openclaw
Version:
Multi-channel AI gateway with extensible messaging integrations
589 lines (588 loc) • 29.5 kB
JavaScript
import { E as resolveExpiresAtMsFromEpochSeconds, _ as parseStrictFiniteNumber, s as asFiniteNumber } from "./number-coercion-CJQ8TR--.js";
import { t as createSubsystemLogger } from "./subsystem-BzXSmsuh.js";
import { a as normalizeModelCompat } from "./provider-model-compat-DhKi-Qv5.js";
import "./number-runtime-DBLVDypr.js";
import "./string-coerce-runtime-CEGJWkQ_.js";
import "./core-DSxVv-v1.js";
import "./provider-model-shared-D-lyTLvb.js";
import { r as resolvePluginConfigObject } from "./plugin-config-runtime-CpE6DYgJ.js";
import { n as PROVIDER_LABELS, r as clampPercent } from "./provider-usage.shared-DOxrEMuU.js";
import "./provider-usage-CoC__69_.js";
import { a as buildCodexModelDefinition, i as FALLBACK_CODEX_MODELS, n as CODEX_BASE_URL, o as buildCodexProviderConfig, r as CODEX_PROVIDER_ID, t as CODEX_APP_SERVER_AUTH_MARKER } from "./provider-catalog-BdolWBnQ.js";
import { d as resolveCodexAppServerRuntimeOptions, u as readCodexPluginConfig } from "./config-i2AzQJy8.js";
import { t as isJsonObject } from "./protocol-oeJQu4rs.js";
import { i as resolveCodexSystemPromptContribution } from "./prompt-overlay-DIxdW4hB.js";
//#region extensions/codex/src/app-server/rate-limits.ts
/**
* Parses Codex account rate-limit payloads into user-facing usage summaries,
* reset hints, and enriched usage-limit error messages.
*/
const CODEX_LIMIT_ID = "codex";
const LIMIT_WINDOW_KEYS = ["primary", "secondary"];
const ONE_SECOND_MS = 1e3;
const ONE_MINUTE_MS = 6e4;
const ONE_HOUR_MS = 60 * ONE_MINUTE_MS;
const ONE_DAY_MS = 24 * ONE_HOUR_MS;
const DAY_WINDOW_MINUTES = 1440;
const WEEKLY_WINDOW_MINUTES = 7 * DAY_WINDOW_MINUTES;
const WEEKLY_RESET_GAP_MS = 3 * ONE_DAY_MS;
/** Enriches Codex usage-limit failures with reset timing and recovery guidance. */
function formatCodexUsageLimitErrorMessage(params) {
const message = normalizeText(params.message);
if (!isCodexUsageLimitError(params.codexErrorInfo, message)) return;
const nowMs = params.nowMs ?? Date.now();
const usageSummary = summarizeCodexAccountUsage(params.rateLimits, nowMs);
const nextReset = selectBlockingRateLimitReset(params.rateLimits, nowMs) ?? (usageSummary?.blocked ? void 0 : selectNextRateLimitReset(params.rateLimits, nowMs));
const parts = ["You've reached your Codex subscription usage limit."];
let recoveryAction = "Wait until Codex becomes available";
if (nextReset) {
parts.push(`Next reset ${formatResetTime(nextReset.resetsAtMs, nowMs)}.`);
recoveryAction = "Wait until the reset time";
} else {
const codexRetryHint = extractCodexRetryHint(message);
if (codexRetryHint) {
parts.push(`Codex says to try again ${codexRetryHint}.`);
recoveryAction = "Wait until the retry time";
} else {
if (usageSummary?.blockingPeriod && usageSummary.blockingReason) parts.push(`Your ${usageSummary.blockingReason}.`);
parts.push("OpenClaw could not determine a reset time from Codex.");
}
}
parts.push(`${recoveryAction}, use another Codex account if available, or switch to another configured model/provider.`);
return parts.join(" ");
}
/** Detects usage-limit messages that need a fresh rate-limit query before display. */
function shouldRefreshCodexRateLimitsForUsageLimitMessage(message) {
const text = normalizeText(message);
return Boolean(text?.includes("You've reached your Codex subscription usage limit.") && !text.includes("Next reset "));
}
/** Formats compact summaries for raw Codex rate-limit snapshot payloads. */
function summarizeCodexRateLimits(value, nowMs = Date.now()) {
const snapshots = collectCodexRateLimitSnapshots(value).filter(snapshotHasDisplayableData);
if (snapshots.length === 0) return;
