnosticModelCallErrorEvent | DiagnosticContextAssembledEvent | DiagnosticMemorySampleEvent | DiagnosticMemoryPressureEvent | DiagnosticPayloadLargeEvent | DiagnosticLogRecordEvent | DiagnosticSecurityEvent | DiagnosticTelemetryExporterEvent | DiagnosticAsyncQueueDroppedEvent | DiagnosticFailoverEvent;
type DiagnosticNonSecurityEventPayload = Exclude<DiagnosticEventPayload, DiagnosticSecurityEvent>;
type DiagnosticEventInput = DiagnosticNonSecurityEventPayload extends (infer Event) ? Event extends DiagnosticEventPayload ? Omit<Event, "seq" | "ts"> : never : never;
type DiagnosticEventMetadata = Readonly<{
internal?: boolean;
trustedTraceContext?: boolean;
trusted: boolean;
}>;
type DiagnosticModelCallContent = Readonly<{
inputMessages?: unknown;
outputMessages?: unknown;
systemPrompt?: string;
toolDefinitions?: unknown;
}>;
type DiagnosticToolCallContent = Readonly<{
toolInput?: unknown;
toolOutput?: unknown;
}>;
type DiagnosticSkillUsagePrivateData = Readonly<{
skillFile: string;
}>;
type DiagnosticEventPrivateData = Readonly<{
/** Raw failure text for trusted diagnostics exporters; never part of the public event payload. */
errorMessage?: string;
modelContent?: DiagnosticModelCallContent;
skillUsage?: DiagnosticSkillUsagePrivateData;
toolContent?: DiagnosticToolCallContent;
}>;
//#endregion
//#region src/infra/diagnostic-trace-propagation.d.ts
type DiagnosticTracePropagationBridge$1<TEvent, TMetadata> = Readonly<{
/** Selects events that need synchronous exporter preparation. */
shouldPrepareEvent?: (event: TEvent) => boolean;
/** Prepares exporter-owned state before an outbound caller can resolve it. */
prepareEvent?: (event: TEvent, metadata: TMetadata) => void;
/** Translates a diagnostic correlation context to an exporter-owned context. */
resolveTraceContext: (traceContext: DiagnosticTraceContext) => DiagnosticTraceContext | undefined;
}>;
//#endregion
//#region src/plugins/logger-types.d.ts
/** Logger passed into plugin registration, services, and CLI surfaces. */
type PluginLogger = {
debug?: (message: string) => void;
info: (message: string) => void;
warn: (message: string) => void;
error: (message: string) => void;
};
//#endregion
//#region src/plugins/types.node-host.d.ts
type OpenClawPluginNodeHostCommandAvailabilityContext = {
/** Node-local configuration used to build this host's Gateway declaration. */
config: OpenClawConfig;
/** Node-host process environment. */
env: NodeJS.ProcessEnv;
};
type OpenClawPluginNodeHostCommandIo = {
emitChunk(chunk: string): Promise<void>;
onInput(callback: (payloadJSON: string) => void): void;
/** Complete binary messages; available when the node host dispatches a duplex command. */
frames?: {
send(message: Uint8Array): Promise<void>;
onMessage(listener: (message: Uint8Array) => void | Promise<void>): () => void;
};
signal: AbortSignal;
};
type OpenClawPluginNodeWorkspace = {
workspaceDir: string;
environmentId: string;
sessionId: string;
ownerEpoch: number;
sessionKey: string;
};
type OpenClawPluginNodeHostCommandContext = {
/** Emit one node-owned event through the active Gateway connection. */
sendNodeEvent(event: string, payload: unknown): Promise<unknown>;
/** Agent session that owns this invocation, when the caller supplied one. */
sessionKey?: string;
/** Aborts when the Gateway cancels this specific node-host invocation. */
signal?: AbortSignal;
/** Prepare local exec policy; call the returned guard synchronously immediately before spawn. */
prepareExecAuthorization?: (source: "human-approved" | "session-full") => () => void;
/** Protect one exact node-owned placement workspace for this invocation's lifetime. */
acquireManagedWorkspace?: (request: OpenClawPluginNodeWorkspace) => {
workspaceDir: string;
release: () => void;
};
};
type OpenClawPluginNodeHostCommandBase = {
command: string;
cap?: string;
dangerous?: boolean;
/** Settle node-local startup before the initial capability declaration; registration stays synchronous. */
prepare?: (context: OpenClawPluginNodeHostCommandAvailabilityContext) => Promise<void> | void;
/** Return false to omit this command and capability from the node declaration. */
isAvailable?: (context: OpenClawPluginNodeHostCommandAvailabilityContext) => boolean;
/** Watch node-local availability and request a fresh Gateway declaration. */
watchAvailability?: (context: OpenClawPluginNodeHostCommandAvailabilityContext, onChange: () => void) => (() => void) | void;
/** Release command-owned state when the active Gateway connection closes. */
onDisconnect?: () => Promise<void> | void;
/** Optional Computer Use declaration published with this command's node manifest. */
computerUse?: (context: OpenClawPluginNodeHostCommandAvailabilityContext) => unknown;
agentTool?: {
name: string;
description: string;
parameters?: Record<string, unknown>;
/** Platforms where this tool is allowlisted by default; omit for explicit config only. */
defaultPlatforms?: Array<"ios" | "android" | "macos" | "windows" | "linux" | "unknown">;
mcp?: {
server: string;
tool: string;
};
};
};
type OpenClawPluginNodeHostCommand = OpenClawPluginNodeHostCommandBase & {
duplex?: boolean;
handle: (paramsJSON?: string | null, io?: OpenClawPluginNodeHostCommandIo, context?: OpenClawPluginNodeHostCommandContext) => Promise<string>;
};
//#endregion
//#region src/plugins/plugin-registration.types.d.ts
type ChannelPlugin$2 = ChannelPlugin$3;
type DiagnosticTracePropagationBridge = DiagnosticTracePropagationBridge$1<DiagnosticEventPayload, DiagnosticEventMetadata>;
type PluginInteractiveHandlerResult = {
handled?: boolean;
} | void;
type PluginInteractiveRegistration<TContext = unknown, TChannel extends string = string, TResult = PluginInteractiveHandlerResult> = {
channel: TChannel;
namespace: string;
handler: (ctx: TContext) => Promise<TResult> | TResult;
};
type PluginInteractiveHandlerRegistration$1 = PluginInteractiveRegistration;
type OpenClawPluginHttpRouteAuth = "gateway" | "plugin";
type OpenClawPluginHttpRouteMatch$1 = "exact" | "prefix";
type OpenClawPluginGatewayRuntimeScopeSurface$1 = "write-default" | "trusted-operator";
type OpenClawPluginHttpRouteHandler$1 = (req: IncomingMessage, res: ServerResponse) => Promise<boolean | void> | boolean | void;
type OpenClawPluginHttpRouteUpgradeHandler = (req: IncomingMessage, socket: Duplex, head: Buffer) => Promise<boolean | void> | boolean | void;
type OpenClawPluginHttpRouteParams = {
path: string;
handler: OpenClawPluginHttpRouteHandler$1;
handleUpgrade?: OpenClawPluginHttpRouteUpgradeHandler;
auth: OpenClawPluginHttpRouteAuth;
match?: OpenClawPluginHttpRouteMatch$1;
gatewayRuntimeScopeSurface?: OpenClawPluginGatewayRuntimeScopeSurface$1;
nodeCapability?: {
surface: string;
ttlMs?: number;
};
replaceExisting?: boolean;
};
type OpenClawPluginHostedMediaResolver$1 = (mediaUrl: string) => string | null | undefined | Promise<string | null | undefined>;
type WidgetPresenterContext = Readonly<{
messageChannel?: string;
accountId?: string;
deliveryContext?: Readonly<DeliveryContext>;
nativeChannelId?: string;
currentChannelId?: string;
currentMessagingTarget?: string;
sessionKey?: string;
}>;
type WidgetPresenterDocument = Readonly<{
kind: "html";
html: string;
hostedUrl?: string;
}>;
type WidgetPresentationError = {
code: "no_eligible_node";
message: string;
} | {
code: "node_error";
message: string;
nodeId?: string;
} | {
code: "unavailable";
message: string;
} | {
code: "presentation_error";
message: string;
};
type WidgetPresentationSuccess = {
kind: "node";
nodeId: string;
nodeName?: string;
} | {
kind: "message";
receipt: MessageReceipt;
};
type WidgetPresenterBase = {
description: string;
availability: (context: WidgetPresenterContext) => Promise<Result<{
available: true;
}, WidgetPresentationError>>;
present: (params: {
document: WidgetPresenterDocument;
title: string;
context: WidgetPresenterContext;
}) => Promise<Result<WidgetPresentationSuccess, WidgetPresentationError>>;
};
type WidgetPresenter = WidgetPresenterBase & ({
target: "node_panel";
match?: never;
capabilities?: never;
} | {
target: "current_channel";
match: (context: WidgetPresenterContext) => boolean;
capabilities: Readonly<{
sourceKinds: readonly string[];
maxSourceBytes?: number;
}>;
});
type OpenClawPluginCliContext = {
/**
* Command object where this plugin should register its commands.
*
* For root CLI registrations this is the root `openclaw` program. For nested
* registrations it is the resolved parent command from `parentPath`.
*/
program: Command;
parentPath: readonly string[];
config: OpenClawConfig;
workspaceDir?: string;
logger: PluginLogger;
};
type OpenClawPluginCliRegistrar$1 = (ctx: OpenClawPluginCliContext) => void | Promise<void>;
/**
* Top-level CLI metadata for plugin-owned commands.
*
* Descriptors are the parse-time contract for lazy plugin CLI registration.
* If you want OpenClaw to keep a plugin command lazy-loaded while still
* advertising it at the root CLI level, provide descriptors that cover every
* top-level command root registered by that plugin CLI surface.
*/
type OpenClawPluginCliCommandDescriptor = {
name: string;
description: string;
hasSubcommands: boolean;
};
/** Root-command metadata that is available before a plugin registrar is activated. */
type OpenClawPluginCliRootCommandDescriptor$1 = OpenClawPluginCliCommandDescriptor & {
machineOutput?: (params: {
argv: readonly string[];
stdoutIsTTY: boolean;
}) => boolean;
};
type OpenClawPluginRootCliRegistrationOptions = {
/** Omit or pass an empty path for root commands. */
parentPath?: readonly [];
commands?: readonly string[];
descriptors?: readonly OpenClawPluginCliRootCommandDescriptor$1[];
};
/** Backward-compatible registration shape for dynamic root or nested paths. */
type OpenClawPluginLegacyCliRegistrationOptions = {
parentPath?: readonly string[];
commands?: readonly string[];
descriptors?: readonly OpenClawPluginCliCommandDescriptor[];
};
type OpenClawPluginCliRegistrationOptions = OpenClawPluginRootCliRegistrationOptions | OpenClawPluginLegacyCliRegistrationOptions;
type OpenClawPluginNodeCliFeatureOptions = {
/** Explicit node feature command names owned under `openclaw nodes`. */
commands?: string[];
/**
* Parse-time command descriptors for lazy node feature CLI registration.
*
* Descriptors are registered under `openclaw nodes`, so a descriptor named
* `"camera"` exposes `openclaw nodes camera`.
*/
descriptors?: OpenClawPluginCliCommandDescriptor[];
};
type OpenClawPluginReloadRegistration$1 = {
restartPrefixes?: string[];
hotPrefixes?: string[];
noopPrefixes?: string[];
};
type OpenClawPluginNodeInvokeTransportResult = {
ok: true;
payload?: unknown;
payloadJSON?: string | null;
} | {
ok: false;
code?: string;
message: string;
details?: Record<string, unknown>;
};
type OpenClawPluginNodeInvokeApprovalDecision = "allow-once" | "allow-always" | "deny";
type OpenClawPluginNodeInvokePolicyApprovalRuntime = {
request: (input: {
title: string;
description: string;
scope?: ApprovalScope;
severity?: "info" | "warning" | "critical";
toolName?: string;
toolCallId?: string;
agentId?: string;
sessionKey?: string;
allowedDecisions?: readonly OpenClawPluginNodeInvokeApprovalDecision[];
timeoutMs?: number;
}) => Promise<{
id?: string;
decision?: OpenClawPluginNodeInvokeApprovalDecision | null;
}>;
};
type OpenClawPluginNodeInvokePolicyContext = {
nodeId: string;
command: string;
params: unknown;
timeoutMs?: number;
idempotencyKey?: string;
config: OpenClawConfig;
pluginConfig?: Record<string, unknown>;
node?: {
nodeId: string;
displayName?: string;
platform?: string;
deviceFamily?: string;
commands?: string[];
};
client?: {
connId?: string;
scopes?: string[];
} | null;
risk?: {
level: "ordinary" | "high";
/** Stable, content-free family name; never include user or action arguments. */
family: string;
};
approvals?: OpenClawPluginNodeInvokePolicyApprovalRuntime;
/** Full covers only the selected harness's declared node commands; undefined requires a human decision. */
invokeNodeWithSessionFull?: (input: {
workspace: OpenClawPluginNodeWorkspace;
/** Called only after the host authorizes this exact admitted Full launch. */
createParams: () => unknown;
}) => Promise<OpenClawPluginNodeInvokeTransportResult | undefined>;
invokeNode: (input?: {
params?: unknown;
/** Bind an approved launch to its admitted managed workspace, when present. */
workspace?: OpenClawPluginNodeWorkspace;
timeoutMs?: number;
idempotencyKey?: string;
}) => Promise<OpenClawPluginNodeInvokeTransportResult>;
};
type OpenClawPluginNodeInvokePolicyResult = {
ok: true;
payload?: unknown;
payloadJSON?: string | null;
} | {
ok: false;
message: string;
code?: string;
details?: Record<string, unknown>;
unavailable?: boolean;
};
type OpenClawPluginNodeInvokePolicy = {
commands: string[];
/**
* Platforms where these node-handled commands should be allowlisted by default.
* Omit for commands that require explicit `gateway.nodes.commands.allow`.
*/
defaultPlatforms?: Array<"ios" | "android" | "macos" | "windows" | "linux" | "unknown">;
/**
* Dangerous policy commands are filtered out of default allowlists unless
* explicitly allowed by config.
*/
dangerous?: boolean;
/**
* Explicitly permits one approval to cover later launches on the same managed placement.
* The scope is a stable semantic capability key, never user or action arguments.
*/
standingApproval?: {
kind: "placement";
scope: string;
};
/**
* iOS foreground-restricted commands should be queued for foreground delivery
* when an iOS node reports BACKGROUND_UNAVAILABLE.
*/
foregroundRestrictedOnIos?: boolean;
/**
* Classify exact command arguments before the policy handler or node transport runs.
* Throwing rejects the invocation before dispatch.
*/
classifyRisk?: (ctx: Pick<OpenClawPluginNodeInvokePolicyContext, "command" | "params">) => NonNullable<OpenClawPluginNodeInvokePolicyContext["risk"]>;
handle: (ctx: OpenClawPluginNodeInvokePolicyContext) => Promise<OpenClawPluginNodeInvokePolicyResult> | OpenClawPluginNodeInvokePolicyResult;
};
type OpenClawPluginSecurityAuditContext = {
config: OpenClawConfig;
sourceConfig: OpenClawConfig;
env: NodeJS.ProcessEnv;
stateDir: string;
configPath: string;
};
type OpenClawPluginSecurityAuditCollector$1 = (ctx: OpenClawPluginSecurityAuditContext) => SecurityAuditFinding[] | Promise<SecurityAuditFinding[]>;
type OpenClawGatewayDiscoveryAdvertiseContext = {
machineDisplayName: string;
gatewayPort: number;
gatewayTlsEnabled: boolean;
gatewayTlsFingerprintSha256?: string;
gatewayDirectReachable: boolean;
tailnetDns?: string;
sshPort?: number;
cliPath?: string;
minimal: boolean;
};
type OpenClawGatewayDiscoveryService$1 = {
id: string;
advertise: (ctx: OpenClawGatewayDiscoveryAdvertiseContext) => void | Promise<void | {
stop?: () => void | Promise<void>;
}>;
};
/** Context passed to long-lived plugin services. */
type OpenClawPluginServiceHealth = {
reportFailure: (error: unknown) => void;
clearFailure: () => void;
};
type OpenClawPluginServiceContext = {
config: OpenClawConfig;
workspaceDir?: string;
stateDir: string;
logger: PluginLogger;
serviceHealth?: OpenClawPluginServiceHealth;
/** Gateway-owned scheduler access, revoked when this service stops. */
getCron?: () => PluginHookGatewayCronService | undefined;
gatewayEvents?: OpenClawPluginGatewayEvents;
startupTrace?: {
detail?: (name: string, metrics: ReadonlyArray<readonly [string, number | string]>) => void;
measure: <T>(name: string, run: () => T | Promise<T>) => Promise<T>;
};
internalDiagnostics?: {
emit: (event: DiagnosticEventInput, privateData?: DiagnosticEventPrivateData) => void;
onEvent: (listener: (event: DiagnosticEventPayload, metadata: DiagnosticEventMetadata, privateData: DiagnosticEventPrivateData) => void, filter?: InternalDiagnosticEventInterest<DiagnosticEventPayload["type"]>) => () => void;
registerTracePropagationBridge?: (bridge: DiagnosticTracePropagationBridge) => () => void;
};
};
/** Background service registered by a plugin during `register(api)`. */
type OpenClawPluginService$1 = {
id: string;
/** Restart this service with committed config when one of these paths changes. */
reload?: {
configPrefixes: readonly string[];
};
start: (ctx: OpenClawPluginServiceContext) => void | Promise<void>;
stop?: (ctx: OpenClawPluginServiceContext) => void | Promise<void>;
};
type OpenClawPluginChannelRegistration = {
plugin: ChannelPlugin$2;
};
/**
* Public label exposed to plugin `register(api)` calls.
*
* Keep this as a compatibility signal for plugin authors. Loader internals
* should derive explicit capability booleans from the mode instead of branching
* on raw strings throughout the code path.
*
* - `full`: live runtime activation; long-lived side effects may start.
* - `discovery`: read-only capability discovery; skip sockets/workers/clients.
* - `tool-discovery`: capability discovery for executable tools; skip channel runtime hydration.
* - `setup-only`: lightweight channel setup entry only.
* - `setup-runtime`: setup flow that also needs the runtime channel entry.
* - `cli-metadata`: CLI command metadata collection.
*/
type PluginRegistrationMode = "full" | "discovery" | "tool-discovery" | "setup-only" | "setup-runtime" | "cli-metadata";
//#endregion
//#region src/cron/service/list-page-types.d.ts
/** Enabled-state filter accepted by paginated cron listing. */
type CronJobsEnabledFilter = "all" | "enabled" | "disabled";
/** Schedule-kind filter accepted by paginated cron listing. */
type CronJobsScheduleKindFilter = "all" | "at" | "every" | "cron" | "on-exit" | "stream";
/** Last-run status filter, including jobs that have not produced a status yet. */
type CronJobsLastRunStatusFilter = "all" | CronRunStatus | "unknown";
/** Condition-trigger filter accepted by paginated cron listing. */
type CronJobsTriggerFilter = "all" | "conditional" | "unconditional";
/** Stable sort keys supported by paginated cron listing. */
type CronJobsSortBy = "nextRunAtMs" | "updatedAtMs" | "name";
/** Sort direction for paginated cron listing. */
type CronSortDir = "asc" | "desc";
/** Input contract for filtered, sorted, offset-based cron job pages. */
type CronListPageOptions = {
includeDisabled?: boolean;
limit?: number;
offset?: number;
query?: string;
enabled?: CronJobsEnabledFilter;
scheduleKind?: CronJobsScheduleKindFilter;
lastRunStatus?: CronJobsLastRunStatusFilter;
trigger?: CronJobsTriggerFilter;
sortBy?: CronJobsSortBy;
sortDir?: CronSortDir;
agentId?: string;
};
/** Offset-page result returned by cron listPage callers. */
type CronListPageResult<TJobs extends readonly CronJob[] = CronJob[]> = {
jobs: TJobs;
/** Opaque revision for the complete filtered, sorted result set. */
snapshotRevision: string;
total: number;
offset: number;
limit: number;
hasMore: boolean;
nextOffset: number | null;
};
//#endregion
//#region src/infra/heartbeat-wake-contracts.d.ts
type HeartbeatRunResult = {
status: "ran";
durationMs: number;
} | {
status: "skipped";
reason: string;
retryAtMs?: number;
} | {
status: "failed";
reason: string;
};
type HeartbeatWakeIntent = "scheduled" | "task" | "event" | "immediate" | "manual";
type HeartbeatWakeSource = "interval" | "manual" | "exec-event" | "notifications-event" | "cron" | "hook" | "background-task" | "background-task-blocked" | "acp-spawn" | "session-state" | "cli-watchdog" | "restart-sentinel" | "retry" | "other";
type HeartbeatWakeOverride = {
target?: string;
to?: string | undefined;
accountId?: string | undefined;
};
/** Cron-owned periodic work carried directly into a guarded heartbeat turn. */
type HeartbeatScheduledTask = {
jobId: string;
name: string;
prompt: string;
};
type HeartbeatWakeRequest = {
source: HeartbeatWakeSource;
intent: HeartbeatWakeIntent;
reason?: string;
agentId?: string;
sessionKey?: string;
heartbeat?: HeartbeatWakeOverride;
/** Persisted cron monitor cadence carried with a scheduled heartbeat tick. */
scheduledEveryMs?: number;
tasks?: readonly HeartbeatScheduledTask[];
/** Internal marker for work retained after a spacing/cooldown deferral. */
retainedWork?: boolean;
};
//#endregion
//#region src/infra/heartbeat-wake.d.ts
type HeartbeatRequestOptions = Omit<HeartbeatWakeRequest, "retainedWork"> & {
coalesceMs?: number;
};
declare const requestHeartbeat: (opts: HeartbeatRequestOptions) => void;
//#endregion
//#region src/process/command-queue.types.d.ts
/**
* Public enqueue knobs shared by command-lane callers and narrower injection
* points that should not import the full queue implementation.
*/
type CommandQueueTaskDeadline = {
kind: "bounded";
deadlineAtMs: number;
} | {
kind: "unlimited";
};
type CommandQueueEnqueueOptions = {
/** Cancels queued admission; the task owns cancellation after it starts. */
abortSignal?: AbortSignal;
/** Called only when this entry remains queued after immediate lane admission. */
onQueued?: () => void;
warnAfterMs?: number;
onWait?: (waitMs: number, queuedAhead: number) => void;
taskTimeoutMs?: number;
taskTimeoutProgressAtMs?: () => number | undefined;
/** Replaces idle timing with an owner deadline; undefined restores idle timing. */
taskTimeoutSubscribe?: (onDeadline: (deadline: CommandQueueTaskDeadline | undefined) => void) => () => void;
taskTimeoutAbortSignal?: AbortSignal;
taskTimeoutAbortGraceMs?: number;
/** Ends the task after a caller-owned timeout cleanup grace has already elapsed. */
taskTimeoutReleaseSignal?: AbortSignal;
priority?: "foreground" | "normal" | "background";
};
/** Minimal queue function contract used by code that only needs to schedule work. */
type CommandQueueEnqueueFn = <T>(task: () => Promise<T>, opts?: CommandQueueEnqueueOptions) => Promise<T>;
//#endregion
//#region src/process/gateway-work-admission.d.ts
type GatewayRootWorkAdmissionContinuationScope = {
release: () => void;
run: <T>(run: () => Promise<T>) => Promise<T>;
};
//#endregion
//#region src/cron/service/state.d.ts
/** Direct-run mode: respect due time, force execution, or run immediately while enabled. */
type CronRunMode = "due" | "force" | "if-enabled";
/** Main-session wake strategy used after enqueuing cron text. */
type CronWakeMode = "now" | "next-heartbeat";
/** Lightweight service status returned to gateway/control surfaces. */
type CronStatusSummary = {
enabled: boolean;
triggersEnabled: boolean;
/** @deprecated Alias for `sqlitePath`. */
storePath: string;
/** Storage backend identifier. */
storage: "sqlite";
/** Resolved path to the shared state SQLite database. */
sqlitePath: string;
jobs: number;
nextWakeAtMs: number | null;
};
/** Result shape for immediate or queued cron run requests. */
type CronRunResult = {
ok: true;
ran: true;
} | {
ok: true;
enqueued: true;
runId: string;
} | {
ok: true;
ran: false;
reason: "disabled";
} | {
ok: true;
ran: false;
reason: "not-due";
} | {
ok: true;
ran: false;
reason: "already-running";
} | {
ok: true;
ran: false;
reason: "invalid-spec";
} | {
ok: true;
ran: false;
reason: "stopped";
} | {
ok: false;
};
/** Remove result that distinguishes missing jobs from failed removal. */
type CronRemoveResult = {
ok: true;
removed: boolean;
} | {
ok: false;
removed: false;
};
/** Created cron job returned by service mutation calls. */
type CronDeclarativeAddResult = CronStoredJob & {
created: boolean;
updated?: boolean;
job: CronStoredJob;
};
type CronAddResult = CronStoredJob | CronDeclarativeAddResult;
/** Updated cron job returned by service mutation calls. */
type CronUpdateResult = CronJob;
/** Chronological job list returned by service read calls. */
type CronListResult = CronJob[];
/** Normalized create input accepted by the cron service. */
type CronAddInput = CronJobCreate;
/** Caller-specific declaration-key visibility and explicit enablement metadata. */
type CronAddOptions = {
/** Selected revisions captured from a validated caller session, never public input. */
skillLibrarySelections?: CronStoredJob["skillLibrarySelections"];
matchesExisting?: (job: CronJob) => boolean;
enabledExplicit?: boolean;
/** Gateway/doctor-owned heartbeat jobs require this opt-in at service creation. */
systemOwned?: boolean;
/** Trusted creator provenance persisted with new jobs; never accepted from public input. */
createdActor?: SessionCreatedActor;
/** Authenticated caller provenance stamped by the service, never public input. */
scheduledToolPolicy?: CronScheduledToolPolicy;
/** Private proof from an authenticated agent-runtime caller. */
toolsAllowProvenance?: CronToolsAllowProvenance;
/** Restrict-only exec pin from the signed creator-turn identity. */
toolsAllowExecTarget?: CronToolsAllowExecTarget;
/** Synchronous Gateway-owned liveness guard consumed immediately before mutation. */
commitGuard?: () => void;
/** One-use fresh capture; callback presence means fresh even when it returns undefined. */
captureRuntimeAuthority?: () => CronRuntimeAuthority | undefined;
};
/** Normalized patch input accepted by cron service updates. */
type CronUpdateInput = CronJobPatch;
/** Authenticated caller provenance used only when a tool policy is explicitly adopted. */
type CronUpdateOptions = {
scheduledToolPolicy?: CronScheduledToolPolicy;
toolsAllowProvenance?: CronToolsAllowProvenance;
/** Restrict-only exec pin from the signed creator-turn identity. */
toolsAllowExecTarget?: CronToolsAllowExecTarget;
/** Synchronous Gateway-owned liveness guard consumed immediately before mutation. */
commitGuard?: () => void;
/** One-use fresh capture; callback presence means fresh even when it returns undefined. */
captureRuntimeAuthority?: () => CronRuntimeAuthority | undefined;
};
type CronCommitGuardOptions = {
/** Synchronous Gateway-owned guard consumed at the mutation owner. */
commitGuard?: () => void;
};
/** Cron-store-locked guard evaluated against the current job before an update applies. */
type CronUpdatePrecondition = (job: CronJob, nowMs: number) => void | Promise<void>;
//#endregion
//#region src/cron/service-contract.d.ts
type CronWakeResult = {
ok: true;
} | {
ok: false;
reason?: "unwakeable-session-key";
};
/** Result shape for direct/queued cron runs. */
type CronServiceRunResult = CronRunResult;
type CronServiceRunOptions = {
payload?: CronPayload;
/** Internal event-source runs keep their persisted trigger on force execution. */
evaluateTrigger?: boolean;
/** Current stream batch exposed to trigger scripts as trigger.streamBatch. */
streamBatch?: string;
/** Source schedule identity checked under the cron store lock before admission. */
streamScheduleKey?: string;
/** Logical source identity; rejects retired batches under same-schedule ABA. */
streamSourceIdentity?: string;
onTriggerDisposition?: (disposition: "fired" | "dropped" | "busy" | "error") => void;
/** Synchronous caller-authority guard consumed before run reservation. */
commitGuard?: () => void;
};
/** Public cron service facade used by gateway, plugin SDK, and tests. */
interface CronServiceContract {
start(): Promise<void>;
stop(): void;
status(): Promise<CronStatusSummary>;
list(opts?: {
includeDisabled?: boolean;
}): Promise<CronListResult>;
listPage(opts?: CronListPageOptions): Promise<CronListPageResult>;
add(input: CronAddInput, opts?: CronAddOptions): Promise<CronAddResult>;
update(id: string, patch: CronUpdateInput, opts?: CronUpdateOptions): Promise<CronUpdateResult>;
updateWithPrecondition(id: string, patch: CronUpdateInput, precondition: CronUpdatePrecondition, opts?: CronUpdateOptions): Promise<CronUpdateResult>;
remove(id: string, opts?: {
systemOwned?: boolean;
} & CronCommitGuardOptions): Promise<CronRemoveResult>;
run(id: string, mode?: CronRunMode, opts?: CronServiceRunOptions): Promise<CronServiceRunResult>;
enqueueRun(id: string, mode?: CronRunMode, opts?: CronCommitGuardOptions): Promise<CronServiceRunResult>;
getJob(id: string): CronJob | undefined;
readJob(id: string): Promise<CronJob | undefined>;
getDefaultAgentId(): string | undefined;
wake(opts: {
mode: CronWakeMode;
text: string;
sessionKey?: string;
agentId?: string;
}): CronWakeResult;
}
//#endregion
//#region src/gateway/methods/descriptor.d.ts
/** Scope marker for methods that only authenticated node clients may call. */
declare const NODE_GATEWAY_METHOD_SCOPE: "node";
/** Scope marker for methods whose handler derives the required operator scope at runtime. */
declare const DYNAMIC_GATEWAY_METHOD_SCOPE: "dynamic";
/** Authorization scope attached to a gateway method descriptor. */
type GatewayMethodScope = OperatorScope | typeof NODE_GATEWAY_METHOD_SCOPE | typeof DYNAMIC_GATEWAY_METHOD_SCOPE;
/** Owner metadata used to keep core, plugin, channel, and auxiliary methods distinguishable. */
type GatewayMethodOwner = {
kind: "core";
area: string;
} | {
kind: "plugin";
pluginId: string;
} | {
kind: "channel";
channelId: string;
} | {
kind: "aux";
area: string;
};
/** Startup availability flag exposed to clients as retryable startup-unavailable errors. */
type GatewayMethodStartupAvailability = "available" | "unavailable-until-sidecars";
type GatewayMethodProfileAccess = "independent" | "required";
type GatewayMethodHandler = (opts: never) => unknown;
/** Complete metadata for one dispatchable gateway method. */
type GatewayMethodDescriptor = {
name: string;
handler: GatewayMethodHandler;
scope: GatewayMethodScope;
owner: GatewayMethodOwner;
profileAccess: GatewayMethodProfileAccess;
since?: string;
startup?: GatewayMethodStartupAvailability;
controlPlaneWrite?: boolean;
advertise?: boolean;
description?: string;
};
/** Read-only method registry view used by request dispatch and method listing. */
type GatewayMethodRegistryView = {
/** Opaque registry handle carried into request scope by the gateway composition root. */
pluginRegistry?: object;
getHandler: (name: string) => GatewayMethodHandler | undefined;
listMethods: () => string[];
listAdvertisedMethods: () => string[];
getScope: (name: string) => GatewayMethodScope | undefined;
isStartupUnavailable: (name: string) => boolean;
isControlPlaneWrite: (name: string) => boolean;
requiresAuthenticatedProfile: (name: string) => boolean;
descriptors: () => readonly GatewayMethodDescriptor[];
};
//#endregion
//#region src/wizard/session.d.ts
type WizardStep = WizardStep$1;
type WizardSessionStatus = NonNullable<WizardNextResult$1["status"]>;
type WizardNextResult = WizardNextResult$1 & {
status: WizardSessionStatus;
};
declare class WizardSession {
private runner;
private readonly abortController;
private readonly expiryTimer;
private readonly runnerPromise;
private currentStep;
private progressSteps;
private deliveredProgressStepIds;
private stepDeferred;
private cancellationLocked;
private settled;
private pendingExternalUrl;
private answerDeferred;
private status;
private error;
private configuredAccounts;
private preparedModelRef;
private modelActivation;
private activationRejection;
constructor(runner: (prompter: WizardPrompter, signal: AbortSignal, session: WizardSession) => Promise<void>, options?: {
timeoutMs?: number;
});
next(): Promise<WizardNextResult>;
/** A non-consuming view for polling clients; retired prompts are never replayed. */
getCurrentStep(): WizardStep | undefined;
private terminalResult;
/** Record what the channels flow actually configured (channels flow only). */
setConfiguredAccounts(accounts: ReadonlyArray<{
channel: string;
accountId: string;
}>): void;
/** Record the exact provider-owned model prepared by a setup flow. */
setPreparedModelRef(modelRef: string): void;
/** Record the live activation result, distinct from provider preparation. */
setModelActivation(activation: NonNullable<WizardNextResult$1["modelActivation"]>): void;
/** Only the activation owner can distinguish rejection from possibly committed failure. */
setActivationRejection(rejection: NonNullable<WizardNextResult$1["activationRejection"]>): void;
answer(stepId: string, value: unknown): Promise<string | undefined>;
cancel(): boolean;
/** The underlying mutation crossed its durable commit point and must finish. */
lockCancellation(): void;
get signal(): AbortSignal;
pushStep(step: WizardStep): void;
pushProgress(message: string): void;
private rememberDeliveredProgressStep;
queueExternalUrl(url: string): void;
consumeExternalUrl(): string | undefined;
private run;
private rejectPendingAnswers;
awaitAnswer(step: WizardStep, validate?: (value: string) => string | undefined, signal?: AbortSignal): Promise<unknown>;
private resolveStep;
getStatus(): WizardSessionStatus;
/** Whether the runner has stopped and can no longer mutate setup state. */
isSettled(): boolean;
/** Resolves after the runner can no longer mutate setup state. */
whenSettled(): Promise<void>;
getError(): string | undefined;
}
//#endregion
//#region src/gateway/session-observer-contract.d.ts
type SessionObserverEvent = {
runId: string;
seq: number;
stream: string;
ts: number;
data: Record<string, unknown>;
lifecycleGeneration?: string;
sessionKey?: string;
sessionId?: string;
agentId?: string;
};
type SessionObserverCompanionSnapshot = {
agentId: string;
runId?: string;
digest?: SessionObserverDigest;
notes: Array<{
sequence: number;
text: string;
}>;
};
type SessionObserverService = {
handleEvent: (event: SessionObserverEvent) => void;
setConnectionVisibility: (connId: string, visible: boolean) => void;
removeConnection: (connId: string) => void;
getCompanionSnapshot: (sessionKey: string, agentId?: string) => SessionObserverCompanionSnapshot;
dispose: () => void;
};
//#endregion
//#region src/gateway/session-companion.d.ts
type SessionCompanionTarget = {
sessionKey: string;
agentId: string;
};
type SessionCompanionService = {
ask: (params: {
agentId: string;
sessionKey: string;
question: string;
connId: string;
signal?: AbortSignal;
}) => Promise<SessionsCompanionAskResult>;
state: (target: SessionCompanionTarget) => SessionsCompanionStateResult;
reset: (target: SessionCompanionTarget) => void;
dispose: () => void;
};
//#endregion
//#region src/gateway/chat-queued-turns.d.ts
type QueuedChatTurnEntry = {
controller: AbortController;
sessionId: string;
sessionKey: string;
/** False once collect-mode transfers cancellation to the aggregate owner. */
abortable?: boolean;
abortListener?: () => void;
agentId?: string;
ownerConnId?: string;
ownerDeviceId?: string;
};
//#endregion
//#region src/plugins/provider-auth-types.d.ts
/** Provider secret input modes: inline plaintext or external secret reference. */
type SecretInputMode = "plaintext" | "ref";
//#endregion
//#region src/commands/daemon-runtime.d.ts
type GatewayDaemonRuntime = "bun" | "node";
//#endregion
//#region src/commands/onboard-types.d.ts
type OnboardMode = "local" | "remote";
/**
* Auth choices are plugin-owned contract ids plus a few legacy aliases that
* are normalized elsewhere (for example `oauth` -> `setup-token`).
*/
type BuiltInAuthChoice =
/** @deprecated Use `setup-token`. */
"oauth" | "setup-token" | "token" | "apiKey" | "custom-api-key" | "skip";
type AuthChoice = BuiltInAuthChoice | (string & {});
type GatewayAuthChoice = "token" | "password";
type ResetScope = "config" | "config+creds+sessions" | "full";
type GatewayBind = "loopback" | "lan" | "auto" | "custom" | "tailnet";
type TailscaleMode = "off" | "serve" | "funnel";
declare const NODE_MANAGER_CHOICES: readonly ["npm", "pnpm", "bun"];
type NodeManagerChoice = (typeof NODE_MANAGER_CHOICES)[number];
declare const ONBOARD_FLOWS: readonly ["quickstart", "advanced", "manual", "import"];
type OnboardFlow = (typeof ONBOARD_FLOWS)[number];
type OnboardDynamicProviderOptions = {
/**
* Provider-specific non-interactive auth flags are plugin-owned and keyed by
* manifest `providerAuthChoices[].optionKey` values.
*/
[optionKey: string]: unknown;
};
/** Parsed options accepted by `openclaw onboard`. */
type OnboardOptions = OnboardDynamicProviderOptions & {
mode?: OnboardMode;
/** "manual" is an alias for "advanced". */
flow?: OnboardFlow;
/** Force the classic multi-step interactive wizard instead of guided setup. */
classic?: boolean;
/** Force the terminal hatch instead of the guided browser handoff. */
tui?: boolean;
workspace?: string;
/** Name for the first persisted agent; defaults to `main` in non-interactive setup. */
agentName?: string;
nonInteractive?: boolean;
/** Required for non-interactive setup; skips the interactive risk prompt when true. */
acceptRisk?: boolean;
reset?: boolean;
resetScope?: ResetScope;
authChoice?: AuthChoice;
/** Used when `authChoice=token` in non-interactive mode. */
tokenProvider?: string;
/** Used when `authChoice=token` in non-interactive mode. */
token?: string;
/** Used when `authChoice=token` in non-interactive mode. */
tokenProfileId?: string;
/** Used when `authChoice=token` in non-interactive mode. */
tokenExpiresIn?: string;
/** API key persistence mode for setup flows (default: plaintext). */
secretInputMode?: SecretInputMode;
arceeaiApiKey?: string;
cloudflareAiGatewayAccountId?: string;
cloudflareAiGatewayGatewayId?: string;
customBaseUrl?: string;
customApiKey?: string;
lmstudioApiKey?: string;
customModelId?: string;
customProviderId?: string;
customCompatibility?: "openai" | "openai-responses" | "anthropic";
customImageInput?: boolean;
gatewayPort?: number;
gatewayBind?: GatewayBind;
gatewayAuth?: GatewayAuthChoice;
gatewayToken?: string;
gatewayTokenRefEnv?: string;
gatewayPassword?: string;
tailscale?: TailscaleMode;
installDaemon?: boolean;
daemonRuntime?: GatewayDaemonRuntime;
skipChannels?: boolean;
skipSkills?: boolean;
skipBootstrap?: boolean;
skipSearch?: boolean;
skipHealth?: boolean;
skipUi?: boolean;
suppressGatewayTokenOutput?: boolean;
skipHooks?: boolean;
nodeManager?: NodeManagerChoice;
remoteUrl?: string;
remoteToken?: string;
remotePassword?: string;
importFrom?: string;
importSource?: string;
importSecrets?: boolean;
json?: boolean;
};
//#endregion
//#region src/gateway/server-methods/wizard.d.ts
type ChannelSetupWizardRunner = (opts: {
channel?: string;
onConfigured?: (accounts: Array<{
channel: string;
accountId: string;
}>) => void;
beforePersistentEffect?: () => Promise<void>;
}, runtime: RuntimeEnv, prompter: WizardPrompter) => Promise<void>;
//#endregion
//#region src/gateway/methods/registry.d.ts
type GatewayMethodRegistry = GatewayMethodRegistryView;
//#endregion
//#region src/gateway/control-ui-contract.d.ts
/** Check-run rollup for a PR head commit, chip pill + CI monitoring popover. */
type ControlUiSessionPullRequestChecks = {
state: "pending" | "passing" | "failing";
passed: number;
failed: number;
skipped: number;
/** Queued/in-progress runs plus stale conclusions GitHub invalidated. */
running: number;
};
/** One GitHub pull request whose head is the session's working branch. */
type ControlUiSessionPullRequest = {
number: number;
/**
* Author login from the list payload GitHub already returns; no extra call.
* Absent for a ghosted or deleted account. Deliberately login-only: the
* sibling GitHub-link hovercard inlines avatars server-side rather than
* hotlinking them, so a remote <img> here would leak a browser request to
* GitHub on every hover.
*/
author?: {
login: string;
};
owner: string;
repo: string;
branch: string;
title: string;
url: string;
state: "open" | "draft" | "merged" | "closed";
additions?: number;
deletions?: number;
changedFiles?: number;
/** Latest check-run rollup for the head commit; absent when no checks ran. */
checks?: ControlUiSessionPullRequestChecks;
checksUrl?: string;
};
/**
* The session's working branch, resolved from local git only so the pre-PR
* "Create PR" row keeps rendering while the GitHub quota is exhausted.
*/
type ControlUiSessionBranch = {
owner: string;
repo: string;
branch: string;
/** Working-tree diff vs the merge base with the remote default branch. */
additions?: number;
deletions?: number;
changedFiles?: number;
/**
* GitHub "open a pull request for this branch" page. Absent while the
* branch is unpushed or has nothing to compare — the row then only reports
* the session's local changed files.
*/
createUrl?: string;
};
/** Pull requests detected for a session's git branch, chip row payload. */
type ControlUiSessionPullRequests = {
pullRequests: ControlUiSessionPullRequest[];
/**
* Present when the session's non-default GitHub branch has a creatable PR
* on origin or local changed files in the working tree.
*/
branch?: ControlUiSessionBranch;
/** GitHub quota exhausted; entries may be stale until the limit resets. */
rateLimited: boolean;
};
//#endregion
//#region src/process/exec-result.d.ts
type SpawnResult = {
pid?: number;
stdout: string;
stderr: string;
stdoutTruncatedBytes?: number;
stderrTruncatedBytes?: number;
preservedStdoutLines?: string[];
preservedStderrLines?: string[];
code: number | null;
signal: NodeJS.Signals | null;
killed: boolean;
termination: "exit" | "timeout" | "no-output-timeout" | "signal";
noOutputTimedOut?: boolean;
outputLimitExceeded?: boolean;
outputErrorStream?: "stdout" | "stderr";
};
//#endregion
//#region src/process/exec-output.d.ts
type CommandOutputCaptureMode = "head" | "tail" | "discard";
type CommandOutputStream = "stdout" | "stderr";
type CommandOutputCaptureOption = CommandOutputCaptureMode | {
stdout?: CommandOutputCaptureMode;
stderr?: CommandOutputCaptureMode;
};
type CommandOutputLimitOption = boolean | {
stdout?: boolean;
stderr?: boolean;
combined?: boolean;
};
type CommandOutputErrorOption = boolean | {
stdout?: boolean;
stderr?: boolean;
};
type PreserveOutputLine = (line: string, stream: CommandOutputStream) => boolean;
//#endregion
//#region src/process/exec-runner.d.ts
type CommandOptions = {
timeoutMs?: number;
cwd?: string;
input?: string | Uint8Array;
baseEnv?: NodeJS.ProcessEnv;
env?: NodeJS.ProcessEnv;
windowsVerbatimArguments?: boolean;
noOutputTimeoutMs?: number;
signal?: AbortSignal;
maxOutputBytes?: number | {
stdout?: number;
stderr?: number;
};
maxCombinedOutputBytes?: number;
outputCapture?: CommandOutputCaptureOption;
/** Observe raw output without owning child lifecycle. Return false to stop the command. */
onOutputChunk?: (chunk: Buffer, stream: CommandOutputStream) => boolean | void;
/** Accept a successful exit when only the selected diagnostic output stream failed. */
tolerateOutputError?: {
stdout?: boolean;
stderr?: boolean;
};
/** Terminate when the selected output stream emits an error. */
terminateOnOutputError?: CommandOutputErrorOption;
terminateOnOutputLimit?: CommandOutputLimitOption;
maxPreservedOutputLines?: number;
preserveOutputLine?: PreserveOutputLine;
killProcessTree?: boolean;
/** Signal used when terminating the direct child; tree termination owns its own grace policy. */
killSignal?: NodeJS.Signals | number;
/** Grace between graceful termination and the force-kill fallback. */
killGraceMs?: number;
};
declare function runCommandWithTimeout(argv: string[], optionsOrTimeout: number | CommandOptions): Promise<SpawnResult>;
//#endregion
//#region src/gateway/control-ui-session-prs.d.ts
type ControlUiSessionPullRequestsParams = {
sessionKey: string;
agentId?: string;
refresh?: boolean;
};
//#endregion
//#region src/gateway/server-broadcast-types.d.ts
type GatewayBroadcastStateVersion = {
presence?: number;
health?: number;
};
/** Options for gateway websocket broadcasts. */
type GatewayBroadcastOpts = {
/** Agent scope for agent-relative keys such as `global`. */
agentId?: string;
dropIfSlow?: boolean;
/** Canonical subscription keys for session-scoped delivery. */
sessionKeys?: readonly string[];
/** Target recipients were selected from subscriptions at ingress. */
sessionSubscriptionVerified?: boolean;
stateVersion?: GatewayBroadcastStateVersion;
/** Private live-text ownership; omitting coalesce flushes this group's progress. */
liveText?: {
group: AbortSignal;
isCurrent?: () => boolean;
coalesce?: {
key: string;
merge: (previous: unknown, next: unknown) => unknown;
};
};
};
/** Broadcast function signature for all connected clients. */
type GatewayBroadcastFn = (event: string, payload: unknown, opts?: GatewayBroadcastOpts) => void;
/** Broadcast function signature for targeted connection ids. */
type GatewayBroadcastToConnIdsFn = (event: string, payload: unknown, connIds: ReadonlySet<string>, opts?: GatewayBroadcastOpts) => void;
//#endregion
//#region src/gateway/control-ui-session-pr-subscriptions.d.ts
type LoadSessionPullRequests = (params: ControlUiSessionPullRequestsParams) => Promise<ControlUiSessionPullRequests>;
type SubscriptionDeps = {
broadcastToConnIds: GatewayBroadcastToConnIdsFn;
isConnectionActive?: (connId: string) => boolean;
load?: LoadSessionPullRequests;
setTimer?: typeof globalThis.setTimeout;
clearTimer?: typeof globalThis.clearTimeout;
};
type ControlUiSessionPullRequestSubscriptions = {
replace: (connId: string, sessionKeys: readonly string[], refreshSessionKeys?: ReadonlySet<string>) => Promise<void>;
unsubscribe: (connId: string) => void;
pollNow: () => Promise<void>;
stop: () => Promise<void>;
};
/**
* Owns the union of connection replace-sets. Only this union drives GitHub
* refreshes, so hidden/disconnected clients cannot leave orphan polling work.
*/
declare function createControlUiSessionPullRequestSubscriptions(deps: SubscriptionDeps): ControlUiSessionPullRequestSubscriptions;
//#endregion
//#region src/gateway/agent-runtime-session-spawn-context.d.ts
type AgentRuntimeSessionSpawnContext = {
completionOwnerSessionKey?: string;
inheritedToolPolicy: {
version: 1;
allow: string[];
deny: string[];
};
};
//#endregion
//#region src/gateway/cron-creator-authority-grant.types.d.ts
type CronCreatorAuthorityGrant = Readonly<{
runId: string;
token: string;
}>;
//#endregion
//#region src/channels/threading-tool-context-internal.d.ts
/** Host-only turn correlation carried beside the plugin-facing threading contract. */
type InternalChannelThreadingToolContext = ChannelThreadingToolContext & {
currentSourceTurnId?: string;
};
//#endregion
//#region src/gateway/message-action-turn-capability.d.ts
type MessageActionRequesterIdentity = {
requesterAccountId?: string;
requesterSenderId?: string;
requesterSenderName?: string;
requesterSenderUsername?: string;
requesterSenderE164?: string;
};
type AgentRuntimeMessageActionContextBase = MessageActionRequesterIdentity & {
expiresAtMs: number;
/** Process-local owner reference revalidated before privileged Gateway use. */
turnCapability?: string;
sessionId?: string;
/** Durable session entry that owns restart-recovery receipt state. */
sourceReplySessionKey?: string;
toolContext?: InternalChannelThreadingToolContext;
};
type AgentRuntimeMessageActionContext = AgentRuntimeMessageActionContextBase & ({
sourceReplyFinal: true;
sourceReplyToolCallId: string;
} | {
sourceReplyFinal?: false;
sourceReplyToolCallId?: string;
});
//#endregion
//#region src/gateway/worker-environments/placement-state.d.ts
declare const WORKER_SESSION_PLACEMENT_STATES: readonly ["local", "requested", "provisioning", "syncing", "starting", "active", "draining", "reconciling", "reclaimed", "failed"];
type WorkerSessionPlacementState = (typeof WORKER_SESSION_PLACEMENT_STATES)[number];
//#endregion
//#region src/gateway/worker-environments/placement-record.d.ts
type WorkerSessionPlacementIdentity = {
sessionId: string;
agentId: string;
sessionKey: string;
};
type WorkerPlacementExecutionMode = "worker-turn" | "remote-exec";
type WorkerSessionPlacementDispatchIdentity = WorkerSessionPlacementIdentity & {
executionMode?: WorkerPlacementExecutionMode;
};
type WorkerSessionTurnOwner = {
kind: "local";
environmentId?: string;
ownerEpoch?: number;
} | {
kind: "worker";
environmentId: string;
ownerEpoch: number;
};
type WorkerSessionTurnClaim = {
sessionId: string;
claimId: string;
runId: string;
placementGeneration: number;
owner: WorkerSessionTurnOwner;
};
type PersistedTurnClaim = {
owner: "local";
claimId: string;
runId: string;
generation: number;
ownerEpoch: null;
} | {
owner: "worker";
claimId: string;
runId: string;
generation: number;
ownerEpoch: number;
};
type WorkerWorkspaceResultConflict = {
paths: string[];
stagedResultRef: string;
totalCount?: number;
};
type PersistedLocalTurnClaim = Extract<PersistedTurnClaim, {
owner: "local";
}>;
type PlacementRecordBase<TurnClaim extends PersistedTurnClaim | null> = WorkerSessionPlacementIdentity & {
generation: number;
executionMode: WorkerPlacementExecutionMode;
turnClaim: TurnClaim;
createdAtMs: number;
updatedAtMs: number;
stateChangedAtMs: number;
/** Process-local UI projection; deliberately absent from SQLite. */
workspaceResultConflict?: WorkerWorkspaceResultConflict;
};
type UnclaimedPlacementRecordBase = PlacementRecordBase<null>;
type LocalClaimablePlacementRecordBase = PlacementRecordBase<PersistedLocalTurnClaim | null>;
type EmptyWorkerPlacementMetadata = {
environmentId: null;
activeOwnerEpoch: null;
workspaceBaseManifestRef: null;
remoteWorkspaceDir: null;
workerBundleHash: null;
lastTranscriptAckCursor: null;
lastLiveEventAckCursor: null;
recoveryError: null;
terminalReason: null;
terminalAtMs: null;
};
type ProvisioningPlacementMetadata = {
environmentId: string | null;
activeOwnerEpoch: null;
workspaceBaseManifestRef: null;
remoteWorkspaceDir: null;
workerBundleHash: null;
lastTranscriptAckCursor: null;
lastLiveEventAckCursor: null;
recoveryError: null;
terminalReason: null;
terminalAtMs: null;
};
type SyncingPlacementMetadata = {
environmentId: string;
activeOwnerEpoch: null;
workspaceBaseManifestRef: null;
remoteWorkspaceDir: null;
workerBundleHash: string;
lastTranscriptAckCursor: null;
lastLiveEventAckCursor: null;
recoveryError: null;
terminalReason: null;
terminalAtMs: null;
};
type StartingPlacementMetadata = {
environmentId: string;
activeOwnerEpoch: null;
workspaceBaseManifestRef: string;
remoteWorkspaceDir: string;
workerBundleHash: string;
lastTranscriptAckCursor: null;
lastLiveEventAckCursor: null;
recoveryError: null;
terminalReason: null;
terminalAtMs: null;
};
type OwnedWorkerPlacementMetadata = {
environmentId: string;
activeOwnerEpoch: number;
workspaceBaseManifestRef: string;
remoteWorkspaceDir: string;
workerBundleHash: string;
lastTranscriptAckCursor: number | null;
lastLiveEventAckCursor: number | null;
recoveryError: null;
terminalReason: null;
terminalAtMs: null;
};
type TerminalPlacementMetadata = {
environmentId: string | null;
activeOwnerEpoch: number | null;
workspaceBaseManifestRef: string | null;
remoteWorkspaceDir: string | null;
workerBundleHash: string | null;
lastTranscriptAckCursor: number | null;
lastLiveEventAckCursor: number | null;
terminalReason: string | null;
terminalAtMs: number | null;
};
type LocalPlacementRecord = LocalClaimablePlacementRecordBase & EmptyWorkerPlacementMetadata & {
state: "local";
};
type RequestedPlacementRecord = LocalClaimablePlacementRecordBase & EmptyWorkerPlacementMetadata & {
state: "requested";
};
type ProvisioningPlacementRecord = UnclaimedPlacementRecordBase & ProvisioningPlacementMetadata & {
state: "provisioning";
};
type SyncingPlacementRecord = UnclaimedPlacementRecordBase & SyncingPlacementMetadata & {
state: "syncing";
};
type StartingPlacementRecord = UnclaimedPlacementRecordBase & StartingPlacementMetadata & {
state: "starting";
};
type ActivePlacementRecord = PlacementRecordBase<PersistedTurnClaim | null> & OwnedWorkerPlacementMetadata & {
state: "active";
};
type DrainingPlacementRecord = PlacementRecordBase<PersistedTurnClaim | null> & OwnedWorkerPlacementMetadata & {
state: "draining";
};
type ReconcilingPlacementRecord = UnclaimedPlacementRecordBase & OwnedWorkerPlacementMetadata & {
state: "reconciling";
};
type ReclaimedPlacementRecord = UnclaimedPlacementRecordBase & Omit<OwnedWorkerPlacementMetadata, "terminalReason" | "terminalAtMs"> & TerminalPlacementMetadata & {
state: "reclaimed";
};
type FailedPlacementRecord = LocalClaimablePlacementRecordBase & TerminalPlacementMetadata & {
state: "failed";
recoveryError: string;
};
type WorkerSessionPlacementRecord = LocalPlacementRecord | RequestedPlacementRecord | ProvisioningPlacementRecord | SyncingPlacementRecord | StartingPlacementRecord | ActivePlacementRecord | DrainingPlacementRecord | ReconcilingPlacementRecord | ReclaimedPlacementRecord | FailedPlacementRecord;
type WorkerSessionPlacementTransitionPatch = {
environmentId?: string | null;
activeOwnerEpoch?: number | null;
workspaceBaseManifestRef?: string | null;
remoteWorkspaceDir?: string | null;
workerBundleHash?: string | null;
lastTranscriptAckCursor?: number | null;
lastLiveEventAckCursor?: number | null;
recoveryError?: string | null;
terminalReason?: string | null;
};
//#endregion
//#region src/gateway/agent-runtime-identity-token.d.ts
type AgentRuntimeCronSelfManagementContext = {
jobId: string;
expiresAtMs: number;
};
type AgentRuntimeIdentity = {
kind: "agentRuntime";
agentId: string;
sessionKey: string;
operationalRunInstance: OperationalRunInstanceRef;
delegatedAuthority: AgentRuntimeDelegatedAuthority;
approvalOwnerPluginId?: string;
executionIdentity?: ExecutionIdentityAdmissionToken;
turnSourceChannel?: string;
/** Explicit admission fact; omission is unknown, never inferred from session routing. */
turnSourceLocal?: true;
turnSourceTo?: string;
turnSourceAccountId?: string;
turnSourceThreadId?: string | number;
messageActionContext?: AgentRuntimeMessageActionContext;
cronSelfManagementContext?: AgentRuntimeCronSelfManagementContext;
cronToolsAllowCapture?: "final-executable-surface";
cronExecToolTarget?: {
host: "gateway";
ask?: "always";
};
cronCreatorAuthorityGrant?: CronCreatorAuthorityGrant;
cronManagementGrant?: CronCreatorAuthorityGrant;
sessionSpawnContext?: AgentRuntimeSessionSpawnContext;
};
type AgentRuntimeDelegatedAuthority = AgentRunDelegatedAuthority & ({
kind: "local";
} | {
kind: "worker";
turnClaim: WorkerSessionTurnClaim;
});
type AgentRuntimeApprovalAuthorityValidator = (identity: AgentRuntimeIdentity) => boolean;
//#endregion
//#region src/gateway/github-user-identity.d.ts
type AuthenticatedGitHubIdentitySyncResult = {
profileId: string;
updatedAt: number;
};
type AuthenticatedGitHubIdentitySync = () => Promise<AuthenticatedGitHubIdentitySyncResult>;
//#endregion
//#region src/gateway/operator-role-actor.d.ts
/** Host-minted role authority; never accepted from Gateway wire params.
Leaf contract: both ws-types and server-methods/shared-types embed it in
client `internal` state, so it must not import either hub. */
type GatewayOperatorRoleActor = {
kind: "system";
} | {
kind: "operator";
profileId: string;
};
//#endregion
//#region src/gateway/server-methods/response-types.d.ts
/** Callback used by method handlers to emit one protocol response frame. */
type RespondFn = (ok: boolean, payload?: unknown, error?: ErrorShape, meta?: Record<string, unknown>) => void;
//#endregion
//#region src/gateway/plugin-node-capability.d.ts
/** Declared plugin surface that may receive scoped node capabilities. */
type PluginNodeCapabilitySurface = {
surface: string;
ttlMs?: number;
scopeKey?: string;
};
/** Client state used to authorize plugin-node surface capabilities. */
type PluginNodeCapabilityClient = {
/** Retired clients cannot back HTTP capability auth or its renewal while close is pending. */
invalidated?: boolean;
pluginSurfaceUrls?: Record<string, string>;
pluginNodeCapabilitySurfaces?: Record<string, PluginNodeCapabilitySurface>;
pluginNodeCapabilities?: Record<string, {
capability: string;
expiresAtMs: number;
}>;
};
//#endregion
//#region src/gateway/worker-environments/connection-identity.d.ts
/** Hash-only worker identity retained after admission. */
type WorkerConnectionIdentity = {
environmentId: string;
credentialHash: string;
bundleHash: string;
sessionId: string | null;
runId: string | null;
turnClaim: WorkerSessionTurnClaim | null;
ownerEpoch: number;
rpcSetVersion: number;
protocolFeatures: string[];
credentialExpiresAtMs: number;
};
//#endregion
//#region src/gateway/server/ws-types.d.ts
type GatewayWsBrowserOrigin = {
requestHost?: string;
origin?: string;
isLocalClient?: boolean;
};
type GatewayWsConnectionKind = "gateway" | "worker";
/**
* Runtime WebSocket client state tracked by the gateway server.
*/
type GatewayWsClient = PluginNodeCapabilityClient & {
socket: WebSocket;
connect: ConnectParams;
connId: string;
/** Host-owned transport retirement notification; never accepted from wire params. */
connectionSignal?: AbortSignal;
connectionKind?: GatewayWsConnectionKind;
worker?: WorkerConnectionIdentity;
isDeviceTokenAuth?: boolean;
/** Client id verified against the server-approved device pairing record. */
pairedClientId?: string;
usesSharedGatewayAuth: boolean;
sharedGatewaySessionGeneration?: string;
presenceKey?: string;
/** Connection-owned timing facts, reconciled across live peers independently of the TTL cache. */
personPresence?: {
onlineSince: number;
lastActivityAt?: number;
};
authenticatedUserId?: string;
/** Verified Tailscale provider identity; generic proxy identities must not infer this. */
authenticatedUserIsTailscaleProvider?: boolean;
authenticatedGitHubIdentitySync?: AuthenticatedGitHubIdentitySync;
authenticatedUserProfile?: {
profileId: string;
displayName: string | null;
avatarRevision: string;
hasAvatar: boolean;
updatedAt: number;
};
clientIp?: string;
/** Server-attested inputs for rechecking browser-origin policy after config publication. */
browserOrigin?: GatewayWsBrowserOrigin;
internal?: {
/** Handshake-attested direct-local transport; never accepted from wire params. */
isLocalClient?: true;
/** Authenticated Control UI admin admission; never accepted from wire params. */
controlUiAdmin?: true;
approvalRuntime?: boolean;
agentRuntimeIdentity?: AgentRuntimeIdentity;
/** Server-attested role-policy actor; never accepted from WebSocket wire params. */
operatorRoleActor?: GatewayOperatorRoleActor;
};
canvasHostUrl?: string;
canvasCapability?: string;
canvasCapabilityExpiresAtMs?: number;
invalidatedReason?: string;
};
//#endregion
//#region src/gateway/server/client-registry.d.ts
declare class GatewayClientRegistry extends Set<GatewayWsClient> {
#private;
constructor(clients?: Iterable<GatewayWsClient>);
add(client: GatewayWsClient): this;
delete(client: GatewayWsClient): boolean;
clear(): void;
getByConnectionId(connId: string): GatewayWsClient | undefined;
getByConnectionIds(connIds: ReadonlySet<string>): GatewayWsClient[];
}
//#endregion
//#region src/gateway/server/presence-events.d.ts
/**
* Presence snapshot broadcaster for gateway clients.
*/
declare function broadcastPresenceSnapshot(params: {
broadcast: GatewayBroadcastFn;
incrementPresenceVersion: () => number;
getHealthVersion: () => number;
}): number;
//#endregion
//#region src/gateway/session-viewer-presence.d.ts
type SessionViewerPresenceDeclarationsDeps = Parameters<typeof broadcastPresenceSnapshot>[0] & {
clients: GatewayClientRegistry;
};
type SessionViewerPresenceDeclarations = {
replace: (connId: string, sessionKeys: readonly string[]) => readonly string[];
unsubscribe: (connId: string) => void;
stop: () => void;
};
/** Owns one replace-set per websocket connection until empty declaration or disconnect. */
declare function createSessionViewerPresenceDeclarations(deps: SessionViewerPresenceDeclarationsDeps): SessionViewerPresenceDeclarations;
//#endregion
//#region src/gateway/desktop/managed-linux.d.ts
type ManagedLinuxDesktopStatus = {
state: "not-started";
} | {
state: "starting";
display?: number;
port?: number;
} | {
state: "running";
display: number;
port: number;
} | {
state: "failed";
error: string;
display?: number;
port?: number;
};
//#endregion
//#region src/gateway/desktop/host-source.d.ts
type HostDesktopStatus = {
enabled: false;
state: "disabled";
port: number;
} | {
enabled: true;
state: "attached";
port: number;
security: string;
} | {
enabled: true;
state: "unavailable";
port: number;
security?: string;
} | {
enabled: true;
state: "managed";
managedState: ManagedLinuxDesktopStatus["state"] | "unknown";
port: number;
display?: number;
error?: string;
security?: "VncAuth";
};
type HostDesktopService = {
observe(params: {
control: boolean;
credentials?: {
username?: string;
password?: string;
};
}): Promise<{
transport: "rfb";
wsPath: string;
expiresAtMs: number;
control: boolean;
auth: "vnc-password" | "ard-account";
vncPassword?: string;
}>;
status(): Promise<HostDesktopStatus>;
};
//#endregion
//#region src/gateway/github-personal-oauth.d.ts
type PersonalGitHubAction = {
owner: string;
assertCurrent: () => void;
};
//#endregion
//#region src/agents/github-tool-identity.d.ts
type PreparedGitHubToolEnvironment = Readonly<{
credentialScrubEnv: Readonly<Record<string, string>>;
localIdentityEnv: Readonly<Record<string, string>>;
excludedStoreNames: readonly string[];
/** A local process must retain the host-selected profile and author identity. */
managedLocalIdentity: boolean;
}>;
//#endregion
//#region src/gateway/worker-environments/workspace-manifest.d.ts
type WorkerWorkspaceManifestEntry = {
path: string;
type: "file";
mode: number;
size: number;
sha256: string;
} | {
path: string;
type: "symlink";
mode: number;
target: string;
};
type WorkerWorkspaceManifest = {
version: 1;
baseCommit: string | null;
entries: WorkerWorkspaceManifestEntry[];
directories?: string[];
};
type WorkerWorkspaceReconciliationJournal = {
version: 1;
temporaryNonce: string;
baseManifestRef: string;
currentManifestRef: string;
baseEntries: WorkerWorkspaceManifestEntry[];
appliedEntries: WorkerWorkspaceManifestEntry[];
baseDirectories?: string[];
appliedDirectories?: string[];
appliedManifestRef?: string;
baseTree: string;
basePackSha256: string;
basePack: Uint8Array;
};
type WorkerWorkspaceReconciliationJournalAdapter = {
load(): WorkerWorkspaceReconciliationJournal | undefined;
begin(journal: WorkerWorkspaceReconciliationJournal): void;
commit(manifestRef: string): void;
abort(): void;
};
//#endregion
//#region src/gateway/worker-environments/placement-workspace-result.d.ts
type WorkerWorkspacePendingResult = {
sessionId: string;
environmentId: string;
ownerEpoch: number;
placementGeneration: number;
claimId: string;
runId: string;
gatewayInstanceId: string;
recoveryRequestedAtMs: number | null;
workspaceAcceptedAtMs: number | null;
stagedResultRef: string | null;
};
//#endregion
//#region src/gateway/worker-environments/placement-move-intent.d.ts
type WorkerPlacementMoveTarget = SessionMoveTarget;
type WorkerPlacementMoveSource = {
generation: number;
environmentId: string;
ownerEpoch: number;
};
type WorkerPlacementMoveIntent = {
operationId: string;
sessionId: string;
source: WorkerPlacementMoveSource;
target: WorkerPlacementMoveTarget;
abandonSource: boolean;
lastError: string | null;
createdAtMs: number;
updatedAtMs: number;
};
//#endregion
//#region src/gateway/worker-environments/placement-store.d.ts
declare const RETIRABLE_PLACEMENT_STATES: readonly ["local", "requested", "reclaimed", "failed"];
type WorkerSessionPlacementRetirement = {
sessionId: string;
expectedState: (typeof RETIRABLE_PLACEMENT_STATES)[number];
expectedGeneration: number;
};
declare function createWorkerSessionPlacementStore(options?: {
database?: OpenClawStateDatabase;
now?: () => number;
}): {
getWorkspaceReconciliationPlacement(owner: {
sessionId: string;
environmentId: string;
ownerEpoch: number;
placementGeneration: number;
}): (WorkerSessionPlacementIdentity & {
generation: number;
executionMode: WorkerPlacementExecutionMode;
turnClaim: PersistedTurnClaim | null;
createdAtMs: number;
updatedAtMs: number;
stateChangedAtMs: number;
workspaceResultConflict?: WorkerWorkspaceResultConflict;
} & OwnedWorkerPlacementMetadata & {
state: "active";
}) | (WorkerSessionPlacementIdentity & {
generation: number;
executionMode: WorkerPlacementExecutionMode;
turnClaim: PersistedTurnClaim | null;
createdAtMs: number;
updatedAtMs: number;
stateChangedAtMs: number;
workspaceResultConflict?: WorkerWorkspaceResultConflict;
} & OwnedWorkerPlacementMetadata & {
state: "draining";
}) | undefined;
listWorkspaceReconciliationOwners(): {
sessionId: string;
environmentId: string;
ownerEpoch: number;
placementGeneration: number;
}[];
pruneOrphanedWorkspaceReconciliations(options: {
retainFailedOwner: (recoveryError: string) => boolean;
}): {
sessionId: string;
environmentId: string;
ownerEpoch: number;
placementGeneration: number;
}[];
loadWorkspaceReconciliation(owner: {
sessionId: string;
environmentId: string;
ownerEpoch: number;
placementGeneration: number;
}, options?: {
allowFailedOwner?: boolean;
}): WorkerWorkspaceReconciliationJournal | undefined;
beginWorkspaceReconciliation(owner: {
sessionId: string;
environmentId: string;
ownerEpoch: number;
placementGeneration: number;
}, journal: WorkerWorkspaceReconciliationJournal): void;
abortWorkspaceReconciliation(owner: {
sessionId: string;
environmentId: string;
ownerEpoch: number;
placementGeneration: number;
}, options?: {
force?: boolean;
}): void;
workspaceResultInstanceId(): string;
validateWorkspaceResultClaim(claim: WorkerSessionTurnClaim): boolean;
listPendingWorkspaceResults(): WorkerWorkspacePendingResult[];
markWorkspaceResultPending(claim: WorkerSessionTurnClaim): void;
recordStagedWorkspaceResult(claim: WorkerSessionTurnClaim, stagedResultRef: string): void;
acceptWorkspaceResult(claim: WorkerSessionTurnClaim): void;
handoffWorkspaceResultRecovery(claim: WorkerSessionTurnClaim): void;
abandonWorkspaceResult(pending: WorkerWorkspacePendingResult): void;
getPlacementMove(sessionId: string): WorkerPlacementMoveIntent | undefined;
getPlacementMoves(sessionIds: readonly string[]): ReadonlyMap<string, WorkerPlacementMoveIntent>;
listPlacementMoves(): WorkerPlacementMoveIntent[];
beginPlacementMove(input: {
sessionId: string;
source: WorkerPlacementMoveSource;
target: WorkerPlacementMoveTarget;
abandonSource?: true;
}): {
intent: WorkerPlacementMoveIntent;
placement: WorkerSessionPlacementRecord;
joined: boolean;
};
recordPlacementMoveError(input: {
operationId: string;
sessionId: string;
error: string;
}): boolean;
cancelPlacementMove(input: {
operationId: string;
sessionId: string;
}): void;
completePlacementMoveSourceToLocal(input: {
operationId: string;
sessionId: string;
expectedGeneration: number;
}): WorkerSessionPlacementRecord;
completeAbandonedPlacementMoveSourceToLocal(input: {
operationId: string;
sessionId: string;
expectedGeneration: number;
expectedRecoveryError: string;
}): WorkerSessionPlacementRecord;
completePlacementMoveToWorker(input: {
operationId: string;
sessionId: string;
expectedGeneration: number;
environmentId: string;
ownerEpoch: number;
}): WorkerSessionPlacementRecord;
authorizeWorkerTurnTools(claim: WorkerSessionTurnClaim, toolNames: readonly string[]): void;
isWorkerTurnToolAuthorized(claim: WorkerSessionTurnClaim, toolName: string): boolean;
closeWorkerTurnToolAdmission(claim: WorkerSessionTurnClaim): void;
closeWorkerTurnToolState(claim: WorkerSessionTurnClaim): Promise<void>;
beginWorkerSessionToolOperation(params: {
claim: WorkerSessionTurnClaim;
toolName: "sessions_spawn" | "sessions_send";
toolCallId: string;
requestDigest: string;
childSessionKey?: string;
}): {
kind: "execute";
operationSeed: string;
childSessionKey?: string;
} | {
kind: "in-progress";
} | {
kind: "completed";
resultJson: string;
} | {
kind: "unknown";
} | {
kind: "capacity";
} | {
kind: "conflict";
} | {
kind: "unauthorized";
};
bindWorkerSessionToolOperationChild(params: {
sourceSessionId: string;
sourceClaimId: string;
toolCallId: string;
requestDigest: string;
childSessionKey: string;
}): boolean;
completeWorkerSessionToolOperation(params: {
sourceSessionId: string;
sourceClaimId: string;
toolCallId: string;
requestDigest: string;
resultJson: string;
failed?: boolean;
}): boolean;
abandonWorkerSessionToolOperation(params: {
sourceSessionId: string;
sourceClaimId: string;
toolCallId: string;
requestDigest: string;
}): boolean;
recoverWorkerSessionToolOperationsAfterRestart(): number;
withWorkspaceExclusion: <T>(sessionId: string, run: (assertOwned: () => void) => Promise<T>) => Promise<T>;
withLocalWorkspaceReservation<T>(identity: WorkerSessionPlacementIdentity, run: (assertCurrent: () => void) => Promise<T>): Promise<T>;
claimTurn(input: WorkerSessionPlacementIdentity & {
owner: WorkerSessionTurnOwner;
claimId: string;
runId: string;
}): WorkerSessionTurnClaim;
claimReclaimWorkspaceResult(input: WorkerSessionPlacementIdentity & {
owner: WorkerSessionTurnOwner;
claimId: string;
runId: string;
}): WorkerSessionTurnClaim;
releaseTurn(claim: WorkerSessionTurnClaim): WorkerSessionPlacementRecord;
completeWorkspaceResultAndReleaseTurn(claim: WorkerSessionTurnClaim): WorkerSessionPlacementRecord;
cancelWorkspaceResultAndReleaseTurn(claim: WorkerSessionTurnClaim, options?: {
reason: "node-disconnect";
}): WorkerSessionPlacementRecord;
clearLocalTurnClaimsAfterRestart(): number;
waitForTurnClaimRelease(sessionIdInput: string, waitOptions: {
timeoutMs: number;
signal?: AbortSignal;
}): Promise<void>;
validateTurnClaim(claim: WorkerSessionTurnClaim): boolean;
updateAckCursors(input: {
claim: WorkerSessionTurnClaim;
transcript?: number;
liveEvent?: number;
workspaceResultPending?: boolean;
}): WorkerSessionPlacementRecord;
updateWorkspaceBaseManifest(input: {
claim: WorkerSessionTurnClaim;
manifestRef: string;
}): WorkerSessionPlacementRecord;
acceptIdleWorkspaceReconciliation(input: {
sessionId: string;
environmentId: string;
ownerEpoch: number;
expectedGeneration: number;
manifestRef: string;
}): WorkerSessionPlacementRecord;
failWorkspaceResultAndReleaseTurn(pending: WorkerWorkspacePendingResult, error: unknown): WorkerSessionPlacementRecord;
registerTurnClaimClosedHandler(handler: (claim: WorkerSessionTurnClaim) => void): () => void;
get(sessionId: string): WorkerSessionPlacementRecord | undefined;
getMany(sessionIds: readonly string[]): ReadonlyMap<string, WorkerSessionPlacementRecord>;
retireSessionPlacement(input: WorkerSessionPlacementRetirement): void;
recordWorkspaceResultConflict(claim: WorkerSessionTurnClaim, conflict: WorkerWorkspaceResultConflict | undefined): void;
startDispatch(input: WorkerSessionPlacementDispatchIdentity): WorkerSessionPlacementRecord;
transition(input: {
sessionId: string;
from: WorkerSessionPlacementState;
to: WorkerSessionPlacementState;
expectedGeneration: number;
patch?: WorkerSessionPlacementTransitionPatch;
}): WorkerSessionPlacementRecord;
startDrain(input: {
sessionId: string;
environmentId: string;
ownerEpoch: number;
expectedGeneration: number;
workspaceBaseManifestRef?: string;
}): WorkerSessionPlacementRecord;
startWorkspaceResultDrain(claim: WorkerSessionTurnClaim): WorkerSessionPlacementRecord;
startReconcile(input: {
sessionId: string;
environmentId: string;
ownerEpoch: number;
expectedGeneration: number;
forceLocalClaim?: true;
}): WorkerSessionPlacementRecord;
validateWorkerOwner(input: {
sessionId: string;
environmentId: string;
ownerEpoch: number;
}): boolean;
fail(input: {
sessionId: string;
recoveryError: string;
expectedGeneration?: number;
}): WorkerSessionPlacementRecord;
adoptActive(input: {
sessionId: string;
environmentId: string;
ownerEpoch: number;
expectedGeneration?: number;
}): WorkerSessionPlacementRecord;
listForReconcile(): WorkerSessionPlacementRecord[];
list(): WorkerSessionPlacementRecord[];
};
type WorkerSessionPlacementStore = ReturnType<typeof createWorkerSessionPlacementStore>;
type WorkerSessionPlacementRetirementService = Pick<WorkerSessionPlacementStore, "retireSessionPlacement">;
//#endregion
//#region src/gateway/github-publication-coordinator-methods.d.ts
type GitHubPublicationClaimRequest = {
claim: WorkerSessionTurnClaim;
sessionKey: string;
agentId: string;
idempotencyKey: string;
title?: string;
body?: string;
assertCurrent?: () => void;
expectedPublisher?: GitHubPublicationPublisher;
};
//#endregion
//#region src/gateway/github-publication.d.ts
type GitHubPublicationCoordinator = ReturnType<typeof createGitHubPublicationCoordinator>;
declare function createGitHubPublicationCoordinator(params: {
placements: WorkerSessionPlacementStore;
}): {
requestPersonalForSession(input: SessionGitHubPublishParams, action: PersonalGitHubAction & {
sessionId: string;
sessionKey: string;
agentId: string;
}): Promise<SessionGitHubPublicationResult>;
personalStatus(action: PersonalGitHubAction, session: {
sessionKey: string;
agentId: string;
sessionId: string;
}, requestId: string): {
result: {
requestId: string;
publisher?: {
accountId: number;
login: string;
source: "agent-override" | "personal" | "system-configured" | "system-detected";
} | undefined;
effect?: {
kind: "pull_request" | "push";
status: "dispatched" | "observed";
headCommit?: string | undefined;
url?: string | undefined;
} | undefined;
status: "requested";
message: string;
} | {
requestId: string;
publisher?: {
accountId: number;
login: string;
source: "agent-override" | "personal" | "system-configured" | "system-detected";
} | undefined;
effect?: {
kind: "pull_request" | "push";
status: "dispatched" | "observed";
headCommit?: string | undefined;
url?: string | undefined;
} | undefined;
status: "publishing";
message: string;
} | {
requestId: string;
publisher?: {
accountId: number;
login: string;
source: "agent-override" | "personal" | "system-configured" | "system-detected";
} | undefined;
effect?: {
kind: "pull_request" | "push";
status: "dispatched" | "observed";
headCommit?: string | undefined;
url?: string | undefined;
} | undefined;
status: "published";
url: string;
repository: string;
branch: string;
headCommit: string;
} | {
requestId: string;
publisher?: {
accountId: number;
login: string;
source: "agent-override" | "personal" | "system-configured" | "system-detected";
} | undefined;
effect?: {
kind: "pull_request" | "push";
status: "dispatched" | "observed";
headCommit?: string | undefined;
url?: string | undefined;
} | undefined;
status: "failed";
code: "github_rejected" | "identity_changed" | "identity_unavailable" | "no_changes" | "not_git" | "not_github" | "push_rejected" | "session_changed" | "unavailable" | "workspace_changed";
message: string;
nextAction: string;
} | {
requestId: string;
publisher?: {
accountId: number;
login: string;
source: "agent-override" | "personal" | "system-configured" | "system-detected";
} | undefined;
effect?: {
kind: "pull_request" | "push";
status: "dispatched" | "observed";
headCommit?: string | undefined;
url?: string | undefined;
} | undefined;
status: "needs_confirmation";
message: string;
};
confirmation: {
requestDigest: string;
generation: string;
account: {
accountId: number;
login: string;
};
pushRepository: string;
repository: string;
branch: string;
baseBranch: string;
sourceHeadCommit: string;
sourceIndexTree: string;
workspaceTree: string;
} | null;
};
personalPending(action: PersonalGitHubAction, session: {
sessionKey: string;
agentId: string;
sessionId: string;
}): {
result: {
requestId: string;
publisher?: {
accountId: number;
login: string;
source: "agent-override" | "personal" | "system-configured" | "system-detected";
} | undefined;
effect?: {
kind: "pull_request" | "push";
status: "dispatched" | "observed";
headCommit?: string | undefined;
url?: string | undefined;
} | undefined;
status: "requested";
message: string;
} | {
requestId: string;
publisher?: {
accountId: number;
login: string;
source: "agent-override" | "personal" | "system-configured" | "system-detected";
} | undefined;
effect?: {
kind: "pull_request" | "push";
status: "dispatched" | "observed";
headCommit?: string | undefined;
url?: string | undefined;
} | undefined;
status: "publishing";
message: string;
} | {
requestId: string;
publisher?: {
accountId: number;
login: string;
source: "agent-override" | "personal" | "system-configured" | "system-detected";
} | undefined;
effect?: {
kind: "pull_request" | "push";
status: "dispatched" | "observed";
headCommit?: string | undefined;
url?: string | undefined;
} | undefined;
status: "published";
url: string;
repository: string;
branch: string;
headCommit: string;
} | {
requestId: string;
publisher?: {
accountId: number;
login: string;
source: "agent-override" | "personal" | "system-configured" | "system-detected";
} | undefined;
effect?: {
kind: "pull_request" | "push";
status: "dispatched" | "observed";
headCommit?: string | undefined;
url?: string | undefined;
} | undefined;
status: "failed";
code: "github_rejected" | "identity_changed" | "identity_unavailable" | "no_changes" | "not_git" | "not_github" | "push_rejected" | "session_changed" | "unavailable" | "workspace_changed";
message: string;
nextAction: string;
} | {
requestId: string;
publisher?: {
accountId: number;
login: string;
source: "agent-override" | "personal" | "system-configured" | "system-detected";
} | undefined;
effect?: {
kind: "pull_request" | "push";
status: "dispatched" | "observed";
headCommit?: string | undefined;
url?: string | undefined;
} | undefined;
status: "needs_confirmation";
message: string;
};
confirmation: {
requestDigest: string;
generation: string;
account: {
accountId: number;
login: string;
};
pushRepository: string;
repository: string;
branch: string;
baseBranch: string;
sourceHeadCommit: string;
sourceIndexTree: string;
workspaceTree: string;
} | null;
} | null;
confirmPersonal(input: SessionGitHubConfirmParams, action: PersonalGitHubAction & {
sessionId: string;
sessionKey: string;
agentId: string;
}): Promise<SessionGitHubPublicationResult>;
requestForSession(input: SessionGitHubPublishParams & {
agentId: string;
expectedRunId?: string;
assertCurrent?: () => void;
}): Promise<SessionGitHubPublicationResult>;
resumeSessionRequests(): Promise<void>;
processClaim(claim: WorkerSessionTurnClaim): Promise<SessionGitHubPublicationResult[]>;
deferOrphanedRequests(): void;
listUnreportedResults(): Array<{
sessionId: string;
sessionKey: string;
agentId: string;
result: SessionGitHubPublicationResult;
}>;
read(requestId: string): SessionGitHubPublicationResult | undefined;
markReported(requestId: string): void;
requestForClaim: (request: GitHubPublicationClaimRequest) => Promise<SessionGitHubPublicationResult>;
prepareClaimWorkspace: (claim: WorkerSessionTurnClaim) => Promise<void>;
deferClaimPreparation: (claim: WorkerSessionTurnClaim) => void;
};
//#endregion
//#region src/agents/github-oauth-records.d.ts
declare const scope: z.ZodEnum<{
agent: "agent";
system: "system";
}>;
type GitHubIdentityScope = z.infer<typeof scope>;
//#endregion
//#region src/gateway/github-oauth-lifecycle.d.ts
declare function createGitHubOAuthLifecycle(params: {
getConfig: () => OpenClawConfig;
getPersistedConfig?: () => OpenClawConfig;
warn: (message: string) => void;
}): {
personal: {
status: (action: PersonalGitHubAction) => Promise<PersonalGitHubStatus>;
startAuthorization(action: PersonalGitHubAction): Promise<UsersGitHubAuthorizeStartResult>;
pollAuthorization(action: PersonalGitHubAction, requestId: string): Promise<UsersGitHubAuthorizePollResult>;
cancelAuthorization(action: PersonalGitHubAction, requestId: string): boolean;
disconnect(action: PersonalGitHubAction): void;
refresh: (owner: string) => Promise<void>;
maintain(): Promise<void>;
stop(): Promise<void>;
};
startAuthorization: (input: {
scope: GitHubIdentityScope;
agentId: string;
}) => Promise<ToolsGitHubAuthorizeStartResult>;
pollAuthorization: (requestId: string) => Promise<ToolsGitHubAuthorizePollResult>;
cancelAuthorization: (requestId: string) => boolean;
status: (agentId: string, selectedScope: GitHubIdentityScope) => Promise<{
agentId: string;
selectedScope: "agent" | "system";
selected: {
scope: "agent" | "system";
configured: boolean;
identity: {
source: "agent-override" | "system-configured" | "system-detected";
credentialKind: "managed-oauth" | "managed-pat" | "native";
credentialState: "available" | "configured_unavailable" | "rate_limited" | "unavailable" | "unverified";
account: {
login: string;
} | null;
gitAuthor: {
name: string | null;
email: string | null;
};
evidence: "github-api" | "none" | "rate-limited" | "unverified";
accessExpiresAtMs: number | null;
refreshState: "available" | "expired" | "failed" | "not_applicable" | "refreshing" | "unavailable";
oauthScopes: string[];
repositoryGrants: "unknown";
} | null;
};
effective: {
source: "agent-override" | "system-configured" | "system-detected";
credentialKind: "managed-oauth" | "managed-pat" | "native";
credentialState: "available" | "configured_unavailable" | "rate_limited" | "unavailable" | "unverified";
account: {
login: string;
} | null;
gitAuthor: {
name: string | null;
email: string | null;
};
evidence: "github-api" | "none" | "rate-limited" | "unverified";
accessExpiresAtMs: number | null;
refreshState: "available" | "expired" | "failed" | "not_applicable" | "refreshing" | "unavailable";
oauthScopes: string[];
repositoryGrants: "unknown";
};
}>;
retireProfile: (profileId: string) => void;
refreshEffectiveIdentity: (agentId: string) => Promise<void>;
maintain: () => Promise<void>;
start: () => void;
stop: () => Promise<void>;
};
//#endregion
//#region src/gateway/model-account-authority.d.ts
/** In-process account authority shared by connect and selection owners; never serialized. */
type ModelAccountConnectAction = {
owner: string;
assertCurrent: () => void;
};
type UserModelAccountSelection = ModelAccountConnectAction & {
authProfileId: string;
};
//#endregion
//#region src/gateway/model-account-connect.d.ts
/** One Gateway lifetime owns sign-in steps and authority; provider methods only stage credentials. */
declare function createModelAccountConnectService(options: {
getConfig: () => OpenClawConfig;
onChanged?: () => void;
}): {
listLinks(action: ModelAccountConnectAction): UsersListAuthLinksResult;
link(action: ModelAccountConnectAction, authProfileId: string): UsersLinkAuthProfileResult;
unlink(action: ModelAccountConnectAction, provider: string): UsersUnlinkAuthProfileResult;
list(action: ModelAccountConnectAction, cursor?: string): UsersListModelAccountsResult;
catalog(action: ModelAccountConnectAction): UsersAuthConnectCatalogResult;
select(action: ModelAccountConnectAction, authProfileId: string): UsersSelectModelAccountResult;
start(action: ModelAccountConnectAction, provider: string, methodId: string): Promise<UsersAuthConnectStartResult>;
status(action: ModelAccountConnectAction, connectId: string): UsersAuthConnectStatusResult;
answer(action: ModelAccountConnectAction, connectId: string, stepId: string, value?: unknown): Promise<UsersAuthConnectStatusResult>;
cancel(action: ModelAccountConnectAction, connectId: string): UsersAuthConnectStatusResult;
supersede: (owner: string, provider: string) => void;
stop(): Promise<void>;
};
//#endregion
//#region src/infra/voicewake-routing.d.ts
type VoiceWakeRouteTarget = {
mode: "current";
agentId?: undefined;
sessionKey?: undefined;
} | {
agentId: string;
sessionKey?: undefined;
mode?: undefined;
} | {
sessionKey: string;
agentId?: undefined;
mode?: undefined;
};
type VoiceWakeRouteRule = {
trigger: string;
target: VoiceWakeRouteTarget;
};
type VoiceWakeRoutingConfig = {
version: 1;
defaultTarget: VoiceWakeRouteTarget;
routes: VoiceWakeRouteRule[];
updatedAtMs: number;
};
//#endregion
//#region src/shared/async-work-scope.d.ts
/** Outside a managed scope, the returned promise remains the caller's responsibility. */
declare function trackAsyncWork<T>(run: () => T | Promise<T>): Promise<T>;
//#endregion
//#region src/tasks/task-registry.types.d.ts
/** JSON value shape persisted with runtime-owned task detail. */
type JsonValue = null | boolean | number | string | JsonValue[] | {
[key: string]: JsonValue;
};
/** Runtime families that own task run lifecycles. */
declare const TASK_RUNTIMES: readonly ["subagent", "acp", "cron", "cli"];
declare const TASK_STATUSES: readonly ["queued", "running", "succeeded", "failed", "timed_out", "cancelled", "lost"];
type TaskRuntime = (typeof TASK_RUNTIMES)[number];
type TaskStatus = (typeof TASK_STATUSES)[number];
type TaskDeliveryStatus = "pending" | "delivered" | "session_queued" | "failed" | "dismissed" | "parent_missing" | "not_applicable";
type TaskNotifyPolicy = "done_only" | "state_changes" | "silent";
/** Semantic success detail for required-completion task outcomes. */
type TaskTerminalOutcome = "succeeded" | "blocked";
type TaskScopeKind = "session" | "system";
type TaskStatusCounts = Record<TaskStatus, number>;
type TaskRuntimeCounts = Record<TaskRuntime, number>;
type TaskRegistrySummary = {
total: number;
active: number;
terminal: number;
failures: number;
byStatus: TaskStatusCounts;
byRuntime: TaskRuntimeCounts;
warning?: string;
};
type TaskDeliveryState = {
taskId: string;
requesterOrigin?: DeliveryContext;
lastNotifiedEventAt?: number;
};
type TaskRecord = {
taskId: string;
runtime: TaskRuntime;
taskKind?: string;
sourceId?: string;
requesterSessionKey: string;
ownerKey: string;
scopeKind: TaskScopeKind;
childSessionKey?: string;
parentFlowId?: string;
parentTaskId?: string;
agentId?: string;
/** Agent store for requester transcripts whose session key is unscoped, such as `global`.
* Task authorization remains keyed by ownerKey. */
requesterAgentId?: string;
runId?: string;
label?: string;
task: string;
status: TaskStatus;
deliveryStatus: TaskDeliveryStatus;
notifyPolicy: TaskNotifyPolicy;
createdAt: number;
startedAt?: number;
endedAt?: number;
lastEventAt?: number;
cleanupAfter?: number;
/** Tool invocations observed on this run's agent-event stream. */
toolUseCount?: number;
/** Name of the most recent tool invocation observed for this run. */
lastToolName?: string;
error?: string;
progressSummary?: string;
terminalSummary?: string;
terminalOutcome?: TaskTerminalOutcome;
detail?: JsonValue;
};
//#endregion
//#region src/infra/gateway-suspend-coordinator.d.ts
/** Private identity of one live process-owning host iteration, never a wire token. */
type GatewaySuspendHandoffOwner = {
isCurrent: () => boolean;
};
//#endregion
//#region src/plugins/types.mcp-connection.d.ts
/** Plugin-owned MCP server connection resolver contracts. */
/**
* Trusted runtime identity for per-requester MCP connection resolution.
* Only host-provided fields; plugins must not invent sender identity.
* Future trusted fields (for example cron/subagent user context) can be added additively.
*/
type McpServerConnectionResolveContext = {
/** Trusted message sender id. Required; runs without one fail closed. */
requesterSenderId: string;
/** Channel account id that received the message. */
agentAccountId?: string;
/** Message channel id (for example telegram or slack). */
messageChannel?: string;
};
/** Transport connection resolved for one requester-scoped MCP server. */
type McpServerConnectionResolved = {
url: string;
/** Per-user credentials; never logged, fingerprinted, or persisted by core. */
headers?: Record<string, string>;
};
/**
* Plugin-owned connection resolver for a statically declared MCP server.
* Server name/tool surface stay static; only the transport is requester-bound.
*/
type OpenClawPluginMcpServerConnectionResolver = {
/** Server name matching `mcp.servers` / bundle MCP declaration. */
serverName: string;
resolve: (ctx: McpServerConnectionResolveContext) => McpServerConnectionResolved | null | Promise<McpServerConnectionResolved | null>;
};
/** Registry entry for a plugin MCP server connection resolver. */
type PluginMcpServerConnectionResolverRegistration = {
pluginId: string;
pluginName?: string;
resolver: OpenClawPluginMcpServerConnectionResolver;
source: string;
rootDir?: string;
};
//#endregion
//#region src/plugins/embedding-provider-types.d.ts
/** Input accepted by embedding providers, including multimodal inline-data parts. */
type EmbeddingInput = string | {
text: string;
parts?: Array<{
type: "text";
text: string;
} | {
type: "inline-data";
mimeType: string;
data: string;
}>;
};
/** Per-call options passed to embedding provider calls. */
type EmbeddingProviderCallOptions = {
signal?: AbortSignal;
inputType?: "query" | "document" | "semantic" | "classification" | "clustering";
};
/** Runtime metadata returned with a created embedding provider. */
type EmbeddingProviderRuntime = {
id: string;
cacheKeyData?: Record<string, unknown>;
/** Prior persisted model/cache identities that are equivalent to the current identity. */
indexIdentityAliases?: Array<{
model: string;
cacheKeyData: Record<string, unknown>;
}>;
inlineQueryTimeoutMs?: number;
inlineBatchTimeoutMs?: number;
};
/** Provider-owned canonical identity and exact aliases for persisted indexes. */
type EmbeddingProviderIndexIdentity = {
model: string;
cacheKeyData: Record<string, unknown>;
aliases?: Array<{
model: string;
cacheKeyData: Record<string, unknown>;
}>;
};
/** Created embedding provider instance used by memory/search callers. */
type EmbeddingProvider = {
id: string;
model: string;
dimensions?: number;
maxInputTokens?: number;
embed: (input: EmbeddingInput, options?: EmbeddingProviderCallOptions) => Promise<number[]>;
embedBatch: (inputs: EmbeddingInput[], options?: EmbeddingProviderCallOptions) => Promise<number[][]>;
close?: () => Promise<void> | void;
};
/** Options passed to embedding provider adapters when creating providers. */
type EmbeddingProviderCreateOptions = {
config: OpenClawConfig;
agentDir?: string;
provider?: string;
remote?: {
baseUrl?: string;
apiKey?: SecretInput;
headers?: Record<string, string>;
};
model: string;
inputType?: string;
queryInputType?: string;
documentInputType?: string;
local?: {
modelPath?: string;
modelCacheDir?: string;
};
dimensions?: number;
taskType?: string;
};
/** Result returned by an embedding provider adapter create call. */
type EmbeddingProviderCreateResult = {
provider: EmbeddingProvider | null;
runtime?: EmbeddingProviderRuntime;
};
/** Adapter contract registered by core or plugin embedding providers. */
type EmbeddingProviderAdapter = {
id: string;
defaultModel?: string;
transport?: "local" | "remote";
authProviderId?: string;
/** Canonical model from config only: synchronous, without auth or network access. */
normalizeModel?: (options: EmbeddingProviderCreateOptions) => string;
resolveIndexIdentity?: (options: EmbeddingProviderCreateOptions) => EmbeddingProviderIndexIdentity;
create: (options: EmbeddingProviderCreateOptions) => Promise<EmbeddingProviderCreateResult>;
formatSetupError?: (err: unknown) => string;
};
//#endregion
//#region src/plugins/registry-contribution-types.d.ts
type ContextEngineFactoryContext = {
config?: OpenClawConfig;
agentDir?: string;
workspaceDir?: string;
};
type ContextEngineFactory = (ctx: ContextEngineFactoryContext) => ContextEngine | Promise<ContextEngine>;
type ContextEngineRegistrationLifecycle = "runtime" | "readOnlyDiscovery";
type ContextEngineRegistration = {
factory: ContextEngineFactory;
owner: string;
lifecycle: ContextEngineRegistrationLifecycle;
};
type CompactionProviderSummarizationInstructions = {
identifierPolicy?: "strict" | "off" | "custom";
identifierInstructions?: string;
};
interface CompactionProvider {
id: string;
label: string;
summarize(params: {
messages: unknown[];
signal?: AbortSignal;
compressionRatio?: number;
customInstructions?: string;
summarizationInstructions?: CompactionProviderSummarizationInstructions;
previousSummary?: string;
}): Promise<string>;
}
type RegisteredCompactionProvider = {
provider: CompactionProvider;
ownerPluginId?: string;
};
type MemoryPromptSectionParams = {
availableTools: Set<string>;
citationsMode?: MemoryCitationsMode;
agentId?: string;
agentSessionKey?: string;
sandboxed?: boolean;
};
type MemoryPromptSectionBuilder = (params: MemoryPromptSectionParams) => string[];
type MemoryPromptSectionPreparer = (params: MemoryPromptSectionParams) => Promise<readonly string[]>;
type MemoryCorpusSearchResult = {
corpus: string;
path: string;
title?: string;
kind?: string;
score: number;
snippet: string;
id?: string;
startLine?: number;
endLine?: number;
citation?: string;
source?: string;
provenanceLabel?: string;
sourceType?: string;
sourcePath?: string;
updatedAt?: string;
};
type MemoryCorpusGetResult = {
corpus: string;
path: string;
title?: string;
kind?: string;
content: string;
fromLine: number;
lineCount: number;
id?: string;
provenanceLabel?: string;
sourceType?: string;
sourcePath?: string;
updatedAt?: string;
};
type MemoryCorpusSupplement = {
search(params: {
query: string;
maxResults?: number;
agentId?: string;
agentSessionKey?: string;
sandboxed?: boolean;
}): Promise<MemoryCorpusSearchResult[]>;
get(params: {
lookup: string;
fromLine?: number;
lineCount?: number;
agentId?: string;
agentSessionKey?: string;
sandboxed?: boolean;
}): Promise<MemoryCorpusGetResult | null>;
};
type MemoryCorpusSupplementRegistration = {
pluginId: string;
supplement: MemoryCorpusSupplement;
};
type MemoryPromptSupplementRegistration = {
pluginId: string;
builder: MemoryPromptSectionBuilder;
};
type MemoryPromptPreparationRegistration = {
pluginId: string;
prepare: MemoryPromptSectionPreparer;
};
type MemoryFlushPlan = {
softThresholdTokens: number;
forceFlushTranscriptBytes: number;
reserveTokensFloor: number;
model?: string;
prompt: string;
systemPrompt: string;
relativePath: string;
};
type MemoryFlushPlanResolver = (params: {
cfg?: OpenClawConfig;
nowMs?: number;
contextWindowTokens?: number;
}) => MemoryFlushPlan | null;
type RegisteredMemorySearchManager = Omit<MemorySearchManager, "readFile"> & {
readFile(params: Parameters<MemorySearchManager["readFile"]>[0]): Promise<LegacyMemoryReadResult | MemoryReadResult>;
};
type MemoryRuntimeBackendConfig = {
backend: "builtin";
};
type MemoryPluginRuntime = {
getMemorySearchManager(params: {
cfg: OpenClawConfig;
agentId: string;
purpose?: "default" | "status" | "cli";
/** Request a read-only source freshness scan; runtimes may ignore unsupported diagnostics. */
inspectSources?: boolean;
}): Promise<{
manager: RegisteredMemorySearchManager | null;
debug?: {
backend?: "builtin";
purpose?: "default" | "status" | "cli";
managerMs?: number;
};
error?: string;
}>;
resolveMemoryBackendConfig(params: {
cfg: OpenClawConfig;
agentId: string;
}): MemoryRuntimeBackendConfig;
/** Authorize raw hits before caller-visible use; absent runtimes must not expose session hits. */
authorizeSearchHits?(params: {
cfg: OpenClawConfig;
agentId: string;
requesterSessionKey: string | undefined;
sandboxed: boolean;
hits: MemorySearchResult[];
}): Promise<MemorySearchResult[]>;
classifyWorkspaceMemoryPaths?(params: {
cfg: OpenClawConfig;
agentId: string;
workspaceDir: string;
relativePaths: string[];
}): Promise<Array<{
relativePath: string;
originClass: MemoryOriginClass;
}>>;
closeMemorySearchManager?(params: {
cfg: OpenClawConfig;
agentId: string;
}): Promise<void>;
closeAllMemorySearchManagers?(): Promise<void>;
};
type MemoryPluginPublicArtifactContentType = "markdown" | "json" | "text";
type MemoryPluginPublicArtifact = {
kind: string;
workspaceDir: string;
relativePath: string;
absolutePath: string;
agentIds: string[];
contentType: MemoryPluginPublicArtifactContentType;
};
type MemoryPluginPublicArtifactsProvider = {
listArtifacts(params: {
cfg: OpenClawConfig;
}): Promise<MemoryPluginPublicArtifact[]>;
};
type MemoryPluginCapability = {
promptBuilder?: MemoryPromptSectionBuilder;
flushPlanResolver?: MemoryFlushPlanResolver;
runtime?: MemoryPluginRuntime;
publicArtifacts?: MemoryPluginPublicArtifactsProvider;
/** Local deterministic recall tool required by provider-owned direct lookup. */
deterministicRecallToolName?: string;
/** Whether recall may read protected same-agent private session transcripts. */
supportsPrivateTranscriptRecall?: boolean;
};
type MemoryPluginCapabilityRegistration = {
pluginId: string;
capability: MemoryPluginCapability;
/**
* Registrar-provided memory slot ownership. Only the slot owner may displace
* earlier fields during resolution; undeclared registrations contribute what
* the owner lacks but never take over its runtime or consolidation surface.
*/
memorySlotSelected?: boolean;
};
type SessionDiscussionState = "none" | "available" | "open";
type SessionDiscussionInfo = {
state: SessionDiscussionState;
embedUrl?: string;
openUrl?: string;
};
type SessionDiscussionProvider = {
id: string;
info(params: {
sessionKey: string;
agentId: string;
}): Promise<SessionDiscussionInfo>;
open(params: {
sessionKey: string;
agentId: string;
}): Promise<SessionDiscussionInfo>;
};
type ResolvedPluginRuntimeArtifact = {
source: string;
rootDir: string;
};
//#endregion
//#region src/hooks/internal-hook-types.d.ts
type InternalHookEventType = "command" | "session" | "agent" | "gateway" | "message";
interface InternalHookEvent {
/** The type of event (command, session, agent, gateway, etc.) */
type: InternalHookEventType;
/** The specific action within the type (e.g., 'new', 'reset', 'stop') */
action: string;
/** The session key this event relates to */
sessionKey: string;
/** Additional context specific to the event */
context: Record<string, unknown>;
/** Timestamp when the event occurred */
timestamp: Date;
/** Messages to send back to the user (hooks can push to this array) */
messages: string[];
}
type InternalHookHandler = (event: InternalHookEvent) => Promise<void> | void;
//#endregion
//#region src/tasks/detached-task-runtime-contract.d.ts
type DetachedTaskCreateParams = {
runtime: TaskRuntime;
taskKind?: string;
sourceId?: string;
requesterSessionKey?: string;
ownerKey?: string;
scopeKind?: TaskScopeKind;
requesterOrigin?: TaskDeliveryState["requesterOrigin"];
parentFlowId?: string;
childSessionKey?: string;
parentTaskId?: string;
agentId?: string;
requesterAgentId?: string;
runId?: string;
label?: string;
task: string;
preferMetadata?: boolean;
notifyPolicy?: TaskNotifyPolicy;
deliveryStatus?: TaskDeliveryStatus;
detail?: JsonValue;
};
type DetachedRunningTaskCreateParams = DetachedTaskCreateParams & {
startedAt?: number;
lastEventAt?: number;
progressSummary?: string | null;
};
type DetachedTaskStartParams = {
runId: string;
runtime?: TaskRuntime;
sessionKey?: string;
startedAt?: number;
lastEventAt?: number;
progressSummary?: string | null;
eventSummary?: string | null;
};
type DetachedTaskProgressParams = {
runId: string;
runtime?: TaskRuntime;
sessionKey?: string;
lastEventAt?: number;
progressSummary?: string | null;
eventSummary?: string | null;
};
type DetachedTaskFinalizeCommonParams = {
runId: string;
runtime?: TaskRuntime;
sessionKey?: string;
childSessionKey?: string | null;
endedAt: number;
lastEventAt?: number;
progressSummary?: string | null;
terminalSummary?: string | null;
preserveTerminalSummary?: boolean;
detail?: JsonValue;
suppressDelivery?: boolean;
};
type DetachedTaskCompleteParams = DetachedTaskFinalizeCommonParams & {
terminalOutcome?: TaskTerminalOutcome | null;
};
type DetachedTaskFailParams = DetachedTaskFinalizeCommonParams & {
status?: Extract<TaskStatus, "failed" | "timed_out" | "cancelled">;
error?: string;
};
type DetachedTaskFinalizeParams = DetachedTaskFinalizeCommonParams & {
status: Extract<TaskStatus, "succeeded" | "failed" | "timed_out" | "cancelled">;
error?: string;
clearError?: boolean;
terminalOutcome?: TaskTerminalOutcome | null;
};
type DetachedTaskDeliveryStatusParams = {
runId: string;
runtime?: TaskRuntime;
sessionKey?: string;
deliveryStatus: TaskDeliveryStatus;
error?: string;
};
type DetachedTaskCancelParams = {
cfg: OpenClawConfig;
taskId: string;
reason?: string;
};
type DetachedTaskCancelResult = {
found: boolean;
cancelled: boolean;
reason?: string;
task?: TaskRecord;
};
type DetachedTaskRecoveryAttemptParams = {
taskId: string;
runtime: TaskRuntime;
task: TaskRecord;
now: number;
};
type DetachedTaskRecoveryAttemptResult = {
recovered: boolean;
};
type DetachedTaskFindParams = {
runId: string;
runtime: TaskRuntime;
sessionKey: string;
createdAtOrAfter: number;
createdBefore?: number;
allowSessionFallback?: boolean;
};
type DetachedTaskLifecycleRuntime = {
createQueuedTaskRun: (params: DetachedTaskCreateParams) => TaskRecord | null;
createRunningTaskRun: (params: DetachedRunningTaskCreateParams) => TaskRecord | null;
startTaskRunByRunId: (params: DetachedTaskStartParams) => TaskRecord[];
recordTaskRunProgressByRunId: (params: DetachedTaskProgressParams) => TaskRecord[];
finalizeTaskRunByRunId?: (params: DetachedTaskFinalizeParams) => TaskRecord[];
completeTaskRunByRunId: (params: DetachedTaskCompleteParams) => TaskRecord[];
failTaskRunByRunId: (params: DetachedTaskFailParams) => TaskRecord[];
setDetachedTaskDeliveryStatusByRunId: (params: DetachedTaskDeliveryStatusParams) => TaskRecord[];
/**
* Resolve the task owned by one run generation. Custom runtimes should
* implement this when their records are not mirrored into core task state.
*/
findTaskRun?: (params: DetachedTaskFindParams) => TaskRecord | undefined;
/**
* Return `found: false` when this runtime does not own the task so core can
* fall back to the legacy detached-task cancel path.
*/
cancelDetachedTaskRunById: (params: DetachedTaskCancelParams) => Promise<DetachedTaskCancelResult>;
/**
* Give a registered detached runtime one last chance to recover a stale task
* before core marks it lost during maintenance.
*/
tryRecoverTaskBeforeMarkLost?: (params: DetachedTaskRecoveryAttemptParams) => DetachedTaskRecoveryAttemptResult | Promise<DetachedTaskRecoveryAttemptResult>;
};
type DetachedTaskLifecycleRuntimeRegistration = {
pluginId: string;
runtime: DetachedTaskLifecycleRuntime;
};
//#endregion
//#region src/plugins/agent-tool-result-middleware-types.d.ts
type OpenClawAgentToolResult<TResult = unknown> = AgentToolResult<TResult>;
type AgentToolResultMiddlewareRuntime = "openclaw" | "codex";
type AgentToolResultMiddlewareEvent = {
threadId?: string;
turnId?: string;
toolCallId: string;
toolName: string;
args: Record<string, unknown>;
cwd?: string;
isError?: boolean;
result: OpenClawAgentToolResult;
};
type AgentToolResultMiddlewareContext = {
runtime: AgentToolResultMiddlewareRuntime;
agentId?: string;
sessionId?: string;
sessionKey?: string;
runId?: string;
};
type AgentToolResultMiddlewareResult = {
result: OpenClawAgentToolResult;
};
type AgentToolResultMiddleware = (event: AgentToolResultMiddlewareEvent, ctx: AgentToolResultMiddlewareContext) => Promise<AgentToolResultMiddlewareResult | void> | AgentToolResultMiddlewareResult | void;
type AgentToolResultMiddlewareOptions = {
matcher?: PluginToolMatcher;
runtimes?: AgentToolResultMiddlewareRuntime[];
};
type AgentToolResultMiddlewareScope = {
matcher?: PluginToolMatcher;
runtimes: AgentToolResultMiddlewareRuntime[];
};
//#endregion
//#region src/plugins/board-widget-content-kind.types.d.ts
/** Plugin-owned source kind rendered through the board's sandboxed document host. */
type PluginBoardWidgetContentKind = {
/** Agent-facing kind, for example `diagram`. Must be globally unique. */
kind: string;
/** Short label shown in dashboard chrome. */
label: string;
/** Capability-scoped static resources used by the composed document. */
resources: {
surface: string;
paths: string[];
/**
* Public static renderer bytes served without Gateway credentials.
* Declaring this reader reserves every path globally across content kinds,
* including registrations without a public reader.
* Public paths must be canonical URL pathnames and cannot use `/mcp-app-sandbox`.
*/
readPublicResource?: (path: string) => Promise<{
body: Uint8Array;
contentType: string;
} | undefined>;
};
/** Reject malformed or unsupported source before it reaches persistent storage. */
validateSource: (source: string) => void;
/** Build the untrusted document body; core adds the canonical bridge and CSP shell. */
composeDocument: (params: {
source: string;
title: string;
resourceUrls: Readonly<Record<string, string>>;
promptGranted: boolean;
}) => string;
};
//#endregion
//#region src/plugins/codex-app-server-extension-types.d.ts
/** Tool-result event emitted to Codex app-server plugin extensions. */
type CodexAppServerToolResultEvent = {
threadId: string;
turnId: string;
toolCallId: string;
toolName: string;
args: Record<string, unknown>;
result: AgentToolResult<unknown>;
};
/** Session context passed with Codex app-server extension events. */
type CodexAppServerExtensionContext = {
agentId?: string;
sessionId?: string;
sessionKey?: string;
runId?: string;
};
/** Optional replacement result returned by a Codex app-server extension handler. */
type CodexAppServerToolResultHandlerResult = {
result: AgentToolResult<unknown>;
};
/** Runtime event surface exposed to Codex app-server extension factories. */
type CodexAppServerExtensionRuntime = {
on: (event: "tool_result", handler: (event: CodexAppServerToolResultEvent, ctx: CodexAppServerExtensionContext) => Promise<CodexAppServerToolResultHandlerResult | void> | CodexAppServerToolResultHandlerResult | void) => void;
};
/** Factory signature for Codex app-server plugin extensions. */
type CodexAppServerExtensionFactory = (runtime: CodexAppServerExtensionRuntime) => Promise<void> | void;
//#endregion
//#region src/infra/agent-events.d.ts
/** Stream name for agent events delivered to gateway listeners and plugin host hooks. */
type AgentEventStream = "lifecycle" | "tool" | "assistant" | "usage" | "error" | "item" | "plan" | "approval" | "command_output" | "patch" | "compaction" | "thinking" | (string & {});
/** Enriched event delivered to subscribers after sequencing and context stamping. */
type AgentEventPayload = {
runId: string;
seq: number;
stream: AgentEventStream;
ts: number;
data: Record<string, unknown>;
/** Internal, non-enumerable gateway lifecycle generation that owns this run. */
lifecycleGeneration?: string;
sessionKey?: string;
/**
* sessionId the run was bound to when it started. Lifecycle persistence uses
* this to reject terminal events from a pre-`sessions.reset` run that would
* otherwise clobber the rotated session row resolved by the shared sessionKey.
*/
sessionId?: string;
agentId?: string;
};
/** Subscribes to sequenced agent events; returns an unsubscribe callback. */
declare function onAgentEvent(listener: (evt: AgentEventPayload) => void): () => void;
//#endregion
//#region src/plugins/host-hooks.d.ts
/** Reason passed to plugin cleanup callbacks when host-owned state changes. */
type PluginHostCleanupReason = "disable" | "reset" | "delete" | "restart";
type PluginSessionExtensionProjectionContext = {
sessionKey: string;
sessionId?: string;
state: PluginJsonValue | undefined;
};
/** Session extension registration owned by a plugin namespace. */
type PluginSessionExtensionRegistration = {
namespace: string;
description: string;
project?: (ctx: PluginSessionExtensionProjectionContext) => PluginJsonValue | undefined;
cleanup?: (ctx: {
reason: PluginHostCleanupReason;
sessionKey?: string;
}) => void | Promise<void>;
/**
* When set, after every successful `patchSessionExtension` the projected
* value is mirrored to `SessionEntry[<slotKey>]` so non-plugin readers
* can consume the typed slot without reaching into
* `pluginExtensions[pluginId][namespace]`.
*
* The slot is a read-only mirror: writes always go through
* `patchSessionExtension`; the host overwrites the slot value on every
* subsequent patch.
*/
sessionEntrySlotKey?: string;
/**
* Optional JSON-compatible schema describing the projected slot value.
* Purely informational at this layer; clients may use it to validate the
* mirrored slot against a contract.
*/
sessionEntrySlotSchema?: PluginJsonValue;
};
type PluginToolPolicyDecision = PluginHookBeforeToolCallResult | {
allow?: boolean;
reason?: string;
};
type PluginTrustedToolPolicyRegistration = {
id: string;
description: string;
matcher?: PluginToolMatcher;
evaluate: (event: PluginHookBeforeToolCallEvent, ctx: PluginHookToolContext) => PluginToolPolicyDecision | void | Promise<PluginToolPolicyDecision | void>;
};
type PluginToolMetadataRegistration = {
toolName: string;
displayName?: string;
description?: string;
risk?: "low" | "medium" | "high";
tags?: string[];
};
type PluginControlUiTabGroup = "control" | "agent";
type PluginControlUiDescriptor = {
id: string;
/** "tab" adds a sidebar tab; "widget" advertises a trusted dashboard renderer. */
surface: "session" | "tool" | "run" | "settings" | "tab" | "widget";
label: string;
description?: string;
/** Bundled plugins may claim their matching native route as `route:<pluginId>`. */
placement?: string;
schema?: PluginJsonValue;
requiredScopes?: OperatorScope[];
/** Icon name hint for tab descriptors; unknown names fall back to a generic icon. */
icon?: string;
/**
* Gateway HTTP path (e.g. /plugins/<id>/panel) rendered in a sandboxed frame
* when the Control UI has no bundled view for this tab.
*/
path?: string;
/** Sidebar group for tab descriptors; defaults to "control". */
group?: PluginControlUiTabGroup;
/** Sort order among plugin tabs; lower renders first. */
order?: number;
};
type PluginSessionActionContext = {
pluginId: string;
actionId: string;
sessionKey?: string;
agentId?: string;
payload?: PluginJsonValue;
client?: {
connId?: string;
scopes: string[];
};
};
type PluginSessionActionResult = {
ok?: true;
result?: PluginJsonValue;
reply?: PluginJsonValue;
continueAgent?: boolean;
} | {
ok: false;
error: string;
code?: string;
details?: PluginJsonValue;
};
type PluginSessionActionRegistration = {
id: string;
description?: string;
schema?: PluginJsonValue;
requiredScopes?: OperatorScope[];
handler: (ctx: PluginSessionActionContext) => PluginSessionActionResult | void | Promise<PluginSessionActionResult | void>;
};
type PluginRuntimeLifecycleRegistration = {
id: string;
description?: string;
cleanup?: (ctx: {
reason: PluginHostCleanupReason;
sessionKey?: string;
runId?: string;
}) => void | Promise<void>;
};
type PluginAgentEventSubscriptionRegistration = {
id: string;
description?: string;
streams?: AgentEventStream[];
handle: (event: AgentEventPayload, ctx: {
getRunContext: <T extends PluginJsonValue = PluginJsonValue>(namespace: string) => T | undefined;
setRunContext: (namespace: string, value: PluginJsonValue) => void;
clearRunContext: (namespace?: string) => void;
}) => void | Promise<void>;
};
type PluginAgentEventEmitParams = {
runId: string;
stream: AgentEventStream;
data: PluginJsonValue;
sessionKey?: string;
};
type PluginAgentEventEmitResult = {
emitted: true;
stream: AgentEventStream;
} | {
emitted: false;
reason: string;
};
type PluginRunContextPatch = {
runId: string;
namespace: string;
value?: PluginJsonValue;
unset?: boolean;
};
type PluginRunContextGetParams = {
runId: string;
namespace: string;
};
type PluginSessionSchedulerJobRegistration = {
id: string;
sessionKey: string;
kind: string;
description?: string;
cleanup?: (ctx: {
reason: PluginHostCleanupReason;
sessionKey: string;
jobId: string;
}) => void | Promise<void>;
};
type PluginSessionSchedulerJobHandle = {
id: string;
pluginId: string;
sessionKey: string;
kind: string;
};
type PluginSessionAttachmentFile = {
path: string;
};
type PluginAttachmentChannelHints = {
parseMode?: "HTML";
silent?: boolean;
/** Require host detection to match this MIME before forcing document delivery. */
forceDocumentMime?: string;
threadId?: string | number;
/** @deprecated Put portable attachment hints directly on `channelHints`. */
telegram?: {
parseMode?: "HTML";
disableNotification?: boolean;
/**
* Require host-side detection to match this MIME before forcing document delivery.
* Mismatched files are rejected before the outbound adapter is called.
*/
forceDocumentMime?: string;
};
/** @deprecated Use `channelHints.threadId`. */
slack?: {
threadTs?: string;
};
};
type PluginSessionAttachmentCaptionFormat = "plain" | "html" | "markdown";
type PluginSessionAttachmentParams = {
sessionKey: string;
files: PluginSessionAttachmentFile[];
text?: string;
threadId?: string | number;
forceDocument?: boolean;
maxBytes?: number;
captionFormat?: PluginSessionAttachmentCaptionFormat;
channelHints?: PluginAttachmentChannelHints;
};
type PluginSessionAttachmentResult = {
ok: true;
channel: string;
deliveredTo: string;
count: number;
} | {
ok: false;
error: string;
};
type PluginSessionTurnScheduleCommonParams = {
sessionKey: string;
message: string;
agentId?: string;
deliveryMode?: "none" | "announce";
name?: string;
/** Optional cleanup tag. Reserved cron-name delimiters like `:` are rejected. */
tag?: string;
};
type PluginSessionTurnScheduleParams = ({
at: string | number | Date;
deleteAfterRun?: boolean;
} & PluginSessionTurnScheduleCommonParams) | ({
delayMs: number;
deleteAfterRun?: boolean;
} & PluginSessionTurnScheduleCommonParams) | ({
cron: string;
tz?: string;
deleteAfterRun?: false;
} & PluginSessionTurnScheduleCommonParams);
type PluginSessionTurnUnscheduleByTagParams = {
sessionKey: string;
tag: string;
};
type PluginSessionTurnUnscheduleByTagResult = {
removed: number;
failed: number;
};
//#endregion
//#region src/plugins/plugin-command-dispatch-contract.d.ts
/** Lightweight reply-option contract for prepared plugin command ownership. */
declare const PLUGIN_COMMAND_DISPATCH: unique symbol;
type PluginCommandReplyOptions = Readonly<{
[PLUGIN_COMMAND_DISPATCH]?: Readonly<{
kind: "plugin" | "non-plugin";
}>;
}>;
//#endregion
//#region packages/gateway-protocol/src/schema/skill-resources.d.ts
/** Portable, bounded skill resources; paths are relative to a worker-owned resource directory. */
declare const SkillResourceDeliverySchema: Type.TObject<{
version: Type.TLiteral<1>;
skills: Type.TArray<Type.TObject<{
sourcePath: Type.TOptional<Type.TString>;
modelVisible: Type.TOptional<Type.TBoolean>;
name: Type.TString;
displayName: Type.TOptional<Type.TString>;
description: Type.TString;
revision: Type.TString;
files: Type.TArray<Type.TObject<{
path: Type.TString;
content: Type.TString;
encoding: Type.TOptional<Type.TUnion<[Type.TLiteral<"utf8">, Type.TLiteral<"base64">]>>;
executable: Type.TOptional<Type.TBoolean>;
}>>;
}>>;
}>;
type SkillResourceDelivery = Static<typeof SkillResourceDeliverySchema>;
//#endregion
//#region packages/gateway-protocol/src/schema/worker-skill-workshop.d.ts
declare const WorkerSkillWorkshopBindingSchema: Type.TObject<{
multipleProfiles: Type.TBoolean;
}>;
type WorkerSkillWorkshopBinding = Static<typeof WorkerSkillWorkshopBindingSchema>;
//#endregion
//#region src/plugins/computer-use-contract.d.ts
declare const ComputerUseCapabilityDescriptorSchema: Type.TObject<{
contractVersion: Type.TLiteral<2>;
provider: Type.TObject<{
id: Type.TString;
label: Type.TString;
generation: Type.TString;
}>;
actions: Type.TArray<Type.TEnum<["screenshot", "left_click", "right_click", "middle_click", "double_click", "triple_click", "mouse_move", "left_click_drag", "left_mouse_down", "left_mouse_up", "scroll", "type", "key", "hold_key", "wait", "list_apps", "list_windows", "get_accessibility_tree", "get_cursor_position", "get_window_state", "launch_app", "kill_app", "bring_to_front", "set_value", "zoom", "get_browser_state", "browser_prepare", "browser_navigate", "browser_click", "browser_type", "browser_dialog", "browser_set_input_files", "browser_download", "browser_pointer", "escalate_scope", "get_recording_state", "start_recording", "stop_recording", "replay_trajectory", "invoke_menu"]>>;
targets: Type.TArray<Type.TEnum<["screen", "window", "element", "browser"]>>;
deliveryModes: Type.TArray<Type.TEnum<["background", "foreground"]>>;
observations: Type.TArray<Type.TEnum<["image", "accessibility", "browser"]>>;
features: Type.TObject<{
recording: Type.TBoolean;
agentCursor: Type.TBoolean;
multiDisplay: Type.TBoolean;
}>;
}>;
type ComputerUseCapabilityDescriptor = Static<typeof ComputerUseCapabilityDescriptorSchema>;
//#endregion
//#region src/worker/tool-authority.d.ts
declare const WORKER_TOOL_NAMES: readonly ["read", "write", "edit", "apply_patch", "exec", "process", "browser", "computer", "skill_workshop", "sessions_spawn", "sessions_send", "portal"];
type WorkerToolName = (typeof WORKER_TOOL_NAMES)[number];
type WorkerToolAuthority = {
allowedToolNames: WorkerToolName[];
};
//#endregion
//#region src/worker/launch-descriptor.d.ts
type WorkerBrowserLaunchDescriptor = {
cdpUrl: string;
launcherPath: string;
};
type WorkerComputerLaunchDescriptor = {
nodeId: string;
computerUse: ComputerUseCapabilityDescriptor;
};
type WorkerGitHubLaunchBinding = {
token: string;
login: string;
branch: string;
remoteUrl?: string;
gitAuthor?: {
name?: string;
email?: string;
};
};
type WorkerLaunchPermissionContext = {
permissionMode: SessionPermissionMode;
workerContainmentRoot: string;
} | {
permissionMode?: never;
workerContainmentRoot?: never;
};
type WorkerLaunchAssignment = WorkerLaunchPermissionContext & {
skillAuthoring?: WorkerSkillWorkshopBinding;
skillResources?: SkillResourceDelivery;
/** Host placement namespace used for worker-local policy, hooks, and audit attribution. */
agentId: string;
operationalRunInstance: OperationalRunInstanceRef;
/** Opaque host-signed runtime envelope; worker code never parses private identity. */
agentRuntimeIdentityToken: string;
runId: string;
turnId: string;
prompt: string | Extract<WorkerTranscriptMessage, {
role: "user";
}>["content"];
suppressPromptTranscript: boolean;
workspaceDir: string;
modelRef: WorkerInferenceModelRef;
inferenceOptions: WorkerInferenceOptions;
systemPrompt?: string;
initialMessages: WorkerTranscriptMessage[];
transcript: {
baseLeafId: WorkerTranscriptCommitParams["baseLeafId"];
nextSeq: number;
};
liveEvents: {
ackedSeq: number;
nextSeq: number;
};
toolAuthority: WorkerToolAuthority;
browser?: WorkerBrowserLaunchDescriptor;
computer?: WorkerComputerLaunchDescriptor;
github?: WorkerGitHubLaunchBinding;
};
type WorkerLaunchAdmission = Omit<WorkerConnectParams["admission"], "runId"> & {
sessionId: string;
};
type WorkerLaunchPlan = {
version: 4;
admission: WorkerLaunchAdmission;
assignment: WorkerLaunchAssignment;
};
//#endregion
//#region src/worker/node-workspace-transfer-protocol.d.ts
type NodeWorkerWorkspaceTransferInput = {
direction: "download";
token: string;
manifestRef: string;
/** Reuse this prepared project's immutable Git objects before downloading a pack. */
seedKey?: string;
/** Install attachment files only; never replace or delete workspace entries. */
attachments?: true;
} | {
direction: "upload";
token: string;
baseManifestRef: string;
};
//#endregion
//#region src/worker/node-workspace-protocol.d.ts
type NodeWorkerWorkspaceSeedInput = {
action: "apply";
key: string;
} | {
action: "store";
key: string;
maxAgeMs: number;
};
//#endregion
//#region src/gateway/worker-environments/workspace-reconcile-core.d.ts
type WorkerWorkspaceApplyResult = {
manifestRef: string;
manifest: WorkerWorkspaceManifest;
conflictPaths: string[];
verifyLocalStable(): Promise<void>;
};
//#endregion
//#region src/gateway/worker-environments/tunnel-contract.d.ts
type WorkerTunnelRequest = {
environmentId: string;
ownerEpoch: number;
};
type WorkerWorkspaceCommand = {
argv: readonly string[];
transportRetry: "idempotent" | "never";
/** Local owner guard revalidated after transport awaits, immediately before dispatch. */
assertCurrent?: () => void;
onDispatchReady?: () => void;
input?: string;
timeoutMs?: number;
signal?: AbortSignal;
transfer?: NodeWorkerWorkspaceTransferInput;
seed?: NodeWorkerWorkspaceSeedInput;
};
type WorkerWorkspaceSyncRequest = {
localPath: string;
sessionId: string;
generation: number;
gitAuthor?: {
name?: string;
email?: string;
};
/** Immutable project identity from the owning environment's provisioning snapshot. */
projectKey?: string;
};
type WorkerWorkspaceSyncResult = {
mode: "git" | "plain";
remoteWorkspaceDir: string;
manifestRef: string;
};
type WorkerWorkspaceReconcileRequest = {
localPath: string;
remoteWorkspaceDir: string;
baseManifestRef: string;
journal: WorkerWorkspaceReconciliationJournalAdapter;
stagedResult?: {
ref: string;
record(ref: string): void;
};
};
type WorkerWorkspaceReconcileResult = {
manifestRef: string;
changed: boolean;
/** Re-read the remote workspace after local acceptance, immediately before teardown. */
verifyStable(): Promise<void>;
/** Re-read the accepted local result after the remote stability fence. */
verifyLocalStable(): Promise<void>;
/** Apply the prepared candidate locally without making it restart-authoritative. */
applyPreparedStagedResult?(): Promise<void>;
/** Return the accepted local manifest and any keep-local conflicts after apply. */
getAppliedWorkspaceResult?(): WorkerWorkspaceApplyResult | undefined;
/** Publish the verified candidate for restart recovery. */
publishStagedResult?(): Promise<void>;
discardPreparedStagedResult?(): Promise<void>;
};
type WorkerWorkspaceQuiescence = {
/** Prove the watchdog lease still owns stopped processes and extend it through teardown. */
assertActive(): Promise<void>;
/** Resume only the remote processes stopped by this quiescence owner. */
resume(): Promise<void>;
};
type WorkerTurnLaunchRequest = {
plan: WorkerLaunchPlan;
turnClaim: WorkerSessionTurnClaim;
timeoutMs?: number;
credentialExpiresAtMs?: number;
signal?: AbortSignal;
onDispatchReady?: () => void;
};
type WorkerWorkspaceTunnelHandle = {
environmentId: string;
ownerEpoch: number;
launchTurn?: never;
measureLaunchTurn?: never;
runWorkspaceCommand(command: WorkerWorkspaceCommand): Promise<SpawnResult>;
stageAttachments?(request: {
localPath: string;
isAuthorized: () => boolean;
signal: AbortSignal;
}): Promise<void>;
quiesceWorkspace(remoteWorkspaceDir: string): Promise<WorkerWorkspaceQuiescence>;
syncWorkspace(request: WorkerWorkspaceSyncRequest): Promise<WorkerWorkspaceSyncResult>;
reconcileWorkspace(request: WorkerWorkspaceReconcileRequest): Promise<WorkerWorkspaceReconcileResult>;
stop(): Promise<void>;
};
type WorkerTurnTunnelHandle = Omit<WorkerWorkspaceTunnelHandle, "launchTurn" | "measureLaunchTurn"> & {
measureLaunchTurn(plan: WorkerLaunchPlan, claim: WorkerSessionTurnClaim): number;
launchTurn(request: WorkerTurnLaunchRequest): Promise<SpawnResult>;
};
type WorkerTunnelHandle = WorkerWorkspaceTunnelHandle | WorkerTurnTunnelHandle;
//#endregion
//#region src/gateway/worker-environments/service-contract.d.ts
/** Non-secret worker projection available to Gateway request handlers. */
type WorkerEnvironmentServiceRecord = {
environmentId: string;
providerId: string;
profileId: string;
leaseId: string | null;
nodeDeviceId?: string | null;
sharedHost: boolean | null;
state: WorkerEnvironmentState;
ownerEpoch: number;
createdAtMs: number;
idleSinceAtMs: number | null;
attachedSessionIds: readonly string[];
desktopAvailable: boolean;
desktopApps: readonly WorkerDesktopApp["id"][];
tunnelStatus: WorkerTunnelStatus;
error?: string;
};
type WorkerDesktopObserveResult = {
transport: "rfb";
wsPath: string;
expiresAtMs: number;
control: boolean;
vncPassword?: string;
};
type WorkerDesktopLaunchResult = {
app: WorkerDesktopApp["id"];
status: "ready";
};
/** Request-facing lifecycle methods, kept separate from persistence and provider internals. */
type WorkerEnvironmentServiceContract = {
list(): WorkerEnvironmentServiceRecord[];
get(environmentId: string): WorkerEnvironmentServiceRecord | undefined;
inventoryVersion(): number;
supportsExecutionMode(profileId: string, mode: WorkerPlacementExecutionMode): boolean;
listMachineOptions(profileId: string): Promise<readonly WorkerMachineOption[] | undefined>;
create(profileId: string, idempotencyKey: string, machineClass?: string, executionMode?: WorkerPlacementExecutionMode): Promise<WorkerEnvironmentServiceRecord>;
destroy(environmentId: string): Promise<WorkerEnvironmentServiceRecord>;
destroyUnattached(environmentId: string): Promise<WorkerEnvironmentServiceRecord>;
observeDesktop(request: {
environmentId: string;
control: boolean;
}): Promise<WorkerDesktopObserveResult>;
launchDesktopApp(request: {
environmentId: string;
app: WorkerDesktopApp["id"];
}): Promise<WorkerDesktopLaunchResult>;
startTunnel(request: WorkerTunnelRequest): Promise<WorkerTunnelHandle>;
stopTunnel(environmentId: string, ownerEpoch?: number): Promise<void>;
};
type WorkerPlacementDispatchRequest = {
sessionId: string;
sessionKey: string;
agentId: string;
profileId: string;
executionMode: WorkerPlacementExecutionMode;
devicePlacement?: DevicePlacementRequirement;
idempotencyKey?: string;
deviceId?: string;
machineClass?: string;
inheritedProfile?: {
providerId: string;
profileSnapshot: WorkerProfile;
};
};
type WorkerPlacementReclaimRequest = {
sessionId: string;
sessionKey: string;
agentId: string;
};
type WorkerPlacementMoveRequest = WorkerPlacementReclaimRequest & {
source: WorkerPlacementMoveSource;
target: WorkerPlacementMoveTarget;
abandonSource?: true;
};
/** Closure-bound request authority; in-process only and never part of durable placement intent. */
type WorkerPlacementAuthorization = () => void;
type WorkerPlacementDispatchContract = {
dispatch(request: WorkerPlacementDispatchRequest, onTransition?: (placement: WorkerSessionPlacementRecord) => void, authorize?: WorkerPlacementAuthorization): Promise<Extract<WorkerSessionPlacementRecord, {
state: "active";
}>>;
move?(request: WorkerPlacementMoveRequest, onTransition?: (placement: WorkerSessionPlacementRecord) => void, authorize?: WorkerPlacementAuthorization): Promise<Extract<WorkerSessionPlacementRecord, {
state: "local" | "active";
}>>;
reclaim?(request: WorkerPlacementReclaimRequest, authorize?: WorkerPlacementAuthorization, beforeDrain?: WorkerPlacementAuthorization): Promise<Extract<WorkerSessionPlacementRecord, {
state: "local" | "reclaimed";
}>>;
forceDestroyEnvironment?(environmentId: string, onCleanupError?: (error: unknown) => void): Promise<WorkerEnvironmentServiceRecord>;
reconcileActive?(environmentId?: string): Promise<void>;
};
//#endregion
//#region src/gateway/worker-environments/session-placement-lifecycle.d.ts
type SessionWorkerPlacementContext = {
workerEnvironmentService?: Pick<WorkerEnvironmentServiceContract, "get">;
workerPlacementDispatchService?: Pick<WorkerPlacementDispatchContract, "reclaim">;
workerSessionPlacementService?: Pick<WorkerSessionPlacementStore, "getMany"> & Partial<Pick<WorkerSessionPlacementStore, "retireSessionPlacement" | "listForReconcile">>;
};
//#endregion
//#region src/auto-reply/reply/abort.runtime-types.d.ts
/** Result from the fast abort path before normal reply dispatch starts. */
type FastAbortResult = {
handled: boolean;
aborted: boolean;
rejectionReason?: "finalizing";
stoppedSubagents?: number;
failedSubagents?: number;
};
/** Runtime hook that may convert a message into an immediate abort action. */
type TryFastAbortFromMessage = (params: {
ctx: FinalizedRuntimeMsgContext;
cfg: OpenClawConfig;
isCommandTargetCurrent?: () => boolean;
}) => Promise<FastAbortResult>;
/** Formats the user-visible abort acknowledgement text. */
type FormatAbortReplyText = (stoppedSubagents?: number, rejectionReason?: FastAbortResult["rejectionReason"], failedSubagents?: number) => string;
//#endregion
//#region src/auto-reply/reply/command-session-metadata.d.ts
type CommandSessionMetadataChange = {
sessionKey: string;
agentId?: string;
reason: "command-metadata";
};
//#endregion
//#region src/gateway/cron-creator-authority-grant.d.ts
type CronCreatorAuthorityRunScope = {
readonly runId: string;
readonly callerOrigin: CronScheduledToolCallerOrigin;
readonly signal: AbortSignal;
readonly grantTokens: Set<string>;
readonly controlUiAdmin?: true;
active: boolean;
abort: () => void;
};
//#endregion
//#region src/agents/tools/cron-tool.types.d.ts
type CronCreatorToolAllowlistEntry = string | {
/** Canonical policy name persisted into toolsAllow caps. */
name: string;
pluginId?: string;
/** Runtime-specific alias the creator surface presented for this tool. */
aliasName?: string;
/** Restrict-only execution policy carried by a host-created alias projection. */
execTarget?: {
host: "gateway";
ask?: "always";
};
};
type CronToolsAllowCaptureProvenance = {
version: 1;
source: "final-executable-surface";
};
type CronToolsAllowCaptureRef = {
value?: CronToolsAllowCaptureProvenance;
};
type CronCreatorToolAuthorityMaterialization = {
tools: readonly CronCreatorToolAllowlistEntry[];
provenance: CronToolsAllowCaptureProvenance;
/** Opaque runtime-owned authority captured with the same exact executable surface. */
runtimeAuthority?: CronRuntimeAuthority;
};
type CronCreatorToolAuthoritySnapshot = Omit<CronCreatorToolAuthorityMaterialization, "runtimeAuthority"> & {
/** Gateway-process one-shot proof consumed only at the matching cron write. */
grant: CronCreatorAuthorityGrant;
};
type CronToolOptions = {
agentSessionKey?: string;
agentId?: string;
/** Authenticated source account; authority must not be inferred from delivery. */
agentAccountId?: string;
/**
* Resolved config for the calling context. Shapes the advertised schema and
* description: when cron.triggers.enabled is off, trigger-gated surfaces
* (trigger, script payloads, stream schedules) are not advertised. Omitting
* config keeps the full surface for config-less callers.
*/
config?: OpenClawConfig;
currentDeliveryContext?: DeliveryContext;
/**
* Effective tool surface visible to the caller that created or edited a cron job.
* Cron agent turns and trigger scripts use fresh runtimes, so agent-origin jobs
* need this cap persisted before the original session policy is lost.
*/
creatorToolAllowlist?: CronCreatorToolAllowlistEntry[];
/** Host-owned proof that creatorToolAllowlist reached the final executable surface. */
creatorToolAllowlistCaptureRef?: CronToolsAllowCaptureRef;
/** Attempt-cached authority resolved only when a mutation changes its tool cap. */
resolveCreatorToolAuthority?: (options?: {
signal?: AbortSignal;
}) => Promise<CronCreatorToolAuthoritySnapshot>;
/** Visible fail-closed reason when a queued local turn cannot retain fresh MCP authority. */
creatorAuthorityUnavailableReason?: "queued-local-operator-configured-mcp";
selfRemoveOnlyJobId?: string;
runId?: string;
};
//#endregion
//#region src/agents/cron-creator-authority-context.d.ts
/** Opaque in-process capability minted only by an admitted exact run. */
type CronCreatorAuthorityCapability = CronCreatorAuthorityRunScope;
//#endregion
//#region src/skills/workshop/collection-contracts.d.ts
type SkillCollectionReconcileResult = {
backupId: string;
kept: string[];
written: string[];
dropped: Array<{
name: string;
reason: string;
}>;
};
type SkillCollectionReconcileContext = {
agentIds?: string[];
approvedSkillNames?: Set<string>;
approvedSkillNamesByAgent?: Array<Set<string>>;
readSkillHashes?: Map<string, string>;
readSkillTreeHashes?: Map<string, string>;
readSkillBytes?: Map<string, number>;
readByteCount?: number;
assertCurrent?: () => void;
reconciling?: boolean;
result?: SkillCollectionReconcileResult;
};
//#endregion
//#region src/skills/workshop/types.d.ts
type SkillProposalOrigin = {
agentId?: string;
sessionKey?: string;
runId?: string;
messageId?: string;
};
type SkillWorkshopPreparedPatch = {
skillFile: string;
contentHash: string;
oldString: string;
};
/** Run-scoped budget shared by every workshop tool instance created across runner retries. */
type SkillWorkshopProposalMutationBudget = {
remaining: number;
/** Distinct proposal records successfully mutated by this run. */
completed?: number;
/** Successful persisted mutation calls, including repeated revisions. */
successfulMutations?: number;
/** Failed or incompletely checkpointed reservations in the current model run. */
failedMutations?: number;
/** Run-local identity set used to keep idea counts distinct. */
mutatedProposalIds?: Set<string>;
/** Content hash per live skill read this run; autonomous updates require a matching receipt. */
readSkillHashes?: Map<string, string>;
/** Single-use exact-span patch authority prepared from authoritative live content. */
preparedSkillPatches?: Map<string, SkillWorkshopPreparedPatch>;
};
type SkillWorkshopProposalReviewProgress = {
proposalIds: string[];
remaining: number;
successfulMutations: number;
};
/** Shared completion latch for proposal-only reviewers that require a durable final checkpoint. */
type SkillWorkshopProposalReviewCompletion = {
activeMutations?: Set<Promise<void>>;
completed: boolean;
complete: () => Promise<void>;
phase?: "open" | "completing" | "completed";
recordProgress?: (progress: SkillWorkshopProposalReviewProgress) => Promise<void>;
};
/** Exact proposal revision an operator reviewed before requesting an agent-authored revision. */
type SkillWorkshopProposalRevisionConstraint = {
readonly agentId: string;
readonly workspaceDir: string;
readonly proposalId: string;
readonly expectedRevisionHash: string;
};
type SkillWorkshopRunOptions = {
libraryAuthoring?: SkillLibraryAuthoringCapability;
env?: NodeJS.ProcessEnv;
proposalOnly?: boolean;
updateProposals?: boolean;
autonomousCapture?: boolean;
origin?: SkillProposalOrigin;
proposalMutationBudget?: SkillWorkshopProposalMutationBudget;
proposalReviewCompletion?: SkillWorkshopProposalReviewCompletion;
collectionReconcile?: SkillCollectionReconcileContext;
proposalRevision?: SkillWorkshopProposalRevisionConstraint;
};
//#endregion
//#region src/auto-reply/reply/prompt-session-context.d.ts
type ReplyConversationFields = Pick<TemplateContext, "Provider" | "Surface" | "ChatType" | "OriginatingChannel" | "OriginatingTo" | "AccountId" | "MessageThreadId" | "GroupSubject" | "GroupChannel" | "GroupSpace">;
type PreparedReplyConversation = {
fields: ReplyConversationFields;
group: {
channel?: string;
groupId?: string;
groupChannel?: string;
groupSpace?: string;
accountId?: string;
};
activation?: SessionEntry$1["groupActivation"];
};
//#endregion
//#region src/shared/keyed-fifo-lease.d.ts
type KeyedFifoLease = {
wait(signal?: AbortSignal): Promise<boolean>;
release(): void;
};
//#endregion
//#region src/auto-reply/reply/reply-admission-ticket.d.ts
declare const REPLY_ADMISSION_TICKET: unique symbol;
type ReplyAdmissionTicket = KeyedFifoLease;
type ReplyOptionsWithAdmissionTicket = {
[REPLY_ADMISSION_TICKET]?: ReplyAdmissionTicket;
};
//#endregion
//#region src/auto-reply/reply/agent-runner-execution-status.d.ts
/** Projects closed execution independently of later reply delivery. */
declare function resolveAgentTurnExecutionStatus(outcome?: {
kind: "aborted" | "rejected";
} | {
kind: "settled";
status: "ok" | "failed";
}): "cancelled" | "failed" | "ok";
//#endregion
//#region src/agents/scheduled-tool-policy.d.ts
/** Trusted runtime context for a scheduled run with a server-stamped tool cap. */
type ScheduledToolPolicyContext = (Extract<CronScheduledToolPolicy, {
mode: "trusted";
}> | (Extract<CronScheduledToolPolicy, {
mode: "account";
}> & {
/** Missing legacy runtime contexts are treated as unknown and fail closed. */
ownerOrigin?: CronScheduledToolCallerOrigin;
})) & {
/** Restrict-only policy for the rebuilt exec tool; absence keeps baseline exec. */
execTarget?: {
host: "gateway";
ask?: "always";
};
};
//#endregion
//#region src/agents/internal-event-contract.d.ts
declare const AGENT_INTERNAL_EVENT_TYPE_TASK_COMPLETION: "task_completion";
declare const AGENT_INTERNAL_EVENT_SOURCES: readonly ["subagent", "cron", "image_generation", "video_generation", "music_generation"];
declare const AGENT_INTERNAL_EVENT_STATUSES: readonly ["ok", "timeout", "error", "unknown"];
type AgentInternalEventSource = (typeof AGENT_INTERNAL_EVENT_SOURCES)[number];
type AgentInternalEventStatus = (typeof AGENT_INTERNAL_EVENT_STATUSES)[number];
//#endregion
//#region src/agents/generated-attachments.d.ts
type AgentGeneratedAttachment = {
type?: "image" | "audio" | "video" | "file";
path?: string;
url?: string;
mediaUrl?: string;
filePath?: string;
mimeType?: string;
name?: string;
sizeBytes?: number;
durationMs?: number;
width?: number;
height?: number;
};
//#endregion
//#region src/agents/internal-events.d.ts
type AgentTaskCompletionInternalEvent = {
type: typeof AGENT_INTERNAL_EVENT_TYPE_TASK_COMPLETION;
source: AgentInternalEventSource;
childSessionKey: string;
childSessionId?: string;
announceType: string;
taskLabel: string;
status: AgentInternalEventStatus;
statusLabel: string;
result: string;
modelRouteChange?: string;
attachments?: AgentGeneratedAttachment[];
mediaUrls?: string[];
statsLine?: string;
replyInstruction: string;
};
/** Internal event variants that can be rendered into agent prompt context. */
type AgentInternalEvent = AgentTaskCompletionInternalEvent;
//#endregion
//#region src/agents/subagents/announce/subagent-announce-handoff.d.ts
type TrustedSubagentCompletionHandoff = {
kind: "subagent-completion";
sourceSessionKey: string;
sourceSessionId?: string;
targetSessionKey: string;
targetSessionId: string;
provider: string;
model: string;
};
type SubagentCompletionToolHandoffRegistration = {
sourceSessionKey: string;
sourceSessionId?: string;
targetSessionKey: string;
targetSessionId: string;
idempotencyKey: string;
};
//#endregion
//#region src/plugins/runtime/tool-grant.d.ts
/** Owner-scoped additive plugin tools for one trusted agent run. */
type RuntimePluginToolGrant = {
pluginId: string;
toolNames: readonly string[];
};
declare namespace reply_run_finalization_lease_d_exports {
export { ReplyOperationStaleReason$1 as ReplyOperationStaleReason, beginReplyOperationFinalizationWork, createReplyRunFinalizationLease, createReplyRunSettleTimer, formatReplyOperationResult, resetReplyRunSettleTimersForTesting };
}
type ReplyOperationStaleReason$1 = "terminal_unreleased" | "finalization_stalled" | "no_activity" | "stuck_recovery";
declare function formatReplyOperationResult(result: {
kind: "completed";
} | {
kind: string;
code: string;
} | null): string;
type FinalizationLease = {
begin(): void;
beginWork(timeoutMs: number): () => void;
clear(): void;
recordActivity(): void;
};
type ReplyRunSettleTimer = {
clear(): void;
renew(timeoutMs: number): void;
scheduleOnce(timeoutMs: number): void;
};
declare function createReplyRunSettleTimer(params: {
canExpire: () => boolean;
onExpire: () => void;
}): ReplyRunSettleTimer;
declare function createReplyRunFinalizationLease(params: {
owner: object;
canExpire: () => boolean;
onActivity: () => void;
onExpire: () => void;
onFinalizationProgress: () => void;
}): FinalizationLease;
declare function beginReplyOperationFinalizationWork(owner: object, timeoutMs: number): () => void;
declare function resetReplyRunSettleTimersForTesting(): void;
//#endregion
//#region src/auto-reply/reply/reply-run-registry.contracts.d.ts
type ReplyRunKey = string;
type ReplyBackendKind = "embedded" | "cli";
type ReplyBackendCancelReason = "user_abort" | "restart" | "superseded";
type ReplyTurnKind = "visible" | "heartbeat" | "queued_followup";
type ReplyBackendQueueMessageOptions = {
steeringMode?: "all";
/** True when this queue item came from the channel's current user turn. */
isInboundUserMessage?: boolean;
/** Exact tool authority resolved for an inbound user turn before steering. */
toolAuthorityFingerprint?: string;
/** Internal proof that a mismatched route recomputes to the active run's full authority. */
pendingInputAuthorityFingerprint?: string;
debounceMs?: number;
/** Ordered current-turn images to inject with the steering text. */
images?: ImageContent$1[];
imageOrder?: PromptImageOrderEntry[];
/** Ordered facts represented by attachment text in this steering prompt. */
media?: MediaFact[];
deliveryTimeoutMs?: number;
waitForTranscriptCommit?: boolean;
/** Stable source identity for exact queued-message commit/cancellation matching. */
queueIdentity?: string;
abortSignal?: AbortSignal;
/** Releases arrival ordering once the runtime has actually accepted this queue item. */
onQueueAccepted?: (accepted: boolean) => void;
sourceReplyDeliveryMode?: SourceReplyDeliveryMode;
taskSuggestionDeliveryMode?: TaskSuggestionDeliveryMode;
/** Prepared channel turn to merge only at transcript persistence. */
userTurnTranscriptRecorder?: UserTurnTranscriptRecorder;
};
type ReplyToolAuthorityRoute = Readonly<{
provider: string;
model: string;
}>;
/** Per-message authority facts projected against an active run's frozen owner state. */
type ReplyToolAuthorityOverlay = Readonly<{
permissionMode?: SessionEntry$1["permissionMode"];
toolOverrides?: SessionEntry$1["toolOverrides"];
originatingChannel?: OriginatingChannelType;
messageProvider?: string;
chatType?: ChatType;
agentAccountId?: string;
conversationToolPolicy?: GroupToolPolicyConfig;
groupId?: string;
groupChannel?: string;
groupSpace?: string;
memberRoleIds?: string[];
spawnedBy?: string;
senderId?: string;
senderName?: string;
senderUsername?: string;
senderE164?: string;
senderIsOwner: boolean;
inputProvenance?: InputProvenance;
trustedInternalHandoff?: TrustedSubagentCompletionHandoff;
scheduledToolPolicy?: ScheduledToolPolicyContext;
runtimePluginToolGrant?: RuntimePluginToolGrant;
toolsAllow?: string[];
disableTools: boolean;
traceAuthorized: boolean;
approvalReviewerDeviceId?: string;
clientCaps?: string[];
toolBindings?: Readonly<Record<string, unknown>>;
}>;
type ReplyToolAuthoritySnapshot = Readonly<{
fingerprint(route?: ReplyToolAuthorityRoute): string;
project: (overlay: ReplyToolAuthorityOverlay, route: ReplyToolAuthorityRoute) => string;
}>;
type ReplyBackendQueueMessageResult = {
/** Input is non-replayable, but its delivery or commitment could not be confirmed. */
transcriptCommit: "unconfirmed";
errorMessage: string;
};
type ReplyBackendMessageInjection = {
/** Runtime-owned admission state; independent from token streaming. */
isAvailable(): boolean;
queueMessage(text: string, options?: ReplyBackendQueueMessageOptions): Promise<void | ReplyBackendQueueMessageResult>;
};
/** V2 sinks invoke the host-owned, per-injection assertion at their final effect. */
type ReplyBackendMessageInjectionV2 = {
readonly version: 2;
isAvailable(): boolean;
queueMessage(text: string, options: ReplyBackendQueueMessageOptions | undefined, assertCurrent: () => void, authorityKind: "run" | "source-bound"): Promise<void | ReplyBackendQueueMessageResult>;
claimPendingUserInputAnswer?(text: string, options: ReplyBackendQueueMessageOptions | undefined, assertCurrent: () => void, authorityKind: "run" | "source-bound"): Promise<boolean>;
cancelPendingUserInput?(resolvedBy: string, assertCurrent: () => void, authorityKind: "run" | "source-bound"): Promise<boolean>;
};
type ReplyBackendHandle = {
readonly kind: ReplyBackendKind;
readonly runId?: string;
/** Exact authority of this concrete backend attempt, after fallback selection. */
readonly toolAuthorityFingerprint?: string;
readonly sourceReplyDeliveryMode?: SourceReplyDeliveryMode;
readonly taskSuggestionDeliveryMode?: TaskSuggestionDeliveryMode;
/** True only when queueMessage preserves images supplied in its options. */
readonly supportsQueueMessageImages?: boolean;
claimPendingUserInputAnswer?: (text: string, options?: ReplyBackendQueueMessageOptions) => Promise<boolean>;
cancelPendingUserInput?: (resolvedBy: string) => Promise<boolean>;
cancel(reason?: ReplyBackendCancelReason): void;
readonly messageInjection?: ReplyBackendMessageInjection;
/** V1 remains compatible with v2026.8.1; source-bound input requires V2. */
readonly messageInjectionV2?: ReplyBackendMessageInjectionV2;
/** @deprecated Compatibility for shipped embedded handles. Use messageInjection. */
isStreaming?: () => boolean;
isStopped?: () => boolean;
isAbortable?: () => boolean;
/** @deprecated Compatibility for shipped embedded handles. Use messageInjection. */
queueMessage?: (text: string, options?: ReplyBackendQueueMessageOptions) => Promise<void | ReplyBackendQueueMessageResult>;
/**
* Compatibility-only hook so legacy "abort compacting runs" paths can still
* find embedded runs that are compacting during the main run phase.
*/
isCompacting?: () => boolean;
};
/** Prevents steering a turn into a run that cannot preserve its model-facing input. */
type ReplyOperationPhase = "queued" | "waiting_for_deferred_maintenance" | "waiting_for_global_lane" | "preflight_compacting" | "memory_flushing" | "running" | "completed" | "failed" | "aborted";
type ReplyOperationFailureCode = "gateway_draining" | "command_lane_cleared" | "aborted_by_user" | "session_corruption_reset" | "run_stalled" | "run_failed";
type ReplyOperationAbortCode = "aborted_by_user" | "aborted_for_restart" | "aborted_for_supersession";
type ReplyOperationResult = {
kind: "completed";
} | {
kind: "failed";
code: ReplyOperationFailureCode;
cause?: unknown;
} | {
kind: "aborted";
code: ReplyOperationAbortCode;
};
type ReplyOperation = {
readonly key: ReplyRunKey;
readonly sessionId: string;
readonly turnKind: ReplyTurnKind;
/** Gateway lifecycle that admitted this process-local owner. */
readonly lifecycleGeneration?: string;
readonly routeThreadId?: string | number;
/** Transcript branch leaf from which this operation was admitted. */
readonly originatingLeafEntryId?: string | null;
readonly abortSignal: AbortSignal;
readonly resetTriggered: boolean;
/**
* True when this operation was admitted to recover a terminal session (a
* leftover failed/timeout/killed run). Concurrent visible turns reading the
* same terminal store snapshot must NOT force-clear such an operation: it is a
* sibling recovery already in flight, not the proven stale leftover.
*/
readonly terminalRecovery: boolean;
/**
* Sticky fact for audio accepted into this operation after its originating turn.
* Final delivery reads it because the original dispatch context cannot change.
*/
readonly acceptedSteeredInboundAudio: boolean;
/** Immutable tool authority accepted by the active backend for steered user turns. */
readonly toolAuthorityFingerprint?: string;
/** Concrete provider/model route currently selected for this operation. */
readonly toolAuthorityRoute?: ReplyToolAuthorityRoute;
readonly phase: ReplyOperationPhase;
readonly result: ReplyOperationResult | null;
/** Set when a stale-watchdog expiry forced this operation's run_stalled result. */
readonly staleExpiryReason?: ReplyOperationStaleReason;
readonly startedAtMs: number;
readonly lastActivityAtMs: number;
/** True when this operation has owned the supplied session ID. */
hasOwnedSessionId(sessionId: string): boolean;
recordActivity(): void;
setPhase(next: "queued" | "waiting_for_deferred_maintenance" | "waiting_for_global_lane" | "preflight_compacting" | "memory_flushing" | "running"): void;
/** Mark this operation as waiting on prior same-session maintenance. */
markWaitingForDeferredMaintenance(): void;
/** Return a maintenance-waiting operation to queued if the run has not started. */
markDeferredMaintenanceWaitEnded(): void;
/** Mark this operation as waiting for process-global run capacity. */
markWaitingForGlobalLane(): void;
/** Return a global-lane-waiting operation to queued once capacity is granted. */
markGlobalLaneWaitEnded(): void;
/** Mark this operation as an in-flight terminal-session recovery. */
markTerminalRecovery(): void;
markAcceptedSteeredInboundAudio(): void;
/** Freeze the complete caller policy before a concrete backend attempt attaches. */
bindToolAuthoritySnapshot(snapshot: ReplyToolAuthoritySnapshot): void;
/** Project an inbound turn through the current concrete route; settled owners fail closed. */
projectToolAuthorityFingerprint(overlay: ReplyToolAuthorityOverlay): string | undefined;
/** Prepare fingerprint and projection together for the final concrete attempt route. */
bindToolAuthorityRoute(route: ReplyToolAuthorityRoute): string;
updateSessionId(nextSessionId: string): void;
/**
* Move this queued operation to another session key's run slot. Native command
* turns admit under the slash SOURCE key; when the command continues into a full
* agent turn it must own the TARGET session's slot so concurrent target inbounds
* queue/steer instead of double-admitting. Throws ReplyRunAlreadyActiveError when
* the target slot is owned.
*/
updateSessionKey(nextSessionKey: string): void;
attachBackend(handle: ReplyBackendHandle): void;
detachBackend(handle: ReplyBackendHandle): void;
/** Reject later aborts after the backend has committed its terminal outcome. */
freezeAbort(): void;
/**
* Keep a failed operation active until complete() releases the session lane.
* Dispatch uses this while a user-visible failure payload still needs delivery.
*/
retainFailureUntilComplete(): void;
/** Settles after the lifecycle owner's final delivery/persistence barrier. */
readonly ownerSettlement?: Promise<void>;
complete(): void;
/**
* Complete the operation, clear active-run state, then run follow-up work.
* Use when the follow-up can create another ReplyOperation for this session.
*/
completeThen(afterClear: () => void): void;
/**
* Clear active-run state immediately, but delay registered after-clear work
* until delivery or another external barrier settles.
*/
completeWithAfterClearBarrier(barrier: PromiseLike<unknown>, timeout?: number | ReplyFollowupAdmissionBarrierTimeoutPolicy): void;
fail(code: Exclude<ReplyOperationFailureCode, "aborted_by_user">, cause?: unknown): void;
abortByUser(): boolean;
abortForRestart(): boolean;
supersede(beforeSupersede?: () => void): boolean;
};
type ReplyOperationStaleReason = ReplyOperationStaleReason$1;
//#endregion
//#region src/auto-reply/reply/reply-operation-run-state.d.ts
type ReplyOperationAdmissionSnapshot = {
status: "owned";
} | {
status: "accepted";
mode: "steer" | "followup";
} | {
status: "skipped";
reason: "active-run" | "aborted" | "lifecycle-invalidated" | "queue-cap" | "question-response-indeterminate" | "question-response-refused";
};
type ReplyOperationRunState = {
admission?: ReplyOperationAdmissionSnapshot;
messageInjectionAborted?: true;
agentTurn?: ReturnType<typeof resolveAgentTurnExecutionStatus>;
agentTurnOwner?: ReplyOperation;
};
declare const REPLY_OPERATION_RUN_STATE: unique symbol;
type ReplyOptionsWithOperationRunState = {
[REPLY_OPERATION_RUN_STATE]?: ReplyOperationRunState;
};
//#endregion
//#region src/auto-reply/reply/get-reply.types.d.ts
type ReplySessionBinding = {
sessionKey?: string;
sessionId: string;
storePath?: string;
};
type PendingContinuationSettlement = {
settle: (statusDelivered: boolean) => Promise<void>;
};
type ReplyRunVerbosity = {
verboseLevelOverride?: VerboseLevel;
resolvedVerboseLevel: VerboseLevel;
};
type InternalReplySessionOptions = {
/** Invocation-owned conversation facts; never execution or sender authority. */
replyConversation?: PreparedReplyConversation;
prepareAssistantTranscriptMessage?: PrepareAssistantTranscriptMessage;
/** Exact authority-bearing settings captured by Gateway chat admission. */
admittedSessionSettings?: Readonly<Pick<SessionEntry$1, "permissionMode" | "toolOverrides">>;
/** Host-stamped exact-run capability for late Codex creator-authority capture. */
cronCreatorAuthorityCapability?: CronCreatorAuthorityCapability;
expectedExistingSessionId?: string;
/** First dispatch only: admission created this exact pinned session before reply initialization. */
newlyCreatedSessionId?: string;
onDeliberateSilentTerminalReply?: () => void;
/** Defers the child-completion wake until the visible waiting status is delivered. */
onPendingContinuation?: (settlement?: PendingContinuationSettlement) => void;
onSessionPrepared?: (binding: ReplySessionBinding) => void;
/** Publishes each executing turn's preferences without persisting them to its session. */
onRunVerbosityResolved?: (settings: ReplyRunVerbosity) => void;
/** Prevent implicit rollover after a caller has durably admitted this exact session. */
pinExpectedExistingSession?: boolean;
requestedSessionId?: string;
resumeRequestedSession?: boolean;
sessionPromptSourceReplyDeliveryMode?: GetReplyOptions["sourceReplyDeliveryMode"];
/** Receives terminal queue-cap outcomes without widening the public reply API. */
onFollowupQueueDisposition?: (disposition: FollowupQueueDisposition) => void;
/** Delivers queued replies only through their originating Gateway admission. */
onQueuedFollowupReplyBatch?: (batch: QueuedFollowupReplyBatch) => Promise<void> | void;
/** Overrides persisted queue mode for this reply only. */
queueModeOverride?: QueueMode;
/** Dispatch-owned operation used to defer hooks until durable run admission. */
replyOperation?: ReplyOperation;
skillOverrides?: SessionToolOverrides["skills"];
/** Gateway-private optimistic-concurrency constraint for an operator-requested proposal revision. */
skillWorkshopProposalRevision?: SkillWorkshopProposalRevisionConstraint;
skillLibraryAuthoring?: SkillLibraryAuthoringCapability;
};
type InternalGetReplyOptions = GetReplyOptions & PluginCommandReplyOptions & InternalReplySessionOptions & ReplyOptionsWithOperationRunState & ReplyOptionsWithAdmissionTicket;
/** Reply resolver signature used by dispatchers and tests for dependency injection. */
type GetReplyFromConfig = (ctx: MsgContext, opts?: GetReplyOptions, configOverride?: OpenClawConfig) => Promise<ReplyPayload$1 | ReplyPayload$1[] | undefined>;
type InternalGetReplyFromConfig = (ctx: MsgContext, opts?: InternalGetReplyOptions, configOverride?: OpenClawConfig) => Promise<ReplyPayload$1 | ReplyPayload$1[] | undefined>;
//#endregion
//#region src/auto-reply/reply/dispatch-from-config.types.d.ts
type DispatchFromConfigResult = {
queuedFinal: boolean;
counts: Record<ReplyDispatchKind, number>;
failedCounts?: Partial<Record<ReplyDispatchKind, number>>;
settledReceipt?: ReplyDispatchReceipt;
sourceReplyDeliveryMode?: SourceReplyDeliveryMode;
sendPolicyDenied?: boolean;
observedReplyDelivery?: boolean;
deferredToActiveRun?: "steer" | "followup";
noVisibleReplyFallbackEligible?: boolean;
noVisibleReplyFallbackDelivered?: boolean;
deliberateSilentTerminalReply?: true;
beforeAgentRunBlocked?: boolean;
sessionMetadataChanges?: CommandSessionMetadataChange[];
};
type DispatchFromConfigParams = {
ctx: FinalizedMsgContext;
/** Full runtime config captured by the channel; reply resolution refreshes it per turn. */
cfg: OpenClawConfig;
dispatcher: ReplyDispatcher;
replyOptions?: Omit<InternalGetReplyOptions, "onBlockReply">;
replyResolver?: InternalGetReplyFromConfig;
onSessionMetadataChanges?: (changes: CommandSessionMetadataChange[]) => void;
fastAbortResolver?: TryFastAbortFromMessage;
formatAbortReplyTextResolver?: FormatAbortReplyText;
/** Optional patch applied to the current runtime config before reply resolution. */
configOverride?: OpenClawConfig;
/** Gateway-owned worker services for archive recovery outside a request scope. */
sessionWorkerPlacementContext?: SessionWorkerPlacementContext;
/**
* Channel turns consume the Gateway's committed model-runtime owner even when the global
* config snapshot is unavailable during startup or durable ingress replay.
*/
usePublishedModelRuntime?: boolean;
};
type DispatchReplyFromConfig = (params: DispatchFromConfigParams) => Promise<DispatchFromConfigResult>;
//#endregion
//#region src/channels/typing.d.ts
type TypingCallbacks = {
onReplyStart: () => Promise<void>;
onIdle?: () => void;
/** Called when the typing controller is cleaned up (e.g. on NO_REPLY). */
onCleanup?: () => void;
};
type CreateTypingCallbacksParams = {
start: () => Promise<void>;
stop?: () => Promise<void>;
onStartError: (err: unknown) => void;
onStopError?: (err: unknown) => void;
keepaliveIntervalMs?: number;
/** Stop keepalive after this many consecutive start() failures. Default: 2 */
maxConsecutiveFailures?: number;
/** Maximum duration for typing indicator before auto-cleanup (safety TTL). Default: 60s */
maxDurationMs?: number;
};
//#endregion
//#region src/auto-reply/reply/response-prefix-template.d.ts
/**
* Template interpolation for response prefix.
*
* Supports variables like `{model}`, `{provider}`, `{thinkingLevel}`, etc.
* Variables are case-insensitive and unresolved ones remain as literal text.
*/
type ResponsePrefixContext = {
/** Short model name (e.g., "gpt-5.4", "claude-opus-4-6") */
model?: string;
/** Full model ID including provider (e.g., "openai/gpt-5.6-sol") */
modelFull?: string;
/** Provider name (e.g., "openai", "anthropic") */
provider?: string;
/** Current thinking level (e.g., "high", "low", "off") */
thinkingLevel?: string;
/** Agent identity name */
identityName?: string;
};
//#endregion
//#region src/auto-reply/reply/reply-dispatcher.d.ts
type ReplyDispatchErrorHandler = (err: unknown, info: ReplyDispatchRuntimeInfo) => Promise<void> | void;
type ReplyDispatchSkipHandler = (payload: ReplyPayload$1, info: ReplyDispatchRuntimeInfo & {
reason: NormalizeReplySkipReason;
}) => void;
type ReplyDispatchCancelHandler = (payload: ReplyPayload$1, info: ReplyDispatchRuntimeInfo) => Promise<void> | void;
type ReplyDispatchDeliverer = (payload: ReplyPayload$1, info: ReplyDispatchRuntimeInfo) => Promise<unknown>;
type ReplyDispatcherOptions = {
deliver: ReplyDispatchDeliverer;
silentReplyContext?: {
cfg?: OpenClawConfig;
sessionKey?: string;
surface?: string;
conversationType?: SilentReplyConversationType;
};
responsePrefix?: string;
transformReplyPayload?: (payload: ReplyPayload$1) => ReplyPayload$1 | null;
/** Static context for response prefix template interpolation. */
responsePrefixContext?: ResponsePrefixContext;
/** Dynamic context provider for response prefix template interpolation.
* Called at normalization time, after model selection is complete. */
responsePrefixContextProvider?: () => ResponsePrefixContext;
onHeartbeatStrip?: () => void;
onIdle?: () => Promise<void> | void;
onError?: ReplyDispatchErrorHandler;
/** Let a durable ingress owner retry when every attempted send proves no recipient visibility. */
propagateRetryableNoSendFailure?: boolean;
onSkip?: ReplyDispatchSkipHandler;
/** Human-like delay between block replies for natural rhythm. */
humanDelay?: HumanDelayConfig;
beforeDeliver?: ReplyDispatchBeforeDeliver;
/** Owner-declared deadline for the constructor before-delivery callback. */
beforeDeliverOptions?: ReplyDispatchBeforeDeliverOptions;
onBeforeDeliverCancelled?: ReplyDispatchCancelHandler;
/** Observe each queued payload settling, including cancellation and delivery failure. */
onDeliverySettled?: (info: ReplyDispatchRuntimeInfo) => void;
/** Resolve an owner activity policy for holding queued follow-ups behind delivery. */
resolveFollowupAdmissionBarrierTimeoutPolicy?: (context: {
queuedCounts: Readonly<Record<ReplyDispatchKind, number>>;
humanDelayBudgetMs: number;
}) => ReplyFollowupAdmissionBarrierTimeoutPolicy | undefined;
};
type ReplyDispatcherWithTypingOptions = Omit<ReplyDispatcherOptions, "onIdle"> & {
typingCallbacks?: TypingCallbacks;
onReplyStart?: () => Promise<void> | void;
onIdle?: () => Promise<void> | void;
onSettled?: () => unknown;
onFreshSettledDelivery?: () => unknown;
/** Called when the typing controller is cleaned up (e.g., on NO_REPLY). */
onCleanup?: () => void;
};
type ReplyDispatcherWithTypingResult = {
dispatcher: ReplyDispatcher;
replyOptions: Pick<GetReplyOptions, "onReplyStart" | "onTypingController" | "onTypingCleanup">;
markDispatchIdle: () => void;
/** Signal that the model run is complete so the typing controller can stop. */
markRunComplete: () => void;
};
declare function createReplyDispatcherWithTyping(options: ReplyDispatcherWithTypingOptions): ReplyDispatcherWithTypingResult;
//#endregion
//#region src/auto-reply/reply/provider-dispatcher.types.d.ts
type DispatchReplyContext = MsgContext | FinalizedMsgContext;
type DispatchReplyOptions = Omit<GetReplyOptions, "onBlockReply"> & PluginCommandReplyOptions;
/** Buffered block dispatcher entry point used by provider reply flows. */
type DispatchReplyWithBufferedBlockDispatcher$1 = (params: {
ctx: DispatchReplyContext;
cfg: OpenClawConfig;
dispatcherOptions: ReplyDispatcherWithTypingOptions;
toolsAllow?: string[];
replyOptions?: DispatchReplyOptions;
replyResolver?: GetReplyFromConfig;
dispatchReplyFromConfig?: DispatchReplyFromConfig;
}) => Promise<DispatchFromConfigResult>;
//#endregion
//#region src/channels/session.types.d.ts
type InboundLastRouteUpdate = {
sessionKey: string;
channel: string;
to: string;
accountId?: string;
threadId?: string | number;
route?: ChannelRouteRef;
mainDmOwnerPin?: {
ownerRecipient: string;
senderRecipient: string;
onSkip?: (params: {
ownerRecipient: string;
senderRecipient: string;
}) => void;
};
};
/** Function contract for recording inbound channel session state. */
type RecordInboundSession$1 = (params: {
storePath: string;
sessionKey: string;
ctx: MsgContext;
groupResolution?: GroupKeyResolution | null;
createIfMissing?: boolean;
updateLastRoute?: InboundLastRouteUpdate;
onRecordError: (err: unknown) => void;
trackSessionMetaTask?: (task: Promise<unknown>) => void;
}) => Promise<void>;
//#endregion
//#region src/infra/outbound/session-binding.types.d.ts
/**
* Runtime destination a conversation binding points at.
*/
type BindingTargetKind = "subagent" | "session";
/**
* Lifecycle state for a registered session binding.
*/
type BindingStatus = "active" | "ending" | "ended";
/**
* Channel/account/conversation tuple used to resolve a bound delivery route.
*/
type ConversationRef = {
channel: string;
accountId: string;
conversationId: string;
parentConversationId?: string;
};
/**
* Persistable record that connects one conversation to one target session.
*/
type SessionBindingRecord = {
bindingId: string;
targetSessionKey: string;
targetKind: BindingTargetKind;
conversation: ConversationRef;
status: BindingStatus;
boundAt: number;
expiresAt?: number;
metadata?: Record<string, unknown>;
};
//#endregion
//#region packages/markdown-core/src/types.d.ts
/** Table rendering modes used when markdown tables need plaintext-safe output. */
type MarkdownTableMode = "off" | "bullets" | "code" | "block";
//#endregion
//#region packages/markdown-core/src/tables.d.ts
/** Converts markdown tables into the configured plaintext/code rendering mode. */
declare function convertMarkdownTables(markdown: string, mode: MarkdownTableMode): string;
//#endregion
//#region src/agents/identity.d.ts
/** Resolve the configured identity block for one agent. */
declare function resolveAgentIdentity(cfg: OpenClawConfig, agentId: string): IdentityConfig | undefined;
/** Resolve message and response prefix values together for channel delivery. */
declare function resolveEffectiveMessagesConfig(cfg: OpenClawConfig, agentId: string, opts?: {
hasAllowFrom?: boolean;
fallbackMessagePrefix?: string;
channel?: string;
accountId?: string;
}): {
messagePrefix: string;
responsePrefix?: string;
};
/** Resolve per-agent human-delay settings over global agent defaults. */
declare function resolveHumanDelayConfig(cfg: OpenClawConfig, agentId: string): HumanDelayConfig | undefined;
//#endregion
//#region src/auto-reply/dispatch-dispatcher.d.ts
/** Mark a dispatcher complete, wait for pending work, then run optional cleanup. */
declare function settleReplyDispatcher(params: {
dispatcher: ReplyDispatcher;
onSettled?: () => void | Promise<void>;
}): Promise<ReplyDispatchReceipt | undefined>;
/** Run work with a dispatcher and always drain it before returning or throwing. */
declare function withReplyDispatcher<T>(params: {
dispatcher: ReplyDispatcher;
run: () => Promise<T>;
onSettled?: () => void | Promise<void>;
onSettledReceipt?: (receipt: ReplyDispatchReceipt | undefined) => void;
}): Promise<T>;
//#endregion
//#region src/auto-reply/reply/inbound-context.d.ts
type FinalizeInboundContextOptions = {
forceBodyForAgent?: boolean;
forceBodyForCommands?: boolean;
forceChatType?: boolean;
};
declare function finalizeInboundContext<T extends Record<string, unknown>>(ctx: T, opts?: FinalizeInboundContextOptions): Omit<T, LegacyMediaContextKey> & FinalizedRuntimeMsgContext;
//#endregion
//#region src/auto-reply/envelope.d.ts
type AgentEnvelopeParams = {
channel: string;
from?: string;
timestamp?: number | Date;
host?: string;
ip?: string;
body: string;
previousTimestamp?: number | Date;
envelope?: EnvelopeFormatOptions;
};
/** User/config-facing controls for timestamp rendering in prompt envelopes. */
type EnvelopeFormatOptions = {
/**
* "local" (default), "utc", "user", or an explicit IANA timezone string.
*/
timezone?: string;
/**
* Include absolute timestamps in the envelope (default: true).
*/
includeTimestamp?: boolean;
/**
* Include elapsed time suffix when previousTimestamp is provided (default: true).
*/
includeElapsed?: boolean;
/**
* Optional user timezone used when timezone="user".
*/
userTimezone?: string;
};
/** Resolves envelope formatting defaults from agent config. */
declare function resolveEnvelopeFormatOptions(cfg?: OpenClawConfig): EnvelopeFormatOptions;
/** Formats the generic bracketed envelope prepended to agent-visible messages. */
declare function formatAgentEnvelope(params: AgentEnvelopeParams): string;
//#endregion
//#region src/pairing/pairing-store.types.d.ts
type PairingChannel = ChannelId$1;
/** Reads approved ids from a channel/account allowFrom store. */
type ReadChannelAllowFromStoreForAccount = (params: {
channel: PairingChannel;
accountId: string;
env?: NodeJS.ProcessEnv;
}) => Promise<string[]>;
/** Deletes one approved id from a channel/account allowFrom store. */
type RemoveChannelAllowFromStoreEntryForAccount = (params: {
channel: PairingChannel;
entry: string | number;
accountId: string;
env?: NodeJS.ProcessEnv;
pairingAdapter?: ChannelPairingAdapter;
}) => Promise<{
changed: boolean;
allowFrom: string[];
}>;
/** Creates or reuses a pending pairing request for one channel account. */
type UpsertChannelPairingRequestForAccount = (params: {
channel: PairingChannel;
id: string | number;
accountId: string;
meta?: Record<string, string | undefined | null>;
env?: NodeJS.ProcessEnv;
pairingAdapter?: ChannelPairingAdapter;
}) => Promise<{
code: string;
created: boolean;
}>;
//#endregion
//#region src/pairing/pairing-messages.d.ts
declare function buildPairingReply(params: {
channel: PairingChannel;
idLine: string;
code: string;
}): string;
//#endregion
//#region src/media/store.d.ts
/** Media-store file metadata returned after bytes are persisted under a safe media ID. */
type SavedMedia = {
id: string;
path: string;
size: number;
contentType?: string;
};
/** Saves an in-memory media buffer under a UUID-backed media ID. */
declare function saveMediaBuffer(buffer: Buffer, contentType?: string, subdir?: string, maxBytes?: number, originalFilename?: string, detectionFilePathHint?: string): Promise<SavedMedia>;
//#endregion
//#region src/media/fetch.d.ts
/** Remote media bytes plus metadata before they are persisted to the media store. */
type FetchMediaResult = {
buffer: Buffer;
contentType?: string;
fileName?: string;
};
/** Saved media record enriched with the best remote filename candidate. */
type SavedRemoteMedia = SavedMedia & {
fileName?: string;
};
/** Retry policy applied around the complete guarded fetch and body read/save operation. */
type MediaFetchRetryOptions = RetryOptions;
/** Fetch-compatible injection point used by tests and guarded network callers. */
type FetchLike = (input: RequestInfo | URL, init?: RequestInit) => Promise<Response>;
/** Alternate dispatcher/lookup pair tried inside a single guarded fetch attempt. */
type FetchDispatcherAttempt = {
dispatcherPolicy?: PinnedDispatcherPolicy;
lookupFn?: LookupFn;
};
type FetchMediaOptions = {
url: string;
fetchImpl?: FetchLike;
/** Final synchronous check repeated for every media attempt and redirect. */
beforeRequest?: GuardedFetchOptions["beforeRequest"];
requestInit?: RequestInit;
filePathHint?: string;
maxBytes?: number;
maxRedirects?: number;
/** Require HTTPS for the initial URL and every redirect target. */
requireHttps?: boolean;
/** Abort the complete guarded fetch and body operation after this deadline (ms). */
timeoutMs?: number;
/** Abort if final response headers have not arrived by this deadline (ms). */
responseHeaderTimeoutMs?: number;
/** Abort if the response body stops yielding data for this long (ms). */
readIdleTimeoutMs?: number;
ssrfPolicy?: SsrFPolicy;
lookupFn?: LookupFn;
dispatcherPolicy?: PinnedDispatcherPolicy;
dispatcherAttempts?: FetchDispatcherAttempt[];
shouldRetryFetchError?: (error: unknown) => boolean;
/**
* Retries the complete guarded fetch/read-or-save operation. Dispatcher
* attempts still run inside each retry attempt.
*/
retry?: MediaFetchRetryOptions;
/**
* Allow an operator-configured explicit proxy to resolve target DNS after
* hostname-policy checks instead of forcing local pinned-DNS first.
*/
trustExplicitProxyDns?: boolean;
};
/** Options for validating and saving an existing Response body into the media store. */
type SaveResponseMediaOptions = {
sourceUrl?: string;
filePathHint?: string;
maxBytes?: number;
readIdleTimeoutMs?: number;
fallbackContentType?: string;
subdir?: string;
originalFilename?: string;
};
/** Options for guarded URL fetches that are saved directly into the media store. */
type SaveRemoteMediaOptions = FetchMediaOptions & {
fallbackContentType?: string;
subdir?: string;
originalFilename?: string;
};
/** Validates and saves a caller-provided response without performing a new fetch. */
declare function saveResponseMedia(res: Response, options?: SaveResponseMediaOptions): Promise<SavedRemoteMedia>;
/** Fetches media through SSRF guards and saves the body into the media store. */
declare function saveRemoteMedia(options: SaveRemoteMediaOptions): Promise<SavedRemoteMedia>;
/** Fetches media through SSRF guards and returns the bounded response body as a buffer. */
declare function readRemoteMediaBuffer(options: FetchMediaOptions): Promise<FetchMediaResult>;
/** @deprecated Use `readRemoteMediaBuffer` for buffer reads or `saveRemoteMedia` for URL-to-store. */
declare const fetchRemoteMedia: typeof readRemoteMediaBuffer;
//#endregion
//#region src/infra/channel-activity.d.ts
/** Direction of the last observed activity for a channel/account pair. */
type ChannelDirection = "inbound" | "outbound";
type ActivityEntry = {
inboundAt: number | null;
outboundAt: number | null;
};
/** Records the latest inbound or outbound activity timestamp for a channel/account. */
declare function recordChannelActivity(params: {
channel: ChannelId$1;
accountId?: string | null;
direction: ChannelDirection;
at?: number;
}): void;
/** Returns the latest known inbound/outbound activity timestamps for a channel/account. */
declare function getChannelActivity(params: {
channel: ChannelId$1;
accountId?: string | null;
}): ActivityEntry;
//#endregion
//#region src/channels/mention-gating.d.ts
type InboundImplicitMentionKind = "reply_to_bot" | "quoted_bot" | "bot_thread_participant" | "native";
type InboundMentionFacts = {
canDetectMention: boolean;
wasMentioned: boolean;
hasAnyMention?: boolean;
implicitMentionKinds?: readonly InboundImplicitMentionKind[];
};
type InboundMentionPolicy = {
isGroup: boolean;
requireMention: boolean;
implicitMentions?: ChannelImplicitMentionsConfig;
allowedImplicitMentionKinds?: readonly InboundImplicitMentionKind[];
allowTextCommands: boolean;
hasControlCommand: boolean;
commandAuthorized: boolean;
};
/** @deprecated Prefer the nested `{ facts, policy }` call shape for new code. */
type ResolveInboundMentionDecisionFlatParams = InboundMentionFacts & InboundMentionPolicy;
type ResolveInboundMentionDecisionNestedParams = {
facts: InboundMentionFacts;
policy: InboundMentionPolicy;
};
type ResolveInboundMentionDecisionParams = ResolveInboundMentionDecisionFlatParams | ResolveInboundMentionDecisionNestedParams;
type InboundMentionDecision = {
effectiveWasMentioned: boolean;
shouldSkip: boolean;
implicitMention: boolean;
matchedImplicitMentionKinds: InboundImplicitMentionKind[];
shouldBypassMention: boolean;
};
declare function implicitMentionKindWhen(kind: InboundImplicitMentionKind, enabled: boolean): InboundImplicitMentionKind[];
declare function resolveInboundMentionDecision(params: ResolveInboundMentionDecisionParams): InboundMentionDecision;
//#endregion
//#region src/channels/ack-reactions.d.ts
type AckReactionScope = "all" | "direct" | "group-all" | "group-mentions" | "off" | "none";
/** Sent ack reaction state plus the cleanup hook callers can run after reply delivery. */
type AckReactionHandle = {
ackReactionPromise: Promise<boolean>;
ackReactionValue: string;
remove: () => Promise<void>;
};
/**
* Inputs for the reusable direct/group/mention gate shared by channel plugins.
*
* `effectiveWasMentioned` should already include any channel-specific mention
* normalization. `shouldBypassMention` is only for an earlier channel gate that
* proved the active conversation, such as a group activation state.
*/
type AckReactionGateParams = {
scope: AckReactionScope | undefined;
inboundEventKind?: "user_request" | "room_event";
isDirect: boolean;
isGroup: boolean;
isMentionableGroup: boolean;
canDetectMention: boolean;
effectiveWasMentioned: boolean;
shouldBypassMention?: boolean;
};
/** Resolves the generic ack reaction gate without sending or removing reactions. */
declare function shouldAckReaction(params: AckReactionGateParams): boolean;
/** Starts sending an ack reaction and returns the success-tracking cleanup handle. */
declare function createAckReactionHandle(params: {
ackReactionValue: string;
send: () => Promise<void>;
remove: () => Promise<void>;
onSendError?: (err: unknown) => void;
}): AckReactionHandle | null;
/** Schedules removal of a previously sent ack reaction after reply delivery. */
declare function removeAckReactionAfterReply(params: {
removeAfterReply: boolean;
ackReactionPromise: Promise<boolean> | null;
ackReactionValue: string | null;
remove: () => Promise<void>;
onError?: (err: unknown) => void;
}): void;
/** Convenience wrapper that removes an ack reaction handle after reply delivery. */
declare function removeAckReactionHandleAfterReply(params: {
removeAfterReply: boolean;
ackReaction: AckReactionHandle | null | undefined;
onError?: (err: unknown) => void;
}): void;
//#endregion
//#region src/auto-reply/inbound-debounce.d.ts
/** Resolve effective inbound debounce milliseconds from explicit, channel, and global config. */
declare function resolveInboundDebounceMs(params: {
cfg: OpenClawConfig;
channel: string;
overrideMs?: number;
}): number;
/** A flush releases its debounce lane at admission while completion remains drainable. */
type InboundDebounceFlush = {
admission: Promise<void>;
completion: Promise<void>;
};
type InboundDebounceAdmissionLifecycleInput = {
abortSignal?: AbortSignal;
onAdopted?: () => void | Promise<void>;
onDeferred?: () => boolean | void;
onDeferredHeartbeat?: () => void;
onAdoptionFinalizing?: () => void;
onFailed?: (error: unknown) => void | Promise<void>;
onAbandoned?: () => void | Promise<void>;
};
/** Lifecycle shape passed to a channel dispatch so it can signal session-lane admission. */
type InboundDebounceAdmissionLifecycle = {
abortSignal: AbortSignal;
onAdopted: () => Promise<void>;
onDeferred: () => boolean | void;
onDeferredHeartbeat?: () => void;
onAdoptionFinalizing: () => void;
onFailed?: (error: unknown) => Promise<void>;
onAbandoned: () => Promise<void>;
};
/**
* Start one flush and bind its admission signal to the turn lifecycle.
* Completion also releases admission for gated work that never enters a session lane.
*/
declare function createInboundDebounceFlush(params: {
lifecycle?: InboundDebounceAdmissionLifecycleInput;
dispatch: (lifecycle: InboundDebounceAdmissionLifecycle) => Promise<void>;
}): InboundDebounceFlush;
/** Options for creating a keyed inbound debouncer. */
type InboundDebounceCreateParams<T> = {
debounceMs: number;
maxTrackedKeys?: number;
buildKey: (item: T) => string | null | undefined;
shouldDebounce?: (item: T) => boolean;
resolveDebounceMs?: (item: T) => number | undefined;
serializeImmediate?: boolean;
onFlush: (items: T[], createFlush: typeof createInboundDebounceFlush) => InboundDebounceFlush;
onError?: (err: unknown, items: T[]) => void;
onCancel?: (items: T[]) => void;
};
/** Create a keyed debouncer with flush/cancel controls and same-key serialization. */
declare function createInboundDebouncer<T>(params: InboundDebounceCreateParams<T>): {
enqueue: (item: T) => Promise<void>;
flushKey: (key: string) => Promise<void>;
cancelKey: (key: string) => boolean;
drain: () => Promise<void>;
};
//#endregion
//#region src/config/implicit-mentions.d.ts
type ResolvedChannelImplicitMentions = Required<ChannelImplicitMentionsConfig>;
//#endregion
//#region src/channels/message-access/types.d.ts
/** Channel identifier used in ingress diagnostics and config lookups. */
type ChannelIngressChannelId = ChatChannelId;
/** Redacted identifier category used by allowlist normalization and matching. */
type ChannelIngressIdentifierKind = "stable-id" | "username" | "email" | "phone" | "role" | `plugin:${string}`;
/** Public, redacted identifier material that can participate in allowlist matching. */
type MatchableIdentifier = {
opaqueId: string;
kind: ChannelIngressIdentifierKind;
authentication?: IdentifierAuthentication;
/** @deprecated Use `authentication: "mutable"`. Remove in the next Plugin SDK major. */
dangerous?: boolean;
sensitivity?: "normal" | "pii";
};
/** Internal identifier material with the raw comparable value retained. */
type InternalMatchMaterial = MatchableIdentifier & {
value: string;
};
/** Internal subject representation used by the shared ingress kernel. */
type InternalChannelIngressSubject = {
identifiers: InternalMatchMaterial[];
};
/** Public, redacted form of a normalized allowlist entry. */
type ChannelIngressNormalizedEntry = {
opaqueEntryId: string;
kind: ChannelIngressIdentifierKind;
wildcard?: boolean;
authentication?: IdentifierAuthentication;
/** @deprecated Use `authentication: "mutable"`. Remove in the next Plugin SDK major. */
dangerous?: boolean;
sensitivity?: "normal" | "pii";
};
/** Redacted diagnostic for an invalid, disabled, or unsupported allowlist entry. */
type RedactedIngressEntryDiagnostic = {
opaqueEntryId?: string;
reasonCode: IngressReasonCode;
};
/** Redacted allowlist match result exposed to callers and access facts. */
type RedactedIngressMatch = {
matched: boolean;
matchedEntryIds: string[];
/** Exact redacted entry-to-subject edges retained for authentication policy. */
matchedPairs?: RedactedIngressMatchedPair[];
};
type RedactedIngressMatchedPair = {
opaqueEntryId: string;
opaqueSubjectId: string;
subjectAuthentication: IdentifierAuthentication;
};
/** Fully normalized allowlist facts for one ingress gate. */
type ResolvedIngressAllowlist = {
rawEntryCount: number;
normalizedEntries: ChannelIngressNormalizedEntry[];
invalidEntries: RedactedIngressEntryDiagnostic[];
disabledEntries: RedactedIngressEntryDiagnostic[];
matchedEntryIds: string[];
hasConfiguredEntries: boolean;
hasMatchableEntries: boolean;
hasWildcard: boolean;
accessGroups: {
referenced: string[];
matched: string[];
missing: string[];
unsupported: string[];
failed: string[];
};
match: RedactedIngressMatch;
authentication?: RedactedIdentifierAuthenticationResult;
};
type RedactedIdentifierAuthenticationResult = {
evaluated: boolean;
threshold: IdentifierAuthentication;
affectedMatch: boolean;
rejectedEntryIds: string[];
};
type RedactedIdentifierAuthenticationDecision = {
evaluated: boolean;
affectedMatch: boolean;
};
/** Redacted allowlist facts safe to expose in the access graph. */
type RedactedIngressAllowlistFacts = {
configured: boolean;
matched: boolean;
reasonCode: IngressReasonCode;
matchedEntryIds: string[];
invalidEntryCount: number;
disabledEntryCount: number;
accessGroups: ResolvedIngressAllowlist["accessGroups"];
};
/** Route lookup state projected into the ingress access graph. */
type RouteGateState = "not-configured" | "matched" | "not-matched" | "disabled" | "lookup-failed";
/** How a matched route affects sender allowlist evaluation. */
type RouteSenderPolicy = "inherit" | "replace" | "deny-when-empty";
/** Source list used when a route sender policy contributes sender entries. */
type RouteSenderAllowlistSource = "effective-dm" | "effective-group";
/** Raw route gate facts supplied by a channel-specific router. */
type RouteGateFacts = {
id: string;
kind: "route" | "routeSender" | "membership" | "ownerAllowlist" | "nestedAllowlist";
gate: RouteGateState;
effect: "allow" | "block-dispatch" | "ignore";
precedence: number;
senderPolicy: RouteSenderPolicy;
senderAllowFrom?: Array<string | number>;
senderAllowFromSource?: RouteSenderAllowlistSource;
match?: RedactedIngressMatch;
};
/** Route gate facts after any route-specific sender allowlist is normalized. */
type ResolvedRouteGateFacts = Omit<RouteGateFacts, "senderAllowFrom" | "senderAllowFromSource"> & {
senderAllowlist?: ResolvedIngressAllowlist;
};
/** Inbound event facts used to choose command, pairing, and origin-subject rules. */
type ChannelIngressEventInput = {
kind: "message" | "reaction" | "button" | "postback" | "native-command" | "slash-command" | "system";
authMode: "inbound" | "command" | "origin-subject" | "route-only" | "none";
mayPair: boolean;
originSubject?: InternalChannelIngressSubject;
};
/** Redacted event facts exposed in decisions and access facts. */
type RedactedChannelIngressEvent = Omit<ChannelIngressEventInput, "originSubject"> & {
hasOriginSubject: boolean;
originSubjectMatched: boolean;
originSubjectAuthentication?: IdentifierAuthentication;
};
/** Policy knobs that decide how the ingress graph is evaluated. */
type ChannelIngressPolicyInput = {
dmPolicy: "pairing" | "allowlist" | "open" | "disabled";
groupPolicy: "allowlist" | "open" | "disabled";
groupAllowFromFallbackToAllowFrom?: boolean;
minIdentifierAuthentication?: IdentifierAuthentication;
/** @deprecated `enabled` maps to minimum `mutable`; otherwise minimum `asserted`. Remove in the next Plugin SDK major. */
mutableIdentifierMatching?: "disabled" | "enabled";
activation?: {
requireMention: boolean;
allowTextCommands: boolean;
implicitMentions?: ResolvedChannelImplicitMentions;
allowedImplicitMentionKinds?: readonly InboundImplicitMentionKind[];
order?: "before-sender" | "after-command";
};
command?: {
useAccessGroups?: boolean;
allowTextCommands: boolean;
hasControlCommand: boolean;
modeWhenAccessGroupsOff?: "allow" | "deny" | "configured";
};
};
/** Ordered phase for a gate in the ingress graph. */
type IngressGatePhase = "route" | "sender" | "command" | "event" | "activation";
/** Gate kind used in the ingress graph and projected access facts. */
type IngressGateKind = "route" | "routeSender" | "dmSender" | "groupSender" | "membership" | "ownerAllowlist" | "nestedAllowlist" | "command" | "event" | "mention";
/** Effect produced by a gate when computing final ingress admission. */
type IngressGateEffect = "allow" | "block-dispatch" | "block-command" | "skip" | "observe" | "ignore";
/** Stable machine-readable reason code for ingress diagnostics. */
type IngressReasonCode = "allowed" | "route_blocked" | "route_sender_empty" | "dm_policy_disabled" | "dm_policy_open" | "dm_policy_allowlisted" | "dm_policy_pairing_required" | "dm_policy_not_allowlisted" | "group_policy_disabled" | "group_policy_open" | "group_policy_allowed" | "group_policy_empty_allowlist" | "group_policy_not_allowlisted" | "command_authorized" | "control_command_unauthorized" | "event_authorized" | "event_unauthorized" | "event_pairing_not_allowed" | "sender_not_required" | "origin_subject_missing" | "origin_subject_not_matched" | "activation_allowed" | "activation_skipped" | "access_group_missing" | "access_group_unsupported" | "access_group_failed" | "mutable_identifier_disabled" | "identifier_authentication_too_weak" | "no_policy_match";
/** One evaluated gate in the ordered ingress access graph. */
type AccessGraphGate = {
id: string;
phase: IngressGatePhase;
kind: IngressGateKind;
effect: IngressGateEffect;
allowed: boolean;
reasonCode: IngressReasonCode;
match?: RedactedIngressMatch;
allowlist?: RedactedIngressAllowlistFacts;
identifierAuthentication?: RedactedIdentifierAuthenticationDecision;
sender?: {
policy: ChannelIngressPolicyInput["dmPolicy"] | ChannelIngressPolicyInput["groupPolicy"];
};
command?: {
useAccessGroups: boolean;
allowTextCommands: boolean;
modeWhenAccessGroupsOff?: "allow" | "deny" | "configured";
shouldBlockControlCommand: boolean;
};
event?: RedactedChannelIngressEvent;
activation?: {
hasMentionFacts: boolean;
requireMention: boolean;
allowTextCommands: boolean;
allowedImplicitMentionKinds?: readonly InboundImplicitMentionKind[];
order?: "before-sender" | "after-command";
shouldSkip: boolean;
canDetectMention?: boolean;
wasMentioned?: boolean;
hasAnyMention?: boolean;
implicitMentionKinds?: readonly InboundImplicitMentionKind[];
effectiveWasMentioned?: boolean;
shouldBypassMention?: boolean;
};
};
/** Ordered graph of all evaluated ingress gates. */
type AccessGraph = {
gates: AccessGraphGate[];
};
/** Normalized ingress state before policy gates are reduced into a decision. */
type ChannelIngressState = {
channelId: ChannelIngressChannelId;
accountId: string;
conversationKind: "direct" | "group" | "channel";
event: RedactedChannelIngressEvent;
mentionFacts?: InboundMentionFacts;
routeFacts: ResolvedRouteGateFacts[];
allowlists: {
dm: ResolvedIngressAllowlist;
pairingStore: ResolvedIngressAllowlist;
group: ResolvedIngressAllowlist;
commandOwner: ResolvedIngressAllowlist;
commandGroup: ResolvedIngressAllowlist;
};
};
/** Final runtime admission action for the inbound event. */
type ChannelIngressAdmission = "dispatch" | "observe" | "skip" | "drop" | "pairing-required";
/** Final decision and graph for a resolved channel ingress event. */
type ChannelIngressDecision = {
admission: ChannelIngressAdmission;
decision: "allow" | "block" | "pairing";
decisiveGateId: string;
reasonCode: IngressReasonCode;
graph: AccessGraph;
};
//#endregion
//#region src/channels/message-access/runtime-types.d.ts
/** Sender/conversation projection consumed by channel handlers. */
type ChannelIngressSenderAccess = {
/** True when the sender gate admits the event. */
allowed: boolean;
/** Final ingress decision after all gates, not just the sender gate. */
decision: ChannelIngressDecision["decision"];
/** Sender gate reason when present, otherwise decisive ingress reason. */
reasonCode: IngressReasonCode;
/** Sender gate from the access graph, when one ran. */
gate?: AccessGraphGate;
/** Effective DM allowlist entries after store and access-group processing. */
effectiveAllowFrom: string[];
/** Effective group allowlist entries after fallback and access-group processing. */
effectiveGroupAllowFrom: string[];
/** Whether provider-specific fallback behavior was applied. */
providerMissingFallbackApplied: boolean;
};
/** Command projection consumed by channel command/control handlers. */
type ChannelIngressCommandAccess = {
/** True when a command gate was requested for this event. */
requested: boolean;
/** True when the command gate authorizes this sender. */
authorized: boolean;
/** True when an unauthorized control command should be blocked. */
shouldBlockControlCommand: boolean;
/** Command gate reason when present, otherwise decisive ingress reason. */
reasonCode: IngressReasonCode;
/** Command gate from the access graph, when one ran. */
gate?: AccessGraphGate;
};
/** Route projection consumed by room/thread/topic handlers. */
type ChannelIngressRouteAccess = {
/** True when all configured route gates admit the event. */
allowed: boolean;
/** Route gate reason when a route gate decided. */
reasonCode?: IngressReasonCode;
/** Optional route-specific reason text. */
reason?: string;
/** Route gate from the access graph, when one ran. */
gate?: AccessGraphGate;
};
/** Activation/mention projection consumed by group handlers. */
type ChannelIngressActivationAccess = {
/** True when an activation gate ran. */
ran: boolean;
/** True when activation admits the event. */
allowed: boolean;
/** True when the event should be skipped instead of dispatched. */
shouldSkip: boolean;
/** Activation gate reason when present, otherwise decisive ingress reason. */
reasonCode: IngressReasonCode;
/** Effective mention match after command bypass and activation policy. */
effectiveWasMentioned?: boolean;
/** True when mention gating was bypassed by policy or command facts. */
shouldBypassMention?: boolean;
/** Activation gate from the access graph, when one ran. */
gate?: AccessGraphGate;
};
/** Full ingress result returned by runtime resolvers. */
type ResolvedChannelMessageIngress = {
/** Redacted normalized state used as input to the decision engine. */
state: ChannelIngressState;
/** Ordered access graph plus final admission decision. */
ingress: ChannelIngressDecision;
/** Sender/conversation projection. */
senderAccess: ChannelIngressSenderAccess;
/** Route projection. */
routeAccess: ChannelIngressRouteAccess;
/** Command projection. */
commandAccess: ChannelIngressCommandAccess;
/** Activation/mention projection. */
activationAccess: ChannelIngressActivationAccess;
};
//#endregion
//#region src/infra/delivery-queue-sqlite.types.d.ts
type DeliveryQueueCompletionRetention = "permanent" | Readonly<{
idPrefix: string;
maxAgeMs: number;
maxEntries: number;
}>;
//#endregion
//#region src/infra/outbound/delivery-completion.d.ts
/** Serializable owner callback for a durable queue entry. */
type DurableDeliveryCompletion = {
kind: "conversation";
agentId: string;
operationId: string;
storePath?: string;
/** Present on Gateway-owned conversation intents created with route authorization. */
routeFingerprint?: string;
} | {
kind: "pending-final";
deliveryId: string;
intentId: string;
sessionId: string;
sessionKey: string;
storePath: string;
sessionWriterDeliveryAuthority?: SessionWriterDeliveryAuthority;
};
//#endregion
//#region src/infra/outbound/mirror.d.ts
/**
* Transcript append data emitted after an outbound send completes.
*/
type OutboundMirror = {
sessionKey: string;
agentId?: string;
text?: string;
mediaUrls?: string[];
idempotencyKey?: string;
expectedSessionId?: string;
deliveryMirror?: SessionTranscriptDeliveryMirror;
};
/**
* Delivery-layer mirror data with optional group/channel correlation metadata.
*/
type DeliveryMirror = OutboundMirror & {
/** Whether this message is being sent in a group/channel context */
isGroup?: boolean;
/** Group or channel identifier for correlation with received events */
groupId?: string;
};
//#endregion
//#region src/infra/outbound/session-context.d.ts
type OutboundSessionContext = {
/**
* Canonical session key used for internal hook dispatch.
*
* MUST equal the agent runtime's `params.sessionKey` for the run that
* produced the payload being delivered. Plugins observing both
* `agent_end`/`llm_input`/`llm_output`/`before_tool_call`/`after_tool_call`
* and `message_sending`/`message_sent` rely on this equality to correlate
* per-turn state across the agent-loop and delivery boundaries.
*
* Callers populating this field should use the same value the agent runner
* received as its sessionKey — in the chat path that is
* `targetSessionKey || ctx.SessionKey` (see
* `auto-reply/reply/get-reply.ts`). Followup, ACP, command, and cron
* delivery paths each have their own canonical value to forward; consult
* the relevant runner.
*/
key?: string;
/**
* Session key used for policy resolution when delivery differs from the
* control session. Used to look up silent-reply policy, send rate limits,
* agent-scoped channel preferences, etc., for the chat the reply is being
* delivered into. May equal `key` when there is no redirect; otherwise
* `policyKey` describes the *delivery target*'s session while `key`
* describes the *control session* whose hooks fire.
*/
policyKey?: string;
/** Explicit conversation type for policy resolution when a session key is generic. */
conversationType?: SilentReplyConversationType;
/**
* Caller-declared destination conversation kind for metadata-only audit
* projection. Never derived from session-key parsing: policy keys can name
* an acted-on session that is not the delivery destination, and a wrong
* "direct" here over-collects under audit.messages="direct".
*/
conversationKind?: "direct" | "group" | "channel";
/** Active agent id used for workspace-scoped media roots. */
agentId?: string;
/** Originating account id used for requester-scoped group policy resolution. */
requesterAccountId?: string;
/** Originating sender id used for sender-scoped outbound media policy. */
requesterSenderId?: string;
/** Originating sender display name for name-keyed sender policy matching. */
requesterSenderName?: string;
/** Originating sender username for username-keyed sender policy matching. */
requesterSenderUsername?: string;
/** Originating sender E.164 phone number for e164-keyed sender policy matching. */
requesterSenderE164?: string;
};
//#endregion
//#region src/infra/outbound/prepared-batch.d.ts
declare const PREPARED_OUTBOUND_BATCH_SCHEMA_VERSION: 1;
type PreparedOutboundAcceptedEntry = {
sourceIndex: number;
status: "accepted";
payload: ReplyPayload$1;
replyHookChanged: boolean;
messageHookChanged: boolean;
preparedMediaCount: number;
};
type PreparedOutboundSuppressedEntry = {
sourceIndex: number;
status: "suppressed";
reason: OutboundPayloadDeliverySuppressionReason;
hookEffect?: {
cancelReason?: string;
metadata?: Record<string, unknown>;
};
};
type PreparedOutboundBatchEntry = PreparedOutboundAcceptedEntry | PreparedOutboundSuppressedEntry;
/** Canonical post-policy payload custody persisted by the durable outbound queue. */
type PreparedOutboundBatch = {
schemaVersion: typeof PREPARED_OUTBOUND_BATCH_SCHEMA_VERSION;
sourcePayloadCount: number;
/** True only when accepted payloads already passed post-policy channel normalization. */
channelNormalized?: true;
runId?: string;
executionIdentityToken?: ExecutionIdentityAdmissionToken;
entries: PreparedOutboundBatchEntry[];
};
//#endregion
//#region src/infra/outbound/delivery-queue-types.d.ts
type QueuedRenderedMessageBatchPlan = {
payloadCount: number;
textCount: number;
mediaCount: number;
voiceCount: number;
presentationCount: number;
interactiveCount: number;
channelDataCount: number;
items: readonly RenderedMessageBatchPlanItem[];
};
type QueuedReplyPayloadSendingHook = {
kind: ReplyDispatchKind;
channel?: string;
sessionKey?: string;
runId?: string;
context: PluginHookReplyPayloadSendingContext;
};
//#endregion
//#region src/hooks/types.d.ts
type HookInstallSpec = {
id?: string;
kind: "bundled" | "npm" | "git";
label?: string;
package?: string;
repository?: string;
bins?: string[];
};
type OpenClawHookMetadata = {
always?: boolean;
hookKey?: string;
emoji?: string;
homepage?: string;
/** Events this hook handles (e.g., ["command:new", "session:start"]) */
events: string[];
/** Optional export name (default: "default") */
export?: string;
os?: string[];
requires?: {
bins?: string[];
anyBins?: string[];
env?: string[];
config?: string[];
};
install?: HookInstallSpec[];
};
type HookInvocationPolicy = {
enabled: boolean;
};
type ParsedHookFrontmatter = Record<string, string>;
type Hook = {
name: string;
description: string;
source: "openclaw-bundled" | "openclaw-managed" | "openclaw-workspace" | "openclaw-plugin";
pluginId?: string;
filePath: string;
baseDir: string;
handlerPath: string;
};
type HookEntry = {
hook: Hook;
frontmatter: ParsedHookFrontmatter;
metadata?: OpenClawHookMetadata;
invocation?: HookInvocationPolicy;
};
//#endregion
//#region src/plugins/runtime/subagent-requester-context.d.ts
type PluginSubagentRequesterContext = Readonly<{
sessionKey: string;
origin: Readonly<DeliveryContext>;
}>;
//#endregion
//#region src/infra/outbound/message-sent-hook.d.ts
type MessageSentEvent = {
success: boolean;
content: string;
error?: string;
messageId?: string;
};
//#endregion
//#region src/infra/outbound/payloads.d.ts
/** Runtime-ready outbound payload after text/media/rich-content normalization. */
type NormalizedOutboundPayload = {
text: string;
mediaUrls: string[];
audioAsVoice?: boolean;
presentation?: MessagePresentation;
presentationTextMode?: ReplyPayload$1["presentationTextMode"];
delivery?: ReplyPayloadDelivery;
interactive?: LegacyInteractiveReply;
channelData?: Record<string, unknown>;
location?: ReplyPayload$1["location"];
/** Hook-only content for audio-only TTS payloads. Never used as channel text/caption. */
hookContent?: string;
/** Preserves the status/answer distinction through delivery hooks. */
isStatusNotice?: boolean;
};
/** JSON-safe outbound payload projection used for envelopes and diagnostics. */
type OutboundPayloadJson = {
text: string;
mediaUrl: string | null;
mediaUrls?: string[];
audioAsVoice?: boolean;
presentation?: MessagePresentation;
presentationTextMode?: ReplyPayload$1["presentationTextMode"];
delivery?: ReplyPayloadDelivery;
interactive?: LegacyInteractiveReply;
channelData?: Record<string, unknown>;
location?: ReplyPayload$1["location"];
};
/** Prepared payload entry that keeps source indexing plus reusable projections. */
type OutboundPayloadPlan = {
sourceIndex: number;
payload: ReplyPayload$1;
parts: ReturnType<typeof resolveSendableOutboundReplyParts>;
hasPresentation: boolean;
hasInteractive: boolean;
hasChannelData: boolean;
};
/** Projects a payload plan into JSON-safe envelope/debug payloads. */
declare function projectOutboundPayloadPlanForJson(plan: readonly OutboundPayloadPlan[]): OutboundPayloadJson[];
//#endregion
//#region src/infra/outbound/deliver-contracts.d.ts
type ConversationDeliveryAttemptAuthority = Omit<Extract<DurableDeliveryCompletion, {
kind: "conversation";
}>, "kind">;
type OutboundDeliveryQueuePolicy = "required" | "best_effort";
type OutboundDeliveryIntent = {
id: string;
channel: string;
to: string;
accountId?: string;
queuePolicy: OutboundDeliveryQueuePolicy;
};
type DurableFinalDeliveryRequirement = keyof NonNullable<ChannelDeliveryCapabilities["durableFinal"]>;
type DurableFinalDeliveryRequirements = Partial<Record<DurableFinalDeliveryRequirement, boolean>>;
type PlatformSendRoute = {
replyToId?: string | null;
threadId?: string | number | null;
};
type DeliverOutboundPayloadsCoreParams = {
cfg: OpenClawConfig;
channel: string;
to: string;
accountId?: string;
payloads: ReplyPayload$1[];
/** Admitted run correlation copied into the prepared durable batch. */
runId?: string;
/** @internal Exact admitted execution provenance copied into durable custody. */
executionIdentityToken?: ExecutionIdentityAdmissionToken;
/** @internal Canonical post-policy batch used by queue recovery and physical delivery. */
preparedBatch?: PreparedOutboundBatch;
reply?: OutboundReplyFacts;
formatting?: OutboundDeliveryFormattingOptions;
threadId?: string | number | null;
identity?: OutboundIdentity;
deps?: OutboundSendDeps;
mediaAccess?: OutboundMediaAccess;
gifPlayback?: boolean;
forceDocument?: boolean;
replyPayloadSendingHook?: QueuedReplyPayloadSendingHook;
abortSignal?: AbortSignal;
bestEffort?: boolean;
onError?: (err: unknown, payload: NormalizedOutboundPayload) => void;
onPayload?: (payload: NormalizedOutboundPayload) => void;
/** @internal Reports the effective payload only after an identified platform send. */
onDeliveredPayload?: (payload: NormalizedOutboundPayload) => void;
onPayloadDeliveryOutcome?: (outcome: OutboundPayloadDeliveryOutcome) => void;
/** @internal Runs after each identified platform result, before further fallible work. */
onDeliveryResult?: (result: OutboundDeliveryResult) => Promise<void> | void;
/** @internal Reports a settled native payload for post-terminal message_sent observation. */
onMessageSentEvent?: (event: MessageSentEvent, sourceIndex: number) => void;
/** @internal Persists ambiguous-send state immediately before platform I/O. */
onPlatformSendStart?: (route: PlatformSendRoute, sourceIndex?: number) => Promise<void>;
/** @internal Opaque durable intent id forwarded to provider reconciliation hooks. */
deliveryQueueId?: string;
/** @internal Stable producer id used to make queue creation idempotent across crashes. */
deliveryIntentId?: string;
/** @internal Retain the completed receipt for a producer-owned replayable intent. */
completionRetention?: DeliveryQueueCompletionRetention;
/** @internal Producer-specific durable recovery attempt budget. */
maxRetries?: number;
/** @internal Retry this producer's pending intent only when no platform send began. */
reusePendingDeliveryIntent?: boolean;
/** @internal Serializable owner state finalized after live or recovered delivery. */
deliveryCompletion?: DurableDeliveryCompletion;
/** @internal The caller resends proven-not-sent payloads itself, so recovery must not. */
deliveryRetryOwner?: "caller";
/** @internal Ephemeral route authority for a recovered attempt; never owns completion. */
conversationDeliveryAttemptAuthority?: ConversationDeliveryAttemptAuthority;
/** @internal Revalidates authority once per durable queue execution, before adapter fanout. */
onDeliveryAttempt?: () => Promise<void>;
/** @internal Channel-valid id reserved before a correlated conversation turn is sent. */
preparedMessageId?: string;
/** @internal Recheck the concrete post-hook send shape before platform I/O. */
requiredUnknownSendReconciliation?: boolean;
/** @internal Caller preflight explicitly required provider unknown-send reconciliation. */
requireUnknownSendReconciliation?: boolean;
/** @internal Revalidate caller authority before direct adapter code can run. */
onDirectAdapterHandoff?: () => Promise<void>;
/** @internal Synchronously fence authority at the final adapter invocation. */
assertDirectAdapterHandoff?: () => void;
/** @internal Refresh durable timing before recipient-visible or finalizing platform I/O. */
onPlatformSendDispatch?: () => Promise<void>;
/** Session/agent context used for hooks and media local-root scoping. */
session?: OutboundSessionContext;
mirror?: DeliveryMirror;
silent?: boolean;
gatewayClientScopes?: readonly string[];
conversationReadOrigin?: "delegated" | "direct-operator";
};
/**
* @deprecated Direct outbound delivery is compatibility/runtime substrate.
* New message lifecycle code should use `sendDurableMessageBatch` from
* `src/channels/message/send.ts` or `deliverInboundReplyWithMessageSendContext`
* from `src/channels/turn/durable-delivery.ts`. Keep direct use only for
* outbound substrate, recovery, and compatibility paths.
*/
type DeliverOutboundPayloadsParams = DeliverOutboundPayloadsCoreParams & {
replyToId?: string | null;
replyToMode?: ReplyToMode;
/** @internal Skip write-ahead queue (used by crash-recovery to avoid re-enqueueing). */
skipQueue?: boolean;
/** @internal Fence recovery ownership at the same provider boundary as live sends. */
deliveryProducerClaimId?: string;
/** @internal Keep the exact live producer claim alive during platform preparation. */
deliveryProducerLeaseRequired?: boolean;
/** @internal Recovery already ran provider admission after its pending-row re-read. */
deferredDeliveryAdmissionPassed?: true;
/** @internal State directory that owns the existing recovery queue entry. */
deliveryQueueStateDir?: string;
/** @internal Let recovery run commit hooks after it has acked the recovered queue entry. */
deferCommitHooks?: boolean;
queuePolicy?: OutboundDeliveryQueuePolicy;
renderedBatchPlan?: QueuedRenderedMessageBatchPlan;
onDeliveryIntent?: (intent: OutboundDeliveryIntent) => void;
};
//#endregion
//#region src/channels/reply-prefix.d.ts
type ModelSelectionContext = Parameters<NonNullable<GetReplyOptions["onModelSelected"]>>[0];
/**
* Mutable response-prefix state shared between reply setup and model selection callbacks.
*/
type ReplyPrefixContextBundle = {
prefixContext: ResponsePrefixContext;
responsePrefix?: string;
responsePrefixContextProvider: () => ResponsePrefixContext;
onModelSelected: (ctx: ModelSelectionContext) => void;
};
/**
* Reply option subset consumed by channel reply dispatchers.
*/
type ReplyPrefixOptions = Pick<ReplyPrefixContextBundle, "responsePrefix" | "responsePrefixContextProvider" | "onModelSelected">;
/**
* Creates the reply-prefix options object expected by `getReply` call sites.
*/
declare function createReplyPrefixOptions(params: {
cfg: OpenClawConfig;
agentId: string;
channel?: string;
accountId?: string;
}): ReplyPrefixOptions;
//#endregion
//#region src/channels/message/reply-pipeline.d.ts
/** Parameters for building a channel reply pipeline with prefix, typing, and payload transforms. */
type CreateChannelReplyPipelineParams = {
/** Full config used for reply prefix and channel plugin transform resolution. */
cfg: Parameters<typeof createReplyPrefixOptions>[0]["cfg"];
/** Agent id used in reply prefix context. */
agentId: string;
/** Optional channel id for prefix context and plugin transform lookup. */
channel?: string;
/** Optional channel account id for prefix context and plugin transform lookup. */
accountId?: string;
/** Typing callback factory input. */
typing?: CreateTypingCallbacksParams;
/** Prebuilt typing callbacks that take precedence over `typing`. */
typingCallbacks?: TypingCallbacks;
/** Explicit payload transform; avoids channel plugin lookup when provided. */
transformReplyPayload?: (payload: ReplyPayload$1) => ReplyPayload$1 | null;
};
//#endregion
//#region src/plugin-sdk/pair-loop-guard-runtime.d.ts
/** User-facing pair-loop guard config accepted by channel plugins. */
type PairLoopGuardConfig = {
/** Enables or disables loop protection for the channel/account scope. */
enabled?: boolean;
/** Number of pair events allowed before cooldown starts. */
maxEventsPerWindow?: number;
/** Rolling event window size in seconds for config files. */
windowSeconds?: number;
/** Suppression duration in seconds for config files. */
cooldownSeconds?: number;
};
//#endregion
//#region src/channels/turn/bot-loop-protection.d.ts
/** Facts used to detect repeated bot-to-bot channel reply loops. */
type ChannelBotLoopProtectionFacts = {
scopeId: string;
conversationId: string;
senderId: string;
receiverId: string;
eventId?: string;
config?: PairLoopGuardConfig;
defaultsConfig?: PairLoopGuardConfig;
defaultEnabled: boolean;
nowMs?: number;
};
//#endregion
//#region src/channels/turn/types.d.ts
/** Admission decision for an inbound channel event before agent dispatch. */
type ChannelTurnAdmission = {
kind: "dispatch";
reason?: string;
} | {
kind: "observeOnly";
reason: string;
} | {
kind: "handled";
reason: string;
} | {
kind: "drop";
reason: string;
recordHistory?: boolean;
};
/** Coarse event classification used to decide whether an event can start an agent turn. */
type ChannelEventClass = {
kind: "message" | "command" | "interaction" | "reaction" | "lifecycle" | "unknown";
canStartAgentTurn: boolean;
requiresImmediateAck?: boolean;
};
/** Normalized inbound event text and raw payload after channel-specific ingestion. */
type NormalizedTurnInput = {
id: string;
timestamp?: number;
rawText: string;
textForAgent?: string;
textForCommands?: string;
raw?: unknown;
};
/** Sender identity facts projected into channel access, routing, and prompt context. */
type SenderFacts = {
id?: string;
name?: string;
username?: string;
tag?: string;
roles?: string[];
isBot?: boolean;
isSelf?: boolean;
displayLabel?: string;
};
/** Conversation identity and threading facts for a channel turn. */
type ConversationFacts = {
kind: "direct" | "group" | "channel";
id: string;
label?: string;
spaceId?: string;
parentId?: string;
threadId?: string;
nativeChannelId?: string;
avatar?: string;
routePeer?: {
kind: "direct" | "group" | "channel";
id: string;
};
};
/** Session routing facts derived before dispatch. */
type RouteFacts = {
agentId: string;
dmScope?: DmScope;
accountId?: string;
routeSessionKey: string;
dispatchSessionKey?: string;
persistedSessionKey?: string;
parentSessionKey?: string;
modelParentSessionKey?: string;
mainSessionKey?: string;
createIfMissing?: boolean;
};
/** Reply target and source-delivery facts for a channel turn. */
type ReplyPlanFacts = {
to: string;
originatingTo?: string;
nativeChannelId?: string;
replyTarget?: string;
deliveryTarget?: string;
replyToId?: string;
replyToIdFull?: string;
messageThreadId?: string | number;
threadParentId?: string;
sourceReplyDeliveryMode?: "thread" | "reply" | "channel" | "direct" | "none";
};
/** Message text/history facts passed into templating and dispatch. */
type MessageFacts = {
inboundEventKind?: InboundEventKind;
body?: string;
rawBody: string;
bodyForAgent?: string;
commandBody?: string;
envelopeFrom?: string;
senderLabel?: string;
preview?: string;
inboundHistory?: HistoryEntry[];
sourceModality?: InboundSourceModality;
};
/** Parsed command facts for command-like channel turns. */
type CommandFacts = {
kind: CommandTurnKind;
body?: string;
name?: string;
authorized?: boolean;
};
/** Inbound media facts supplied to the agent context. */
type InboundMediaFacts = Omit<MediaFact, "staged" | "workspaceDir">;
type MaybePromise$1<T> = T | Promise<T>;
/** Adapter preflight output assembled before turn resolution. */
type PreflightFacts = {
admission?: ChannelTurnAdmission;
command?: CommandFacts;
message?: Partial<MessageFacts>;
media?: readonly InboundMediaFacts[] | (() => MaybePromise$1<readonly InboundMediaFacts[] | readonly HistoryMediaEntry[] | null | undefined>);
supplemental?: SupplementalContextFacts;
history?: ChannelTurnDroppedHistoryOptions;
};
/** Delivery metadata for one reply payload dispatch. */
type ChannelDeliveryInfo = ReplyDispatchRuntimeInfo;
type ChannelCoreManagedDeliveryInfo = Omit<ChannelDeliveryInfo, "assertPlatformSendAuthorized" | "bindPendingFinalDelivery" | "onPlatformSendDispatch">;
type ChannelProviderOwnedDeliveryInfo = ChannelDeliveryInfo & {
assertPlatformSendAuthorized: () => void;
onPlatformSendDispatch: () => Promise<void>;
};
/** Durable delivery queue intent recorded when a reply is deferred. */
type ChannelDeliveryIntent = {
id: string;
kind: "outbound_queue";
queuePolicy: OutboundDeliveryQueuePolicy;
};
/** Provider-accepted outcome for one logical channel reply payload. */
type ChannelDeliveryOutcome = {
messageIds?: string[];
receipt?: MessageReceipt;
threadId?: string;
replyToId?: string;
visibleReplySent?: boolean;
/** Final provider-visible text used for this logical payload's terminal observation. */
content?: string;
};
/** Result returned after delivering one channel reply payload. */
type ChannelDeliveryResult = ChannelDeliveryOutcome & {
deliveryIntent?: ChannelDeliveryIntent;
/** Intentional no-send outcome after payload policy or modifying hooks settle. */
suppression?: {
reason: OutboundPayloadDeliverySuppressionReason | "channel_transform" | "no_visible_result";
cancelReason?: string;
metadata?: Record<string, unknown>;
};
/** Same-payload native settlement; resolved fields override this result before observation. */
finalization?: Promise<ChannelDeliveryOutcome>;
};
/** Durable outbound delivery options available to channel turn delivery adapters. */
type ChannelTurnDurableDeliveryOptions = Pick<DeliverOutboundPayloadsParams, "deps" | "formatting" | "identity" | "mediaAccess" | "replyToMode" | "silent" | "threadId"> & {
to?: string | null;
replyToId?: string | null;
requiredCapabilities?: DurableFinalDeliveryRequirements;
};
type ChannelDeliveryAdapterBase = {
/** Return null when channel policy intentionally suppresses this logical payload. */
preparePayload?: (payload: ReplyPayload$1, info: ChannelDeliveryInfo) => MaybePromise$1<ReplyPayload$1 | null>;
onDelivered?: (payload: ReplyPayload$1, info: ChannelDeliveryInfo, result: ChannelDeliveryResult | void) => Promise<void> | void;
/** Let core emit the one canonical `message_sent` after non-durable provider settlement. */
observeMessageSent?: true;
onError?: (err: unknown, info: {
kind: string;
}) => void;
};
type ChannelCoreManagedTurnDeliveryAdapter = ChannelDeliveryAdapterBase & {
deliver: (payload: ReplyPayload$1, info: ChannelCoreManagedDeliveryInfo) => Promise<ChannelDeliveryResult | void>;
durable?: false | ChannelTurnDurableDeliveryOptions | ((payload: ReplyPayload$1, info: ChannelDeliveryInfo) => false | ChannelTurnDurableDeliveryOptions | Promise<false | ChannelTurnDurableDeliveryOptions>);
};
/** Delivery adapter used by legacy caller-assembled channel turns. */
type ChannelEventDeliveryAdapter = ChannelCoreManagedTurnDeliveryAdapter;
type ChannelProviderOwnedMessageSendingDeliveryAdapter = ChannelDeliveryAdapterBase & {
/**
* Provider funnel that owns `message_sending` after its native payload preparation.
* Use only when delivery cannot declare its durable/direct branch before entering the
* provider funnel; core still owns `reply_payload_sending` for this routed turn.
*/
deliverWithProviderMessageSending: (payload: ReplyPayload$1, info: ChannelProviderOwnedDeliveryInfo) => Promise<ChannelDeliveryResult | void>;
deliver?: never;
durable?: never;
};
/** Delivery adapter used by modern routed channel turns. */
type ChannelTurnDeliveryAdapter = (ChannelCoreManagedTurnDeliveryAdapter & {
deliverWithProviderMessageSending?: never;
}) | ChannelProviderOwnedMessageSendingDeliveryAdapter;
/** Options for recording inbound session route state around a turn. */
type ChannelTurnRecordOptions = {
/**
* Override the session used for metadata and transcript context.
* Must be non-empty and contain no surrounding whitespace.
*/
sessionKey?: string;
groupResolution?: GroupKeyResolution | null;
createIfMissing?: boolean;
updateLastRoute?: InboundLastRouteUpdate;
onRecordError?: (err: unknown) => void;
trackSessionMetaTask?: (task: Promise<unknown>) => void;
};
/** Options for finalizing visible conversation history after dispatch. */
type ChannelTurnHistoryFinalizeOptions = {
isGroup?: boolean;
historyKey?: string;
historyMap?: Map<string, HistoryEntry[]>;
limit?: number;
};
/** Options for recording history when an inbound event is dropped before dispatch. */
type ChannelTurnDroppedHistoryOptions = {
key: string;
limit: number;
historyMap: Map<string, HistoryEntry[]>;
recordOnDrop?: boolean;
mediaLimit?: number;
shouldRecord?: () => boolean;
};
/** Dispatcher options excluding delivery hooks owned by the channel turn adapter. */
type ChannelTurnDispatcherOptions = Omit<ReplyDispatcherWithTypingOptions, "deliver" | "onError">;
/** Reply options plus the opaque native command ownership decision carried by channel turns. */
type ChannelTurnReplyOptions = Omit<GetReplyOptions, "onBlockReply"> & PluginCommandReplyOptions;
/** Reply pipeline options excluding cfg/agent/channel identity supplied by the turn. */
type ChannelTurnReplyPipelineOptions = Omit<CreateChannelReplyPipelineParams, "cfg" | "agentId" | "channel" | "accountId">;
/** Fully assembled channel turn ready to build the dispatch runner. */
type AssembledChannelTurn = {
cfg: OpenClawConfig;
channel: string;
accountId?: string;
agentId: string;
routeSessionKey: string;
storePath: string;
ctxPayload: FinalizedMsgContext;
recordInboundSession: RecordInboundSession$1;
afterRecord?: () => void | Promise<void>;
dispatchReplyWithBufferedBlockDispatcher: DispatchReplyWithBufferedBlockDispatcher$1;
delivery: ChannelEventDeliveryAdapter;
replyPipeline?: ChannelTurnReplyPipelineOptions;
dispatcherOptions?: ChannelTurnDispatcherOptions;
toolsAllow?: string[];
replyOptions?: ChannelTurnReplyOptions;
replyResolver?: GetReplyFromConfig;
/** Instance-bound reply dispatcher supplied by the owning plugin runtime. */
dispatchReplyFromConfig?: DispatchReplyFromConfig;
sessionInitRetry?: {
delaysMs: readonly number[];
signal?: AbortSignal;
sleep?: (ms: number, signal?: AbortSignal) => Promise<void>;
};
record?: ChannelTurnRecordOptions;
history?: ChannelTurnHistoryFinalizeOptions;
admission?: Extract<ChannelTurnAdmission, {
kind: "dispatch" | "observeOnly";
}>;
botLoopProtection?: ChannelBotLoopProtectionFacts;
/** Transport-defined outbound source identity, such as a webhook id. */
outboundEchoSourceId?: string;
log?: (event: ChannelTurnLogEvent) => void;
messageId?: string;
/** Canonical adoption lifecycle threaded into replyOptions. */
turnAdoptionLifecycle?: TurnAdoptionLifecycle;
};
type PreparedChannelTurnDispatchSkipReason = "botLoopProtection" | "observeOnly" | "outboundEcho";
/** Lifecycle ownership declared alongside an already-prepared dispatch runner. */
type PreparedChannelTurnDispatchLifecycle = {
/** Exact adoption lifecycle captured by runDispatch, or undefined for non-durable turns. */
turnAdoptionLifecycle: TurnAdoptionLifecycle | undefined;
/** Releases resources that runDispatch would otherwise settle when dispatch is skipped. */
onDispatchSkipped: (reason: PreparedChannelTurnDispatchSkipReason) => void | Promise<void>;
};
/** Channel turn with dispatch runner already prepared. */
type PreparedChannelTurn<TDispatchResult = DispatchFromConfigResult> = {
channel: string;
accountId?: string;
routeSessionKey: string;
storePath: string;
ctxPayload: FinalizedMsgContext;
recordInboundSession: RecordInboundSession$1;
afterRecord?: () => void | Promise<void>;
record?: ChannelTurnRecordOptions;
history?: ChannelTurnHistoryFinalizeOptions;
onPreDispatchFailure?: (err: unknown) => void | Promise<void>;
runDispatch: () => Promise<TDispatchResult>;
/** Optional for the legacy direct prepared runner; inbound adapters use the stricter type. */
runDispatchLifecycle?: PreparedChannelTurnDispatchLifecycle;
observeOnlyDispatchResult?: TDispatchResult;
admission?: Extract<ChannelTurnAdmission, {
kind: "dispatch" | "observeOnly";
}>;
botLoopProtection?: ChannelBotLoopProtectionFacts;
/** Transport-defined outbound source identity, such as a webhook id. */
outboundEchoSourceId?: string;
log?: (event: ChannelTurnLogEvent) => void;
messageId?: string;
};
type ChannelTurnRoute = {
agentId: string;
dmScope?: DmScope;
sessionKey: string;
};
type RoutedChannelTurn<T> = Omit<T, "routeSessionKey" | "storePath" | "recordInboundSession"> & {
route: ChannelTurnRoute;
};
type InboundPreparedChannelTurn<TDispatchResult = DispatchFromConfigResult> = PreparedChannelTurn<TDispatchResult> & {
runDispatchLifecycle: PreparedChannelTurnDispatchLifecycle;
};
type ChannelTurnPlan<TDelivery extends ChannelTurnDeliveryAdapter = ChannelCoreManagedTurnDeliveryAdapter> = RoutedChannelTurn<Omit<AssembledChannelTurn, "agentId" | "delivery" | "dispatchReplyWithBufferedBlockDispatcher"> & {
delivery: TDelivery;
}>;
type PreparedChannelTurnPlan<TDispatchResult = DispatchFromConfigResult> = RoutedChannelTurn<InboundPreparedChannelTurn<TDispatchResult>> & {
cfg: OpenClawConfig;
};
/** Resolved turn shape returned by adapters before final run/dispatch handling. */
type ChannelTurnResolved<TDispatchResult = DispatchFromConfigResult, TDelivery extends ChannelTurnDeliveryAdapter = ChannelCoreManagedTurnDeliveryAdapter> = ChannelTurnPlan<TDelivery> | PreparedChannelTurnPlan<TDispatchResult> | (AssembledChannelTurn & {
admission?: Extract<ChannelTurnAdmission, {
kind: "dispatch" | "observeOnly";
}>;
}) | (InboundPreparedChannelTurn<TDispatchResult> & {
admission?: Extract<ChannelTurnAdmission, {
kind: "dispatch" | "observeOnly";
}>;
});
/** Ordered lifecycle stage names emitted to channel turn log hooks. */
type ChannelTurnStage = "ingest" | "classify" | "preflight" | "resolve" | "authorize" | "assemble" | "record" | "dispatch" | "finalize";
/** Structured channel turn log event. */
type ChannelTurnLogEvent = {
stage: ChannelTurnStage;
event: "start" | "done" | "drop" | "handled" | "error" | "warning";
channel: string;
accountId?: string;
messageId?: string;
sessionKey?: string;
admission?: ChannelTurnAdmission["kind"];
reason?: string;
error?: unknown;
};
/** Final result for a channel turn, dispatched or admitted without dispatch. */
type ChannelTurnResult<TDispatchResult = DispatchFromConfigResult> = DispatchedChannelTurnResult<TDispatchResult> | {
admission: ChannelTurnAdmission;
dispatched: false;
ctxPayload?: MsgContext;
routeSessionKey?: string;
};
/** Successful dispatch result for a channel turn. */
type DispatchedChannelTurnResult<TDispatchResult = DispatchFromConfigResult> = {
admission: Extract<ChannelTurnAdmission, {
kind: "dispatch" | "observeOnly";
}>;
dispatched: true;
ctxPayload: MsgContext;
routeSessionKey: string;
dispatchResult: TDispatchResult;
};
/** Adapter contract for ingesting, classifying, resolving, and finalizing raw channel events. */
type ChannelTurnAdapter<TRaw, TDispatchResult = DispatchFromConfigResult, TDelivery extends ChannelTurnDeliveryAdapter = ChannelCoreManagedTurnDeliveryAdapter> = {
ingest: (raw: TRaw) => Promise<NormalizedTurnInput | null> | NormalizedTurnInput | null;
classify?: (input: NormalizedTurnInput) => Promise<ChannelEventClass> | ChannelEventClass;
preflight?: (input: NormalizedTurnInput, eventClass: ChannelEventClass) => Promise<PreflightFacts | ChannelTurnAdmission | null | undefined> | PreflightFacts | ChannelTurnAdmission | null | undefined;
resolveTurn: (input: NormalizedTurnInput, eventClass: ChannelEventClass, preflight: PreflightFacts) => Promise<ChannelTurnResolved<TDispatchResult, TDelivery>> | ChannelTurnResolved<TDispatchResult, TDelivery>;
onFinalize?: (result: ChannelTurnResult<TDispatchResult>) => Promise<void> | void;
};
/** Parameters for running one raw channel event through the turn kernel. */
type RunChannelTurnParams<TRaw, TDispatchResult = DispatchFromConfigResult, TDelivery extends ChannelTurnDeliveryAdapter = ChannelCoreManagedTurnDeliveryAdapter> = {
channel: string;
accountId?: string;
raw: TRaw;
adapter: ChannelTurnAdapter<TRaw, TDispatchResult, TDelivery>;
log?: (event: ChannelTurnLogEvent) => void;
/** Canonical adoption lifecycle for this turn. */
turnAdoptionLifecycle?: TurnAdoptionLifecycle;
};
//#endregion
//#region src/channels/inbound-event/context.d.ts
type MaybePromise<T> = T | Promise<T>;
type ChannelInboundSupplementalMediaResolver = () => MaybePromise<readonly InboundMediaFacts[] | null | undefined>;
type ChannelInboundSupplementalQuoteFacts = NonNullable<SupplementalContextFacts["quote"]> & {
isSelf?: boolean;
media?: readonly InboundMediaFacts[] | ChannelInboundSupplementalMediaResolver;
};
type ChannelInboundSupplementalFacts = Omit<SupplementalContextFacts, "quote"> & {
quote?: ChannelInboundSupplementalQuoteFacts;
};
/**
* @deprecated Prefer passing `resolveSupplementalMedia: true` directly to
* `buildChannelInboundEventContext` without naming this compatibility type.
*/
type ChannelInboundSupplementalResolutionOptions = {
resolveSupplementalMedia: true;
suppressSelfQuoteBody?: boolean;
suppressSelfQuoteMedia?: boolean;
};
type BuildChannelInboundEventAccess = {
commands?: Pick<ChannelIngressCommandAccess, "authorized">;
/** Channel-configured policy resolved at the trusted ingress boundary. */
toolPolicy?: GroupToolPolicyConfig;
mentions?: {
canDetectMention: boolean;
wasMentioned: boolean;
hasAnyMention?: boolean;
explicitlyMentionedBot?: boolean;
mentionedUserIds?: string[];
mentionedSubteamIds?: string[];
mentionSource?: MentionSource;
implicitMentionKinds?: InboundImplicitMentionKind[];
requireMention?: boolean;
effectiveWasMentioned?: boolean;
};
};
type BuildChannelInboundEventContextParams = {
channel: string;
accountId?: string;
provider?: string;
surface?: string;
messageId?: string;
messageIdFull?: string;
timestamp?: number;
from: string;
sender: SenderFacts;
conversation: ConversationFacts;
route: RouteFacts;
reply: ReplyPlanFacts;
message: MessageFacts;
sessionTranscript?: SessionTranscriptContext;
access?: BuildChannelInboundEventAccess;
command?: CommandFacts;
commandTurn?: CommandTurnContext;
media?: InboundMediaFacts[];
supplemental?: ChannelInboundSupplementalFacts;
channelContext?: PluginHookChannelContext;
contextVisibility?: ContextVisibilityMode;
finalize?: FinalizeInboundContextFn;
finalizeOptions?: FinalizeInboundContextOptions;
extra?: Record<string, unknown>;
/** Exact host-resolved ingress result, or an explicit unsupported adapter marker. */
channelIngress?: ResolvedChannelMessageIngress | readonly ResolvedChannelMessageIngress[] | "unsupported";
};
/**
* @deprecated Prefer `BuildChannelInboundEventContextParams` with
* `resolveSupplementalMedia: true` at call sites that need lazy quote media.
*/
type BuildChannelInboundEventContextAsyncParams = BuildChannelInboundEventContextParams & ChannelInboundSupplementalResolutionOptions;
type BuiltChannelInboundEventContext = FinalizedMsgContext & {
Body: string;
BodyForAgent: string;
BodyForCommands: string;
ChatType: ConversationFacts["kind"];
CommandAuthorized: boolean;
CommandBody: string;
From: string;
RawBody: string;
SessionKey: string;
To: string;
InboundEventKind: InboundEventKind;
};
type FinalizeInboundContextFn = (ctx: Record<string, unknown>, opts?: FinalizeInboundContextOptions) => unknown;
declare function buildChannelInboundEventContext(params: BuildChannelInboundEventContextAsyncParams): Promise<BuiltChannelInboundEventContext>;
declare function buildChannelInboundEventContext(params: BuildChannelInboundEventContextParams): BuiltChannelInboundEventContext;
//#endregion
//#region src/channels/turn/run-channel-turn.d.ts
declare function runChannelTurn<TRaw, TDispatchResult = DispatchedChannelTurnResult["dispatchResult"]>(params: RunChannelTurnParams<TRaw, TDispatchResult, ChannelProviderOwnedMessageSendingDeliveryAdapter>): Promise<ChannelTurnResult<TDispatchResult>>;
declare function runChannelTurn<TRaw, TDispatchResult = DispatchedChannelTurnResult["dispatchResult"]>(params: RunChannelTurnParams<TRaw, TDispatchResult>): Promise<ChannelTurnResult<TDispatchResult>>;
//#endregion
//#region src/channels/turn/execution.d.ts
declare function runPreparedChannelTurn<TDispatchResult = DispatchedChannelTurnResult["dispatchResult"]>(params: PreparedChannelTurn<TDispatchResult>): Promise<ChannelTurnResult<TDispatchResult>>;
//#endregion
//#region src/channels/turn/lifecycle.d.ts
declare function dispatchAssembledChannelTurn(params: AssembledChannelTurn): Promise<ChannelTurnResult>;
declare function dispatchRoutedChannelTurn(params: ChannelTurnPlan<ChannelTurnDeliveryAdapter>): Promise<ChannelTurnResult>;
declare function dispatchRoutedChannelTurn(params: ChannelTurnPlan<ChannelProviderOwnedMessageSendingDeliveryAdapter>): Promise<ChannelTurnResult>;
declare function dispatchRoutedChannelTurn(params: ChannelTurnPlan): Promise<ChannelTurnResult>;
//#endregion
//#region src/auto-reply/command-detection.runtime-types.d.ts
/** Runtime-injected predicate for deciding whether visible text is an OpenClaw command. */
type IsControlCommandMessage = (text?: string, cfg?: OpenClawConfig, options?: CommandNormalizeOptions) => boolean;
/** Runtime-injected predicate for deciding whether command authorization must be computed. */
type ShouldComputeCommandAuthorized = (text?: string, cfg?: OpenClawConfig, options?: CommandNormalizeOptions) => boolean;
//#endregion
//#region src/auto-reply/commands-registry.runtime-types.d.ts
/** Runtime-injected policy hook for whether text slash commands should be honored. */
type ShouldHandleTextCommands = (params: ShouldHandleTextCommandsParams) => boolean;
//#endregion
//#region src/channels/mention-pattern-policy.d.ts
/**
* Inputs for resolving whether mention-pattern matching is enabled in a conversation.
*/
type ResolveMentionPatternPolicyParams = {
cfg?: OpenClawConfig;
provider?: string;
conversationId?: string | null;
providerPolicy?: MentionPatternsPolicyConfig;
agentId?: string;
};
//#endregion
//#region src/auto-reply/reply/mentions.types.d.ts
/** Options for building mention regexes without binding config/agent id. */
type BuildMentionRegexesOptions = Omit<ResolveMentionPatternPolicyParams, "cfg" | "agentId">;
/** Builds mention regexes for the current config and agent. */
type BuildMentionRegexes = (cfg: OpenClawConfig | undefined, agentId?: string, options?: BuildMentionRegexesOptions) => RegExp[];
/** Tests plain text against mention regexes. */
type MatchesMentionPatterns = (text: string, mentionRegexes: RegExp[]) => boolean;
/** Explicit mention metadata supplied by channel adapters. */
type ExplicitMentionSignal = {
hasAnyMention: boolean;
isExplicitlyMentioned: boolean;
canResolveExplicit: boolean;
};
/** Tests mention state using regexes plus explicit channel mention metadata. */
type MatchesMentionWithExplicit = (params: {
text: string;
mentionRegexes: RegExp[];
explicit?: ExplicitMentionSignal;
transcript?: string;
}) => boolean;
//#endregion
//#region src/auto-reply/reply/reply-dispatcher.runtime-types.d.ts
/** Type of the lazy reply dispatcher factory used by runtime dispatch paths. */
type CreateReplyDispatcherWithTyping = typeof createReplyDispatcherWithTyping;
//#endregion
//#region src/channels/plugins/outbound/load.types.d.ts
/**
* Lazy loader contract for channel outbound adapters.
*/
type LoadChannelOutboundAdapter = (id: ChannelId$1) => Promise<ChannelOutboundAdapter | undefined>;
//#endregion
//#region src/config/markdown-tables.types.d.ts
/** Parameters for resolving markdown table rendering per config and channel. */
type ResolveMarkdownTableModeParams = {
cfg?: Partial<OpenClawConfig>;
channel?: string | null;
accountId?: string | null;
supportsBlockTables?: boolean;
};
type ResolveMarkdownTableMode = (params: ResolveMarkdownTableModeParams) => MarkdownTableMode$1;
//#endregion
//#region src/config/sessions/runtime-types.d.ts
/** Runtime hook for reading a session store entry timestamp. */
type ReadSessionUpdatedAt = (params: {
storePath: string;
sessionKey: string;
}) => number | undefined;
type RecordSessionMetaFromInbound = (params: {
storePath: string;
sessionKey: string;
ctx: MsgContext;
groupResolution?: GroupKeyResolution | null;
createIfMissing?: boolean;
}) => Promise<SessionEntry$1 | null>;
type UpdateLastRoute = (params: {
storePath: string;
sessionKey: string;
channel?: string;
to?: string;
accountId?: string;
threadId?: string | number;
route?: ChannelRouteRef;
deliveryContext?: DeliveryContext;
ctx?: MsgContext;
groupResolution?: GroupKeyResolution | null;
createIfMissing?: boolean;
}) => Promise<SessionEntry$1 | null>;
//#endregion
//#region src/plugins/runtime/types-channel.d.ts
type DispatchReplyWithBufferedBlockDispatcher = DispatchReplyWithBufferedBlockDispatcher$1;
type RecordInboundSession = RecordInboundSession$1;
type RuntimeThreadBindingLifecycleRecord = SessionBindingRecord | {
boundAt: number;
lastActivityAt: number;
idleTimeoutMs?: number;
maxAgeMs?: number;
};
type PluginRuntimeChannelContextKey = {
channelId: string;
accountId?: string | null;
capability: string;
};
type PluginRuntimeChannelContextEvent = {
type: "registered" | "unregistered";
key: {
channelId: string;
accountId?: string;
capability: string;
};
context?: unknown;
};
type PluginRuntimeChannelContextRegistry = {
register: (params: PluginRuntimeChannelContextKey & {
context: unknown;
abortSignal?: AbortSignal;
}) => {
dispose: () => void;
};
get: <T = unknown>(params: PluginRuntimeChannelContextKey) => T | undefined;
watch: (params: {
channelId?: string;
accountId?: string | null;
capability?: string;
onEvent: (event: PluginRuntimeChannelContextEvent) => void;
}) => () => void;
};
type PluginRuntimeChannel$1 = {
text: {
chunkByNewline: typeof chunkByNewline;
chunkMarkdownText: typeof chunkMarkdownText;
chunkMarkdownTextWithMode: typeof chunkMarkdownTextWithMode;
chunkText: typeof chunkText;
chunkTextWithMode: typeof chunkTextWithMode;
resolveChunkMode: typeof resolveChunkMode;
resolveTextChunkLimit: typeof resolveTextChunkLimit;
hasControlCommand: typeof hasControlCommand;
resolveMarkdownTableMode: ResolveMarkdownTableMode;
convertMarkdownTables: typeof convertMarkdownTables;
};
reply: {
dispatchReplyWithBufferedBlockDispatcher: DispatchReplyWithBufferedBlockDispatcher;
/**
* @deprecated Prefer `openclaw/plugin-sdk/channel-outbound` adapters plus
* `dispatchReplyWithBufferedBlockDispatcher` or channel turn helpers.
* This is a low-level legacy dispatcher escape hatch.
*/
createReplyDispatcherWithTyping: CreateReplyDispatcherWithTyping;
resolveEffectiveMessagesConfig: typeof resolveEffectiveMessagesConfig;
/**
* @deprecated Prefer the channel-message reply pipeline helpers. This is
* tied to the low-level legacy dispatcher path.
*/
resolveHumanDelayConfig: typeof resolveHumanDelayConfig;
/**
* @deprecated Prefer `dispatchReplyWithBufferedBlockDispatcher` with a
* channel-message adapter or the channel turn helpers. Direct use must
* manually preserve source reply delivery metadata such as
* `sourceReplyDeliveryMode`.
*/
dispatchReplyFromConfig: DispatchReplyFromConfig;
withReplyDispatcher: typeof withReplyDispatcher;
settleReplyDispatcher: typeof settleReplyDispatcher;
/**
* @deprecated Prefer `buildChannelInboundEventContext` from
* `openclaw/plugin-sdk/channel-inbound` so inbound event metadata is
* carried into reply dispatch.
*/
finalizeInboundContext: typeof finalizeInboundContext;
formatAgentEnvelope: typeof formatAgentEnvelope;
resolveEnvelopeFormatOptions: typeof resolveEnvelopeFormatOptions;
};
routing: {
buildAgentSessionKey: typeof buildAgentSessionKey;
resolveAgentRoute: typeof resolveAgentRoute;
};
pairing: {
buildPairingReply: typeof buildPairingReply;
readAllowFromStore: ReadChannelAllowFromStoreForAccount;
removeAllowFromStoreEntry: RemoveChannelAllowFromStoreEntryForAccount;
upsertPairingRequest: UpsertChannelPairingRequestForAccount;
};
media: {
readRemoteMediaBuffer: typeof readRemoteMediaBuffer;
/** @deprecated Use `readRemoteMediaBuffer`. */
fetchRemoteMedia: typeof fetchRemoteMedia;
saveRemoteMedia: typeof saveRemoteMedia;
saveResponseMedia: typeof saveResponseMedia;
saveMediaBuffer: typeof saveMediaBuffer;
};
activity: {
record: typeof recordChannelActivity;
get: typeof getChannelActivity;
};
session: {
/** @deprecated Prefer channel turn helpers that record inbound sessions as part of dispatch. */
resolveStorePath: typeof resolveSessionStorePathCore;
readSessionUpdatedAt: ReadSessionUpdatedAt;
recordSessionMetaFromInbound: RecordSessionMetaFromInbound;
/** @deprecated Prefer channel turn helpers that record inbound sessions as part of dispatch. */
recordInboundSession: RecordInboundSession;
updateLastRoute: UpdateLastRoute;
};
mentions: {
buildMentionRegexes: BuildMentionRegexes;
matchesMentionPatterns: MatchesMentionPatterns;
matchesMentionWithExplicit: MatchesMentionWithExplicit;
implicitMentionKindWhen: typeof implicitMentionKindWhen;
resolveInboundMentionDecision: typeof resolveInboundMentionDecision;
};
reactions: {
createAckReactionHandle: typeof createAckReactionHandle;
shouldAckReaction: typeof shouldAckReaction;
removeAckReactionAfterReply: typeof removeAckReactionAfterReply;
removeAckReactionHandleAfterReply: typeof removeAckReactionHandleAfterReply;
};
groups: {
resolveGroupPolicy: typeof resolveChannelGroupPolicy;
resolveRequireMention: typeof resolveChannelGroupRequireMention;
};
debounce: {
createInboundDebouncer: typeof createInboundDebouncer;
resolveInboundDebounceMs: typeof resolveInboundDebounceMs;
};
commands: {
resolveCommandAuthorizedFromAuthorizers: typeof resolveCommandAuthorizedFromAuthorizers;
isControlCommandMessage: IsControlCommandMessage;
shouldComputeCommandAuthorized: ShouldComputeCommandAuthorized;
shouldHandleTextCommands: ShouldHandleTextCommands;
};
outbound: {
loadAdapter: LoadChannelOutboundAdapter;
};
inbound: {
buildContext: typeof buildChannelInboundEventContext;
run: typeof runChannelTurn;
/** @deprecated Prefer `run` for raw inbound events or `dispatchReply` for assembled contexts. */
runPreparedReply: typeof runPreparedChannelTurn;
dispatch: typeof dispatchRoutedChannelTurn;
/** Compatibility escape hatch; prefer `dispatch`, which keeps session wiring in core. */
dispatchReply: typeof dispatchAssembledChannelTurn;
};
threadBindings: {
setIdleTimeoutBySessionKey: (params: {
channelId: string;
targetSessionKey: string;
accountId?: string;
idleTimeoutMs: number;
}) => RuntimeThreadBindingLifecycleRecord[];
setMaxAgeBySessionKey: (params: {
channelId: string;
targetSessionKey: string;
accountId?: string;
maxAgeMs: number;
}) => RuntimeThreadBindingLifecycleRecord[];
};
runtimeContexts: PluginRuntimeChannelContextRegistry;
};
//#endregion
//#region src/agents/run-wait.types.d.ts
/** Normalized terminal or pending state returned by `agent.wait`. */
type AgentWaitResult = {
status: "ok" | "timeout" | "error" | "pending";
error?: string;
/** Set locally when the wait RPC fails; terminal run text is never retry evidence. */
retryableTransportError?: true;
startedAt?: number;
endedAt?: number;
stopReason?: string;
livenessState?: string;
yielded?: boolean;
pendingError?: boolean;
timeoutPhase?: AgentRunTimeoutPhase;
providerStarted?: boolean;
terminalReply?: AgentRunTerminalReplySnapshot;
sourceReplyDelivered?: true;
};
//#endregion
//#region src/plugins/runtime/types.d.ts
type PluginRuntimeChannel = PluginRuntimeChannel$1;
type SubagentRunParams = {
sessionKey: string;
message: string;
/** Run with an exact empty tool surface. */
disableTools?: boolean;
/** Add exact tools registered by the calling plugin to the worker's normal tool surface. */
toolsAlsoAllow?: string[];
provider?: string;
model?: string;
extraSystemPrompt?: string;
/** Use the bounded subagent prompt instead of the full conversation prompt. */
promptMode?: "minimal";
lane?: string;
lightContext?: boolean;
deliver?: boolean;
/** Deliver the completion to the authenticated requester of the current hook invocation. */
completionDelivery?: "current-requester";
idempotencyKey?: string;
cwd?: string;
};
type SubagentCompleteParams = {
agentId: string;
message: string;
extraSystemPrompt?: string;
model?: string;
timeoutMs?: number;
signal?: AbortSignal;
};
type PluginManagedWorktree = {
id: string;
path: string;
branch: string;
};
type SubagentRunResult = {
runId: string;
/** Canonical accepted session identity. Optional for explicit/custom runtimes. */
sessionKey?: string;
runtime?: {
harness: string;
provider: string;
model: string;
};
};
type SubagentWaitParams = {
runId: string;
timeoutMs?: number;
};
type SubagentGetSessionMessagesParams = {
sessionKey: string;
limit?: number;
};
type SubagentGetSessionMessagesResult = {
messages: unknown[];
};
type SubagentDeleteSessionParams = {
sessionKey: string;
deleteTranscript?: boolean;
};
type RuntimeNodeListParams = {
connected?: boolean;
};
type RuntimeNodeListResult = {
nodes: Array<{
nodeId: string;
displayName?: string;
platform?: string;
clientId?: string;
remoteIp?: string;
connected?: boolean;
connectedAtMs?: number;
lastSeenAtMs?: number;
caps?: string[];
commands?: string[];
/** True only for the node host installed alongside this Gateway. */
gatewayLocal?: boolean;
/** Advertised commands currently permitted by Gateway node-command policy. */
invocableCommands?: string[];
nodePluginTools?: NodePluginToolDescriptor[];
}>;
};
type RuntimeNodeInvokeParams = {
nodeId: string;
command: string;
params?: unknown;
timeoutMs?: number;
idempotencyKey?: string;
sessionKey?: string;
/** Cancel the invocation and any work already dispatched to a first-party node. */
signal?: AbortSignal;
/** Requested Gateway scopes. Honored only for bundled or trusted official plugins. */
scopes?: OperatorScope[];
};
/** A lifecycle-bound, complete-message binary channel for one node invocation. */
type RuntimeNodeDuplexChannel = {
send: (message: Uint8Array) => Promise<void>;
onMessage: (listener: (message: Uint8Array) => void | Promise<void>) => () => void;
closed: Promise<unknown>;
close: () => void;
};
type RuntimeGatewayRequestOptions = {
timeoutMs?: number;
/** Requested Gateway scopes. Honored only for bundled or trusted official plugins. */
scopes?: OperatorScope[];
};
/** Trusted in-process runtime surface injected into native plugins. */
type PluginRuntime = PluginRuntimeCore & {
gateway: {
/** Whether this process owns an active Gateway request context. */
isAvailable: () => Promise<boolean>;
/** Dispatch a Gateway method as the current trusted plugin. */
request: <T = unknown>(method: string, params?: Record<string, unknown>, options?: RuntimeGatewayRequestOptions) => Promise<T>;
};
subagent: {
/** Fresh, tool-free background inference under the existing subagent model policy. */
complete: (params: SubagentCompleteParams) => Promise<{
text: string;
}>;
run: (params: SubagentRunParams) => Promise<SubagentRunResult>;
waitForRun: (params: SubagentWaitParams) => Promise<AgentWaitResult>;
getSessionMessages: (params: SubagentGetSessionMessagesParams) => Promise<SubagentGetSessionMessagesResult>;
deleteSession: (params: SubagentDeleteSessionParams) => Promise<void>;
};
nodes: {
list: (params?: RuntimeNodeListParams) => Promise<RuntimeNodeListResult>;
invoke: (params: RuntimeNodeInvokeParams) => Promise<unknown>;
/** Open a connection-scoped binary node command inside the trusted Gateway runtime. */
openDuplex: (params: RuntimeNodeInvokeParams & {
maxMessageBytes?: number;
maxOutstandingDeliveryBytes?: number;
}) => Promise<RuntimeNodeDuplexChannel>;
};
sandbox: {
resolveWorkspaceAuthority: (params: {
config: OpenClawConfig;
agentId?: string;
confinedToolNames?: readonly string[];
requiredToolNames?: readonly string[];
modelProvider?: string;
modelId?: string;
sessionKey: string;
}) => {
sandboxed: boolean;
workspaceAccess: "none" | "ro" | "rw";
confinementError?: string;
};
prepareWorkspaceAuthority: (params: {
config: OpenClawConfig;
agentId?: string;
confinedToolNames?: readonly string[];
requiredToolNames?: readonly string[];
modelProvider?: string;
modelId?: string;
sessionKey: string;
workspaceDir: string;
}) => Promise<{
sandboxed: boolean;
workspaceAccess: "none" | "ro" | "rw";
confinementError?: string;
}>;
};
worktrees: {
resolveCheckoutRoot: (params: {
path: string;
}) => Promise<string | undefined>;
hasSelfContainedCheckoutMetadata?: (params: {
path: string;
}) => Promise<boolean>;
create: (params: {
repoRoot: string;
name: string;
baseRef?: string;
ownerKind: "workboard";
ownerId: string;
}) => Promise<PluginManagedWorktree>;
release: (params: {
path: string;
}) => Promise<void>;
removeIfLossless: (params: {
path: string;
ownerKind: "workboard";
ownerId: string;
}) => Promise<boolean>;
};
channel: PluginRuntimeChannel;
};
//#endregion
//#region src/plugins/migration-provider.types.d.ts
type PluginConfigMigration = (config: OpenClawConfig) => {
config: OpenClawConfig;
changes: string[];
} | null | undefined;
type MigrationItemStatus = "planned" | "migrated" | "skipped" | "warning" | "conflict" | "error";
type MigrationItemKind = "auth" | "config" | "secret" | "memory" | "skill" | "workspace" | "session" | "file" | "archive" | "manual";
type MigrationItemAction = "copy" | "create" | "update" | "merge" | "append" | "archive" | "skip" | "manual";
type MigrationApplyPhase = "before-promotion" | "after-promotion";
/** Provider guarantee required before onboarding defers non-rollbackable effects. */
type MigrationDeferredApplyContract = {
retrySafe: true;
};
type MigrationItem = {
id: string;
kind: MigrationItemKind | (string & {});
action: MigrationItemAction | (string & {});
status: MigrationItemStatus;
source?: string;
target?: string;
message?: string;
reason?: string;
sensitive?: boolean;
/** Onboarding may defer non-rollbackable effects only for retry-safe providers. */
applyPhase?: MigrationApplyPhase;
/** Retry-safe deferred apply may report a non-mutating already-satisfied terminal result. */
deferredCompletion?: true;
/** Core-owned source revision bound by reviewed embedded migration flows. */
sourceRevision?: {
algorithm: "sha256";
digest: string;
};
details?: Record<string, unknown>;
};
type MigrationSummary = {
total: number;
planned: number;
migrated: number;
skipped: number;
conflicts: number;
errors: number;
sensitive: number;
};
type MigrationDetection = {
found: boolean;
source?: string;
label?: string;
confidence?: "low" | "medium" | "high";
message?: string;
};
type MigrationPlan = {
providerId: string;
source: string;
target?: string;
summary: MigrationSummary;
items: MigrationItem[];
warnings?: string[];
nextSteps?: string[];
metadata?: Record<string, unknown>;
};
type MigrationApplyResult = MigrationPlan & {
backupPath?: string;
reportDir?: string;
};
type MigrationProviderPreparation = {
dispose?: () => void | Promise<void>;
};
type MigrationConfigRuntime = Pick<NonNullable<PluginRuntime["config"]>, "current" | "mutateConfigFile">;
type MigrationProviderContext = {
config: OpenClawConfig;
runtime?: PluginRuntime;
/** Host-owned config mutation target for isolated embedded migration flows. */
configRuntime?: MigrationConfigRuntime;
logger: PluginLogger;
stateDir: string;
/** Explicit destination agent for embedded migration surfaces such as Control UI. */
targetAgentId?: string;
/** Optional item-kind scope used by embedded migration surfaces to avoid unrelated discovery. */
itemKinds?: readonly string[];
source?: string;
includeSecrets?: boolean;
overwrite?: boolean;
providerOptions?: Record<string, unknown>;
backupPath?: string;
reportDir?: string;
signal?: AbortSignal;
};
/** Migration source implemented by a plugin and orchestrated by `openclaw migrate`. */
type MigrationProviderPlugin$1 = {
id: string;
label: string;
description?: string;
/** Item kinds this provider can expose without requiring a full plan. */
supportedItemKinds?: readonly string[];
/** Required when this provider plans items for `after-promotion`. */
deferredApply?: MigrationDeferredApplyContract;
detect?: (ctx: MigrationProviderContext) => MigrationDetection | Promise<MigrationDetection>;
prepareApply?: (ctx: MigrationProviderContext) => MigrationProviderPreparation | Promise<MigrationProviderPreparation | undefined> | undefined;
plan: (ctx: MigrationProviderContext) => MigrationPlan | Promise<MigrationPlan>;
apply: (ctx: MigrationProviderContext, plan?: MigrationPlan) => MigrationApplyResult | Promise<MigrationApplyResult>;
};
type PluginSetupAutoEnableContext = {
config: OpenClawConfig;
env: NodeJS.ProcessEnv;
};
type PluginSetupAutoEnableProbe = (ctx: PluginSetupAutoEnableContext) => string | string[] | null | undefined;
//#endregion
//#region src/plugins/plugin-command.types.d.ts
type ChannelId = ChannelId$1;
type PluginCommandSessionTarget = {
agentId: string;
sessionId: string;
sessionKey: string;
storePath: string;
};
type PluginCommandDiagnosticsSession = {
/** Stable host session key when available. */
sessionKey?: string;
/** Ephemeral OpenClaw session id when available. */
sessionId?: string;
/** Canonical SQLite identity for active transcript access. */
sessionTarget?: PluginCommandSessionTarget;
/**
* Deprecated transcript locator for this OpenClaw session when available.
*
* SQLite-backed sessions use a `sqlite:<agentId>:<sessionId>:<storePath>`
* marker, not a filesystem path. Use session id/key plus transcript-runtime
* helpers for active transcript reads.
*
* @deprecated Use session identity fields with `plugin-sdk/session-transcript-runtime`.
*/
sessionFile?: string;
/** Embedded agent harness selected for this session. */
agentHarnessId?: string;
/** Channel/provider for this session when available. */
channel?: string;
/** Provider channel id when available. */
channelId?: ChannelId;
/** Account id for multi-account channels when available. */
accountId?: string;
/** Thread/topic id when available. */
messageThreadId?: string | number;
/** Parent conversation id for thread-capable channels when available. */
threadParentId?: string;
};
/**
* Context passed to plugin command handlers.
*/
type PluginCommandContext = {
/** The sender's identifier (for example a channel-scoped user ID) */
senderId?: string;
/** The channel/surface (for example "chat" or "team-chat") */
channel: string;
/** Provider channel id */
channelId?: ChannelId;
/** Whether the sender is on the allowlist */
isAuthorizedSender: boolean;
/** Whether the sender is an owner for owner-only command surfaces. */
senderIsOwner?: boolean;
/** Gateway client scopes for internal control-plane callers */
gatewayClientScopes?: string[];
/** Host-resolved agent that owns the active session. */
agentId?: string;
/** Stable host session key for the active conversation when available. */
sessionKey?: string;
/** Ephemeral host session id for the active conversation when available. */
sessionId?: string;
/** Canonical SQLite identity for active transcript access. */
sessionTarget?: PluginCommandSessionTarget;
/**
* Deprecated transcript locator for the active OpenClaw session when available.
*
* SQLite-backed sessions use a `sqlite:<agentId>:<sessionId>:<storePath>`
* marker, not a filesystem path. Use session id/key plus transcript-runtime
* helpers for active transcript reads.
*
* @deprecated Use session identity fields with `plugin-sdk/session-transcript-runtime`.
*/
sessionFile?: string;
/** Raw command arguments after the command name */
args?: string;
/** The full normalized command body */
commandBody: string;
/** Current OpenClaw configuration */
config: OpenClawConfig;
/** Raw "From" value (channel-scoped id) */
from?: string;
/** Raw "To" value (channel-scoped id) */
to?: string;
/** Account id for multi-account channels */
accountId?: string;
/** Thread/topic id if available */
messageThreadId?: string | number;
/** Parent conversation id for thread-capable channels */
threadParentId?: string;
/** Sensitive diagnostics-only session inventory for owner-gated commands. */
diagnosticsSessions?: PluginCommandDiagnosticsSession[];
/** Host-bound runtime capabilities scoped to this command invocation. */
runtimeContext?: {
llm?: Pick<PluginRuntimeCore["llm"], "complete">;
compactCurrent?: () => Promise<{
compacted: boolean;
reason?: string;
tokensBefore?: number;
tokensAfter?: number;
}>;
};
/** Internal diagnostics-only marker that exec approval already authorized upload. */
diagnosticsUploadApproved?: boolean;
/** Internal diagnostics-only marker to preview upload effects without exposing ids. */
diagnosticsPreviewOnly?: boolean;
/** Internal diagnostics-only marker for owner-private routed confirmations. */
diagnosticsPrivateRouted?: boolean;
requestConversationBinding: (params?: PluginConversationBindingRequestParams) => Promise<PluginConversationBindingRequestResult>;
detachConversationBinding: () => Promise<{
removed: boolean;
}>;
getCurrentConversationBinding: () => Promise<PluginConversationBinding | null>;
};
/**
* Result returned by a plugin command handler.
*/
type PluginCommandResult = ReplyPayload$1 & {
/** Allows the agent session to continue processing after the command. */
continueAgent?: boolean;
/** Suppresses channel fallback replies when the handler already delivered a response. */
suppressReply?: boolean;
};
/**
* Handler function for plugin commands.
*/
type PluginCommandHandler = (ctx: PluginCommandContext) => PluginCommandResult | Promise<PluginCommandResult>;
/**
* Definition for a plugin-registered command.
*/
declare const AGENT_PROMPT_SURFACE_KINDS: readonly ["openclaw_main", "pi_main", "codex_app_server", "cli_backend", "acp_backend", "subagent"];
type AgentPromptSurfaceKind = (typeof AGENT_PROMPT_SURFACE_KINDS)[number];
type AgentPromptGuidanceEntry = {
text: string;
surfaces?: readonly AgentPromptSurfaceKind[];
};
type AgentPromptGuidance = string | AgentPromptGuidanceEntry;
type OpenClawPluginCommandDefinition$1 = {
/** Command name without leading slash (e.g., "tts") */
name: string;
/**
* Optional native-command aliases for slash/menu surfaces.
* `default` applies to all native providers unless a provider-specific
* override exists (for example `{ default: "talkvoice", teamChat: "voice2" }`).
*/
nativeNames?: Partial<Record<string, string>> & {
default?: string;
};
/**
* Optional native progress placeholder text for native command surfaces.
* `default` applies to all native providers unless a provider-specific
* override exists.
*/
nativeProgressMessages?: Partial<Record<string, string>> & {
default?: string;
};
/** Description shown in /help and command menus */
description: string;
/** Localized descriptions for native command surfaces that support them. */
descriptionLocalizations?: Record<string, string>;
/**
* Optional channel ids this command belongs to.
* Omit to keep the command available on every channel surface.
*/
channels?: readonly string[];
/** Optional system-prompt guidance for agents when this command is registered. */
agentPromptGuidance?: readonly AgentPromptGuidance[];
/** Whether this command accepts arguments */
acceptsArgs?: boolean;
/** Optional bounded presentation for clients that explicitly support it. */
clientPresentation?: {
/** Parsed invocation shape eligible for client handling. */
when: "no-arguments";
action: {
kind: "device-pairing";
};
};
/** Whether only authorized senders can use this command (default: true) */
requireAuth?: boolean;
/** Operator scopes required by gateway clients; command owners may satisfy this on chat surfaces. */
requiredScopes?: OperatorScope[];
/** Whether a trusted bundled handler needs owner status for subcommand-level authorization. */
exposeSenderIsOwner?: boolean;
/**
* Allows a bundled plugin to claim a command name that is otherwise reserved
* by core. External plugins cannot use this field.
*/
ownership?: "plugin" | "reserved";
/** The handler function */
handler: PluginCommandHandler;
};
//#endregion
//#region src/plugins/provider-catalog.types.d.ts
type ProviderCatalogOrder = "simple" | "profile" | "paired" | "late";
type ProviderCatalogContext = {
config: OpenClawConfig;
agentDir?: string;
workspaceDir?: string;
env: NodeJS.ProcessEnv;
/** Normalized provider identities selected for this catalog owner; absent means the full catalog. */
providerIds?: readonly string[];
resolveProviderApiKey: (providerId?: string) => {
apiKey: string | undefined;
discoveryApiKey?: string;
};
resolveProviderAuth: (providerId?: string, options?: {
oauthMarker?: string;
}) => {
apiKey: string | undefined;
discoveryApiKey?: string;
mode: "api_key" | "aws-sdk" | "oauth" | "token" | "none";
source: "env" | "profile" | "none";
profileId?: string;
};
};
type ProviderCatalogResult = {
provider: ModelProviderConfig;
outcomes?: readonly ProviderCatalogOutcome[];
} | {
providers: Record<string, ModelProviderConfig>;
outcomes?: readonly ProviderCatalogOutcome[];
} | null | undefined;
type ProviderPluginCatalog = {
order?: ProviderCatalogOrder;
run: (ctx: ProviderCatalogContext) => Promise<ProviderCatalogResult>;
};
type UnifiedModelCatalogProviderContext = ProviderCatalogContext & {
signal?: AbortSignal;
includeLive?: boolean;
timeoutMs?: number;
};
type UnifiedModelCatalogProviderPlugin$1 = {
provider: string;
kinds: readonly UnifiedModelCatalogKind[];
staticCatalog?: (ctx: UnifiedModelCatalogProviderContext) => readonly UnifiedModelCatalogEntry[] | Promise<readonly UnifiedModelCatalogEntry[] | null | undefined> | null | undefined;
liveCatalog?: (ctx: UnifiedModelCatalogProviderContext) => readonly UnifiedModelCatalogEntry[] | Promise<readonly UnifiedModelCatalogEntry[] | null | undefined> | null | undefined;
};
/**
* Built-in model suppression hook context.
*
* @deprecated Use manifest `modelCatalog.suppressions`. Runtime suppression
* hooks are no longer called by model resolution.
*/
type ProviderBuiltInModelSuppressionContext = {
config?: OpenClawConfig;
agentDir?: string;
workspaceDir?: string;
env: NodeJS.ProcessEnv;
provider: string;
modelId: string;
baseUrl?: string;
};
type ProviderBuiltInModelSuppressionResult = {
suppress: boolean;
errorMessage?: string;
};
/**
* Provider-owned "modern model" policy input.
*
* Live smoke/model-profile selection uses this to keep provider-specific
* inclusion/exclusion rules out of core.
*/
type ProviderModernModelPolicyContext = {
provider: string;
modelId: string;
};
/**
* Final catalog augmentation hook.
*
* Runs after OpenClaw loads the discovered model catalog and merges configured
* opt-in providers. Use this for forward-compat rows or vendor-owned synthetic
* entries that should appear in `models list` and model pickers even when the
* upstream registry has not caught up yet.
*/
type ProviderAugmentModelCatalogContext = {
config?: OpenClawConfig;
agentDir?: string;
workspaceDir?: string;
env: NodeJS.ProcessEnv;
resolveProviderApiKey?: ProviderCatalogContext["resolveProviderApiKey"];
entries: ModelCatalogEntry[];
};
//#endregion
//#region src/agents/system-prompt-contribution.d.ts
/**
* Provider-owned system prompt contribution types.
* Separates cache-stable prefixes, dynamic suffixes, and section overrides for
* runtime prompt assembly.
*/
/** Core system-prompt sections that providers may replace. */
type ProviderSystemPromptSectionId = "interaction_style" | "tool_call_style" | "execution_bias";
/** Provider guidance merged into the assembled agent system prompt. */
type ProviderSystemPromptContribution = {
/**
* Cache-stable provider guidance inserted above the system-prompt cache boundary.
*
* Use this for static provider/model-family instructions that should preserve
* KV cache reuse across turns.
*/
stablePrefix?: string;
/**
* Provider guidance inserted below the cache boundary.
*
* Use this only for genuinely dynamic text that is expected to vary across
* runs or sessions.
*/
dynamicSuffix?: string;
/**
* Whole-section replacements for selected core prompt sections.
*
* Values should contain the complete rendered section, including any desired
* heading such as `## Tool Call Style`.
*/
sectionOverrides?: Partial<Record<ProviderSystemPromptSectionId, string>>;
};
//#endregion
//#region src/infra/provider-usage.types.d.ts
/** One quota window reported by a provider usage endpoint. */
type UsageWindow = {
label: string;
usedPercent: number;
resetAt?: number;
};
/** Provider-reported monetary or credit facts. Units may be ISO currencies or provider credits. */
type ProviderUsageBilling = {
type: "balance";
label?: string;
amount: number;
unit: string;
} | {
type: "spend";
label?: string;
amount: number;
unit: string;
period?: string;
resetAt?: number;
} | {
type: "budget";
label?: string;
used: number;
limit: number;
unit: string;
period?: string;
resetAt?: number;
};
/** Provider-reported daily cost and token totals. Costs are actual provider billing, not estimates. */
type ProviderUsageCostDaily = {
date: string;
amount: number;
requests?: number;
inputTokens: number;
cacheReadTokens: number;
cacheWriteTokens: number;
outputTokens: number;
totalTokens: number;
};
/** Aggregate model activity for the provider history window. */
type ProviderUsageModelBreakdown = {
name: string;
requests?: number;
inputTokens: number;
cacheReadTokens: number;
cacheWriteTokens: number;
outputTokens: number;
totalTokens: number;
};
/** Aggregate provider billing category for the history window. */
type ProviderUsageCostBreakdown = {
name: string;
amount: number;
};
/** Provider-reported cost history and attribution for one bounded UTC window. */
type ProviderUsageCostHistory = {
unit: string;
periodDays: number;
scope?: string;
daily: ProviderUsageCostDaily[];
models: ProviderUsageModelBreakdown[];
categories: ProviderUsageCostBreakdown[];
};
type ProviderUsageSnapshot = {
provider: UsageProviderId;
displayName: string;
windows: UsageWindow[];
billing?: ProviderUsageBilling[];
costHistory?: ProviderUsageCostHistory;
summary?: string;
plan?: string;
/** Account identity (email) the usage was fetched under, when known. */
accountEmail?: string;
error?: string;
};
/** Normalized provider id. Usage providers are discovered from plugin hooks at runtime. */
type UsageProviderId = string;
//#endregion
//#region src/agents/system-prompt.types.d.ts
type PromptMode = "full" | "minimal" | "none";
type SilentReplyPromptMode = "generic" | "none";
//#endregion
//#region src/plugins/provider-external-auth.types.d.ts
type ProviderAuthOptionBag = {
token?: string;
tokenProvider?: string;
secretInputMode?: SecretInputMode;
[key: string]: unknown;
};
/** Context for resolving synthetic provider credentials from config. */
type ProviderResolveSyntheticAuthContext = {
config?: OpenClawConfig;
provider: string;
providerConfig?: ModelProviderConfig;
};
/** Synthetic provider credential returned by plugin auth helpers. */
type ProviderSyntheticAuthResult = {
apiKey: string;
source: string;
mode: Exclude<ModelProviderAuthMode, "aws-sdk">;
expiresAt?: number;
};
/** Context for resolving external provider auth profiles. */
type ProviderResolveExternalAuthProfilesContext = {
config?: OpenClawConfig;
agentDir?: string;
workspaceDir?: string;
env: NodeJS.ProcessEnv;
store: AuthProfileStore;
};
/** External auth profile credential resolved for a provider. */
type ProviderExternalAuthProfile = {
profileId: string;
credential: OAuthCredential$1;
persistence?: "runtime-only" | "persisted";
};
//#endregion
//#region src/plugins/provider-oauth-flow.d.ts
/** Prompt payload used when OAuth flow code entry needs user input. */
type OAuthPrompt = {
message: string;
placeholder?: string;
};
/** Creates OAuth callbacks that use local browser auth locally and manual code entry on VPS hosts. */
declare function createVpsAwareOAuthHandlers(params: {
isRemote: boolean;
prompter: WizardPrompter;
runtime: RuntimeEnv;
spin: ReturnType<WizardPrompter["progress"]>;
openUrl: (url: string) => Promise<unknown>;
localBrowserMessage: string;
manualPromptMessage?: string;
manualPromptSignal?: AbortSignal;
}): {
onAuth: (event: {
url: string;
}) => Promise<void>;
onPrompt: (prompt: OAuthPrompt) => Promise<string>;
};
//#endregion
//#region src/plugins/provider-authentication.types.d.ts
type ProviderAuthKind = "oauth" | "api_key" | "token" | "device_code" | "custom";
type ProviderAuthSecretStorage = {
/** Final persistence target. The inline credential remains available for staged validation. */
kind: "store";
/** Environment-style prefix used for the host-owned secret-store entry. */
namePrefix: string;
};
type ProviderAuthProfile = {
profileId: string;
credential: AuthProfileCredential;
/** Request host-owned SecretRef materialization at the final persistence boundary. */
secretStorage?: ProviderAuthSecretStorage;
};
/** Standard result payload returned by provider auth methods. */
type ProviderAuthResult = {
profiles: ProviderAuthProfile[];
/**
* Optional config patch to merge after credentials are written.
*
* Use this for provider-owned onboarding defaults such as
* `models.providers.<id>` entries, default aliases, or agent model helpers.
* The caller still persists auth-profile bindings separately.
*/
configPatch?: Partial<OpenClawConfig>;
defaultModel?: string;
notes?: string[];
/**
* Opt in to replace `agents.defaults.models` wholesale with the patch map.
* Default behavior merges the map so other providers' entries survive.
* Set only from migrations that intentionally rename/remove model keys.
*/
replaceDefaultModels?: boolean;
};
/** Interactive auth context passed to provider login/setup methods. */
type ProviderAuthContext = {
config: OpenClawConfig;
env?: NodeJS.ProcessEnv;
agentDir?: string;
workspaceDir?: string;
prompter: WizardPrompter;
runtime: RuntimeEnv;
/** Cancels browser callbacks, device polling, and other app-owned auth work. */
signal?: AbortSignal;
/** Personal-account methods must recheck live caller authority immediately before external effects. */
assertCurrent?: () => void;
/**
* Optional onboarding CLI options that triggered this auth flow.
*
* Present for setup/configure/auth-choice flows so provider methods can
* honor preseeded flags like `--openai-api-key` or generic
* `--token/--token-provider` pairs. Direct `models auth login` usually
* leaves this undefined.
*/
opts?: ProviderAuthOptionBag;
/**
* Onboarding secret persistence preference.
*
* Interactive wizard flows set this when the caller explicitly requested
* plaintext or env/file/exec/store ref storage. Ad-hoc `models auth login` flows
* usually leave it undefined.
*/
secretInputMode?: SecretInputMode;
/**
* Whether the provider auth flow should offer the onboarding secret-storage
* mode picker when `secretInputMode` is unset.
*
* This is true for onboarding/configure flows and false for direct
* `models auth` commands, which should keep a tighter, provider-owned prompt
* surface.
*/
allowSecretRefPrompt?: boolean;
isRemote: boolean;
openUrl: (url: string) => Promise<void>;
oauth: {
createVpsAwareHandlers: typeof createVpsAwareOAuthHandlers;
};
};
type ProviderNonInteractiveApiKeyResult = {
key: string;
source: "profile" | "env" | "flag";
envVarName?: string;
};
type ProviderResolveNonInteractiveApiKeyParams = {
provider: string;
flagValue?: string;
flagName: `--${string}`;
envVar: string;
envVarName?: string;
allowProfile?: boolean;
required?: boolean;
};
type ProviderNonInteractiveApiKeyCredentialParams = {
provider: string;
resolved: ProviderNonInteractiveApiKeyResult;
email?: string;
metadata?: Record<string, string>;
};
type ProviderAuthMethodNonInteractiveContext = {
authChoice: string;
config: OpenClawConfig;
baseConfig: OpenClawConfig;
opts: ProviderAuthOptionBag;
runtime: RuntimeEnv;
agentDir?: string;
workspaceDir?: string;
resolveApiKey: (params: ProviderResolveNonInteractiveApiKeyParams) => Promise<ProviderNonInteractiveApiKeyResult | null>;
toApiKeyCredential: (params: ProviderNonInteractiveApiKeyCredentialParams) => ApiKeyCredential$1 | null;
};
type ProviderAuthMethodNonInteractiveValidationContext = Omit<ProviderAuthMethodNonInteractiveContext, "toApiKeyCredential">;
/** Read-only context for app-guided discovery of already available inference. */
type ProviderAppGuidedSetupContext = {
config: OpenClawConfig;
env: NodeJS.ProcessEnv;
workspaceDir?: string;
signal?: AbortSignal;
};
type ProviderAppGuidedSetupCandidate = {
/** Canonical provider/model reference returned unchanged during activation. */
modelRef: string;
/** Optional provider-owned detail shown beside the auth-choice label. */
detail?: string;
};
type ProviderAppGuidedSetup = {
/**
* Report whether the provider's local service is reachable, even when no
* model is suitable for automatic activation. This probe must be read-only.
*/
detectAvailability?: (ctx: ProviderAppGuidedSetupContext) => Promise<boolean>;
/** Detection is read-only: no model pull, download, login, or config write. */
detect: (ctx: ProviderAppGuidedSetupContext) => Promise<ProviderAppGuidedSetupCandidate | null>;
/** Recheck one detected model and return the config required for a live probe. */
prepare: (ctx: ProviderAppGuidedSetupContext & {
modelRef: string;
}) => Promise<ProviderAuthResult | null>;
};
type ProviderAuthMethod = {
id: string;
label: string;
hint?: string;
kind: ProviderAuthKind;
/** Provider-owned model used to validate app-guided secret setup. */
starterModel?: string;
/**
* Optional wizard/onboarding metadata for this specific auth method.
*
* Use this when one provider exposes multiple setup entries (for example API
* key + OAuth, or region-specific login flows). OpenClaw uses this to expose
* method-specific auth choices while keeping the provider id stable.
*/
wizard?: ProviderPluginWizardSetup;
/** Proven provider identity for reconnecting an owned personal account; absent means a new slot. */
matchesPersonalAccount?: (credential: AuthProfileCredential, existing: AuthProfileCredential) => boolean;
run: (ctx: ProviderAuthContext) => Promise<ProviderAuthResult>;
runNonInteractive?: (ctx: ProviderAuthMethodNonInteractiveContext) => Promise<OpenClawConfig | null>;
/** Side-effect-free prerequisite validation used before destructive reset handling. */
validateNonInteractive?: (ctx: ProviderAuthMethodNonInteractiveValidationContext) => Promise<boolean>;
/** Provider-owned local model discovery for the shared guided setup ladder. */
appGuidedSetup?: ProviderAppGuidedSetup;
};
type ProviderPluginWizardSetup = {
choiceId?: string;
choiceLabel?: string;
choiceHint?: string;
assistantPriority?: number;
assistantVisibility?: "visible" | "manual-only";
onboardingFeatured?: boolean;
groupId?: string;
groupLabel?: string;
groupHint?: string;
methodId?: string;
/**
* Interactive onboarding surfaces where this auth choice should appear.
* Defaults to `["text-inference"]` when omitted.
*/
onboardingScopes?: Array<"text-inference" | "image-generation" | "music-generation">;
/**
* Optional model-allowlist prompt policy applied after this auth choice is
* selected in configure/onboarding flows.
*
* Keep this UI-facing and static. Provider logic that needs runtime state
* should stay in `run`/`runNonInteractive`.
*/
modelAllowlist?: {
allowedKeys?: string[];
initialSelections?: string[];
loadCatalog?: boolean;
message?: string;
};
/**
* Optional default-model prompt policy for this auth/setup choice.
*
* Use this when selecting the auth choice should still force a model picker
* even if the choice was preseeded via CLI/configure, or when "keep current"
* would skip required provider-owned post-selection work.
*/
modelSelection?: {
promptWhenAuthChoiceProvided?: boolean;
allowKeepCurrent?: boolean;
};
};
/** Optional model-picker metadata shown in interactive provider selection flows. */
type ProviderPluginWizardModelPicker = {
label?: string;
hint?: string;
methodId?: string;
};
/** UI metadata that lets provider plugins appear in onboarding and configure flows. */
type ProviderPluginWizard = {
setup?: ProviderPluginWizardSetup;
modelPicker?: ProviderPluginWizardModelPicker;
};
type ProviderOAuthProfileIdRepair = {
/**
* Legacy OAuth profile id to migrate away from.
*
* When omitted, OpenClaw falls back to `<provider>:default`.
*/
legacyProfileId?: string;
/**
* Optional custom doctor prompt label.
*
* Defaults to the provider label when omitted.
*/
promptLabel?: string;
};
type ProviderModelSelectedContext = {
config: OpenClawConfig;
model: string;
prompter: WizardPrompter;
agentDir?: string;
workspaceDir?: string;
};
type ProviderDeferSyntheticProfileAuthContext = {
config?: OpenClawConfig;
provider: string;
providerConfig?: ModelProviderConfig;
resolvedApiKey?: string;
};
type ProviderSystemPromptContributionContext = {
config?: OpenClawConfig;
agentDir?: string;
workspaceDir?: string;
provider: string;
modelId: string;
promptMode: PromptMode;
runtimeChannel?: string;
runtimeCapabilities?: string[];
agentId?: string;
trigger?: "cron" | "heartbeat" | "manual" | "memory" | "overflow" | "user";
};
type ProviderTransformSystemPromptContext = ProviderSystemPromptContributionContext & {
systemPrompt: string;
};
//#endregion
//#region src/plugins/provider-config-context.types.d.ts
/**
* Provider-owned config normalization for `models.providers.<id>` entries.
*
* Use this for provider-specific config cleanup that should stay with the
* plugin rather than in core config-policy tables.
*/
type ProviderNormalizeConfigContext = {
provider: string;
providerConfig: ModelProviderConfig;
};
/**
* Provider-owned env/config auth marker resolution for `models.providers`.
*
* Use this when a provider resolves auth from env vars that do not follow the
* generic API-key conventions.
*/
type ProviderResolveConfigApiKeyContext = {
provider: string;
env: NodeJS.ProcessEnv;
};
/**
* Provider-owned config-default application input.
*
* Use this when a provider needs to add global config defaults that depend on
* provider auth mode or provider-specific model families.
*/
type ProviderApplyConfigDefaultsContext = {
provider: string;
config: OpenClawConfig;
env: NodeJS.ProcessEnv;
};
//#endregion
//#region src/plugins/provider-replay.types.d.ts
type ProviderReplaySanitizeMode = "full" | "images-only";
type ProviderReplayToolCallIdMode = "strict" | "strict9";
type ProviderReasoningOutputMode = "native" | "tagged";
/**
* Provider-owned replay/compaction transcript policy.
*
* These values are consumed by shared history replay and compaction logic.
* Return only the fields the provider wants to override; core fills the rest
* with its default policy.
*/
type ProviderReplayPolicy = {
sanitizeMode?: ProviderReplaySanitizeMode;
sanitizeToolCallIds?: boolean;
toolCallIdMode?: ProviderReplayToolCallIdMode;
duplicateToolCallIdStyle?: "openai";
preserveNativeAnthropicToolUseIds?: boolean;
preserveSignatures?: boolean;
/** Keep per-turn runtime context in place to preserve signed thinking prefixes. */
appendOnlyRuntimeContext?: boolean;
sanitizeThoughtSignatures?: {
allowBase64Only?: boolean;
includeCamelCase?: boolean;
};
dropThinkingBlocks?: boolean;
dropReasoningFromHistory?: boolean;
repairToolUseResultPairing?: boolean;
applyAssistantFirstOrderingFix?: boolean;
validateGeminiTurns?: boolean;
validateAnthropicTurns?: boolean;
allowSyntheticToolResults?: boolean;
};
/**
* Provider-owned replay/compaction policy input.
*
* Use this when transcript replay rules depend on provider/model transport
* behavior and should stay with the provider plugin instead of core tables.
*/
type ProviderReplayPolicyContext = {
config?: OpenClawConfig;
agentDir?: string;
workspaceDir?: string;
env?: NodeJS.ProcessEnv;
provider: string;
modelId?: string;
modelApi?: string | null;
model?: ProviderRuntimeModel;
};
type ProviderReplaySessionEntry = {
customType: string;
data?: unknown;
};
type ProviderReplaySessionState = {
getCustomEntries(): ProviderReplaySessionEntry[];
appendCustomEntry(customType: string, data: unknown): void;
};
/**
* Provider-owned replay-history sanitization input.
*
* Runs after core applies generic transcript cleanup so plugins can make
* provider-specific replay rewrites without owning the whole compaction flow.
*/
type ProviderSanitizeReplayHistoryContext = ProviderReplayPolicyContext & {
sessionId: string;
messages: AgentMessage[];
allowedToolNames?: Iterable<string>;
sessionState?: ProviderReplaySessionState;
};
/**
* Provider-owned final replay-turn validation input.
*
* Use this for providers that require strict turn ordering or additional
* replay-time transcript validation beyond generic sanitation.
*/
type ProviderValidateReplayTurnsContext = ProviderReplayPolicyContext & {
sessionId?: string;
messages: AgentMessage[];
sessionState?: ProviderReplaySessionState;
};
/**
* Provider-owned tool-schema normalization input.
*
* Runs before tool registration for replay/compaction/inference so providers
* can rewrite schema keywords that their transport family does not support.
*/
type ProviderNormalizeToolSchemasContext = ProviderReplayPolicyContext & {
tools: AnyAgentTool[];
};
type ProviderToolSchemaDiagnostic = {
toolName: string;
toolIndex?: number;
violations: string[];
};
/**
* Provider-owned reasoning output mode input.
*
* Use this when a provider requires a specific reasoning-output contract, such
* as text tags instead of native structured reasoning fields.
*/
type ProviderReasoningOutputModeContext = ProviderReplayPolicyContext;
//#endregion
//#region src/llm/model-registry.d.ts
/** Registry abstraction used by model pickers and provider availability checks. */
type ModelRegistry = {
getAll(): Model[];
getAvailable(): Model[];
find(provider: string, modelId: string): Model | undefined;
hasConfiguredAuth(model: Model): boolean;
};
//#endregion
//#region src/plugins/provider-runtime.types.d.ts
type ModelProviderRequestTransportOverrides = ModelProviderRequestTransportOverrides$1;
type ProviderRuntimeProviderConfig = {
baseUrl?: string;
api?: ModelProviderConfig["api"];
auth?: ModelProviderConfig["auth"];
models?: ModelProviderConfig["models"];
headers?: unknown;
};
/**
* Sync hook for provider-owned model ids that are not present in the local
* registry/catalog yet.
*
* Use this for pass-through providers or provider-specific forward-compat
* behavior. The hook should be cheap and side-effect free; async refreshes
* belong in `prepareDynamicModel`.
*/
type ProviderResolveDynamicModelContext = {
config?: OpenClawConfig;
agentDir?: string;
workspaceDir?: string;
agentRuntimeId?: string;
provider: string;
modelId: string;
modelRegistry: ModelRegistry;
providerConfig?: ProviderRuntimeProviderConfig;
authProfileId?: string;
authProfileMode?: AuthProfileCredential["type"] | "aws-sdk";
};
/**
* Optional async preparation for dynamic model resolution.
*
* Called only from async model resolution paths. Providers can return the
* requested model directly or refresh reusable metadata before the sync retry.
*/
type ProviderPrepareDynamicModelContext = ProviderResolveDynamicModelContext;
type ProviderPreferRuntimeResolvedModelContext = {
config?: OpenClawConfig;
agentDir?: string;
workspaceDir?: string;
provider: string;
modelId: string;
};
/**
* Last-chance rewrite hook for provider-owned transport normalization.
*
* Runs after OpenClaw resolves an explicit/discovered/dynamic model and before
* the embedded runner uses it. Typical uses: swap API ids, fix base URLs, or
* patch provider-specific compat bits.
*/
type ProviderNormalizeResolvedModelContext = {
config?: OpenClawConfig;
agentDir?: string;
workspaceDir?: string;
provider: string;
modelId: string;
model: ProviderRuntimeModel;
};
/**
* Provider-owned model-id normalization before config/runtime lookup.
*
* Use this for provider-specific alias cleanup that should stay with the
* plugin rather than in core string tables.
*/
type ProviderNormalizeModelIdContext = {
provider: string;
modelId: string;
};
/**
* Provider-owned transport normalization for arbitrary provider/model config.
*
* Use this when transport cleanup depends on API/baseUrl rather than the
* owning provider id, for example custom providers that still target a
* plugin-owned transport family.
*/
type ProviderNormalizeTransportContext = {
config?: OpenClawConfig;
workspaceDir?: string;
provider: string;
modelId?: string;
api?: string | null;
baseUrl?: string;
};
/**
* Runtime auth input for providers that need an extra exchange step before
* inference. The incoming `apiKey` is the raw credential resolved from auth
* profiles/env/config. The returned value should be the actual token/key to use
* for the request.
*/
type ProviderPrepareRuntimeAuthContext = {
config?: OpenClawConfig;
agentDir?: string;
workspaceDir?: string;
env: NodeJS.ProcessEnv;
provider: string;
modelId: string;
model: ProviderRuntimeModel;
apiKey: string;
authMode: string;
profileId?: string;
};
/**
* Result of `prepareRuntimeAuth`.
*
* `apiKey` is required and becomes the runtime credential stored in auth
* storage. `baseUrl` is optional and lets providers like GitHub Copilot swap to
* an entitlement-specific endpoint at request time. `expiresAt` enables generic
* background refresh in long-running turns.
*/
type ProviderPreparedRuntimeAuth = {
apiKey: string;
baseUrl?: string;
request?: ModelProviderRequestTransportOverrides;
expiresAt?: number;
};
/**
* Usage/billing auth input for providers that expose quota/usage endpoints.
*
* This hook is intentionally separate from `prepareRuntimeAuth`: usage
* snapshots often need a different credential source than live inference
* requests, and they run outside the embedded runner.
*
* The helper methods cover the common OpenClaw auth resolution paths:
*
* - `resolveApiKeyFromConfigAndStore`: env/config/plain token/api_key profiles
* - `resolveOAuthToken`: oauth/token profiles resolved through the auth store,
* optionally for an explicit provider override
*
* Plugins can still do extra provider-specific work on top (for example parse a
* token blob, read a legacy credential file, or pick between aliases).
*/
type ProviderResolveUsageAuthContext = {
config: OpenClawConfig;
agentDir?: string;
workspaceDir?: string;
env: NodeJS.ProcessEnv;
provider: string;
resolveApiKeyFromConfigAndStore: (params?: {
providerIds?: string[];
envDirect?: Array<string | undefined>;
}) => string | undefined;
/** Ordered API-key/token candidates, including resolved SecretRefs, for credential classification. */
resolveApiKeyCandidatesFromConfigAndStore?: (params?: {
providerIds?: string[];
envDirect?: Array<string | undefined>;
}) => Promise<string[]>;
resolveOAuthToken: (params?: {
provider?: string;
excludeProfileIds?: string[];
}) => Promise<ProviderUsageAuthToken | null>;
};
type ProviderUsageAuthToken = {
token: string;
accountId?: string;
/** Non-secret plan metadata from the resolved credential (e.g. Claude "max"). */
subscriptionType?: string;
rateLimitTier?: string;
/** Account email captured on the resolved credential, when known. */
email?: string;
};
/**
* Result of `resolveUsageAuth`.
*
* Two shapes are supported:
* - `{ token: string; accountId?: string }` — use this token for provider usage endpoints.
* - `{ handled: true }` — this provider handled the request but has no usable
* usage token; core must skip further fallback (generic API-key/OAuth fallback
* must not run).
*
* Returning `null` or `undefined` means "not handled by this provider"; core
* proceeds to generic fallback resolution.
*/
type ProviderResolvedUsageAuth = ProviderUsageAuthToken | {
handled: true;
};
/**
* Usage/quota snapshot input for providers that own their usage endpoint
* fetch/parsing behavior.
*
* This hook runs after `resolveUsageAuth` succeeds. Core still owns summary
* fan-out, timeout wrapping, filtering, and formatting; the provider plugin
* owns the provider-specific HTTP request + response normalization.
*/
type ProviderFetchUsageSnapshotContext = {
config: OpenClawConfig;
agentDir?: string;
workspaceDir?: string;
env: NodeJS.ProcessEnv;
provider: string;
token: string;
accountId?: string;
authProfileId?: string;
/** Non-secret plan metadata from the resolved credential (e.g. Claude "max"). */
subscriptionType?: string;
rateLimitTier?: string;
/** Account email captured on the resolved credential, when known. */
email?: string;
timeoutMs: number;
fetchFn: typeof fetch;
};
/**
* Provider-owned auth-doctor hint input.
*
* Called when OAuth refresh fails and OpenClaw wants a provider-specific repair
* hint to append to the generic re-auth message. Use this for legacy profile-id
* migrations or other provider-owned auth-store cleanup guidance.
*/
type ProviderAuthDoctorHintContext = {
config?: OpenClawConfig;
store: AuthProfileStore;
provider: string;
profileId?: string;
};
/**
* Provider-owned extra-param normalization before OpenClaw builds its generic
* stream option wrapper.
*
* Use this to set provider defaults or rewrite provider-specific config keys
* into the merged `extraParams` object. Return the full next extraParams object.
*/
/** Provider-facing effort after OpenClaw lowers orchestration-only modes. */
type ProviderTransportThinkingLevel = Exclude<ThinkLevel, "ultra">;
type ProviderPrepareExtraParamsContext = {
config?: OpenClawConfig;
agentDir?: string;
workspaceDir?: string;
agentId?: string;
nativeWebSearchAllowedByToolPolicy?: boolean;
provider: string;
modelId: string;
model?: ProviderRuntimeModel;
extraParams?: Record<string, unknown>;
thinkingLevel?: ProviderTransportThinkingLevel;
};
type ProviderExtraParamsForTransportContext = Omit<ProviderPrepareExtraParamsContext, "extraParams"> & {
model?: ProviderRuntimeModel;
transport?: "sse" | "websocket" | "websocket-cached" | "auto";
extraParams: Record<string, unknown>;
};
type ProviderExtraParamsForTransportResult = {
patch?: Record<string, unknown> | null;
};
type ProviderResolvePromptOverlayContext = ProviderSystemPromptContributionContext & {
baseOverlay?: ProviderSystemPromptContribution;
};
type ProviderFollowupFallbackRouteContext = {
config?: OpenClawConfig;
agentDir?: string;
workspaceDir?: string;
provider: string;
modelId: string;
payload: ReplyPayload$1;
originatingChannel?: string;
originatingTo?: string;
originRoutable: boolean;
dispatcherAvailable: boolean;
};
type ProviderFollowupFallbackRouteResult = {
route?: "origin" | "dispatcher" | "drop";
reason?: string;
};
type ProviderResolveAuthProfileIdContext = {
config?: OpenClawConfig;
agentDir?: string;
workspaceDir?: string;
provider: string;
modelId: string;
preferredProfileId?: string;
lockedProfileId?: string;
profileOrder: string[];
authStore: AuthProfileStore;
};
//#endregion
//#region src/plugins/provider-transport.types.d.ts
/**
* Provider-owned transport creation.
*
* Use this when the provider needs to replace shared model runtime's default transport with a
* custom StreamFn (for example a native API transport that cannot be expressed
* as a wrapper around `streamSimple`).
*/
type ProviderCreateStreamFnContext = {
config?: OpenClawConfig;
agentDir?: string;
workspaceDir?: string;
provider: string;
modelId: string;
model: ProviderRuntimeModel;
};
/**
* Provider-owned stream wrapper hook after OpenClaw applies its generic
* transport-independent wrappers.
*
* Use this for provider-specific payload/header/model mutations that still run
* through the normal `shared model runtime` stream path.
*/
type ProviderWrapStreamFnContext = ProviderPrepareExtraParamsContext & {
model?: ProviderRuntimeModel;
/** Wire-format API before simple completion projects an internal transport alias. */
sourceApi?: ProviderRuntimeModel["api"];
streamFn?: StreamFn;
};
/**
* Provider-owned WebSocket session policy.
*/
type ProviderWebSocketSessionPolicy = {
headers?: Record<string, string>;
degradeCooldownMs?: number;
};
/**
* Provider-owned transport turn state.
*
* Use this for provider-native request headers or metadata that should stay
* stable across retries while still being attached by generic core transports.
*/
type ProviderTransportTurnState = {
headers?: Record<string, string>;
metadata?: Record<string, string>;
websocket?: ProviderWebSocketSessionPolicy;
};
/**
* Provider-owned request identity for transport turns.
*
* Use this when the provider exposes native request/session metadata that must
* be attached by both HTTP and WebSocket transports.
*/
type ProviderResolveTransportTurnStateContext = {
provider: string;
modelId: string;
model?: ProviderRuntimeModel;
sessionId?: string;
turnId: string;
attempt: number;
transport: "stream" | "websocket";
};
/**
* Provider-owned WebSocket session policy input.
*/
type ProviderResolveWebSocketSessionPolicyContext = {
provider: string;
modelId: string;
model?: ProviderRuntimeModel;
sessionId?: string;
};
/**
* Provider-owned failover error classification input.
*
* Use this when provider-specific transport or API errors need classification
* hints that generic string matching cannot express safely.
*/
type ProviderFailoverErrorContext = {
provider?: string;
modelId?: string;
errorMessage: string;
status?: number;
code?: string;
errorType?: string;
};
/**
* Generic embedding provider shape returned by provider plugins.
*
* Keep this aligned with the memory embedding contract without forcing the
* plugin system to import memory internals directly.
*/
type PluginEmbeddingProvider = {
id: string;
model: string;
maxInputTokens?: number;
embedQuery: (text: string, options?: {
signal?: AbortSignal;
}) => Promise<number[]>;
embedBatch: (texts: string[], options?: {
signal?: AbortSignal;
}) => Promise<number[][]>;
embedBatchInputs?: (inputs: unknown[], options?: {
signal?: AbortSignal;
}) => Promise<number[][]>;
client?: unknown;
};
/**
* Provider-owned embedding transport creation.
*
* Use this when a provider wants memory embeddings to live with the provider
* plugin instead of the core memory switchboard.
*/
type ProviderCreateEmbeddingProviderContext = {
config: OpenClawConfig;
agentDir?: string;
workspaceDir?: string;
provider: string;
model: string;
remote?: {
baseUrl?: string;
apiKey?: unknown;
headers?: Record<string, string>;
};
providerApiKey?: string;
inputType?: string;
queryInputType?: string;
documentInputType?: string;
outputDimensionality?: number;
taskType?: string;
};
/**
* Provider-owned prompt-cache eligibility.
*
* Return `true` or `false` to override OpenClaw's built-in provider cache TTL
* detection for this provider. Return `undefined` to fall back to core rules.
*/
type ProviderCacheTtlEligibilityContext = {
provider: string;
modelId: string;
modelApi?: string;
};
/**
* Provider-owned missing-auth message override.
*
* Runs only after OpenClaw exhausts normal env/profile/config auth resolution
* for the requested provider. Return a custom message to replace the generic
* "No API key found" error.
*/
type ProviderBuildMissingAuthMessageContext = {
config?: OpenClawConfig;
agentDir?: string;
workspaceDir?: string;
env: NodeJS.ProcessEnv;
provider: string;
listProfileIds: (providerId: string) => string[];
};
/**
* Provider-owned unknown-model hint override.
*
* Runs after catalog/runtime lookup misses for the requested provider. Return a
* hint suffix that OpenClaw should append to the generic `Unknown model`
* error.
*/
type ProviderBuildUnknownModelHintContext = {
config?: OpenClawConfig;
agentDir?: string;
workspaceDir?: string;
env: NodeJS.ProcessEnv;
provider: string;
modelId: string;
baseUrl?: string;
};
//#endregion
//#region src/plugins/provider-plugin.types.d.ts
type ProviderPlugin$1 = {
id: string;
pluginId?: string;
label: string;
docsPath?: string;
aliases?: string[];
/**
* Internal-only aliases used for runtime/config hook lookup.
*
* Unlike `aliases`, these values are not treated as user-facing provider ids
* for auth/setup surfaces. Use them for legacy config keys or compat-only
* hook routing.
*/
hookAliases?: string[];
/**
* Provider-related env vars shown in setup/search/help surfaces.
*
* Keep entries in preferred display order. This can include direct auth env
* vars or setup inputs such as OAuth client id/secret vars.
*/
envVars?: string[];
auth: ProviderAuthMethod[];
/**
* Legacy text-provider catalog hook.
*
* @deprecated New catalog/control-plane surfaces should use
* `api.registerModelCatalogProvider`. This hook remains the text runtime
* source until the unified loader fully replaces it.
* Returns provider config/model definitions that merge into models.providers.
*/
catalog?: ProviderPluginCatalog;
/**
* Legacy offline text-provider catalog hook for display-only surfaces.
*
* @deprecated New static rows should be registered with
* `api.registerModelCatalogProvider`.
*
* Unlike `catalog`, this hook must not perform network I/O or require real
* credentials. Use it for bundled/static rows that can be shown before auth is
* configured.
*/
staticCatalog?: ProviderPluginCatalog;
/**
* Show catalog row labels as the literal `<provider>/<entry.id>`
* composition instead of the canonical (deduped) key.
*
* `modelKey` strips a duplicate `<provider>/` prefix so storage and
* lookups stay stable. This flag only changes the picker label — the
* option value and persisted config remain canonical.
*
* Set when the leading `<provider>/` segment in the native model id is
* a meaningful vendor namespace (e.g. NVIDIA's `nvidia/nemotron-...`
* alongside `moonshotai/kimi-k2.5`).
*/
preserveLiteralProviderPrefix?: boolean;
/**
* Sync runtime fallback for model ids not present in the local catalog.
*
* Hook order:
* 1. discovered/static model lookup
* 2. plugin `resolveDynamicModel`
* 3. core fallback heuristics
* 4. generic provider-config fallback
*
* Keep this hook cheap and deterministic. Async model discovery belongs in
* `prepareDynamicModel`, which can return the prepared model directly.
*/
resolveDynamicModel?: (ctx: ProviderResolveDynamicModelContext) => ProviderRuntimeModel | null | undefined;
/**
* Optional async preparation for dynamic model resolution.
*
* OpenClaw calls this only from async model resolution paths. Return the
* requested model directly, or return nothing to retry `resolveDynamicModel`.
*/
prepareDynamicModel?: (ctx: ProviderPrepareDynamicModelContext) => Promise<ProviderRuntimeModel | void>;
/**
* Lets a provider plugin opt exact configured models into a runtime
* metadata comparison pass before the embedded runner returns the explicit
* entry unchanged.
*/
preferRuntimeResolvedModel?: (ctx: ProviderPreferRuntimeResolvedModelContext) => boolean;
/**
* Provider-owned transport normalization.
*
* Use this to rewrite a resolved model without forking the generic runner:
* swap API ids, update base URLs, or adjust compat flags for a provider's
* transport quirks.
*/
normalizeResolvedModel?: (ctx: ProviderNormalizeResolvedModelContext) => ProviderRuntimeModel | null | undefined;
/**
* Provider-owned model-id normalization.
*
* Runs before model lookup/canonicalization. Use this for alias cleanup such
* as provider-owned preview/legacy model ids.
*/
normalizeModelId?: (ctx: ProviderNormalizeModelIdContext) => string | null | undefined;
/**
* Provider-owned transport-family normalization before generic model
* assembly.
*
* Use this for API/baseUrl cleanup that may apply to custom provider ids
* which still target the provider's transport family.
*/
normalizeTransport?: (ctx: ProviderNormalizeTransportContext) => {
api?: string | null;
baseUrl?: string;
} | null | undefined;
/**
* Provider-owned config normalization for `models.providers.<id>`.
*
* Use this for provider-specific baseUrl/model-id cleanup that should stay
* with the plugin rather than in core config-policy tables.
*/
normalizeConfig?: (ctx: ProviderNormalizeConfigContext) => ModelProviderConfig | null | undefined;
/**
* Provider-owned final native-streaming compat pass for config providers.
*
* Use this when a provider opts specific native base URLs into
* `supportsUsageInStreaming` or similar transport compatibility flags.
*/
applyNativeStreamingUsageCompat?: (ctx: ProviderNormalizeConfigContext) => ModelProviderConfig | null | undefined;
/**
* Provider-owned config apiKey/env marker resolution.
*
* Use this when a provider resolves auth from env vars such as AWS/GCP
* markers rather than a normal API-key env var.
*/
resolveConfigApiKey?: (ctx: ProviderResolveConfigApiKeyContext) => string | null | undefined;
/**
* Provider-owned replay/compaction policy override.
*
* Use this when transcript replay or compaction should follow provider-owned
* rules that are more expressive than the static `capabilities` bag.
*/
buildReplayPolicy?: (ctx: ProviderReplayPolicyContext) => ProviderReplayPolicy | null | undefined;
/**
* Provider-owned replay-history sanitization.
*
* Runs after OpenClaw performs generic transcript cleanup. Use this for
* provider-specific replay rewrites that should stay with the provider
* plugin rather than in shared core compaction helpers.
*/
sanitizeReplayHistory?: (ctx: ProviderSanitizeReplayHistoryContext) => Promise<AgentMessage[] | null | undefined> | AgentMessage[] | null | undefined;
/**
* Provider-owned final replay-turn validation.
*
* Use this when provider transports need stricter replay-time validation or
* turn reshaping after generic sanitation. Returning a non-null value
* replaces the built-in replay validators rather than composing with them.
*/
validateReplayTurns?: (ctx: ProviderValidateReplayTurnsContext) => Promise<AgentMessage[] | null | undefined> | AgentMessage[] | null | undefined;
/**
* Provider-owned tool-schema normalization.
*
* Use this for transport-family schema cleanup before OpenClaw registers
* tools with the embedded runner.
*/
normalizeToolSchemas?: (ctx: ProviderNormalizeToolSchemasContext) => AnyAgentTool[] | null | undefined;
/**
* Provider-owned tool-schema diagnostics after normalization.
*
* Use this when a provider wants to surface transport-specific schema
* warnings without teaching core about provider-specific keyword rules.
*/
inspectToolSchemas?: (ctx: ProviderNormalizeToolSchemasContext) => ProviderToolSchemaDiagnostic[] | null | undefined;
/**
* Provider-owned reasoning output mode.
*
* Use this when a provider requires tagged reasoning/final output instead of
* native structured reasoning fields.
*/
resolveReasoningOutputMode?: (ctx: ProviderReasoningOutputModeContext) => ProviderReasoningOutputMode | null | undefined;
/**
* Provider-owned extra-param normalization before generic stream option
* wrapping.
*
* Typical uses: set provider-default `transport`, map provider-specific
* config aliases, or inject extra request metadata sourced from
* `agents.defaults.models.<provider>/<model>.params`.
*/
prepareExtraParams?: (ctx: ProviderPrepareExtraParamsContext) => Record<string, unknown> | null | undefined;
/**
* Provider-owned request params after transport/model resolution.
*
* Use this for transport-family request knobs that should be keyed by the
* resolved model API/transport rather than a hardcoded core allowlist.
*/
extraParamsForTransport?: (ctx: ProviderExtraParamsForTransportContext) => ProviderExtraParamsForTransportResult | null | undefined;
/**
* Provider-owned transport factory.
*
* Use this when the provider needs a fully custom StreamFn instead of a
* wrapper around the normal `streamSimple` path.
*/
createStreamFn?: (ctx: ProviderCreateStreamFnContext) => StreamFn | null | undefined;
/**
* Provider-owned stream wrapper applied after generic OpenClaw wrappers.
*
* Typical uses: provider attribution headers, request-body rewrites, or
* provider-specific compat payload patches that do not justify a separate
* transport implementation.
*/
wrapStreamFn?: (ctx: ProviderWrapStreamFnContext) => StreamFn | null | undefined;
/**
* Provider-owned wrapper for direct `completeSimple` callers.
*
* Opt in only when the provider must enforce the same wire contract outside
* the embedded agent runtime.
*/
wrapSimpleCompletionStreamFn?: (ctx: ProviderWrapStreamFnContext) => StreamFn | null | undefined;
/**
* Provider-owned native transport turn identity.
*
* Use this when a provider wants generic transports to attach provider-native
* request headers or metadata on each turn without hardcoding vendor logic in
* core.
*/
resolveTransportTurnState?: (ctx: ProviderResolveTransportTurnStateContext) => ProviderTransportTurnState | null | undefined;
/**
* Provider-owned WebSocket session policy.
*
* @deprecated Return `websocket` from `resolveTransportTurnState`. When both
* hooks provide a field, the new hook takes precedence.
*/
resolveWebSocketSessionPolicy?: (ctx: ProviderResolveWebSocketSessionPolicyContext) => ProviderWebSocketSessionPolicy | null | undefined;
/**
* Provider-owned embedding provider factory.
*
* Use this when memory embedding behavior belongs with the provider plugin
* rather than the core embedding switchboard.
*/
createEmbeddingProvider?: (ctx: ProviderCreateEmbeddingProviderContext) => Promise<PluginEmbeddingProvider | null | undefined> | PluginEmbeddingProvider | null | undefined;
/**
* Runtime auth exchange hook.
*
* Called after OpenClaw resolves the raw configured credential but before the
* runner stores it in runtime auth storage. This lets plugins exchange a
* source credential (for example a GitHub token) into a short-lived runtime
* token plus optional base URL override.
*/
prepareRuntimeAuth?: (ctx: ProviderPrepareRuntimeAuthContext) => Promise<ProviderPreparedRuntimeAuth | null | undefined>;
/**
* Usage/billing auth resolution hook.
*
* Called by provider-usage surfaces (`/usage`, status snapshots, reporting).
* Use this when a provider's usage endpoint needs provider-owned token
* extraction, blob parsing, or alias handling.
*/
resolveUsageAuth?: (ctx: ProviderResolveUsageAuthContext) => Promise<ProviderResolvedUsageAuth | null | undefined> | ProviderResolvedUsageAuth | null | undefined;
/**
* Usage/quota snapshot fetch hook.
*
* Called after `resolveUsageAuth` by `/usage` and related reporting surfaces.
* Use this when the provider's usage endpoint or payload shape is
* provider-specific and you want that logic to live with the provider plugin
* instead of the core switchboard.
*/
fetchUsageSnapshot?: (ctx: ProviderFetchUsageSnapshotContext) => Promise<ProviderUsageSnapshot | null | undefined> | ProviderUsageSnapshot | null | undefined;
/**
* Provider-owned failover context-overflow matcher.
*
* Return true when the provider recognizes the raw error as a context-window
* overflow shape that generic heuristics would miss.
*/
matchesContextOverflowError?: (ctx: ProviderFailoverErrorContext) => boolean | undefined;
/**
* Provider-owned failover error classification.
*
* Return a failover reason when the provider recognizes a provider-specific
* raw error shape. Return undefined to fall back to generic classification.
*/
classifyFailoverReason?: (ctx: ProviderFailoverErrorContext) => FailoverReason | null | undefined;
/**
* Provider-owned cache TTL eligibility.
*
* Use this when a proxy provider supports Anthropic-style prompt caching for
* only a subset of upstream models.
*/
isCacheTtlEligible?: (ctx: ProviderCacheTtlEligibilityContext) => boolean | undefined;
/**
* Provider-owned missing-auth message override.
*
* Return a custom message when the provider wants a more specific recovery
* hint than OpenClaw's generic auth-store guidance.
*/
buildMissingAuthMessage?: (ctx: ProviderBuildMissingAuthMessageContext) => string | null | undefined;
/**
* Provider-owned unknown-model hint override.
*
* Return a suffix when the provider wants a more specific recovery hint than
* OpenClaw's generic `Unknown model` error after catalog/runtime lookup
* fails.
*/
buildUnknownModelHint?: (ctx: ProviderBuildUnknownModelHintContext) => string | null | undefined;
/**
* Provider-owned built-in model suppression.
*
* Return `{ suppress: true }` to hide a stale upstream row. Include
* `errorMessage` when OpenClaw should surface a provider-specific hint for
* direct model resolution failures.
*
* @deprecated Use manifest `modelCatalog.suppressions`. Runtime suppression
* hooks are no longer called by model resolution.
*/
suppressBuiltInModel?: (ctx: ProviderBuiltInModelSuppressionContext) => ProviderBuiltInModelSuppressionResult | null | undefined;
/**
* Provider-owned final catalog augmentation.
*
* @deprecated Use `api.registerModelCatalogProvider` for supplemental catalog
* rows. This hook is kept only for existing text-provider runtime
* compatibility during the migration window.
*
* Return extra rows to append to the final catalog after discovery/config
* merging. OpenClaw deduplicates by `provider/id`, so plugins only need to
* describe the desired supplemental rows.
*/
augmentModelCatalog?: (ctx: ProviderAugmentModelCatalogContext) => Array<ModelCatalogEntry> | ReadonlyArray<ModelCatalogEntry> | Promise<Array<ModelCatalogEntry> | ReadonlyArray<ModelCatalogEntry> | null | undefined> | null | undefined;
/**
* Provider-owned thinking level profile.
*
* Prefer this over the individual thinking capability hooks when a provider
* or model exposes a custom set of thinking levels. OpenClaw stores the
* canonical `id`, shows `label` when provided, and downgrades stale stored
* values by profile rank.
*/
resolveThinkingProfile?: (ctx: ProviderDefaultThinkingPolicyContext) => ProviderThinkingProfile | null | undefined;
/**
* Provider-owned system-prompt contribution.
*
* Use this when a provider/model family needs cache-aware prompt tuning
* without replacing the full OpenClaw-owned system prompt.
*/
resolveSystemPromptContribution?: (ctx: ProviderSystemPromptContributionContext) => ProviderSystemPromptContribution | null | undefined;
/**
* Provider-owned GPT/model prompt overlay seam.
*
* Runs after OpenClaw's built-in overlay is resolved and before the
* provider's regular system-prompt contribution is merged.
*/
resolvePromptOverlay?: (ctx: ProviderResolvePromptOverlayContext) => ProviderSystemPromptContribution | null | undefined;
/**
* Provider-owned fallback route override for model/profile failure handling.
*
* Return undefined/null to keep OpenClaw's default fallback policy.
*/
followupFallbackRoute?: (ctx: ProviderFollowupFallbackRouteContext) => ProviderFollowupFallbackRouteResult | null | undefined;
/**
* Provider-owned auth profile resolver.
*
* Return a profile id from the supplied order to prefer it for this attempt;
* invalid or missing ids are ignored by core.
*/
resolveAuthProfileId?: (ctx: ProviderResolveAuthProfileIdContext) => string | null | undefined;
/**
* Provider-owned final system-prompt transform.
*
* Use this sparingly when a provider transport needs small compatibility
* rewrites after OpenClaw has assembled the complete prompt. Return
* `undefined`/`null` to leave the prompt unchanged.
*/
transformSystemPrompt?: (ctx: ProviderTransformSystemPromptContext) => string | null | undefined;
/**
* Provider-owned bidirectional text replacements.
*
* `input` applies to system prompts and text message content before transport.
* `output` applies to assistant text deltas/final text before OpenClaw handles
* its own control markers or channel delivery.
*/
textTransforms?: PluginTextTransforms;
/**
* Provider-owned global config defaults.
*
* Use this when config materialization needs provider-specific defaults that
* depend on auth mode, env, or provider model-family semantics.
*/
applyConfigDefaults?: (ctx: ProviderApplyConfigDefaultsContext) => OpenClawConfig | null | undefined;
/**
* Provider-owned "modern model" matcher used by live profile/smoke filters.
*
* Return true when the given provider/model ref should be treated as a
* preferred modern model candidate.
*/
isModernModelRef?: (ctx: ProviderModernModelPolicyContext) => boolean | undefined;
wizard?: ProviderPluginWizard;
/**
* Provider-owned auth-profile API-key formatter.
*
* OpenClaw uses this when a stored auth profile is already valid and needs to
* be converted into the runtime `apiKey` string expected by the provider. Use
* this for providers whose auth profile stores extra metadata alongside the
* bearer token (for example Gemini CLI's `{ token, projectId }` payload).
*/
formatApiKey?: (cred: AuthProfileCredential) => string;
/**
* Provider-owned OAuth login adapter for the session SDK AuthStorage API.
*
* This keeps the public callback-based login contract usable without seeding
* provider implementations into core. Modern setup flows should use `auth`.
*/
loginOAuth?: (callbacks: OAuthLoginCallbacks) => Promise<OAuthCredentials>;
/**
* Legacy auth-profile ids that generic auth must ignore and `openclaw doctor` should remove.
*
* Use this when a provider plugin replaces an older core-managed profile id
* and wants cleanup/migration messaging to live with the provider instead of
* in hardcoded doctor tables. A runtime-only external CLI profile remains usable by its exact
* provider when it intentionally reuses a retired id.
*/
deprecatedProfileIds?: string[];
/**
* Legacy OAuth profile-id migrations that `openclaw doctor` should offer.
*
* Use this when a provider moved from a legacy default OAuth profile id to a
* newer identity-based id and wants doctor to own the config rewrite without
* another core-specific migration branch.
*/
oauthProfileIdRepairs?: ProviderOAuthProfileIdRepair[];
/**
* Provider-owned OAuth refresh.
*
* OpenClaw calls this before falling back to the shared `shared model runtime` OAuth
* refreshers. Use it when the provider has a custom refresh endpoint, or when
* the provider needs custom refresh-failure behavior that should stay out of
* core auth-profile code.
*/
refreshOAuth?: (cred: OAuthCredential$1) => Promise<OAuthCredential$1>;
/**
* Provider-owned auth-doctor hint.
*
* Return a multiline repair hint when OAuth refresh fails and the provider
* wants to steer users toward a specific auth-profile migration or recovery
* path. Return nothing to keep OpenClaw's generic error text.
*/
buildAuthDoctorHint?: (ctx: ProviderAuthDoctorHintContext) => string | Promise<string | null | undefined> | null | undefined;
/**
* Provider-owned config-backed auth resolution.
*
* Providers own any provider-specific fallback secret rules here so core
* auth/discovery code can stay generic and avoid parsing provider-private
* config layouts.
*
* The returned `apiKey` may be:
* - a real credential from the active runtime snapshot, suitable for runtime use
* - a non-secret marker (for example a managed SecretRef marker), suitable only
* for discovery/bootstrap callers
*
* Runtime callers must not treat non-secret markers as runnable credentials;
* they should retry against the active runtime snapshot when available.
*
* Use this when the provider can operate without a real secret for certain
* configured local/self-hosted cases and wants auth resolution to treat that
* config as available.
*/
resolveSyntheticAuth?: (ctx: ProviderResolveSyntheticAuthContext) => ProviderSyntheticAuthResult | null | undefined;
/**
* Prepare external availability before synchronous synthetic-auth reads.
* Keep process/network I/O here; OpenClaw publishes the completed result for this generation.
*/
prepareSyntheticAuth?: (ctx: ProviderResolveSyntheticAuthContext & {
env?: NodeJS.ProcessEnv;
signal?: AbortSignal;
}) => Promise<ProviderSyntheticAuthResult | null | undefined>;
/**
* Provider-owned external auth profile discovery.
*
* Use this when credentials are managed by an external tool and should be visible
* to runtime auth resolution without being written back into `auth-profiles.json`
* by core.
*/
resolveExternalAuthProfiles?: (ctx: ProviderResolveExternalAuthProfilesContext) => Array<ProviderExternalAuthProfile> | ReadonlyArray<ProviderExternalAuthProfile> | null | undefined;
/**
* Provider-owned precedence rule for stored synthetic auth profiles.
*
* Return true when a stored profile API key is only a provider-owned
* synthetic placeholder and should yield to env/config-backed auth before
* OpenClaw falls back to that stored profile.
*/
shouldDeferSyntheticProfileAuth?: (ctx: ProviderDeferSyntheticProfileAuthContext) => boolean | undefined;
onModelSelected?: (ctx: ProviderModelSelectedContext) => Promise<void>;
};
//#endregion
//#region src/plugins/session-catalog.d.ts
type SessionCatalogListProviderParams = {
/** Gateway always supplies this; optional only for pre-existing external provider types. */
agentId?: string;
/** False when Gateway-local scans must not inherit a root from process HOME. */
allowProcessHomeFallback?: boolean;
/** Trimmed, non-empty search capped at 500 UTF-16 code units by the gateway. */
search?: string;
limitPerHost?: number;
hostIds?: string[];
cursors?: Record<string, string>;
/** Request-owned shared entries. Providers must not mutate or retain them past `list`. */
sessionEntries?: SessionCatalogEntrySnapshot;
/** Lazily lists Gateway nodes once per catalog request. Providers must not retain this past `list`. */
listNodes?: () => ReturnType<PluginRuntime["nodes"]["list"]>;
/** Publishes completed hosts without waiting for slower machines in the same list. */
onHost?: (host: SessionCatalogHost) => void;
/** Register bounded host publication work before `list` settles; includes the onHost callback. */
waitUntil?: (completion: Promise<void>) => void;
/** Catalog owner retirement, independent of the requesting connection's lifetime. */
signal?: AbortSignal;
};
type SessionCatalogReadProviderParams = Omit<SessionsCatalogReadParams, "catalogId"> & {
/** Gateway always supplies this; optional only for pre-existing external provider types. */
agentId?: string;
/** False when Gateway-local reads must not inherit a root from process HOME. */
allowProcessHomeFallback?: boolean;
};
type SessionCatalogContinueProviderParams = Omit<SessionsCatalogContinueParams, "catalogId"> & {
/** Gateway always supplies this; optional only for pre-existing external provider types. */
agentId?: string;
/** False when Gateway-local continuation must not inherit a root from process HOME. */
allowProcessHomeFallback?: boolean;
/** Caller's gateway scopes so providers can gate high-authority continues up front. */
clientScopes?: readonly string[];
};
type SessionCatalogArchiveProviderParams = Omit<SessionsCatalogArchiveParams, "catalogId"> & {
/** Gateway always supplies this; optional only for pre-existing external provider types. */
agentId?: string;
/** False when Gateway-local archive must not inherit a root from process HOME. */
allowProcessHomeFallback?: boolean;
};
type SessionCatalogStartTerminalProviderParams = {
/** False when Gateway-local terminal start must not inherit process HOME. */
allowProcessHomeFallback?: boolean;
agentId: string;
cwd: string;
initialMessage?: string;
/** Present only when the caller selected a catalog host backed by this node. */
nodeId?: string;
/** Selected local catalog source; node ownership is carried by nodeId. */
hostId?: string;
};
type SessionCatalogTerminalPlan = {
kind: "local";
argv: string[];
cwd?: string;
title?: string;
/** Bounded command-specific environment overrides. */
env?: Record<string, string>;
/** PATH that resolved argv[0], needed by env-based script interpreters. */
pathEnv?: string;
} | {
kind: "node";
nodeId: string;
command: string;
paramsJSON: string;
cwd?: string;
title?: string;
};
type SessionCatalogCreateTarget = {
model: string;
/** Concrete runtime pinned onto the created session so config reloads cannot retarget it. */
agentRuntime: string;
};
interface SessionCatalogEntrySummary {
sessionKey: string;
entry: SessionEntry$1;
}
/** Shared, logically frozen store state for one request; copy locally before mutating. */
type SessionCatalogEntrySnapshot = {
entriesForAgent: (agentId: string) => readonly SessionCatalogEntrySummary[];
/** Request-wide flatten; optional for compatibility with pre-flatten plugin hosts. */
entriesForCatalog?: () => SessionCatalogAgentEntry[];
};
type SessionCatalogAgentEntry = SessionCatalogEntrySummary & {
agentId: string;
};
type SessionUpstreamJsonValue = null | boolean | number | string | SessionUpstreamJsonValue[] | {
[key: string]: SessionUpstreamJsonValue;
};
type SessionUpstreamKind = "claude-cli" | "codex-app-server" | "opencode-cli" | "pi-cli";
type SessionUpstreamProbe = {
sessionKey: string;
agentId: string;
threadId: string;
hostId: string;
upstreamKind: SessionUpstreamKind;
upstreamRef: SessionUpstreamJsonValue;
marker: SessionUpstreamJsonValue | null;
ownRecentUserTexts: string[];
};
type SessionUpstreamActivity = {
kind: "activity";
sessionKey: string;
humanTurns: number;
nextMarker: SessionUpstreamJsonValue;
occurredAt?: number;
dedupeId?: string;
} | {
kind: "missing";
sessionKey: string;
};
type SessionCatalogContinueProviderResult = {
sessionKey: string;
/** Plugin binding installed for this authenticated Control UI session. */
conversationBinding?: {
summary?: string;
detachHint?: string;
data?: Record<string, unknown>;
};
/** Publishes provider state only after the requested binding is durable. */
afterConversationBound?: () => Promise<void>;
/** Upstream link seed so the monitor can detect direct external activity. */
upstream?: {
kind: SessionUpstreamKind;
ref: SessionUpstreamJsonValue;
marker: SessionUpstreamJsonValue;
};
};
type SessionCatalogGatewayCopy = {
displayName?: string;
preferredModel?: string;
};
type SessionCatalogCreateParams = {
/** Agent whose model/runtime policy must authorize the catalog target. */
agentId?: string;
};
type SessionCatalogProvider = {
id: string;
label: string;
/** Provider rows are Gateway-hosted artifacts visible to authenticated operators. */
audience?: "gateway-operators";
/** Closed plugin-owned route contract; invalid or colliding declarations are not projected. */
shareRoute?: SessionCatalogShareRoute;
/** Declares that every HOME-sensitive action honors the host isolation policy. */
supportsProcessHomeIsolation?: true;
/** Config-derived target; the Gateway memoizes it for one runtime-config object identity. */
resolveCreateSession?: (params: SessionCatalogCreateParams) => SessionCatalogCreateTarget | undefined;
list: (params: SessionCatalogListProviderParams) => Promise<SessionCatalogHost[]>;
/** Items are newest-first by source order; nextCursor continues to older items. */
read: (params: SessionCatalogReadProviderParams) => Promise<SessionsCatalogReadResult>;
continueSession?: (params: SessionCatalogContinueProviderParams) => Promise<SessionCatalogContinueProviderResult>;
/** Copy catalog history into a new ordinary Gateway-owned session. */
copyToGatewaySession?: (params: SessionCatalogContinueProviderParams) => Promise<SessionCatalogGatewayCopy>;
checkUpstreamActivity?: (probes: SessionUpstreamProbe[], policy?: {
allowProcessHomeFallback?: boolean;
}) => Promise<SessionUpstreamActivity[]>;
archive?: (params: SessionCatalogArchiveProviderParams) => Promise<{
ok: true;
}>;
openTerminal?: (request: {
allowProcessHomeFallback?: boolean;
/** Gateway always supplies this; optional only for pre-existing external provider types. */
agentId?: string;
hostId: string;
threadId: string;
}) => Promise<SessionCatalogTerminalPlan>;
startTerminalSession?: (request: SessionCatalogStartTerminalProviderParams) => Promise<SessionCatalogTerminalPlan>;
};
//#endregion
//#region src/agents/conversation-recall.types.d.ts
type ConversationRecallContext = {
/** Private conversation that requested this bounded recall pass. */
anchorSessionKey: string;
/** Only same-agent private transcript hits may pass. */
scope: "same-agent-private";
/** Product-only recall searches sessions; advanced recall keeps configured corpora. */
corpus: "sessions" | "configured";
};
//#endregion
//#region src/agents/tool-fs-policy.types.d.ts
type PreparedSessionPermissionPolicy = Readonly<{
root: string;
mode: SessionPermissionMode;
}>;
/** Filesystem policy for agent tools that can touch local paths. */
type ToolFsPolicy = {
workspaceOnly: boolean;
root?: string;
};
//#endregion
//#region src/plugins/tool-types.d.ts
type OpenClawPluginActiveModelContext = {
provider?: string;
modelId?: string;
modelRef?: string;
};
/** Current-turn outbound delivery capability bound to the host-selected route and media policy. */
type OpenClawPluginToolDelivery = {
send: (params: {
text?: string;
mediaUrl?: string;
}) => Promise<void>;
};
/** Trusted execution context passed to plugin-owned agent tool factories. */
type OpenClawPluginToolContext = {
config?: OpenClawConfig;
/** Active runtime-resolved config snapshot when one is available. */
runtimeConfig?: OpenClawConfig;
/** Returns the latest runtime-resolved config snapshot for long-lived tool definitions. */
getRuntimeConfig?: () => OpenClawConfig | undefined;
/** Effective filesystem policy for the active tool run. */
fsPolicy?: ToolFsPolicy;
workspaceDir?: string;
agentDir?: string;
agentId?: string;
sessionKey?: string;
/** Ephemeral session UUID - regenerated on /new and /reset. Use for per-conversation isolation. */
sessionId?: string;
/** Out-of-band plugin-owned bindings attached by the current run initiator. */
toolBindings?: Readonly<Record<string, unknown>>;
/** Host-prepared repository identities for project-aware tool behavior. */
activeProjectKeys?: readonly string[];
/** Trusted runtime-only authorization for one bounded cross-conversation recall pass. */
conversationRecall?: ConversationRecallContext;
/**
* Runtime-supplied active model metadata for informational use, diagnostics,
* and plugin-owned policy decisions. This is not a security boundary against
* the local operator, installed plugin code, or a modified OpenClaw runtime.
*/
activeModel?: OpenClawPluginActiveModelContext;
browser?: {
sandboxBridgeUrl?: string;
allowHostControl?: boolean;
};
messageChannel?: string;
agentAccountId?: string;
/** Trusted provider auth availability from the active auth profile store. */
hasAuthForProvider?: (providerId: string) => boolean;
/** Resolves an API key from the active auth profile store when available. */
resolveApiKeyForProvider?: (providerId: string) => Promise<string | undefined>;
/** Trusted ambient delivery route for the active agent/session. */
deliveryContext?: DeliveryContext;
/** Host-bound current-route delivery. Retained copies fail after the owning turn closes. */
delivery?: OpenClawPluginToolDelivery;
/** Trusted platform-native conversation id for the active inbound turn. */
nativeChannelId?: string;
/** Trusted sender id from inbound context (runtime-provided, not tool args). */
requesterSenderId?: string;
/** Trusted owner bit from inbound context (runtime-provided, not tool args). */
senderIsOwner?: boolean;
/**
* Server-owned origin for this operation. Missing values are delegated.
* Plugins must use it only for conversation-read visibility policy.
*/
conversationReadOrigin?: ConversationReadInvocationOrigin;
sandboxed?: boolean;
/**
* True for explicit one-shot local CLI runs that must release plugin-owned
* process resources before the command exits.
*/
oneShotCliRun?: boolean;
};
type OpenClawPluginToolFactory$1 = (ctx: OpenClawPluginToolContext) => AnyAgentTool | AnyAgentTool[] | null | undefined;
type OpenClawPluginToolOptions = {
name?: string;
names?: string[];
optional?: boolean;
};
type OpenClawPluginHookOptions = {
entry?: HookEntry;
name?: string;
description?: string;
register?: boolean;
};
//#endregion
//#region src/secrets/runtime-web-tools.types.d.ts
/** Diagnostic codes emitted while selecting runtime web search/fetch providers. */
type RuntimeWebDiagnosticCode = "WEB_SEARCH_PROVIDER_INVALID_AUTODETECT" | "WEB_SEARCH_AUTODETECT_SELECTED" | "WEB_SEARCH_KEY_UNRESOLVED_FALLBACK_USED" | "WEB_SEARCH_KEY_UNRESOLVED_NO_FALLBACK" | "WEB_FETCH_PROVIDER_INVALID_AUTODETECT" | "WEB_FETCH_AUTODETECT_SELECTED" | "WEB_FETCH_PROVIDER_KEY_UNRESOLVED_FALLBACK_USED" | "WEB_FETCH_PROVIDER_KEY_UNRESOLVED_NO_FALLBACK";
/** User-facing diagnostic attached to runtime web-tool metadata. */
type RuntimeWebDiagnostic = {
code: RuntimeWebDiagnosticCode;
message: string;
path?: string;
};
/** Runtime selection metadata for the web search tool. */
type RuntimeWebSearchMetadata = {
/** Provider explicitly configured in source config, before auto-detect fallback. */
providerConfigured?: string;
providerSource: "configured" | "auto-detect" | "none";
/** Provider that runtime calls should use after config validation and credential lookup. */
selectedProvider?: string;
/** Source that supplied the selected provider credential, or why it is unavailable. */
selectedProviderKeySource?: "config" | "secretRef" | "env" | "missing";
/** Perplexity transport chosen from provider config or runtime default. */
perplexityTransport?: "search_api" | "chat_completions";
diagnostics: RuntimeWebDiagnostic[];
};
/** Runtime selection metadata for the web fetch tool. */
type RuntimeWebFetchMetadata = {
/** Provider explicitly configured in source config, before auto-detect fallback. */
providerConfigured?: string;
providerSource: "configured" | "auto-detect" | "none";
/** Provider that runtime calls should use after config validation and credential lookup. */
selectedProvider?: string;
/** Source that supplied the selected provider credential, or why it is unavailable. */
selectedProviderKeySource?: "config" | "secretRef" | "env" | "missing";
diagnostics: RuntimeWebDiagnostic[];
};
//#endregion
//#region src/plugins/web-provider-types.d.ts
type WebSearchProviderId = string;
type WebFetchProviderId = string;
type WebSearchProviderToolDefinition = {
description: string;
parameters: TSchema;
execute: (args: Record<string, unknown>, context?: WebSearchProviderToolExecutionContext) => Promise<Record<string, unknown>>;
};
type WebFetchProviderToolDefinition = {
description: string;
parameters: TSchema;
execute: (args: Record<string, unknown>, context?: {
signal?: AbortSignal;
}) => Promise<Record<string, unknown>>;
};
type WebSearchProviderContext = {
config?: OpenClawConfig;
searchConfig?: Record<string, unknown>;
runtimeMetadata?: RuntimeWebSearchMetadata;
agentDir?: string;
};
type WebSearchProviderToolExecutionContext = {
signal?: AbortSignal;
};
type WebFetchProviderContext = {
config?: OpenClawConfig;
fetchConfig?: Record<string, unknown>;
runtimeMetadata?: RuntimeWebFetchMetadata;
};
type WebSearchCredentialResolutionSource = "config" | "secretRef" | "env" | "missing";
type WebSearchProviderConfiguredCredentialFallback = {
path: string;
value: unknown;
};
type WebFetchProviderConfiguredCredentialFallback = {
path: string;
value: unknown;
};
type WebSearchRuntimeMetadataContext = {
config?: OpenClawConfig;
searchConfig?: Record<string, unknown>;
runtimeMetadata?: RuntimeWebSearchMetadata;
resolvedCredential?: {
value?: string;
source: WebSearchCredentialResolutionSource;
fallbackEnvVar?: string;
};
};
type WebSearchProviderSetupContext = {
config: OpenClawConfig;
runtime: RuntimeEnv;
prompter: WizardPrompter;
quickstartDefaults?: boolean;
secretInputMode?: SecretInputMode;
};
type WebFetchCredentialResolutionSource = "config" | "secretRef" | "env" | "missing";
type WebFetchRuntimeMetadataContext = {
config?: OpenClawConfig;
fetchConfig?: Record<string, unknown>;
runtimeMetadata?: RuntimeWebFetchMetadata;
resolvedCredential?: {
value?: string;
source: WebFetchCredentialResolutionSource;
fallbackEnvVar?: string;
};
};
type WebSearchProviderPlugin$1 = {
id: WebSearchProviderId;
label: string;
hint: string;
onboardingScopes?: readonly "text-inference"[];
requiresCredential?: boolean;
credentialLabel?: string;
envVars: string[];
/** Optional model-provider auth profile id that can satisfy this web provider without a tool-specific API key. */
authProviderId?: string;
placeholder: string;
signupUrl: string;
docsUrl?: string;
/** Optional note shown before credential collection for provider-specific prerequisites. */
credentialNote?: string;
autoDetectOrder?: number;
credentialPath: string;
inactiveSecretPaths?: string[];
getCredentialValue: (searchConfig?: Record<string, unknown>) => unknown;
setCredentialValue: (searchConfigTarget: Record<string, unknown>, value: unknown) => void;
getConfiguredCredentialValue?: (config?: OpenClawConfig) => unknown;
setConfiguredCredentialValue?: (configTarget: OpenClawConfig, value: unknown) => void;
getConfiguredCredentialFallback?: (config?: OpenClawConfig) => WebSearchProviderConfiguredCredentialFallback | undefined;
applySelectionConfig?: (config: OpenClawConfig) => OpenClawConfig;
runSetup?: (ctx: WebSearchProviderSetupContext) => OpenClawConfig | Promise<OpenClawConfig>;
resolveRuntimeMetadata?: (ctx: WebSearchRuntimeMetadataContext) => Partial<RuntimeWebSearchMetadata> | Promise<Partial<RuntimeWebSearchMetadata>>;
createTool: (ctx: WebSearchProviderContext) => WebSearchProviderToolDefinition | null;
};
type PluginWebSearchProviderEntry = WebSearchProviderPlugin$1 & {
pluginId: string;
};
type WebFetchProviderPlugin$1 = {
id: WebFetchProviderId;
label: string;
hint: string;
requiresCredential?: boolean;
credentialLabel?: string;
envVars: string[];
placeholder: string;
signupUrl: string;
docsUrl?: string;
autoDetectOrder?: number;
credentialPath: string;
inactiveSecretPaths?: string[];
getCredentialValue: (fetchConfig?: Record<string, unknown>) => unknown;
setCredentialValue: (fetchConfigTarget: Record<string, unknown>, value: unknown) => void;
getConfiguredCredentialValue?: (config?: OpenClawConfig) => unknown;
setConfiguredCredentialValue?: (configTarget: OpenClawConfig, value: unknown) => void;
getConfiguredCredentialFallback?: (config?: OpenClawConfig) => WebFetchProviderConfiguredCredentialFallback | undefined;
applySelectionConfig?: (config: OpenClawConfig) => OpenClawConfig;
resolveRuntimeMetadata?: (ctx: WebFetchRuntimeMetadataContext) => Partial<RuntimeWebFetchMetadata> | Promise<Partial<RuntimeWebFetchMetadata>>;
createTool: (ctx: WebFetchProviderContext) => WebFetchProviderToolDefinition | null;
};
//#endregion
//#region src/plugins/plugin-api.types.d.ts
type ChannelPlugin$1 = ChannelPlugin$3;
type PluginTextTransformRegistration$1 = PluginTextTransforms;
type OpenClawPluginSessionStateApi = {
/** Register plugin-owned session state projected into Gateway session rows. */
registerSessionExtension: (extension: PluginSessionExtensionRegistration) => void;
};
type OpenClawPluginSessionWorkflowApi = {
/** Queue one plugin-owned context injection for the next agent turn in a session. */
enqueueNextTurnInjection: (injection: PluginNextTurnInjection) => Promise<PluginNextTurnInjectionEnqueueResult>;
/**
* Register cleanup metadata for a plugin-owned session scheduler job.
* This does not schedule work or create task records; it only lets the host
* clean external scheduler state during reset/delete/disable.
*/
registerSessionSchedulerJob: (job: PluginSessionSchedulerJobRegistration) => PluginSessionSchedulerJobHandle | undefined;
/** Send host-validated files to the active direct-outbound route for a session. */
sendSessionAttachment: (params: PluginSessionAttachmentParams) => Promise<PluginSessionAttachmentResult>;
/**
* Schedule a future agent turn in a session through Cron.
* Cron owns timing and creates the task ledger entry when the turn runs.
*/
scheduleSessionTurn: (params: PluginSessionTurnScheduleParams) => Promise<PluginSessionSchedulerJobHandle | undefined>;
/** Remove Cron-backed scheduled session turns that share a plugin-owned tag. */
unscheduleSessionTurnsByTag: (params: PluginSessionTurnUnscheduleByTagParams) => Promise<PluginSessionTurnUnscheduleByTagResult>;
};
type OpenClawPluginSessionControlsApi = {
/** Register a typed session action that clients can dispatch through the Gateway. */
registerSessionAction: (action: PluginSessionActionRegistration) => void;
/** Register a generic Control UI contribution descriptor. */
registerControlUiDescriptor: (descriptor: PluginControlUiDescriptor) => void;
};
type OpenClawPluginSessionApi = {
state: OpenClawPluginSessionStateApi;
workflow: OpenClawPluginSessionWorkflowApi;
controls: OpenClawPluginSessionControlsApi;
};
type OpenClawPluginAgentEventsApi = {
/** Subscribe to sanitized agent events through the host-owned plugin lifecycle. */
registerAgentEventSubscription: (subscription: PluginAgentEventSubscriptionRegistration) => void;
/** Emit a host-routed, plugin-attributed event for workflow/UI subscribers. */
emitAgentEvent: (params: PluginAgentEventEmitParams) => PluginAgentEventEmitResult;
};
type OpenClawPluginAgentApi = {
events: OpenClawPluginAgentEventsApi;
};
type OpenClawPluginRunContextApi = {
/** Store namespaced, JSON-compatible data for the active run. Cleared on run end/error. */
setRunContext: (patch: PluginRunContextPatch) => boolean;
/** Read namespaced plugin data for a run. */
getRunContext: (params: PluginRunContextGetParams) => PluginJsonValue | undefined;
/** Clear one namespace or all namespaces this plugin owns for a run. */
clearRunContext: (params: {
runId: string;
namespace?: string;
}) => void;
};
type OpenClawPluginLifecycleApi = {
/** Register cleanup hooks for plugin-owned host state and background work. */
registerRuntimeLifecycle: (lifecycle: PluginRuntimeLifecycleRegistration) => void;
};
/**
* Main registration API injected into native plugin entry files.
* @experimental All plugin APIs are experimental. Pin and test OpenClaw host versions.
* @see https://docs.openclaw.ai/plugins/sdk-overview#api-stability
*/
type OpenClawPluginApi = {
id: string;
name: string;
version?: string;
description?: string;
source: string;
rootDir?: string;
registrationMode: PluginRegistrationMode;
config: OpenClawConfig;
pluginConfig?: Record<string, unknown>;
/**
* In-process runtime helpers for trusted native plugins.
*
* This surface is broader than hooks. Prefer hooks for third-party
* automation/integration unless you need native registry integration.
*/
runtime: PluginRuntime;
logger: PluginLogger;
/**
* Grouped facade over the existing flat session-related plugin API.
* Flat methods remain supported for compatibility.
*/
session: OpenClawPluginSessionApi;
/** Grouped facade for agent-event workflow seams. */
agent: OpenClawPluginAgentApi;
/** Grouped facade for run-scoped plugin scratch state. */
runContext: OpenClawPluginRunContextApi;
/** Grouped facade for plugin-owned lifecycle cleanup hooks. */
lifecycle: OpenClawPluginLifecycleApi;
registerTool: (tool: AnyAgentTool | OpenClawPluginToolFactory$1, opts?: OpenClawPluginToolOptions) => void;
registerHook: (events: string | string[], handler: InternalHookHandler, opts?: OpenClawPluginHookOptions) => void;
registerHttpRoute: (params: OpenClawPluginHttpRouteParams) => void;
/** Register a plugin-owned resolver for browser-style hosted media URLs. */
registerHostedMediaResolver: (resolver: OpenClawPluginHostedMediaResolver$1) => void;
/** Register a plugin-owned destination for presenting hosted widget documents. */
registerWidgetPresenter: (presenter: WidgetPresenter) => void;
/** Bind a declared MCP server's transport to the trusted message requester. */ registerMcpServerConnectionResolver: (resolver: OpenClawPluginMcpServerConnectionResolver) => void;
/** Register a native messaging channel plugin (channel capability). */
registerChannel: (registration: OpenClawPluginChannelRegistration | ChannelPlugin$1) => void;
/**
* Register a gateway RPC method for this plugin.
*
* Reserved core admin namespaces (`config.*`, `exec.approvals.*`,
* `wizard.*`, `update.*`) always normalize to `operator.admin` even if a
* narrower scope is requested.
*/
registerGatewayMethod: (method: string, handler: GatewayRequestHandler, opts?: {
scope?: OperatorScope;
profileAccess?: "independent" | "required";
}) => void;
/** Register a sandboxed board widget source kind owned by this plugin. */
registerBoardWidgetContentKind: (definition: PluginBoardWidgetContentKind) => void;
/** Register a read-only external-session catalog with optional native adoption actions. */
registerSessionCatalog: (provider: SessionCatalogProvider) => void;
registerCli: (registrar: OpenClawPluginCliRegistrar$1, opts?: OpenClawPluginCliRegistrationOptions) => void;
/**
* Register a plugin-owned node feature command group under `openclaw nodes`.
*
* This is equivalent to `registerCli(registrar, { parentPath: ["nodes"], ... })`
* and is intended for paired-node capabilities such as camera, screen, or Canvas.
*/
registerNodeCliFeature: (registrar: OpenClawPluginCliRegistrar$1, opts?: OpenClawPluginNodeCliFeatureOptions) => void;
registerReload: (registration: OpenClawPluginReloadRegistration$1) => void;
registerNodeHostCommand: (command: OpenClawPluginNodeHostCommand) => void;
registerNodeInvokePolicy: (policy: OpenClawPluginNodeInvokePolicy) => void;
registerSecurityAuditCollector: (collector: OpenClawPluginSecurityAuditCollector$1) => void;
registerService: (service: OpenClawPluginService$1) => void;
/** Register a local gateway discovery advertiser such as mDNS/Bonjour. */
registerGatewayDiscoveryService: (service: OpenClawGatewayDiscoveryService$1) => void;
/** Register a text-only CLI backend used by the local CLI runner. */
registerCliBackend: (backend: CliBackendPlugin) => void;
/** Register plugin-owned prompt/message compatibility text transforms. */
registerTextTransforms: (transforms: PluginTextTransformRegistration$1) => void;
/** Register a lightweight config migration that can run before plugin runtime loads. */
registerConfigMigration: (migrate: PluginConfigMigration) => void;
/** Register an importer for `openclaw migrate` (migration capability). */
registerMigrationProvider: (provider: MigrationProviderPlugin$1) => void;
/** Register a lightweight config probe that can auto-enable this plugin generically. */
registerAutoEnableProbe: (probe: PluginSetupAutoEnableProbe) => void;
/** Register a native model/provider plugin (text inference capability). */
registerProvider: (provider: ProviderPlugin$1) => void;
/** Register a cloud-worker lifecycle provider. */
registerWorkerProvider: (provider: WorkerProvider$1) => void;
/** Register provider-owned model catalog rows for text and media generation. */
registerModelCatalogProvider: (provider: UnifiedModelCatalogProviderPlugin$1) => void;
/** Register a general embedding provider (embedding capability). */
registerEmbeddingProvider: (adapter: EmbeddingProviderAdapter) => void;
/** Register a speech synthesis provider (speech capability). */
registerSpeechProvider: (provider: SpeechProviderPlugin$1) => void;
/** Register a realtime transcription provider (streaming STT capability). */
registerRealtimeTranscriptionProvider: (provider: RealtimeTranscriptionProviderPlugin$1) => void;
/** Register a realtime voice provider (duplex voice capability). */
registerRealtimeVoiceProvider: (provider: RealtimeVoiceProviderPlugin$1) => void;
/** Register a media understanding provider (media understanding capability). */
registerMediaUnderstandingProvider: (provider: MediaUnderstandingProviderPlugin$1) => void;
/** Register a transcripts source provider (live or imported meeting transcript capability). */
registerTranscriptSourceProvider: (provider: TranscriptSourceProvider$1) => void;
/** Register an image generation provider (image generation capability). */
registerImageGenerationProvider: (provider: ImageGenerationProviderPlugin$1) => void;
/** Register a video generation provider (video generation capability). */
registerVideoGenerationProvider: (provider: VideoGenerationProviderPlugin$1) => void;
/** Register a music generation provider (music generation capability). */
registerMusicGenerationProvider: (provider: MusicGenerationProviderPlugin$1) => void;
/** Register a web fetch provider (web fetch capability). */
registerWebFetchProvider: (provider: WebFetchProviderPlugin$1) => void;
/** Register a web search provider (web search capability). */
registerWebSearchProvider: (provider: WebSearchProviderPlugin$1) => void;
registerInteractiveHandler: (registration: PluginInteractiveHandlerRegistration$1) => void;
onConversationBindingResolved: (handler: (event: PluginConversationBindingResolvedEvent$1) => void | Promise<void>) => void;
/**
* Register a custom command that bypasses the LLM agent.
* Plugin commands are processed before built-in commands and before agent invocation.
* Use this for simple state-toggling or status commands that don't need AI reasoning.
*/
registerCommand: (command: OpenClawPluginCommandDefinition$1) => void;
/** Register a context engine implementation (exclusive slot - only one active at a time). */
registerContextEngine: (id: string, factory: ContextEngineFactory) => void;
/** Register a compaction provider (pluggable summarization backend). */
registerCompactionProvider: (provider: CompactionProvider) => void;
/** Register an agent harness implementation. */
registerAgentHarness: (harness: AgentHarness, options?: AgentHarnessRegistrationOptions) => void;
/**
* Register a Codex app-server extension factory for Codex harness tool-result
* middleware. Only bundled plugins may use this seam, and
* `contracts.embeddedExtensionFactories` must include `"codex-app-server"`.
*/
registerCodexAppServerExtensionFactory: (factory: CodexAppServerExtensionFactory) => void;
/**
* Register runtime-neutral tool-result middleware. Declare
* `contracts.agentToolResultMiddleware` for every targeted runtime.
*/
registerAgentToolResultMiddleware: (handler: AgentToolResultMiddleware, options?: AgentToolResultMiddlewareOptions) => void;
/**
* Register plugin-owned session state that can be projected into Gateway session rows.
* @deprecated Use `api.session.state.registerSessionExtension(...)`.
*/
registerSessionExtension: (extension: PluginSessionExtensionRegistration) => void;
/**
* Queue one plugin-owned context injection for the next agent turn in a session.
* @deprecated Use `api.session.workflow.enqueueNextTurnInjection(...)`.
*/
enqueueNextTurnInjection: (injection: PluginNextTurnInjection) => Promise<PluginNextTurnInjectionEnqueueResult>;
/**
* Register a trusted pre-tool policy. Installed plugins must declare the
* policy id in `contracts.trustedToolPolicies`.
*/
registerTrustedToolPolicy: (policy: PluginTrustedToolPolicyRegistration) => void;
/**
* Register display/policy metadata for a plugin-owned tool. Metadata is
* scoped to the (pluginId, toolName) pair at projection time, so plugins
* cannot decorate other plugins' tools or core tools through this surface.
*/
registerToolMetadata: (metadata: PluginToolMetadataRegistration) => void;
/**
* Register a generic Control UI contribution descriptor.
* @deprecated Use `api.session.controls.registerControlUiDescriptor(...)`.
*/
registerControlUiDescriptor: (descriptor: PluginControlUiDescriptor) => void;
/**
* Register cleanup hooks for plugin-owned host state and background work.
* @deprecated Use `api.lifecycle.registerRuntimeLifecycle(...)`.
*/
registerRuntimeLifecycle: (lifecycle: PluginRuntimeLifecycleRegistration) => void;
/**
* Subscribe to sanitized agent events through the host-owned plugin lifecycle.
* @deprecated Use `api.agent.events.registerAgentEventSubscription(...)`.
*/
registerAgentEventSubscription: (subscription: PluginAgentEventSubscriptionRegistration) => void;
/**
* Emit a host-routed, plugin-attributed agent event for workflow/UI subscribers.
* @deprecated Use `api.agent.events.emitAgentEvent(...)`.
*/
emitAgentEvent: (params: PluginAgentEventEmitParams) => PluginAgentEventEmitResult;
/**
* Store namespaced, JSON-compatible data for the active run. Cleared on run end/error.
* @deprecated Use `api.runContext.setRunContext(...)`.
*/
setRunContext: (patch: PluginRunContextPatch) => boolean;
/**
* Read namespaced plugin data for a run.
* @deprecated Use `api.runContext.getRunContext(...)`.
*/
getRunContext: (params: PluginRunContextGetParams) => PluginJsonValue | undefined;
/**
* Clear one namespace or all namespaces this plugin owns for a run.
* @deprecated Use `api.runContext.clearRunContext(...)`.
*/
clearRunContext: (params: {
runId: string;
namespace?: string;
}) => void;
/**
* Register cleanup metadata for a plugin-owned session scheduler job.
* This does not schedule work or create task records; it only lets the host
* clean external scheduler state during reset/delete/disable.
*
* @deprecated Use `api.session.workflow.registerSessionSchedulerJob(...)`.
*/
registerSessionSchedulerJob: (job: PluginSessionSchedulerJobRegistration) => PluginSessionSchedulerJobHandle | undefined;
/**
* Register a typed session action that clients can dispatch through the Gateway.
* @deprecated Use `api.session.controls.registerSessionAction(...)`.
*/
registerSessionAction: (action: PluginSessionActionRegistration) => void;
/**
* Send one or more host-validated files to the active direct-outbound channel for a session.
*
* This API is intended for bundled plugins running with the host channel/session
* integration available. Calls may resolve to `{ ok: false }` instead of attaching
* files when global side effects are disabled or when the required plugin/channel
* runtime is not loaded, so callers must handle rejection via the returned result.
*
* @deprecated Use `api.session.workflow.sendSessionAttachment(...)`.
*/
sendSessionAttachment: (params: PluginSessionAttachmentParams) => Promise<PluginSessionAttachmentResult>;
/**
* Schedule a future agent turn in a session through Cron.
* Cron owns timing and creates the task ledger entry when the turn runs.
* Bundled plugins only; workspace plugins receive undefined.
*
* @deprecated Use `api.session.workflow.scheduleSessionTurn(...)`.
*/
scheduleSessionTurn: (params: PluginSessionTurnScheduleParams) => Promise<PluginSessionSchedulerJobHandle | undefined>;
/**
* Remove Cron-backed scheduled session turns that share the same plugin-owned tag.
* Bundled plugins only; workspace plugins receive a zero-count result.
*
* @deprecated Use `api.session.workflow.unscheduleSessionTurnsByTag(...)`.
*/
unscheduleSessionTurnsByTag: (params: PluginSessionTurnUnscheduleByTagParams) => Promise<PluginSessionTurnUnscheduleByTagResult>;
/** Register the active detached task runtime for this plugin (exclusive slot). */
registerDetachedTaskRuntime: (runtime: DetachedTaskLifecycleRuntime) => void;
/** Register the active memory capability for this memory plugin (exclusive slot). */
registerMemoryCapability: (capability: MemoryPluginCapability) => void;
/** Register an additive memory-adjacent prompt section (non-exclusive). */
registerMemoryPromptSupplement: (builder: MemoryPromptSectionBuilder) => void;
/** Register an async memory prompt preparation step (non-exclusive). */
registerMemoryPromptPreparation: (prepare: (params: MemoryPromptSectionParams) => Promise<readonly string[]>) => void;
/** Register an additive memory-adjacent search/read corpus supplement (non-exclusive). */
registerMemoryCorpusSupplement: (supplement: MemoryCorpusSupplement) => void;
resolvePath: (input: string) => string;
/** Register a lifecycle hook handler */
on: <K extends PluginHookName>(hookName: K, handler: PluginHookHandlerMap[K], opts?: PluginHookRegistrationOptions<K>) => void;
};
//#endregion
//#region src/agents/sandbox/types.docker.d.ts
type RequiredDockerConfigKeys = "image" | "containerPrefix" | "workdir" | "readOnlyRoot" | "tmpfs" | "network" | "capDrop";
type SandboxDockerConfig = Omit<SandboxDockerSettings, RequiredDockerConfigKeys> & Required<Pick<SandboxDockerSettings, RequiredDockerConfigKeys>>;
//#endregion
//#region src/agents/sandbox/types.d.ts
type SandboxToolPolicy = {
allow?: string[];
deny?: string[];
};
type SandboxWorkspaceAccess = "none" | "ro" | "rw";
type SandboxBrowserContext = {
bridgeUrl: string;
noVncUrl?: string;
containerName: string;
};
type SandboxContext = {
enabled: boolean;
/** Immutable creator policy: this session may never escape to a host execution target. */
required?: true;
backendId: SandboxBackendId;
sessionKey: string;
workspaceDir: string;
agentWorkspaceDir: string;
skillsWorkspaceDir?: string;
skillsEligibility?: SkillEligibilityContext;
skillUsagePaths?: SkillUsagePath[];
readOnlyResourceMounts?: Array<{
hostPath: string;
containerPath: string;
}>;
workspaceAccess: SandboxWorkspaceAccess;
runtimeId: string;
runtimeLabel: string;
containerName: string;
containerWorkdir: string;
docker: SandboxDockerConfig;
tools: SandboxToolPolicy;
browserAllowHostControl: boolean;
browser?: SandboxBrowserContext;
fsBridge?: SandboxFsBridge;
backend?: SandboxBackendHandle;
};
//#endregion
//#region src/agents/requester-tool-policy.d.ts
type RequesterToolPolicySource = "current-request" | "persisted-child" | "completion-handoff";
//#endregion
//#region src/agents/sandbox-tool-policy.d.ts
/** Provenance marker for wildcard allowlists created from `alsoAllow`. */
declare const IMPLICIT_ALLOW_ALL_FROM_ALSO_ALLOW: unique symbol;
//#endregion
//#region src/agents/tool-policy.d.ts
/** Tool allow/deny policy shape accepted by agent and sandbox config. */
type ToolPolicyLike = {
allow?: string[];
deny?: string[];
[IMPLICIT_ALLOW_ALL_FROM_ALSO_ALLOW]?: true;
};
//#endregion
//#region src/agents/conversation-capability-profile.d.ts
type ConversationCapabilityScope = "direct" | "shared" | "unknown";
type ResolvedConversationCapabilityProfile = {
agentId?: string;
serviceIdentity: {
agentId?: string;
agentDir?: string;
accountId?: string | null;
runId?: string;
sessionId?: string;
};
model: {
provider?: string;
id?: string;
api?: string;
contextWindowTokens?: number;
hasVision?: boolean;
};
conversation: {
scope: ConversationCapabilityScope;
chatType?: ChatType;
sessionKey?: string;
policySessionKey?: string;
runSessionKey?: string;
sessionId?: string;
messageProvider?: string | null;
messageChannel?: string | null;
messageTo?: string | null;
messageThreadId?: string | number | null;
currentChannelId?: string | null;
currentMessagingTarget?: string | null;
currentThreadTs?: string | null;
currentMessageId?: string | number | null;
groupId?: string | null;
groupChannel?: string | null;
groupSpace?: string | null;
memberRoleIds?: readonly string[];
spawnedBy?: string | null;
};
sender: {
id?: string | null;
name?: string | null;
username?: string | null;
e164?: string | null;
isOwner?: boolean;
};
workspace: {
workspaceDir?: string;
cwd?: string;
spawnWorkspaceDir?: string;
workspaceRoot: string;
runtimeRoot: string;
spawnWorkspaceRoot?: string;
instructionRoot?: string;
isCanonicalWorkspace?: boolean;
};
instructions: {
agentDir?: string;
workspaceDir?: string;
promptMode?: PromptMode;
isCanonicalWorkspace?: boolean;
};
skills: {
snapshot?: SkillSnapshot;
};
policy: {
agentId?: string;
sessionKey?: string;
subagentSessionKey?: string;
trustedGroup: {
groupId: string | null | undefined;
dropped: boolean;
};
profile?: string;
providerProfile?: string;
profilePolicy?: ToolPolicyLike;
providerProfilePolicy?: ToolPolicyLike;
profileAlsoAllow?: string[];
providerProfileAlsoAllow?: string[];
globalPolicy?: SandboxToolPolicy;
globalProviderPolicy?: SandboxToolPolicy;
agentPolicy?: SandboxToolPolicy;
agentProviderPolicy?: SandboxToolPolicy;
groupPolicy?: SandboxToolPolicy;
senderPolicy?: SandboxToolPolicy;
sandboxPolicy?: SandboxToolPolicy;
subagentPolicy?: SandboxToolPolicy;
inheritedToolPolicy?: SandboxToolPolicy;
delegated: boolean;
requesterPolicySource: RequesterToolPolicySource;
runtimeToolPolicyForInheritance?: ToolPolicyLike;
inheritancePolicies: Array<ToolPolicyLike | undefined>;
explicitToolAllowlist: string[];
/** Explicit config/runtime grants only; excludes built-in profile expansion. */
explicitToolOverrideAllowlist: string[];
explicitToolDenylist: string[];
runtimePluginToolGrant?: RuntimePluginToolGrant;
};
};
//#endregion
//#region src/agents/run-session-target.d.ts
/** Identifies a run transcript target without naming the current storage artifact. */
type AgentRunSessionTarget = {
agentId?: string;
sessionId?: string;
sessionKey?: string;
storePath?: string;
threadId?: string | number;
/** Internal admission fence paired with sessionId for run-owned transcript writes. */
expectedLifecycleRevision?: string;
/** Internal durable writer claim installed after session-lane admission. */
expectedWriterRunId?: string;
};
//#endregion
//#region src/agents/embedded-agent-runner/compact.types.d.ts
type CompactEmbeddedAgentSessionParams = {
/** Explicit session owner captured before fallback agent resolution. */
contextEngineAgentId?: string;
sessionId: string;
runId?: string;
sessionKey?: string;
/** Storage-neutral transcript/session target. Defaults to sessionId/sessionKey/agentId. */
sessionTarget?: AgentRunSessionTarget;
/** Caller-resolved owner agent for global session aliases. */
agentId?: string;
/** Session key used only for runtime policy/sandbox resolution. Defaults to sessionKey. */
sandboxSessionKey?: string;
/** Owner captured with the sandbox policy before execution identity changes. */
sandboxAgentId?: string;
messageChannel?: string;
messageProvider?: string;
/** Capabilities declared by the gateway client that originated this run. */
clientCaps?: string[];
chatType?: ChatType;
agentAccountId?: string;
/** Raw peer observed by the inbound routing owner, before identity linking. */
conversationRoutePeerId?: string;
conversationToolPolicy?: GroupToolPolicyConfig;
currentChannelId?: string;
currentThreadTs?: string;
currentMessageId?: string | number;
/** Trusted sender id from inbound context for scoped message-tool discovery. */
senderId?: string;
senderName?: string;
senderUsername?: string;
senderE164?: string;
authProfileId?: string;
authProfileIdSource?: "auto" | "user";
/** Host-resolved provider credential for native harness compaction. */
resolvedApiKey?: string;
/** Group id for channel-level tool policy resolution. */
groupId?: string | null;
/** Group channel label (e.g. #general) for channel-level tool policy resolution. */
groupChannel?: string | null;
/** Group space label (e.g. guild/team id) for channel-level tool policy resolution. */
groupSpace?: string | null;
memberRoleIds?: string[];
/** Parent session key for subagent policy inheritance. */
spawnedBy?: string | null;
inputProvenance?: InputProvenance;
/** Consumed in-process subagent-completion capability; never derived from public input. */
trustedInternalHandoff?: TrustedSubagentCompletionHandoff;
toolsAllow?: string[];
disableTools?: boolean;
runtimePluginToolGrant?: RuntimePluginToolGrant;
scheduledToolPolicy?: ScheduledToolPolicyContext;
/** Host-resolved ambient native-tool boundary for this compaction operation. */
nativeToolSurface?: "unrestricted" | "host-isolated";
sessionFile: string;
/** Optional caller-observed live prompt tokens used for compaction diagnostics. */
currentTokenCount?: number;
workspaceDir: string;
/** Canonical agent workspace used for bootstrap files when execution runs elsewhere. */
bootstrapWorkspaceDir?: string;
/** Optional task working directory; workspaceDir remains the agent bootstrap workspace. */
cwd?: string;
permissionMode?: SessionEntry$1["permissionMode"];
sessionRoot?: string;
agentDir?: string;
config?: OpenClawConfig;
toolOverrides?: SessionToolOverrides;
skillsSnapshot?: SkillSnapshot;
senderIsOwner?: boolean;
provider?: string;
model?: string;
/** Caller-resolved model/provider shape used by native harness compactors. */
runtimeModel?: Model;
/** Effective model fallback chain for this session attempt. Undefined uses config defaults. */
modelFallbacksOverride?: string[];
/** Optional caller-resolved context engine for harness-owned compaction. */
contextEngine?: ContextEngine;
/** Optional caller-resolved token budget for harness-owned compaction. */
contextTokenBudget?: number;
/** Optional caller-resolved runtime context for harness-owned context-engine compaction. */
contextEngineRuntimeContext?: ContextEngineRuntimeContext;
/** Transcript/runtime hint; durable native ownership is resolved from the session entry. */
agentHarnessId?: string;
/** Resumable native CLI session targeted by an explicit manual compaction. */
cliSessionId?: string;
/** Complete persisted CLI binding targeted by an explicit manual compaction. */
cliSessionBinding?: CliSessionBinding;
/** Owning session facts required for placement and runtime preparation. */
sessionEntry?: SessionEntry$1;
/** Keep the concrete model fixed; native runtime ownership is a separate session fact. */
modelSelectionLocked?: boolean;
/** OpenClaw-owned runtime policy prepared for this compaction path. */
runtimePlan?: AgentRuntimePlan;
/** Host-prepared route and credential selection for native harness compaction. */
runtimeAuthPlan?: AgentRuntimeAuthPlan;
thinkLevel?: ThinkLevel;
reasoningLevel?: ReasoningLevel;
execOverrides?: Pick<ExecToolDefaults, "host" | "mode" | "security" | "ask" | "node" | "nodeCwd">;
bashElevated?: ExecElevatedDefaults;
customInstructions?: string;
tokenBudget?: number;
force?: boolean;
/** Force compaction because the caller already determined this turn must compact before prompt submission. */
forcePreflight?: boolean;
/** Alias for forcePreflight used by preflight budget gates. */
preflightRequired?: boolean;
/** Diagnostic trigger that made preflight compaction mandatory. */
preflightCompactionTrigger?: "tokens" | "transcript_bytes";
trigger?: "budget" | "overflow" | "manual";
/**
* Preflight callers can allow native/current-session harness compaction but
* move plugin-owned budget compaction onto background turn maintenance.
*/
deferOwningContextEngineCompaction?: boolean;
diagId?: string;
attempt?: number;
maxAttempts?: number;
lane?: string;
enqueue?: CommandQueueEnqueueFn;
extraSystemPrompt?: string;
sourceReplyDeliveryMode?: SourceReplyDeliveryMode;
ownerNumbers?: string[];
abortSignal?: AbortSignal;
/** @internal Refreshes the host watchdog when delegated native compaction makes progress. */
compactionTimeoutReset?: () => void;
onCompactionHookMessages?: (payload: {
phase: "before" | "after";
messages: string[];
sessionId: string;
sessionKey: string;
}) => void | Promise<void>;
/** Allow runtime plugins for this compaction to late-bind the gateway subagent. */
allowGatewaySubagentBinding?: boolean;
/** Mark explicit one-shot local CLI runs so plugin tools can release resources promptly. */
oneShotCliRun?: boolean;
};
//#endregion
//#region src/agents/agent-tools.before-tool-call.types.d.ts
type ToolOutcomeObservation = {
toolName: string;
argsHash: string;
resultHash: string;
resultContentSource?: AgentTool["resultContentSource"];
/** Monotonic model-call order within the owning embedded run. */
toolCallOrdinal?: number;
terminalPresentation?: string;
presentationOnly?: boolean;
};
type ToolOutcomeObserver = (observation: ToolOutcomeObservation) => void;
type HookContext = {
agentId?: string;
config?: OpenClawConfig;
/** Tool execution cwd for host-derived path facts. */
cwd?: string;
/** Host workspace used to resolve relative tool params for diagnostics only. */
workspaceDir?: string;
sessionKey?: string;
/** Ephemeral session UUID — regenerated on /new and /reset. */
sessionId?: string;
runId?: string;
/** What initiated this run, used to reject approvals on unattended surfaces. */
trigger?: string;
/** Device-scoped operator session allowed to review approvals initiated by this run. */
approvalReviewerDeviceId?: string;
trace?: DiagnosticTraceContext;
channelId?: string;
/** Host-derived message requester for sender-aware tool hooks. */
requester?: PluginHookToolRequesterContext;
/** Originating channel for approval delivery routing; mirrors exec approval turn-source fields. */
turnSourceChannel?: string;
turnSourceTo?: string;
turnSourceAccountId?: string;
turnSourceThreadId?: string | number;
loopDetection?: ToolLoopDetectionConfig;
onToolOutcome?: ToolOutcomeObserver;
allocateToolOutcomeOrdinal?: (toolCallId?: string) => number;
skillsSnapshot?: SkillSnapshot;
skillUsagePaths?: SkillUsagePath[];
skillCommand?: {
commandName: string;
skillFile?: string;
skillName: string;
skillSource?: SkillTelemetrySource;
toolName?: string;
};
sandbox?: {
root: string;
bridge: SandboxFsBridge;
};
};
type BeforeToolCallFailureDisposition = "blocked" | DiagnosticToolTerminalReason;
type PluginApprovalRequest = NonNullable<PluginHookBeforeToolCallResult["requireApproval"]>;
type DeferredPluginToolApproval = {
approval: PluginApprovalRequest;
toolName: string;
toolCallId?: string;
ctx?: HookContext;
baseParams: unknown;
overrideParams?: unknown;
};
type BeforeToolCallPolicyDiagnosticState = {
hasBeforeToolCallHook: boolean;
trustedToolPolicies: Array<{
id: string;
pluginId: string;
pluginName?: string;
}>;
};
type HookBlockedReason = "client-voice-confirmation" | "plugin-before-tool-call" | "plugin-approval" | "plugin-approval-unavailable" | "tool-loop";
type HookBlockedOutcome = {
blocked: true;
deniedReason?: HookBlockedReason;
reason: string;
params?: unknown;
};
type HookOutcome = (HookBlockedOutcome & {
kind: "veto";
genericDecision?: true;
}) | (HookBlockedOutcome & {
kind: "failure";
disposition: BeforeToolCallFailureDisposition;
}) | {
blocked: false;
params: unknown;
ownerDecision?: true;
approvalResolution?: PluginApprovalResolution;
deferredApproval?: DeferredPluginToolApproval;
loopWarning?: ToolLoopWarning;
};
//#endregion
//#region src/agents/agent-tools.before-tool-call.state.d.ts
/** Consume and remove hook-adjusted params for a completed tool call. */
declare function consumeAdjustedParamsForToolCall(toolCallId: string, runId?: string): unknown;
/** Snapshot hook-adjusted params without consuming later outcome bookkeeping. */
declare function peekAdjustedParamsForToolCall(toolCallId: string, runId?: string): unknown;
/** Consume whether policy prevented the target tool from starting. */
declare function consumePreExecutionBlockedToolCall(toolCallId: string, runId?: string): boolean;
//#endregion
//#region src/agents/before-tool-call-metadata.d.ts
type BeforeToolCallDiagnosticOptions = {
emitDiagnostics: boolean;
protectNetworkErrors?: boolean;
approvalMode?: "request" | "report" | "deny";
};
/** Return true when a tool already carries the before_tool_call wrapper marker. */
declare function isToolWrappedWithBeforeToolCallHook(tool: AnyAgentTool): boolean;
/** Toggle diagnostic event emission on an existing before_tool_call wrapper. */
declare function setBeforeToolCallDiagnosticsEnabled(tool: AnyAgentTool, enabled: boolean): void;
//#endregion
//#region src/agents/agent-tools.before-tool-call.diagnostics.d.ts
/** Finalizes a trusted terminal summary after harness result middleware. */
declare function finalizeToolTerminalPresentation(params: {
toolCallId: string;
runId?: string;
result: Awaited<ReturnType<AnyAgentTool["execute"]>>;
isError: boolean;
observer?: ToolOutcomeObserver;
toolName?: string;
toolCallOrdinal?: number;
}): void;
//#endregion
//#region src/agents/agent-tools.before-tool-call.approval.d.ts
/** Resolve a deferred plugin approval request at the later execution boundary. */
declare function requestDeferredPluginToolApproval(params: {
deferredApproval: DeferredPluginToolApproval;
signal?: AbortSignal;
}): Promise<HookOutcome>;
/** Notify plugin approval callbacks that a deferred approval was cancelled. */
declare function cancelDeferredPluginToolApproval(deferredApproval: DeferredPluginToolApproval): void;
//#endregion
//#region src/agents/agent-tools.before-tool-call.policy.d.ts
declare function getBeforeToolCallPolicyDiagnosticState(): BeforeToolCallPolicyDiagnosticState;
/** Return true when any before_tool_call policy could affect tool execution. */
declare function hasBeforeToolCallPolicy(): boolean;
declare function runBeforeToolCallHook(args: {
toolName: string;
params: unknown;
toolKind?: PluginHookToolKind;
toolInputKind?: PluginHookToolInputKind;
toolCallId?: string;
ctx?: HookContext;
signal?: AbortSignal;
approvalMode?: "request" | "report" | "deny" | "defer";
}): Promise<HookOutcome>;
//#endregion
//#region src/agents/agent-tools.before-tool-call.wrapper.d.ts
declare class BeforeToolCallBlockedError extends Error {
readonly reason: string;
constructor(reason: string);
}
/** Return the closed terminal disposition carried by a before-tool failure. */
declare function getBeforeToolCallFailureDisposition(error: unknown): BeforeToolCallFailureDisposition | undefined;
/** Remember hook-adjusted params for later adapter-side execution. */
declare function recordAdjustedParamsForToolCall(toolCallId: string | undefined, params: unknown, runId?: string): void;
/** Record that one concrete core-owned tool call may use structured replay classification. */
declare function recordStructuredReplayTrustForToolCall(toolCallId: string | undefined, tool: AnyAgentTool, runId?: string): void;
/**
* Returns true when an error represents an intentional before_tool_call veto.
*/
declare function isBeforeToolCallBlockedError(err: unknown): err is BeforeToolCallBlockedError;
declare function isPreExecutionBlockedToolResult(result: unknown): boolean;
/** Build the standard terminal result for vetoed tool calls. */
declare function buildBlockedToolResult(params: {
reason: string;
deniedReason?: HookBlockedReason;
toolCallId?: string;
runId?: string;
}): {
content: {
type: "text";
text: string;
}[];
details: {
status: string;
deniedReason: HookBlockedReason;
reason: string;
};
};
declare function wrapToolWithBeforeToolCallHook(tool: AnyAgentTool, ctx?: HookContext, options?: Partial<BeforeToolCallDiagnosticOptions>): AnyAgentTool;
/** Rebuild a before_tool_call wrapper while preserving the original source tool. */
declare function rewrapToolWithBeforeToolCallHook(tool: AnyAgentTool, ctx?: HookContext, options?: Partial<BeforeToolCallDiagnosticOptions>): AnyAgentTool;
declare namespace agent_tools_before_tool_call_d_exports {
export { BeforeToolCallFailureDisposition, BeforeToolCallPolicyDiagnosticState, DeferredPluginToolApproval, HookContext, ToolOutcomeObservation, ToolOutcomeObserver, buildBlockedToolResult, cancelDeferredPluginToolApproval, consumeAdjustedParamsForToolCall, consumePreExecutionBlockedToolCall, finalizeToolTerminalPresentation, getBeforeToolCallFailureDisposition, getBeforeToolCallPolicyDiagnosticState, hasBeforeToolCallPolicy, isBeforeToolCallBlockedError, isPreExecutionBlockedToolResult, isToolWrappedWithBeforeToolCallHook, peekAdjustedParamsForToolCall, recordAdjustedParamsForToolCall, recordStructuredReplayTrustForToolCall, requestDeferredPluginToolApproval, rewrapToolWithBeforeToolCallHook, runBeforeToolCallHook, setBeforeToolCallDiagnosticsEnabled, wrapToolWithBeforeToolCallHook };
}
//#endregion
//#region src/agents/workspace.d.ts
declare function ensureAgentWorkspace(params?: {
dir?: string;
ensureBootstrapFiles?: boolean;
/** Guard each new mutation after async preparation; admitted effects may settle. */
beforePersistentApply?: () => void;
/**
* List of optional bootstrap filenames to skip writing.
* Applies only to SOUL.md, USER.md, IDENTITY.md.
* Required workspace setup such as AGENTS.md still runs.
*/
skipOptionalBootstrapFiles?: string[];
/**
* Workspace provisioning mode. "runtime-managed-implicit" marks a workspace
* owned by a runtime-managed (ACP) agent without an explicit workspace and
* with a distinct authoritative cwd: only the directory is provisioned, and
* bootstrap files, workspace setup state, and `git init` are skipped (#92015).
*/
provisioning?: "standard" | "runtime-managed-implicit";
}): Promise<{
dir: string;
agentsPath?: string;
soulPath?: string;
identityPath?: string;
userPath?: string;
bootstrapPath?: string;
bootstrapPending?: boolean;
identityPathCreated?: boolean;
}>;
//#endregion
//#region src/gateway/server-methods/session-creation-provenance.d.ts
type TrustedSessionCreation = {
skillLibrarySelections?: SkillLibrarySelection[];
via: SessionCreatedVia;
actor?: SessionCreatedActor;
/** Creator-owned isolation requirement resolved only by the trusted Gateway boundary. */
sandbox?: "required";
/** Exact spawning session retained separately from the stable actor identity. */
requesterSessionKey?: string;
/** Immutable completion recipient for a spawn-owned visible session. */
completionOwnerSessionKey?: string;
/** Effective caller tool-policy snapshot for an in-process visible spawn. */
inheritedToolPolicy?: {
version: 1;
allow: string[];
deny: string[];
};
};
//#endregion
//#region src/shared/node-host-stats.d.ts
type NodeHostStats = NodeHostStatsPayload & {
updatedAtMs: number;
};
//#endregion
//#region src/agents/bash-tools.exec-approval-output.d.ts
type ExecApprovalContinuationPromptRange = {
start: number;
end: number;
};
//#endregion
//#region src/agents/bootstrap-mode.d.ts
type BootstrapContextRunKind = "default" | "heartbeat" | "cron";
//#endregion
//#region src/agents/command/shared-types.d.ts
/**
* Shared command types that are imported by both public and runtime modules.
*/
/** Best-effort provider stream parameter overrides for an agent command. */
type AgentStreamParams = {
/** Provider stream params override (best-effort). */
temperature?: number;
topP?: number;
maxTokens?: number;
/** Stop sequences forwarded to the provider (best-effort). */
stop?: string[];
/** Provider fast-mode override (best-effort). */
fastMode?: boolean;
responseFormat?: Record<string, unknown>;
frequencyPenalty?: number;
presencePenalty?: number;
seed?: number;
};
/** Simplified tool definition for client-provided OpenResponses hosted tools. */
type ClientToolDefinition = {
type: "function";
function: {
name: string;
description?: string;
parameters?: Record<string, unknown>;
/** Strict argument enforcement (Responses API). Propagated from the request. */
strict?: boolean;
};
};
//#endregion
//#region src/agents/embedded-agent-payloads.d.ts
/**
* Channel-facing reply payload emitted by embedded agents. Keep this type
* small: channel adapters decide how to render text, media, and reply targets.
*/
type BlockReplyPayload = {
text?: string;
mediaUrls?: string[];
attachments?: ReplyMediaAttachment[];
audioAsVoice?: boolean;
trustedLocalMedia?: boolean;
sensitiveMedia?: boolean;
isReasoning?: boolean;
/** Marks pre-tool commentary (💬) — a display lane, suppressed unless the channel opts in. */
isCommentary?: boolean;
replyToId?: string;
replyToTag?: boolean;
replyToCurrent?: boolean;
/** Portable controls attached to a harness-owned blocking prompt. */
presentation?: MessagePresentation;
/** Runtime-authored text is the fallback for the portable presentation. */
presentationTextMode?: "fallback";
/** Channel-specific routing metadata for runtime-owned interactions. */
channelData?: Record<string, unknown>;
};
//#endregion
//#region src/infra/agent-activity-events.d.ts
/** Status rendered for an item-level agent activity event. */
type AgentItemEventStatus = "running" | "completed" | "failed" | "blocked";
/** Incremental command output payload associated with an item/tool call. */
type AgentCommandOutputEventFields = {
itemId: string;
phase: "delta" | "end";
title: string;
toolCallId: string;
name?: string;
output?: string;
status?: AgentItemEventStatus | "running";
exitCode?: number | null;
durationMs?: number;
cwd?: string;
};
//#endregion
//#region src/agents/embedded-agent-subscribe.shared-types.d.ts
/** Rendering mode for completed tool results in subscribed replies. */
type ToolResultFormat = "markdown" | "plain";
/** Detail level for in-flight tool progress messages. */
type ToolProgressDetailMode = "explain" | "raw";
type EmbeddedAgentEvent = {
stream: string;
data: Record<string, unknown> & Omit<Partial<AgentCommandOutputEventFields>, "phase" | "status"> & {
phase?: string;
status?: string;
args?: Record<string, unknown>;
summary?: string;
commandBearing?: boolean;
isError?: boolean;
};
sessionKey?: string;
};
//#endregion
//#region src/context-engine/host-compat.d.ts
type ContextEngineHostSupport = {
id: string;
label: string;
capabilities: readonly ContextEngineHostCapability[];
};
//#endregion
//#region src/agents/harness/context-engine-logical-turn.d.ts
type EffectiveContextEngineRef = Readonly<{
engine: ContextEngine;
registeredId: string;
ownerPluginId?: string;
mode: "configured" | "legacy-degraded";
reason?: string;
}>;
type ContextEngineLogicalTurnLease = {
/** Compatibility getter for internal callers while the single context object is threaded. */
readonly engine: ContextEngine;
readonly effectiveEngine: ContextEngine;
readonly effectiveEngineId: string;
readonly effectiveEnginePluginId?: string;
readonly degraded: boolean;
readonly degradedReason?: string;
selectForHost: (params: {
host: ContextEngineHostSupport;
operation: ContextEngineOperation;
requiresDurableCommit: boolean;
}) => EffectiveContextEngineRef;
degradeBeforeStart: (reason: string) => EffectiveContextEngineRef;
begin: () => EffectiveContextEngineRef;
deferDisposalUntil: (promise: Promise<unknown>) => void;
dispose: () => Promise<void>;
};
//#endregion
//#region src/agents/harness/context-engine-turn-attempt.d.ts
type ContextEngineTurnAttemptFacts = {
boundary: TranscriptTurnBoundary;
sessionIdUsed: string;
sessionKey?: string;
sessionTarget?: ContextEngineSessionTarget;
promptError: boolean;
aborted: boolean;
yieldAborted: boolean;
isHeartbeat?: boolean;
};
//#endregion
//#region src/agents/harness/runtime-artifact.types.d.ts
/** Exact local implementation owned by one plugin agent harness process. */
type AgentHarnessRuntimeArtifactBinding = Readonly<{
id: string;
fingerprint: string;
}>;
/** Runtime artifact a verified continuation must keep using. */
type ExpectedAgentHarnessRuntimeArtifact = Readonly<{
harnessId: string;
artifact: AgentHarnessRuntimeArtifactBinding;
}>;
//#endregion
//#region src/agents/embedded-agent-runner/run/auth-profile-failure-policy.types.d.ts
/**
* Scope used when classifying auth-profile failures for retry/fallback decisions.
*/
type AuthProfileFailurePolicy = "shared" | "local" | "local_transient";
//#endregion
//#region src/agents/embedded-agent-runner/run/params.d.ts
type EmbeddedRunTrigger = "cron" | "heartbeat" | "manual" | "memory" | "overflow" | "user";
type ResolvedToolPromptFinalizer = (params: {
prompt: string;
messageToolAvailable: boolean;
}) => string;
type ReasoningStreamPayload = Pick<ReplyPayload$1, "text" | "mediaUrls" | "isReasoning" | "isReasoningSnapshot"> & {
requiresReasoningProgressOptIn?: boolean;
};
type CurrentInboundPromptContext = {
text: string;
resumableText?: string;
promptJoiner?: "\n\n" | "\n" | " ";
/** Generated goal blocks owned by inbound-context assembly, never user text. */
injectedGoalContexts?: string[];
};
type RunEmbeddedAgentParams = {
/** Already-admitted internal execution; mutually exclusive with preparedRunAdmission. */
admittedRunContext?: AdmittedRunContext;
/** Host-only post-prepare continuation, removed before plugin invocation. */
preparedRunAdmission?: PreparedAgentRunAdmission;
/** Caller-owned in-memory transcript for ephemeral helper runs. */
sessionManager?: SessionManager;
/** Detached runs may read session identity but never write its durable transcript or metadata. */
sessionPersistence?: "durable" | "detached";
sessionId: string;
sessionKey?: string;
/** Storage-neutral transcript/session target. Defaults to sessionId/sessionKey/agentId. */
sessionTarget?: AgentRunSessionTarget;
/** Immutable gateway lifecycle ownership captured when this execution was admitted. */
lifecycleGeneration?: string;
/** Provider prompt-cache affinity key; distinct from transcript/session identity. */
promptCacheKey?: string;
/** Session-like key for sandbox and tool-policy resolution. Defaults to sessionKey. */
sandboxSessionKey?: string;
/** Explicit sandbox and tool-policy owner when the policy session key is unscoped. */
sandboxAgentId?: string;
agentId?: string;
messageChannel?: string;
messageProvider?: string;
/** Capabilities declared by the gateway client that originated this run. */
clientCaps?: string[];
/** Out-of-band plugin bindings attached by the run initiator. */
toolBindings?: Readonly<Record<string, unknown>>;
chatType?: ChatType;
agentAccountId?: string;
/** Raw peer observed by the inbound routing owner, before identity linking. */
conversationRoutePeerId?: string;
/** What initiated this agent run: "user", "heartbeat", "cron", "memory", "overflow", or "manual". */
trigger?: EmbeddedRunTrigger;
/** Stable cron job identifier populated for cron-triggered runs. */
jobId?: string;
/** Store-private runtime authority forwarded only by the cron execution owner. */
scheduledRuntimeAuthority?: CronRuntimeAuthority;
/** A known runtime-specific authority envelope was explicitly cleared. */
scheduledRuntimeAuthorityRecoveryRequired?: boolean;
/** Relative workspace path that memory-triggered writes are allowed to append to. */
memoryFlushWritePath?: string;
/** Sticky source-turn taint inherited by an internal maintenance run. */
initialTurnTainted?: boolean;
/** Delivery target for topic/thread routing. */
messageTo?: string;
/** Thread/topic identifier for routing replies to the originating thread. */
messageThreadId?: string | number;
/** Trusted channel-configured policy for the admitted conversation turn. */
conversationToolPolicy?: GroupToolPolicyConfig;
/** Group id for channel-level tool policy resolution. */
groupId?: string | null;
/** Group channel label (e.g. #general) for channel-level tool policy resolution. */
groupChannel?: string | null;
/** Group space label (e.g. guild/team id) for channel-level tool policy resolution. */
groupSpace?: string | null;
/** Trusted provider role ids for the requester in this group turn. */
memberRoleIds?: string[];
/** Opaque host-issued capability for current-turn channel message actions. */
messageActionTurnCapability?: string;
/** Parent session key for subagent policy inheritance. */
spawnedBy?: string | null;
/** Whether workspaceDir points at the canonical agent workspace for bootstrap purposes. */
isCanonicalWorkspace?: boolean;
senderId?: string | null;
senderName?: string | null;
senderUsername?: string | null;
senderE164?: string | null;
/** Trusted sender identity bit for command/channel-action auth. */
senderIsOwner?: boolean;
/** Device-scoped operator session allowed to review approvals initiated by this run. */
approvalReviewerDeviceId?: string;
/** Current channel ID for auto-threading (Slack). */
currentChannelId?: string;
/** Transport-native chat/conversation ID for hook identity context. */
chatId?: string;
/** Channel-specific identity metadata surfaced to plugin hooks. */
channelContext?: PluginHookChannelContext;
/** Routable target for the current conversation when it differs from the native channel ID. */
currentMessagingTarget?: string;
/** Current thread timestamp for auto-threading (Slack). */
currentThreadTs?: string;
/** Current inbound message id for action fallbacks (e.g. Telegram react). */
currentMessageId?: string | number;
/** True when the current inbound turn carried audio media. */
currentInboundAudio?: boolean;
/** Reply-to mode for Slack auto-threading. */
replyToMode?: "off" | "first" | "all" | "batched";
/** Mutable ref to track if a reply was sent (for "first" mode). */
hasRepliedRef?: {
value: boolean;
};
/** Require explicit message tool targets (no implicit last-route sends). */
requireExplicitMessageTarget?: boolean;
/** If true, omit the message tool from the tool list. */
disableMessageTool?: boolean;
/** Host-prepared proof that the exact session can request Gateway publication. */
githubPublicationAvailable?: boolean;
swarmCollector?: boolean;
swarmOutputSchema?: Record<string, unknown>;
/** Restrict this reconstructed run to restart-safe tools. */
forceRestartSafeTools?: boolean;
/** Preserve Code Mode controls for a replay-safe restart recovery turn. */
forceCodeModeTools?: boolean;
/** Invocation-owned Code Mode activation; limits still come from config. */
codeModeOverride?: boolean | "auto";
/** Internal one-shot model probe mode: no tools, no workspace/chat prompt policy. */
modelRun?: boolean;
/** Disable trajectory persistence for auxiliary runs with no durable session owner. */
disableTrajectory?: boolean;
/** Restrict Skill Workshop to a bounded pending-proposal budget for an internal review run. */
skillWorkshopProposalOnly?: boolean;
/** Mark proposals created by this internal review as autonomous captures. */
skillWorkshopAutonomousCapture?: boolean;
skillWorkshopUpdateProposals?: boolean;
/** Preserve the foreground run as proposal provenance for an internal review run. */
skillWorkshopOrigin?: SkillProposalOrigin;
/** Run-scoped mutation budget shared across internal runner attempts. */
skillWorkshopProposalMutationBudget?: SkillWorkshopProposalMutationBudget;
/** Optional state environment for isolated Skill Workshop proposal persistence. */
skillWorkshopProposalEnv?: NodeJS.ProcessEnv;
/** Shared completion latch for proposal-only review runs that checkpoint their batch. */
skillWorkshopProposalReviewCompletion?: SkillWorkshopRunOptions["proposalReviewCompletion"];
/** Restrict Skill Workshop to one atomic collection reconciliation. */
skillWorkshopCollectionReconcile?: SkillWorkshopRunOptions["collectionReconcile"];
/** Bind an operator-requested revision turn to the exact proposal revision they reviewed. */
skillWorkshopProposalRevision?: SkillWorkshopRunOptions["proposalRevision"];
skillLibraryAuthoring?: SkillWorkshopRunOptions["libraryAuthoring"];
/** Explicit system prompt mode override for trusted callers. */
promptMode?: PromptMode;
/** Keep the message tool available even when a narrow profile would omit it. */
forceMessageTool?: boolean;
/** Include the heartbeat response tool for structured heartbeat outcomes. */
enableHeartbeatTool?: boolean;
/** Keep the heartbeat response tool available even when a narrow profile would omit it. */
forceHeartbeatTool?: boolean;
/** Allow runtime plugins for this run to late-bind the gateway subagent. */
allowGatewaySubagentBinding?: boolean;
/** @deprecated Use sessionTarget plus sessionId/sessionKey/agentId for runtime identity. */
sessionFile?: string;
workspaceDir: string;
/** Canonical agent workspace used for bootstrap files when execution runs elsewhere. */
bootstrapWorkspaceDir?: string;
/** Task working directory for tool/runtime execution. Defaults to workspaceDir. */
cwd?: string;
permissionMode?: SessionEntry$1["permissionMode"];
sessionRoot?: string;
agentDir?: string;
/**
* Run config consumed by core paths (model selection, tools, plugin
* activation). Plugin harnesses resolve `plugins.entries.<id>.config` from
* the live global config, NOT from this object — per-run plugin-config
* overrides are unsupported; use an explicit run param instead.
*/
config?: OpenClawConfig;
toolOverrides?: SessionToolOverrides;
skillsSnapshot?: SkillSnapshot;
prompt: string;
/** User-visible prompt body to submit and persist; runtime context travels separately. */
transcriptPrompt?: string;
/** Finalizes caller-owned guidance after the submitted tool surface is known. */
finalizePromptForResolvedTools?: ResolvedToolPromptFinalizer;
currentInboundEventKind?: InboundEventKind;
currentInboundContext?: CurrentInboundPromptContext;
explicitSkillSelections?: ExplicitSkillSelection[];
images?: ImageContent$1[];
imageOrder?: PromptImageOrderEntry[];
/** Ordered facts represented by attachment text in the current prompt. */
media?: MediaFact[];
/** Optional client-provided tools (OpenResponses hosted tools). */
clientTools?: ClientToolDefinition[];
/** Disable built-in tools for this run (LLM-only mode). */
disableTools?: boolean;
provider?: string;
model?: string;
/** Outer model-fallback owner facts for this admitted attempt. */
modelRoutingProvenance?: ModelFallbackAttemptProvenance;
/** Vision capability resolved by the run owner from its prepared model catalog. */
modelHasVision?: boolean;
/** Session-selected context-window option id carried by the run owner. */
contextWindow?: string;
/** Route-bound thinking capability resolved from the selected prepared catalog row. */
modelThinkingCapability?: PreparedModelThinkingCapability;
/** Effective model fallback chain for this session attempt. Undefined uses config defaults. */
modelFallbacksOverride?: string[];
/** Prepared fallback availability fact shared by selection and failure reporting. */
modelFallbackAvailability?: ModelFallbackAvailability;
/** Session-pinned embedded harness id. Prevents runtime hot-switching. */
agentHarnessId?: string;
/** Locks the selected model against hooks and fallbacks; does not imply native model ownership. */
modelSelectionLocked?: boolean;
/** Explicit runtime override selected for this turn. Unlike agentHarnessId, this may force OpenClaw. */
agentHarnessRuntimeOverride?: string;
/** Verified setup continuation: pin both the harness and its local implementation. */
expectedAgentHarnessRuntimeArtifact?: ExpectedAgentHarnessRuntimeArtifact;
authProfileId?: string;
authProfileIdSource?: "auto" | "user";
thinkLevel?: ThinkLevel;
fastMode?: FastMode;
/** Stable outer-run start time for auto fast-mode cutoff across retries/fallbacks. */
fastModeStartedAtMs?: number;
/** Effective auto fast-mode cutoff for this run, in seconds. */
fastModeAutoOnSeconds?: number;
/** Shared notification state for nested harnesses that can observe the same tool boundary. */
fastModeAutoProgressState?: FastModeAutoProgressState;
/** True when the outer model fallback loop has reached its final candidate. */
isFinalFallbackAttempt?: boolean;
verboseLevel?: VerboseLevel;
reasoningLevel?: ReasoningLevel;
toolResultFormat?: ToolResultFormat;
toolProgressDetail?: ToolProgressDetailMode;
/** Bootstrap context mode for workspace file injection. */
bootstrapContextMode?: "full" | "lightweight";
/** Run kind hint for context mode behavior. */
bootstrapContextRunKind?: BootstrapContextRunKind;
/** Optional tool allow-list; when set, only these tools are sent to the model. */
toolsAllow?: string[];
/** Preserve the visible tool schemas while allowing execution only for these names. */
toolExecutionAllow?: readonly string[];
/** Exact attempt authority attached to the active steering backend. */
toolAuthorityFingerprint?: string;
/** Owner-scoped plugin tool grant; normal policy and deny rules still apply. */
runtimePluginToolGrant?: RuntimePluginToolGrant;
/** Consumed in-process subagent-completion capability; never derived from public input. */
trustedInternalHandoff?: TrustedSubagentCompletionHandoff;
/** Trusted server-stamped authority for an explicitly capped scheduled run. */
scheduledToolPolicy?: ScheduledToolPolicyContext;
/** Host-stamped exact-run capability for late Codex creator-authority capture. */
cronCreatorAuthorityCapability?: CronCreatorAuthorityCapability;
/** Ephemeral reason fresh local-operator cron authority cannot survive this queued turn. */
cronCreatorAuthorityUnavailableReason?: "queued-local-operator";
/** Seen bootstrap truncation warning signatures for this session (once mode dedupe). */
bootstrapPromptWarningSignaturesSeen?: string[];
/** Last shown bootstrap truncation warning signature for this session. */
bootstrapPromptWarningSignature?: string;
execOverrides?: Pick<ExecToolDefaults, "host" | "mode" | "security" | "ask" | "node" | "nodeCwd" | "notifyOnExit" | "notifyOnExitEmptySuccess">;
bashElevated?: ExecElevatedDefaults;
/** Trusted approved-exec runtime prompt span awaiting the resolved attempt cap. */
execApprovalContinuationPromptRange?: ExecApprovalContinuationPromptRange;
/** Corresponding span in the undecorated transcript prompt. */
execApprovalContinuationTranscriptPromptRange?: ExecApprovalContinuationPromptRange;
timeoutMs: number;
/**
* Explicit per-run timeout override, in milliseconds, when the caller knows
* the run was launched with a deliberate per-run value (e.g. a cron payload's
* `timeoutSeconds`) rather than inheriting `agents.defaults.timeoutSeconds`.
* When set, the LLM idle watchdog honors this value directly instead of
* inferring "explicitness" from `timeoutMs !== agents.defaults.timeoutSeconds`,
* which fails when the explicit value happens to numerically equal the agent
* default.
*/
runTimeoutOverrideMs?: number;
runId: string;
/** Trusted runtime-only authorization for one bounded cross-conversation recall pass. */
conversationRecall?: ConversationRecallContext;
abortSignal?: AbortSignal;
onExecutionStarted?: (info?: {
lifecycleGeneration?: string;
}) => void;
onExecutionPhase?: (info: {
phase: EmbeddedAgentExecutionPhase;
provider?: string;
model?: string;
backend?: string;
source?: string;
tool?: string;
toolCallId?: string;
itemId?: string;
firstModelCallStarted?: boolean;
}) => void;
onLaneWait?: (info: {
waitMs: number;
queuedAhead: number;
waiting?: boolean;
}) => void;
onRunProgress?: (info: {
reason: string;
provider?: string;
model?: string;
backend?: string;
}) => void;
onSessionIdChanged?: (sessionId: string) => void;
replyOperation?: ReplyOperation;
shouldEmitToolResult?: () => boolean;
shouldEmitToolOutput?: () => boolean;
onPartialReply?: (payload: PartialReplyPayload) => boolean | void | Promise<boolean | void>;
onAssistantMessageStart?: () => void | Promise<void>;
prepareAssistantTranscriptMessage?: PrepareAssistantTranscriptMessage;
onBlockReply?: (payload: BlockReplyPayload, context?: BlockReplyContext) => void | Promise<void>;
onBlockReplyFlush?: (context: BlockReplyFlushContext) => void | Promise<void>;
blockReplyBreak?: "text_end" | "message_end";
blockReplyChunking?: BlockReplyChunking;
onReasoningStream?: (payload: ReasoningStreamPayload) => void | Promise<void>;
streamReasoningInNonStreamModes?: boolean;
onReasoningEnd?: () => void | Promise<void>;
onToolResult?: (payload: ReplyPayload$1) => void | Promise<void>;
/** Synchronous private observer for the sanitized per-tool result. */
onAgentToolResult?: (event: {
toolName: string;
result: unknown;
isError: boolean;
}) => void;
/** Reports a committed generic recovery compaction before its retry starts. */
onAutoCompactionSucceeded?: (count: number) => void;
onAgentEvent?: (evt: EmbeddedAgentEvent) => void | Promise<void>;
onToolStreamBoundary?: () => void | Promise<void>;
/**
* Emit lifecycle "finishing" when the attempt ends; the caller owns the
* final lifecycle "end" or "error" after fallback and post-turn work settle.
*/
deferTerminalLifecycle?: boolean;
/** @deprecated Use deferTerminalLifecycle. */
deferTerminalLifecycleEnd?: boolean;
lane?: string;
enqueue?: CommandQueueEnqueueFn;
extraSystemPrompt?: string;
sourceReplyDeliveryMode?: SourceReplyDeliveryMode;
taskSuggestionDeliveryMode?: TaskSuggestionDeliveryMode;
silentReplyPromptMode?: SilentReplyPromptMode;
internalEvents?: AgentInternalEvent[];
inputProvenance?: InputProvenance;
streamParams?: AgentStreamParams;
ownerNumbers?: string[];
enforceFinalTag?: boolean;
silentExpected?: boolean;
/** Skip per-chunk live visible-text parsing when no live stream consumer exists (e.g. subagents). */
suppressLiveStreamOutput?: boolean;
/**
* Treat a clean empty assistant stop as an intentional silent reply.
* Only set when the caller's prompt policy already allows an exact NO_REPLY
* final answer for silence.
*/
allowEmptyAssistantReplyAsSilent?: boolean;
/**
* Whether this run still owes a visible reply after settled non-reporting tools.
* Exact configured silence and committed delivery remain terminal outcomes.
*/
terminalReplyExpectation?: "required" | "optional";
authProfileFailurePolicy?: AuthProfileFailurePolicy;
/**
* One-shot helper runs may opt in to executing through the provider's CLI
* backend instead of the direct-API passthrough when the run targets a CLI
* runtime provider whose passthrough credentials are subscription-scoped.
* Anthropic routes direct anthropic-messages calls on subscription OAuth to
* metered extra-usage billing: without extra-usage balance the passthrough
* fails closed with a billing error, and with it the run silently draws
* paid usage instead of plan limits. The CLI backend is the plan-limits
* path for those credentials. CLI dispatch translates `toolsAllow` into the
* selectable-backend surface (no native tools, allowlisted loopback MCP
* tools); the same list bounds the loopback MCP grant server-side, so tools
* outside it — including the message tool, matching `disableMessageTool`
* intent — can be neither listed nor called. Leave unset to keep the
* direct-API passthrough.
*/
cliBackendDispatch?: "subscription-auth";
/**
* Allow a single run attempt even when all auth profiles are in cooldown,
* but only for inferred transient cooldowns like `rate_limit` or `overloaded`.
*
* This is used by model fallback when trying sibling models on providers
* where transient service pressure is often model-scoped.
*/
allowTransientCooldownProbe?: boolean;
suppressNextUserMessagePersistence?: boolean;
suppressTranscriptOnlyAssistantPersistence?: boolean;
suppressAssistantErrorPersistence?: boolean;
userTurnTranscriptRecorder?: UserTurnTranscriptRecorder;
/** Context engine resolved once by the outer logical-turn owner. */
contextEngineLogicalTurnLease?: ContextEngineLogicalTurnLease;
/** Emits immutable attempt facts for selection by the outer logical-turn owner. */
onContextEngineTurnCandidate?: (facts: ContextEngineTurnAttemptFacts) => void;
/** Keep an internal continuation prompt from being replaced by the original prepared turn. */
skipPreparedUserTurnMessage?: boolean;
onUserMessagePersisted?: (message: Extract<AgentMessage, {
role: "user";
}>) => void;
onUserMessagePersistenceInvalidated?: () => void;
onAssistantErrorMessagePersisted?: (message: Extract<AgentMessage, {
role: "assistant";
}>) => void;
/**
* Dispose bundled MCP runtimes when the overall run ends instead of preserving
* the session-scoped cache. Intended for one-shot local CLI runs that must
* exit promptly after emitting the final JSON result.
*/
cleanupBundleMcpOnRunEnd?: boolean;
/** Mark explicit one-shot local CLI runs so plugin tools can release resources promptly. */
oneShotCliRun?: boolean;
};
//#endregion
//#region src/agents/core-tool-factory-descriptors.d.ts
type OpenClawCodingToolConstructionPlan = {
includeBaseCodingTools: boolean;
includeShellTools: boolean;
includeChannelTools: boolean;
includeOpenClawTools: boolean;
includePluginTools: boolean;
};
//#endregion
//#region src/plugins/tool-metadata.d.ts
/** MCP bridge metadata attached to plugin tools surfaced through agent tool lists. */
type PluginToolMcpMeta = {
serverName: string;
safeServerName: string;
toolName: string;
operation: "tool" | "resources_list" | "resources_read" | "prompts_list" | "prompts_get";
excludedFromOpenClawCatalog?: true;
deniedBySession?: true;
codexApproval?: {
mode?: McpCodexToolApprovalMode;
annotations?: McpCodexToolAnnotations;
};
node?: {
id: string;
displayName?: string;
};
};
//#endregion
//#region src/agents/embedded-agent-runner/run/preemptive-compaction.types.d.ts
/**
* Route chosen before a model call when context pressure may require compaction or truncation.
*/
type PreemptiveCompactionRoute = "fits" | "compact_only" | "truncate_tool_results_only" | "compact_then_truncate";
//#endregion
//#region src/gateway/server-channel-runtime.types.d.ts
/** Snapshot of channel runtime state keyed by channel and account id. */
type ChannelRuntimeSnapshot = {
channels: Partial<Record<ChannelId$1, ChannelAccountSnapshot>>;
channelAccounts: Partial<Record<ChannelId$1, Record<string, ChannelAccountSnapshot>>>;
};
/** The lifecycle owner's decision for one requested account start, separate from connectivity. */
type ChannelAccountStartOutcome = {
status: "handed-off";
} | {
status: "retry";
reason: "stop-in-flight" | "task-owned";
} | {
status: "skipped";
reason: "unsupported" | "autostart-suppressed" | "ambient-suppressed" | "disabled" | "unconfigured" | "secret-unavailable" | "unlinked" | "manual-stop";
};
type StartChannelOptions = {
preserveRestartAttempts?: boolean;
preserveManualStop?: boolean;
/** Reload leaves snapshot-cold accounts stopped without bypassing credential-file reinspection. */
skipUnavailableAccounts?: boolean;
deferAccountStartUntil?: Promise<void>;
manual?: boolean;
};
//#endregion
//#region src/gateway/server-public.d.ts
/** A capability for one host iteration; native completion belongs to the host. */
type GatewayHostLifecycle = {
/** Present only when this host owns process exit; the identity never crosses RPC. */
externalRestart?: GatewaySuspendHandoffOwner;
request(action: "start" | "stop" | "restart", assertCaller: () => void): Promise<Result<{
outcome: "already-running" | "scheduled";
}, string>>;
};
//#endregion
//#region src/gateway/server-request-entry.d.ts
type RequestEntryOptions = Pick<GatewayRequestOptions, "client" | "context"> & {
req: Pick<GatewayRequestOptions["req"], "method" | "params">;
};
type GatewayRequestEntry = {
assertOpen: () => void;
release: () => void;
};
/** One Gateway's preparation leases; handler execution belongs to its existing runtime owner. */
declare class GatewayRequestEntryLifetime {
private readonly stopping;
private readonly active;
private sealed;
readonly signal: AbortSignal;
enter(options: RequestEntryOptions): GatewayRequestEntry;
beginClose(): void;
waitForPendingEntries(): Promise<void>;
sealAndJoin(): Promise<void>;
}
//#endregion
//#region src/gateway/talk-session-target.types.d.ts
type PreparedTalkSessionTarget = Readonly<{
agentId: string;
/** Voice records and close/resume retain the client's exact key, not its storage alias. */
sessionKey: string;
canonicalKey: string;
storePath: string;
}>;
//#endregion
//#region src/cli/outbound-send-mapping.d.ts
type CliOutboundSendSource = {
[channelId: string]: unknown;
};
//#endregion
//#region src/cli/deps.types.d.ts
/** CLI dependency bag currently used by outbound send command plumbing. */
type CliDeps = CliOutboundSendSource;
//#endregion
//#region src/gateway/server-in-process-dispatch.types.d.ts
type GatewayMethodDispatchResponse = {
ok: boolean;
payload?: unknown;
error?: ErrorShape;
meta?: Record<string, unknown>;
};
//#endregion
//#region src/gateway/server-methods/agent-request-types.d.ts
type AgentRunRequest = {
message: string;
agentId?: string;
provider?: string;
model?: string;
to?: string;
replyTo?: string;
sessionId?: string;
sessionKey?: string;
expectedExistingSessionId?: string;
thinking?: string;
deliver?: boolean;
attachments?: Array<{
type?: string;
mimeType?: string;
fileName?: string;
content?: unknown;
}>;
channel?: string;
replyChannel?: string;
accountId?: string;
replyAccountId?: string;
threadId?: string;
groupId?: string;
groupChannel?: string;
groupSpace?: string;
lane?: string;
cwd?: string;
extraSystemPrompt?: string;
modelRun?: boolean;
promptMode?: "full" | "minimal" | "none";
bootstrapContextMode?: "full" | "lightweight";
bootstrapContextRunKind?: "default" | "heartbeat" | "cron";
acpTurnSource?: "manual_spawn";
internalRuntimeHandoffId?: string;
internalExecutionIdentityRetry?: boolean;
internalExecutionIdentityRecoveryAttempt?: number;
execApprovalFollowupExpectedSessionId?: string;
internalEvents?: AgentInternalEvent[];
suppressPromptPersistence?: boolean;
sessionEffects?: "visible" | "internal";
idempotencyKey: string;
sourceReplyDeliveryMode?: "automatic" | "message_tool_only";
disableMessageTool?: boolean;
swarmCollector?: boolean;
swarmOutputSchema?: Record<string, unknown>;
forceRestartSafeTools?: boolean;
forceCodeModeTools?: boolean;
timeout?: number;
bestEffortDeliver?: boolean;
cleanupBundleMcpOnRunEnd?: boolean;
label?: string;
inputProvenance?: InputProvenance;
workspaceDir?: string;
voiceWakeTrigger?: string;
};
//#endregion
//#region src/gateway/server-methods/client-types.d.ts
/** Trusted in-process spawn control plane that already owns this run's task row.
Gateway CLI tracking only covers runs nobody else records, so a marked run
must never get a second row. */
type GatewayAgentRunTaskOwner = "plugin_subagent" | "native_subagent";
/** Caller identity captured by a built-in agent tool before trusted in-process dispatch. */
type TrustedAgentToolCaller = Readonly<{
agentId: string;
sessionKey: string;
}>;
/** Closure-bound streaming hooks attached only to trusted plugin-owned synthetic clients. */
type GatewayNodeInvokeStream = {
onProgress: (chunk: string) => void;
onDispatchReady: (invokeId: string) => void;
idleTimeoutMs?: number;
isRuntimeCurrent: () => boolean;
};
/** Per-connection client metadata captured after the gateway handshake. */
type GatewayClient = {
connect: ConnectParams;
/** Transport-owned revocation marker; retained callers have no authority after invalidation. */
invalidated?: boolean;
/** Host-owned transport retirement notification; does not cancel ordinary admitted RPCs. */
connectionSignal?: AbortSignal;
connId?: string;
presenceKey?: string;
clientIp?: string;
/** Client id verified against the server-approved device pairing record. */
pairedClientId?: string;
authenticatedUserId?: string;
/** Verified Tailscale provider identity; generic proxy identities must not infer this. */
authenticatedUserIsTailscaleProvider?: boolean;
authenticatedGitHubIdentitySync?: AuthenticatedGitHubIdentitySync;
authenticatedUserProfile?: {
profileId: string;
displayName: string | null;
avatarRevision?: string;
hasAvatar: boolean;
updatedAt: number;
};
pluginSurfaceUrls?: Record<string, string>;
pluginNodeCapabilitySurfaces?: Record<string, PluginNodeCapabilitySurface>;
pluginNodeCapabilities?: Record<string, {
capability: string;
expiresAtMs: number;
}>;
isDeviceTokenAuth?: boolean;
internal?: {
/** Handshake-attested direct-local transport; never accepted from wire params. */
isLocalClient?: true;
/** Authenticated Control UI admin admission; never accepted from wire params. */
controlUiAdmin?: true;
/** Marks the server-constructed client used by trusted in-process dispatch. */
syntheticClient?: true;
/** Host-owned role authority retained separately from an autonomous run principal. */
operatorRoleActor?: GatewayOperatorRoleActor;
/** Overrides persisted sender attribution without changing the authorizing client identity. */
senderAttribution?: {
id: string;
name?: string;
identity?: TranscriptSenderIdentity;
};
/** Trusted session creation provenance; never accepted from Gateway wire params. */
sessionCreation?: TrustedSessionCreation;
/** Trusted built-in agent tool caller; never accepted from Gateway wire params. */
agentToolCaller?: TrustedAgentToolCaller;
allowModelOverride?: boolean;
approvalRuntime?: boolean;
cronRunContinuation?: boolean;
agentRuntimeIdentity?: AgentRuntimeIdentity;
pluginRuntimeOwnerId?: string;
/** Host-attested session provenance for a trusted official plugin node invocation. */
nodeInvokeApprovalSessionKey?: string;
/** Plugin-owned in-process invoke hooks; never accepted from Gateway wire params. */
nodeInvokeStream?: GatewayNodeInvokeStream;
agentRunTracking?: GatewayAgentRunTaskOwner;
/** Host-captured requester lineage for opt-in plugin subagent completion delivery. */
pluginSubagentRequester?: PluginSubagentRequesterContext;
/** Host-owned exact media set for a scoped automatic recovery delivery. */
internalDeliveryMediaUrls?: string[];
internalDeliverySuppressText?: boolean;
/** Plugin-owned tools authorized for this internal subagent run. */
runtimePluginToolGrant?: RuntimePluginToolGrant;
/** Host-owned exact tool cap for a tracked plugin subagent run. */
pluginSubagentToolsAllow?: string[];
/** Opaque in-process subagent-completion capability; never accepted from wire params. */
delegatedToolPolicyHandoffId?: string;
};
};
//#endregion
//#region src/gateway/agent-turn/internal-facade.types.d.ts
type InternalAgentTurnPrincipalOptions = {
assertContextCurrent?: () => void;
client: GatewayClient;
isWebchatConnect?: (params: ConnectParams | null | undefined) => boolean;
};
type InternalAgentTurnDispatchOptions = {
assertAdmissionCurrent?: () => void;
cancelOnDeadline?: boolean;
expectFinal?: boolean;
onAccepted?: (payload: unknown) => void;
onExecutionStarted?: () => void;
onSignalAbort?: () => Promise<void> | void;
signal?: AbortSignal;
timeoutMs?: number;
};
type InternalAgentTurnFacade = {
dispatch: <T = unknown>(request: AgentRunRequest, options?: InternalAgentTurnDispatchOptions | number) => Promise<T>;
dispatchRaw: (request: AgentRunRequest, options?: InternalAgentTurnDispatchOptions) => Promise<GatewayMethodDispatchResponse>;
wait: <T = unknown>(params: AgentWaitParams, timeoutMs?: number, signal?: AbortSignal, onSignalAbort?: () => Promise<void> | void) => Promise<T>;
};
type InternalAgentTurnFacadeFactory = (principal: InternalAgentTurnPrincipalOptions) => InternalAgentTurnFacade | Promise<InternalAgentTurnFacade>;
//#endregion
//#region src/gateway/server-chat-progress-snapshot.d.ts
type ChatRunProgressSnapshot = {
events: AgentEventPayload[];
byteLength: number;
lastSeq: number;
};
//#endregion
//#region src/gateway/server-chat-state.d.ts
type ChatRunTiming = {
ackedAtMs: number;
connId: string;
dispatchStartedAtMs?: number;
firstAssistantEventSent?: boolean;
receivedAtMs: number;
};
type ChatRunRegistration = {
sessionKey: string;
agentId?: string;
clientRunId: string;
chatSendTiming?: ChatRunTiming;
};
type ChatRunEntry = ChatRunRegistration & {
registeredSequence: number;
};
type ChatAbortMarker = {
abortedAtMs: number;
sequence: number;
};
type BufferedAgentEvent = {
sessionKey?: string;
agentId?: string;
controlUiVisible?: boolean;
isCurrent?: () => boolean;
payload: AgentEventPayload & {
spawnedBy?: string;
};
};
type ChatRunPlanSnapshot = {
steps: AgentPlanStep[];
explanation?: string;
};
type ChatRunAgentTextState = {
lastSentAt?: number;
bufferedEvent?: BufferedAgentEvent;
};
type ChatRunToolRecipientState = {
connIds: Set<string>;
updatedAt: number;
finalizedAt?: number;
};
type PendingLiveTextFlush = {
timer: NodeJS.Timeout;
flush: () => void;
};
type ChatRunRecord = {
registrations?: ChatRunEntry[];
rawBuffer?: string;
buffer?: string;
bufferIsCurrent?: () => boolean;
/** Retire queued connection snapshots when this buffering generation is cleared. */
liveTextGroup?: AbortController;
/** Projection stays valid only while source and managed-media facts match the run state. */
bufferProjection?: {
source: string;
suppress: boolean;
};
planSnapshot?: ChatRunPlanSnapshot;
progressSnapshot?: ChatRunProgressSnapshot;
/** Last time any buffered assistant text changed, including suppressed raw buffers. */
bufferUpdatedAt?: number;
deltaSentAt?: number;
assistantScope?: {
itemId: string;
prefix: string;
};
managedMediaUrls?: Set<string>;
deltaLastBroadcastText?: string;
agentText?: Partial<Record<"assistant" | "thinking" | "preamble" | "answer_candidate", ChatRunAgentTextState>>;
abortMarker?: ChatAbortMarker;
toolRecipient?: ChatRunToolRecipientState;
/** Fixed-deadline trailing wake-up owned by this run's buffered state. */
pendingTextFlushes?: Partial<Record<"chat" | "agent", PendingLiveTextFlush>>;
};
type ChatRunRegistry = {
add: (sessionId: string, entry: ChatRunRegistration) => void;
peek: (sessionId: string) => ChatRunEntry | undefined;
shift: (sessionId: string) => ChatRunEntry | undefined;
remove: (sessionId: string, clientRunId: string, sessionKey?: string) => ChatRunEntry | undefined;
};
type ChatRunState = {
runs: Map<string, ChatRunRecord>;
registry: ChatRunRegistry;
toolEventRecipients: ToolEventRecipientRegistry;
getOrCreate: (runId: string) => ChatRunRecord;
resolveBuffer: (runId: string, options?: {
final?: boolean;
}) => {
text: string;
suppress: boolean;
};
hasAbortMarker: (runId: string) => boolean;
deleteAbortMarker: (runId: string) => void;
recordProgressEvent: (runId: string, event: AgentEventPayload, mode?: "full" | "summary") => void;
clearRun: (runId: string) => void;
clear: () => void;
};
type ToolEventRecipientRegistry = {
add: (runId: string, connId: string) => void;
get: (runId: string) => ReadonlySet<string> | undefined;
markFinal: (runId: string) => void;
};
//#endregion
//#region src/gateway/chat-abort.d.ts
type ChatAbortControllerEntry = {
controller: AbortController;
sessionId: string;
sessionKey: string;
lifecycleGeneration?: string;
/** Exact operational instance created by this controller registration. */
operationalRunInstance?: OperationalRunInstanceRef;
/** Exact approval lease captured when this controller's execution was admitted. */
agentRunDelegatedAuthority?: AgentRunDelegatedAuthority;
agentId?: string;
startedAtMs: number;
/** False until lane admission reaches the execution boundary. */
executionStarted?: boolean;
expiresAtMs: number;
ownerConnId?: string;
ownerDeviceId?: string;
providerId?: string;
authProviderId?: string;
abortStopReason?: string;
/** Latest argument-free validation diagnostic for operator-initiated aborts. */
toolErrorSummary?: string;
/**
* False for backend/internal agent runs that may share a session key but must
* not be projected into operator chat surfaces.
*/
controlUiVisible?: boolean;
/**
* Controls only the sessions.list active-run projection. Terminal lifecycle
* clears this before chat.send settles, while the entry stays as the retry
* idempotency guard until normal cleanup removes it.
*/
projectSessionActive?: boolean;
/** True after the terminal session-store update has completed. */
projectSessionTerminalPersisted?: boolean;
/** A terminal lifecycle event was observed and is awaiting persistence. */
projectSessionTerminalPending?: boolean;
/** Store timestamp expected from the observed terminal lifecycle event. */
projectSessionTerminalObservedAt?: number;
/** In-flight terminal session-store update used by restart shutdown. */
projectSessionTerminalPersistence?: Promise<void>;
/** Caller completion requested cleanup before terminal lifecycle persistence settled. */
registrationCleanupRequested?: boolean;
/** False after the owning reply run commits a terminal outcome. */
isAbortable?: (entry: ChatAbortControllerEntry) => boolean;
/** Runs once when this registration is actually removed. */
onRemoved?: () => void;
/**
* Which RPC owns this registration. Absent (undefined) is treated as
* `"chat-send"` so pre-existing callers that constructed entries without
* a kind keep their behavior. Consumers that need "chat.send specifically
* is active" must check `kind !== "agent"`, not just `.has(runId)`.
*/
kind?: "chat-send" | "agent";
/** Side questions stay independent from main-turn TUI session stops. */
turnKind?: "main" | "btw";
};
//#endregion
//#region src/gateway/config-reload-status.types.d.ts
type GatewayHotReloadStatus = "active" | "disabled";
//#endregion
//#region src/gateway/config-revision-token.d.ts
type GatewayConfigRevisionProjector = {
projectRawHash: (hash: string) => string;
projectResolvedHash: (hash: string) => string;
};
//#endregion
//#region src/gateway/device-scope-upgrade.d.ts
type UpgradeOwner = {
deviceId: string;
publicKey: string;
};
/** Coordinates live device scope-upgrade waiters with the durable pairing store. */
declare class ScopeUpgradeCoordinator {
private readonly entries;
private readonly work;
private lifetimeBound;
private bindGatewayLifetime;
close(): Promise<void>;
register(params: {
requestId: string;
expiresAtMs: number;
owner: UpgradeOwner;
requestedScopes: string[];
initialToken?: string;
initialApprovedAtMs?: number;
}): boolean;
notify(requestId: string, resolution: "approved" | "rejected"): void;
wait(requestId: string, owner: UpgradeOwner): Promise<ScopeUpgradeResult | null>;
private waitForResult;
private readDurableResult;
private retainTerminal;
}
//#endregion
//#region src/gateway/operator-approval-placement-grants.d.ts
type PlacementStandingGrantMintSpec = NonNullable<PluginApprovalRequestPayload["placementGrant"]>;
type PlacementStandingGrantRecord = PlacementStandingGrantMintSpec & {
mintedByApprovalId: string;
expiresAtMs: number;
};
type ConsumePlacementStandingGrantResult = {
outcome: "consumed";
grant: PlacementStandingGrantRecord;
} | {
outcome: "no-grant" | "expired" | "approval-missing" | "approval-not-allow-always" | "placement-missing" | "placement-changed" | "node-changed" | "pairing-changed";
};
type PlacementGrantResolutionInput = Pick<PlacementStandingGrantMintSpec, "pluginId" | "command" | "approvalScope" | "agentId" | "sessionKey" | "nodeId" | "pairingGeneration">;
type PlacementStandingGrantRuntime = {
resolveBinding: (input: PlacementGrantResolutionInput) => PlacementStandingGrantMintSpec | null;
retain: (grant: PlacementStandingGrantMintSpec & {
approvalId: string;
nowMs: number;
expiresAtMs: number | null;
}) => boolean;
validate: (binding: PlacementStandingGrantMintSpec) => ConsumePlacementStandingGrantResult;
consume: (binding: PlacementStandingGrantMintSpec) => ConsumePlacementStandingGrantResult;
};
//#endregion
//#region src/gateway/operator-approval-standing-grants.d.ts
/** Cron identity plus exact operation binding recorded at approval creation. */
type CronStandingGrantMintSpec = {
agentId: string;
cronJobId: string;
jobConfigRevision: string;
operationBinding: string;
};
//#endregion
//#region src/gateway/operator-approval-store.d.ts
type OperatorApprovalKind = "exec" | "plugin" | "system-agent";
type OperatorApprovalStatus = "pending" | "allowed" | "denied" | "expired" | "cancelled";
type OperatorApprovalDecision = "allow-once" | "allow-always" | "deny";
type OperatorApprovalTerminalReason = "user" | "timeout" | "malformed-verdict" | "no-route" | "run-aborted" | "gateway-restart" | "storage-corrupt";
type OperatorApprovalResolverKind = "device" | "channel" | "runtime" | "system";
type OperatorApprovalRequester = {
deviceId: string | null;
clientId: string | null;
deviceTokenAuth: boolean;
};
type OperatorApprovalSource = {
agentId: string | null;
sessionKey: string | null;
sessionId: string | null;
runId: string | null;
toolCallId: string | null;
toolName: string | null;
};
type OperatorApprovalResolver = {
kind: OperatorApprovalResolverKind;
id: string | null;
};
type OperatorApprovalRecord = {
id: string;
resolutionRef: string;
kind: OperatorApprovalKind;
status: OperatorApprovalStatus;
presentation: ApprovalPresentation;
requester: OperatorApprovalRequester;
reviewerDeviceIds: string[];
source: OperatorApprovalSource;
audienceSessionKeys: string[];
runtimeEpoch: string;
createdAtMs: number;
expiresAtMs: number;
updatedAtMs: number;
decision: OperatorApprovalDecision | null;
terminalReason: OperatorApprovalTerminalReason | null;
resolvedAtMs: number | null;
resolver: OperatorApprovalResolver | null;
consumedAtMs: number | null;
consumedBy: string | null;
};
type ResolveOperatorApprovalResult = {
outcome: "resolved";
record: OperatorApprovalRecord;
} | {
outcome: "expired";
record: OperatorApprovalRecord;
} | {
outcome: "already-resolved";
retry: "same" | "conflict";
record: OperatorApprovalRecord;
} | {
outcome: "decision-not-allowed";
record: OperatorApprovalRecord;
} | {
outcome: "not-found";
} | {
outcome: "corrupt";
};
type ForceDenyOperatorApprovalResult = {
outcome: "denied";
record: OperatorApprovalRecord;
} | {
outcome: "expired";
record: OperatorApprovalRecord;
} | {
outcome: "not-due";
record: OperatorApprovalRecord;
} | {
outcome: "already-terminal";
record: OperatorApprovalRecord;
} | {
outcome: "not-found";
} | {
outcome: "corrupt";
};
//#endregion
//#region src/gateway/exec-approval-manager.types.d.ts
type ExecApprovalResolutionSource = "operator" | "auto-review";
type ExecApprovalRecord<TPayload = ExecApprovalRequestPayload> = {
id: string;
request: TPayload;
createdAtMs: number;
expiresAtMs: number;
requestedByConnId?: string | null;
requestedByDeviceId?: string | null;
requestedByClientId?: string | null;
requestedByDeviceTokenAuth?: boolean;
approvalReviewerDeviceIds?: string[];
resolvedAtMs?: number;
decision?: ExecApprovalDecision;
consumedDecision?: ExecApprovalDecision;
resolutionSource?: ExecApprovalResolutionSource;
askFallbackConsumed?: boolean;
resolvedBy?: string | null;
status?: OperatorApprovalStatus;
terminalReason?: OperatorApprovalTerminalReason | null;
runtimeEpoch?: string;
resolverKind?: OperatorApprovalResolver["kind"] | null;
consumedAtMs?: number | null;
consumedBy?: string | null;
executionIdentityToken?: ExecutionIdentityAdmissionToken;
/** Exact source authority retained only for use-time liveness validation. */
agentRuntimeDelegatedAuthority?: AgentRuntimeDelegatedAuthority;
/** Closure-bound authority for approvals created by in-process delegated tools. */
approvalAuthority?: () => boolean | void;
approvalSignals?: readonly AbortSignal[];
/** Process-local persistence proof; never serialized with approval presentation. */
mcpToolApprovalActive?: () => boolean;
};
type OperatorApprovalLifecycleEvent = {
phase: "pending" | "terminal";
record: OperatorApprovalRecord;
};
type OperatorStandingGrantMintSpec = ({
kind: "cron";
} & CronStandingGrantMintSpec) | {
kind: "mcp-tool";
agentId: string;
server: string;
tool: string;
} | ({
kind: "placement";
} & PlacementStandingGrantMintSpec);
type ExecApprovalManagerOptions<TPayload> = {
approvalKind?: OperatorApprovalKind;
persistence: {
runtimeEpoch: string;
databaseOptions?: OpenClawStateDatabaseOptions;
};
resolveAllowedDecisions?: (request: TPayload) => readonly ExecApprovalDecision[];
/** Gateway owns lineage lookup; absence seeds only the requesting session. */
resolveAudienceSessionKeys?: (sourceSessionKey: string, sourceAgentId?: string | null) => string[];
onError?: (error: Error, context: {
approvalId: string;
approvalKind: OperatorApprovalKind;
operation: "expire";
}) => void;
onLifecycle?: (event: OperatorApprovalLifecycleEvent) => void;
/** Eligible allow-always requests derive one scoped grant, or return null. */
resolveStandingGrantMint?: (request: TPayload) => OperatorStandingGrantMintSpec | null;
/** Installs a placement grant after the durable approval CAS succeeds. */
retainPlacementStandingGrant?: PlacementStandingGrantRuntime["retain"];
resolveStandingGrantExpiresAtMs?: (nowMs: number) => number | null;
/** Timer, lookup, and replay expiry must all release the same local waiter. */
onExpired?: (record: OperatorApprovalRecord, liveRecord: ExecApprovalRecord<TPayload>) => void;
validateAgentRuntimeDelegatedAuthority?: (authority: AgentRuntimeDelegatedAuthority) => boolean;
};
type WithLiveRecord<TResult, TPayload> = TResult extends {
record: OperatorApprovalRecord;
} ? TResult & {
liveRecord?: ExecApprovalRecord<TPayload>;
} : TResult;
type ExecApprovalResolveResult<TPayload = ExecApprovalRequestPayload> = WithLiveRecord<ResolveOperatorApprovalResult, TPayload>;
type ExecApprovalForceDenyResult<TPayload = ExecApprovalRequestPayload> = WithLiveRecord<ForceDenyOperatorApprovalResult, TPayload>;
type ExecApprovalDurableLookup = {
outcome: "found";
record: OperatorApprovalRecord;
} | {
outcome: "missing" | "corrupt";
id: string;
};
type ExecApprovalIdLookupResult = {
kind: "exact" | "prefix";
id: string;
} | {
kind: "ambiguous";
ids: string[];
} | {
kind: "none";
};
//#endregion
//#region src/gateway/exec-approval-lifecycle.d.ts
type DecisionHandoff = {
start: (decision: ExecApprovalDecision | null) => void;
cancel: () => void;
};
type PendingEntry<TPayload> = {
record: ExecApprovalRecord<TPayload>;
resolve: (decision: ExecApprovalDecision | null) => void;
timer: ReturnType<typeof setTimeout> | null;
cleanupTimer: ReturnType<typeof setTimeout> | null;
handoffRetainCount: number;
handoffReleasedAtMs: number | null;
retainForManagerLifetime: boolean;
promise: Promise<ExecApprovalDecision | null>;
handoffs: Set<DecisionHandoff>;
admissionContinuation: GatewayRootWorkAdmissionContinuationScope | null;
};
/** Owns local observations and genuine decision effects, never durable decision policy. */
declare abstract class ExecApprovalLifecycle<TPayload> {
protected readonly pending: Map<string, PendingEntry<TPayload>>;
protected retired: boolean;
private observingClosed;
private readonly observers;
private readonly work;
private draining;
abstract get runtimeEpoch(): string;
protected abstract expireDue(recordId: string): boolean;
protected abstract reportError(error: unknown, context: {
approvalId: string;
operation: "expire";
}): void;
beginClose(): void;
retire(): void;
drain(): Promise<void>;
trackActiveWork<T>(run: () => T | Promise<T>): Promise<T>;
protected canUseRetainedBinding(): boolean;
protected assertNotRetired(): void;
protected registerEntry(record: ExecApprovalRecord<TPayload>): Promise<ExecApprovalDecision | null>;
/** Registers the real effect before an observer can leave or a synchronous verdict can win. */
registerDecisionHandoff(recordId: string, run: (decision: ExecApprovalDecision | null) => Promise<void>): {
observation: Promise<void>;
abandon: () => void;
};
protected observeEntry<T>(entry: PendingEntry<TPayload>, completion: Promise<T>): Promise<T>;
protected settleLocalEntry(params: {
recordId: string;
decision: ExecApprovalDecision | null;
resolvedAtMs: number;
resolvedBy: string | null;
resolverKind: OperatorApprovalResolver["kind"] | null;
status: OperatorApprovalStatus;
terminalReason: OperatorApprovalTerminalReason | null;
consumedAtMs?: number | null;
consumedBy?: string | null;
resolutionSource?: ExecApprovalResolutionSource;
retainForManagerLifetime?: boolean;
}): boolean;
private scheduleResolvedCleanup;
protected resolvedGraceAnchorMs(entry: PendingEntry<TPayload>, nowMs: number): number | null;
/** Final release starts a fresh grace only while the manager still owns its lifecycle. */
retainForHandoff(recordId: string): (() => void) | null;
protected scheduleExpiryTimer(entry: PendingEntry<TPayload>): void;
getSnapshot(recordId: string): ExecApprovalRecord<TPayload> | null;
/** Reads a live local binding without entering durable storage or mutating expiry. */
getLiveSnapshot(recordId: string): ExecApprovalRecord<TPayload> | null;
/** Re-enters only the pending approval's exact original root. */
runPendingContinuation<T>(recordId: string, run: () => Promise<T>): Promise<T> | null;
listPendingRecords(): ExecApprovalRecord<TPayload>[];
lookupApprovalId(input: string, opts?: {
includeResolved?: boolean;
filter?: (record: ExecApprovalRecord<TPayload>) => boolean;
}): ExecApprovalIdLookupResult;
}
//#endregion
//#region src/gateway/exec-approval-manager.d.ts
/** Approval creation and persistence precede every local wait or delivery handoff. */
declare class ExecApprovalManager<TPayload = ExecApprovalRequestPayload> extends ExecApprovalLifecycle<TPayload> {
protected readonly options: ExecApprovalManagerOptions<TPayload>;
constructor(options: ExecApprovalManagerOptions<TPayload>);
get approvalKind(): OperatorApprovalKind;
get runtimeEpoch(): string;
private resolveApprovalSource;
private allowedDecisionsForRequest;
create(request: TPayload, timeoutMs: number, id?: string | null): ExecApprovalRecord<TPayload>;
/** Synchronously persists/registers the request before returning its authority promise. */
register(record: ExecApprovalRecord<TPayload>, _timeoutMs: number): Promise<ExecApprovalDecision | null>;
private isRuntimeAuthorityActive;
private emitLifecycle;
/** Persist the first verdict, then release the process-local waiter. */
resolveDetailed(recordId: string, decision: ExecApprovalDecision, resolver: OperatorApprovalResolver, localResolvedBy?: string | null, localResolutionSource?: ExecApprovalResolutionSource, options?: {
/** Explicit grant expiry override; undefined defers to the configured default. */
grantExpiresAtMs?: number | null;
}): ExecApprovalResolveResult<TPayload>;
/** Persist a fail-closed terminal state, then release the local waiter. */
forceDenyDetailed(recordId: string, reason: OperatorApprovalTerminalReason, resolver: OperatorApprovalResolver, status?: "denied" | "expired" | "cancelled", localDecision?: ExecApprovalDecision | null, requireDue?: boolean, localResolvedBy?: string | null): ExecApprovalForceDenyResult<TPayload>;
private settleLocalFromStore;
/** Settle one durable terminal transition and report whether this manager published it. */
reconcileDurableTerminal(record: OperatorApprovalRecord): boolean;
/** Reconciles durable truth with an existing waiter without rehydrating its request. */
reconcileDurableLookup(lookup: ExecApprovalDurableLookup, localResolvedBy?: string | null): OperatorApprovalRecord | null;
private settleLocalStorageFailure;
private persistStorageCorruptDeny;
protected reportError(error: unknown, context: {
approvalId: string;
operation: "expire";
}): void;
protected expireDue(recordId: string): boolean;
resolve(recordId: string, decision: ExecApprovalDecision, resolvedBy?: string | null, options?: {
grantExpiresAtMs?: number | null;
}): boolean;
/**
* Trusted auto-review resolution (identity-matched approval runtime).
* Always allow-once; system.run replay validation treats the resulting
* record more strictly than an operator decision (see #103515).
*/
resolveAutoReview(recordId: string, resolvedBy?: string | null): boolean;
/**
* One-shot ask-fallback re-admission for a timed-out approval. This is
* pre-gate policy on the process-local record only: the durable row stays
* `expired` and no execution authority is minted here. The shipped askFallback
* policy (docs/tools/exec-approvals.md) still applies; system.run replay
* uses this flag to keep re-admission single-use.
*/
consumeAskFallback(recordId: string): boolean;
expire(recordId: string, resolvedBy?: string | null): boolean;
consumeAllowOnce(recordId: string, consumerId?: string): boolean;
/** Observes a registered decision; Gateway closure rejects the wait, not the approval. */
awaitDecision(recordId: string): Promise<ExecApprovalDecision | null> | null;
/** Projects an allowed decision only while its exact runtime authority is live. */
projectDecisionIfActive(recordId: string, decision: ExecApprovalDecision | null): ExecApprovalDecision | null;
/** Atomically closes a live approval whose exact runtime owner is gone. */
forceDenyIfRuntimeAuthorityClosed(recordId: string): ExecApprovalForceDenyResult<TPayload> | null;
}
//#endregion
//#region src/plugins/runtime-degraded-state.d.ts
/** Boot-stable quarantine state for configured plugins whose payload failed verification. */
type PluginVerificationFailureReason = "missing-install-path" | "missing-package-dir" | "missing-package-json" | "unreadable-package-json" | "invalid-package-json" | "missing-bundle-manifest" | "invalid-bundle-manifest" | "missing-main-entry" | "missing-extension-entry" | "missing-openclaw-peer-link";
//#endregion
//#region src/gateway/health/types.d.ts
type ProtocolHealth = Snapshot["health"];
type ProtocolPlugin = NonNullable<ProtocolHealth["plugins"]>;
type UnavailablePlugin = NonNullable<ProtocolPlugin["unavailable"]>[number];
/** Health snapshot for one configured channel account. */
type ChannelAccountHealthSummary = ChannelAccountSnapshot & {
authAgeMs?: number | null;
[key: string]: unknown;
};
/** Channel-level health summary with optional per-account details. */
type ChannelHealthSummary = ChannelAccountHealthSummary & {
accounts?: Record<string, ChannelAccountHealthSummary>;
};
type AgentHealthSummary = NonNullable<ProtocolHealth["agents"]>[number];
/** Plugin registry health summary. */
type PluginHealthSummary = Omit<ProtocolPlugin, "unavailable"> & {
unavailable?: Array<Omit<UnavailablePlugin, "diagnostic"> & {
diagnostic: Omit<UnavailablePlugin["diagnostic"], "reason"> & {
reason: PluginVerificationFailureReason;
};
}>;
};
/** Full gateway health payload consumed by `openclaw health`. */
type HealthSummary = ProtocolHealth & {
ok: true;
ts: number;
durationMs: number;
plugins?: PluginHealthSummary;
channels: Record<string, ChannelHealthSummary>;
channelOrder: string[];
channelLabels: Record<string, string>;
heartbeatSeconds: number;
agents: AgentHealthSummary[];
sessions: NonNullable<ProtocolHealth["sessions"]>;
};
//#endregion
//#region src/gateway/mention-inbox.types.d.ts
type MentionCommittedInput = {
sourceId: string;
sessionKey: string;
agentId?: string;
sessionId: string;
messageId: string;
senderProfileId: string;
recipientProfileIds: readonly string[];
excerpt?: string;
};
/** Keep the Gateway context independent of its context-consuming Inbox implementation. */
type MentionInbox = {
mentionable: (client: GatewayClient | null, input: UsersMentionableParams) => Result<UsersMentionableResult, ErrorShape>;
validateRecipients: (client: GatewayClient | null, input: UsersMentionableParams, profileIds: readonly string[]) => Result<readonly string[], ErrorShape>;
list: (client: GatewayClient | null) => Result<MentionsListResult, ErrorShape>;
dismiss: (client: GatewayClient | null, ids: readonly string[]) => Result<MentionsListResult, ErrorShape>;
recordCommittedInput: (input: MentionCommittedInput) => void;
invalidate: () => void;
dispose: () => void;
};
//#endregion
//#region src/infra/node-pairing-surface.d.ts
type NodeApprovalSurface = {
caps: string[];
commands: string[];
permissions?: Record<string, boolean>;
};
//#endregion
//#region src/infra/device-pairing-node-state.d.ts
/** Registry projection of a paired device's authenticated node-role state. */
type PairedDeviceNodeBinding = {
identity: string;
generation?: string;
};
//#endregion
//#region src/gateway/node-plugin-tool-snapshot.d.ts
type RegisteredNodePluginToolCommand = {
pluginId: string;
command: {
command?: string;
agentTool?: {
name?: string;
description?: string;
parameters?: unknown;
mcp?: {
server?: string;
tool?: string;
};
};
};
};
//#endregion
//#region src/gateway/node-registry.invoke-stream.d.ts
type NodeInvokeProgressParams = {
invokeId: string;
nodeId: string;
connId: string | undefined;
seq: number;
chunk: string;
};
type NodeInvokeResultParams = {
id: string;
nodeId: string;
connId: string | undefined;
ok: boolean;
payload?: unknown;
payloadJSON?: string | null;
error?: {
code?: string;
message?: string;
} | null;
};
//#endregion
//#region src/gateway/node-registry.d.ts
/** Connected node session advertised over Gateway websocket. */
type NodeSession = {
nodeId: string;
connId: string;
/** Persistent device key and node-token identity authenticated for this connection. */
pairingIdentity?: string;
/** Persistent pairing generation authenticated before this session was registered. */
pairingGeneration?: string;
client: GatewayWsClient;
clientId?: string;
clientMode?: string;
displayName?: string;
platform?: string;
version?: string;
coreVersion?: string;
uiVersion?: string;
deviceFamily?: string;
modelIdentifier?: string;
remoteIp?: string;
declaredCaps: string[];
sessionCapsCeiling?: string[];
caps: string[];
declaredCommands: string[];
sessionCommandsCeiling?: string[];
commands: string[];
declaredComputerUse?: ComputerUseCapabilityDescriptor;
computerUse?: ComputerUseCapabilityDescriptor;
declaredNodePluginTools: NodePluginToolDescriptor[];
nodePluginTools: NodePluginToolDescriptor[];
nodeSkills: NodeSkillDescriptor[];
declaredPermissions?: Record<string, boolean>;
permissions?: Record<string, boolean>;
pathEnv?: string;
connectedAtMs: number;
lastActiveAtMs?: number;
presenceUpdatedAtMs?: number;
hostStats?: NodeHostStats;
};
type PairingBoundNodeSession = NodeSession & {
pairingIdentity: string;
};
/** Result payload returned from node.invoke. */
type NodeInvokeResult = {
ok: boolean;
payload?: unknown;
payloadJSON?: string | null;
error?: {
code?: string;
message?: string;
} | null;
};
/** Connectivity probe result for a registered node. */
type NodeConnectivityResult = {
ok: true;
} | {
ok: false;
error: {
code: string;
message: string;
};
};
declare const SERIALIZED_EVENT_PAYLOAD: unique symbol;
type SerializedEventPayload = {
readonly json: string;
readonly [SERIALIZED_EVENT_PAYLOAD]: true;
};
/** Event transport for nodes that cannot keep a WebSocket open, such as watchOS. */
type NodeEventTransport = {
send: (event: string, payload: unknown) => boolean;
sendRaw: (event: string, payloadJSON?: SerializedEventPayload | null) => boolean;
checkConnectivity?: (timeoutMs: number) => Promise<NodeConnectivityResult>;
};
type PairedDeviceNodeBindingSnapshot = PairedDeviceNodeBinding;
type NodeSessionRegistrationOptions = {
remoteIp?: string | undefined;
pairingIdentity: string;
pairingGeneration?: string | undefined;
approvedSurface?: NodeApprovalSurface;
};
type NodeRegistryOptions = {
listRegisteredNodePluginToolCommands?: (() => readonly RegisteredNodePluginToolCommand[] | undefined) | undefined;
getConfig?: () => OpenClawConfig;
resolveCurrentPairingState?: (nodeId: string) => Promise<PairedDeviceNodeBindingSnapshot | undefined>;
isPairingStateCurrent?: (nodeId: string, expected: PairedDeviceNodeBinding) => boolean;
onPairingGenerationChanged?: (params: {
nodeId: string;
previousPairingGeneration: string;
nextPairingGeneration: string;
preserveSessionState: boolean;
}) => void;
onPairingInvalidated?: (params: {
nodeId: string;
connId: string;
}) => void;
};
/** Registry of currently connected Gateway nodes. */
declare class NodeRegistry {
private readonly options;
private nodesById;
private nodesByConn;
private eventTransportsByConn;
private pendingInvokes;
private invokeStreams;
private authorizedSystemRunEvents;
private pairingGenerationEventChains;
private committedConfig;
constructor(options?: NodeRegistryOptions);
private listConnectedSessions;
private capturePairingLease;
private currentSessionForLease;
private settlePairingLease;
private resolvePairingLease;
private refreshSessionPolicy;
private isCommandAllowed;
refreshRuntimePolicy(config?: OpenClawConfig | undefined): NodeSession[];
/** Register a websocket client as the current connection for its node id. */
register(client: GatewayWsClient, opts: NodeSessionRegistrationOptions): PairingBoundNodeSession;
/** Register a node whose events are delivered by an HTTP polling transport. */
registerTransport(client: GatewayWsClient, opts: NodeSessionRegistrationOptions, transport: NodeEventTransport): PairingBoundNodeSession;
private registerSession;
/** Unregister one connection and reject invokes tied to that connection. */
unregister(connId: string): string | null;
/** List connected node sessions. */
listConnected(): NodeSession[];
/** Filter connected sessions against an already-loaded pairing-state snapshot. */
listConnectedForPairingStates(currentPairingStates: ReadonlyMap<string, PairedDeviceNodeBindingSnapshot>): NodeSession[];
/** Reconcile connected sessions through the synchronous persistent-pairing owner. */
listCurrentConnectedSync(): NodeSession[];
/** Resolve persistent pairing state before projecting connected sessions. */
listCurrentConnected(): Promise<NodeSession[]>;
private invalidateSessionForPairingChange;
/** Immediately retires one exact transport after its persisted pairing authority changes. */
invalidateConnectionForPairingChange(connId: string, reason?: string): boolean;
/** Return a connected node session by node id. */
get(nodeId: string): NodeSession | undefined;
private getRegisteredSession;
/** Return only the session authenticated for the requested persistent pairing generation. */
getForPairingGeneration(nodeId: string, pairingGeneration: string): NodeSession | undefined;
private getRegisteredSessionForPairingGeneration;
/** Revalidates that one inbound node connection still owns its persisted pairing state. */
isConnectionCurrentPairingState(connId: string): Promise<boolean>;
/** Stores the latest resource snapshot for the exact authenticated node connection. */
updateHostStats(params: {
nodeId: string;
connId?: string;
stats: NodeHostStatsPayload;
observedAtMs?: number;
}): NodeHostStats | null;
/** Updates recent input activity for the exact authenticated node connection. */
updatePresenceActivity(params: {
nodeId: string;
connId?: string;
idleSeconds: number;
saturated?: boolean;
observedAtMs?: number;
}): NodeSession | null;
/** Clears recent input activity for the exact authenticated node connection. */
clearPresenceActivity(params: {
nodeId: string;
connId?: string;
}): boolean | null;
/** Returns the connected node with the freshest reported local input. */
getActiveNode(connectedNodes?: readonly NodeSession[]): NodeSession | undefined;
private publishActiveNodeContext;
/** Probe websocket liveness with ping/pong when the socket supports it. */
checkConnectivity(nodeId: string, timeoutMs?: number): Promise<NodeConnectivityResult>;
updateNodePluginTools(nodeId: string, connId: string | undefined, tools: readonly NodePluginToolDescriptor[]): NodeSession | null;
updateNodeSkills(nodeId: string, connId: string | undefined, skills: readonly NodeSkillDescriptor[]): NodeSession | null;
updateSurface(nodeId: string, surface: {
caps?: readonly string[];
commands: readonly string[];
permissions?: Record<string, boolean> | undefined;
}, generationTransition?: {
expectedConnId: string;
expectedPairingIdentity: string;
expectedPairingGeneration?: string;
nextPairingGeneration: string;
}): NodeSession | null;
private clearPresenceIfAccessibilityUnavailable;
invoke(params: {
nodeId: string;
expectedConnId?: string;
expectedPairingGeneration?: string;
command: string;
params?: unknown;
timeoutMs?: number;
/** Inactivity deadline reset by each ordered progress chunk. */
idleTimeoutMs?: number;
onProgress?: (chunk: string) => void;
signal?: AbortSignal;
idempotencyKey?: string;
sessionKey?: string;
/** Receives the id and armed hard deadline after a successful dispatch. */
onDispatchReady?: (invokeId: string, deadlineAtMs?: number) => void;
/** Revalidates caller authority at the registry-owned transport handoff. */
isDispatchAuthorized?: () => boolean;
}): Promise<NodeInvokeResult>;
/** Internal cleanup retains its owner through replies without admitting new root work. */
invokeLifecycle(params: Parameters<NodeRegistry["invoke"]>[0] & {
isDispatchAuthorized: () => boolean;
}): Promise<NodeInvokeResult>;
/** Send one ordered input frame to a pending streaming invoke. */
sendInvokeInput(invokeId: string, payload: unknown): void;
/** Synchronous effect fence for callbacks retained across awaited host work. */
isInvokeCurrent(invokeId: string, nodeId: string, connId: string): boolean;
handleInvokeProgress(params: NodeInvokeProgressParams): boolean;
/** Continues only the exact live owner of a pending node invocation. */
runPendingInvokeContinuation<T>(params: {
invokeId: string;
nodeId: string;
connId: string | undefined;
run: () => Promise<T>;
}): Promise<T> | null;
/** Authorize an inbound system.run event against a recently issued node invoke. */
authorizeSystemRunEvent(params: {
nodeId: string;
connId?: string;
runId?: string;
sessionKey: string;
terminal: boolean;
}): boolean;
private rememberAuthorizedSystemRunEvent;
private forgetAuthorizedSystemRunEvent;
private authorizedSystemRunEventExpiresAt;
private matchAuthorizedSystemRunEvent;
private matchSingleAuthorizedSystemRunEvent;
private authorizedSystemRunSessionMatches;
private allowsLegacyMacRunIdFallback;
private pruneAuthorizedSystemRunEvents;
private authorizedSystemRunEventKey;
handleInvokeResult(params: NodeInvokeResultParams): boolean;
sendEvent(nodeId: string, event: string, payload?: unknown): boolean;
sendEventRaw(nodeId: string, event: string, payloadJSON?: SerializedEventPayload | null): boolean;
/** Sends command-free events only to the exact authenticated pairing connection. */
sendEventForPairingIdentity(params: {
nodeId: string;
connId: string;
pairingIdentity: string;
event: string;
payload?: unknown;
}): Promise<boolean>;
/** Sends only to a session that still owns the requested persistent pairing generation. */
sendEventRawForPairingGeneration(nodeId: string, pairingGeneration: string, event: string, payloadJSON?: SerializedEventPayload | null): Promise<boolean>;
private sendEventRawForPairingGenerationNow;
private sendEventInternal;
private sendEventRawInternal;
private sendEventToSession;
private observeEventSend;
private isNodeWebSocketOpen;
private rejectSlowNodeSocket;
}
//#endregion
//#region src/gateway/portals/portal-http-proxy.d.ts
type PortalTarget = {
kind: "local";
port: number;
} | {
kind: "worker";
environmentId: string;
ownerEpoch: number;
remotePort: number;
connect: () => Promise<Duplex>;
};
//#endregion
//#region src/gateway/portals/portal-service.d.ts
type GatewayPortalOpenParams = {
targetPort: number;
target?: PortalTarget;
/** Revalidated before metadata mutation or publication after asynchronous listener startup. */
assertCurrent?: () => void;
/** Ownership transfers to open; unused targets are released even when it rejects or reuses a portal. */
onClose?: () => Promise<void> | void;
origin?: string;
title?: string;
description?: string;
path?: string;
};
type GatewayPortalService = {
open: (params: GatewayPortalOpenParams) => Promise<PortalOpenResult>;
list: () => PortalSummary[];
listWorkerPortals: (environmentId: string, ownerEpoch: number) => PortalSummary[];
close: (id: string, assertCurrent?: () => void) => Promise<void>;
closeWorkerPortals: (environmentId: string, ownerEpoch?: number) => Promise<void>;
closeAll: () => Promise<void>;
};
//#endregion
//#region src/gateway/question-manager.d.ts
type QuestionManagerRequest = {
id?: string;
questions: Question[];
agentId?: string;
sessionKey?: string;
runId?: string;
timeoutMs: number;
onResolved?: (event: QuestionResolvedEvent) => void;
isRequesterActive?: () => boolean;
/** Trusted handler binds the run; the manager owns expiry and terminal release. */
registerHumanInputWait?: (isPending: () => boolean) => ((resolved: boolean) => void) | undefined;
};
/** Process-local lifecycle owner for pending questions. */
declare class QuestionManager {
private readonly entries;
private closed;
request(params: QuestionManagerRequest): QuestionRecord;
get(id: string): QuestionRecord | null;
/** Called by the Gateway's existing authority-close observer. */
cancelClosedAuthorities(): void;
list(): QuestionRecord[];
/** Re-enters only the still-pending question's original admitted root. */
runPendingContinuation<T>(id: string, run: () => Promise<T>): Promise<T> | null;
waitAnswer(id: string, timeoutMs?: number, includeResolutionId?: boolean): Promise<QuestionWaitAnswerResult>;
resolve(id: string, answers: QuestionAnswers, resolvedBy?: string, options?: {
commit?: () => void;
resolutionId?: string;
}): QuestionResolveResult;
cancel(id: string, resolvedBy?: string): QuestionResolveResult;
private cancelEntry;
/** Retires this Gateway's owner only after received mutations have joined. */
close(): void;
/** Reusable on open owners (v2026.8.1 SDK context); never reopens a closed owner. */
reset(): void;
private requireEntry;
private requirePendingEntry;
/** Validates answers against stored questions and returns them in canonical form. */
private validateAnswers;
private invalidAnswer;
private notFound;
private expire;
private finish;
}
//#endregion
//#region src/cron/scratch-store.d.ts
type CronJobScratch = {
content: string;
revision: number;
sourceSha256?: string;
updatedAtMs: number;
};
/**
* Present scratch content plus the persisted revision. An unset scratch keeps a
* tombstone row so `currentRevision` stays monotonic across unset/recreate and
* stale compare-and-swap writers cannot resurrect old content.
*/
type CronJobScratchState = {
currentRevision: number;
scratch?: CronJobScratch;
};
type CronJobScratchWriteResult = {
ok: true;
currentRevision: number;
scratch?: CronJobScratch;
} | {
ok: false;
reason: "revision-conflict";
currentRevision: number;
};
//#endregion
//#region src/gateway/server-cron-contract.d.ts
type GatewayCronServiceContract = CronServiceContract & {
/** Remove an owned declarative job family from obsolete SQLite store partitions. */
removeStaleJobFamily(family: {
declarationKey: string;
name: string;
ownerPluginTag: string;
}, opts?: {
commitGuard?: () => void;
}): Promise<number>;
readScratch(id: string): Promise<CronJobScratchState>;
writeScratch(id: string, params: {
content: string | null;
expectedRevision?: number;
sourceSha256?: string;
commitGuard?: () => void;
}): Promise<CronJobScratchWriteResult>;
/** Serialize agent-job removal with the roster commit and restore on failure. */
removeAgentJobsTransactional<T>(agentId: string, commit: () => Promise<T>): Promise<T>;
/** Temporarily disarm ticks without running startup recovery on resume. */
pauseScheduling(): void;
resumeScheduling(): void;
/** Scheduler-owned work not represented by active cron run markers. */
getSuspensionBlockerCount?(): number;
/** Materialize lazy cron dependencies before a synchronous operator wake. */
prepareWake?(): Promise<void>;
/** Stop cron and await scheduler-owned child process teardown. */
stopAndDrain?(): Promise<void>;
};
//#endregion
//#region src/gateway/server-instance-runtime.types.d.ts
type GatewayInstanceAgentDispatchOptions = {
allowModelOverride?: boolean;
allowSyntheticModelOverride?: boolean;
allowSyntheticCronRunContinuation?: boolean;
delegatedToolPolicyHandoff?: SubagentCompletionToolHandoffRegistration;
expectFinal?: boolean;
/** Instance-owned dispatch always uses a synthetic client. */
forceSyntheticClient?: boolean;
internalDeliveryMediaUrls?: string[];
internalDeliverySuppressText?: boolean;
onAccepted?: (payload: unknown) => void;
onExecutionStarted?: () => void;
onSignalAbort?: () => Promise<void> | void;
scopes?: string[];
signal?: AbortSignal;
syntheticScopes?: string[];
};
type GatewayApprovalEventPublisher = {
publishRequested: (kind: ChannelApprovalKind, request: unknown) => number;
publishResolved: (kind: ChannelApprovalKind, resolved: unknown) => void;
};
type GatewayRecoveryRuntime = {
abortAgent: (params: {
agentId: string;
runId: string;
sessionKey: string;
}, timeoutMs?: number) => Promise<{
aborted?: boolean;
runIds?: string[];
}>;
dispatchAgent: <T = unknown>(params: AgentRunRequest, timeoutMs?: number, options?: GatewayInstanceAgentDispatchOptions) => Promise<T>;
waitForAgent: <T = unknown>(params: AgentWaitParams, timeoutMs?: number) => Promise<T>;
sendRecoveryNotice: (params: {
channel: string;
to: string;
accountId?: string;
threadId?: string | number;
text: string;
idempotencyKey: string;
/** Revalidated after lazy runtime loading and immediately before outbound dispatch. */
isCurrent?: () => boolean;
}) => Promise<{
/** True when delivery produced zero platform results (policy/channel suppression). */
suppressed: boolean;
}>;
};
//#endregion
//#region src/gateway/server-model-catalog.types.d.ts
/** Catalog entries and policy come from the same completed prepared generation. */
type PreparedGatewayModelCatalog = {
entries: ModelCatalogEntry[];
pluginRegistry?: ProviderThinkingRegistry;
};
type GatewayModelCatalogSnapshot = ModelCatalogSnapshot & {
agentId: string;
agentDir: string;
catalogComplete: boolean;
workspaceDir: string;
config: OpenClawConfig;
};
//#endregion
//#region src/gateway/server-shared.d.ts
type DedupeEntry = {
ts: number;
ok: boolean;
/** Optional effectful-request fingerprint for methods with caller-supplied operation ids. */
requestIdentity?: string;
payload?: unknown;
error?: ErrorShape;
};
//#endregion
//#region src/gateway/server/event-loop-health.d.ts
type GatewayEventLoopHealthReason = "event_loop_delay" | "event_loop_utilization" | "cpu";
type GatewayEventLoopHealth = {
degraded: boolean;
degradedSinceMs: number | null;
reasons: GatewayEventLoopHealthReason[];
intervalMs: number;
delayP99Ms: number;
delayMaxMs: number;
utilization: number;
cpuCoreRatio: number;
};
//#endregion
//#region src/gateway/terminal/launch.d.ts
/** Why a terminal cannot open, or `null` when it can. */
type TerminalLaunchBlock = {
kind: "disabled";
} | {
kind: "owner-required";
message: string;
} | {
kind: "unknown-agent";
agentId: string;
} | {
kind: "sandboxed";
agentId: string;
mode: "all";
};
/** Resolved plan for a host terminal session. */
type TerminalLaunchPlan = {
agentId: string;
cwd: string;
shell: string;
args: string[];
initialCommand?: string[];
cwdOverride?: string;
};
/** Terminal launch resolution result: either a runnable plan or a block reason. */
type TerminalLaunchResolution = {
ok: true;
plan: TerminalLaunchPlan;
} | {
ok: false;
block: TerminalLaunchBlock;
};
//#endregion
//#region src/infra/terminal-file-upload.d.ts
type TerminalUploadFile = {
name: string;
contentBase64: string;
};
type TerminalUploadResult = {
path: string;
size: number;
};
//#endregion
//#region src/process/terminal-pty.d.ts
/** Live PTY handle shared by gateway terminals and node-host commands. */
type TerminalPtyHandle = {
pid: number;
write(data: string): void;
resize(cols: number, rows: number): void;
pause(): void;
resume(): void;
onData(listener: (chunk: string) => void): void;
onExit(listener: (event: {
exitCode: number;
signal?: number;
}) => void): void;
kill(signal?: string): void;
};
declare function spawnTerminalPty(params: {
file: string;
args: string[];
cwd?: string;
env: Record<string, string>;
cols: number;
rows: number;
}): Promise<TerminalPtyHandle>;
//#endregion
//#region src/gateway/terminal/backend.d.ts
type TerminalBackendExit = {
exitCode?: number;
signal?: number;
error?: string;
};
interface TerminalBackend {
write(data: string): void;
resize(cols: number, rows: number): void;
pause(): void;
resume(): void;
kill(): void;
onData(callback: (data: string) => void): void;
onExit(callback: (exit: TerminalBackendExit) => void): void;
}
type LocalTerminalBackendSpawner = typeof spawnTerminalPty;
//#endregion
//#region src/gateway/terminal/session-manager.types.d.ts
type TerminalEventSink = (connId: string, event: string, payload: unknown) => void;
type AgentTerminalOwner = {
kind: "agent";
agentSessionKey: string;
agentSessionId: string;
agentId: string;
};
type TerminalOwner = {
kind: "conn";
connId: string;
} | AgentTerminalOwner;
type AgentTerminalSessionDrain = {
drained: Promise<void>;
hasWork(): boolean;
release(): void;
};
type TerminalSessionManagerOptions = {
emit: TerminalEventSink;
getBufferedAmount?: (connId: string) => number | undefined;
spawn?: LocalTerminalBackendSpawner;
maxSessions?: number;
env?: NodeJS.ProcessEnv;
/** Detach grace; 0 preserves kill-on-disconnect. Gateway wiring owns its default. */
detachGraceMs?: number;
maxDetachedSessions?: number;
scrollbackChars?: number;
};
type TerminalOpenRequest = {
owner: TerminalOwner;
/** Operator connection initially viewing an agent-owned session. */
viewerConnId?: string;
agentId: string;
cwd: string;
shell: string;
title?: string;
args: string[];
cols: number;
rows: number;
env: Record<string, string>;
/** Request-scoped cancellation; a late backend is killed before registration. */
signal?: AbortSignal;
createBackend?: () => Promise<TerminalBackend>;
stageUpload?: (file: TerminalUploadFile) => Promise<TerminalUploadResult>;
};
type TerminalOpenOutcome = {
ok: true;
sessionId: string;
agentId: string;
cwd: string;
shell: string;
} | {
ok: false;
code: "limit" | "spawn_failed" | "closed";
message: string;
};
type TerminalAgentActionOutcome = {
ok: true;
} | {
ok: false;
code: "session_unavailable" | "backend_failed";
};
//#endregion
//#region src/gateway/terminal/session-types.d.ts
type TerminalSessionSummary = {
sessionId: string;
agentId: string;
shell: string;
title?: string;
cwd: string;
attached: boolean;
owner: "conn" | `agent:${string}`;
createdAtMs: number;
};
type TerminalAttachSummary = Omit<TerminalSessionSummary, "attached" | "createdAtMs"> & {
buffer: string;
seq: number;
};
//#endregion
//#region src/gateway/terminal/session-manager.d.ts
/**
* Tracks live PTY sessions keyed by session id, with a reverse index for
* connection owners and viewers so disconnect cleanup stays bounded.
*/
declare class TerminalSessionManager {
private readonly sessions;
private readonly pendingOpens;
private readonly agentSessionDrain;
private readonly connections;
private readonly emit;
private readonly getBufferedAmount;
private readonly spawn?;
private readonly maxSessions;
private detachGraceMs;
private readonly maxDetachedSessions;
private readonly scrollbackChars;
private opening;
private spawning;
constructor(options: TerminalSessionManagerOptions);
/** Number of live sessions; used by tests and health surfaces. */
get size(): number;
/** Spawns a shell and wires its output/exit to its live connection recipients. */
open(request: TerminalOpenRequest): Promise<TerminalOpenOutcome>;
/** Writes client input to a session; returns false when the session is gone. */
write(connId: string, sessionId: string, data: string): boolean;
/** Writes agent input after proving exact agent-session ownership. */
writeAgent(owner: AgentTerminalOwner, sessionId: string, data: string): TerminalAgentActionOutcome;
private writeSession;
/** Applies a new PTY grid size; returns false when the session is gone. */
resize(connId: string, sessionId: string, cols: number, rows: number): boolean;
/** Resizes an agent-owned PTY after proving exact agent-session ownership. */
resizeAgent(owner: AgentTerminalOwner, sessionId: string, cols: number, rows: number): TerminalAgentActionOutcome;
private resizeSession;
/** Stages a file on the same host as an owned terminal session. */
upload(connId: string, sessionId: string, file: TerminalUploadFile): Promise<TerminalUploadResult | undefined>;
/** Closes one session on operator request. */
close(connId: string, sessionId: string): boolean;
/** Closes an agent-owned PTY after proving session-key ownership. */
closeAgent(owner: AgentTerminalOwner, sessionId: string): TerminalAgentActionOutcome;
/** Closes every live or spawning PTY bound to one exact terminal task. */
closeTaskSessions(taskId: string): number;
/** Fences and closes one durable agent-session incarnation through archive commit. */
beginAgentSessionDrain(owner: AgentTerminalOwner): AgentTerminalSessionDrain;
/**
* Rebinds a connection-owned session, or co-attaches a viewer to an
* agent-owned session. Operator-to-operator attach remains take-over; only
* agent-owned sessions gain shared viewers.
*/
attach(connId: string, sessionId: string): TerminalAttachSummary | undefined;
/** Every live session, oldest first; all admin connections see the same list. */
list(): TerminalSessionSummary[];
/** Raw buffered output for one session, or undefined when it is gone. */
snapshot(sessionId: string): string | undefined;
/** Raw buffer for an agent-owned session, guarded by the caller session key. */
snapshotAgent(owner: AgentTerminalOwner, sessionId: string): string | undefined;
/** Live sessions owned by one agent tool caller. */
listAgent(owner: AgentTerminalOwner): TerminalSessionSummary[];
private trackPendingOpen;
private hasAgentSessionWork;
private resolveAgentSessionDrainIfIdle;
private openAbortMessage;
private untrackPendingOpen;
/**
* Handles a dropped connection: detaches its sessions for later reattach
* when a grace period is configured, otherwise kills them (legacy behavior,
* still selected by detachedSessionTimeoutSeconds: 0).
*/
handleDisconnect(connId: string): void;
/** Closes live and pending sessions whose agent no longer permits a host shell. */
closeDisallowedAgents(isAllowed: (agentId: string) => boolean): void;
/** Parks a session ownerless with a reaper; PTY output keeps buffering. */
private detach;
updateDetachGraceMs(graceMs: number): void;
private scheduleDetachedExpiry;
private enforceDetachedCap;
/** Tears down all sessions silently on Gateway shutdown; their sockets are closing too. */
disposeAll(): void;
/**
* Claims the longest-idle agent-owned session as an eviction candidate when
* the pool is exhausted. Viewer-attached and connection-owned sessions are
* never evicted; an idle viewer-free background job losing its PTY under
* pressure is the accepted tradeoff for keeping the pool available. Claimed
* sessions are skipped so concurrent opens select distinct victims.
*/
private claimLongestIdleAgentSession;
private removeViewer;
private interactiveSession;
/** Agents may operate only PTYs created by their exact trusted session key. */
private agentOwnedSession;
private finalize;
}
//#endregion
//#region src/gateway/worker-environments/placement-projector.d.ts
type WorkerSessionPlacementReader = {
getMany(sessionIds: readonly string[]): ReadonlyMap<string, WorkerSessionPlacementRecord>;
/** Runtime consumers may cancel work when the exact captured turn claim closes. */
registerTurnClaimClosedHandler?: (handler: (claim: WorkerSessionTurnClaim) => void) => () => void;
getPlacementMoves?(sessionIds: readonly string[]): ReadonlyMap<string, WorkerPlacementMoveIntent>;
};
type WorkerPlacementDiskSpaceReader = {
read(record: WorkerSessionPlacementRecord): SessionPlacementDiskSpace | undefined;
version(): number;
};
type WorkerPlacementRunnerAvailabilityReader = {
read(record: WorkerSessionPlacementRecord): SessionPlacementRunner | undefined;
version(): number;
};
//#endregion
//#region src/gateway/server-methods/chat-metadata-contract.d.ts
type ChatMetadataSessionEntry = Partial<Pick<SessionEntry$1, "sessionId" | "agentHarnessId" | "modelSelectionLocked" | "pluginOwnerId" | "providerOverride" | "modelOverride" | "authProfileOverride" | "authProfileOverrideSource" | "authProfileOverrideCompactionCount">>;
type ChatMetadataReadParams = {
agentId: string;
sessionKey?: string;
requesterProfileId?: string;
sessionEntry?: ChatMetadataSessionEntry;
draftAccountSelection?: UserModelAccountSelection;
};
type ChatMetadataResult = {
commands?: unknown[];
models?: unknown[];
swarmEnabled: boolean;
accountSelection?: ChatAccountSelection;
};
//#endregion
//#region src/gateway/server-methods/chat-startup-projection-contract.d.ts
type ChatStartupProjectionReadParams = {
agentId: string;
requesterProfileId?: string;
sessionKey?: string;
sessionEntry?: ChatMetadataSessionEntry;
readPolicy?: "current" | "ready";
};
type ChatStartupProjectionResult = {
metadata?: ChatMetadataResult;
sessionModelCatalog: ModelCatalogEntry[];
defaultModelCatalog: ModelCatalogEntry[];
};
//#endregion
//#region src/gateway/server-methods/shared-types.d.ts
/**
* Shared gateway request types used by every server-method module.
*/
type SubsystemLogger = ReturnType<typeof createSubsystemLogger>;
/** Minimal hosted OpenClaw contract retained by the gateway request router. */
/**
* Structural mirror of the engine's SystemAgentAssistantTurn. Kept local as a
* leaf contract: importing the assistant module here closes a madge cycle
* through the agents/config cluster.
*/
type SystemAgentHistoryTurn = {
role: "user" | "assistant";
text: string;
};
type GatewaySystemAgentSession = {
engine: {
handle: (message: string, options?: {
uiContext?: {
page: string;
};
}) => Promise<{
text: string;
action: "none" | "exit" | "open-tui" | "open-setup";
sensitive?: boolean;
question?: SystemAgentChatQuestion;
}>;
answerWizard: (answer: WizardAnswer) => Promise<{
text: string;
action: "none" | "exit" | "open-tui" | "open-setup";
sensitive?: boolean;
question?: SystemAgentChatQuestion;
}>;
cancelWizard: (cancel: SystemAgentWizardCancel) => Promise<{
text: string;
action: "none" | "exit" | "open-tui" | "open-setup";
sensitive?: boolean;
question?: SystemAgentChatQuestion;
}>;
decorateRejoinReply: (reply: {
text: string;
action: "none";
}) => {
text: string;
action: "none" | "exit" | "open-tui" | "open-setup";
sensitive?: boolean;
wizardInputPending?: boolean;
question?: SystemAgentChatQuestion;
step?: WizardStep;
};
noteAssistantMessage: (text: string) => void;
seedHistory: (turns: readonly SystemAgentHistoryTurn[]) => void;
historyLength: () => number;
historySince: (index: number) => SystemAgentHistoryTurn[];
getPendingOperatorProposal: () => {
operation: SystemAgentOperation;
hash: string;
} | null;
resolveOperatorApproval: (decision: "allow-once" | "allow-always" | "deny" | null, proposalHash: string, beforePersistentApply?: () => void, terminalStatus?: "expired" | "cancelled") => Promise<{
text: string;
action: "none" | "exit" | "open-tui" | "open-setup";
applied?: boolean;
} | null>;
dispose: () => Promise<void>;
};
welcome: string;
welcomeQuestion?: SystemAgentChatQuestion;
/** Audit cursor captured with the pending caretaker welcome; cleared after delivery. */
welcomeAuditSequence?: number;
lastUsedAt: number;
ownerKey: string;
pendingApproval?: {
id: string;
proposalHash: string;
completion: Promise<NonNullable<Awaited<ReturnType<GatewaySystemAgentSession["engine"]["resolveOperatorApproval"]>>>>;
};
};
/** Kernel-owned services and state that can be constructed without binding sockets. */
type GatewayKernelContext = {
deps: CliDeps;
/** Host-bound plugin ingress; the transport owns its shared hook dispatch queue. */
dispatchHookAgentTurn?: (pluginId: string, params: Parameters<PluginRuntimeCore["hooks"]["dispatchHookAgentTurn"]>[0]) => ReturnType<PluginRuntimeCore["hooks"]["dispatchHookAgentTurn"]>;
configRevisionProjector: GatewayConfigRevisionProjector;
cron: GatewayCronServiceContract;
cronStorePath: string;
getRuntimeConfig: () => OpenClawConfig;
/** Live reload owner, including same-config restart work and shutdown. */
isConfigReloadSettled: () => boolean;
/** Prepared listener certificate pin; undefined when Gateway TLS is disabled. */
gatewayTlsFingerprint?: string;
sessionCompanion?: SessionCompanionService;
sessionObserver?: SessionObserverService;
/** Temporary profile-owned mentions for this exact Gateway lifetime. */
mentionInbox?: MentionInbox;
resolveTerminalLaunchPolicy: (agentId?: string) => TerminalLaunchResolution;
isTerminalEnabled: () => boolean;
execApprovalManager?: ExecApprovalManager;
questionManager?: QuestionManager;
scopeUpgradeCoordinator?: ScopeUpgradeCoordinator;
/** Exact authority cancels bound approvals; legacy run ids cancel only unbound exec requests. */
cancelRunBoundApprovals?: (target: string | AgentRunDelegatedAuthority) => number;
pluginApprovalManager?: ExecApprovalManager<PluginApprovalRequestPayload>;
placementStandingGrants?: PlacementStandingGrantRuntime;
systemAgentApprovalManager?: ExecApprovalManager<SystemAgentApprovalRequestPayload>;
forwardPluginApprovalRequest?: (request: PluginApprovalRequest$1) => Promise<boolean>;
approvalWebPushDelivery?: {
handleRequested: <TPayload>(record: ExecApprovalRecord<TPayload>) => boolean | Promise<boolean>;
handleResolved: (resolved: {
id: string;
}) => Promise<void>;
handleExpired: (request: {
id: string;
}) => Promise<void>;
};
pluginApprovalIosPushDelivery?: {
handleRequested?: (request: PluginApprovalRequest$1, opts?: {
isTargetVisible?: (target: {
deviceId: string;
scopes: readonly string[];
}) => boolean;
}) => Promise<boolean>;
handleExpired?: (request: PluginApprovalRequest$1) => Promise<void>;
};
listSessionPendingApprovals?: (sessionKey: string, client: GatewayClient | null) => SessionApprovalReplay;
loadGatewayModelCatalog: (params?: {
agentId?: string;
agentDir?: string;
readOnly?: boolean;
workspaceDir?: string;
}) => Promise<ModelCatalogEntry[]>;
loadGatewayModelCatalogSnapshot: (params?: {
agentId?: string;
agentDir?: string;
readOnly?: boolean;
workspaceDir?: string;
}) => Promise<GatewayModelCatalogSnapshot>;
readPreparedGatewayModelCatalog?: (params?: {
agentId?: string;
agentDir?: string;
workspaceDir?: string;
}) => Promise<PreparedGatewayModelCatalog | undefined>;
readChatMetadata: (params: ChatMetadataReadParams) => Promise<ChatMetadataResult>;
readChatStartupProjection?: (params: ChatStartupProjectionReadParams) => Promise<ChatStartupProjectionResult | undefined>;
getHealthCache: () => HealthSummary | null;
logHealth: {
error: (message: string) => void;
};
logGateway: SubsystemLogger;
incrementPresenceVersion: () => number;
getHealthVersion: () => number;
/** Instance-local native approval subscribers; never derived from a network client. */
approvalEvents?: GatewayApprovalEventPublisher;
recoveryRuntime?: GatewayRecoveryRuntime;
/** Uses the lifecycle owner's module graph for plugin and detached agent turns. */
createAgentTurnFacade?: InternalAgentTurnFacadeFactory;
enforceSharedGatewayAuthGenerationForConfigWrite?: (nextConfig: OpenClawConfig) => void;
nodeRegistry: NodeRegistry;
agentRunSeq: Map<string, number>;
chatAbortControllers: Map<string, ChatAbortControllerEntry>;
/** Cancel identities for turns waiting in the followup/collect queue. */
chatQueuedTurns: Map<string, QueuedChatTurnEntry>;
chatRunState: ChatRunState;
addChatRun: (sessionId: string, entry: ChatRunRegistration) => void;
removeChatRun: (sessionId: string, clientRunId: string, sessionKey?: string) => ChatRunEntry | undefined;
dedupe: Map<string, DedupeEntry>;
wizardSessions: Map<string, WizardSession>;
systemAgentSessions: Map<string, GatewaySystemAgentSession>;
findRunningWizard: () => string | null;
purgeWizardSession: (id: string) => void;
wizardRunner: (opts: OnboardOptions, runtime: RuntimeEnv, prompter: WizardPrompter) => Promise<void>;
channelWizardRunner: ChannelSetupWizardRunner;
unavailableGatewayMethods?: ReadonlySet<string>;
};
/** Socket-bound services and connection state supplied by the Gateway transports. */
type GatewayTransportContext = {
portalService?: GatewayPortalService;
getMcpAppSandboxPort?: () => number | undefined;
ensureSandboxHostPort?: () => Promise<number>;
broadcast: GatewayBroadcastFn;
broadcastToConnIds: GatewayBroadcastToConnIdsFn;
getClientConnIds?: (filter?: (client: GatewayClient) => boolean) => ReadonlySet<string>;
nodeSendToSession: (sessionKey: string, event: string, payload: unknown) => void;
nodeSendToAllSubscribed: (event: string, payload: unknown) => void;
nodeSubscribe: (nodeId: string, sessionKey: string, connId?: string) => void;
nodeUnsubscribe: (nodeId: string, sessionKey: string, connId?: string) => void;
nodeUnsubscribeAll: (nodeId: string) => void;
hasConnectedTalkNode: () => Promise<boolean>;
isConnectionActive?: (connId: string) => boolean;
/** Server-stamped activity from an accepted request on the exact live person connection. */
recordClientActivity?: (client: GatewayClient | null) => void;
hasExecApprovalClients?: (excludeConnId?: string) => boolean;
getApprovalClientConnIds?: <TPayload>(params?: {
approvalKind?: "exec" | "plugin" | "system-agent";
excludeConnId?: string;
filter?: (client: GatewayClient, record?: ExecApprovalRecord<TPayload>) => boolean;
record?: ExecApprovalRecord<TPayload>;
}) => ReadonlySet<string>;
disconnectClientsForDevice?: (deviceId: string, opts?: {
role?: string;
}) => void;
disconnectClientsForUserProfile?: (profileId: string) => void;
invalidateClientsForDevice?: (deviceId: string, opts?: {
role?: string;
reason?: string;
}) => void;
hasConnectedClientsForDevice?: (deviceId: string) => boolean;
refreshConnectedUserProfile?: (profile: {
id: string;
displayName: string | null;
avatarRevision: string;
hasAvatar: boolean;
updatedAt: number;
}) => void;
disconnectClientsUsingSharedGatewayAuth?: () => void;
terminalSessions?: TerminalSessionManager;
subscribeSessionEvents: (connId: string) => void;
unsubscribeSessionEvents: (connId: string) => void;
subscribeSessionMessageEvents: (connId: string, sessionKey: string, opts?: {
includeApprovals?: boolean;
provisional?: boolean;
}) => ((() => void) & {
commit: () => void;
}) | undefined;
unsubscribeSessionMessageEvents: (connId: string, sessionKey: string) => void;
unsubscribeAllSessionEvents: (connId: string) => void;
getSessionEventSubscriberConnIds: () => ReadonlySet<string>;
registerToolEventRecipient: (runId: string, connId: string) => void;
};
/** Resident-owned services bridged into request handling by the server lifecycle. */
type GatewayResidentBridgeContext = {
getGatewayMethodRegistry?: () => GatewayMethodRegistry;
controlUiSessionPullRequests?: ReturnType<typeof createControlUiSessionPullRequestSubscriptions>;
sessionViewerPresence?: ReturnType<typeof createSessionViewerPresenceDeclarations>;
notifyPluginMetadataChanged: () => void;
refreshHealthSnapshot: (opts?: {
probe?: boolean;
includeSensitive?: boolean;
}) => Promise<HealthSummary>;
/** Durable cloud-worker lifecycle; absent from lightweight in-process contexts. */
workerEnvironmentService?: WorkerEnvironmentServiceContract;
/** Gateway-host desktop acquisition and observation; present only after enabled startup. */
hostDesktopService?: HostDesktopService;
/** Durable per-session worker placement; absent only from lightweight in-process contexts. */
workerSessionPlacementService?: WorkerSessionPlacementReader & Partial<WorkerSessionPlacementRetirementService>;
/** Process-local health samples fenced to the exact active placement owner. */
workerPlacementDiskSpaceReader?: WorkerPlacementDiskSpaceReader;
/** Process-current paired-device runner proof for active placement projection. */
workerPlacementRunnerAvailabilityReader?: WorkerPlacementRunnerAvailabilityReader;
/** Use-time approval authority validation over the live run/worker owners. */
validateAgentRuntimeApprovalAuthority?: AgentRuntimeApprovalAuthorityValidator;
/** One-way local-to-worker dispatch; absent when cloud workers are disabled. */
workerPlacementDispatchService?: WorkerPlacementDispatchContract;
githubPublicationService?: GitHubPublicationCoordinator;
githubOAuthService?: ReturnType<typeof createGitHubOAuthLifecycle>;
modelAccountConnectService?: ReturnType<typeof createModelAccountConnectService>;
getRuntimeSnapshot: () => ChannelRuntimeSnapshot;
getEventLoopHealth?: () => GatewayEventLoopHealth | undefined;
getConfigReloaderHotReloadStatus?: () => GatewayHotReloadStatus | undefined;
startChannel: (channel: ChannelId$1, accountId?: string, opts?: StartChannelOptions) => Promise<ReadonlyMap<string, ChannelAccountStartOutcome>>;
stopChannel: (channel: ChannelId$1, accountId?: string) => Promise<void>;
markChannelLoggedOut: (channelId: ChannelId$1, cleared: boolean, accountId?: string) => void;
broadcastVoiceWakeChanged: (triggers: string[]) => void;
broadcastVoiceWakeRoutingChanged: (config: VoiceWakeRoutingConfig) => void;
};
/** Complete runtime context available to gateway request handlers. */
type GatewayContextResolver = () => GatewayRequestContext | undefined;
type GatewayRequestContext = GatewayKernelContext & GatewayTransportContext & GatewayResidentBridgeContext & {
/** Retains original execution while callers may receive an early response. */
trackExecution: typeof trackAsyncWork;
/** Local commands can dispatch methods without owning a Gateway server. */
localEmbedded?: true;
/** Live instance routing only; never authorization or wire state. */
resolveGatewayContext?: GatewayContextResolver;
hostLifecycle?: GatewayHostLifecycle;
/** Entry-only access; the kernel owns closure. Absent in embedded-only contexts. */
requestEntryLifetime?: Pick<GatewayRequestEntryLifetime, "enter" | "signal">;
};
/** Full dispatch context for raw request frames before params are normalized. */
type GatewayRequestOptions = {
req: RequestFrame;
client: GatewayClient | null;
isWebchatConnect: (params: ConnectParams | null | undefined) => boolean;
respond: RespondFn;
context: GatewayRequestContext;
methodRegistry?: GatewayMethodRegistryView;
/** In-process Gateway lifetime guard composed into durable session mutations. */
sessionMutationCommitGuard?: () => void;
/** In-process caller lifetime; never serialized into a Gateway request frame. */
signal?: AbortSignal;
};
/** Commit-time guard captured by the pre-dispatch session participation check. */
type SessionMutationAuthorization = {
talkSessionTarget?: PreparedTalkSessionTarget;
assertCurrent: () => void;
assertTargetCurrent: (target: {
sessionKey: string;
agentId?: string;
/** Internal ensure result: may materialize a previously id-less Talk target, never replace it. */
ensuredSessionId?: string;
}) => void;
};
/** Normalized method invocation options passed to registered handlers. */
type GatewayRequestHandlerOptions = {
req: RequestFrame;
params: Record<string, unknown>;
client: GatewayClient | null;
isWebchatConnect: (params: ConnectParams | null | undefined) => boolean;
respond: RespondFn;
context: GatewayRequestContext;
sessionMutationCommitGuard?: () => void;
sessionMutationAuthorization?: SessionMutationAuthorization;
/** In-process caller lifetime; absent for ordinary transport requests. */
signal?: AbortSignal;
};
/** Single gateway method implementation. */
type GatewayRequestHandler = (opts: GatewayRequestHandlerOptions) => Promise<void> | void;
/** Registry fragment keyed by gateway protocol method name. */
type GatewayRequestHandlers = Record<string, GatewayRequestHandler>;
//#endregion
//#region src/plugins/config-activation-shared.d.ts
type PluginActivationSource = "disabled" | "explicit" | "auto" | "default";
//#endregion
//#region src/plugins/registry-types.d.ts
type ChannelPlugin = ChannelPlugin$3;
type CliBackendPlugin$1 = CliBackendPlugin;
type ImageGenerationProviderPlugin = ImageGenerationProviderPlugin$1;
type MediaUnderstandingProviderPlugin = MediaUnderstandingProviderPlugin$1;
type TranscriptSourceProvider = TranscriptSourceProvider$1;
type MusicGenerationProviderPlugin = MusicGenerationProviderPlugin$1;
type OpenClawPluginCliRootCommandDescriptor = OpenClawPluginCliRootCommandDescriptor$1;
type OpenClawPluginCliRegistrar = OpenClawPluginCliRegistrar$1;
type OpenClawPluginCommandDefinition = OpenClawPluginCommandDefinition$1;
type PluginInteractiveHandlerRegistration = PluginInteractiveHandlerRegistration$1;
type OpenClawPluginGatewayRuntimeScopeSurface = OpenClawPluginGatewayRuntimeScopeSurface$1;
type OpenClawGatewayDiscoveryService = OpenClawGatewayDiscoveryService$1;
type OpenClawPluginHttpRouteHandler = OpenClawPluginHttpRouteHandler$1;
type OpenClawPluginHttpRouteMatch = OpenClawPluginHttpRouteMatch$1;
type OpenClawPluginHostedMediaResolver = OpenClawPluginHostedMediaResolver$1;
type OpenClawPluginReloadRegistration = OpenClawPluginReloadRegistration$1;
type OpenClawPluginSecurityAuditCollector = OpenClawPluginSecurityAuditCollector$1;
type OpenClawPluginService = OpenClawPluginService$1;
type OpenClawPluginToolFactory = OpenClawPluginToolFactory$1;
type PluginConversationBindingResolvedEvent = PluginConversationBindingResolvedEvent$1;
type TypedPluginHookRegistration = PluginHookRegistration$1;
type PluginOrigin = PluginOrigin$1;
type PluginTextTransformRegistration = PluginTextTransformRegistration$1;
type MigrationProviderPlugin = MigrationProviderPlugin$1;
type ProviderPlugin = ProviderPlugin$1;
type RealtimeTranscriptionProviderPlugin = RealtimeTranscriptionProviderPlugin$1;
type RealtimeVoiceProviderPlugin = RealtimeVoiceProviderPlugin$1;
type SpeechProviderPlugin = SpeechProviderPlugin$1;
type VideoGenerationProviderPlugin = VideoGenerationProviderPlugin$1;
type WebFetchProviderPlugin = WebFetchProviderPlugin$1;
type WebSearchProviderPlugin = WebSearchProviderPlugin$1;
type WorkerProvider = WorkerProvider$1;
type UnifiedModelCatalogProviderPlugin = UnifiedModelCatalogProviderPlugin$1;
/** Agent tool factory registered by one plugin runtime. */
type PluginToolRegistration = {
pluginId: string;
pluginName?: string;
factory: OpenClawPluginToolFactory;
names: string[];
declaredNames?: string[];
optional: boolean;
/** Loader-owned provenance. Missing values are conservative legacy registrations. */
origin?: PluginOrigin;
source: string;
rootDir?: string;
};
type PluginCliRegistration = {
pluginId: string;
pluginName?: string;
register: OpenClawPluginCliRegistrar;
parentPath: string[];
commands: string[];
descriptors: OpenClawPluginCliRootCommandDescriptor[];
source: string;
rootDir?: string;
};
/** Gateway HTTP route registered by a plugin runtime. */
type PluginHttpRouteRegistration = {
/** Retired ingress awaiting a lifecycle replacement; responds with Retry-After. */
handoff?: true;
pluginId?: string;
path: string;
handler: OpenClawPluginHttpRouteHandler;
handleUpgrade?: OpenClawPluginHttpRouteUpgradeHandler;
auth: OpenClawPluginHttpRouteAuth;
match: OpenClawPluginHttpRouteMatch;
gatewayRuntimeScopeSurface?: OpenClawPluginGatewayRuntimeScopeSurface;
gatewayMethodDispatchAllowed?: boolean;
nodeCapability?: {
surface: string;
ttlMs?: number;
};
source?: string;
};
type PluginHostedMediaResolverRegistration = {
pluginId: string;
pluginName?: string;
resolver: OpenClawPluginHostedMediaResolver;
source: string;
rootDir?: string;
};
type PluginChannelRegistration = {
pluginId: string;
pluginName?: string;
plugin: ChannelPlugin;
/** Exact record-bound runtime resolver captured when the active plugin registered the channel. */
resolveChannelRuntime?: () => PluginRuntime["channel"];
/** Loader-owned provenance. Missing values are conservative legacy registrations. */
origin?: PluginOrigin;
source: string;
rootDir?: string;
};
type PluginChannelSetupRegistration = {
pluginId: string;
pluginName?: string;
plugin: ChannelPlugin;
/** Loader-owned provenance. Missing values are conservative legacy registrations. */
origin?: PluginOrigin;
source: string;
enabled: boolean;
rootDir?: string;
};
type PluginProviderRegistration = {
pluginId: string;
pluginName?: string;
provider: ProviderPlugin;
source: string;
rootDir?: string;
};
type PluginModelCatalogProviderRegistration = {
pluginId: string;
pluginName?: string;
provider: UnifiedModelCatalogProviderPlugin;
source: string;
rootDir?: string;
};
type PluginSessionCatalogRegistration = {
pluginId: string;
pluginName?: string;
provider: SessionCatalogProvider;
source: string;
rootDir?: string;
};
type PluginDashboardDataBindingRegistration = PluginManifestDashboardDataBinding & {
pluginId: string;
capabilityId: string;
handler: GatewayRequestHandlers[string];
};
type PluginDashboardActionVerbRegistration = PluginManifestDashboardActionVerb & {
pluginId: string;
capabilityId: string;
handler: GatewayRequestHandlers[string];
};
type PluginBoardWidgetContentKindRegistration = {
pluginId: string;
pluginKind: string;
definition: PluginBoardWidgetContentKind;
};
type PluginCliBackendRegistration = {
pluginId: string;
pluginName?: string;
builtWithOpenClawVersion?: string;
backend: CliBackendPlugin$1;
source: string;
rootDir?: string;
};
type PluginTextTransformsRegistration = {
pluginId: string;
pluginName?: string;
transforms: PluginTextTransformRegistration;
source: string;
rootDir?: string;
};
type PluginOwnedProviderRegistration<T extends {
id: string;
}> = {
pluginId: string;
pluginName?: string;
provider: T;
source: string;
rootDir?: string;
};
type PluginSpeechProviderRegistration = PluginOwnedProviderRegistration<SpeechProviderPlugin>;
type PluginEmbeddingProviderRegistration = PluginOwnedProviderRegistration<EmbeddingProviderAdapter>;
type PluginRealtimeTranscriptionProviderRegistration = PluginOwnedProviderRegistration<RealtimeTranscriptionProviderPlugin>;
type PluginRealtimeVoiceProviderRegistration = PluginOwnedProviderRegistration<RealtimeVoiceProviderPlugin>;
type PluginMediaUnderstandingProviderRegistration = PluginOwnedProviderRegistration<MediaUnderstandingProviderPlugin>;
type PluginTranscriptsSourceProviderRegistration = PluginOwnedProviderRegistration<TranscriptSourceProvider>;
type PluginImageGenerationProviderRegistration = PluginOwnedProviderRegistration<ImageGenerationProviderPlugin>;
type PluginVideoGenerationProviderRegistration = PluginOwnedProviderRegistration<VideoGenerationProviderPlugin>;
type PluginMusicGenerationProviderRegistration = PluginOwnedProviderRegistration<MusicGenerationProviderPlugin>;
type PluginWebFetchProviderRegistration = PluginOwnedProviderRegistration<WebFetchProviderPlugin>;
type PluginWebSearchProviderRegistration = PluginOwnedProviderRegistration<WebSearchProviderPlugin>;
type PluginWorkerProviderRegistration = PluginOwnedProviderRegistration<WorkerProvider>;
type PluginMigrationProviderRegistration = PluginOwnedProviderRegistration<MigrationProviderPlugin>;
type PluginCodexAppServerExtensionFactoryRegistration = {
pluginId: string;
pluginName?: string;
rawFactory: CodexAppServerExtensionFactory;
factory: CodexAppServerExtensionFactory;
source: string;
rootDir?: string;
};
type PluginAgentToolResultMiddlewareRegistration = {
pluginId: string;
pluginName?: string;
rawHandler: AgentToolResultMiddleware;
handler: AgentToolResultMiddleware;
runtimes: AgentToolResultMiddlewareRuntime[];
scopes?: AgentToolResultMiddlewareScope[];
source: string;
rootDir?: string;
};
type PluginAgentToolResultMiddlewareOwner = {
pluginId: string;
runtimes: AgentToolResultMiddlewareRuntime[];
manifest: PluginManifestRecord;
};
type PluginAgentHarnessRegistration = {
pluginId: string;
pluginName?: string;
harness: AgentHarness;
nativeCompaction?: AgentHarnessNativeCompaction;
source: string;
rootDir?: string;
};
type PluginHookRegistration = {
pluginId: string;
entry: HookEntry;
events: string[];
source: string;
rootDir?: string;
};
type PluginServiceRegistration = {
pluginId: string;
pluginName?: string;
service: OpenClawPluginService;
source: string;
origin: PluginOrigin;
trustedOfficialInstall?: boolean;
rootDir?: string;
};
type PluginGatewayDiscoveryServiceRegistration = {
pluginId: string;
pluginName?: string;
service: OpenClawGatewayDiscoveryService;
source: string;
rootDir?: string;
};
type PluginReloadRegistration = {
pluginId: string;
pluginName?: string;
registration: OpenClawPluginReloadRegistration;
source: string;
rootDir?: string;
};
type PluginNodeHostCommandRegistration = {
pluginId: string;
pluginName?: string;
command: OpenClawPluginNodeHostCommand;
source: string;
rootDir?: string;
};
type PluginNodeInvokePolicyRegistration = {
pluginId: string;
pluginName?: string;
policy: OpenClawPluginNodeInvokePolicy;
pluginConfig?: Record<string, unknown>;
source: string;
rootDir?: string;
};
type PluginWidgetPresenterRegistration = {
pluginId: string;
pluginName?: string;
presenter: WidgetPresenter;
source: string;
rootDir?: string;
};
type PluginSecurityAuditCollectorRegistration = {
pluginId: string;
pluginName?: string;
collector: OpenClawPluginSecurityAuditCollector;
source: string;
rootDir?: string;
};
type PluginCommandRegistration = {
pluginId: string;
pluginName?: string;
command: OpenClawPluginCommandDefinition;
source: string;
rootDir?: string;
trustedOwnerStatusExposure?: true;
};
type PluginLegacyInternalHookRegistration = {
pluginId: string;
name: string;
event: string;
handler: InternalHookHandler;
};
type PluginSessionDiscussionRegistration = {
pluginId: string;
provider: SessionDiscussionProvider;
};
type PluginInteractiveHandlerRegistryRegistration = PluginInteractiveHandlerRegistration & {
pluginId: string;
pluginName?: string;
pluginRoot?: string;
};
type PluginSessionExtensionRegistryRegistration = {
pluginId: string;
pluginName?: string;
extension: PluginSessionExtensionRegistration;
source: string;
rootDir?: string;
};
type PluginTrustedToolPolicyRegistryRegistration = {
pluginId: string;
pluginName?: string;
policy: PluginTrustedToolPolicyRegistration;
origin?: PluginRecord["origin"];
source: string;
rootDir?: string;
};
type PluginToolMetadataRegistryRegistration = {
pluginId: string;
pluginName?: string;
metadata: PluginToolMetadataRegistration;
source: string;
rootDir?: string;
};
type PluginControlUiDescriptorRegistryRegistration = {
pluginId: string;
pluginName?: string;
descriptor: PluginControlUiDescriptor;
source: string;
rootDir?: string;
};
type PluginRuntimeLifecycleRegistryRegistration = {
pluginId: string;
pluginName?: string;
lifecycle: PluginRuntimeLifecycleRegistration;
source: string;
rootDir?: string;
};
type PluginAgentEventSubscriptionRegistryRegistration = {
pluginId: string;
pluginName?: string;
subscription: PluginAgentEventSubscriptionRegistration;
source: string;
rootDir?: string;
};
type PluginSessionSchedulerJobRegistryRegistration = {
pluginId: string;
pluginName?: string;
job: PluginSessionSchedulerJobRegistration;
generation?: number;
source: string;
rootDir?: string;
};
type PluginSessionActionRegistryRegistration = {
pluginId: string;
pluginName?: string;
action: PluginSessionActionRegistration;
source: string;
rootDir?: string;
};
type PluginConversationBindingResolvedHandlerRegistration = {
pluginId: string;
pluginName?: string;
pluginRoot?: string;
handler: (event: PluginConversationBindingResolvedEvent) => void | Promise<void>;
source: string;
rootDir?: string;
};
type PluginRecord = {
id: string;
name: string;
packageVersion?: string;
version?: string;
builtWithOpenClawVersion?: string;
packageName?: string;
description?: string;
format?: PluginFormat;
bundleFormat?: PluginBundleFormat;
bundleCapabilities?: string[];
kind?: PluginKind | PluginKind[];
source: string;
rootDir?: string;
origin: PluginOrigin;
workspaceDir?: string;
trustedOfficialInstall?: boolean;
trust?: PluginTrust;
enabled: boolean;
explicitlyEnabled?: boolean;
activated?: boolean;
imported?: boolean;
/** Families authoritatively supplied by a descriptor entry, including empty collections. */
capabilityCatalog?: Array<keyof PluginCapabilityCatalog>;
compat?: readonly PluginCompatCode[];
activationSource?: PluginActivationSource;
activationReason?: string;
status: "loaded" | "disabled" | "error";
error?: string;
failedAt?: Date;
failurePhase?: "validation" | "load" | "register";
toolNames: string[];
hookNames: string[];
channelIds: string[];
cliBackendIds: string[];
providerIds: string[];
syntheticAuthRefs?: string[];
embeddingProviderIds: string[];
speechProviderIds: string[];
realtimeTranscriptionProviderIds: string[];
realtimeVoiceProviderIds: string[];
mediaUnderstandingProviderIds: string[];
transcriptSourceProviderIds: string[];
imageGenerationProviderIds: string[];
videoGenerationProviderIds: string[];
musicGenerationProviderIds: string[];
webFetchProviderIds: string[];
webSearchProviderIds: string[];
migrationProviderIds: string[];
contextEngineIds?: string[];
agentHarnessIds: string[];
cliCommands: string[];
services: string[];
gatewayDiscoveryServiceIds: string[];
commands: string[];
commandAliases?: PluginManifestRecord["commandAliases"];
httpRoutes: number;
hookCount: number;
configSchema: boolean;
configUiHints?: Record<string, PluginConfigUiHint>;
configJsonSchema?: JsonSchemaObject;
contracts?: PluginManifestContracts;
dashboard?: PluginManifestDashboard;
controlUi?: PluginManifestControlUi;
mcpServers?: Record<string, PluginManifestMcpServer>;
memorySlotSelected?: boolean;
dependencyStatus?: PluginDependencyStatus;
};
type PluginRegistry = {
plugins: PluginRecord[];
tools: PluginToolRegistration[];
hooks: PluginHookRegistration[];
typedHooks: TypedPluginHookRegistration[];
channels: PluginChannelRegistration[];
channelSetups: PluginChannelSetupRegistration[];
providers: PluginProviderRegistration[];
modelCatalogProviders: PluginModelCatalogProviderRegistration[];
sessionCatalogs: PluginSessionCatalogRegistration[];
cliBackends: PluginCliBackendRegistration[];
textTransforms: PluginTextTransformsRegistration[];
embeddingProviders: PluginEmbeddingProviderRegistration[];
speechProviders: PluginSpeechProviderRegistration[];
realtimeTranscriptionProviders: PluginRealtimeTranscriptionProviderRegistration[];
realtimeVoiceProviders: PluginRealtimeVoiceProviderRegistration[];
mediaUnderstandingProviders: PluginMediaUnderstandingProviderRegistration[];
transcriptSourceProviders: PluginTranscriptsSourceProviderRegistration[];
imageGenerationProviders: PluginImageGenerationProviderRegistration[];
videoGenerationProviders: PluginVideoGenerationProviderRegistration[];
musicGenerationProviders: PluginMusicGenerationProviderRegistration[];
webFetchProviders: PluginWebFetchProviderRegistration[];
webSearchProviders: PluginWebSearchProviderRegistration[];
workerProviders: Map<string, PluginWorkerProviderRegistration>;
migrationProviders: PluginMigrationProviderRegistration[];
codexAppServerExtensionFactories: PluginCodexAppServerExtensionFactoryRegistration[];
agentToolResultMiddlewareOwners: PluginAgentToolResultMiddlewareOwner[];
agentToolResultMiddlewares: PluginAgentToolResultMiddlewareRegistration[];
agentHarnesses: PluginAgentHarnessRegistration[];
pluginRuntimeArtifacts: Map<string, ResolvedPluginRuntimeArtifact>;
compactionProviders: RegisteredCompactionProvider[];
detachedTaskRuntimes: DetachedTaskLifecycleRuntimeRegistration[];
legacyInternalHooks: PluginLegacyInternalHookRegistration[];
memoryCapabilities: MemoryPluginCapabilityRegistration[];
memoryCorpusSupplements: MemoryCorpusSupplementRegistration[];
memoryPromptPreparations: MemoryPromptPreparationRegistration[];
memoryPromptSupplements: MemoryPromptSupplementRegistration[];
sessionDiscussionProviders: Map<string, PluginSessionDiscussionRegistration>;
contextEngines: Map<string, ContextEngineRegistration>;
gatewayHandlers: GatewayRequestHandlers;
gatewayMethodDescriptors: GatewayMethodDescriptor[];
dashboardDataBindings: Map<string, PluginDashboardDataBindingRegistration>;
dashboardActionVerbs: Map<string, PluginDashboardActionVerbRegistration>;
boardWidgetContentKinds: Map<string, PluginBoardWidgetContentKindRegistration>;
coreGatewayMethodNames: string[];
httpRoutes: PluginHttpRouteRegistration[];
hostedMediaResolvers: PluginHostedMediaResolverRegistration[];
widgetPresenters: PluginWidgetPresenterRegistration[];
mcpServerConnectionResolvers: PluginMcpServerConnectionResolverRegistration[];
cliRegistrars: PluginCliRegistration[];
reloads: PluginReloadRegistration[];
nodeHostCommands: PluginNodeHostCommandRegistration[];
nodeInvokePolicies: PluginNodeInvokePolicyRegistration[];
securityAuditCollectors: PluginSecurityAuditCollectorRegistration[];
services: PluginServiceRegistration[];
gatewayDiscoveryServices: PluginGatewayDiscoveryServiceRegistration[];
commands: PluginCommandRegistration[];
interactiveHandlers: PluginInteractiveHandlerRegistryRegistration[];
sessionExtensions: PluginSessionExtensionRegistryRegistration[];
trustedToolPolicies: PluginTrustedToolPolicyRegistryRegistration[];
toolMetadata: PluginToolMetadataRegistryRegistration[];
controlUiDescriptors: PluginControlUiDescriptorRegistryRegistration[];
runtimeLifecycles: PluginRuntimeLifecycleRegistryRegistration[];
agentEventSubscriptions: PluginAgentEventSubscriptionRegistryRegistration[];
sessionSchedulerJobs: PluginSessionSchedulerJobRegistryRegistration[];
sessionActions: PluginSessionActionRegistryRegistration[];
conversationBindingResolvedHandlers: PluginConversationBindingResolvedHandlerRegistration[];
diagnostics: PluginDiagnostic[];
};
//#endregion
//#region src/plugins/capability-provider-runtime.d.ts
declare function prepareMediaCapabilityProviders(params: {
cfg?: OpenClawConfig;
pluginMetadataSnapshot: Pick<PluginMetadataSnapshot, "index" | "plugins">;
registry?: PluginRegistry;
}): Readonly<{
mediaUnderstandingProviders: readonly MediaUnderstandingProvider[] | undefined;
imageGenerationProviders: readonly ImageGenerationProvider[] | undefined;
videoGenerationProviders: readonly VideoGenerationProvider[] | undefined;
musicGenerationProviders: readonly MusicGenerationProvider[] | undefined;
}>;
//#endregion
//#region src/agents/embedded-agent-runner/model.inline-provider.d.ts
/**
* Normalizes inline `models.providers` config into runtime model entries.
*/
type InlineModelEntry = Omit<ModelDefinitionConfig, "api" | "contextWindow"> & {
api?: Api;
contextWindow?: number;
provider: string;
baseUrl?: string;
headers?: Record<string, string>;
};
//#endregion
//#region src/plugins/prepared-message-tool-catalog.d.ts
type PreparedMessageToolCatalogEntry = Readonly<{
id: string;
actions?: ChannelMessageActionAdapter;
reconcilesUnknownSend: boolean;
}>;
type PreparedMessageToolCatalog = Readonly<{
version: number;
channels: readonly PreparedMessageToolCatalogEntry[];
getChannel: (id: string) => PreparedMessageToolCatalogEntry | undefined;
}>;
//#endregion
//#region src/agents/agent-auth-credential-modes.d.ts
/** Secret-free credential modes captured by a prepared agent runtime. */
type PreparedAgentCredentialModes = Readonly<Record<string, "api_key" | "oauth" | "token">>;
//#endregion
//#region src/agents/prepared-model-catalog.types.d.ts
type PublishedModelCatalogOwnerCandidate = Readonly<{
/** Captured during preparation; undefined is a known-unbound runtime. */
catalogOwner: Readonly<{
agentId: string;
workspaceDir: string;
}> | undefined;
agentId?: string;
agentDir: string;
workspaceDir?: string;
config: OpenClawConfig;
observationConfig: OpenClawConfig;
authModes: PreparedAgentCredentialModes;
authStore?: AuthProfileStore;
metadataSnapshot: PluginMetadataSnapshot;
/** Registry owned by this prepared generation; omitted from read-only builds. */
pluginRegistry?: PluginRegistry;
/** Reports whether this exact lifecycle generation is still published. */
isCurrent: () => boolean;
modelCatalog: ModelCatalogSnapshot;
}>;
//#endregion
//#region src/agents/prepared-model-runtime.configured.d.ts
type PreparedConfiguredRuntimeModel = Readonly<{
provider: string;
modelId: string;
model: ProviderRuntimeModel;
}>;
//#endregion
//#region src/agents/prepared-model-runtime.types.d.ts
type PreparedModelRuntimeSnapshot = Readonly<{
catalogOwner: PublishedModelCatalogOwnerCandidate["catalogOwner"];
agentId?: string;
agentDir: string;
inheritedAuthDir?: string;
workspaceDir?: string;
/** Run-prepared repository root; null means discovery completed without a match. */
repoRoot?: string | null;
/** Stable identity derived from repoRoot; null means the run is outside a repository. */
projectKey?: string | null;
/** Session active project set, ordered most-recent first; empty before run binding. */
activeProjectKeys: readonly string[];
config: OpenClawConfig;
/** Native observations retain preparation identity across model-neutral config publications. */
observationConfig: OpenClawConfig;
isCurrent: () => boolean;
/** Secret-free usable auth modes captured by this exact lifecycle generation. */
authModes: PreparedAgentCredentialModes;
metadataSnapshot: PluginMetadataSnapshot;
messageToolCatalog?: PreparedMessageToolCatalog;
mediaCapabilityProviders?: ReturnType<typeof prepareMediaCapabilityProviders>;
/** Registry value owned by this generation; omitted from read-only builds. */
pluginRegistry?: PluginRegistry;
allowGatewaySubagentBinding: boolean;
/**
* Configured model projection used by turn admission and synchronous callers.
* Full inventory discovery is deliberately outside the startup publication boundary.
*/
modelCatalog: ModelCatalogSnapshot;
/** Reads a completed full catalog without starting provider discovery. */
readFullModelCatalog?: () => ModelCatalogSnapshot | undefined;
/** Builds this generation's full control-plane catalog without replacing turn facts. */
loadFullModelCatalog?: (options?: {
refresh?: boolean;
}) => Promise<ModelCatalogSnapshot>;
/** Full static models for configured refs, resolved once at the lifecycle boundary. */
configuredRuntimeModels: readonly PreparedConfiguredRuntimeModel[];
/** Inline provider projection prepared once for all resolutions owned by this snapshot. */
inlineProviderModels: readonly InlineModelEntry[];
createStores: () => PreparedModelRuntimeStores;
}>;
type PreparedModelRuntimeStores = {
authStorage: AuthStorage;
modelRegistry: ModelRegistry$1;
};
//#endregion
//#region src/plugins/provider-runtime.d.ts
declare function runProviderDynamicModel(params: {
provider: string;
config?: OpenClawConfig;
workspaceDir?: string;
env?: NodeJS.ProcessEnv;
context: ProviderResolveDynamicModelContext;
}): ProviderRuntimeModel | undefined;
declare function prepareProviderDynamicModel(params: {
provider: string;
config?: OpenClawConfig;
workspaceDir?: string;
env?: NodeJS.ProcessEnv;
context: ProviderPrepareDynamicModelContext;
}): Promise<ProviderRuntimeModel | void>;
declare function shouldPreferProviderRuntimeResolvedModel(params: {
provider: string;
config?: OpenClawConfig;
workspaceDir?: string;
env?: NodeJS.ProcessEnv;
context: ProviderPreferRuntimeResolvedModelContext;
}): boolean;
declare function normalizeProviderResolvedModelWithPlugin(params: {
provider: string;
modelId?: string | null;
config?: OpenClawConfig;
workspaceDir?: string;
env?: NodeJS.ProcessEnv;
pluginMetadataSnapshot?: PluginMetadataRegistryView;
context: {
config?: OpenClawConfig;
agentDir?: string;
workspaceDir?: string;
provider: string;
modelId: string;
model: ProviderRuntimeModel;
};
}): ProviderRuntimeModel | undefined;
declare function applyProviderResolvedTransportWithPlugin(params: {
provider: string;
modelId?: string | null;
config?: OpenClawConfig;
workspaceDir?: string;
env?: NodeJS.ProcessEnv;
context: ProviderNormalizeResolvedModelContext;
}): ProviderRuntimeModel | undefined;
declare function normalizeProviderTransportWithPlugin(params: {
provider: string;
modelId?: string | null;
config?: OpenClawConfig;
workspaceDir?: string;
env?: NodeJS.ProcessEnv;
context: ProviderNormalizeTransportContext;
}): {
api?: string | null;
baseUrl?: string;
} | undefined;
declare function buildProviderUnknownModelHintWithPlugin(params: {
provider: string;
config?: OpenClawConfig;
workspaceDir?: string;
env?: NodeJS.ProcessEnv;
context: ProviderBuildUnknownModelHintContext;
}): string | undefined;
//#endregion
//#region src/agents/embedded-agent-runner/model.provider-hooks.d.ts
type ProviderRuntimeHooks = {
applyProviderResolvedTransportWithPlugin?: (params: Parameters<typeof applyProviderResolvedTransportWithPlugin>[0]) => unknown;
buildProviderUnknownModelHintWithPlugin: (params: Parameters<typeof buildProviderUnknownModelHintWithPlugin>[0]) => string | undefined;
prepareProviderDynamicModel: (params: Parameters<typeof prepareProviderDynamicModel>[0]) => ReturnType<typeof prepareProviderDynamicModel>;
runProviderDynamicModel: (params: Parameters<typeof runProviderDynamicModel>[0]) => unknown;
shouldPreferProviderRuntimeResolvedModel?: (params: Parameters<typeof shouldPreferProviderRuntimeResolvedModel>[0]) => boolean;
normalizeProviderResolvedModelWithPlugin: (params: Parameters<typeof normalizeProviderResolvedModelWithPlugin>[0]) => unknown;
normalizeProviderTransportWithPlugin: typeof normalizeProviderTransportWithPlugin;
};
//#endregion
//#region src/agents/embedded-agent-runner/model.d.ts
type CommonModelResolutionOptions = {
authStorage?: AuthStorage;
modelRegistry?: ModelRegistry$1;
agentId?: string;
runtimeHooks?: ProviderRuntimeHooks;
skipProviderRuntimeHooks?: boolean;
workspaceDir?: string;
authProfileId?: string;
authProfileMode?: AuthProfileCredential["type"] | "aws-sdk";
preferredProfile?: string;
};
type AsyncModelResolutionOptions = CommonModelResolutionOptions & {
allowBundledStaticCatalogFallback?: boolean;
preferBundledStaticCatalogTransport?: boolean;
agentRuntimeId?: string;
skipAgentDiscovery?: boolean;
preparedModelRuntime?: PreparedModelRuntimeSnapshot;
};
declare function resolveModelAsync(provider: string, modelId: string, agentDir?: string, cfg?: OpenClawConfig, options?: AsyncModelResolutionOptions): Promise<{
model?: Model;
error?: string;
authStorage: AuthStorage;
modelRegistry: ModelRegistry$1;
}>;
//#endregion
//#region src/agents/simple-completion-runtime.d.ts
type AllowedMissingApiKeyMode = ResolvedProviderAuth["mode"];
type SimpleCompletionModelOptions = {
maxTokens?: number;
temperature?: number;
reasoning?: ThinkLevel | ThinkingLevel;
strictReasoningTags?: boolean;
signal?: AbortSignal;
};
type PreparedSimpleCompletionModel = {
model: Model;
auth: ResolvedProviderAuth;
/** Non-reversible owner proof captured from the same auth snapshot. */
sourceAuthFingerprint?: string;
} | {
error: string;
auth?: ResolvedProviderAuth;
};
declare function prepareSimpleCompletionModel(params: {
cfg: OpenClawConfig | undefined;
agentId?: string;
provider: string;
modelId: string;
agentDir?: string;
profileId?: string;
preferredProfile?: string;
allowMissingApiKeyModes?: ReadonlyArray<AllowedMissingApiKeyMode>;
allowBundledStaticCatalogFallback?: boolean;
skipAgentDiscovery?: boolean;
bindAuthOwner?: boolean;
modelResolver?: typeof resolveModelAsync;
/** Internal caller-owned generation. Public plugin callers use the agent helper below. */
preparedModelRuntime?: PreparedModelRuntimeSnapshot;
workspaceDir?: string;
agentRuntimeId?: string;
}): Promise<PreparedSimpleCompletionModel>;
declare function completeWithPreparedSimpleCompletionModel(params: {
assertCurrent?: () => void;
model: Model;
auth: ResolvedProviderAuth;
context: Parameters<typeof completeSimple>[1];
cfg?: OpenClawConfig;
options?: SimpleCompletionModelOptions;
}): Promise<AssistantMessage>;
//#endregion
//#region src/agents/exec-auto-reviewer.d.ts
/** Config for the optional model-backed exec reviewer. */
type ExecReviewerConfig = {
model?: AgentModelConfig;
timeoutMs?: number;
};
//#endregion
//#region src/agents/bash-tools.exec-types.d.ts
/** Runtime defaults passed into exec/process tool factories. */
type ExecToolDefaults = {
hasCronTool?: boolean;
host?: ExecTarget;
mode?: ExecMode;
bypassHostApprovalFloors?: boolean;
security?: ExecSecurity;
ask?: ExecAsk;
trigger?: string;
node?: string;
/** Default working directory for node-host execution only. */
nodeCwd?: string;
pathPrepend?: string[];
safeBins?: string[];
strictInlineEval?: boolean;
commandHighlighting?: boolean;
safeBinTrustedDirs?: string[];
safeBinProfiles?: Record<string, SafeBinProfileFixture>;
reviewer?: ExecReviewerConfig;
config?: OpenClawConfig;
/** Host-prepared non-secret environment and store projection exclusions. */
preparedRunEnvironment?: PreparedGitHubToolEnvironment;
autoReviewer?: ExecAutoReviewer;
agentId?: string;
backgroundMs?: number;
timeoutSec?: number;
approvalWarningText?: string;
approvalFollowupText?: string;
approvalFollowup?: ExecApprovalFollowupFactory;
approvalFollowupMode?: "agent" | "direct";
approvalRunningNoticeMs?: number;
sandbox?: BashSandboxConfig;
/** Immutable session policy that forbids execution outside its provisioned sandbox. */
sandboxRequired?: boolean;
elevated?: ExecElevatedDefaults;
allowBackground?: boolean;
/** Final run-local availability of the process continuation tool. */
processToolAvailabilityRef?: {
value?: boolean;
};
scopeKey?: string;
sessionKey?: string;
/** Stable agent run that owns any approval created by this tool. */
runId?: string;
/** Exact admitted execution instance that owns secret-egress proxy access. */
operationalRunInstance?: OperationalRunInstanceRef;
/** Durable session that receives detached exec completion events and approval followups. */
notifySessionKey?: string;
/** Ephemeral session UUID active when this exec tool was built. Regenerated
* on `/new` and `/reset`, so it pins exec-approval followups to the original
* session instance and lets stale followups drop after a session rebind. */
sessionId?: string;
/** `session.store` template from the runtime config. Lets the direct/denied
* exec approval followup path resolve the session key's current sessionId and
* drop the followup when the key was rebound by `/new` or `/reset`. */
sessionStore?: string;
/** @deprecated SDK declaration compatibility; coding-tool routing comes from config. */
mainKey?: string;
/** @deprecated SDK declaration compatibility; coding-tool routing comes from config. */
sessionScope?: "per-sender" | "global";
/** Start-time routing policy for detached exec system events. */
eventRouting?: EventSessionRoutingPolicy;
messageProvider?: string;
currentChannelId?: string;
currentThreadTs?: string;
/** Channel-owned sender/chat metadata. Exec subprocesses receive only sender/chat IDs. */
channelContext?: PluginHookChannelContext;
accountId?: string;
approvalReviewerDeviceId?: string;
/** Deny approval-requiring commands without creating operator approval events. */
nonInteractiveApproval?: boolean;
notifyOnExit?: boolean;
notifyOnExitEmptySuccess?: boolean;
cwd?: string;
};
/** Outcome passed to approval follow-up factories after approved async exec. */
type ExecApprovalFollowupOutcome = {
status: "completed" | "failed";
exitCode: number | null;
exitReason?: TerminationReason;
timedOut: boolean;
aggregated: string;
reason?: string;
};
type ExecApprovalFollowupContext = {
approvalId: string;
sessionId: string;
trigger?: string;
outcome: ExecApprovalFollowupOutcome;
};
/** Hook that can append domain-specific text to approval follow-up messages. */
type ExecApprovalFollowupFactory = (context: ExecApprovalFollowupContext) => string | undefined | Promise<string | undefined>;
/** Effective elevated-exec defaults derived from config/runtime policy. */
type ExecElevatedDefaults = {
enabled: boolean;
allowed: boolean;
defaultLevel: "on" | "off" | "ask" | "full";
fullAccessAvailable?: boolean;
fullAccessBlockedReason?: EmbeddedFullAccessBlockedReason;
};
//#endregion
//#region src/agents/bash-tools.process.d.ts
/** Defaults injected by tests, agent scopes, and scoped process registries. */
type ProcessToolDefaults = {
cleanupMs?: number;
hasCronTool?: boolean;
inputWaitIdleMs?: number;
scopeKey?: string;
};
//#endregion
//#region src/agents/cli-runner/types.d.ts
type CliSessionBindingFacts = {
extraSystemPromptStatic?: string;
sourceReplyDeliveryMode?: SourceReplyDeliveryMode;
requireExplicitMessageTarget?: boolean;
};
//#endregion
//#region src/auto-reply/reply/queue/types.d.ts
type FollowupQueueDisposition = "queue-cap" | "queue-cap-old" | "queue-cap-new";
type QueuedFollowupReplyBatch = {
kind: "queued-followup";
runId: string;
originatingChannel: string | undefined;
payloads: ReplyPayload$1[];
};
//#endregion
//#region src/pairing/pairing-store.d.ts
declare function readChannelAllowFromStore(channel: PairingChannel, env?: NodeJS.ProcessEnv, accountId?: string): Promise<string[]>;
//#endregion
//#region extensions/telegram/src/bot-access.d.ts
type NormalizedAllowFrom = {
entries: string[];
hasWildcard: boolean;
hasEntries: boolean;
invalidEntries: string[];
};
//#endregion
//#region extensions/telegram/src/thread-spec.d.ts
type TelegramThreadSpec = {
id?: number;
/** dm is the historical bot-private topic scope. */
scope: "direct-messages" | "dm" | "forum" | "none";
};
//#endregion
//#region src/channels/inbound-event/media.d.ts
/** Attachment metadata accepted from channel plugins before core normalization. */
type ChannelInboundMediaInput = {
path?: string | null;
url?: string | null;
contentType?: string | null;
fileName?: string | null;
kind?: InboundMediaFacts["kind"] | null;
durationMs?: number | null;
width?: number | null;
height?: number | null;
transcribed?: boolean | null;
messageId?: string | null;
};
//#endregion
//#region extensions/telegram/src/bot/body-helpers.d.ts
type TelegramMediaKind = Exclude<NonNullable<ChannelInboundMediaInput["kind"]>, "unknown">;
declare function buildSenderName(msg: Message): string | undefined;
declare function buildSenderLabel(msg: Message, senderId?: number | string): string;
type TelegramTextEntity = NonNullable<Message["entities"]>[number];
type TelegramTextMessage = Pick<Message, "text" | "caption" | "entities" | "caption_entities" | "poll"> & {
rich_message?: Message.RichMessageMessage["rich_message"];
};
declare function isBinaryContent(text: string): boolean;
declare function getTelegramTextParts(msg: TelegramTextMessage): {
text: string;
entities: TelegramTextEntity[];
};
declare function hasBotMention(msg: Message, botUsername: string): boolean;
type TelegramForwardedContext = {
from: string;
date?: number;
fromType: string;
fromId?: string;
fromUsername?: string;
fromTitle?: string;
fromSignature?: string;
fromChatType?: Chat["type"];
fromMessageId?: number;
};
declare function normalizeForwardedContext(msg: Message): TelegramForwardedContext | null;
declare function extractTelegramLocation(msg: Message): NormalizedLocation | null;
//#endregion
//#region extensions/telegram/src/bot/types.d.ts
/** App-specific stream mode for Telegram stream previews. */
type TelegramStreamMode = "off" | "partial" | "block" | "progress";
type TelegramChatDetails = {
id?: number | string;
available_reactions?: ChatFullInfo["available_reactions"] | null;
is_forum?: boolean;
};
type TelegramGetChat = (chatId: number | string) => Promise<TelegramChatDetails>;
/** Telegram sticker metadata for context enrichment and caching. */
interface StickerMetadata {
/** Emoji associated with the sticker. */
emoji?: string;
/** Name of the sticker set the sticker belongs to. */
setName?: string;
/** Telegram file_id for sending the sticker back. */
fileId?: string;
/** Stable file_unique_id for cache deduplication. */
fileUniqueId?: string;
/** Cached description from previous vision processing (skip re-processing if present). */
cachedDescription?: string;
}
//#endregion
//#region extensions/telegram/src/bot/helpers.d.ts
type TelegramThreadParams = {
direct_messages_topic_id?: number;
message_thread_id?: number;
};
declare function extractTelegramForumFlag(value: unknown): boolean | undefined;
declare function resolveTelegramForumFlag(params: {
chatId: string | number;
chatType?: Chat["type"];
isGroup: boolean;
isForum?: boolean;
isTopicMessage?: boolean;
getChat?: TelegramGetChat;
}): Promise<boolean>;
declare function withResolvedTelegramForumFlag<T extends {
chat: object;
}>(message: T, isForum: boolean): T;
declare function resolveTelegramGroupAllowFromContext(params: {
cfg: OpenClawConfig;
chatId: string | number;
accountId?: string;
dmPolicy?: DmPolicy;
allowFrom?: Array<string | number>;
senderId?: string;
isGroup?: boolean;
isForum?: boolean;
messageThreadId?: number | null;
threadSpec?: TelegramThreadSpec;
groupAllowFrom?: Array<string | number>;
skipPairingStoreRead?: boolean;
readChannelAllowFromStore?: typeof readChannelAllowFromStore;
resolveTelegramGroupConfig: (chatId: string | number, messageThreadId: number | undefined, cfg: OpenClawConfig) => {
groupConfig?: TelegramGroupConfig | TelegramDirectConfig;
topicConfig?: TelegramTopicConfig;
};
}): Promise<{
threadSpec: TelegramThreadSpec;
resolvedThreadId?: number;
dmThreadId?: number;
storeAllowFrom: string[];
groupConfig?: TelegramGroupConfig | TelegramDirectConfig;
topicConfig?: TelegramTopicConfig;
groupAllowOverride?: Array<string | number>;
effectiveGroupAllow: NormalizedAllowFrom;
hasGroupAllowOverride: boolean;
}>;
/**
* Resolve the thread ID for Telegram forum topics.
* For non-forum groups, returns undefined even if messageThreadId is present
* (reply threads in regular groups should not create separate sessions).
* For forum groups, returns the topic ID (or General topic ID=1 if unspecified).
*/
declare function resolveTelegramForumThreadId(params: {
isForum?: boolean;
messageThreadId?: number | null;
}): number | undefined;
declare function resolveTelegramThreadSpec(params: {
isGroup: boolean;
isForum?: boolean;
messageThreadId?: number | null;
}): TelegramThreadSpec;
/**
* Build thread params for Telegram API calls (messages, media).
*
* IMPORTANT: Thread IDs behave differently based on chat type:
* - Bot-private topics: Include message_thread_id when present
* - Forum topics: Skip thread_id=1 (General topic), include others
* - Channel Direct Messages topics: Include direct_messages_topic_id
* - Regular groups: Thread IDs are ignored by Telegram
*
* General forum topic (id=1) must be treated like a regular supergroup send:
* Telegram rejects sendMessage/sendMedia with message_thread_id=1 ("thread not found").
*
* @param thread - Thread specification with ID and scope
* @returns API params object or undefined if thread_id should be omitted
*/
declare function buildTelegramThreadParams(thread?: TelegramThreadSpec | null): TelegramThreadParams | undefined;
/**
* Build a Telegram routing target that keeps real topic/thread ids in-band.
*
* This is used by generic reply plumbing that may not always carry a separate
* `threadId` field through every hop. General forum topic stays chat-scoped
* because Telegram rejects `message_thread_id=1` for message sends.
*/
declare function buildTelegramRoutingTarget(chatId: number | string, thread?: TelegramThreadSpec | null): string;
/**
* Build thread params for typing indicators (sendChatAction).
* Empirically, General topic (id=1) needs message_thread_id for typing to appear.
*/
declare function buildTypingThreadParams(messageThreadId?: number): {
message_thread_id: number;
} | undefined;
declare function resolveTelegramStreamMode(telegramCfg?: {
streaming?: unknown;
}): TelegramStreamMode;
declare function buildTelegramGroupPeerId(chatId: number | string, thread?: number | TelegramThreadSpec): string;
declare function buildTelegramGroupFrom(chatId: number | string, thread?: number | TelegramThreadSpec): string;
/**
* Build parentPeer for forum topic binding inheritance.
* When a message comes from a forum topic, the peer ID includes the topic suffix
* (e.g., `-1001234567890:topic:99`). To allow bindings configured for the base
* group ID to match, we provide the parent group as `parentPeer` so the routing
* layer can fall back to it when the exact peer doesn't match.
*/
declare function buildTelegramParentPeer(params: {
isGroup: boolean;
resolvedThreadId?: number;
chatId: number | string;
}): {
kind: "group";
id: string;
} | undefined;
declare function buildGroupLabel(msg: Message, chatId: number | string, messageThreadId?: number): string;
declare function resolveTelegramReplyId(raw?: string): number | undefined;
type TelegramReplyTarget = {
id?: string;
sender: string;
senderId?: string;
senderUsername?: string;
body?: string;
mediaType?: TelegramMediaKind;
kind: "reply" | "quote";
source: "reply_to_message" | "external_reply";
quoteText?: string;
quotePosition?: number;
quoteEntities?: TelegramTextEntity[];
/** Forward context if the reply target was itself a forwarded message (issue #9619). */
forwardedFrom?: TelegramForwardedContext;
quoteSourceText?: string;
quoteSourceEntities?: TelegramTextEntity[];
};
declare function describeReplyTarget(msg: Message): TelegramReplyTarget | null;
//#endregion
//#region extensions/telegram/src/prompt-context-projection.d.ts
type TelegramPromptContextSource = {
transcriptMessageId: string;
};
type TelegramPromptContextProjection = TelegramPromptContextSource & {
partIndex: number;
finalPart: boolean;
};
declare function createTelegramPromptContextProjectionCursor(source: TelegramPromptContextSource): {
source: TelegramPromptContextSource;
nextPartIndex: number;
complete: boolean;
invalidate(): void;
take(finalPart: boolean): TelegramPromptContextProjection;
};
//#endregion
//#region packages/media-understanding-common/src/active-model.d.ts
/** Provider/model pair selected for one media-understanding request. */
type ActiveMediaModel = {
provider: string;
model?: string;
};
//#endregion
//#region src/media/audio.d.ts
/**
* Backward-compatible alias for voice-message audio compatibility checks.
*
* @deprecated Use isVoiceMessageCompatibleAudio.
*/
declare function isVoiceCompatibleAudio(opts: {
contentType?: string | null;
fileName?: string | null;
}): boolean;
//#endregion
//#region src/media/image-ops.d.ts
/** JPEG resize request passed through the media-runtime/plugin SDK surface. */
type ResizeToJpegParams = {
buffer: Buffer;
maxSide: number;
quality: number;
withoutEnlargement?: boolean;
};
/** Fully probes display dimensions through Rastermill when header-only metadata is insufficient. */
declare function getImageMetadata(buffer: Buffer): Promise<ImageMetadata | null>;
/** Resizes or encodes image bytes as JPEG through the shared image processor. */
declare function resizeToJpeg(params: ResizeToJpegParams): Promise<Buffer>;
//#endregion
//#region packages/media-core/src/mime.d.ts
/** Detects the best MIME type from bytes, file path, and header metadata. */
declare function detectMime(opts: {
buffer?: Buffer;
headerMime?: string | null;
additionalMimeHints?: readonly (string | null | undefined)[];
filePath?: string;
}): Promise<string | undefined>;
//#endregion
//#region src/media/web-media.d.ts
/** Loaded media bytes plus resolved MIME kind and filename metadata for outbound/plugin callers. */
type WebMediaResult = {
buffer: Buffer;
contentType?: string;
kind: MediaKind | undefined;
fileName?: string;
/** Source bytes came from a generated-HTML trust boundary. */
trustedGeneratedHtmlSource?: boolean;
};
type WebMediaOptions = {
maxBytes?: number;
optimizeImages?: boolean;
imageCompression?: ImageCompressionPolicy;
ssrfPolicy?: SsrFPolicy;
proxyUrl?: string;
fetchImpl?: (input: RequestInfo | URL, init?: RequestInit) => Promise<Response>;
requestInit?: RequestInit;
readIdleTimeoutMs?: number;
trustExplicitProxyDns?: boolean;
workspaceDir?: string;
/** Allowed root directories for local path reads. "any" is deprecated; prefer sandboxValidated + readFile. */
localRoots?: readonly string[] | "any";
/** Channel inbound attachment root patterns checked with inbound path policy semantics. */
inboundRoots?: readonly string[];
/** Caller already validated the local path (sandbox/other guards); requires readFile override. */
sandboxValidated?: boolean;
readFile?: OutboundMediaReadFile;
/** Host-local fs-policy read piggyback; rejects plaintext-like document sends. */
hostReadCapability?: boolean;
};
/** Compression preference used to tune image size/quality search grids. */
type ImageQualityPreference = "auto" | "efficient" | "balanced" | "high";
/** Per-model image compression constraints merged into outbound media policy. */
type ImageCompressionModelPolicy = {
maxBytes?: number;
maxPixels?: number;
maxSidePx?: number;
preferredSidePx?: number;
};
/** Image compression policy for model/tool callers that need bounded media payloads. */
type ImageCompressionPolicy = {
quality?: ImageQualityPreference;
models?: ImageCompressionModelPolicy[];
imageCount?: number;
};
/** Loads local, remote, hosted, or media-store media and optimizes images by default. */
declare function loadWebMedia(mediaUrl: string, maxBytesOrOptions?: number | WebMediaOptions, options?: {
ssrfPolicy?: SsrFPolicy;
localRoots?: readonly string[] | "any";
}): Promise<WebMediaResult>;
//#endregion
//#region extensions/telegram/src/send-context.d.ts
type TelegramApi = Bot["api"];
type TelegramApiOverride = Partial<TelegramApi>;
type TelegramClientOptionsLease = {
release: () => void;
};
type TelegramApiContext = {
cfg: OpenClawConfig;
account: ResolvedTelegramAccount;
ownerAgentId: string;
api: TelegramApi;
clientOptionsLease?: TelegramClientOptionsLease | undefined;
};
//#endregion
//#region src/channels/message/send.d.ts
type DurableMessageSuppressionReason = OutboundPayloadDeliverySuppressionReason | "no_visible_result";
type DurableMessageFailureStage = "platform_send" | "queue" | "unknown";
type SerializedDurableMessagePayloadOutcome = {
index: number;
status: "sent";
resultCount: number;
} | {
index: number;
status: "suppressed";
reason: DurableMessageSuppressionReason;
hookEffect?: {
cancelReason?: string;
metadata?: Record<string, unknown>;
};
} | {
index: number;
status: "failed";
error: string;
sentBeforeError: boolean;
stage: DurableMessageFailureStage;
};
//#endregion
//#region src/channels/message/ingress-drain-lifecycle.d.ts
/** Full pre-adoption -> adoption ownership lifecycle for one claimed event. */
type ChannelIngressDispatchLifecycle = {
/** Pre-adoption only. After adopt the drain treats this signal as inert. */
abortSignal: AbortSignal;
/**
* Fires when recovery-relevant session/run state is durable.
* Drain completes (tombstones) the claim here -- never at settle.
*/
onAdopted: () => void | Promise<void>;
/**
* Turn ownership deferred to reply-lane admission (queued followup).
* Claim remains held until adopted or abandoned.
*/
onDeferred: () => void;
/** Deferred reply-lane admission is still waiting behind an active turn. */
onDeferredHeartbeat?: () => void;
/**
* Durable adoption finalization is in progress (e.g. settlement hold while
* committing dedupe). Clears the pre-adoption stall watchdog so a timeout
* settlement cannot race and dead-letter an about-to-complete claim.
* Claim stays held until onAdopted / onAbandoned / fail.
*/
onAdoptionFinalizing: () => void;
/** Deferred work terminally failed after dispatch returned. */
onFailed?: (error: unknown) => void | Promise<void>;
/** Explicit cancellation before adoption; releases without consuming retry budget. */
onCancelled?: () => void | Promise<void>;
/**
* Deferred turn finished without ever owning the reply lane.
* Drain releases the claim for retry.
*/
onAbandoned: () => void | Promise<void>;
};
//#endregion
//#region src/channels/message/ingress-queue.d.ts
/** Pending or retryable inbound channel event stored in the durable ingress queue. */
type ChannelIngressQueueRecord<TPayload, TMetadata = unknown> = {
id: string;
channelId: string;
accountId: string;
queueName: string;
payload: TPayload;
metadata?: TMetadata;
receivedAt: number;
updatedAt: number;
laneKey?: string;
attempts: number;
lastAttemptAt?: number;
lastError?: string;
};
/** Pending ingress event currently claimed by a worker. */
type ChannelIngressQueueClaim<TPayload, TMetadata = unknown> = ChannelIngressQueueRecord<TPayload, TMetadata> & {
claim: {
token: string;
ownerId: string;
claimedAt: number;
};
};
/** Minimal claim reference used to guard completion/release/failure with a claim token. */
type ChannelIngressQueueClaimRef = {
id: string;
claim: {
token: string;
};
};
/** Claim identity available when a stale row's payload cannot be decoded. */
type ChannelIngressQueueCorruptClaim = {
id: string;
channelId: string;
accountId: string;
queueName: string;
laneKey?: string;
reason: "corrupt_payload";
claim: {
token: string;
ownerId: string;
claimedAt: number;
};
};
/** Completed ingress event tombstone retained for duplicate detection. */
type ChannelIngressQueueCompletedRecord<TCompletedMetadata = unknown> = {
id: string;
channelId: string;
accountId: string;
queueName: string;
completedAt: number;
metadata?: TCompletedMetadata;
};
/** Failed ingress event tombstone retained for duplicate detection. */
type ChannelIngressQueueFailedRecord = {
id: string;
channelId: string;
accountId: string;
queueName: string;
failedAt: number;
reason: string;
message?: string;
};
/** Rich failed ingress event retained for diagnostics and operator recovery. */
type ChannelIngressQueueDeadLetterRecord<TPayload = unknown, TMetadata = unknown> = ChannelIngressQueueFailedRecord & {
payload?: TPayload;
metadata?: TMetadata;
receivedAt: number;
updatedAt: number;
laneKey?: string;
attempts: number;
lastAttemptAt?: number;
};
/** Outcome of asking a channel/account queue to re-enqueue one failed event. */
type ChannelIngressQueueResubmitResult<TPayload, TMetadata = unknown, TCompletedMetadata = unknown> = {
kind: "resubmitted";
record: ChannelIngressQueueRecord<TPayload, TMetadata>;
previous: ChannelIngressQueueDeadLetterRecord<TPayload, TMetadata>;
} | {
kind: "not-found";
} | {
kind: "completed";
record: ChannelIngressQueueCompletedRecord<TCompletedMetadata>;
} | {
kind: "active";
status: "pending" | "claimed";
} | {
kind: "unrecoverable";
record: ChannelIngressQueueDeadLetterRecord<TPayload, TMetadata>;
};
/** Retention options for pending, completed, and failed ingress queue rows. */
type ChannelIngressQueuePruneOptions = {
pendingTtlMs?: number;
completedTtlMs?: number;
failedTtlMs?: number;
pendingMaxEntries?: number;
completedMaxEntries?: number;
failedMaxEntries?: number;
protectIds?: Iterable<string>;
now?: number;
};
/** Result of enqueueing a possibly duplicate ingress event id. */
type ChannelIngressQueueEnqueueResult<TPayload, TMetadata, TCompletedMetadata> = {
kind: "accepted";
duplicate: false;
record: ChannelIngressQueueRecord<TPayload, TMetadata>;
} | {
kind: "pending";
duplicate: true;
record: ChannelIngressQueueRecord<TPayload, TMetadata>;
} | {
kind: "claimed";
duplicate: true;
record: ChannelIngressQueueClaim<TPayload, TMetadata>;
} | {
kind: "completed";
duplicate: true;
record: ChannelIngressQueueCompletedRecord<TCompletedMetadata>;
} | {
kind: "failed";
duplicate: true;
record: ChannelIngressQueueFailedRecord;
};
/** Durable FIFO-ish ingress queue with claims, duplicate detection, and retention pruning. */
type ChannelIngressQueue<TPayload, TMetadata = unknown, TCompletedMetadata = unknown> = {
enqueue(id: string, payload: TPayload, options?: {
metadata?: TMetadata;
receivedAt?: number;
laneKey?: string;
}): Promise<ChannelIngressQueueEnqueueResult<TPayload, TMetadata, TCompletedMetadata>>;
listPending(options?: {
limit?: number | "all";
orderBy?: "received" | "id";
}): Promise<Array<ChannelIngressQueueRecord<TPayload, TMetadata>>>;
listClaims(): Promise<Array<ChannelIngressQueueClaim<TPayload, TMetadata>>>;
/** Additive SDK seam; optional so existing external queue test doubles remain compatible. */
listFailed?(options?: {
limit?: number | "all";
}): Promise<Array<ChannelIngressQueueDeadLetterRecord<TPayload, TMetadata>>>;
claimNext(options?: {
ownerId?: string;
blockedLaneKeys?: Iterable<string>;
staleMs?: number;
orderBy?: "received" | "id";
scanLimit?: number;
candidateIds?: Iterable<string>;
deriveLaneKey?: (record: ChannelIngressQueueRecord<TPayload, TMetadata>) => string | undefined;
/** Authorize a changed durable lane before the atomic pending-to-claimed transition. */
reconcileStoredLaneKey?: (record: ChannelIngressQueueRecord<TPayload, TMetadata>, storedLaneKey: string, derivedLaneKey: string) => boolean;
}): Promise<ChannelIngressQueueClaim<TPayload, TMetadata> | null>;
claim(id: string, options?: {
ownerId?: string;
}): Promise<ChannelIngressQueueClaim<TPayload, TMetadata> | null>;
refreshClaim?(claim: ChannelIngressQueueClaimRef, options?: {
refreshedAt?: number;
}): Promise<boolean>;
complete(idOrClaim: string | ChannelIngressQueueClaimRef, options?: {
metadata?: TCompletedMetadata;
completedAt?: number;
}): Promise<boolean>;
release(idOrClaim: string | ChannelIngressQueueClaimRef, options?: {
lastError?: string;
releasedAt?: number;
recordAttempt?: boolean;
}): Promise<boolean>;
fail(idOrClaim: string | ChannelIngressQueueClaimRef, options: {
reason: string;
message?: string;
failedAt?: number;
}): Promise<boolean>;
/** Additive SDK seam; actual runtime queues support operator resubmission. */
resubmit?(id: string, options?: {
resubmittedAt?: number;
}): Promise<ChannelIngressQueueResubmitResult<TPayload, TMetadata, TCompletedMetadata>>;
delete(idOrClaim: string | ChannelIngressQueueRecord<TPayload, TMetadata> | ChannelIngressQueueClaimRef): Promise<boolean>;
recoverStaleClaims(options?: {
staleMs?: number;
now?: number;
shouldRecover?: (claim: ChannelIngressQueueClaim<TPayload, TMetadata>) => boolean | Promise<boolean>;
shouldRecoverCorrupt?: (claim: ChannelIngressQueueCorruptClaim) => boolean | Promise<boolean>;
}): Promise<number>;
prune(options?: ChannelIngressQueuePruneOptions): Promise<number>;
};
/** Construction options for a channel/account-scoped ingress queue. */
type CreateChannelIngressQueueOptions = {
channelId: string;
accountId?: string;
stateDir?: string;
now?: () => number;
/**
* `read-only` reads through the existing-database read-only opener, which never
* creates, migrates, chmods or configures the shared state file. Callers that must
* not touch durable state before they own it - Doctor detection runs before the
* exclusive maintenance lock - use it so listing cannot take a write path.
*/
access?: "read-write" | "read-only";
};
//#endregion
//#region src/channels/message/ingress-drain-state.d.ts
type ChannelIngressDrainDispatchResult = {
kind: "completed";
} | {
kind: "deferred";
} | {
kind: "failed-retryable";
error: unknown;
};
//#endregion
//#region src/channels/message/ingress-retry-policy.d.ts
type IngressRetryPolicyConfig = {
maxAttempts?: number;
deadLetterMinAgeMs?: number;
baseMs?: number;
maxMs?: number;
};
type IngressNonRetryableFailure = {
reason: string;
message: string;
};
//#endregion
//#region src/channels/message/ingress-drain.d.ts
type DeferredLaneOccupancy = "hold" | "release";
type CreateChannelIngressDrainOptions<TPayload, TMetadata = unknown, TCompletedMetadata = unknown> = {
queue: ChannelIngressQueue<TPayload, TMetadata, TCompletedMetadata>;
/**
* Dispatch a claimed event. Wire lifecycle into reply options (see
* bindIngressLifecycleToReplyOptions). Return deferred when ownership will
* transfer at reply-lane admission; otherwise complete or throw.
*/
dispatchClaimedEvent: (event: ChannelIngressQueueClaim<TPayload, TMetadata>, lifecycle: ChannelIngressDispatchLifecycle) => Promise<ChannelIngressDrainDispatchResult | void> | ChannelIngressDrainDispatchResult | void;
resolveNonRetryableFailure?: (err: unknown) => IngressNonRetryableFailure | null;
shouldSupersedePending?: (newEvent: ChannelIngressQueueRecord<TPayload, TMetadata> | ChannelIngressQueueClaim<TPayload, TMetadata>, pendingEvent: ChannelIngressQueueClaim<TPayload, TMetadata>) => boolean | Promise<boolean>;
deriveLaneKey?: (record: ChannelIngressQueueRecord<TPayload, TMetadata>) => string | undefined;
reconcileStoredLaneKey?: (record: ChannelIngressQueueRecord<TPayload, TMetadata>, storedLaneKey: string, derivedLaneKey: string) => boolean;
ownerId?: string;
adoptionStallTimeoutMs?: number;
claimLeaseMs?: number;
/**
* Whether a claimed event keeps occupying its ingress serialization lane after
* dispatch hands ownership to deferred work. Default "hold" (current behavior).
*/
deferredLaneOccupancy?: DeferredLaneOccupancy;
retryPolicy?: IngressRetryPolicyConfig;
now?: () => number;
formatError?: (err: unknown) => string;
onLog?: (message: string) => void;
abortSignal?: AbortSignal;
orderBy?: "received" | "id";
scanLimit?: number;
startLimit?: number;
};
type ChannelIngressDrain = {
recoverStaleClaims: () => Promise<number>;
drainOnce: (options?: {
shouldStop?: () => boolean;
}) => Promise<{
started: number;
}>;
activeLaneKeys: () => ReadonlySet<string>;
waitForIdle: () => Promise<void>;
dispose: () => void;
};
//#endregion
//#region extensions/telegram/src/send-message-types.d.ts
type TelegramSendOpts = {
cfg: OpenClawConfig;
token?: string;
accountId?: string;
verbose?: boolean;
mediaUrl?: string;
mediaAccess?: OutboundMediaAccess;
mediaLocalRoots?: readonly string[];
mediaReadFile?: (filePath: string) => Promise<Buffer>;
gatewayClientScopes?: readonly string[];
maxBytes?: number;
api?: TelegramApiOverride;
retry?: RetryConfig;
textMode?: "markdown" | "html";
tableMode?: MarkdownTableMode$1;
/** Send audio as voice message instead of audio file. Defaults to false. */
asVoice?: boolean;
/** Send video as video note instead of regular video. Defaults to false. */
asVideoNote?: boolean;
/** Send message silently (no notification). Defaults to false. */
silent?: boolean;
/** Shared cursor keeps one transcript projection contiguous across concrete sends. */
promptContextProjectionPlan?: {
cursor: ReturnType<typeof createTelegramPromptContextProjectionCursor>;
finalPart: boolean;
};
/** Message ID to reply to (for threading) */
replyToMessageId?: number;
/** Whether replyToMessageId came from ambient context or explicit payload/action input. */
replyToIdSource?: "explicit" | "implicit";
/** Controls whether replyToMessageId is applied to every internal text chunk. */
replyToMode?: ReplyToMode;
/** Quote text for Telegram reply_parameters. */
quoteText?: string;
/** Forum topic thread ID (for forum supergroups) */
messageThreadId?: number;
/** Channel Direct Messages topic ID. */
directMessagesTopicId?: number;
/** Inline keyboard buttons (reply markup). */
buttons?: TelegramInlineButtons;
/** Send image as document to avoid Telegram compression. Defaults to false. */
forceDocument?: boolean;
/** Persist each concrete platform send before any later chunk can fail. */
onDeliveryResult?: (result: TelegramSendResult) => Promise<void> | void;
/** @internal Revalidate durable custody before a send operation, not after throttle waits. */
onPlatformSendDispatch?: () => Promise<void>;
/** @internal Synchronously fence custody after refresh and immediately before Telegram I/O. */
assertPlatformSendAuthorized?: () => void;
};
type TelegramApiCallOpts = Pick<TelegramSendOpts, "cfg" | "token" | "accountId" | "verbose" | "api" | "retry" | "gatewayClientScopes">;
type TelegramThreadedSendOpts = TelegramApiCallOpts & Pick<TelegramSendOpts, "replyToMessageId" | "messageThreadId">;
type TelegramMessageActionOpts = TelegramApiCallOpts & {
notify?: boolean;
};
type TelegramSendResult = {
messageId: string;
chatId: string;
receipt?: MessageReceipt;
meta?: {
telegramDeliveredText?: string;
telegramHasInlineKeyboard?: boolean;
};
};
type TelegramLocationSendOpts = TelegramThreadedSendOpts & Pick<TelegramSendOpts, "buttons" | "quoteText" | "promptContextProjectionPlan" | "silent" | "onDeliveryResult" | "onPlatformSendDispatch" | "assertPlatformSendAuthorized">;
//#endregion
//#region extensions/telegram/src/send-actions.d.ts
type TelegramReactionOpts = TelegramApiCallOpts & {
remove?: boolean;
};
type TelegramTypingOpts = Omit<TelegramApiCallOpts, "gatewayClientScopes"> & Pick<TelegramSendOpts, "messageThreadId">;
declare function sendTypingTelegram(to: string, opts: TelegramTypingOpts): Promise<{
ok: true;
}>;
declare function reactMessageTelegram(chatIdInput: string | number, messageIdInput: string | number, emoji: string, opts: TelegramReactionOpts): Promise<{
ok: true;
} | {
ok: false;
warning: string;
}>;
declare function deleteMessageTelegram(chatIdInput: string | number, messageIdInput: string | number, opts: TelegramMessageActionOpts): Promise<{
ok: true;
} | {
ok: false;
warning: string;
}>;
declare function pinMessageTelegram(chatIdInput: string | number, messageIdInput: string | number, opts: TelegramMessageActionOpts): Promise<{
ok: true;
messageId: string;
chatId: string;
}>;
declare function unpinMessageTelegram(chatIdInput: string | number, messageIdInput: string | number | undefined, opts: TelegramMessageActionOpts): Promise<{
ok: true;
chatId: string;
messageId?: string;
}>;
//#endregion
//#region extensions/telegram/src/send-forum-topics.d.ts
type TelegramCreateForumTopicParams = NonNullable<Parameters<TelegramApiContext["api"]["createForumTopic"]>[2]>;
type TelegramEditForumTopicOpts = TelegramMessageActionOpts & {
name?: string;
iconCustomEmojiId?: string;
};
declare function editForumTopicTelegram(chatIdInput: string | number, messageThreadIdInput: string | number, opts: TelegramEditForumTopicOpts): Promise<{
ok: true;
chatId: string;
messageThreadId: number;
name?: string;
iconCustomEmojiId?: string;
}>;
declare function renameForumTopicTelegram(chatIdInput: string | number, messageThreadIdInput: string | number, name: string, opts: TelegramMessageActionOpts): Promise<{
ok: true;
chatId: string;
messageThreadId: number;
name: string;
}>;
type TelegramCreateForumTopicOpts = TelegramApiCallOpts & {
/** Icon color for the topic (must be one of 0x6FB9F0, 0xFFD67E, 0xCB86DB, 0x8EEE98, 0xFF93B2, 0xFB6F5F). */
iconColor?: TelegramCreateForumTopicParams["icon_color"];
/** Custom emoji ID for the topic icon. */
iconCustomEmojiId?: string;
};
type TelegramCreateForumTopicResult = {
topicId: number;
name: string;
chatId: string;
};
/**
* Create a forum topic in a Telegram supergroup.
* Requires the bot to have `can_manage_topics` permission.
*
* @param chatId - Supergroup chat ID
* @param name - Topic name (1-128 characters)
* @param opts - Optional configuration
*/
declare function createForumTopicTelegram(chatId: string, name: string, opts: TelegramCreateForumTopicOpts): Promise<TelegramCreateForumTopicResult>;
//#endregion
//#region extensions/telegram/src/send-edit.d.ts
type TelegramEditReplyMarkupOpts = TelegramApiCallOpts & Pick<TelegramSendOpts, "buttons">;
type TelegramEditOpts = TelegramEditReplyMarkupOpts & Pick<TelegramSendOpts, "textMode"> & {
/** Controls whether link previews are shown in the edited message. */
linkPreview?: boolean;
/** Use Telegram's media-caption edit endpoint, or fall back to it when text edits target media. */
editMode?: "text" | "caption" | "auto";
};
declare function editMessageReplyMarkupTelegram(chatIdInput: string | number, messageIdInput: string | number, buttons: TelegramInlineButtons, opts: TelegramEditReplyMarkupOpts): Promise<{
ok: true;
messageId: string;
chatId: string;
}>;
declare function editMessageTelegram(chatIdInput: string | number, messageIdInput: string | number, text: string, opts: TelegramEditOpts): Promise<{
ok: true;
messageId: string;
chatId: string;
}>;
//#endregion
//#region extensions/telegram/src/send-location.d.ts
/** Send a standalone location pin or named venue through Telegram's native payload. */
declare function sendLocationTelegram(to: string, input: OutboundLocation, opts: TelegramLocationSendOpts): Promise<TelegramSendResult>;
//#endregion
//#region extensions/telegram/src/send-message.d.ts
declare function sendMessageTelegram(to: string, text: string, opts: TelegramSendOpts): Promise<TelegramSendResult>;
//#endregion
//#region extensions/telegram/src/send-special.d.ts
type TelegramPollSendResult = {
messageId: string;
chatId: string;
pollId: string;
pollAnswerRouting?: "enabled" | "unavailable";
warning?: string;
};
/**
* Send a sticker to a Telegram chat by file_id.
* @param to - Chat ID or username (e.g., "123456789" or "@username")
* @param fileId - Telegram file_id of the sticker to send
* @param opts - Optional configuration
*/
declare function sendStickerTelegram(to: string, fileId: string, opts: TelegramThreadedSendOpts): Promise<TelegramSendResult>;
type TelegramPollOpts = TelegramThreadedSendOpts & Pick<TelegramSendOpts, "assertPlatformSendAuthorized" | "onPlatformSendDispatch" | "silent"> & {
/** Whether votes are anonymous. Defaults to true (Telegram default). */
isAnonymous?: boolean;
};
/**
* Send a poll to a Telegram chat.
* @param to - Chat ID or username (e.g., "123456789" or "@username")
* @param poll - Poll input with question, options, maxSelections, and optional durationHours
* @param opts - Optional configuration
*/
declare function sendPollTelegram(to: string, poll: PollInput, opts: TelegramPollOpts): Promise<TelegramPollSendResult>;
//#endregion
//#region packages/acp-core/src/runtime/errors.d.ts
declare const ACP_ERROR_CODES: readonly ["ACP_BACKEND_MISSING", "ACP_BACKEND_UNAVAILABLE", "ACP_BACKEND_UNSUPPORTED_CONTROL", "ACP_DISPATCH_DISABLED", "ACP_INVALID_RUNTIME_OPTION", "ACP_SESSION_INIT_FAILED", "ACP_TURN_FAILED"];
type AcpRuntimeErrorCode = (typeof ACP_ERROR_CODES)[number];
/** Error type used at ACP runtime boundaries so callers can preserve structured failure codes. */
declare class AcpRuntimeError extends Error {
readonly code: AcpRuntimeErrorCode;
/**
* Backend-specific structured failure code (e.g. acpx "SESSION_RESUME_REQUIRED"),
* preserved so recovery decisions key on the failure kind rather than parsing
* the human-readable message.
*/
readonly detailCode?: string;
readonly cause?: unknown;
constructor(code: AcpRuntimeErrorCode, message: string, options?: {
cause?: unknown;
detailCode?: string;
});
}
//#endregion
//#region src/channels/plugins/config-schema.d.ts
type BuildChannelConfigSchemaOptions = {
uiHints?: Record<string, ChannelConfigUiHint>;
/** Select input mode when transforms must expose accepted config values to editors. */
jsonSchemaMode?: "input" | "output";
};
/** Build a channel config schema from Zod, exporting JSON Schema when available. */
declare function buildChannelConfigSchema(schema: ZodTypeAny, options?: BuildChannelConfigSchemaOptions): ChannelConfigSchema;
//#endregion
//#region src/channels/plugins/config-helpers.d.ts
/**
* Clears selected fields from one account entry and reports whether configured data was removed.
*/
declare function clearAccountEntryFields<TAccountEntry extends object>(params: {
accounts?: Record<string, TAccountEntry>;
accountId: string;
fields: string[];
isValueSet?: (value: unknown) => boolean;
markClearedOnFieldPresence?: boolean;
}): {
nextAccounts?: Record<string, TAccountEntry>;
changed: boolean;
cleared: boolean;
};
//#endregion
//#region src/channels/plugins/helpers.d.ts
declare function formatPairingApproveHint(channelId: string): string;
//#endregion
//#region src/channels/plugins/pairing-message.d.ts
/**
* Default approval message sent after channel pairing succeeds.
*/
declare const PAIRING_APPROVED_MESSAGE = "✅ OpenClaw access approved. Send a message to start chatting.";
//#endregion
//#region src/channels/chat-meta-shared.d.ts
/**
* Metadata shown for built-in chat channels in setup, status, and selection UIs.
*/
type ChatChannelMeta = ChannelMeta;
//#endregion
//#region src/channels/chat-meta.d.ts
/**
* Returns metadata for one built-in chat channel id.
* Shipped plugin-SDK contract: callers pass bundled ids, so absence is an invariant
* violation; drift-tolerant core paths use findChatChannelMeta instead.
*/
declare function getChatChannelMeta(id: ChatChannelId): ChatChannelMeta;
//#endregion
//#region extensions/telegram/src/config-schema.d.ts
declare const TelegramConfigSchema: z.ZodObject<{
dmPolicy: z.ZodDefault<z.ZodOptional<z.ZodEnum<{
allowlist: "allowlist";
disabled: "disabled";
open: "open";
pairing: "pairing";
}>>>;
groupPolicy: z.ZodDefault<z.ZodOptional<z.ZodEnum<{
allowlist: "allowlist";
disabled: "disabled";
open: "open";
}>>>;
name: z.ZodOptional<z.ZodString>;
capabilities: z.ZodOptional<z.ZodUnion<readonly [z.ZodArray<z.ZodString>, z.ZodObject<{
inlineButtons: z.ZodOptional<z.ZodEnum<{
all: "all";
allowlist: "allowlist";
dm: "dm";
group: "group";
off: "off";
}>>;
}, z.core.$strict>]>>;
markdown: z.ZodOptional<z.ZodObject<{
tables: z.ZodOptional<z.ZodEnum<{
block: "block";
bullets: "bullets";
code: "code";
off: "off";
}>>;
}, z.core.$strict>>;
configWrites: z.ZodOptional<z.ZodBoolean>;
enabled: z.ZodOptional<z.ZodBoolean>;
allowFrom: z.ZodOptional<z.ZodArray<z.ZodUnion<readonly [z.ZodString, z.ZodNumber]>>>;
defaultTo: z.ZodOptional<z.ZodUnion<readonly [z.ZodString, z.ZodNumber]>>;
groupAllowFrom: z.ZodOptional<z.ZodArray<z.ZodUnion<readonly [z.ZodString, z.ZodNumber]>>>;
mentionPatterns: z.ZodOptional<z.ZodObject<{
mode: z.ZodOptional<z.ZodUnion<readonly [z.ZodLiteral<"allow">, z.ZodLiteral<"deny">]>>;
allowIn: z.ZodOptional<z.ZodArray<z.ZodString>>;
denyIn: z.ZodOptional<z.ZodArray<z.ZodString>>;
}, z.core.$strict>>;
contextVisibility: z.ZodOptional<z.ZodEnum<{
all: "all";
allowlist: "allowlist";
allowlist_quote: "allowlist_quote";
}>>;
historyLimit: z.ZodOptional<z.ZodNumber>;
dmHistoryLimit: z.ZodOptional<z.ZodNumber>;
dms: z.ZodOptional<z.ZodRecord<z.ZodString, z.ZodOptional<z.ZodObject<{
historyLimit: z.ZodOptional<z.ZodNumber>;
}, z.core.$strict>>>>;
textChunkLimit: z.ZodOptional<z.ZodNumber>;
streaming: z.ZodOptional<z.ZodObject<{
mode: z.ZodOptional<z.ZodEnum<{
block: "block";
off: "off";
partial: "partial";
progress: "progress";
}>>;
chunkMode: z.ZodOptional<z.ZodEnum<{
length: "length";
newline: "newline";
}>>;
progress: z.ZodOptional<z.ZodObject<{
label: z.ZodOptional<z.ZodUnion<readonly [z.ZodString, z.ZodLiteral<false>]>>;
labels: z.ZodOptional<z.ZodArray<z.ZodString>>;
maxLines: z.ZodOptional<z.ZodNumber>;
maxLineChars: z.ZodOptional<z.ZodNumber>;
toolProgress: z.ZodOptional<z.ZodBoolean>;
commandText: z.ZodOptional<z.ZodEnum<{
raw: "raw";
status: "status";
}>>;
commentary: z.ZodOptional<z.ZodBoolean>;
narration: z.ZodOptional<z.ZodBoolean>;
}, z.core.$strict>>;
block: z.ZodOptional<z.ZodObject<{
enabled: z.ZodOptional<z.ZodBoolean>;
coalesce: z.ZodOptional<z.ZodObject<{
minChars: z.ZodOptional<z.ZodNumber>;
maxChars: z.ZodOptional<z.ZodNumber>;
idleMs: z.ZodOptional<z.ZodNumber>;
}, z.core.$strict>>;
}, z.core.$strict>>;
preview: z.ZodOptional<z.ZodObject<{
chunk: z.ZodOptional<z.ZodObject<{
minChars: z.ZodOptional<z.ZodNumber>;
maxChars: z.ZodOptional<z.ZodNumber>;
breakPreference: z.ZodOptional<z.ZodUnion<readonly [z.ZodLiteral<"paragraph">, z.ZodLiteral<"newline">, z.ZodLiteral<"sentence">]>>;
}, z.core.$strict>>;
toolProgress: z.ZodOptional<z.ZodBoolean>;
commandText: z.ZodOptional<z.ZodEnum<{
raw: "raw";
status: "status";
}>>;
}, z.core.$strict>>;
}, z.core.$strict>>;
heartbeatVisibility: z.ZodOptional<z.ZodObject<{
showOk: z.ZodOptional<z.ZodBoolean>;
showAlerts: z.ZodOptional<z.ZodBoolean>;
useIndicator: z.ZodOptional<z.ZodBoolean>;
}, z.core.$strict>>;
healthMonitor: z.ZodOptional<z.ZodObject<{
enabled: z.ZodOptional<z.ZodBoolean>;
}, z.core.$strict>>;
responsePrefix: z.ZodOptional<z.ZodString>;
mediaMaxMb: z.ZodOptional<z.ZodNumber>;
replyToMode: z.ZodOptional<z.ZodUnion<readonly [z.ZodLiteral<"off">, z.ZodLiteral<"first">, z.ZodLiteral<"all">, z.ZodLiteral<"batched">]>>;
reactionNotifications?: z.ZodOptional<z.ZodEnum<{
[x: string]: string;
}>> | undefined;
reactionAllowlist?: z.ZodOptional<z.ZodArray<z.ZodUnion<readonly [z.ZodString, z.ZodNumber]>>> | undefined;
reactionLevel?: z.ZodOptional<z.ZodEnum<{
[x: string]: string;
}>> | undefined;
ackReaction?: z.ZodType<unknown, unknown, z.core.$ZodTypeInternals<unknown, unknown>> | undefined;
joinIntro: z.ZodOptional<z.ZodBoolean>;
execApprovals: z.ZodOptional<z.ZodObject<{
enabled: z.ZodOptional<z.ZodUnion<readonly [z.ZodBoolean, z.ZodLiteral<"auto">]>>;
approvers: z.ZodOptional<z.ZodArray<z.ZodType<unknown, unknown, z.core.$ZodTypeInternals<unknown, unknown>>>>;
agentFilter: z.ZodOptional<z.ZodArray<z.ZodString>>;
sessionFilter: z.ZodOptional<z.ZodArray<z.ZodString>>;
target: z.ZodOptional<z.ZodEnum<{
both: "both";
channel: "channel";
dm: "dm";
}>>;
}, z.core.$strict>>;
commands: z.ZodOptional<z.ZodObject<{
native: z.ZodOptional<z.ZodUnion<readonly [z.ZodBoolean, z.ZodLiteral<"auto">]>>;
nativeSkills: z.ZodOptional<z.ZodUnion<readonly [z.ZodBoolean, z.ZodLiteral<"auto">]>>;
}, z.core.$strict>>;
customCommands: z.ZodOptional<z.ZodArray<z.ZodObject<{
command: z.ZodString;
description: z.ZodString;
}, z.core.$strict>>>;
botToken: z.ZodOptional<z.ZodUnion<readonly [z.ZodString, z.ZodDiscriminatedUnion<[z.ZodObject<{
source: z.ZodLiteral<"env">;
provider: z.ZodString;
id: z.ZodString;
}, z.core.$strict>, z.ZodObject<{
source: z.ZodLiteral<"store">;
provider: z.ZodString;
id: z.ZodString;
}, z.core.$strict>, z.ZodObject<{
source: z.ZodLiteral<"file">;
provider: z.ZodString;
id: z.ZodString;
}, z.core.$strict>, z.ZodObject<{
source: z.ZodLiteral<"exec">;
provider: z.ZodString;
id: z.ZodString;
}, z.core.$strict>], "source">]>>;
tokenFile: z.ZodOptional<z.ZodString>;
groups: z.ZodOptional<z.ZodRecord<z.ZodString, z.ZodOptional<z.ZodObject<{
requireMention: z.ZodOptional<z.ZodBoolean>;
tools: z.ZodOptional<z.ZodObject<{
allow: z.ZodOptional<z.ZodArray<z.ZodString>>;
alsoAllow: z.ZodOptional<z.ZodArray<z.ZodString>>;
deny: z.ZodOptional<z.ZodArray<z.ZodString>>;
}, z.core.$strict>>;
toolsBySender: z.ZodOptional<z.ZodRecord<z.ZodString, z.ZodOptional<z.ZodObject<{
allow: z.ZodOptional<z.ZodArray<z.ZodString>>;
alsoAllow: z.ZodOptional<z.ZodArray<z.ZodString>>;
deny: z.ZodOptional<z.ZodArray<z.ZodString>>;
}, z.core.$strict>>>>;
skills: z.ZodOptional<z.ZodArray<z.ZodString>>;
enabled: z.ZodOptional<z.ZodBoolean>;
allowFrom: z.ZodOptional<z.ZodArray<z.ZodUnion<readonly [z.ZodString, z.ZodNumber]>>>;
systemPrompt: z.ZodOptional<z.ZodString>;
ingest: z.ZodOptional<z.ZodBoolean>;
disableAudioPreflight: z.ZodOptional<z.ZodBoolean>;
groupPolicy: z.ZodOptional<z.ZodEnum<{
allowlist: "allowlist";
disabled: "disabled";
open: "open";
}>>;
topics: z.ZodOptional<z.ZodRecord<z.ZodString, z.ZodOptional<z.ZodObject<{
requireMention: z.ZodOptional<z.ZodBoolean>;
ingest: z.ZodOptional<z.ZodBoolean>;
disableAudioPreflight: z.ZodOptional<z.ZodBoolean>;
groupPolicy: z.ZodOptional<z.ZodEnum<{
allowlist: "allowlist";
disabled: "disabled";
open: "open";
}>>;
skills: z.ZodOptional<z.ZodArray<z.ZodString>>;
enabled: z.ZodOptional<z.ZodBoolean>;
allowFrom: z.ZodOptional<z.ZodArray<z.ZodUnion<readonly [z.ZodString, z.ZodNumber]>>>;
systemPrompt: z.ZodOptional<z.ZodString>;
agentId: z.ZodOptional<z.ZodString>;
errorPolicy: z.ZodOptional<z.ZodEnum<{
always: "always";
once: "once";
silent: "silent";
}>>;
}, z.core.$strict>>>>;
errorPolicy: z.ZodOptional<z.ZodEnum<{
always: "always";
once: "once";
silent: "silent";
}>>;
}, z.core.$strict>>>>;
direct: z.ZodOptional<z.ZodRecord<z.ZodString, z.ZodOptional<z.ZodObject<{
dmPolicy: z.ZodOptional<z.ZodEnum<{
allowlist: "allowlist";
disabled: "disabled";
open: "open";
pairing: "pairing";
}>>;
tools: z.ZodOptional<z.ZodObject<{
allow: z.ZodOptional<z.ZodArray<z.ZodString>>;
alsoAllow: z.ZodOptional<z.ZodArray<z.ZodString>>;
deny: z.ZodOptional<z.ZodArray<z.ZodString>>;
}, z.core.$strict>>;
toolsBySender: z.ZodOptional<z.ZodRecord<z.ZodString, z.ZodOptional<z.ZodObject<{
allow: z.ZodOptional<z.ZodArray<z.ZodString>>;
alsoAllow: z.ZodOptional<z.ZodArray<z.ZodString>>;
deny: z.ZodOptional<z.ZodArray<z.ZodString>>;
}, z.core.$strict>>>>;
skills: z.ZodOptional<z.ZodArray<z.ZodString>>;
enabled: z.ZodOptional<z.ZodBoolean>;
allowFrom: z.ZodOptional<z.ZodArray<z.ZodUnion<readonly [z.ZodString, z.ZodNumber]>>>;
systemPrompt: z.ZodOptional<z.ZodString>;
topics: z.ZodOptional<z.ZodRecord<z.ZodString, z.ZodOptional<z.ZodObject<{
requireMention: z.ZodOptional<z.ZodBoolean>;
ingest: z.ZodOptional<z.ZodBoolean>;
disableAudioPreflight: z.ZodOptional<z.ZodBoolean>;
groupPolicy: z.ZodOptional<z.ZodEnum<{
allowlist: "allowlist";
disabled: "disabled";
open: "open";
}>>;
skills: z.ZodOptional<z.ZodArray<z.ZodString>>;
enabled: z.ZodOptional<z.ZodBoolean>;
allowFrom: z.ZodOptional<z.ZodArray<z.ZodUnion<readonly [z.ZodString, z.ZodNumber]>>>;
systemPrompt: z.ZodOptional<z.ZodString>;
agentId: z.ZodOptional<z.ZodString>;
errorPolicy: z.ZodOptional<z.ZodEnum<{
always: "always";
once: "once";
silent: "silent";
}>>;
}, z.core.$strict>>>>;
errorPolicy: z.ZodOptional<z.ZodEnum<{
always: "always";
once: "once";
silent: "silent";
}>>;
requireTopic: z.ZodOptional<z.ZodBoolean>;
autoTopicLabel: z.ZodOptional<z.ZodUnion<readonly [z.ZodBoolean, z.ZodObject<{
enabled: z.ZodOptional<z.ZodBoolean>;
prompt: z.ZodOptional<z.ZodString>;
}, z.core.$strict>]>>;
}, z.core.$strict>>>>;
richMessages: z.ZodOptional<z.ZodBoolean>;
network: z.ZodOptional<z.ZodObject<{
autoSelectFamily: z.ZodOptional<z.ZodBoolean>;
dnsResultOrder: z.ZodOptional<z.ZodEnum<{
ipv4first: "ipv4first";
verbatim: "verbatim";
}>>;
dangerouslyAllowPrivateNetwork: z.ZodOptional<z.ZodBoolean>;
}, z.core.$strict>>;
proxy: z.ZodOptional<z.ZodString>;
webhookUrl: z.ZodOptional<z.ZodString>;
webhookSecret: z.ZodOptional<z.ZodUnion<readonly [z.ZodString, z.ZodDiscriminatedUnion<[z.ZodObject<{
source: z.ZodLiteral<"env">;
provider: z.ZodString;
id: z.ZodString;
}, z.core.$strict>, z.ZodObject<{
source: z.ZodLiteral<"store">;
provider: z.ZodString;
id: z.ZodString;
}, z.core.$strict>, z.ZodObject<{
source: z.ZodLiteral<"file">;
provider: z.ZodString;
id: z.ZodString;
}, z.core.$strict>, z.ZodObject<{
source: z.ZodLiteral<"exec">;
provider: z.ZodString;
id: z.ZodString;
}, z.core.$strict>], "source">]>>;
webhookPath: z.ZodOptional<z.ZodString>;
webhookHost: z.ZodOptional<z.ZodString>;
webhookPort: z.ZodOptional<z.ZodNumber>;
webhookCertPath: z.ZodOptional<z.ZodString>;
actions: z.ZodOptional<z.ZodObject<{
reactions: z.ZodOptional<z.ZodBoolean>;
sendMessage: z.ZodOptional<z.ZodBoolean>;
poll: z.ZodOptional<z.ZodBoolean>;
deleteMessage: z.ZodOptional<z.ZodBoolean>;
editMessage: z.ZodOptional<z.ZodBoolean>;
sticker: z.ZodOptional<z.ZodBoolean>;
createForumTopic: z.ZodOptional<z.ZodBoolean>;
editForumTopic: z.ZodOptional<z.ZodBoolean>;
}, z.core.$strict>>;
threadBindings: z.ZodOptional<z.ZodObject<{
enabled: z.ZodOptional<z.ZodBoolean>;
idleHours: z.ZodOptional<z.ZodNumber>;
maxAgeHours: z.ZodOptional<z.ZodNumber>;
spawnSessions: z.ZodOptional<z.ZodBoolean>;
defaultSpawnContext: z.ZodOptional<z.ZodEnum<{
fork: "fork";
isolated: "isolated";
}>>;
}, z.core.$strict>>;
linkPreview: z.ZodOptional<z.ZodBoolean>;
silentErrorReplies: z.ZodOptional<z.ZodBoolean>;
errorPolicy: z.ZodOptional<z.ZodEnum<{
always: "always";
once: "once";
silent: "silent";
}>>;
apiRoot: z.ZodOptional<z.ZodString>;
trustedLocalFileRoots: z.ZodOptional<z.ZodArray<z.ZodString>>;
autoTopicLabel: z.ZodOptional<z.ZodUnion<readonly [z.ZodBoolean, z.ZodObject<{
enabled: z.ZodOptional<z.ZodBoolean>;
prompt: z.ZodOptional<z.ZodString>;
}, z.core.$strict>]>>;
accounts: z.ZodOptional<z.ZodRecord<z.ZodString, z.ZodOptional<z.ZodObject<{
name: z.ZodOptional<z.ZodString>;
capabilities: z.ZodOptional<z.ZodUnion<readonly [z.ZodArray<z.ZodString>, z.ZodObject<{
inlineButtons: z.ZodOptional<z.ZodEnum<{
all: "all";
allowlist: "allowlist";
dm: "dm";
group: "group";
off: "off";
}>>;
}, z.core.$strict>]>>;
markdown: z.ZodOptional<z.ZodObject<{
tables: z.ZodOptional<z.ZodEnum<{
block: "block";
bullets: "bullets";
code: "code";
off: "off";
}>>;
}, z.core.$strict>>;
configWrites: z.ZodOptional<z.ZodBoolean>;
enabled: z.ZodOptional<z.ZodBoolean>;
dmPolicy: z.ZodOptional<z.ZodEnum<{
allowlist: "allowlist";
disabled: "disabled";
open: "open";
pairing: "pairing";
}>>;
allowFrom: z.ZodOptional<z.ZodArray<z.ZodUnion<readonly [z.ZodString, z.ZodNumber]>>>;
defaultTo: z.ZodOptional<z.ZodUnion<readonly [z.ZodString, z.ZodNumber]>>;
groupAllowFrom: z.ZodOptional<z.ZodArray<z.ZodUnion<readonly [z.ZodString, z.ZodNumber]>>>;
groupPolicy: z.ZodOptional<z.ZodEnum<{
allowlist: "allowlist";
disabled: "disabled";
open: "open";
}>>;
mentionPatterns: z.ZodOptional<z.ZodObject<{
mode: z.ZodOptional<z.ZodUnion<readonly [z.ZodLiteral<"allow">, z.ZodLiteral<"deny">]>>;
allowIn: z.ZodOptional<z.ZodArray<z.ZodString>>;
denyIn: z.ZodOptional<z.ZodArray<z.ZodString>>;
}, z.core.$strict>>;
contextVisibility: z.ZodOptional<z.ZodEnum<{
all: "all";
allowlist: "allowlist";
allowlist_quote: "allowlist_quote";
}>>;
historyLimit: z.ZodOptional<z.ZodNumber>;
dmHistoryLimit: z.ZodOptional<z.ZodNumber>;
dms: z.ZodOptional<z.ZodRecord<z.ZodString, z.ZodOptional<z.ZodObject<{
historyLimit: z.ZodOptional<z.ZodNumber>;
}, z.core.$strict>>>>;
textChunkLimit: z.ZodOptional<z.ZodNumber>;
streaming: z.ZodOptional<z.ZodObject<{
mode: z.ZodOptional<z.ZodEnum<{
block: "block";
off: "off";
partial: "partial";
progress: "progress";
}>>;
chunkMode: z.ZodOptional<z.ZodEnum<{
length: "length";
newline: "newline";
}>>;
progress: z.ZodOptional<z.ZodObject<{
label: z.ZodOptional<z.ZodUnion<readonly [z.ZodString, z.ZodLiteral<false>]>>;
labels: z.ZodOptional<z.ZodArray<z.ZodString>>;
maxLines: z.ZodOptional<z.ZodNumber>;
maxLineChars: z.ZodOptional<z.ZodNumber>;
toolProgress: z.ZodOptional<z.ZodBoolean>;
commandText: z.ZodOptional<z.ZodEnum<{
raw: "raw";
status: "status";
}>>;
commentary: z.ZodOptional<z.ZodBoolean>;
narration: z.ZodOptional<z.ZodBoolean>;
}, z.core.$strict>>;
block: z.ZodOptional<z.ZodObject<{
enabled: z.ZodOptional<z.ZodBoolean>;
coalesce: z.ZodOptional<z.ZodObject<{
minChars: z.ZodOptional<z.ZodNumber>;
maxChars: z.ZodOptional<z.ZodNumber>;
idleMs: z.ZodOptional<z.ZodNumber>;
}, z.core.$strict>>;
}, z.core.$strict>>;
preview: z.ZodOptional<z.ZodObject<{
chunk: z.ZodOptional<z.ZodObject<{
minChars: z.ZodOptional<z.ZodNumber>;
maxChars: z.ZodOptional<z.ZodNumber>;
breakPreference: z.ZodOptional<z.ZodUnion<readonly [z.ZodLiteral<"paragraph">, z.ZodLiteral<"newline">, z.ZodLiteral<"sentence">]>>;
}, z.core.$strict>>;
toolProgress: z.ZodOptional<z.ZodBoolean>;
commandText: z.ZodOptional<z.ZodEnum<{
raw: "raw";
status: "status";
}>>;
}, z.core.$strict>>;
}, z.core.$strict>>;
heartbeatVisibility: z.ZodOptional<z.ZodObject<{
showOk: z.ZodOptional<z.ZodBoolean>;
showAlerts: z.ZodOptional<z.ZodBoolean>;
useIndicator: z.ZodOptional<z.ZodBoolean>;
}, z.core.$strict>>;
healthMonitor: z.ZodOptional<z.ZodObject<{
enabled: z.ZodOptional<z.ZodBoolean>;
}, z.core.$strict>>;
responsePrefix: z.ZodOptional<z.ZodString>;
mediaMaxMb: z.ZodOptional<z.ZodNumber>;
replyToMode: z.ZodOptional<z.ZodUnion<readonly [z.ZodLiteral<"off">, z.ZodLiteral<"first">, z.ZodLiteral<"all">, z.ZodLiteral<"batched">]>>;
reactionNotifications?: z.ZodOptional<z.ZodEnum<{
[x: string]: string;
}>> | undefined;
reactionAllowlist?: z.ZodOptional<z.ZodArray<z.ZodUnion<readonly [z.ZodString, z.ZodNumber]>>> | undefined;
reactionLevel?: z.ZodOptional<z.ZodEnum<{
[x: string]: string;
}>> | undefined;
ackReaction?: z.ZodType<unknown, unknown, z.core.$ZodTypeInternals<unknown, unknown>> | undefined;
joinIntro: z.ZodOptional<z.ZodBoolean>;
execApprovals: z.ZodOptional<z.ZodObject<{
enabled: z.ZodOptional<z.ZodUnion<readonly [z.ZodBoolean, z.ZodLiteral<"auto">]>>;
approvers: z.ZodOptional<z.ZodArray<z.ZodType<unknown, unknown, z.core.$ZodTypeInternals<unknown, unknown>>>>;
agentFilter: z.ZodOptional<z.ZodArray<z.ZodString>>;
sessionFilter: z.ZodOptional<z.ZodArray<z.ZodString>>;
target: z.ZodOptional<z.ZodEnum<{
both: "both";
channel: "channel";
dm: "dm";
}>>;
}, z.core.$strict>>;
commands: z.ZodOptional<z.ZodObject<{
native: z.ZodOptional<z.ZodUnion<readonly [z.ZodBoolean, z.ZodLiteral<"auto">]>>;
nativeSkills: z.ZodOptional<z.ZodUnion<readonly [z.ZodBoolean, z.ZodLiteral<"auto">]>>;
}, z.core.$strict>>;
customCommands: z.ZodOptional<z.ZodArray<z.ZodObject<{
command: z.ZodString;
description: z.ZodString;
}, z.core.$strict>>>;
botToken: z.ZodOptional<z.ZodUnion<readonly [z.ZodString, z.ZodDiscriminatedUnion<[z.ZodObject<{
source: z.ZodLiteral<"env">;
provider: z.ZodString;
id: z.ZodString;
}, z.core.$strict>, z.ZodObject<{
source: z.ZodLiteral<"store">;
provider: z.ZodString;
id: z.ZodString;
}, z.core.$strict>, z.ZodObject<{
source: z.ZodLiteral<"file">;
provider: z.ZodString;
id: z.ZodString;
}, z.core.$strict>, z.ZodObject<{
source: z.ZodLiteral<"exec">;
provider: z.ZodString;
id: z.ZodString;
}, z.core.$strict>], "source">]>>;
tokenFile: z.ZodOptional<z.ZodString>;
groups: z.ZodOptional<z.ZodRecord<z.ZodString, z.ZodOptional<z.ZodObject<{
requireMention: z.ZodOptional<z.ZodBoolean>;
tools: z.ZodOptional<z.ZodObject<{
allow: z.ZodOptional<z.ZodArray<z.ZodString>>;
alsoAllow: z.ZodOptional<z.ZodArray<z.ZodString>>;
deny: z.ZodOptional<z.ZodArray<z.ZodString>>;
}, z.core.$strict>>;
toolsBySender: z.ZodOptional<z.ZodRecord<z.ZodString, z.ZodOptional<z.ZodObject<{
allow: z.ZodOptional<z.ZodArray<z.ZodString>>;
alsoAllow: z.ZodOptional<z.ZodArray<z.ZodString>>;
deny: z.ZodOptional<z.ZodArray<z.ZodString>>;
}, z.core.$strict>>>>;
skills: z.ZodOptional<z.ZodArray<z.ZodString>>;
enabled: z.ZodOptional<z.ZodBoolean>;
allowFrom: z.ZodOptional<z.ZodArray<z.ZodUnion<readonly [z.ZodString, z.ZodNumber]>>>;
systemPrompt: z.ZodOptional<z.ZodString>;
ingest: z.ZodOptional<z.ZodBoolean>;
disableAudioPreflight: z.ZodOptional<z.ZodBoolean>;
groupPolicy: z.ZodOptional<z.ZodEnum<{
allowlist: "allowlist";
disabled: "disabled";
open: "open";
}>>;
topics: z.ZodOptional<z.ZodRecord<z.ZodString, z.ZodOptional<z.ZodObject<{
requireMention: z.ZodOptional<z.ZodBoolean>;
ingest: z.ZodOptional<z.ZodBoolean>;
disableAudioPreflight: z.ZodOptional<z.ZodBoolean>;
groupPolicy: z.ZodOptional<z.ZodEnum<{
allowlist: "allowlist";
disabled: "disabled";
open: "open";
}>>;
skills: z.ZodOptional<z.ZodArray<z.ZodString>>;
enabled: z.ZodOptional<z.ZodBoolean>;
allowFrom: z.ZodOptional<z.ZodArray<z.ZodUnion<readonly [z.ZodString, z.ZodNumber]>>>;
systemPrompt: z.ZodOptional<z.ZodString>;
agentId: z.ZodOptional<z.ZodString>;
errorPolicy: z.ZodOptional<z.ZodEnum<{
always: "always";
once: "once";
silent: "silent";
}>>;
}, z.core.$strict>>>>;
errorPolicy: z.ZodOptional<z.ZodEnum<{
always: "always";
once: "once";
silent: "silent";
}>>;
}, z.core.$strict>>>>;
direct: z.ZodOptional<z.ZodRecord<z.ZodString, z.ZodOptional<z.ZodObject<{
dmPolicy: z.ZodOptional<z.ZodEnum<{
allowlist: "allowlist";
disabled: "disabled";
open: "open";
pairing: "pairing";
}>>;
tools: z.ZodOptional<z.ZodObject<{
allow: z.ZodOptional<z.ZodArray<z.ZodString>>;
alsoAllow: z.ZodOptional<z.ZodArray<z.ZodString>>;
deny: z.ZodOptional<z.ZodArray<z.ZodString>>;
}, z.core.$strict>>;
toolsBySender: z.ZodOptional<z.ZodRecord<z.ZodString, z.ZodOptional<z.ZodObject<{
allow: z.ZodOptional<z.ZodArray<z.ZodString>>;
alsoAllow: z.ZodOptional<z.ZodArray<z.ZodString>>;
deny: z.ZodOptional<z.ZodArray<z.ZodString>>;
}, z.core.$strict>>>>;
skills: z.ZodOptional<z.ZodArray<z.ZodString>>;
enabled: z.ZodOptional<z.ZodBoolean>;
allowFrom: z.ZodOptional<z.ZodArray<z.ZodUnion<readonly [z.ZodString, z.ZodNumber]>>>;
systemPrompt: z.ZodOptional<z.ZodString>;
topics: z.ZodOptional<z.ZodRecord<z.ZodString, z.ZodOptional<z.ZodObject<{
requireMention: z.ZodOptional<z.ZodBoolean>;
ingest: z.ZodOptional<z.ZodBoolean>;
disableAudioPreflight: z.ZodOptional<z.ZodBoolean>;
groupPolicy: z.ZodOptional<z.ZodEnum<{
allowlist: "allowlist";
disabled: "disabled";
open: "open";
}>>;
skills: z.ZodOptional<z.ZodArray<z.ZodString>>;
enabled: z.ZodOptional<z.ZodBoolean>;
allowFrom: z.ZodOptional<z.ZodArray<z.ZodUnion<readonly [z.ZodString, z.ZodNumber]>>>;
systemPrompt: z.ZodOptional<z.ZodString>;
agentId: z.ZodOptional<z.ZodString>;
errorPolicy: z.ZodOptional<z.ZodEnum<{
always: "always";
once: "once";
silent: "silent";
}>>;
}, z.core.$strict>>>>;
errorPolicy: z.ZodOptional<z.ZodEnum<{
always: "always";
once: "once";
silent: "silent";
}>>;
requireTopic: z.ZodOptional<z.ZodBoolean>;
autoTopicLabel: z.ZodOptional<z.ZodUnion<readonly [z.ZodBoolean, z.ZodObject<{
enabled: z.ZodOptional<z.ZodBoolean>;
prompt: z.ZodOptional<z.ZodString>;
}, z.core.$strict>]>>;
}, z.core.$strict>>>>;
richMessages: z.ZodOptional<z.ZodBoolean>;
network: z.ZodOptional<z.ZodObject<{
autoSelectFamily: z.ZodOptional<z.ZodBoolean>;
dnsResultOrder: z.ZodOptional<z.ZodEnum<{
ipv4first: "ipv4first";
verbatim: "verbatim";
}>>;
dangerouslyAllowPrivateNetwork: z.ZodOptional<z.ZodBoolean>;
}, z.core.$strict>>;
proxy: z.ZodOptional<z.ZodString>;
webhookUrl: z.ZodOptional<z.ZodString>;
webhookSecret: z.ZodOptional<z.ZodUnion<readonly [z.ZodString, z.ZodDiscriminatedUnion<[z.ZodObject<{
source: z.ZodLiteral<"env">;
provider: z.ZodString;
id: z.ZodString;
}, z.core.$strict>, z.ZodObject<{
source: z.ZodLiteral<"store">;
provider: z.ZodString;
id: z.ZodString;
}, z.core.$strict>, z.ZodObject<{
source: z.ZodLiteral<"file">;
provider: z.ZodString;
id: z.ZodString;
}, z.core.$strict>, z.ZodObject<{
source: z.ZodLiteral<"exec">;
provider: z.ZodString;
id: z.ZodString;
}, z.core.$strict>], "source">]>>;
webhookPath: z.ZodOptional<z.ZodString>;
webhookHost: z.ZodOptional<z.ZodString>;
webhookPort: z.ZodOptional<z.ZodNumber>;
webhookCertPath: z.ZodOptional<z.ZodString>;
actions: z.ZodOptional<z.ZodObject<{
reactions: z.ZodOptional<z.ZodBoolean>;
sendMessage: z.ZodOptional<z.ZodBoolean>;
poll: z.ZodOptional<z.ZodBoolean>;
deleteMessage: z.ZodOptional<z.ZodBoolean>;
editMessage: z.ZodOptional<z.ZodBoolean>;
sticker: z.ZodOptional<z.ZodBoolean>;
createForumTopic: z.ZodOptional<z.ZodBoolean>;
editForumTopic: z.ZodOptional<z.ZodBoolean>;
}, z.core.$strict>>;
threadBindings: z.ZodOptional<z.ZodObject<{
enabled: z.ZodOptional<z.ZodBoolean>;
idleHours: z.ZodOptional<z.ZodNumber>;
maxAgeHours: z.ZodOptional<z.ZodNumber>;
spawnSessions: z.ZodOptional<z.ZodBoolean>;
defaultSpawnContext: z.ZodOptional<z.ZodEnum<{
fork: "fork";
isolated: "isolated";
}>>;
}, z.core.$strict>>;
linkPreview: z.ZodOptional<z.ZodBoolean>;
silentErrorReplies: z.ZodOptional<z.ZodBoolean>;
errorPolicy: z.ZodOptional<z.ZodEnum<{
always: "always";
once: "once";
silent: "silent";
}>>;
apiRoot: z.ZodOptional<z.ZodString>;
trustedLocalFileRoots: z.ZodOptional<z.ZodArray<z.ZodString>>;
autoTopicLabel: z.ZodOptional<z.ZodUnion<readonly [z.ZodBoolean, z.ZodObject<{
enabled: z.ZodOptional<z.ZodBoolean>;
prompt: z.ZodOptional<z.ZodString>;
}, z.core.$strict>]>>;
}, z.core.$strict>>>>;
defaultAccount: z.ZodOptional<z.ZodString>;
}, z.core.$strict>;
//#endregion
//#region src/channels/account-snapshot-fields.d.ts
declare const CREDENTIAL_STATUS_KEYS: readonly ["tokenStatus", "botTokenStatus", "appTokenStatus", "signingSecretStatus", "userTokenStatus"];
type CredentialStatusKey = (typeof CREDENTIAL_STATUS_KEYS)[number];
declare const CREDENTIAL_SOURCE_KEYS: readonly ["tokenSource", "botTokenSource", "appTokenSource", "signingSecretSource", "userTokenSource", "credentialSource", "secretSource"];
type CredentialSnapshotFields = Pick<Partial<ChannelAccountSnapshot>, CredentialStatusKey | (typeof CREDENTIAL_SOURCE_KEYS)[number]>;
/**
* Infers whether any known credential status makes an account configured.
*
* Status commands need this metadata for "configured but unavailable" accounts without reading
* raw credentials from runtime-only helpers.
*/
declare function resolveConfiguredFromCredentialStatuses(account: unknown): boolean | undefined;
/** Projects credential source/status metadata while omitting raw credential values. */
declare function projectCredentialSnapshotFields(account: unknown): CredentialSnapshotFields;
//#endregion
//#region src/plugin-sdk/status-helpers.d.ts
/** Build token-based channel status summaries with optional mode reporting. */
declare function buildTokenChannelStatusSummary(snapshot: {
configured?: boolean | null;
tokenSource?: string | null;
running?: boolean | null;
mode?: string | null;
lastStartAt?: number | null;
lastStopAt?: number | null;
lastError?: string | null;
probe?: unknown;
lastProbeAt?: number | null;
}, opts?: {
includeMode?: boolean;
}): {
configured: boolean;
running: boolean;
lastStartAt: number | null;
lastStopAt: number | null;
lastError: string | null;
tokenSource: string;
probe: unknown;
lastProbeAt: number | null;
} | {
configured: boolean;
running: boolean;
lastStartAt: number | null;
lastStopAt: number | null;
lastError: string | null;
tokenSource: string;
probe: unknown;
lastProbeAt: number | null;
mode: string | null;
};
//#endregion
//#region extensions/telegram/src/bot-info.d.ts
type TelegramBotInfo = UserFromGetMe;
//#endregion
//#region extensions/telegram/src/probe.d.ts
type TelegramProbe = BaseProbeResult & {
status?: number | null;
elapsedMs: number;
bot?: {
id?: number | null;
isBot?: boolean | null;
firstName?: string | null;
username?: string | null;
canJoinGroups?: boolean | null;
canReadAllGroupMessages?: boolean | null;
canManageBots?: boolean | null;
supportsInlineQueries?: boolean | null;
canConnectToBusiness?: boolean | null;
hasMainWebApp?: boolean | null;
hasTopicsEnabled?: boolean | null;
allowsUsersToCreateTopics?: boolean | null;
};
botInfo?: TelegramBotInfo;
webhook?: {
url?: string | null;
hasCustomCert?: boolean | null;
};
};
type TelegramProbeOptions = {
proxyUrl?: string;
network?: TelegramNetworkConfig$1;
accountId?: string;
apiRoot?: string;
includeWebhookInfo?: boolean;
abortSignal?: AbortSignal;
};
declare function probeTelegram(token: string, timeoutMs: number, proxyOrOptions?: string | TelegramProbeOptions): Promise<TelegramProbe>;
//#endregion
//#region extensions/telegram/src/audit.types.d.ts
type TelegramGroupMembershipAuditEntry = {
chatId: string;
ok: boolean;
status?: string | null;
error?: string | null;
matchKey?: string;
matchSource?: "id";
};
type TelegramGroupMembershipAudit = {
ok: boolean;
checkedGroups: number;
unresolvedGroups: number;
hasWildcardUnmentionedGroups: boolean;
groups: TelegramGroupMembershipAuditEntry[];
elapsedMs: number;
};
type AuditTelegramGroupMembershipParams = {
token: string;
botId: number;
groupIds: string[];
proxyUrl?: string;
network?: TelegramNetworkConfig$1;
apiRoot?: string;
timeoutMs: number;
};
//#endregion
//#region extensions/telegram/src/audit.d.ts
declare function collectTelegramUnmentionedGroupIds(groups: Record<string, TelegramGroupConfig> | undefined): {
groupIds: string[];
unresolvedGroups: number;
hasWildcardUnmentionedGroups: boolean;
};
declare function auditTelegramGroupMembership(params: AuditTelegramGroupMembershipParams): Promise<TelegramGroupMembershipAudit>;
//#endregion
//#region extensions/telegram/src/group-access.d.ts
declare const resolveTelegramRuntimeGroupPolicy: (params: {
providerConfigPresent: boolean;
groupPolicy?: TelegramAccountConfig$1["groupPolicy"];
defaultGroupPolicy?: TelegramAccountConfig$1["groupPolicy"];
}) => {
groupPolicy: GroupPolicy;
providerMissingFallbackApplied: boolean;
};
//#endregion
//#region src/agents/defaults.d.ts
declare const DEFAULT_PROVIDER = "openai";
declare const DEFAULT_MODEL = "gpt-5.6-sol";
//#endregion
//#region extensions/telegram/src/exec-approval-forwarding.d.ts
declare function shouldSuppressTelegramExecApprovalForwardingFallback(params: {
cfg: OpenClawConfig;
target: {
channel: string;
accountId?: string | null;
};
request: ExecApprovalRequest;
}): boolean;
declare function buildTelegramExecApprovalPendingPayload(params: {
request: ExecApprovalRequest;
nowMs: number;
}): ReplyPayload$1;
//#endregion
//#region extensions/telegram/src/channel-actions.d.ts
declare const telegramMessageActions: ChannelMessageActionAdapter;
//#endregion
//#region extensions/telegram/src/monitor.types.d.ts
type MonitorTelegramOpts = {
token?: string;
accountId?: string;
ownerAgentId?: string;
config?: OpenClawConfig;
runtime?: RuntimeEnv;
channelRuntime?: ChannelRuntimeSurface;
abortSignal?: AbortSignal;
useWebhook?: boolean;
webhookPath?: string;
webhookPort?: number;
webhookSecret?: string;
webhookHost?: string;
proxyFetch?: typeof fetch;
webhookUrl?: string;
webhookCertPath?: string;
botInfo?: TelegramBotInfo;
setStatus?: (patch: Omit<ChannelAccountSnapshot, "accountId">) => void;
isolatedIngress?: {
enabled?: boolean;
};
};
type TelegramMonitorFn = (opts?: MonitorTelegramOpts) => Promise<void>;
//#endregion
//#region extensions/telegram/src/monitor.d.ts
declare function monitorTelegramProvider(opts?: MonitorTelegramOpts): Promise<void>;
//#endregion
//#region extensions/telegram/src/thread-bindings-store.d.ts
type TelegramBindingTargetKind = "subagent" | "acp";
type TelegramThreadBindingRecord = {
accountId: string;
conversationId: string;
targetKind: TelegramBindingTargetKind;
targetSessionKey: string;
agentId?: string;
label?: string;
boundBy?: string;
boundAt: number;
lastActivityAt: number;
idleTimeoutMs?: number;
maxAgeMs?: number;
metadata?: Record<string, unknown>;
};
//#endregion
//#region extensions/telegram/src/thread-bindings.d.ts
type TelegramThreadBindingManager = {
accountId: string;
shouldPersistMutations: () => boolean;
getIdleTimeoutMs: () => number;
getMaxAgeMs: () => number;
getByConversationId: (conversationId: string) => TelegramThreadBindingRecord | undefined;
listBySessionKey: (targetSessionKey: string) => TelegramThreadBindingRecord[];
listBindings: () => TelegramThreadBindingRecord[];
touchConversation: (conversationId: string, at?: number) => TelegramThreadBindingRecord | null;
unbindConversation: (params: {
conversationId: string;
reason?: string;
sendFarewell?: boolean;
throwOnPersistError?: boolean;
}) => TelegramThreadBindingRecord | null;
unbindBySessionKey: (params: {
targetSessionKey: string;
reason?: string;
sendFarewell?: boolean;
throwOnPersistError?: boolean;
}) => TelegramThreadBindingRecord[];
stop: () => void;
};
declare function createTelegramThreadBindingManager(params: {
cfg: OpenClawConfig;
accountId?: string;
persist?: boolean;
idleTimeoutMs?: number;
maxAgeMs?: number;
enableSweeper?: boolean;
}): TelegramThreadBindingManager;
declare function getTelegramThreadBindingManager(accountId?: string): TelegramThreadBindingManager | null;
declare function setTelegramThreadBindingIdleTimeoutBySessionKey(params: {
targetSessionKey: string;
accountId?: string;
idleTimeoutMs: number;
}): TelegramThreadBindingRecord[];
declare function setTelegramThreadBindingMaxAgeBySessionKey(params: {
targetSessionKey: string;
accountId?: string;
maxAgeMs: number;
}): TelegramThreadBindingRecord[];
//#endregion
//#region extensions/telegram/src/runtime.types.d.ts
type TelegramProbeFn = typeof probeTelegram;
type TelegramAuditCollectFn = typeof collectTelegramUnmentionedGroupIds;
type TelegramAuditMembershipFn = typeof auditTelegramGroupMembership;
type TelegramSendFn = typeof sendMessageTelegram;
type TelegramResolveTokenFn = typeof resolveTelegramToken;
type BasePluginRuntimeChannel = PluginRuntime extends {
channel: infer T;
} ? T : never;
type TelegramChannelRuntime = {
probeTelegram?: TelegramProbeFn;
collectTelegramUnmentionedGroupIds?: TelegramAuditCollectFn;
auditTelegramGroupMembership?: TelegramAuditMembershipFn;
monitorTelegramProvider?: TelegramMonitorFn;
sendMessageTelegram?: TelegramSendFn;
resolveTelegramToken?: TelegramResolveTokenFn;
};
interface TelegramRuntimeChannel extends BasePluginRuntimeChannel {
telegram?: TelegramChannelRuntime;
}
interface TelegramRuntime extends PluginRuntime {
channel: TelegramRuntimeChannel;
}
//#endregion
//#region extensions/telegram/src/runtime.d.ts
declare const setTelegramRuntime: (next: TelegramRuntime) => void, getTelegramRuntime: () => TelegramRuntime, getOptionalTelegramRuntime: () => TelegramRuntime | null;
//#endregion
//#region extensions/telegram/src/topic-conversation.d.ts
type ParsedTelegramTopicConversation = {
chatId: string;
thread: TelegramThreadSpec;
canonicalConversationId: string;
};
declare function parseTelegramTopicConversation(params: {
conversationId: string;
parentConversationId?: string;
}): ParsedTelegramTopicConversation | null;
//#endregion
//#region extensions/telegram/src/poll-visibility.d.ts
declare function resolveTelegramPollVisibility(params: {
pollAnonymous?: boolean;
pollPublic?: boolean;
}): boolean | undefined;
//#endregion
//#region extensions/telegram/runtime-api.d.ts
type TelegramAccountConfig = NonNullable<NonNullable<OpenClawConfig["channels"]>["telegram"]>;
type TelegramActionConfig = NonNullable<TelegramAccountConfig["actions"]>;
type TelegramNetworkConfig = NonNullable<TelegramAccountConfig["network"]>;
//#endregion
//#region src/system-agent/operator-approval.d.ts
type SystemAgentProposalRef = {
current?: string;
operation?: SystemAgentOperation;
};
//#endregion
//#region src/agents/tools/system-agent-tool.d.ts
type SystemAgentToolOptions = {
/** Verified inference owner, distinct from the internal OpenClaw execution agent. */
agentId?: string;
/** Where setup side effects run; the gateway surface never manages its own daemon. */
surface: "cli" | "gateway";
/** The host resolves delegated proposals under session policy, never a chat reply. */
operatorApprovalOnly?: boolean;
/**
* Host-verified consent for THIS turn: true only when the host judged the
* user's actual message to be an explicit approval. The model-supplied
* `approved` argument alone must never authorize a mutation (prompt
* injection, model error).
*/
approvalArmed?: boolean;
/**
* Approval is scoped to one exact operation: a denied mutating call records
* its canonical hash here (host-owned, survives turns), and an armed turn
* may execute only a call matching that hash. Cleared after use.
*/
proposalRef?: SystemAgentProposalRef;
/**
* Host handoff channel for actions the tool cannot perform itself
* (interactive channel setup, external onboarding guidance, opening the
* agent TUI). The engine reads it after the turn; CLI MCP hosts mirror it
* from tool events.
*/
directiveRef?: {
current?: SystemAgentToolDirective;
};
};
/** Host directives the hosting chat engine handles after the turn. */
type SystemAgentToolDirective = SystemAgentNavigationOperation | {
kind: "approved-operation";
operation: SystemAgentOperation;
};
//#endregion
//#region src/agents/agent-tools.read.d.ts
type SkillInstructionDeliveryCache = Map<string, Promise<boolean>>;
//#endregion
//#region src/agents/delegation-capability.d.ts
type DelegationCapability = "full" | "report_only";
//#endregion
//#region src/agents/tool-search-types.d.ts
type CatalogSource = "openclaw" | "mcp" | "client";
type CatalogTool = AnyAgentTool | ToolDefinition;
type ToolSearchCatalogToolExecutor = (params: {
tool: CatalogTool;
toolName: string;
source: CatalogSource;
sourceName?: string;
toolCallId: string;
parentToolCallId?: string;
/** Exact registered-instance classification resolved by the catalog owner. */
replaySafe?: boolean;
input: unknown;
signal?: AbortSignal;
onUpdate?: AgentToolUpdateCallback;
acceptResultBeforeProjection: (result: AgentToolResult<unknown>) => Promise<AgentToolResult<unknown>>;
}) => Promise<AgentToolResult<unknown>>;
/** Catalog entry retained behind compacted Tool Search control tools. */
type ToolSearchCatalogEntry = {
id: string;
source: CatalogSource;
sourceName?: string;
mcp?: PluginToolMcpMeta;
name: string;
label?: string;
description: string;
parameters?: unknown;
outputSchema?: TSchema;
tool: CatalogTool;
};
type ToolSearchCatalogSession = {
entries: ToolSearchCatalogEntry[];
counterScope: string;
searchCount: number;
describeCount: number;
callCount: number;
};
type ToolSearchCatalogTelemetry = Omit<ToolSearchCatalogSession, "entries"> & {
catalogSize: number;
sources: Record<CatalogSource, number>;
};
type ToolSearchCatalogRef = {
current?: ToolSearchCatalogSession;
closedTelemetry?: ToolSearchCatalogTelemetry;
onChange?: () => void;
disposeObserver?: () => void;
onDispose?: Set<() => void>;
};
//#endregion
//#region src/agents/tools/question-prompt-send.d.ts
/** Publishes one prompt into the originating conversation. */
type QuestionPromptSend = (payload: ReplyPayload$1) => void | Promise<void>;
/** A run's own way to show a question prompt, plus the channel it would appear in. */
type QuestionPromptDelivery = {
send: QuestionPromptSend;
messageChannel?: string;
};
//#endregion
//#region src/agents/tool-loop-detection-config.d.ts
/** Resolves effective tool loop-detection config by overlaying agent settings on globals. */
declare function resolveToolLoopDetectionConfig(params: {
cfg?: OpenClawConfig;
agentId?: string;
}): ToolLoopDetectionConfig | undefined;
declare namespace agent_tools_d_exports {
export { createOpenClawCodingTools, resolveToolLoopDetectionConfig };
}
/** Public options for building one plugin-owned agent tool surface. */
type OpenClawCodingToolsOptions = {
agentId?: string;
/** Retained policy owner; execution identity remains agentId/runSessionKey. */
policyAgentId?: string;
exec?: ExecToolDefaults & ProcessToolDefaults;
messageProvider?: string;
/** Canonical transport channel when tool-policy provider differs from delivery channel. */
messageChannel?: string;
/**
* How this run shows a blocking question tool's prompt. Left unset by harnesses
* whose tool lifecycle reserves the prompt for them.
*/
questionPrompt?: QuestionPromptDelivery;
/** Capabilities declared by the gateway client that originated this run. */
clientCaps?: string[];
/** Out-of-band plugin bindings attached by the run initiator. */
toolBindings?: Readonly<Record<string, unknown>>;
/** Trusted runtime-only authorization for one bounded cross-conversation recall pass. */
conversationRecall?: ConversationRecallContext;
/** Normalized conversation kind when the caller already has channel metadata. */
chatType?: ChatType;
/** Specific ingress provider used only for transport tool availability. */
toolPolicyMessageProvider?: string;
agentAccountId?: string;
messageTo?: string;
messageThreadId?: string | number;
/** Trusted platform-native conversation id for the active inbound turn. */
nativeChannelId?: string;
/** Opaque host-issued capability for current-turn channel message actions. */
messageActionTurnCapability?: string;
sandbox?: SandboxContext | null;
stagedMediaPaths?: ReadonlyMap<string, string>;
sessionKey?: string;
/**
* The durable store session key for the live run when it differs from the
* sandbox/policy session key used to construct the tool set.
*/
runSessionKey?: string;
/** Ephemeral session UUID — regenerated on /new and /reset. */
sessionId?: string;
/**
* Explicit one-shot local CLI runs should not keep plugin-owned process
* resources alive after emitting their result.
*/
oneShotCliRun?: boolean;
/** Stable run identifier for this agent invocation. */
runId?: string;
requesterThinkingLevel?: ThinkLevel;
/** Exact admitted run instance for lifecycle-bound subprocess capabilities. */
operationalRunInstance?: OperationalRunInstanceRef;
/** Device-scoped operator session allowed to review approvals initiated by this run. */
approvalReviewerDeviceId?: string;
/** Diagnostic trace context for hook/log correlation during this run. */
trace?: DiagnosticTraceContext;
/** What initiated this run (for trigger-specific tool restrictions). */
trigger?: string;
/** Stable cron job identifier populated for cron-triggered runs. */
jobId?: string;
/** Relative workspace path that memory-triggered writes may append to. */
memoryFlushWritePath?: string;
agentDir?: string;
preparedModelRuntime?: PreparedModelRuntimeSnapshot;
/** Task working directory for coding tools. Defaults to workspaceDir. */
cwd?: string;
workspaceDir?: string;
sessionPermissionPolicy?: PreparedSessionPermissionPolicy;
/**
* Workspace directory that spawned subagents should inherit.
* When sandboxing uses a copied workspace (`ro` or `none`), workspaceDir is the
* sandbox copy but subagents should inherit the real agent workspace instead.
* Defaults to workspaceDir when not set.
*/
spawnWorkspaceDir?: string;
config?: OpenClawConfig;
/** Explicitly distinguishes live Gateway session policy from a pinned run override. */
sessionConfigSource?: "runtime" | "pinned";
abortSignal?: AbortSignal;
/** Disable hook-owned diagnostics when an outer runtime owns tool diagnostics. */
emitBeforeToolCallDiagnostics?: boolean;
/** Skip hook wrapping when an outer tool-call boundary owns hook execution. */
wrapBeforeToolCallHook?: boolean;
/**
* Provider of the currently selected model (used for provider-specific tool quirks).
* Example: "anthropic", "openai", "google", "openai".
*/
modelProvider?: string;
/** Model id for the current provider (used for model-specific tool gating). */
modelId?: string;
/** Internal review-run restrictions and proposal provenance. */
skillWorkshop?: SkillWorkshopRunOptions;
/** Attempt-local authority to start or redirect delegated work. */
delegationCapability?: DelegationCapability;
/** Model API for the current provider (used for provider-native tool arbitration). */
modelApi?: string;
/** Model context window in tokens (used to scale read-tool output budget). */
modelContextWindowTokens?: number;
/** Resolved runtime model compatibility hints. */
modelCompat?: ModelCompatConfig;
/** If false, keep OpenClaw web_search even when a provider-native search tool is active. */
suppressManagedWebSearch?: boolean;
webFetchHostnameAllowlistRef?: {
value?: string[];
};
webSearchEnabled?: boolean;
/**
* Auth mode for the current provider. We only need this for Anthropic OAuth
* tool-name blocking quirks.
*/
modelAuthMode?: ModelAuthMode;
/** Current channel ID for auto-threading (Slack). */
currentChannelId?: string;
/** Routable target for the current conversation when it differs from the native channel ID. */
currentMessagingTarget?: string;
/** Normalized conversation id exposed to tool hooks. Defaults to currentChannelId. */
hookChannelId?: string;
/** Channel-owned sender/chat metadata exposed to subprocess environments. */
channelContext?: PluginHookChannelContext;
/** Current thread timestamp for auto-threading (Slack). */
currentThreadTs?: string;
/** Current inbound message id for action fallbacks (e.g. Telegram react). */
currentMessageId?: string | number;
/** True when the current inbound turn carried audio media. */
currentInboundAudio?: boolean;
/** Dynamic audio state for runs that can accept steered input after tool creation. */
hasCurrentInboundAudio?: () => boolean;
/** Group id for channel-level tool policy resolution. */
groupId?: string | null;
/** Group channel label (e.g. #general) for channel-level tool policy resolution. */
groupChannel?: string | null;
/** Group space label (e.g. guild/team id) for channel-level tool policy resolution. */
groupSpace?: string | null;
/** Trusted provider role ids for the requester in this group turn. */
memberRoleIds?: string[];
/** Parent session key for subagent group policy inheritance. */
spawnedBy?: string | null;
senderId?: string | null;
senderName?: string | null;
senderUsername?: string | null;
senderE164?: string | null;
/** Reply-to mode for Slack auto-threading. */
replyToMode?: "off" | "first" | "all" | "batched";
/** Mutable ref to track if a reply was sent (for "first" mode). */
hasRepliedRef?: {
value: boolean;
};
/** Allow plugin tools for this run to late-bind the gateway subagent. */
allowGatewaySubagentBinding?: boolean;
/** Runtime-scoped explicit allowlist used to materialize matching plugin tools. */
runtimeToolAllowlist?: string[];
/** Host-prepared proof that this exact session can request Gateway publication. */
githubPublicationAvailable?: boolean;
/** True when runtimeToolAllowlist is real parent authority that child sessions inherit. */
inheritRuntimeToolAllowlist?: boolean;
/** Mutable spawn capability snapshot refreshed after late-bound runtime tools are authorized. */
inheritedToolAllowlistRef?: string[];
/** Mutable cron creator cap ref for callers that append final runtime tools later. */
cronCreatorToolAllowlistRef?: CronCreatorToolAllowlistEntry[];
/** Mutable proof that the cron cap reached the final executable surface. */
cronCreatorToolAllowlistCaptureRef?: CronToolsAllowCaptureRef;
/** Visible fail-closed reason for queued Codex configured-MCP cron mutations. */
cronCreatorAuthorityUnavailableReason?: CronToolOptions["creatorAuthorityUnavailableReason"];
/** If true, the model has native vision capability */
modelHasVision?: boolean;
/** Mutable model-context generation used to expire screenshot coordinate frames. */
computerContextEpoch?: {
value: number;
};
/** Attempt-local full skill reads that remain visible in the model context. */
skillInstructionDeliveryCache?: SkillInstructionDeliveryCache;
/** Registers run-owned cleanup for tools that hold node resources. */
registerRunCleanup?: (cleanup: (reason: string) => Promise<void>) => void;
/** Require explicit message targets (no implicit last-route sends). */
requireExplicitMessageTarget?: boolean;
/** Visible source replies must be sent through the message tool when set to message_tool_only. */
sourceReplyDeliveryMode?: SourceReplyDeliveryMode;
/** Action sink available for model-proposed follow-up tasks. */
taskSuggestionDeliveryMode?: TaskSuggestionDeliveryMode;
inboundEventKind?: InboundEventKind;
/** If true, omit the message tool from the tool list. */
disableMessageTool?: boolean;
/** Collector runs never open operator approval flows. */
swarmCollector?: boolean;
/** Synthetic structured_output schema for collector runs. */
swarmOutputSchema?: Record<string, unknown>;
/** Keep the message tool available even when the selected profile omits it. */
forceMessageTool?: boolean;
/** Include the heartbeat response tool for structured heartbeat outcomes. */
enableHeartbeatTool?: boolean;
/** Keep the heartbeat response tool available even when the selected profile omits it. */
forceHeartbeatTool?: boolean;
/** If false, build plugin tools only while preserving the shared policy pipeline. */
includeCoreTools?: boolean;
/** Include Tool Search control tools when enabled for this run. */
includeToolSearchControls?: boolean;
/** Executes cataloged tools through the active agent run lifecycle. */
toolSearchCatalogExecutor?: ToolSearchCatalogToolExecutor;
/** Runtime-local Tool Search catalog ref shared with attempt compaction. */
toolSearchCatalogRef?: ToolSearchCatalogRef;
/** Limits which tool families are materialized before the shared policy pipeline runs. */
toolConstructionPlan?: OpenClawCodingToolConstructionPlan;
/** Ring-zero OpenClaw tool; set only by the OpenClaw agent runner. */
systemAgentTool?: SystemAgentToolOptions;
/** Trusted sender identity bit for command/channel-action auth and owner-gated plugin tools. */
senderIsOwner?: boolean;
/** Auth profiles already loaded for this run; used for prompt-time tool availability. */
authProfileStore?: AuthProfileStore;
/** Callback invoked when sessions_yield tool is called. */
onYield?: (message: string, acknowledgment?: string) => Promise<void> | void;
/** Side-effect-free runtime completion claimant composed with the durable subagent claim. */
claimYieldCompletion?: () => boolean | Promise<boolean>;
/** Optional instrumentation callback for tool preparation stage timing. */
recordToolPrepStage?: (name: string) => void;
/** Live observer called after wrapped tool outcomes are recorded. */
onToolOutcome?: ToolOutcomeObserver;
/** Reads the sticky untrusted-content flag for the current user turn. */
isTurnTainted?: () => boolean;
/** Supplies run-global model-call ordering for parallel tool outcomes. */
allocateToolOutcomeOrdinal?: (toolCallId?: string) => number;
/** Runtime-only resolved skill paths that the read tool may load under workspaceOnly. */
skillsSnapshot?: SkillSnapshot;
/** Original identities for sandbox-materialized skill instruction paths. */
skillUsagePaths?: SkillUsagePath[];
/** Prepared conversation-scoped facts for callers that already resolved this run context. */
conversationCapabilityProfile?: ResolvedConversationCapabilityProfile;
/** Trusted conversation policy prepared at channel ingress. */
conversationToolPolicy?: GroupToolPolicyConfig;
inputProvenance?: InputProvenance;
/** Consumed in-process completion capability; never derived from model-facing input. */
trustedInternalHandoff?: TrustedSubagentCompletionHandoff;
/** Trusted server-stamped authority for an explicitly capped scheduled run. */
scheduledToolPolicy?: ScheduledToolPolicyContext;
};
/** Build the runtime tool list exposed through the public agent harness SDK. */
declare function createOpenClawCodingTools(options?: OpenClawCodingToolsOptions): AnyAgentTool[];
//#endregion
//#region src/agents/harness/host-capability-types.d.ts
type AgentHarnessHostApprovalDecision = "allow-once" | "allow-always" | "deny";
type AgentHarnessHostApprovalTerminalReason = "user" | "timeout" | "malformed-verdict" | "no-route" | "run-aborted" | "gateway-restart" | "storage-corrupt";
type AgentHarnessHostApprovalResult = Readonly<{
decision: AgentHarnessHostApprovalDecision | null | undefined;
terminalReason: AgentHarnessHostApprovalTerminalReason | null | undefined;
}>;
type AgentHarnessPreparedEnvironment = Readonly<{
credentialScrubEnv: Readonly<Record<string, string>>;
localIdentityEnv: Readonly<Record<string, string>>;
/** Local child destination facts; must not be projected into a remote or sandbox process. */
localProcessEnv?: Readonly<Record<string, string>>;
/** Non-secret fact used to select the local GitHub identity overlay. */
managedLocalIdentity: boolean;
}>;
type AgentHarnessToolSurfaceOptions = Omit<NonNullable<Parameters<(typeof agent_tools_d_exports)["createOpenClawCodingTools"]>[0]>, "operationalRunInstance">;
type AgentHarnessHostCapabilities = Readonly<{
kind: "agent-harness-host-capability";
version: 1;
/** Fails closed unless this exact admitted run capability remains active. */
assertActive: () => void;
/** Reports one completed model call's output tokens to this admitted run's live total. */
reportOutputTokens?: (outputTokens: number) => void;
/** Adds native provenance only to this host's exact current admitted prompt. */
annotateCurrentUserTurn?: (annotation: UserTurnTranscriptAnnotation) => Promise<void>;
/** Closure-bound event sink backed by the host-owned trajectory recorder. */
trajectory?: Readonly<{
recordEvent: (type: string, data?: Record<string, unknown>) => void;
flush: () => Promise<void>;
}>;
/** Closure-bound non-secret maps prepared before harness placement. */
preparedEnvironment?: () => AgentHarnessPreparedEnvironment;
/** Applies the exact host caller binding to a plugin-built tool surface. */
bindToolSurface: (tools: AnyAgentTool[], options?: Readonly<{
cwd?: string;
}>) => AnyAgentTool[];
/** Creates and binds core tools without exposing admitted-run correlation to the plugin. */
createToolSurface?: (options: AgentHarnessToolSurfaceOptions, bindingOptions?: Readonly<{
cwd?: string;
}>) => AnyAgentTool[];
/** Core-owned byte binding for a native command approval, scoped to this admitted run. */
prepareMutableFileApproval?: (request: {
command: string;
cwd?: string;
}) => Promise<{
ok: true;
requiresOneShot: boolean;
revalidate: () => Promise<{
ok: true;
} | {
ok: false;
message: string;
}>;
} | {
ok: false;
message: string;
}>;
/** Runs policy with host-fixed HookContext; callers provide only the native action tuple. */
runBeforeToolCall: (request: Omit<Parameters<(typeof agent_tools_before_tool_call_d_exports)["runBeforeToolCallHook"]>[0], "approvalMode" | "ctx"> & {
/** Native relays may defer approval for a correlated app-server callback. */
approvalMode?: "request" | "defer";
/** Action-local facts from the native runtime; host authority remains closure-bound. */
nativeOperation?: Readonly<{
cwd?: string;
}>;
}) => ReturnType<(typeof agent_tools_before_tool_call_d_exports)["runBeforeToolCallHook"]>;
requestApproval: (request: {
signal?: AbortSignal;
title: string;
description: string;
severity: "info" | "warning";
toolName: string;
toolCallId?: string;
mcpTool?: {
server: string;
tool: string;
};
/** Persistence-only proof; loss of correlation does not cancel a one-shot approval. */
isMcpToolApprovalActive?: () => boolean;
allowedDecisions?: AgentHarnessHostApprovalDecision[];
timeoutMs: number;
transportTimeoutMs?: number;
}) => Promise<{
id?: string;
decision?: AgentHarnessHostApprovalDecision | null;
} | undefined>;
waitForApproval: (request: {
approvalId: string;
timeoutMs: number;
transportTimeoutMs?: number;
signal?: AbortSignal;
}) => Promise<AgentHarnessHostApprovalResult | undefined>;
}>;
//#endregion
//#region src/tasks/agent-harness-task-runtime-scope.d.ts
type AgentHarnessTaskRuntimeScope = {
readonly requesterSessionKey: string;
readonly requesterOrigin?: DeliveryContext;
};
//#endregion
//#region src/agents/tool-effect-receipt.d.ts
/** Host-owned effect provenance for one completed tool lifecycle. */
type ToolEffectReceipt = Readonly<{
state: "not_started" | "read_completed" | "failed_no_effect" | "mutation_committed" | "uncertain";
}>;
//#endregion
//#region src/agents/tool-error-summary.d.ts
type ProcessTerminalDiagnostic = {
kind: "process";
sessionId: string;
reason: {
kind: "exit";
exitCode: number;
} | {
kind: "signal";
signal: string | number;
} | {
kind: "timeout";
timeoutKind?: "overall-timeout" | "no-output-timeout";
};
};
type ToolErrorSummary = {
toolName: string;
executionStarted?: boolean;
meta?: string;
errorCode?: string;
error?: string;
validationErrorSummary?: string;
timedOut?: boolean;
middlewareError?: boolean;
mutatingAction?: boolean;
terminalDiagnostic?: ProcessTerminalDiagnostic;
};
//#endregion
//#region src/agents/embedded-agent-runner/replay-state.d.ts
/**
* Tracks whether an embedded run can be replayed after compaction or retry.
*/
type EmbeddedRunReplayState = {
replayInvalid: boolean;
hadPotentialSideEffects: boolean;
};
/** Serializable replay metadata stored with run results. */
type EmbeddedRunReplayMetadata = {
hadPotentialSideEffects: boolean;
replaySafe: boolean;
};
//#endregion
//#region src/agents/embedded-agent-runner/run/deferred-lifecycle-owner.d.ts
type DeferredEmbeddedRunLifecycleOwner = {
complete: () => Promise<void>;
discard: () => void;
};
//#endregion
//#region src/agents/embedded-agent-runner/run/types.d.ts
type EmbeddedRunAttemptBase = Omit<RunEmbeddedAgentParams, "provider" | "model" | "authProfileId" | "authProfileIdSource" | "thinkLevel" | "fastMode" | "lane" | "enqueue" | "sessionFile" | "preparedRunAdmission" | "admittedRunContext">;
type EmbeddedRunContextWindowInfo = {
tokens: number;
referenceTokens?: number;
source: "model" | "modelsConfig" | "agentContextTokens" | "default";
};
type EmbeddedRunFastModeParam = boolean | (() => boolean | undefined);
type EmbeddedRunAttemptOperation = "attempt" | "settled-tool-finalization";
type EmbeddedRunAttemptToolTerminalObservation = {
toolCallId?: string;
toolName: string;
arguments?: unknown;
meta?: string;
executionStarted?: boolean;
/** Exact-instance replay classification resolved by the host tool catalog. */
replaySafe?: boolean;
outcome: "success" | "failure";
failure?: Omit<ToolErrorSummary, "toolName" | "meta" | "mutatingAction">;
/** Protocol-owned mutation facts for native tools that do not use OpenClaw definitions. */
nativeMutation?: {
mutatingAction: boolean;
replaySafe: boolean;
};
/** Concrete plugin owner; the terminal observer derives mutation facts from executed args. */
ownerMutation?: {
ownerKey: string;
};
};
type EmbeddedRunAttemptToolTerminalResolution = {
lastToolError?: ToolErrorSummary;
executionStarted: boolean;
executedArguments?: Record<string, unknown>;
sideEffectEvidence: boolean;
effectReceipt: ToolEffectReceipt;
};
type EmbeddedRunAttemptToolTerminalObserver = (observation: EmbeddedRunAttemptToolTerminalObservation) => EmbeddedRunAttemptToolTerminalResolution;
/** Host-owned trajectory recorder supplied to plugin harnesses for attempt-local runtime events. */
type EmbeddedRunAttemptTrajectoryRecorder = {
recordEvent: (type: string, data?: Record<string, unknown>) => void;
flush: () => Promise<void>;
};
type EmbeddedRunAttemptParams = EmbeddedRunAttemptBase & {
admittedRunContext: NonNullable<RunEmbeddedAgentParams["admittedRunContext"]>;
/**
* Run-owned start timestamp captured by the embedded-run orchestrator before
* admission. Flows onto the queue handle so recovery can project the active
* run's authoritative start time instead of the session's subagent first-run.
*/
startedAtMs?: number;
/** Explicit session owner captured before fallback agent resolution. */
contextEngineAgentId?: string;
/** Host-resolved sandbox snapshot for plugin harness tool construction. */
sandbox?: SandboxContext | null;
/** Host-created authority available only after harness selection. */
hostCapabilities?: AgentHarnessHostCapabilities;
/** Sticky operation identity used to suppress ordinary retry and hook policy. */
operation?: EmbeddedRunAttemptOperation;
/** Core-prepared fact that explicit requester/config policy restricts plugin-native tools. */
pluginHarnessToolPolicyRestricted?: boolean;
/** Audited exact denies that the plugin harness must enforce against native equivalents. */
pluginHarnessToolPolicySafeDeniedTools?: readonly string[];
preparedModelRuntime?: PreparedModelRuntimeSnapshot;
/** Active file-backed artifact target resolved by the run/session target seam. */
sessionFile: string;
initialReplayState?: EmbeddedRunReplayState;
/** Pluggable context engine for ingest/assemble/compact lifecycle. */
contextEngine?: ContextEngine;
/** Resolved model context window in tokens for assemble/compact budgeting. */
contextTokenBudget?: number;
/** Per-model contextTokens cap authored by the operator; absent when none was authored. */
authoredContextTokenCap?: number;
/** Source metadata for the resolved model context budget. */
contextWindowInfo?: EmbeddedRunContextWindowInfo;
/** Resolved API key for this run when runtime auth did not replace it. */
resolvedApiKey?: string;
/** Auth profile resolved for this attempt's provider/model call. */
authProfileId?: string;
/** Source for the resolved auth profile (user-locked or automatic). */
authProfileIdSource?: "auto" | "user";
provider: string;
modelId: string;
/** Operator-requested or initial model id before any fallback resolution. */
requestedModelId?: string | null;
/** True when this attempt is running after a model fallback decision. */
fallbackActive?: boolean;
/** Concrete fallback reason that selected this attempt, when known. */
fallbackReason?: string | null;
/** Whether this attempt may start or redirect work to another agent/task. */
delegationCapability?: DelegationCapability;
/** Concrete degraded-runtime reason for this attempt, when known. */
degradedReason?: string | null;
/** Final prepared harness for this attempt; not evidence of native session/model ownership. */
agentHarnessId?: string;
/** Non-authorizing expectation; the harness must verify its current private binding. */
expectedSessionRuntimeOwnership?: {
model: "native";
auth: "native" | "host";
/** Host-prepared credentials must still target this exact native tuple at inference. */
modelRef?: ModelRef;
};
/** Capture a local harness implementation only for setup/verified continuations. */
captureRuntimeArtifact?: boolean;
/** Exact implementation that must own the attempt before it creates a native thread. */
expectedRuntimeArtifact?: AgentHarnessRuntimeArtifactBinding;
/** OpenClaw-owned runtime policy prepared by the orchestrator for this attempt. */
runtimePlan?: AgentRuntimePlan;
/** Reports terminal tool facts to the host-owned attempt outcome accumulator. */
observeToolTerminal?: EmbeddedRunAttemptToolTerminalObserver;
/** Host-issued scope for harnesses that mirror native child runs into task state. */
agentHarnessTaskRuntimeScope?: AgentHarnessTaskRuntimeScope;
/** Storage-aware trajectory recorder owned by the OpenClaw host. */
trajectoryRecorder?: EmbeddedRunAttemptTrajectoryRecorder | null;
/** Live observer called after wrapped tool outcomes are recorded. */
onToolOutcome?: ToolOutcomeObserver;
/** Reads the sticky untrusted-content flag for the current user turn. */
isTurnTainted?: () => boolean;
/** Shipped harness notification; core uses onAttemptDeadlineChanged for queue ownership. */
onAttemptTimeoutArmed?: () => void;
/** Hands the lane an authoritative deadline, never a progress-idle estimate. */
onAttemptDeadlineChanged?: (deadline: CommandQueueTaskDeadline) => void;
/** Signals that this attempt's timeout has fired and must unwind promptly. */
onAttemptTimeout?: (reason: Error) => void;
/** Signals an explicit cancellation through the active native run handle. */
onAttemptAbort?: () => void;
onDeferredLifecycleOwner?: (owner: DeferredEmbeddedRunLifecycleOwner) => void;
onDeferredLifecycleAbort?: (reason?: "user_abort" | "restart" | "superseded") => void;
/** Run-owned permission changes survive native attempt replacement, never user cancellation. */
permissionChange?: {
readonly owner: object;
readonly baseExecOverrides: Readonly<NonNullable<RunEmbeddedAgentParams["execOverrides"]>>;
readonly notice?: string;
request: (mode: NonNullable<RunEmbeddedAgentParams["permissionMode"]> | null) => Promise<boolean>;
/** False means a newer permission request superseded this prepared attempt. */
applied: () => boolean;
recordApplied: (mode: NonNullable<RunEmbeddedAgentParams["permissionMode"]> | null) => void;
};
/** Supplies run-global model-call ordering for parallel tool outcomes. */
allocateToolOutcomeOrdinal?: (toolCallId?: string) => number;
model: Model;
authStorage: AuthStorage;
/** Auth profile store already resolved during startup for this attempt. */
authProfileStore: AuthProfileStore;
/**
* Full auth profile store for OpenClaw tool availability.
* Plugin-owned harnesses may scope `authProfileStore` to model transport credentials.
*/
toolAuthProfileStore?: AuthProfileStore;
modelRegistry: ModelRegistry$1;
thinkLevel: ThinkLevel;
fastMode?: EmbeddedRunFastModeParam;
/** True when this attempt is running the auto fast-mode policy. */
fastModeAuto?: boolean;
beforeAgentFinalizeRevisionAttempts?: number;
maxBeforeAgentFinalizeRevisions?: number;
};
type EmbeddedRunAttemptResult = {
terminal: AgentRunAttemptTerminal;
/** True when the runtime made the authoritative final-assistant transcript decision. */
assistantTranscriptOwned?: boolean;
/** Exact idempotency key for the runtime-owned final-assistant transcript row. */
assistantTranscriptIdempotencyKey?: string;
/** Host-private terminal identity used to close the accepted transcript turn. */
contextEngineTerminalAnchor?: TranscriptEntryAnchor;
preflightRecovery?: {
route: Exclude<PreemptiveCompactionRoute, "fits">;
source?: "mid-turn";
estimatedPromptTokens?: number;
promptBudgetBeforeReserve?: number;
overflowTokens?: number;
handled: true;
truncatedCount?: number;
} | {
route: Exclude<PreemptiveCompactionRoute, "fits">;
source?: "mid-turn";
estimatedPromptTokens?: number;
promptBudgetBeforeReserve?: number;
overflowTokens?: number;
handled?: false;
};
sessionIdUsed: string;
sessionFileUsed?: string;
diagnosticTrace?: DiagnosticTraceContext;
agentHarnessId?: string;
/** Current physical model attempt; replaced from the prepared runtime plan at the boundary. */
modelAttempt?: AgentRuntimeModelAttempt;
/** Native owner's selected tuple, distinct from response/billing model attribution. */
runtimeModelSelection?: ModelRef;
/** Exact credential material fingerprint reported by a harness-owned auth boundary. */
authBindingFingerprint?: string;
/** Exact local implementation used by a plugin-owned harness attempt. */
runtimeArtifact?: AgentHarnessRuntimeArtifactBinding;
agentHarnessResultClassification?: "empty" | "reasoning-only" | "planning-only";
promptTimeoutOutcome?: {
message?: string;
replayInvalid?: boolean;
livenessState?: EmbeddedRunLivenessState;
timeoutPhase?: AgentRunTimeoutPhase;
providerStarted?: boolean;
};
codexAppServerFailure?: {
kind: "client_closed_before_turn_completed" | "turn_settlement_timeout" | "turn_completion_idle_timeout";
turnWatchTimeoutKind?: "progress" | "completion" | "terminal";
transport: "stdio" | "unix" | "websocket";
threadId?: string;
turnId?: string;
replaySafe: boolean;
replayBlockedReason?: "assistant_output" | "tool_activity" | "potential_side_effect" | "active_item";
diagnostics?: {
transportError?: string;
idleMs?: number;
timeoutMs?: number;
lastActivityReason?: string;
lastNotificationMethod?: string;
lastNotificationItemId?: string;
lastNotificationItemType?: string;
lastNotificationItemRole?: string;
lastAssistantTextPreview?: string;
activeAppServerTurnRequests?: number;
activeTurnItemCount?: number;
terminalTurnNotificationQueued?: boolean;
completionIdleWatchArmed?: boolean;
assistantCompletionIdleWatchArmed?: boolean;
terminalIdleWatchArmed?: boolean;
};
};
bootstrapPromptWarningSignaturesSeen?: string[];
bootstrapPromptWarningSignature?: string;
systemPromptReport?: SessionSystemPromptReport;
finalPromptText?: string;
/** Exact provider-response count when the harness can observe model iterations directly. */
modelIterations?: number;
/** Saved provider retry setting resolved by the prepared session owner. */
providerRetryMaxRetries?: number;
messagesSnapshot: AgentMessage[];
/** Owner-eligible settled finalization, with frozen evidence or an unavailable projection. */
settledTurnFinalizationContext?: {
readonly source: "openclaw-transcript";
readonly messages: readonly AgentMessage[];
} | {
readonly source: "harness";
readonly data: unknown;
} | {
readonly source: "unavailable";
};
beforeAgentFinalizeRevisionReason?: string;
assistantTexts: string[];
latestMcpAppChannelView?: McpAppChannelView;
latestMcpConnectAction?: McpConnectAction;
lastAssistantTextMessageIndex?: number;
toolMetas: Array<{
toolName: string;
toolCallId?: string;
meta?: string;
replaySafe?: boolean;
isError?: boolean;
terminate?: boolean;
asyncStarted?: boolean;
asyncTaskRunId?: string;
asyncTaskId?: string;
/** Producer-recorded: this exec result parked a Code Mode run (status "waiting"). */
codeModeSuspended?: boolean;
}>;
acceptedSessionSpawns?: AcceptedSessionSpawn[];
/** This attempt accepted work whose future output has a runtime-owned delivery path. */
runtimeContinuationStarted?: boolean;
lastAssistant: AssistantMessage | undefined;
/**
* Omission preserves the legacy `lastAssistant` fallback; explicit `undefined`
* means this attempt produced no assistant response.
*/
currentAttemptAssistant?: AssistantMessage | undefined;
/** Completed message_end snapshot owned by this model attempt. */
currentAttemptCompletedAssistant?: AssistantMessage | undefined;
lastToolError?: ToolErrorSummary;
didSendViaMessagingTool: boolean;
didDeliverSourceReplyViaMessageTool?: boolean;
sourceReplyDelivered?: true;
didSendDeterministicApprovalPrompt?: boolean;
messagingToolSentTexts: string[];
messagingToolSentMediaUrls: string[];
messagingToolSentTargets: MessagingToolSend[];
messagingToolSourceReplyPayloads?: MessagingToolSourceReplyPayload[];
heartbeatToolResponse?: HeartbeatToolResponse;
toolMediaUrls?: string[];
/**
* Native artifacts produced and owned by the harness, never model-selected
* dynamic-tool output. Core validates this as a subset of toolMediaUrls.
*/
hostOwnedToolMediaUrls?: string[];
toolAudioAsVoice?: boolean;
toolTrustedLocalMedia?: boolean;
hasToolMediaBlockReply?: boolean;
successfulCronAdds?: number;
cloudCodeAssistFormatError: boolean;
/** Effective context window reported by the harness during this attempt. */
contextTokens?: number;
/** Whether the harness observed the window or carried prepared resolution forward. */
contextTokensSource?: "runtime" | "runtime-configured" | "resolved";
attemptUsage?: NormalizedUsage;
promptCache?: ContextEnginePromptCacheInfo;
contextBudgetStatus?: SessionContextBudgetStatus;
compactionCount?: number;
compactionTokensAfter?: number;
/**
* Client tool calls detected during this attempt (OpenResponses hosted
* tools), in the order the underlying LLM emitted them. Field is
* `undefined` when no client tools were called so existing truthiness
* checks across the runner pipeline (`attempt.clientToolCalls ? ...`)
* keep their meaning. When set, the array always has at least one entry.
*/
clientToolCalls?: Array<{
name: string;
params: Record<string, unknown>;
}>;
/** True when sessions_yield tool was called during this attempt. */
yieldDetected?: boolean;
/** Explicit user-facing waiting status supplied to sessions_yield. */
yieldAcknowledgment?: string;
/**
* True when code mode owned this attempt's model tool surface. Absent means
* the harness did not report engagement (treated as not engaged), which is
* how config-enabled code mode stays visible as a no-op on harness routes.
*/
codeModeEngaged?: boolean;
/** Completed assistant round trips observed during this attempt. */
assistantTurns?: number;
/** Inner bridge call counts from this attempt's tool-search/code-mode catalog. */
bridgeCalls?: {
search: number;
describe: number;
call: number;
};
replayMetadata: EmbeddedRunReplayMetadata;
/**
* Replay metadata for this attempt before prior session state is accumulated.
* Older harnesses may omit it and retain conservative cumulative retry gating.
*/
currentAttemptReplayMetadata?: EmbeddedRunReplayMetadata;
itemLifecycle: {
startedCount: number;
completedCount: number;
activeCount: number;
};
setTerminalLifecycleMeta?: (meta: {
replayInvalid?: boolean;
livenessState?: EmbeddedRunLivenessState;
stopReason?: string;
yielded?: boolean;
timeoutPhase?: AgentRunTimeoutPhase;
providerStarted?: boolean;
aborted?: boolean;
}) => void;
};
//#endregion
//#region src/sessions/session-initialization.d.ts
/** Creation-only authority. Copied fields never identify an initializer to the host. */
type SessionInitialization = {
assertCurrent: () => void;
assertRollbackCurrent: () => void;
/** Prepares child policy data without constructing tools or acquiring run authority. */
prepareNativeToolPolicy?: (model: SessionNativeToolModel) => Promise<Readonly<{
webSearchAllowed: boolean;
}>>;
};
/** Native model selection data; the creation owner fixes every authority-bearing input. */
type SessionNativeToolModel = Readonly<{
provider: string;
runtimeProvider?: string;
id: string;
}>;
//#endregion
//#region src/agents/harness/types.d.ts
/** Private native ownership, not execution authority or credential readiness. */
type AgentHarnessSessionRuntimeOwnership = {
model: "native";
auth: "native" | "host";
/** Actual native selection, only when both facts are known from the same binding. */
modelRef?: ModelRef;
};
type AgentHarnessPreparedAuthSupport = {
source: "profile" | "direct" | "harness" | "none";
mode?: string;
requirement?: ProviderModelRouteAuthRequirement;
};
type AgentHarnessSupportContext = {
provider: string;
modelId?: string;
modelProvider?: {
api?: string;
baseUrl?: string;
azureApiVersion?: string;
/** Secret-free projection of request behavior a native harness must reproduce. */
requestTransportOverrides?: ProviderRouteOverridePresence;
/** Provider-owned native-runtime compatibility for the prepared route. */
runtimePolicy?: ProviderModelRouteRuntimePolicy;
/** Secret-free auth source the native runtime must reproduce for this attempt. */
preparedAuth?: AgentHarnessPreparedAuthSupport;
request?: {
auth?: {
mode?: unknown;
};
proxy?: unknown;
tls?: unknown;
allowPrivateNetwork?: unknown;
};
};
requestedRuntime: EmbeddedAgentRuntime;
providerOwnerStatus?: "unowned" | "owned" | "ambiguous";
providerOwnerPluginIds?: readonly string[];
};
type AgentHarnessSupport = {
supported: true;
priority?: number;
reason?: string;
} | {
supported: false;
reason?: string;
/** Lossless host fallback when this harness cannot reproduce the prepared request. */
fallbackRuntime?: "openclaw";
};
type InternalEmbeddedRunAttemptParams = EmbeddedRunAttemptParams;
/** @deprecated Read `terminal` instead. Remove no earlier than the 2026.9 stable release. */
type AgentHarnessDeprecatedAttemptTerminalFields = {
aborted?: boolean;
externalAbort?: boolean;
timedOut?: boolean;
idleTimedOut?: boolean;
timedOutDuringCompaction?: boolean;
timedOutDuringToolExecution?: boolean;
timedOutByRunBudget?: boolean;
promptError?: unknown;
promptErrorSource?: AgentRunAttemptFailureSource | null;
};
type AgentHarnessCanonicalAttemptResult = Omit<EmbeddedRunAttemptResult, "contextEngineTerminalAnchor"> & AgentHarnessDeprecatedAttemptTerminalFields;
/** @deprecated Return `terminal` instead. Remove no earlier than the 2026.9 stable release. */
type AgentHarnessLegacyAttemptResult = Omit<EmbeddedRunAttemptResult, "contextEngineTerminalAnchor" | "terminal"> & AgentHarnessDeprecatedAttemptTerminalFields & {
aborted: boolean;
externalAbort: boolean;
timedOut: boolean;
idleTimedOut: boolean;
timedOutDuringCompaction: boolean;
timedOutDuringToolExecution?: boolean;
timedOutByRunBudget?: boolean;
promptError: unknown;
promptErrorSource: AgentRunAttemptFailureSource | null;
};
type AgentHarnessAttemptParamsBase = Omit<InternalEmbeddedRunAttemptParams, "admittedRunContext" | "contextEngineLogicalTurnLease" | "onContextEngineTurnCandidate" | "trajectoryRecorder">;
/**
* @deprecated Use AgentHarnessAttemptParamsV2. The optional capability keeps
* existing harness source compatible through 2026-10-12.
*/
type AgentHarnessAttemptParams = AgentHarnessAttemptParamsBase & {
hostCapabilities?: AgentHarnessHostCapabilities;
};
type AgentHarnessAttemptResult = AgentHarnessCanonicalAttemptResult | AgentHarnessLegacyAttemptResult;
type AgentHarnessSettledTurnFinalizationAttemptParams<TAttemptParams extends AgentHarnessAttemptParams = AgentHarnessAttemptParams> = Omit<TAttemptParams, "hostCapabilities"> & {
hostCapabilities?: never;
};
type AgentHarnessSettledTurnFinalizationParams<TAttemptParams extends AgentHarnessAttemptParams = AgentHarnessAttemptParams> = {
/** Fully prepared attempt context for the isolated finalization operation. */
attempt: AgentHarnessSettledTurnFinalizationAttemptParams<TAttemptParams>;
/** Settled result whose completed tool transcript needs a final visible answer. */
settledAttempt: AgentHarnessCanonicalAttemptResult;
};
type AgentHarnessSettledTurnFinalizationResult = {
/** The single completed assistant answer produced by the isolated operation. */
assistant: AssistantMessage;
/** Normalized usage for the finalization model call only. */
usage?: NormalizedUsage;
/** True when the harness already persisted the assistant into the application transcript. */
assistantTranscriptOwned?: boolean;
/** Exact idempotency key for the harness-owned assistant transcript row. */
assistantTranscriptIdempotencyKey?: string;
/** Assistant stream generation index used to correlate final reply delivery. */
assistantMessageIndex?: number;
diagnosticTrace?: DiagnosticTraceContext;
};
/** @deprecated Use AgentHarnessIsolatedCompletionParamsV2. Remove after 2026-10-12. */
type AgentHarnessIsolatedCompletionParams = {
/** Logical provider selected by the caller before harness dispatch. */
provider: string;
/** Logical model id selected by the caller before harness dispatch. */
modelId: string;
/** Exact prepared transport model; harnesses must not resolve another route. */
model: Model;
/** Exact prepared credential; harnesses must not rotate or substitute it. */
auth: ResolvedProviderAuth;
/** Non-reversible proof of the prepared credential owner when available. */
sourceAuthFingerprint?: string;
config: OpenClawConfig;
agentId: string;
agentDir: string;
workspaceDir: string;
systemPrompt: string;
prompt: string;
timeoutMs: number;
abortSignal?: AbortSignal;
/** Revalidate after preparation and before credential or inference I/O, including retries. */
assertCurrent?: () => void;
thinkLevel?: ThinkLevel;
/** Do not recover ambiguous reasoning as visible text; an empty visible result is valid. */
outputTextPolicy?: "strict-visible";
streamParams?: {
maxTokens?: number;
temperature?: number;
};
};
type AgentHarnessIsolatedCompletionAuthorization = {
/** OpenClaw resolved the exact transport model and credential before handoff. */
owner: "host";
model: Model;
auth: ResolvedProviderAuth;
/** Non-reversible proof of the prepared credential owner when available. */
sourceAuthFingerprint?: string;
} | {
/** The selected harness owns credential resolution for this prepared route. */
owner: "harness";
plan: AgentRuntimeAuthPlan;
/** Credential snapshot restricted to the single profile selected for this call. */
authProfileStore: AuthProfileStore;
};
type AgentHarnessIsolatedCompletionParamsV2 = Omit<AgentHarnessIsolatedCompletionParams, "model" | "auth" | "sourceAuthFingerprint"> & {
authorization: AgentHarnessIsolatedCompletionAuthorization;
};
type AgentHarnessIsolatedCompletionResult = {
/** The single assistant completion. Core rejects tool-shaped or failed results. */
assistant: AssistantMessage;
};
type AgentHarnessAuthBindingFingerprintParams = {
authProfileId: string;
authProfileStore: AuthProfileStore;
agentDir: string;
config?: OpenClawConfig;
};
/**
* @deprecated Use {@link AgentHarnessSideQuestionParamsV2}. This compatibility
* contract is retained through 2026-10-12.
*/
type AgentHarnessSideQuestionParams = {
/** Host-bound authority for this admitted side execution; contains no public token fields. */
hostCapabilities?: AgentHarnessHostCapabilities;
/** Host-resolved sandbox snapshot for this side execution. */
sandbox?: SandboxContext | null;
/** Prepared plugin/model generation that owns this side execution. */
preparedModelRuntime?: PreparedModelRuntimeSnapshot;
cfg: OpenClawConfig;
agentDir: string;
provider: string;
model: string;
runtimeModel?: Model<Api>;
/** One atomic route/profile/store snapshot prepared before native dispatch. */
preparedRuntimeAuth: {
plan: AgentRuntimeAuthPlan;
authProfileStore: AuthProfileStore;
authStorage: AuthStorage;
modelRegistry: ModelRegistry$1;
/** Resolved host credential for an immutable API-key route only. */
resolvedApiKey?: string;
};
question: string;
sessionEntry: SessionEntry$1;
sessionStore?: Record<string, SessionEntry$1>;
sessionKey?: string;
storePath?: string;
resolvedThinkLevel?: ThinkLevel;
resolvedReasoningLevel: ReasoningLevel;
blockReplyChunking?: BlockReplyChunking;
resolvedBlockStreamingBreak?: "text_end" | "message_end";
opts?: GetReplyOptions;
isNewSession: boolean;
sessionId: string;
sessionFile: string;
sandboxSessionKey?: string;
agentId?: string;
workspaceDir?: string;
messageChannel?: string;
messageProvider?: string;
chatType?: ChatType;
agentAccountId?: string;
messageTo?: string;
messageThreadId?: string | number;
chatId?: string;
messageActionTurnCapability?: string;
groupId?: string | null;
groupChannel?: string | null;
groupSpace?: string | null;
memberRoleIds?: string[];
spawnedBy?: string | null;
senderId?: string | null;
senderName?: string | null;
senderUsername?: string | null;
senderE164?: string | null;
senderIsOwner?: boolean;
currentChannelId?: string;
toolsAllow?: string[];
authProfileId?: string;
authProfileIdSource?: "auto" | "user";
};
type AgentHarnessSideQuestionResult = {
text: string;
};
type AgentHarnessCompactParams = CompactEmbeddedAgentSessionParams;
type AgentHarnessCompactResult = EmbeddedAgentCompactResult;
type AgentHarnessNativeCompactionRequest = "after_context_engine" | "required_preflight";
type AgentHarnessNativeCompactionParams = AgentHarnessCompactParams & {
nativeCompactionRequest: AgentHarnessNativeCompactionRequest;
};
type AgentHarnessNativeCompaction = (params: AgentHarnessNativeCompactionParams) => Promise<AgentHarnessCompactResult | undefined>;
type AgentHarnessRegistrationOptions = {
/**
* Registers the Codex-only native preflight bridge in host-owned registry
* metadata. Arbitrary properties on the public harness never grant it.
*/
nativeCompaction?: AgentHarnessNativeCompaction;
};
type AgentHarnessResetParams = {
agentId?: string;
sessionId?: string;
sessionKey?: string;
sessionFile?: string;
reason?: "new" | "reset" | "idle" | "daily" | "compaction" | "deleted" | "unknown";
};
type AgentHarnessSessionForkFailureCode = "steer-message" | "in-progress-turn" | "drift-mismatch" | "upstream-unavailable";
type AgentHarnessSessionForkParams = {
targetKey: string;
/** Creator-owned isolation floor resolved by the trusted Gateway request. */
sandbox?: "required";
source: {
agentId: string;
sessionId: string;
sessionKey: string;
storePath: string;
entryId: string;
};
upstream: {
catalogId: string;
hostId: string;
kind: SessionUpstreamKind;
threadId: string;
ref: SessionUpstreamJsonValue;
};
};
type AgentHarnessSessionForkResult = {
status: "created";
key: string;
editorText?: string;
} | {
status: "failed";
code: AgentHarnessSessionForkFailureCode;
message: string;
};
type AgentHarnessResultClassification = "ok" | NonNullable<AgentHarnessAttemptResult["agentHarnessResultClassification"]>;
type AgentHarnessDeliveryDefaults = {
/** Default visible-reply policy when config does not override the harness. */
visibleReplies?: "automatic" | "message_tool";
/**
* @deprecated Use visibleReplies. Kept for existing harness plugins.
*/
sourceVisibleReplies?: "automatic" | "message_tool";
};
/** Exact node authority and worker capacity required by one paired-device runtime. */
type DevicePlacementRequirement = {
requiredNodeCommands: readonly string[];
consumesWorkerSlot: boolean;
};
type AgentHarnessRunCapability<TAttemptParams extends AgentHarnessAttemptParams = AgentHarnessAttemptParams> = {
id: string;
label: string;
pluginId?: string;
/**
* Exhaustive provider ids eligible for automatic selection. Omitting this hint preserves
* dynamic probing; an empty list marks an explicit-only harness.
*/
autoSelection?: {
providerIds: readonly string[];
};
/** Declares host-owned remote execution and its exact paired-device requirements. */
cloudPlacement?: {
mode: "remote-exec";
devicePlacement?: DevicePlacementRequirement;
};
/**
* Plugin ids this harness owner permits to execute its locked sessions.
* Delegates receive work admission and execution only; session mutation stays owner-only.
*/
delegatedExecutionPluginIds?: readonly string[];
/**
* Context-engine host capabilities provided by this harness during agent
* runs. Harnesses that omit this are unsupported for engines that declare
* host requirements.
*/
contextEngineHostCapabilities?: readonly ContextEngineHostCapability[];
deliveryDefaults?: AgentHarnessDeliveryDefaults;
/** Certifies exact runAttempt enforcement; direct-policy-restricted channel side questions fail in core. */
conversationToolPolicySupport?: "exact";
/**
* Canonical OpenClaw tool names whose exact denies the harness can also enforce
* against native equivalents. Every other deny remains fail-closed.
*/
conversationToolPolicySafeDenyTools?: readonly string[];
supports(ctx: AgentHarnessSupportContext): AgentHarnessSupport;
/** Synchronous private ownership read; no discovery, auth loading, or native connection setup. */
resolveSessionRuntimeOwnership?(params: {
config?: OpenClawConfig;
agentId?: string;
sessionId: string;
sessionKey?: string;
storePath?: string;
assertCurrent: () => void;
}): AgentHarnessSessionRuntimeOwnership | undefined;
/** Lets this harness resolve forwarded profiles or its own native credentials. */
authBootstrap?: "harness";
runAttempt(params: TAttemptParams): Promise<AgentHarnessAttemptResult>;
/**
* Produces one final answer from a settled tool transcript without exposing
* capabilities that can repeat or extend the completed work.
*/
finalizeSettledTurn?(params: AgentHarnessSettledTurnFinalizationParams<TAttemptParams>): Promise<AgentHarnessSettledTurnFinalizationResult>;
/** @deprecated Implement runIsolatedCompletionV2. Remove after 2026-10-12. */
runIsolatedCompletion?(params: AgentHarnessIsolatedCompletionParams): Promise<AgentHarnessIsolatedCompletionResult>;
/**
* Runs one fresh prompt-only completion with a literal zero-tool model surface.
* The harness must fail closed when it cannot enforce that native boundary.
*/
runIsolatedCompletionV2?(params: AgentHarnessIsolatedCompletionParamsV2): Promise<AgentHarnessIsolatedCompletionResult>;
};
type AgentHarnessSideQuestionCapability<TSideQuestionParams extends AgentHarnessSideQuestionParams = AgentHarnessSideQuestionParams> = {
runSideQuestion?(params: TSideQuestionParams): Promise<AgentHarnessSideQuestionResult>;
};
type AgentHarnessClassificationCapability<TAttemptParams extends AgentHarnessAttemptParams = AgentHarnessAttemptParams> = {
classify?(result: AgentHarnessAttemptResult, ctx: TAttemptParams): AgentHarnessResultClassification | undefined;
};
type AgentHarnessCompactionCapability = {
compact?(params: AgentHarnessCompactParams): Promise<AgentHarnessCompactResult | undefined>;
};
type AgentHarnessSessionDeletionParams = {
/** Present only during the exact host initializer's guarded rollback. */
initialization?: SessionInitialization;
agentId: string;
sessionKey: string;
sessionId: string;
lifecycleRevision?: string;
/** Revalidate the captured registry, harness, and operation before each side effect. */
assertCurrent: () => void;
};
type AgentHarnessSessionDeletionMutation = {
/** Synchronously remove only the prepared owner's state at the session commit edge. */
commit: () => void;
/** Restore only that removal when the authoritative session transaction rolls back. */
rollback: () => void;
};
type AgentHarnessSessionLifecycleCapability = {
reset?(params: AgentHarnessResetParams): Promise<void> | void;
/** Prepare outside the session writer; release native resources after its commit completes. */
withSessionDeletion?<T>(this: void, params: AgentHarnessSessionDeletionParams, run: (mutation: AgentHarnessSessionDeletionMutation) => Promise<T>): Promise<T>;
dispose?(): Promise<void> | void;
};
type AgentHarnessSessionForkCapability = {
sessionFork?: {
upstreamKinds: readonly SessionUpstreamKind[];
fork(params: AgentHarnessSessionForkParams): Promise<AgentHarnessSessionForkResult>;
};
};
type AgentHarnessRuntimeArtifactCapability = {
/** Revalidate an artifact only at setup and persistent-operation boundaries. */
runtimeArtifact?: {
validate(binding: AgentHarnessRuntimeArtifactBinding): Promise<boolean>;
};
};
type AgentHarnessAuthBindingCapability = {
/** Recomputes the exact credential fingerprint at persistent trust boundaries. */
authBinding?: {
fingerprint(params: AgentHarnessAuthBindingFingerprintParams): Promise<string | undefined>;
};
};
type AgentHarnessProviderUsageCapability = {
/**
* Contributes runtime-owned quota data without registering a text provider.
* Provider usage hooks remain authoritative when both surfaces exist.
*/
fetchUsageSnapshot?: (ctx: ProviderFetchUsageSnapshotContext) => Promise<ProviderUsageSnapshot | null | undefined> | ProviderUsageSnapshot | null | undefined;
};
type AgentHarnessMcpCatalogParams = {
config: OpenClawConfig;
agentId: string;
sessionId: string;
sessionKey: string;
workspaceDir: string;
/** OpenClaw-configured servers whose session policy this harness can enforce. */
mcpServerNames: readonly string[];
toolOverrides?: Pick<SessionToolOverrides, "mcpServers" | "mcpToolsDeny">;
};
type AgentHarnessMcpCatalogCapability = {
/** Lists the MCP tools owned by this session's native runtime, if it is already bound. */
loadMcpToolCatalog?(params: AgentHarnessMcpCatalogParams): Promise<McpToolCatalog | undefined>;
};
type AgentHarnessModelCatalogParams = {
config: OpenClawConfig;
agentId: string;
agentDir: string;
workspaceDir: string;
configuredModelRefs?: readonly ModelRef[];
};
type AgentHarnessModelCatalogCapability = {
/** Lists account-scoped models owned by this native runtime. */
loadModelCatalog?(params: AgentHarnessModelCatalogParams): Promise<readonly ModelCatalogEntry[]>;
/**
* Reads current, secret-free native account evidence for this exact catalog scope/model.
* No I/O or discovery here. Missing/stale/disposed evidence returns undefined; this is
* picker metadata only, never execution authorization or a host-route credential.
*/
readModelCatalogReadiness?(params: AgentHarnessModelCatalogParams & {
provider: string;
modelId: string;
}): {
accountType: string;
} | undefined;
};
/**
* @deprecated Implement AgentHarnessV2. This registration contract remains
* source-compatible for existing plugins through 2026-10-12.
*/
type AgentHarness = AgentHarnessRunCapability & AgentHarnessSideQuestionCapability & AgentHarnessClassificationCapability & AgentHarnessCompactionCapability & AgentHarnessRuntimeArtifactCapability & AgentHarnessAuthBindingCapability & AgentHarnessProviderUsageCapability & AgentHarnessModelCatalogCapability & AgentHarnessMcpCatalogCapability & AgentHarnessSessionForkCapability & AgentHarnessSessionLifecycleCapability;
//#endregion
//#region src/plugins/plugin-config-schema.types.d.ts
type PluginConfigValidation = {
ok: true;
value?: unknown;
} | {
ok: false;
errors: string[];
};
/**
* Config schema contract accepted by plugin manifests and runtime registration.
*
* Plugins can provide a Zod-like parser, a lightweight `validate(...)`
* function, or both. `jsonSchema` is optional runtime schema metadata.
*/
type OpenClawPluginConfigSchema = {
safeParse?: (value: unknown) => {
success: boolean;
data?: unknown;
error?: {
issues?: Array<{
path: Array<string | number>;
message: string;
}>;
};
};
parse?: (value: unknown) => unknown;
validate?: (value: unknown) => PluginConfigValidation;
/**
* @deprecated Declare config presentation metadata in the plugin's
* `openclaw.plugin.json` manifest via top-level `uiHints`. The host reads
* manifest hints and does not consume runtime config-schema hints.
*/
uiHints?: Record<string, PluginConfigUiHint>;
jsonSchema?: JsonSchemaObject;
};
//#endregion
//#region src/tts/directives.d.ts
type ParseTtsDirectiveOptions = {
cfg?: OpenClawConfig;
providers?: readonly SpeechProviderPlugin$1[];
providerConfigs?: Record<string, SpeechProviderConfig>;
preferredProviderId?: string;
};
/** Parse TTS directives from final message text, leaving markdown code spans unchanged. */
declare function parseTtsDirectives(text: string, policy: SpeechModelOverridePolicy, options?: ParseTtsDirectiveOptions): TtsDirectiveParseResult;
//#endregion
//#region src/tts/tts-types.d.ts
/** Resolved directive override policy after config defaults are applied. */
type ResolvedTtsModelOverrides = SpeechModelOverridePolicy;
/** Fully resolved TTS runtime config consumed by synthesis and status paths. */
type ResolvedTtsConfig = {
auto: TtsAutoMode;
mode: TtsMode;
provider: TtsProvider;
providerSource: "config" | "default";
persona?: string;
personas: Record<string, ResolvedTtsPersona>;
summaryModel?: string;
modelOverrides: ResolvedTtsModelOverrides;
providerConfigs: Record<string, SpeechProviderConfig>;
prefsPath?: string;
maxTextLength: number;
timeoutMs: number;
timeoutMsSource?: "config" | "default";
rawConfig?: TtsConfig;
sourceConfig?: OpenClawConfig;
};
//#endregion
//#region src/tts/tts-core.d.ts
type SummarizeTextDeps = {
completeWithPreparedSimpleCompletionModel: typeof completeWithPreparedSimpleCompletionModel;
prepareSimpleCompletionModel: typeof prepareSimpleCompletionModel;
requireApiKey: typeof requireApiKey;
};
type SummarizeResult = {
summary: string;
latencyMs: number;
inputLength: number;
outputLength: number;
};
/** Summarize long text before synthesis using the configured summary model. */
declare function summarizeText(params: {
text: string;
targetLength: number;
cfg: OpenClawConfig;
config: ResolvedTtsConfig;
timeoutMs: number;
}, deps?: SummarizeTextDeps): Promise<SummarizeResult>;
//#endregion
//#region src/tts/tts-config.d.ts
/** Routing context used to layer global, agent, channel, and account TTS config. */
type TtsConfigResolutionContext = {
agentId?: string;
channelId?: string;
accountId?: string;
};
//#endregion
//#region src/tts/tts-settings.d.ts
declare function setTtsMachinePrefsPathResolver(resolver?: () => string | undefined): void;
declare function resolveModelOverridePolicy(overrides: TtsModelOverrideConfig | undefined): ResolvedTtsModelOverrides;
declare function resolveTtsConfig(cfgInput: OpenClawConfig, contextOrAgentId?: string | TtsConfigResolutionContext): ResolvedTtsConfig;
declare function resolveTtsPrefsPath(config: ResolvedTtsConfig): string;
declare function resolveTtsAutoMode(params: {
config: ResolvedTtsConfig;
prefsPath: string;
sessionAuto?: string;
}): TtsAutoMode;
declare function buildTtsSystemPromptHint(cfg: OpenClawConfig, agentId?: string, options?: {
messageToolOnly?: boolean;
}): string | undefined;
declare function isTtsEnabled(config: ResolvedTtsConfig, prefsPath: string, sessionAuto?: string): boolean;
declare function getTtsPersona(config: ResolvedTtsConfig, prefsPath: string): ResolvedTtsPersona | undefined;
declare function listTtsPersonas(config: ResolvedTtsConfig): ResolvedTtsPersona[];
declare function getTtsMaxLength(prefsPath: string): number;
declare function isSummarizationEnabled(prefsPath: string): boolean;
//#endregion
//#region src/tts/tts-provider-resolution.d.ts
declare function getResolvedSpeechProviderConfig(config: ResolvedTtsConfig, providerId: string, cfg?: OpenClawConfig): SpeechProviderConfig;
declare function resolveTtsProviderOrder(primary: TtsProvider, cfg?: OpenClawConfig, providers?: readonly SpeechProviderPlugin$1[]): TtsProvider[];
declare function isTtsProviderConfigured(config: ResolvedTtsConfig, provider: TtsProvider | SpeechProviderPlugin$1, cfg?: OpenClawConfig): boolean;
//#endregion
//#region src/tts/tts-runtime-types.d.ts
type TtsAttemptReasonCode = "success" | "no_provider_registered" | "not_configured" | "unsupported_for_streaming" | "unsupported_for_telephony" | "timeout" | "provider_error";
type TtsProviderAttempt = {
provider: string;
outcome: "success" | "skipped" | "failed";
reasonCode: TtsAttemptReasonCode;
persona?: string;
personaBinding?: "applied" | "missing" | "none";
latencyMs?: number;
error?: string;
};
type TtsAttemptOutcome = {
success: boolean;
error?: string;
latencyMs?: number;
provider?: string;
persona?: string;
fallbackFrom?: string;
attemptedProviders?: string[];
attempts?: TtsProviderAttempt[];
};
type TtsMediaOutcome = TtsAttemptOutcome & {
outputFormat?: string;
};
type TtsProviderMediaOutcome = TtsMediaOutcome & {
providerModel?: string;
providerVoice?: string;
};
type TtsVoiceMediaOutcome = TtsProviderMediaOutcome & {
voiceCompatible?: boolean;
fileExtension?: string;
target?: "audio-file" | "voice-note";
};
type TtsResult = TtsMediaOutcome & {
audioPath?: string;
voiceCompatible?: boolean;
audioAsVoice?: boolean;
target?: "audio-file" | "voice-note";
};
type TtsSynthesisResult = TtsVoiceMediaOutcome & {
audioBuffer?: Buffer;
};
type TtsStreamResult = TtsVoiceMediaOutcome & {
audioStream?: ReadableStream<Uint8Array>;
release?: () => Promise<void>;
};
type TtsSynthesisStreamResult = TtsStreamResult;
type TtsTelephonyResult = TtsProviderMediaOutcome & {
audioBuffer?: Buffer;
sampleRate?: number;
};
type TtsStatusEntry = TtsAttemptOutcome & {
timestamp: number;
textLength: number;
summarized: boolean;
};
//#endregion
//#region src/tts/tts-synthesis-support.d.ts
declare function formatTtsProviderError(provider: TtsProvider, err: unknown): string;
declare function sanitizeTtsErrorForLog(err: unknown): string;
//#endregion
//#region src/tts/tts-synthesis.d.ts
type TtsAudioPersistence = (params: {
audioBuffer: Buffer;
cfg: OpenClawConfig;
fileExtension: string;
outputFormat?: string;
}) => Promise<string>;
declare function supportsNativeVoiceNoteTts(channel: string | undefined): boolean;
declare function supportsTranscodedVoiceNoteTts(channel: string | undefined): boolean;
declare function resolveTtsSynthesisTarget(channel: string | undefined): "audio-file" | "voice-note";
declare function shouldDeliverTtsAsVoice(params: {
channel: string | undefined;
target: "audio-file" | "voice-note" | undefined;
voiceCompatible: boolean | undefined;
fileExtension?: string;
outputFormat?: string;
}): boolean;
declare function textToSpeechCore(params: {
text: string;
cfg: OpenClawConfig;
prefsPath?: string;
channel?: string;
overrides?: TtsDirectiveOverrides;
disableFallback?: boolean;
timeoutMs?: number;
agentId?: string;
accountId?: string;
}, persistTtsAudio: TtsAudioPersistence): Promise<TtsResult>;
type SpeechSynthesisParams = {
text: string;
cfg: OpenClawConfig;
prefsPath?: string;
channel?: string;
overrides?: TtsDirectiveOverrides;
disableFallback?: boolean;
timeoutMs?: number;
agentId?: string;
accountId?: string;
};
declare function synthesizeSpeech(params: SpeechSynthesisParams): Promise<TtsSynthesisResult>;
//#endregion
//#region src/tts/runtime-availability.d.ts
/** Host-owned availability guard shared by every speech runtime entrypoint. */
/** Installs the process-lifecycle availability guard owned by the OpenClaw host. */
declare function setSpeechRuntimeAvailabilityGuard(guard: (() => void) | undefined): void;
//#endregion
//#region src/tts/tts-settings-writes.d.ts
declare function setTtsAutoMode(prefsPath: string, mode: TtsAutoMode): void;
declare function setTtsEnabled(prefsPath: string, enabled: boolean): void;
declare function setTtsPersona(prefsPath: string, persona: string | null | undefined): void;
declare function setTtsProvider(prefsPath: string, provider: TtsProvider): void;
declare function setTtsMaxLength(prefsPath: string, maxLength: number): void;
declare function setSummarizationEnabled(prefsPath: string, enabled: boolean): void;
//#endregion
//#region src/tts/tts-payload.d.ts
declare function getLastTtsAttempt(): TtsStatusEntry | undefined;
declare function setLastTtsAttempt(entry: TtsStatusEntry | undefined): void;
declare function listSpeechVoices(params: {
provider: string;
cfg?: OpenClawConfig;
config?: ResolvedTtsConfig;
apiKey?: string;
baseUrl?: string;
}): Promise<SpeechVoiceOption[]>;
//#endregion
//#region src/tts/tts-request.d.ts
type PreparedTtsRequest = {
cfg: OpenClawConfig;
directives: TtsDirectiveParseResult;
};
/** Merge a surface TTS override and resolve its inline synthesis directives. */
declare function prepareTtsRequest(params: {
cfg: OpenClawConfig;
override?: TtsConfig;
text: string;
}): PreparedTtsRequest;
declare function resolveExplicitTtsOverrides(params: {
cfg: OpenClawConfig;
prefsPath?: string;
provider?: string;
modelId?: string;
voiceId?: string;
agentId?: string;
channelId?: string;
accountId?: string;
}): TtsDirectiveOverrides;
//#endregion
//#region src/tts/tts-streaming.d.ts
declare function streamSpeech(params: {
text: string;
cfg: OpenClawConfig;
prefsPath?: string;
channel?: string;
overrides?: TtsDirectiveOverrides;
disableFallback?: boolean;
timeoutMs?: number;
agentId?: string;
accountId?: string;
}): Promise<TtsSynthesisStreamResult>;
declare function textToSpeechStream(params: {
text: string;
cfg: OpenClawConfig;
prefsPath?: string;
channel?: string;
overrides?: TtsDirectiveOverrides;
disableFallback?: boolean;
timeoutMs?: number;
agentId?: string;
accountId?: string;
}): Promise<TtsStreamResult>;
//#endregion
//#region src/tts/tts-telephony.d.ts
declare function textToSpeechTelephony(params: {
text: string;
cfg: OpenClawConfig;
prefsPath?: string;
overrides?: TtsDirectiveOverrides;
timeoutMs?: number;
}): Promise<TtsTelephonyResult>;
declare namespace runtime_api_d_exports {
export { ResolvedTtsConfig, ResolvedTtsModelOverrides, TtsDirectiveOverrides, TtsDirectiveParseResult, TtsStreamResult, TtsSynthesisResult, TtsSynthesisStreamResult, TtsTelephonyResult, buildTtsSystemPromptHint, getLastTtsAttempt, getResolvedSpeechProviderConfig, getTtsMaxLength, getTtsPersona, getTtsProvider, isSummarizationEnabled, isTtsEnabled, isTtsProviderConfigured, listSpeechVoices, listTtsPersonas, prepareTtsRequest, resolveExplicitTtsOverrides, resolveTtsAutoMode, resolveTtsConfig, resolveTtsPrefsPath, resolveTtsProviderOrder, setLastTtsAttempt, setSpeechRuntimeAvailabilityGuard, setSummarizationEnabled, setTtsAutoMode, setTtsEnabled, setTtsMachinePrefsPathResolver, setTtsMaxLength, setTtsPersona, setTtsProvider, streamSpeech, synthesizeSpeech, testApi, textToSpeechStream, textToSpeechTelephony };
}
declare function getTtsProvider(config: ResolvedTtsConfig, prefsPath: string): TtsProvider;
declare const testApi: {
parseTtsDirectives: typeof parseTtsDirectives;
resolveModelOverridePolicy: typeof resolveModelOverridePolicy;
supportsNativeVoiceNoteTts: typeof supportsNativeVoiceNoteTts;
supportsTranscodedVoiceNoteTts: typeof supportsTranscodedVoiceNoteTts;
resolveTtsSynthesisTarget: typeof resolveTtsSynthesisTarget;
shouldDeliverTtsAsVoice: typeof shouldDeliverTtsAsVoice;
summarizeText: typeof summarizeText;
getResolvedSpeechProviderConfig: typeof getResolvedSpeechProviderConfig;
formatTtsProviderError: typeof formatTtsProviderError;
sanitizeTtsErrorForLog: typeof sanitizeTtsErrorForLog;
};
//#endregion
//#region src/tts/tts.d.ts
declare function textToSpeech(params: Parameters<typeof textToSpeechCore>[0]): Promise<TtsResult>;
//#endregion
//#region src/plugins/runtime/runtime-agent-session-catalog.d.ts
type RuntimeSessionCatalogCreateTargetParams = {
config: OpenClawConfig;
requestedAgentId?: string;
provider: string;
modelIds: readonly string[];
agentRuntime: string;
};
/**
* Resolve a synchronous catalog create target through the same model/runtime
* policy used by agent turns, without making plugins import that policy graph.
*/
declare function resolveAgentCatalogCreateTarget(params: RuntimeSessionCatalogCreateTargetParams): SessionCatalogCreateTarget | undefined;
//#endregion
//#region src/agents/spawned-context.d.ts
type SpawnedRunMetadata = {
spawnedBy?: string | null;
groupId?: string | null;
groupChannel?: string | null;
groupSpace?: string | null;
workspaceDir?: string | null;
};
//#endregion
//#region src/agents/main-session-recovery/main-session-recovery-types.d.ts
type MainSessionRecoveryOwnerClaim = {
cycleId: string;
lifecycleGeneration: string;
claimId: string;
sessionId: string;
sessionKey: string;
runId?: string;
};
//#endregion
//#region src/agents/main-session-recovery/main-session-recovery-store.d.ts
type MainSessionRecoveryStoreTarget = {
sessionKey: string;
storePath: string;
};
type MainSessionRecoveryOwnerLease = MainSessionRecoveryOwnerClaim & MainSessionRecoveryStoreTarget;
//#endregion
//#region src/agents/command/types.d.ts
/** Image content block for Claude API multimodal messages. */
type ImageContent = {
type: "image";
data: string;
mimeType: string;
};
/** ACP turn source markers accepted by trusted command callsites. */
type AcpTurnSource = "manual_spawn";
/** Channel/account/thread context carried into an agent run. */
type AgentRunContext = {
messageChannel?: string;
accountId?: string;
groupId?: string | null;
groupChannel?: string | null;
groupSpace?: string | null;
currentChannelId?: string;
/** Transport-native chat/conversation ID for plugin hook identity context. */
chatId?: string;
/** Channel-specific sender/chat metadata for plugin hook identity context. */
channelContext?: PluginHookChannelContext;
currentThreadTs?: string;
currentInboundAudio?: boolean;
senderId?: string | null;
replyToMode?: "off" | "first" | "all" | "batched";
hasRepliedRef?: {
value: boolean;
};
};
/** Full trusted option surface for running an agent command. */
type AgentCommandOpts = {
message: string;
/** User-visible transcript body; defaults to message and excludes runtime-only context. */
transcriptMessage?: string;
/** Durable media metadata for the user-visible transcript turn. */
transcriptMedia?: UserTurnInput["media"];
/** Optional image attachments for multimodal messages. */
images?: ImageContent[];
/** Original inline/offloaded attachment order for inbound images. */
imageOrder?: PromptImageOrderEntry[];
/** Ordered facts represented by attachment text in this prompt. */
media?: MediaFact[];
/** Optional client-provided tools (OpenResponses hosted tools). */
clientTools?: ClientToolDefinition[];
/** Agent id override (must exist in config). */
agentId?: string;
/** Per-run provider override. */
provider?: string;
/** Per-run model override. */
model?: string;
/** Explicit ordered fallback chain for this run. Undefined uses normal selection policy. */
modelFallbacksOverride?: string[];
to?: string;
sessionId?: string;
sessionKey?: string;
thinking?: string;
thinkingOnce?: string;
verbose?: string;
json?: boolean;
timeout?: string;
deliver?: boolean;
/** Override delivery target (separate from session routing). */
replyTo?: string;
/** Override delivery channel (separate from session routing). */
replyChannel?: string;
/** Override delivery account id (separate from session routing). */
replyAccountId?: string;
/** Override delivery thread/topic id (separate from session routing). */
threadId?: string | number;
/** Message channel context. */
messageChannel?: string;
/** Tool-policy/output surface context. Defaults to messageChannel. */
messageProvider?: string;
/** Delivery channel. */
channel?: string;
/** Account ID for multi-account channel routing. */
accountId?: string;
/** Context for embedded run routing (channel/account/thread). */
runContext?: AgentRunContext;
/** Device-scoped operator session allowed to review approvals initiated by this run. */
approvalReviewerDeviceId?: string;
/** Internal trusted exec approval follow-up elevated defaults. */
bashElevated?: ExecElevatedDefaults;
/** Trusted span whose final cap is resolved with the selected model. */
execApprovalContinuationPromptRange?: ExecApprovalContinuationPromptRange;
/** Corresponding span in the undecorated transcript message. */
execApprovalContinuationTranscriptPromptRange?: ExecApprovalContinuationPromptRange;
/** Trusted sender identity bit for command/channel-action auth; defaults true for local CLI calls. */
senderIsOwner?: boolean;
/** Whether this caller is authorized to use provider/model per-run overrides. */
allowModelOverride?: boolean;
/** Optional runtime tool allow-list; when set, only these tools are exposed for this run. */
toolsAllow?: string[];
/** Trusted owner-scoped plugin tool grant; normal policy and deny rules still apply. */
runtimePluginToolGrant?: RuntimePluginToolGrant;
/** Consumed in-process subagent-completion capability; never accepted from public RPC params. */
trustedInternalHandoff?: TrustedSubagentCompletionHandoff;
/** Internal marker identifying a server-managed default cap. */
toolsAllowIsDefault?: boolean;
/** Trusted server-stamped authority for an explicitly capped scheduled run. */
scheduledToolPolicy?: ScheduledToolPolicyContext;
/** Preserve the originating run's message-tool policy across internal continuation turns. */
requireExplicitMessageTarget?: boolean;
cliSessionBindingFacts?: CliSessionBindingFacts;
/** Group/spawn metadata for subagent policy inheritance and routing context. */
groupId?: SpawnedRunMetadata["groupId"];
groupChannel?: SpawnedRunMetadata["groupChannel"];
groupSpace?: SpawnedRunMetadata["groupSpace"];
spawnedBy?: SpawnedRunMetadata["spawnedBy"];
deliveryTargetMode?: ChannelOutboundTargetMode;
bestEffortDeliver?: boolean;
abortSignal?: AbortSignal;
lane?: string;
runId?: string;
/** Immutable gateway lifecycle ownership captured when this run was admitted. */
lifecycleGeneration?: string;
/** Called once when the selected runtime actually admits the prompt for execution. */
onExecutionStarted?: () => void;
extraSystemPrompt?: string;
/** Frozen profile-backed human Git attribution prepared by trusted ingress. */
gitCoauthorAttribution?: string;
/** Bootstrap workspace context injection mode for this run. */
bootstrapContextMode?: "full" | "lightweight";
/** Run kind hint for bootstrap context behavior. */
bootstrapContextRunKind?: BootstrapContextRunKind;
internalEvents?: AgentInternalEvent[];
inputProvenance?: InputProvenance;
/** Internal runs can execute against a session without updating visible status/model/usage. */
sessionEffects?: "visible" | "internal";
/** Internal handoffs can write transcript turns without changing user-facing model/usage state. */
preserveUserFacingSessionModelState?: boolean;
/** Visible source replies must be sent through the message tool when set. */
sourceReplyDeliveryMode?: SourceReplyDeliveryMode;
/** Internal runs can omit the channel message tool entirely. */
disableMessageTool?: boolean;
/** Collector children fail closed instead of emitting operator approval requests. */
swarmCollector?: boolean;
/** Synthetic structured_output input schema for collector children. */
swarmOutputSchema?: Record<string, unknown>;
/** Restrict this reconstructed run to restart-safe tools. */
forceRestartSafeTools?: boolean;
forceCodeModeTools?: boolean;
/** Invocation-owned Code Mode activation; limits still come from config. */
codeModeOverride?: boolean | "auto";
/** Host-owned exact media set for a scoped automatic recovery delivery. */
internalDeliveryMediaUrls?: string[];
internalDeliverySuppressText?: boolean;
/** Gateway ingress that already persisted visible activity can skip the duplicate pre-run touch. */
skipInitialSessionTouch?: boolean;
/** Per-call stream param overrides (best-effort). */
streamParams?: AgentStreamParams;
/** Resolved per-run fast mode from channel/directive handling. */
fastMode?: FastMode;
/** Resolved per-run auto cutoff seconds for fast mode. */
fastModeAutoOnSeconds?: number;
/** Explicit workspace directory override (for subagents to inherit parent workspace). */
workspaceDir?: SpawnedRunMetadata["workspaceDir"];
/** Explicit task working directory for this run. Bootstrap still uses workspaceDir. */
cwd?: string;
/** Force bundled MCP teardown when a one-shot local run completes. */
cleanupBundleMcpOnRunEnd?: boolean;
/** Force long-lived CLI live session teardown when a one-shot local run completes. */
cleanupCliLiveSessionOnRunEnd?: boolean;
/** Mark explicit one-shot local CLI runs so plugin tools can release resources promptly. */
oneShotCliRun?: boolean;
/** Gateway-owned runs can late-bind plugin subagent and node runtime helpers. */
allowGatewaySubagentBinding?: boolean;
/** Opaque foreground fence transferred by Gateway after atomic session admission. */
mainRestartRecoveryOwnerLease?: MainSessionRecoveryOwnerLease;
/** Gateway already consumed this automatic recovery run's durable reservation. */
mainRestartRecoveryAdmitted?: boolean;
/** Exact durable recovery attempt allowed to bind post-admission execution identity. */
mainRestartRecoveryAttempt?: number;
/** Private recovery correlation; public ingress callers cannot author identity evidence. */
executionIdentityAdmission?: ReturnType<(typeof admitted_run_context_d_exports)["createExecutionIdentityRecoveryAdmission"]>;
/** Gateway-owned exact operational instance shared with its abort controller. */
operationalRunInstance?: OperationalRunInstanceRef;
skillLibraryAuthoring?: SkillLibraryAuthoringCapability;
/** Gateway-minted exact-run capability for late Codex creator-authority capture. */
cronCreatorAuthorityCapability?: CronCreatorAuthorityCapability;
/** Private exact-instance binding hook invoked after delegated authority admission. */
onAdmittedRunContext?: (context: AdmittedRunContext) => void | Promise<void>;
/** Private owner binding hook invoked only after exact admission has resolved. */
onPostAdmittedRunContext?: (context: AdmittedRunContext) => void;
/** Called when the actual run model is selected, including fallback retries. */
onActiveModelSelected?: (ctx: {
provider: string;
model: string;
}) => void | Promise<void>;
/** Called when every candidate in the run's model fallback chain failed. */
onModelFallbackExhausted?: () => void;
/** Called before delivery projection when the raw run contains an error payload. */
onResultErrorPayload?: (message?: string) => void;
/** Called when compaction rotates the active run onto a successor session. */
onSessionIdChanged?: (sessionId: string) => void;
/** Internal one-shot model probe mode: no tools, no workspace/chat prompt policy. */
modelRun?: boolean;
/** Internal prompt-mode override for trusted local/gateway callsites. */
promptMode?: PromptMode;
/** Internal ACP-ready session turn source. Manual spawn turns bypass only the dispatch gate. */
acpTurnSource?: AcpTurnSource;
/** Internal handoffs can feed the model without writing the synthetic prompt to transcript. */
suppressPromptPersistence?: boolean;
/** Gateway/channel ingress can provide a canonical user-turn persistence owner. */
userTurnTranscriptRecorder?: UserTurnTranscriptRecorder;
};
/** Restricted option surface for external ingress callsites. */
type AgentCommandIngressOpts = Omit<AgentCommandOpts, "senderIsOwner" | "allowModelOverride" | "mainRestartRecoveryOwnerLease" | "mainRestartRecoveryAdmitted" | "mainRestartRecoveryAttempt" | "executionIdentityAdmission" | "operationalRunInstance" | "skillLibraryAuthoring" | "cronCreatorAuthorityCapability" | "onAdmittedRunContext" | "onPostAdmittedRunContext"> & {
/** @deprecated Public ingress ignores owner claims; use the host-injected channel runtime. */
senderIsOwner?: boolean;
/** Ingress callsites must always pass explicit model-override authorization state. */
allowModelOverride: boolean;
};
//#endregion
//#region src/agents/agent-command.d.ts
/** Runs an agent turn from an inbound channel/gateway ingress context. */
declare function agentCommandFromIngress(opts: AgentCommandIngressOpts, runtime?: RuntimeEnv, deps?: CliDeps): Promise<{
payloads: ReturnType<typeof projectOutboundPayloadPlanForJson>;
meta: EmbeddedAgentRunMeta;
didSendViaMessagingTool?: boolean;
messagingToolSentTexts?: string[];
messagingToolSentMediaUrls?: string[];
messagingToolSentTargets?: MessagingToolSend[];
didSendDeterministicApprovalPrompt?: true;
acceptedSessionSpawns?: NonNullable<AcceptedSessionSpawn[] | undefined>;
successfulCronAdds?: number;
deliverySucceeded?: boolean;
deliveryStatus?: {
requested: true;
attempted: boolean;
status: "sent" | "suppressed" | "partial_failed" | "failed";
succeeded: true | false | "partial";
error?: true;
errorMessage?: string;
reason?: string;
resultCount?: number;
sentBeforeError?: true;
payloadOutcomes?: SerializedDurableMessagePayloadOutcome[];
};
}>;
//#endregion
//#region src/agents/timeout.d.ts
declare function resolveAgentTimeoutMs(opts: {
cfg?: OpenClawConfig;
overrideMs?: number | null;
overrideSeconds?: number | null;
minMs?: number;
}): number;
//#endregion
//#region src/agents/embedded-agent-runner/cli-backend-dispatch-eligibility.d.ts
type EmbeddedCliBackendDispatchEligibilityParams = {
provider?: string;
model?: string;
agentId?: string;
/** Explicitly pinned auth profile for the run; decisive when it resolves. */
authProfileId?: string;
config?: OpenClawConfig;
agentDir?: string;
workspaceDir?: string;
};
/**
* Decides whether an opted-in embedded run would execute through the CLI
* backend. Resolution stays on stored credential metadata — no credential
* materialization, refresh locks, or network calls on this per-turn path.
*/
declare function resolveEmbeddedCliBackendDispatchEligibility(params: EmbeddedCliBackendDispatchEligibilityParams): {
provider: string;
} | undefined;
//#endregion
//#region src/infra/system-events.d.ts
type SystemEventOptions = {
sessionKey: string;
contextKey?: string | null;
deliveryContext?: DeliveryContext;
/** Replace the pending event for this context and delivery route. Requires contextKey. */
replace?: boolean;
};
declare function enqueueSystemEvent(text: string, options: SystemEventOptions): boolean;
//#endregion
//#region src/plugins/runtime/native-deps.d.ts
/** Inputs used to format native dependency install/rebuild guidance. */
type NativeDependencyHintParams = {
packageName: string;
manager?: "pnpm" | "npm" | "yarn";
rebuildCommand?: string;
approveBuildsCommand?: string;
downloadCommand?: string;
};
/** Formats concise guidance for installing and rebuilding a native dependency. */
declare function formatNativeDependencyHint(params: NativeDependencyHintParams): string;
//#endregion
//#region src/image-generation/runtime-types.d.ts
type GenerateImageParams = {
cfg: OpenClawConfig;
prompt: string;
agentDir?: string;
authStore?: AuthProfileStore;
modelOverride?: string;
count?: number;
size?: string;
aspectRatio?: string;
resolution?: ImageGenerationResolution;
/** Resolution inferred from reference images; omitted for incompatible fallback models. */
inferredResolution?: ImageGenerationResolution;
quality?: ImageGenerationQuality;
outputFormat?: ImageGenerationOutputFormat;
background?: ImageGenerationBackground;
inputImages?: ImageGenerationSourceImage[];
autoProviderFallback?: boolean;
/** Optional per-request provider timeout in milliseconds. */
timeoutMs?: number;
providerOptions?: ImageGenerationProviderOptions;
/** SSRF policy to propagate into image-generation provider HTTP calls. */
ssrfPolicy?: SsrFPolicy;
};
type GenerateImageRuntimeResult = {
images: GeneratedImageAsset[];
provider: string;
model: string;
attempts: FallbackAttempt[];
appliedResolution?: ImageGenerationResolution;
normalization?: ImageGenerationNormalization;
metadata?: Record<string, unknown>;
ignoredOverrides: ImageGenerationIgnoredOverride[];
};
//#endregion
//#region src/video-generation/runtime-types.d.ts
type GenerateVideoParams = {
cfg: OpenClawConfig;
prompt: string;
agentDir?: string;
authStore?: AuthProfileStore;
modelOverride?: string;
size?: string;
aspectRatio?: string;
resolution?: VideoGenerationResolution;
durationSeconds?: number;
audio?: boolean;
watermark?: boolean;
inputImages?: VideoGenerationSourceAsset[];
inputVideos?: VideoGenerationSourceAsset[];
inputAudios?: VideoGenerationSourceAsset[];
autoProviderFallback?: boolean;
/** Arbitrary provider-specific options forwarded as-is to provider.generateVideo. */
providerOptions?: Record<string, unknown>;
/** Optional per-request provider timeout in milliseconds. */
timeoutMs?: number;
};
type GenerateVideoRuntimeResult = {
videos: GeneratedVideoAsset[];
provider: string;
model: string;
attempts: FallbackAttempt[];
normalization?: VideoGenerationNormalization;
metadata?: Record<string, unknown>;
ignoredOverrides: VideoGenerationIgnoredOverride[];
};
//#endregion
//#region src/music-generation/runtime-types.d.ts
/**
* Runtime input/output contracts for music generation.
*
* These are separate from provider contracts because runtime results include
* fallback attempts, normalized metadata, and selected provider/model identity.
*/
/** Parameters accepted by the core music generation runtime. */
type GenerateMusicParams = {
cfg: OpenClawConfig;
prompt: string;
agentDir?: string;
authStore?: AuthProfileStore;
modelOverride?: string;
lyrics?: string;
instrumental?: boolean;
durationSeconds?: number;
format?: MusicGenerationOutputFormat;
inputImages?: MusicGenerationSourceImage[];
autoProviderFallback?: boolean;
/** Optional per-request provider timeout in milliseconds. */
timeoutMs?: number;
};
/** Result returned after a successful runtime provider attempt. */
type GenerateMusicRuntimeResult = {
tracks: GeneratedMusicAsset[];
provider: string;
model: string;
attempts: FallbackAttempt[];
lyrics?: string[];
normalization?: MusicGenerationNormalization;
metadata?: Record<string, unknown>;
ignoredOverrides: MusicGenerationIgnoredOverride[];
};
//#endregion
//#region src/web-search/runtime-types.d.ts
/** Provider/tool resolution inputs for web_search. */
type ResolveWebSearchDefinitionParams = {
config?: OpenClawConfig;
agentDir?: string;
sandboxed?: boolean;
runtimeWebSearch?: RuntimeWebSearchMetadata;
providerId?: string;
preferRuntimeProviders?: boolean;
preferInputConfig?: boolean;
};
/** Inputs for executing a web_search request through the selected provider. */
type RunWebSearchParams = ResolveWebSearchDefinitionParams & {
args: Record<string, unknown>;
signal?: AbortSignal;
};
/** Normalized execution result that records which provider answered. */
type RunWebSearchResult = {
provider: string;
result: Record<string, unknown>;
};
//#endregion
//#region src/plugin-state/plugin-blob-store.types.d.ts
type PluginBlobEntryInfo<TMetadata> = {
key: string;
metadata: TMetadata;
sizeBytes: number;
createdAt: number;
expiresAt?: number;
};
type PluginBlobEntry<TMetadata> = PluginBlobEntryInfo<TMetadata> & {
bytes: Uint8Array;
};
type PluginBlobStore<TMetadata> = {
register(key: string, bytes: Uint8Array, metadata: TMetadata, opts?: {
ttlMs?: number;
}): Promise<void>;
registerIfAbsent(key: string, bytes: Uint8Array, metadata: TMetadata, opts?: {
ttlMs?: number;
}): Promise<boolean>;
lookup(key: string): Promise<PluginBlobEntry<TMetadata> | undefined>;
entries(): Promise<PluginBlobEntryInfo<TMetadata>[]>;
delete(key: string): Promise<boolean>;
deleteExpiredKey(key: string): Promise<PluginBlobEntryInfo<TMetadata> | undefined>;
deleteExpired(): Promise<PluginBlobEntryInfo<TMetadata>[]>;
clear(): Promise<void>;
};
type PluginBlobOverflowPolicy = "evict-oldest" | "reject-new";
type OpenBlobStoreOptions = {
namespace: string;
maxEntries: number;
maxBytesPerEntry: number;
maxBytesPerNamespace: number;
overflowPolicy?: PluginBlobOverflowPolicy;
defaultTtlMs?: number;
};
//#endregion
//#region src/plugin-state/plugin-state-store.types.d.ts
type PluginStateEntry<T> = {
key: string;
value: T;
createdAt: number;
expiresAt?: number;
};
/** Async plugin state API exposed to plugin runtimes. */
type PluginStateKeyedStore<T> = {
register(key: string, value: T, opts?: {
ttlMs?: number;
}): Promise<void>;
registerIfAbsent(key: string, value: T, opts?: {
ttlMs?: number;
}): Promise<boolean>;
update?: (key: string, updateValue: (current: T | undefined) => T | undefined, opts?: {
ttlMs?: number;
}) => Promise<boolean>;
/** Atomically deletes an existing entry when its current value matches. */
deleteIf?: (key: string, predicate: (current: T) => boolean) => Promise<boolean>;
lookup(key: string): Promise<T | undefined>;
consume(key: string): Promise<T | undefined>;
delete(key: string): Promise<boolean>;
entries(): Promise<PluginStateEntry<T>[]>;
clear(): Promise<void>;
};
/** Sync plugin state API used by trusted core/plugin bootstrap paths. */
type PluginStateSyncKeyedStore<T> = {
register(key: string, value: T, opts?: {
ttlMs?: number;
}): void;
registerIfAbsent(key: string, value: T, opts?: {
ttlMs?: number;
}): boolean;
update?: (key: string, updateValue: (current: T | undefined) => T | undefined, opts?: {
ttlMs?: number;
}) => boolean;
/** Atomically deletes an existing entry when its current value matches. */
deleteIf?: (key: string, predicate: (current: T) => boolean) => boolean;
lookup(key: string): T | undefined;
consume(key: string): T | undefined;
delete(key: string): boolean;
entries(): PluginStateEntry<T>[];
clear(): void;
};
/** Options for opening a keyed plugin-state namespace. */
type PluginStateOverflowPolicy = "evict-oldest" | "reject-new";
type OpenKeyedStoreOptions = {
namespace: string;
maxEntries: number;
overflowPolicy?: PluginStateOverflowPolicy;
defaultTtlMs?: number;
env?: NodeJS.ProcessEnv;
};
//#endregion
//#region src/tasks/task-flow-registry.types.d.ts
type TaskFlowSyncMode = "task_mirrored" | "managed";
/** Lifecycle statuses for multi-step task flows. */
declare const TASK_FLOW_STATUSES: readonly ["queued", "running", "waiting", "blocked", "succeeded", "failed", "cancelled", "lost"];
type TaskFlowStatus = (typeof TASK_FLOW_STATUSES)[number];
type TaskFlowRecord = {
flowId: string;
syncMode: TaskFlowSyncMode;
ownerKey: string;
requesterOrigin?: DeliveryContext;
controllerId?: string;
revision: number;
status: TaskFlowStatus;
notifyPolicy: TaskNotifyPolicy;
goal: string;
currentStep?: string;
blockedTaskId?: string;
blockedSummary?: string;
stateJson?: JsonValue;
waitJson?: JsonValue;
cancelRequestedAt?: number;
createdAt: number;
updatedAt: number;
endedAt?: number;
};
//#endregion
//#region src/plugins/runtime/runtime-taskflow.types.d.ts
type ManagedTaskFlowRecord = TaskFlowRecord & {
syncMode: "managed";
controllerId: string;
};
type ManagedTaskFlowMutationErrorCode = "not_found" | "not_managed" | "revision_conflict" | "persist_failed";
type ManagedTaskFlowMutationResult = {
applied: true;
flow: ManagedTaskFlowRecord;
} | {
applied: false;
code: ManagedTaskFlowMutationErrorCode;
current?: TaskFlowRecord;
};
type ManagedTaskFlowCreateParams = {
controllerId: string;
goal: string;
status?: ManagedTaskFlowRecord["status"];
notifyPolicy?: TaskNotifyPolicy;
currentStep?: string | null;
stateJson?: JsonValue | null;
waitJson?: JsonValue | null;
cancelRequestedAt?: number | null;
createdAt?: number;
updatedAt?: number;
endedAt?: number | null;
};
type BoundTaskFlowTaskRunResult = {
created: true;
flow: ManagedTaskFlowRecord;
task: TaskRecord;
} | {
created: false;
reason: string;
found: boolean;
flow?: TaskFlowRecord;
};
type BoundTaskFlowCancelResult = {
found: boolean;
cancelled: boolean;
reason?: string;
flow?: TaskFlowRecord;
tasks?: TaskRecord[];
};
type BoundTaskFlowRuntime = {
readonly sessionKey: string;
readonly requesterOrigin?: TaskDeliveryState["requesterOrigin"];
createManaged: (params: ManagedTaskFlowCreateParams) => ManagedTaskFlowRecord;
tryCreateManaged: (params: ManagedTaskFlowCreateParams) => ManagedTaskFlowRecord | null;
get: (flowId: string) => TaskFlowRecord | undefined;
list: () => TaskFlowRecord[];
findLatest: () => TaskFlowRecord | undefined;
resolve: (token: string) => TaskFlowRecord | undefined;
getTaskSummary: (flowId: string) => TaskRegistrySummary | undefined;
setWaiting: (params: {
flowId: string;
expectedRevision: number;
currentStep?: string | null;
stateJson?: JsonValue | null;
waitJson?: JsonValue | null;
blockedTaskId?: string | null;
blockedSummary?: string | null;
updatedAt?: number;
}) => ManagedTaskFlowMutationResult;
resume: (params: {
flowId: string;
expectedRevision: number;
status?: Extract<ManagedTaskFlowRecord["status"], "queued" | "running">;
currentStep?: string | null;
stateJson?: JsonValue | null;
updatedAt?: number;
}) => ManagedTaskFlowMutationResult;
finish: (params: {
flowId: string;
expectedRevision: number;
stateJson?: JsonValue | null;
updatedAt?: number;
endedAt?: number;
}) => ManagedTaskFlowMutationResult;
fail: (params: {
flowId: string;
expectedRevision: number;
stateJson?: JsonValue | null;
blockedTaskId?: string | null;
blockedSummary?: string | null;
updatedAt?: number;
endedAt?: number;
}) => ManagedTaskFlowMutationResult;
requestCancel: (params: {
flowId: string;
expectedRevision: number;
cancelRequestedAt?: number;
}) => ManagedTaskFlowMutationResult;
cancel: (params: {
flowId: string;
cfg: OpenClawConfig;
}) => Promise<BoundTaskFlowCancelResult>;
runTask: (params: {
flowId: string;
runtime: TaskRuntime;
sourceId?: string;
childSessionKey?: string;
parentTaskId?: string;
agentId?: string;
runId?: string;
label?: string;
task: string;
preferMetadata?: boolean;
notifyPolicy?: TaskNotifyPolicy;
deliveryStatus?: TaskDeliveryStatus;
status?: "queued" | "running";
startedAt?: number;
lastEventAt?: number;
progressSummary?: string | null;
}) => BoundTaskFlowTaskRunResult;
};
type PluginRuntimeTaskFlow = {
bindSession: (params: {
sessionKey: string;
requesterOrigin?: TaskDeliveryState["requesterOrigin"];
}) => BoundTaskFlowRuntime;
fromToolContext: (ctx: Pick<OpenClawPluginToolContext, "sessionKey" | "deliveryContext">) => BoundTaskFlowRuntime;
};
//#endregion
//#region src/media-understanding/runtime-types.d.ts
type RunMediaUnderstandingFileParams = {
capability: "image" | "audio" | "video";
filePath: string;
mediaUrl?: string;
cfg: OpenClawConfig;
agentId?: string;
agentDir?: string;
workspaceDir?: string;
mime?: string;
activeModel?: ActiveMediaModel;
prompt?: string;
timeoutMs?: number;
scopeContext?: MediaUnderstandingScopeContext;
};
type MediaUnderstandingScopeContext = {
sessionKey?: string;
channel?: string;
chatType?: string;
};
type RunMediaUnderstandingFileResult = {
text: string | undefined;
provider?: string;
model?: string;
output?: MediaUnderstandingOutput;
decision?: MediaUnderstandingDecision;
};
type DescribeImageFileParams = {
filePath: string;
mediaUrl?: string;
cfg: OpenClawConfig;
agentId?: string;
agentDir?: string;
workspaceDir?: string;
mime?: string;
activeModel?: ActiveMediaModel;
prompt?: string;
timeoutMs?: number;
scopeContext?: MediaUnderstandingScopeContext;
};
type DescribeImageFileWithModelParams = {
filePath: string;
mediaUrl?: string;
cfg: OpenClawConfig;
agentId?: string;
agentDir?: string;
workspaceDir?: string;
mime?: string;
provider: string;
model: string;
prompt: string;
maxTokens?: number;
timeoutMs?: number;
};
type PreparedImageDescriptionInput = {
buffer: Buffer;
fileName: string;
mime?: string;
};
type PrepareImageDescriptionInputParams = Pick<DescribeImageFileWithModelParams, "filePath" | "mediaUrl" | "mime" | "cfg" | "timeoutMs">;
type DescribePreparedImageWithModelParams = Omit<DescribeImageFileWithModelParams, "filePath" | "mediaUrl" | "mime"> & {
image: PreparedImageDescriptionInput;
};
type DescribeImageFileWithModelResult = Awaited<ReturnType<NonNullable<MediaUnderstandingProvider["describeImage"]>>>;
type ExtractStructuredWithModelParams = {
/** At least one image input is required; text inputs provide supplemental context. */
input: StructuredExtractionInput[];
instructions: string;
schemaName?: string;
jsonSchema?: unknown;
jsonMode?: boolean;
cfg: OpenClawConfig;
agentDir?: string;
provider: string;
model: string;
profile?: string;
preferredProfile?: string;
authStore?: AuthProfileStore;
timeoutMs?: number;
};
type ExtractStructuredWithModelResult = Awaited<ReturnType<NonNullable<MediaUnderstandingProvider["extractStructured"]>>>;
type DescribeVideoFileParams = {
filePath: string;
cfg: OpenClawConfig;
agentDir?: string;
workspaceDir?: string;
mime?: string;
activeModel?: ActiveMediaModel;
};
type TranscribeAudioFileParams = {
filePath: string;
cfg: OpenClawConfig;
agentDir?: string;
workspaceDir?: string;
mime?: string;
activeModel?: ActiveMediaModel;
language?: string;
prompt?: string;
};
type MediaUnderstandingRuntime = {
resolveAudioInputBudget: (params: {
cfg: OpenClawConfig;
}) => Promise<{
enabled: false;
} | {
enabled: true;
maxBytes: number;
}>;
runMediaUnderstandingFile: (params: RunMediaUnderstandingFileParams) => Promise<RunMediaUnderstandingFileResult>;
describeImageFile: (params: DescribeImageFileParams) => Promise<RunMediaUnderstandingFileResult>;
prepareImageDescriptionInput: (params: PrepareImageDescriptionInputParams) => Promise<PreparedImageDescriptionInput>;
describePreparedImageWithModel: (params: DescribePreparedImageWithModelParams) => Promise<DescribeImageFileWithModelResult>;
describeImageFileWithModel: (params: DescribeImageFileWithModelParams) => Promise<DescribeImageFileWithModelResult>;
extractStructuredWithModel: (params: ExtractStructuredWithModelParams) => Promise<ExtractStructuredWithModelResult>;
describeVideoFile: (params: DescribeVideoFileParams) => Promise<RunMediaUnderstandingFileResult>;
transcribeAudioFile: (params: TranscribeAudioFileParams) => Promise<RunMediaUnderstandingFileResult>;
};
//#endregion
//#region src/plugins/runtime/task-domain-types.d.ts
/** Aggregate task-run counts exposed to plugin task views. */
type TaskRunAggregateSummary = {
total: number;
active: number;
terminal: number;
failures: number;
byStatus: TaskStatusCounts;
byRuntime: TaskRuntimeCounts;
};
/** Public task run summary exposed through plugin runtime task APIs. */
type TaskRunView = {
id: string;
runtime: TaskRuntime;
sourceId?: string;
sessionKey: string;
ownerKey: string;
scope: TaskScopeKind;
childSessionKey?: string;
flowId?: string;
parentTaskId?: string;
agentId?: string;
runId?: string;
label?: string;
title: string;
status: TaskStatus;
deliveryStatus: TaskDeliveryStatus;
notifyPolicy: TaskNotifyPolicy;
createdAt: number;
startedAt?: number;
endedAt?: number;
lastEventAt?: number;
cleanupAfter?: number;
error?: string;
progressSummary?: string;
terminalSummary?: string;
terminalOutcome?: TaskTerminalOutcome;
};
/** Detailed task run view; currently equal to the summary view. */
type TaskRunDetail = TaskRunView;
/** Result returned when cancelling a task run. */
type TaskRunCancelResult = {
found: boolean;
cancelled: boolean;
reason?: string;
task?: TaskRunDetail;
};
/** Public task flow summary exposed through plugin runtime task APIs. */
type TaskFlowView = {
id: string;
ownerKey: string;
requesterOrigin?: DeliveryContext;
status: TaskFlowStatus;
notifyPolicy: TaskNotifyPolicy;
goal: string;
currentStep?: string;
cancelRequestedAt?: number;
createdAt: number;
updatedAt: number;
endedAt?: number;
};
/** Detailed task flow view with state, wait, blocked, and task summary data. */
type TaskFlowDetail = TaskFlowView & {
state?: JsonValue;
wait?: JsonValue;
blocked?: {
taskId?: string;
summary?: string;
};
tasks: TaskRunView[];
taskSummary: TaskRunAggregateSummary;
};
//#endregion
//#region src/plugins/runtime/runtime-tasks.types.d.ts
type BoundTaskRunsRuntime = {
readonly sessionKey: string;
readonly requesterOrigin?: TaskDeliveryState["requesterOrigin"];
get: (taskId: string) => TaskRunDetail | undefined;
list: () => TaskRunView[];
findLatest: () => TaskRunDetail | undefined;
resolve: (token: string) => TaskRunDetail | undefined;
cancel: (params: {
taskId: string;
cfg: OpenClawConfig;
}) => Promise<TaskRunCancelResult>;
};
type PluginRuntimeTaskRuns = {
bindSession: (params: {
sessionKey: string;
agentId?: string;
requesterOrigin?: TaskDeliveryState["requesterOrigin"];
}) => BoundTaskRunsRuntime;
fromToolContext: (ctx: Pick<OpenClawPluginToolContext, "sessionKey" | "agentId" | "deliveryContext">) => BoundTaskRunsRuntime;
};
type BoundTaskFlowsRuntime = {
readonly sessionKey: string;
readonly requesterOrigin?: TaskDeliveryState["requesterOrigin"];
get: (flowId: string) => TaskFlowDetail | undefined;
list: () => TaskFlowView[];
findLatest: () => TaskFlowDetail | undefined;
resolve: (token: string) => TaskFlowDetail | undefined;
getTaskSummary: (flowId: string) => TaskRunAggregateSummary | undefined;
};
type PluginRuntimeTaskFlows = {
bindSession: (params: {
sessionKey: string;
requesterOrigin?: TaskDeliveryState["requesterOrigin"];
}) => BoundTaskFlowsRuntime;
fromToolContext: (ctx: Pick<OpenClawPluginToolContext, "sessionKey" | "deliveryContext">) => BoundTaskFlowsRuntime;
};
//#endregion
//#region src/plugins/runtime/types-core.d.ts
type TtsRuntimeApi = typeof runtime_api_d_exports;
type ListSpeechVoices = TtsRuntimeApi["listSpeechVoices"];
type PrepareTtsRequest = (...args: Parameters<TtsRuntimeApi["prepareTtsRequest"]>) => Promise<ReturnType<TtsRuntimeApi["prepareTtsRequest"]>>;
type TextToSpeech = typeof textToSpeech;
type TextToSpeechStream = TtsRuntimeApi["textToSpeechStream"];
type TextToSpeechTelephony = TtsRuntimeApi["textToSpeechTelephony"];
type RuntimeRequestHeartbeatOptions = Parameters<typeof requestHeartbeat>[0];
type RuntimeRequestHeartbeatNowOptions = Omit<RuntimeRequestHeartbeatOptions, "source" | "intent"> & Partial<Pick<RuntimeRequestHeartbeatOptions, "source" | "intent">>;
type RuntimeWriteConfigOptions = {
envSnapshotForRestore?: Record<string, string | undefined>;
expectedConfigPath?: string;
unsetPaths?: string[][];
};
type DeepReadonly<T> = T extends ((...args: never[]) => unknown) ? T : T extends readonly (infer U)[] ? ReadonlyArray<DeepReadonly<U>> : T extends object ? { readonly [K in keyof T]: DeepReadonly<T[K]>; } : T;
type RuntimeConfigAfterWrite = ConfigWriteAfterWrite;
type RuntimeConfigReplaceResult = ConfigReplaceResult;
type RuntimeProviderListParams = {
config?: OpenClawConfig;
};
type RuntimeConfigMutationContext = {
snapshot: ConfigFileSnapshot;
previousHash: string | null;
};
type RuntimeMutateConfigFileParams<T = void> = {
base?: ConfigMutationBase;
baseHash?: string;
afterWrite: RuntimeConfigAfterWrite;
writeOptions?: RuntimeWriteConfigOptions;
mutate: (draft: OpenClawConfig, context: RuntimeConfigMutationContext) => Promise<T | void> | T | void;
};
type RuntimeReplaceConfigFileParams = {
nextConfig: OpenClawConfig;
baseHash?: string;
afterWrite: RuntimeConfigAfterWrite;
writeOptions?: RuntimeWriteConfigOptions;
};
type RuntimeSessionEntry = SessionEntry$1;
type RuntimeSessionPluginExtensions = Record<string, Record<string, SessionPluginJsonValue>> | undefined;
type RuntimeSessionStoreReadParams = {
agentId?: string;
env?: NodeJS.ProcessEnv;
hydrateSkillPromptRefs?: boolean;
sessionKey: string;
readConsistency?: "latest";
storePath?: string;
};
type RuntimeSessionStoreListParams = Partial<Omit<RuntimeSessionStoreReadParams, "sessionKey">> & {
readOnly?: boolean;
};
type RuntimeSessionStoreEntrySummary = {
sessionKey: string;
entry: RuntimeSessionEntry;
};
type RuntimeCreateSessionEntryResult = {
key: string;
agentId: string;
sessionId: string;
entry: RuntimeSessionEntry;
};
type RuntimeCreateSessionEntryContext = RuntimeCreateSessionEntryResult & {
/** Host creation authority; runtimes that cannot supply it must leave it absent. */
initialization?: SessionInitialization;
};
type RuntimeCreateSessionEntryFinalPatch = {
pluginExtensions: RuntimeSessionPluginExtensions;
};
type RuntimeCreateSessionEntryBaseParams = {
cfg: OpenClawConfig;
key: string;
agentId?: string;
label?: string;
/** Create-only title snapshot: trimmed, capped at 500 UTF-16 units without splitting pairs; not a unique label. */
displayName?: string;
spawnedCwd?: string;
sessionRoot?: string;
permissionMode?: RuntimeSessionEntry["permissionMode"];
/** Bind the created session's CLI execution to this paired node. */
execNode?: string;
/** Working directory interpreted only by execNode. */
execCwd?: string;
initialEntry: {
agentHarnessId: string;
color?: string;
modelSelectionLocked?: true;
pluginExtensions?: RuntimeSessionPluginExtensions;
} | {
cliBackendId: string;
color?: string;
model: string;
cliSessionBinding: CliSessionBinding;
modelSelectionLocked: true;
pluginExtensions?: RuntimeSessionPluginExtensions;
/** Registry-injected owner; plugin callers cannot select another owner. */
pluginOwnerId?: string;
} | {
acpBackendId: string;
color?: string;
acpSessionBinding: {
acpAgentId: string;
agentSessionId: string;
};
modelSelectionLocked?: true;
pluginExtensions?: RuntimeSessionPluginExtensions;
/** Registry-injected owner; plugin callers cannot select another owner. */
pluginOwnerId?: string;
};
};
type RuntimeCreateSessionEntryParams = RuntimeCreateSessionEntryBaseParams & ({
/** Retry an interrupted initializer only when persisted trusted state matches exactly. */
recoverMatchingInitialEntry: true;
afterCreate: (created: RuntimeCreateSessionEntryContext) => Promise<RuntimeCreateSessionEntryFinalPatch>;
} | {
recoverMatchingInitialEntry?: never;
afterCreate?: (created: RuntimeCreateSessionEntryContext) => Promise<RuntimeCreateSessionEntryFinalPatch | void>;
});
type RuntimeSessionStoreEntryPatchParams = RuntimeSessionStoreReadParams & {
/** Synchronous final ownership check executed inside the commit transaction. */
assertCommitAllowed?: () => void;
fallbackEntry?: RuntimeSessionEntry;
maintenanceConfig?: ResolvedSessionMaintenanceConfigInput;
preserveActivity?: boolean;
replaceEntry?: boolean;
update: (entry: RuntimeSessionEntry, context: {
existingEntry?: RuntimeSessionEntry;
}) => Promise<Partial<RuntimeSessionEntry> | null> | Partial<RuntimeSessionEntry> | null;
};
type RuntimeUpsertSessionEntryParams = RuntimeSessionStoreReadParams & {
entry: RuntimeSessionEntry;
};
type RuntimeSessionWorkAdmissionParams = {
storePath: string;
sessionKey: string;
signal?: AbortSignal;
};
type RuntimeSessionStoreEntryUpdateParams = {
storePath: string;
sessionKey: string;
update: (entry: RuntimeSessionEntry) => Promise<Partial<RuntimeSessionEntry> | null> | Partial<RuntimeSessionEntry> | null;
skipMaintenance?: boolean;
takeCacheOwnership?: boolean;
requireWriteSuccess?: boolean;
};
/** @public Part of the PluginRuntime declaration contract. */
type PluginRuntimeThinkingPolicyRequest = {
provider?: string | null;
model?: string | null;
catalog?: ThinkingCatalogEntry[];
agentRuntime?: string | null;
};
/** @public Part of the PluginRuntime declaration contract. */
type PluginRuntimeThinkingPolicyLevel = {
id: ThinkLevel;
label: string;
};
/** @public Part of the PluginRuntime declaration contract. */
type PluginRuntimeThinkingPolicy = {
levels: PluginRuntimeThinkingPolicyLevel[];
defaultLevel?: ThinkLevel | null;
};
/** Structured logger surface injected into runtime-backed plugin helpers. */
type RuntimeLogger = {
debug?: (message: string, meta?: Record<string, unknown>) => void;
info: (message: string, meta?: Record<string, unknown>) => void;
warn: (message: string, meta?: Record<string, unknown>) => void;
error: (message: string, meta?: Record<string, unknown>) => void;
};
type RunHeartbeatOnceOptions = {
reason?: string;
agentId?: string;
sessionKey?: string;
/** Override heartbeat config (e.g. `{ target: "last" }` to deliver to the last active channel). */
heartbeat?: {
target?: string;
};
};
type LlmCompleteMessage = {
role: "system" | "user" | "assistant";
content: string;
};
type LlmCompleteCaller = {
kind: "plugin" | "context-engine" | "host" | "unknown";
id?: string;
name?: string;
};
type LlmCompleteUsage = {
inputTokens?: number;
outputTokens?: number;
cacheReadTokens?: number;
cacheWriteTokens?: number;
totalTokens?: number;
costUsd?: number;
};
type LlmCompleteCommonParams = {
/** Model ref (e.g. "anthropic/claude-sonnet-4-6"); defaults to the target agent's configured model. */
model?: string;
/** Advisory output limit; runtime owners without an equivalent control may ignore it. */
maxTokens?: number;
/** Advisory sampling hint; runtime owners without an equivalent control may ignore it. */
temperature?: number;
/** Requested reasoning effort; the host normalizes it for the selected model. */
reasoning?: ThinkLevel;
systemPrompt?: string;
signal?: AbortSignal;
/** Human-readable reason for audit/debug output. */
purpose?: string;
/** Agent whose model/credentials to use. Session-bound capabilities may disallow overrides. */
agentId?: string;
};
type LlmDirectCompleteParams = LlmCompleteCommonParams & {
messages: LlmCompleteMessage[];
execution?: undefined;
};
type LlmIsolatedAgentRuntimeCompleteParams = LlmCompleteCommonParams & {
/** Isolated runtimes currently accept one fresh user prompt, not a replayed chat history. */
messages: [{
role: "user";
content: string;
}];
execution: {
/** Fresh, literal-zero-tool completion through the configured agent runtime. */
mode: "isolated-agent-runtime";
/** Exact credential owner. Requires host-granted plugin policy. */
authProfileId?: string;
timeoutMs?: number;
};
};
type LlmCompleteParams = LlmDirectCompleteParams | LlmIsolatedAgentRuntimeCompleteParams;
type LlmCompleteExecution = {
mode: "direct-provider";
owner: {
kind: "provider";
id: string;
};
} | {
mode: "isolated-agent-runtime";
owner: {
kind: "cli" | "harness";
id: string;
};
};
type LlmCompleteResult = {
text: string;
provider: string;
model: string;
agentId: string;
usage: LlmCompleteUsage;
execution: LlmCompleteExecution;
audit: {
caller: LlmCompleteCaller;
purpose?: string;
sessionKey?: string;
};
};
type RuntimeRunEmbeddedAgentParams = Omit<RunEmbeddedAgentParams, "admittedRunContext" | "preparedRunAdmission" | "skillWorkshopCollectionReconcile">;
type RuntimeRunEmbeddedAgent = (params: RuntimeRunEmbeddedAgentParams) => Promise<EmbeddedAgentRunResult>;
/** Core runtime helpers exposed to trusted native plugins. */
type PluginRuntimeCore = {
version: string;
config: {
/** Current process runtime config snapshot. Prefer config passed into the active call path. */
current: () => DeepReadonly<OpenClawConfig>;
/**
* Persist a focused config mutation. Callers must choose the post-write
* behavior explicitly so the gateway can hot-reload, restart, or defer.
*/
mutateConfigFile: <T = void>(params: RuntimeMutateConfigFileParams<T>) => Promise<RuntimeConfigReplaceResult & {
result: T | undefined;
}>;
/**
* Persist a full config replacement. Callers must choose the post-write
* behavior explicitly so the gateway can hot-reload, restart, or defer.
*/
replaceConfigFile: (params: RuntimeReplaceConfigFileParams) => Promise<RuntimeConfigReplaceResult>;
};
agent: {
defaults: {
model: typeof DEFAULT_MODEL;
provider: typeof DEFAULT_PROVIDER;
};
resolveAgentDir: typeof resolveAgentDir;
resolveAgentWorkspaceDir: typeof resolveAgentWorkspaceDir;
resolveAgentIdentity: typeof resolveAgentIdentity;
/** Resolve an allowed catalog create target through canonical agent model/runtime policy. */
resolveSessionCatalogCreateTarget: typeof resolveAgentCatalogCreateTarget;
resolveThinkingDefault: (params: {
cfg: OpenClawConfig;
provider: string;
model: string;
catalog?: ModelCatalogEntry[];
}) => ThinkLevel;
normalizeThinkingLevel: (raw?: string | null) => ThinkLevel | undefined;
resolveThinkingPolicy: (params: PluginRuntimeThinkingPolicyRequest) => PluginRuntimeThinkingPolicy;
/** Admit a turn for this exact trusted channel plugin and its authenticated sender. */
runCommandFromIngress: (opts: AgentCommandIngressOpts, runtime: RuntimeEnv) => ReturnType<typeof agentCommandFromIngress>;
runEmbeddedAgent: RuntimeRunEmbeddedAgent;
resolveAgentTimeoutMs: typeof resolveAgentTimeoutMs;
/**
* Shares the embedded runner's CLI-backend dispatch eligibility (route,
* registered backend, stored credential mode) so opted-in callers can
* budget timeouts for the run that will actually execute.
*/
resolveCliBackendDispatchEligibility: typeof resolveEmbeddedCliBackendDispatchEligibility;
ensureAgentWorkspace: typeof ensureAgentWorkspace;
session: {
resolveStorePath: typeof resolveSessionStorePathCore;
createSessionEntry: (params: RuntimeCreateSessionEntryParams) => Promise<RuntimeCreateSessionEntryResult>;
getSessionEntry: (params: RuntimeSessionStoreReadParams) => RuntimeSessionEntry | undefined;
listSessionEntries: (params?: RuntimeSessionStoreListParams) => RuntimeSessionStoreEntrySummary[];
patchSessionEntry: (params: RuntimeSessionStoreEntryPatchParams) => Promise<RuntimeSessionEntry | null>;
upsertSessionEntry: (params: RuntimeUpsertSessionEntryParams) => Promise<void>;
runWithWorkAdmission: <T>(params: RuntimeSessionWorkAdmissionParams, run: (signal: AbortSignal) => Promise<T>) => Promise<T>;
updateSessionStoreEntry: (params: RuntimeSessionStoreEntryUpdateParams) => Promise<RuntimeSessionEntry | null>;
};
};
hooks: {
/** Dispatch untrusted external content through an isolated, contained hook agent turn. */
dispatchHookAgentTurn: (params: {
name: string;
agentId: string;
sessionKey: string;
message: string;
externalContentSource: "email";
deliver: boolean;
model?: string;
thinking?: ThinkLevel;
timeoutSeconds?: number;
idempotencyKey?: string;
}) => Promise<{
ok: true;
runId: string;
} | {
ok: false;
reason: string;
}>;
};
system: {
enqueueSystemEvent: typeof enqueueSystemEvent;
requestHeartbeat: typeof requestHeartbeat;
/**
* @deprecated Use `requestHeartbeat({ source, intent, reason })` so wake producers declare
* scheduler intent explicitly.
*/
requestHeartbeatNow: (opts?: RuntimeRequestHeartbeatNowOptions) => void;
/**
* Run a single heartbeat cycle immediately (bypassing the coalesce timer).
* Accepts an optional `heartbeat` config override so callers can choose
* an explicit destination or opt into internal-only `target: "none"` runs.
*/
runHeartbeatOnce: (opts?: RunHeartbeatOnceOptions) => Promise<HeartbeatRunResult>;
runCommandWithTimeout: typeof runCommandWithTimeout;
formatNativeDependencyHint: typeof formatNativeDependencyHint;
};
media: {
loadWebMedia: typeof loadWebMedia;
detectMime: typeof detectMime;
mediaKindFromMime: typeof mediaKindFromMime;
isVoiceCompatibleAudio: typeof isVoiceCompatibleAudio;
getImageMetadata: typeof getImageMetadata;
resizeToJpeg: typeof resizeToJpeg;
};
tts: {
prepareTtsRequest: PrepareTtsRequest;
textToSpeech: TextToSpeech;
textToSpeechStream: TextToSpeechStream;
textToSpeechTelephony: TextToSpeechTelephony;
listVoices: ListSpeechVoices;
};
mediaUnderstanding: {
resolveAudioInputBudget: MediaUnderstandingRuntime["resolveAudioInputBudget"];
runFile: MediaUnderstandingRuntime["runMediaUnderstandingFile"];
describeImageFile: MediaUnderstandingRuntime["describeImageFile"];
describeImageFileWithModel: MediaUnderstandingRuntime["describeImageFileWithModel"];
extractStructuredWithModel: MediaUnderstandingRuntime["extractStructuredWithModel"];
describeVideoFile: MediaUnderstandingRuntime["describeVideoFile"];
transcribeAudioFile: MediaUnderstandingRuntime["transcribeAudioFile"];
};
imageGeneration: {
generate: (params: GenerateImageParams) => Promise<GenerateImageRuntimeResult>;
listProviders: (params?: RuntimeProviderListParams) => ImageGenerationProvider[];
};
videoGeneration: {
generate: (params: GenerateVideoParams) => Promise<GenerateVideoRuntimeResult>;
listProviders: (params?: RuntimeProviderListParams) => VideoGenerationProvider[];
};
musicGeneration: {
generate: (params: GenerateMusicParams) => Promise<GenerateMusicRuntimeResult>;
listProviders: (params?: RuntimeProviderListParams) => MusicGenerationProvider[];
};
webSearch: {
listProviders: (params?: RuntimeProviderListParams) => PluginWebSearchProviderEntry[];
search: (params: RunWebSearchParams) => Promise<RunWebSearchResult>;
};
events: {
onAgentEvent: typeof onAgentEvent;
onSessionTranscriptUpdate: typeof onSessionTranscriptUpdate;
};
logging: {
shouldLogVerbose: typeof shouldLogVerbose;
getChildLogger: (bindings?: Record<string, unknown>, opts?: {
level?: LogLevel;
}) => RuntimeLogger;
};
state: {
resolveStateDir: typeof resolveStateDir;
openBlobStore: <TMetadata>(options: OpenBlobStoreOptions) => PluginBlobStore<TMetadata>;
openKeyedStore: <T>(options: OpenKeyedStoreOptions) => PluginStateKeyedStore<T>;
openSyncKeyedStore: <T>(options: OpenKeyedStoreOptions) => PluginStateSyncKeyedStore<T>;
openChannelIngressQueue: <TPayload, TMetadata = unknown, TCompletedMetadata = unknown>(options?: Omit<CreateChannelIngressQueueOptions, "channelId">) => ChannelIngressQueue<TPayload, TMetadata, TCompletedMetadata>;
openChannelIngressDrain: <TPayload, TMetadata = unknown, TCompletedMetadata = unknown>(options: Omit<CreateChannelIngressDrainOptions<TPayload, TMetadata, TCompletedMetadata>, "queue"> & {
queue?: ChannelIngressQueue<TPayload, TMetadata, TCompletedMetadata>;
accountId?: string;
stateDir?: string;
}) => ChannelIngressDrain;
};
tasks: {
runs: PluginRuntimeTaskRuns;
flows: PluginRuntimeTaskFlows;
managedFlows: PluginRuntimeTaskFlow;
};
llm: {
complete: (params: LlmCompleteParams) => Promise<LlmCompleteResult>;
acquireLocalService: (target: {
providerId: string;
baseUrl: string;
headers?: HeadersInit;
}, signal?: AbortSignal | null) => Promise<{
release: () => void;
} | undefined>;
};
modelAuth: {
/** Resolve auth for a model. Only provider/model, optional cfg, and workspaceDir are used. */
getApiKeyForModel: (params: {
model: Model<Api>;
cfg?: OpenClawConfig;
workspaceDir?: string;
}) => Promise<ResolvedProviderAuth>;
/** Resolve request-ready auth for a model, including provider runtime exchanges. */
getRuntimeAuthForModel: (params: {
model: Model<Api>;
cfg?: OpenClawConfig;
workspaceDir?: string;
}) => Promise<ResolvedProviderRuntimeAuth>;
/** Resolve auth for a provider by name. Only provider, optional cfg, and workspaceDir are used. */
resolveApiKeyForProvider: (params: {
provider: string;
cfg?: OpenClawConfig;
workspaceDir?: string;
}) => Promise<ResolvedProviderAuth>;
};
};
//#endregion
//#region src/context-engine/types.d.ts
type AssembleResult = {
/** Ordered messages to use as model context */
messages: AgentMessage[];
/** Estimated total tokens in assembled context */
estimatedTokens: number;
/**
* Controls which token estimate the runner treats as authoritative for
* preemptive overflow prechecks. The returned `messages` are always the
* prompt sent to the model; this only affects the precheck's token comparison.
*
* - "assembled": the generic precheck uses only the assembled prompt's estimate
* unless the engine owns compaction; owning engines manage prompt admission.
* - "preassembly_may_overflow": the precheck takes the maximum of the
* assembled estimate and the pre-assembly (unwindowed) session-history
* estimate. Engines opt into this when their assembled view can hide an
* overflow that would still affect the underlying transcript. This opt-in
* keeps the generic precheck active even for engines that own compaction.
*
* Defaults to "assembled".
*/
promptAuthority?: "assembled" | "preassembly_may_overflow";
/** Optional context-engine-provided instructions prepended to the runtime system prompt */
systemPromptAddition?: string;
/**
* Optional projection lifecycle for hosts with persistent backend threads.
*
* Context engines that return `thread_bootstrap` ask the host to inject the
* assembled context once for the supplied epoch, then reuse the backend
* thread until the epoch changes. Engines that omit this field retain the
* legacy per-turn projection behavior.
*/
contextProjection?: ContextEngineProjection;
};
type ContextEngineProjection = {
/** How the assembled context should be projected into the backend runtime. */
mode: "per_turn" | "thread_bootstrap";
/** Stable context epoch. Changing this tells persistent backends to rotate. */
epoch?: string;
/** Optional diagnostic fingerprint for the projected context payload. */
fingerprint?: string;
};
type ContextEngineOperation = "agent-run" | "manual-compact" | "subagent-spawn";
type ContextEngineRuntimeMode = "normal" | "fallback" | "degraded";
type ContextEngineSelectionSource = "configured" | "default" | "unknown";
type ContextEngineRuntimeReasonCode = "provider_timeout" | "provider_unavailable" | "rate_limited" | "context_overflow" | "runtime_unavailable" | "unknown";
type ContextEngineHostCapability = "bootstrap" | "assemble-before-prompt" | "after-turn" | "maintain" | "compact" | "runtime-llm-complete" | "thread-bootstrap-projection";
type ContextEngineHostRequirements = {
/** Host capabilities required before the engine can safely serve this operation. */
requiredCapabilities: ContextEngineHostCapability[];
/** Optional engine-authored guidance appended to the host compatibility error. */
unsupportedMessage?: string;
};
type ContextEngineRuntimeSettings = {
schemaVersion: 1;
runtime: {
host: "openclaw";
mode: ContextEngineRuntimeMode;
harnessId: string | null;
runtimeId: string | null;
};
model: {
requested: string | null;
resolved: string | null;
provider: string | null;
family: string | null;
};
contextEngineSelection: {
selectedId: string | null;
source: ContextEngineSelectionSource;
};
executionHost: {
id: string | null;
label: string | null;
};
limits: {
promptTokenBudget: number | null;
maxOutputTokens: number | null;
};
diagnostics: {
fallbackReason: ContextEngineRuntimeReasonCode | null;
degradedReason: ContextEngineRuntimeReasonCode | null;
};
};
type CompactResult = {
ok: boolean;
compacted: boolean;
reason?: string;
result?: {
summary?: string;
firstKeptEntryId?: string;
tokensBefore: number;
tokensAfter?: number;
details?: unknown;
/** Session id after compaction, when the runtime rotated transcripts. */
sessionId?: string;
/** Typed post-compaction live session target; successor when the runtime rotated transcripts. */
sessionTarget?: ContextEngineSessionTarget;
/**
* Raw session file path after compaction.
*
* @deprecated Use `sessionTarget`. Shipped plugin-sdk contract: released
* third-party context engines (v2026.6.x and earlier) report rotated
* transcripts through this field. Remove once typed session targets are
* the only successor contract.
*/
sessionFile?: string;
};
};
type IngestResult = {
/** Whether the message was ingested (false if duplicate or no-op) */
ingested: boolean;
};
type IngestBatchResult = {
/** Number of messages ingested from the supplied batch */
ingestedCount: number;
};
type BootstrapResult = {
/** Whether bootstrap ran and initialized the engine's store */
bootstrapped: boolean;
/** Number of historical messages imported (if applicable) */
importedMessages?: number;
/** Optional reason when bootstrap was skipped */
reason?: string;
};
type ContextEngineInfo = {
id: string;
name: string;
version?: string;
acceptedHostParams?: string[];
transcriptSemantics?: {
currentTurnFence?: "before-current-turn-entry-v1";
turnAdvancementIdempotency?: "atomic-idempotent-v1";
};
/** True when the engine manages its own compaction lifecycle. */
ownsCompaction?: boolean;
/**
* Controls how turn-triggered maintenance should be executed.
*
* Engines remain compatible by default unless the host explicitly opts into
* background turn maintenance.
*/
turnMaintenanceMode?: "foreground" | "background";
/**
* Host capability requirements for operations where using an unsupported
* runtime would silently degrade or corrupt the engine's behavior.
*/
hostRequirements?: Partial<Record<ContextEngineOperation, ContextEngineHostRequirements>>;
};
type SubagentSpawnPreparation = {
/** Roll back pre-spawn setup when subagent launch fails. */
rollback: () => void | Promise<void>;
};
type SubagentEndReason = "deleted" | "completed" | "swept" | "released";
type TranscriptRewriteReplacement = {
/** Existing transcript entry id to replace on the active branch. */
entryId: string;
/** Replacement message content for that entry. */
message: AgentMessage;
};
type TranscriptRewriteRequest = {
/** Message entry replacements to apply in one branch-and-reappend pass. */
replacements: TranscriptRewriteReplacement[];
/** Optional entry-id set that must cover every active-branch entry from the first replacement onward. */
allowedRewriteSuffixEntryIds?: string[];
};
type TranscriptRewriteResult = {
/** Whether the active branch changed. */
changed: boolean;
/** Estimated bytes removed from the active branch message payloads. */
bytesFreed: number;
/** Number of transcript message entries rewritten. */
rewrittenEntries: number;
/** Optional reason when no rewrite occurred. */
reason?: string;
};
type ContextEngineMaintenanceResult = TranscriptRewriteResult;
type ContextEnginePromptCacheRetention = "none" | "short" | "long" | "in_memory" | "24h";
type ContextEnginePromptCacheUsage = {
input?: number;
output?: number;
cacheRead?: number;
cacheWrite?: number;
contextUsage?: {
state: "available";
promptTokens: number;
totalTokens: number;
} | {
state: "unavailable";
};
total?: number;
};
type ContextEnginePromptCacheObservationChangeCode = "aggregateToolResultTruncation" | "cacheRetention" | "model" | "streamStrategy" | "systemPrompt" | "tools" | "transport";
type ContextEnginePromptCacheObservationChange = {
code: ContextEnginePromptCacheObservationChangeCode;
detail: string;
};
type ContextEnginePromptCacheObservation = {
broke: boolean;
previousCacheRead?: number;
cacheRead?: number;
changes?: ContextEnginePromptCacheObservationChange[];
};
type ContextEnginePromptCacheInfo = {
/** Runtime-resolved retention for the actual provider/model/request path. */
retention?: ContextEnginePromptCacheRetention;
/** Usage from the most recent API call, not accumulated retry/tool-loop totals. */
lastCallUsage?: ContextEnginePromptCacheUsage;
/** Result from the runtime's prompt-cache observability heuristic. */
observation?: ContextEnginePromptCacheObservation;
/** Last known cache-touch timestamp from runtime-managed cache-TTL bookkeeping. */
lastCacheTouchAt?: number;
/** Known cache expiry time when the runtime can source it confidently. */
expiresAt?: number;
};
type ContextEngineTranscriptStorageInfo = {
/**
* Authoritative transcript backend for this runtime turn.
*
* Hosts may still pass legacy locator fields such as `sessionFile` for older
* plugin contracts, but context engines should use this field to decide
* whether that locator is a live transcript source.
*/
kind: "sqlite";
};
type ContextEngineSessionTarget = {
/** Agent that owns the session in the runtime store. */
agentId?: string;
/** Runtime session id to compact. */
sessionId?: string;
/** Stable session key used for aliases, policy, and store resolution. */
sessionKey?: string;
/** Session store path that scopes the SQLite-backed runtime session. */
storePath?: string;
/** Optional transport thread identity for session target resolution. */
threadId?: string | number;
};
type ContextEngineRuntimeContext = Record<string, unknown> & {
/** Runtime task working directory; workspaceDir remains the agent bootstrap workspace. */
cwd?: string;
/**
* True when the host has explicitly opted this maintenance run into
* consuming deferred compaction debt.
*/
allowDeferredCompactionExecution?: boolean;
/** Runtime-resolved context window budget for the active model call. */
tokenBudget?: number;
/** Selected agent harness id when compaction delegates back to the runtime. */
agentHarnessId?: string;
/** Best-effort current prompt/context token estimate for this turn. */
currentTokenCount?: number;
/** Optional prompt-cache telemetry for cache-aware engines. */
promptCache?: ContextEnginePromptCacheInfo;
/** Authoritative transcript backend for this turn. */
transcriptStorage?: ContextEngineTranscriptStorageInfo;
/** Storage-neutral runtime session target for compaction delegation. */
sessionTarget?: ContextEngineSessionTarget;
/**
* Safe transcript rewrite helper implemented by the runtime.
*
* Engines decide what is safe to rewrite; the runtime owns how the session
* DAG is updated on disk.
*/
rewriteTranscriptEntries?: (request: TranscriptRewriteRequest) => Promise<TranscriptRewriteResult>;
/** LLM completion capability for engines that need model inference. */
llm?: {
complete: (params: LlmCompleteParams) => Promise<LlmCompleteResult>;
};
};
/**
* ContextEngine defines the pluggable contract for context management.
*
* Required methods define a generic lifecycle; optional methods allow engines
* to provide additional capabilities (retrieval, lineage, etc.).
*/
interface ContextEngine {
/** Engine identifier and metadata */
readonly info: ContextEngineInfo;
/**
* Initialize engine state for a session, optionally importing historical context.
*/
bootstrap?(params: {
sessionId: string;
sessionKey?: string;
/** Storage-neutral runtime session target for transcript/session SDK helpers. */
sessionTarget?: ContextEngineSessionTarget;
sessionFile: string;
runtimeSettings?: ContextEngineRuntimeSettings;
runtimeContext?: ContextEngineRuntimeContext;
}): Promise<BootstrapResult>;
/**
* Run transcript maintenance after bootstrap, successful turns, or compaction.
*
* Engines can use runtimeContext.rewriteTranscriptEntries() to request safe
* branch-and-reappend transcript rewrites without depending on runner internals.
*/
maintain?(params: {
sessionId: string;
sessionKey?: string;
/** Storage-neutral runtime session target for transcript/session SDK helpers. */
sessionTarget?: ContextEngineSessionTarget;
sessionFile: string;
runtimeSettings?: ContextEngineRuntimeSettings;
runtimeContext?: ContextEngineRuntimeContext;
/**
* Optional caller cancellation for maintenance work that may block.
* Engines should reject promptly when this signal aborts.
*/
abortSignal?: AbortSignal;
}): Promise<ContextEngineMaintenanceResult>;
/**
* Ingest a single message into the engine's store.
*/
ingest(params: {
sessionId: string;
sessionKey?: string;
message: AgentMessage;
/** True when the message belongs to a heartbeat run. */
isHeartbeat?: boolean;
}): Promise<IngestResult>;
/**
* Ingest a completed turn batch as a single unit.
*/
ingestBatch?(params: {
sessionId: string;
sessionKey?: string;
messages: AgentMessage[];
/** True when the batch belongs to a heartbeat run. */
isHeartbeat?: boolean;
}): Promise<IngestBatchResult>;
/**
* Execute optional post-turn lifecycle work after a run attempt completes.
* Engines can use this to persist canonical context and trigger background
* compaction decisions.
*/
afterTurn?(params: {
sessionId: string;
sessionKey?: string;
/** Storage-neutral runtime session target for transcript/session SDK helpers. */
sessionTarget?: ContextEngineSessionTarget;
sessionFile: string;
messages: AgentMessage[];
/** Number of messages that existed before the prompt was sent. */
prePromptMessageCount: number;
/** Optional auto-compaction summary emitted by the runtime. */
autoCompactionSummary?: string;
/** True when this turn belongs to a heartbeat run. */
isHeartbeat?: boolean;
/** Optional model context token budget for proactive compaction. */
tokenBudget?: number;
/** Optional runtime-owned context for engines that need caller state. */
runtimeSettings?: ContextEngineRuntimeSettings;
runtimeContext?: ContextEngineRuntimeContext;
}): Promise<void>;
/**
* Atomically and idempotently commit one accepted durable transcript turn.
* Messages span the admitted user entry through the accepted terminal entry.
* Hosts may retry the same advancement key after process or plugin failure.
*/
commitTurn?(params: {
advancementKey: string;
admission: TranscriptTurnAdmission;
terminal: TranscriptEntryAnchor;
messages: AgentMessage[];
sessionId: string;
sessionKey?: string;
sessionTarget?: ContextEngineSessionTarget;
runtimeSettings?: ContextEngineRuntimeSettings;
runtimeContext?: ContextEngineRuntimeContext;
isHeartbeat?: boolean;
}): Promise<{
status: "committed" | "duplicate";
}>;
/**
* Assemble model context under a token budget.
* Returns an ordered set of messages ready for the model.
*/
assemble(params: {
sessionId: string;
sessionKey?: string;
messages: AgentMessage[];
tokenBudget?: number;
/** Tool names available for this run so engines can align prompt guidance with runtime tool access. */
availableTools?: Set<string>;
/** Active memory citation mode when engines want to mirror memory prompt guidance. */
citationsMode?: MemoryCitationsMode;
/** Current model identifier (e.g. "claude-opus-4", "gpt-4o", "qwen2.5-7b").
* Allows context engine plugins to adapt formatting per model. */
model?: string;
/** The incoming user prompt for this turn (useful for retrieval-oriented engines). */
prompt?: string;
runtimeSettings?: ContextEngineRuntimeSettings;
runtimeContext?: ContextEngineRuntimeContext;
}): Promise<AssembleResult>;
/**
* Compact context to reduce token usage.
* May create summaries, prune old turns, etc.
*
* The host always bounds this call with a finite safety timeout (the same
* one that protects native runtime compaction). Engines that run long
* operations SHOULD additionally honor `abortSignal` so an in-flight
* compaction can be canceled promptly on run abort or host timeout instead
* of running to completion in the background.
*/
compact(params: {
sessionId: string;
sessionKey: string;
/** Caller-resolved owner agent for global session aliases. */
agentId?: string;
/** Storage-neutral runtime session target for delegated compaction. */
sessionTarget?: ContextEngineSessionTarget;
tokenBudget?: number;
/** Force compaction even below the default trigger threshold. */
force?: boolean;
/** Optional live token estimate from the caller's active context. */
currentTokenCount?: number;
/** Controls convergence target; defaults to budget. */
compactionTarget?: "budget" | "threshold";
customInstructions?: string;
/** Optional runtime-owned context for engines that need caller state. */
runtimeSettings?: ContextEngineRuntimeSettings;
runtimeContext?: ContextEngineRuntimeContext;
/**
* Optional abort signal honored before and during compaction. The host
* aborts it on run-level abort or when its compaction safety timeout
* fires; engines should stop work and reject promptly when it aborts.
*/
abortSignal?: AbortSignal;
}): Promise<CompactResult>;
/**
* Prepare context-engine-managed subagent state before the child run starts.
*
* Implementations can return a rollback handle that is invoked when spawn
* fails after preparation succeeds.
*/
prepareSubagentSpawn?(params: {
parentSessionKey: string;
childSessionKey: string;
contextMode?: "isolated" | "fork";
parentSessionId?: string;
parentSessionFile?: string;
childSessionId?: string;
childSessionFile?: string;
ttlMs?: number;
}): Promise<SubagentSpawnPreparation | undefined>;
/**
* Notify the context engine that a subagent lifecycle ended.
*/
onSubagentEnded?(params: {
childSessionKey: string;
reason: SubagentEndReason;
}): Promise<void>;
/**
* Dispose of any resources held by the engine.
*/
dispose?(): Promise<void>;
}
//#endregion
//#region src/plugins/cli-backend.types.d.ts
/** Static command adapter owned by a CLI backend plugin registration. */
type CliBackendConfig = {
/** CLI command to execute (absolute path or on PATH). */
command: string;
/** Base args applied to every invocation. */
args?: string[];
/** Output parsing mode (default: json). */
output?: "json" | "text" | "jsonl";
/** Output parsing mode when resuming a CLI session. */
resumeOutput?: "json" | "text" | "jsonl";
/** JSONL event dialect for CLIs with provider-specific stream formats. */
jsonlDialect?: "claude-stream-json" | "gemini-stream-json";
/** Long-lived CLI process mode. */
liveSession?: "claude-stdio";
/** Prompt input mode (default: arg). */
input?: "arg" | "stdin";
/** Max prompt length for arg mode (if exceeded, stdin is used). */
maxPromptArgChars?: number;
/** Extra env vars injected for this CLI. */
env?: Record<string, string>;
/** Env vars to remove before launching this CLI. */
clearEnv?: string[];
/** Flag used to pass model id (e.g. --model). */
modelArg?: string;
/** Model aliases mapping (OpenClaw model id → CLI model id). */
modelAliases?: Record<string, string>;
/** Args used to pass a session id (use {sessionId} placeholder). */
sessionArgs?: string[];
/** Alternate args to use when resuming a session (use {sessionId} placeholder). */
resumeArgs?: string[];
/** Argument appended to one explicitly forked resume invocation. */
forkArg?: string;
/** Argument followed by an assistant checkpoint id to bound one resumed fork. */
resumeAtArg?: string;
/** When to pass session ids. */
sessionMode?: "always" | "existing" | "none";
/** JSON fields to read session id from (in order). */
sessionIdFields?: string[];
/** Flag used to pass system prompt. */
systemPromptArg?: string;
/** Flag used to pass a system prompt file. */
systemPromptFileArg?: string;
/** Config override flag used to pass a system prompt file (e.g. -c). */
systemPromptFileConfigArg?: string;
/** Config override key used to pass a system prompt file. */
systemPromptFileConfigKey?: string;
/** System prompt behavior (append vs replace). */
systemPromptMode?: "append" | "replace";
/** When to send system prompt. */
systemPromptWhen?: "first" | "always" | "never";
/** Flag used to pass image paths. */
imageArg?: string;
/** How to pass multiple images. */
imageMode?: "repeat" | "list";
/** Where staged image files should live before handing them to the CLI. */
imagePathScope?: "temp" | "workspace";
/** Serialize runs for this CLI. */
serialize?: boolean;
/** Opt in to bounded raw transcript reseed before compaction for safe session resets. */
reseedFromRawTranscriptWhenUncompacted?: boolean;
/**
* Controls fresh recovery after a recoverable resumed-session failure.
*
* Undefined and `replace-binding` preserve the legacy clear-and-reseed behavior.
* `invalidated-only` retries fresh only when the failure proves the binding expired.
*/
freshSessionRecovery?: "replace-binding" | "invalidated-only";
/** Runtime reliability tuning for this backend's process lifecycle. */
reliability?: {
/** No-output watchdog tuning (fresh vs resumed runs). */
watchdog?: {
/** Fresh/new sessions (non-resume). */
fresh?: {
/** Fraction of overall timeout used when fixed timeout is not set. */
noOutputTimeoutRatio?: number;
/** Lower bound for computed watchdog timeout. */
minMs?: number;
/** Upper bound for computed watchdog timeout. */
maxMs?: number;
};
/** Resume sessions. */
resume?: {
/** Fraction of overall timeout used when fixed timeout is not set. */
noOutputTimeoutRatio?: number;
/** Lower bound for computed watchdog timeout. */
minMs?: number;
/** Upper bound for computed watchdog timeout. */
maxMs?: number;
};
};
};
};
type PluginTextReplacement = {
from: string | RegExp;
to: string;
};
type PluginTextTransforms = {
/** Rewrites applied to outbound prompt text before provider/CLI transport. */
input?: PluginTextReplacement[];
/** Rewrites applied to inbound assistant text before OpenClaw consumes it. */
output?: PluginTextReplacement[];
};
type CliBundleMcpMode = "claude-config-file" | "codex-config-overrides" | "gemini-system-settings";
type CliBackendPrepareExecutionContext = {
config?: OpenClawConfig;
workspaceDir: string;
agentDir?: string;
provider: string;
modelId: string;
/** Effective catalog context-window option selected for this run. */
contextWindow?: string;
/** Effective OpenClaw context budget selected for this run. */
contextTokenBudget?: number;
/** Effective OpenClaw thinking level selected for this run. */
thinkingLevel?: CliBackendThinkingLevel;
authProfileId?: string;
executionMode?: CliBackendExecutionMode;
/** Exact runtime tool surface the backend must enforce for this run. */
toolAvailability?: CliBackendToolAvailability;
/** Core-prepared environment, including any bundled MCP settings path. */
env?: Readonly<Record<string, string>>;
};
type CliBackendPreparedExecution = {
env?: Record<string, string>;
clearEnv?: string[];
/**
* Backend-owned staging that must run after the core CLI queue admits the turn.
* Use this for mutable per-profile CLI homes that the launched process also owns.
*/
beforeExecution?: () => Promise<void>;
cleanup?: () => Promise<void>;
/** Positive acknowledgement for `prepare-execution` tool enforcement. */
toolAvailabilityEnforced?: true;
/** Optional plugin-owned execution transport for this prepared local run. */
execute?: CliBackendExecute;
};
type CliBackendThinkingLevel = "off" | "minimal" | "low" | "medium" | "high" | "xhigh" | "adaptive" | "max";
type CliBackendExecutionMode = "agent" | "side-question";
/** Exact backend-native plus canonical OpenClaw tool surface for one CLI run. */
type CliBackendToolAvailability = {
native: readonly string[];
/** Canonical OpenClaw tool names served through the host-isolated transport. */
openClaw: readonly string[];
};
/** Native action a plugin-owned runtime asks the admitted host run to authorize. */
type CliBackendToolPermissionRequest = {
toolName: string;
toolInput: Record<string, unknown>;
toolCallId?: string;
abortSignal?: AbortSignal;
};
/** Host-owned native action decision; plugins never acquire approval authority. */
type CliBackendToolPermissionResult = {
behavior: "allow";
updatedInput: Record<string, unknown>;
} | {
behavior: "deny";
message: string;
};
type CliBackendUserInputOption = {
label: string;
description?: string;
};
type CliBackendUserInputQuestion = {
id: string;
header: string;
question: string;
multiSelect?: boolean;
isOther?: boolean;
options?: readonly CliBackendUserInputOption[] | null;
};
/** Structured operator input requested by a plugin-owned native runtime. */
type CliBackendUserInputRequest = {
toolName: string;
questions: readonly CliBackendUserInputQuestion[];
intro?: string;
toolCallId?: string;
abortSignal?: AbortSignal;
};
type CliBackendUserInputResult = {
status: "answered";
answers: Record<string, string[]>;
} | {
status: "cancelled";
message: string;
};
/** Lifecycle reasons accepted by a plugin-owned reusable execution process. */
type CliBackendLiveSessionCloseReason = "idle" | "restart" | "abort" | "mcp-capture-rotation";
/** Plugin-owned process lifecycle registered with the generic host owner. */
type CliBackendLiveSessionHandle = {
generation: string;
fingerprint: string;
isIdle(): boolean;
close(reason: CliBackendLiveSessionCloseReason, error?: unknown): void;
waitForExit(): Promise<void>;
};
/** Closure-bound host capability for one admitted reusable-runtime turn. */
type CliBackendLiveSessionCapability = {
fingerprint: string;
current(): CliBackendLiveSessionHandle | undefined;
register(handle: CliBackendLiveSessionHandle): void;
/** Rebinds this exact admitted turn to the registered process's stable capture. */
activate(handle: CliBackendLiveSessionHandle): void;
remove(handle: CliBackendLiveSessionHandle): void;
};
/** Turn-only context that must not become an operator-authored native transcript row. */
type CliBackendPromptContext = {
prependContext?: string;
appendContext?: string;
};
/** Exact prepared local process facts consumed by a plugin-owned execution transport. */
type CliBackendExecuteContext = {
command: string;
/** Preserve a verified invocation name when command resolves through a PATH shim. */
argv0?: string;
args: readonly string[];
cwd: string;
env: Record<string, string>;
prompt: string;
promptContext?: CliBackendPromptContext;
modelId: string;
systemPrompt: string;
sessionId?: string;
useResume: boolean;
abortSignal?: AbortSignal;
/** Revalidate the host-owned run and caller before deferred credential use or dispatch. */
assertCurrent?: () => void;
timeoutMs: number;
executionMode?: CliBackendExecutionMode;
toolAvailability?: CliBackendToolAvailability;
/** Exact host-owned reusable process lifecycle and current-turn admission. */
liveSession?: CliBackendLiveSessionCapability;
/** Closure-bound approval capability; retained copies fail after the run closes. */
requestToolPermission: (request: CliBackendToolPermissionRequest) => Promise<CliBackendToolPermissionResult>;
/** Closure-bound structured-input capability; retained copies fail after the run closes. */
requestUserInput: (request: CliBackendUserInputRequest) => Promise<CliBackendUserInputResult>;
};
/** Plugin-owned runtime yielding the backend's existing structured stream records. */
type CliBackendExecute = (context: CliBackendExecuteContext) => AsyncIterable<Record<string, unknown>>;
type CliBackendResolveExecutionArgsContext = {
config?: OpenClawConfig;
workspaceDir: string;
provider: string;
modelId: string;
authProfileId?: string;
thinkingLevel?: CliBackendThinkingLevel;
executionMode?: CliBackendExecutionMode;
toolAvailability?: CliBackendToolAvailability;
useResume: boolean;
baseArgs: readonly string[];
};
type CliBackendResolveExecutionArgs = (ctx: CliBackendResolveExecutionArgsContext) => readonly string[] | null | undefined;
type CliBackendResolveModelIdContext = {
modelId: string;
contextWindow?: string;
};
type CliBackendJsonlUsage = {
input?: number;
output?: number;
cacheRead?: number;
cacheWrite?: number;
total?: number;
};
type CliBackendParsedJsonlEvent = {
kind: "text";
text: string;
} | {
kind: "thinking";
text: string;
} | {
kind: "toolStart";
toolCallId: string;
name: string;
args?: Record<string, unknown>;
} | {
kind: "toolResult";
toolCallId: string;
name?: string;
isError?: boolean;
result?: unknown;
} | {
kind: "result";
text?: string;
sessionId?: string;
usage?: CliBackendJsonlUsage;
errorText?: string;
} | {
kind: "sessionId";
sessionId: string;
};
type CliBackendParseJsonlEventContext = {
backendId: string;
backend: Readonly<CliBackendConfig>;
};
type CliBackendParseJsonlEvent = (line: string, ctx: CliBackendParseJsonlEventContext) => CliBackendParsedJsonlEvent | readonly CliBackendParsedJsonlEvent[] | null | undefined;
type CliBackendParsedJsonlLifecycleEvent = {
kind: "compaction";
phase: "start";
} | {
kind: "compaction";
phase: "end";
completed: boolean;
};
type CliBackendParseJsonlLifecycleEvent = (line: string, ctx: CliBackendParseJsonlEventContext) => CliBackendParsedJsonlLifecycleEvent | readonly CliBackendParsedJsonlLifecycleEvent[] | null | undefined;
type CliBackendAuthEpochMode = "combined" | "profile-only";
type CliBackendNativeToolMode = "none" | "always-on" | "selectable";
/** Backend-owned mechanism that enforces exact per-run tool availability. */
type CliBackendToolAvailabilityEnforcement = "execution-args" | "prepare-execution";
type CliBackendSideQuestionToolMode = "disabled";
type CliBackendExactToolAvailabilityVersionPolicy = Readonly<{
/** Inclusive floor for stable package releases. */
stableMinimum: string;
/** Inclusive floors keyed by the first SemVer prerelease identifier. */
prereleaseMinimums?: Readonly<Record<string, string>>;
}>;
type CliBackendNormalizeConfigContext = {
config?: OpenClawConfig;
backendId: string;
agentId?: string;
};
/** Backend-owned implementation boundary for script-backed CLI executables. */
type CliBackendRuntimeArtifactPolicy = Readonly<{
kind: "bundled-package-tree";
/** Exact package.json name whose complete installed tree owns inference. */
packageName: string;
/** Only the command itself may be the package entrypoint. */
entrypoint: "command";
/** Supported package release lines when a run requests exact tool availability. */
exactToolAvailabilityVersionPolicy?: CliBackendExactToolAvailabilityVersionPolicy;
/** Canonical basenames allowed when this backend ships a self-contained native build. */
nativeExecutableNames?: readonly string[];
}>;
/** Complete backend-owned contract for in-place native session compaction. */
type CliBackendManualCompaction = Readonly<{
/** Builds the exact backend command for the resumed native session. */
buildPrompt: (customInstructions?: string) => string;
/** Prompt transport required by the backend control command. */
input: "arg" | "stdin";
/** Positively confirms that a successful process exit performed compaction. */
validateOutput: (rawOutput: string) => {
ok: true;
} | {
ok: false;
reason: string;
};
}>;
/** Plugin-owned CLI backend defaults used by the text-only CLI runner. */
type CliBackendPluginBase = {
/** Provider id used in model refs, for example `claude-cli/opus`. */
id: string;
/** Canonical model provider whose models this CLI backend can execute. */
modelProvider?: string;
/** Static command adapter owned by this plugin. */
config: CliBackendConfig;
/**
* Context-engine host capabilities provided by this backend when it is
* driven through the generic CLI runner.
*/
contextEngineHostCapabilities?: readonly ContextEngineHostCapability[];
/**
* Whether embedded runs opted into `cliBackendDispatch: "subscription-auth"`
* execute through this backend when the selected credential is
* subscription-scoped (oauth/token) or unresolvable.
*
* Set only when this backend's model provider rejects or meters direct API
* calls on subscription tokens, so the passthrough would fail or silently
* bill outside plan limits. API-key credentials always keep the passthrough.
*/
subscriptionAuthDispatch?: boolean;
/**
* Optional live-smoke metadata owned by the backend plugin.
*
* Keep provider-specific test wiring here instead of scattering it across
* Docker wrappers, docs, and gateway live tests.
*/
liveTest?: {
defaultModelRef?: string;
defaultImageProbe?: boolean;
defaultMcpProbe?: boolean;
docker?: {
npmPackage?: string;
binaryName?: string;
};
};
/** Required whenever this backend can become a verified inference owner. */
runtimeArtifact?: CliBackendRuntimeArtifactPolicy;
/**
* Whether OpenClaw should inject bundle MCP config for this backend.
*
* Keep this opt-in. Only backends that explicitly consume OpenClaw's bundle
* MCP bridge should enable it.
*/
bundleMcp?: boolean;
/**
* Provider-owned bundle MCP integration strategy.
*
* Different CLIs wire MCP through different surfaces:
* - Claude: `--strict-mcp-config --mcp-config`
* - Codex: `-c mcp_servers=...`
* - Gemini: system-level `settings.json`
*/
bundleMcpMode?: CliBundleMcpMode;
/**
* Optional config normalizer applied to the registered adapter.
*/
normalizeConfig?: (config: CliBackendConfig, context?: CliBackendNormalizeConfigContext) => CliBackendConfig;
/**
* Backend-owned final system-prompt transform.
*
* Use this for tiny CLI-specific compatibility rewrites without replacing
* the generic CLI runner or prompt builder.
*/
transformSystemPrompt?: (ctx: {
config?: OpenClawConfig;
workspaceDir?: string;
provider: string;
modelId: string;
modelDisplay: string;
agentId?: string;
systemPrompt: string;
}) => string | null | undefined;
/**
* Backend-owned bidirectional text replacements.
*
* `input` applies to the system prompt and user prompt passed to the CLI.
* `output` applies to parsed/streamed assistant text from the CLI.
*/
textTransforms?: PluginTextTransforms;
/**
* Preferred auth-profile id when the caller did not explicitly lock one.
*
* Use this when the backend should consume a canonical OpenClaw auth profile
* rather than ambient host auth by default.
*/
defaultAuthProfileId?: string;
/**
* Session/auth epoch source policy.
*
* `combined` keeps the legacy "host credential + auth profile" fingerprint.
* `profile-only` treats the selected OpenClaw auth profile as the sole auth
* owner for session invalidation when one is present.
*/
authEpochMode?: CliBackendAuthEpochMode;
/**
* Whether `prepareExecution` may auto-select a configured auth profile.
*
* Defaults to true for auth bridges. Set false for environment/config-only
* hooks that do not consume OpenClaw auth profiles.
*/
autoSelectAuthProfile?: boolean;
/**
* Backend-owned execution bridge.
*
* Use this on async run paths when the backend needs a generated auth/config
* bridge (for example a private CLI home directory) without teaching the core
* runner about provider-specific file formats.
*/
prepareExecution?: (ctx: CliBackendPrepareExecutionContext) => Promise<CliBackendPreparedExecution | null | undefined> | CliBackendPreparedExecution | null | undefined;
/**
* Backend-owned per-run argv rewrite.
*
* Use this for request-scoped CLI dialect flags that should not be modeled
* as static config, such as mapping OpenClaw thinking levels to a backend's
* native effort flag.
*/
resolveExecutionArgs?: CliBackendResolveExecutionArgs;
/** Backend-owned native model id selected from validated session metadata. */
resolveModelId?: (ctx: CliBackendResolveModelIdContext) => string;
/** How this backend enforces an exact per-run `toolAvailability` contract. */
toolAvailabilityEnforcement?: CliBackendToolAvailabilityEnforcement;
/**
* Maps the observed native list, intersected with the host selection, to equivalent
* cron capabilities: read/write/edit/apply_patch/exec/process/web_search/web_fetch.
* Never infer capabilities decided by unobserved model or sandbox settings.
* Core rejects other names before grant/capture and excludes node/tool-disabled runs.
*/
projectNativeToolAuthority?: (nativeTools: readonly string[]) => readonly string[];
/**
* Backend-owned JSONL line parser for provider-specific stream formats.
*
* Tool events report execution already performed by the backend. OpenClaw
* renders them but does not treat them as host tool execution or delivery evidence.
*/
parseJsonlEvent?: CliBackendParseJsonlEvent;
/**
* Optional lifecycle parser kept separate from the legacy JSONL event union.
* Existing plugins can continue exhaustively matching `parseJsonlEvent` results.
*/
parseJsonlLifecycleEvent?: CliBackendParseJsonlLifecycleEvent;
/**
* Whether this CLI backend can expose native tools outside OpenClaw's tool
* catalog. Exact restricted runs require `selectable` plus a declared
* `toolAvailabilityEnforcement`; `always-on` backends fail closed.
*/
nativeToolMode?: CliBackendNativeToolMode;
/**
* Side-question native tool behavior.
*
* Set to `disabled` only when `executionMode: "side-question"` reliably
* launches the CLI without native tools, even if normal agent turns expose
* backend-owned tools.
*/
sideQuestionToolMode?: CliBackendSideQuestionToolMode;
};
type CliBackendNativeCompactionContract = {
/** Backend-owned compaction for a persisted resumable CLI transcript. */
ownsNativeCompaction: true;
/** Optional control operation for explicit manual compaction. */
manualCompaction?: CliBackendManualCompaction;
} | {
/** Boolean-compatible ownership for existing plugins without manual compaction. */
ownsNativeCompaction?: boolean;
manualCompaction?: never;
};
/** Plugin-owned CLI backend defaults used by the text-only CLI runner. */
type CliBackendPlugin = CliBackendPluginBase & CliBackendNativeCompactionContract;
//#endregion
export { buildTelegramParentPeer as $, resolveTelegramPollActionGateState as $t, clearAccountEntryFields as A, ProviderCatalogContext as At, createForumTopicTelegram as B, readStringOrNumberParam as Bt, buildTokenChannelStatusSummary as C, OpenClawPluginApi as Ct, getChatChannelMeta as D, ProviderAppGuidedSetupContext as Dt, TelegramConfigSchema as E, ProviderPrepareDynamicModelContext as Et, sendStickerTelegram as F, PluginInteractiveRegistration as Ft, reactMessageTelegram as G, TelegramPollActionGateState as Gt, renameForumTopicTelegram as H, jsonResult as Ht, sendMessageTelegram as I, PluginLogger as It, TelegramApiOverride as J, listTelegramAccountIds as Jt, sendTypingTelegram as K, createTelegramActionGate as Kt, sendLocationTelegram as L, readNumberParam as Lt, AcpRuntimeError as M, SecretInputMode as Mt, AcpRuntimeErrorCode as N, OpenClawPluginService$1 as Nt, PAIRING_APPROVED_MESSAGE as O, ProviderAuthMethodNonInteractiveContext as Ot, sendPollTelegram as P, OpenClawPluginServiceContext as Pt, buildTelegramGroupPeerId as Q, resolveTelegramMediaRuntimeOptions as Qt, editMessageReplyMarkupTelegram as R, readReactionParams as Rt, probeTelegram as S, TelegramThreadSpec as St, resolveConfiguredFromCredentialStatuses as T, ProviderWrapStreamFnContext as Tt, deleteMessageTelegram as U, ResolvedTelegramAccount as Ut, editForumTopicTelegram as V, readToolStringParam as Vt, pinMessageTelegram as W, TelegramMediaRuntimeOptions as Wt, buildGroupLabel as X, resolveDefaultTelegramAccountId as Xt, TelegramReplyTarget as Y, resetMissingDefaultWarnFlag as Yt, buildTelegramGroupFrom as Z, resolveTelegramAccount as Zt, resolveTelegramRuntimeGroupPolicy as _, PluginConversationBindingRequestParams as _n, extractTelegramLocation as _t, resolveTelegramPollVisibility as a, resolveTelegramFetch as an, resolveTelegramForumFlag as at, TelegramProbe as b, isBinaryContent as bt, setTelegramRuntime as c, makeProxyFetch as cn, resolveTelegramReplyId as ct, setTelegramThreadBindingIdleTimeoutBySessionKey as d, TelegramButtonStyle as dn, withResolvedTelegramForumFlag as dt, mergeTelegramAccountConfig as en, buildTelegramRoutingTarget as et, setTelegramThreadBindingMaxAgeBySessionKey as f, TelegramInlineButtons as fn, StickerMetadata as ft, shouldSuppressTelegramExecApprovalForwardingFallback as g, PluginConversationBinding as gn, buildSenderName as gt, buildTelegramExecApprovalPendingPayload as h, ProviderRuntimeModel as hn, buildSenderLabel as ht, TelegramNetworkConfig as i, tryReadSecretFileSync as in, extractTelegramForumFlag as it, buildChannelConfigSchema as j, PluginRuntime as jt, formatPairingApproveHint as k, ProviderAuthResult as kt, createTelegramThreadBindingManager as l, DEFAULT_ACCOUNT_ID as ln, resolveTelegramStreamMode as lt, telegramMessageActions as m, emptyPluginConfigSchema as mn, TelegramTextEntity as mt, TelegramAccountConfig as n, TelegramTokenResolution as nn, buildTypingThreadParams as nt, ParsedTelegramTopicConversation as o, resolveTelegramTransport as on, resolveTelegramForumThreadId as ot, monitorTelegramProvider as p, ReplyPayload as pn, TelegramForwardedContext as pt, unpinMessageTelegram as q, listEnabledTelegramAccounts as qt, TelegramActionConfig as r, resolveTelegramToken as rn, describeReplyTarget as rt, parseTelegramTopicConversation as s, shouldRetryTelegramTransportFallback as sn, resolveTelegramGroupAllowFromContext as st, CliBackendPlugin as t, resolveTelegramAccountConfig as tn, buildTelegramThreadParams as tt, getTelegramThreadBindingManager as u, normalizeAccountId as un, resolveTelegramThreadSpec as ut, auditTelegramGroupMembership as v, PluginConversationBindingRequestResult as vn, getTelegramTextParts as vt, projectCredentialSnapshotFields as w, ProviderPlugin$1 as wt, TelegramProbeOptions as x, normalizeForwardedContext as xt, collectTelegramUnmentionedGroupIds as y, SsrFPolicy as yn, hasBotMention as yt, editMessageTelegram as z, readStringArrayParam as zt };