const summaries = snapshots.slice(0, 4).map((snapshot) => summarizeRateLimitSnapshot(snapshot, nowMs)).filter((summary) => summary !== void 0);
return summaries.length > 0 ? summaries.join("; ") : void 0;
}
/** Returns true when a value contains any recognizable Codex rate-limit snapshots. */
function hasCodexRateLimitSnapshots(value) {
return collectCodexRateLimitSnapshots(value).length > 0;
}
/** Builds short account availability lines suitable for status surfaces. */
function summarizeCodexAccountRateLimits(value, nowMs = Date.now()) {
const summary = summarizeCodexAccountUsage(value, nowMs);
if (!summary) return;
if (!summary.blocked) return ["Codex is available."];
return [summary.blockedUntilText ? `Codex is paused until ${summary.blockedUntilText}.` : "Codex is paused by a usage limit.", summary.blockingReason ? `Your ${summary.blockingReason}.` : "Your Codex usage limit is reached."];
}
/** Returns the reset timestamp for the currently blocking Codex usage limit. */
function resolveCodexUsageLimitResetAtMs(value, nowMs = Date.now()) {
return selectBlockingRateLimitReset(value, nowMs)?.resetsAtMs;
}
/** Summarizes account availability, blocking reason, and reset time from rate-limit data. */
function summarizeCodexAccountUsage(value, nowMs = Date.now()) {
const snapshots = collectCodexRateLimitSnapshots(value).filter(snapshotHasDisplayableData);
if (snapshots.length === 0) return;
const usageSnapshot = snapshots.find(isCodexLimitSnapshot) ?? snapshots[0];
const blockedSnapshots = snapshots.filter(snapshotHasLimitBlock);
const blockingSnapshot = blockedSnapshots.find(isCodexLimitSnapshot) ?? blockedSnapshots[0] ?? void 0;
const blockingEntries = blockingSnapshot ? readWindowEntries(blockingSnapshot) : [];
const blockingWindowEntry = selectBlockingWindowEntry(blockingEntries, nowMs);
const blockingWindow = blockingWindowEntry?.window;
const blockingReset = blockingWindow && blockingWindow.resetsAtMs > nowMs ? blockingWindow : void 0;
const blockingPeriod = formatBlockingLimitPeriod(blockingWindowEntry, blockingEntries);
const blockedUntilText = blockingReset ? formatAccountResetTime(blockingReset.resetsAtMs, nowMs) : void 0;
const blockedResetRelative = blockingReset ? `in ${formatRelativeDuration(blockingReset.resetsAtMs - nowMs)}` : void 0;
const blockingReason = blockingPeriod ? `${blockingPeriod} Codex usage limit is reached` : blockingSnapshot ? "Codex usage limit is reached" : void 0;
return {
usageLine: formatUsageLine(usageSnapshot),
blocked: Boolean(blockingSnapshot),
...blockingReset ? { blockedUntilMs: blockingReset.resetsAtMs } : {},
...blockedUntilText ? { blockedUntilText } : {},
...blockedResetRelative ? { blockedResetRelative } : {},
...blockingPeriod ? { blockingPeriod } : {},
...blockingReason ? { blockingReason } : {}
};
}
/** Converts Codex app-server rate-limit payloads into OpenAI/Codex usage windows. */
function buildCodexAppServerUsageSnapshot(value) {
const snapshot = selectCodexProviderUsageSnapshot(value);
const entries = snapshot ? readWindowEntries(snapshot) : [];
const windows = entries.map((entry) => readProviderUsageWindow(entry, entries)).filter((window) => Boolean(window));
return {
provider: "openai",
displayName: PROVIDER_LABELS.openai,
windows,
...snapshot ? { plan: resolveCodexProviderUsagePlan(snapshot) } : {}
};
}
function isCodexUsageLimitError(codexErrorInfo, message) {
if (codexErrorInfo === "usageLimitExceeded") return true;
if (typeof codexErrorInfo === "string") {
if (codexErrorInfo.replace(/[_\s-]/gu, "").toLowerCase() === "usagelimitexceeded") return true;
}
return Boolean(message?.toLowerCase().includes("usage limit"));
}
function selectNextRateLimitReset(value, nowMs) {
const futureWindows = collectCodexRateLimitSnapshots(value).flatMap((snapshot) => LIMIT_WINDOW_KEYS.flatMap((key) => readRateLimitWindow(snapshot, key) ?? [])).filter((window) => window.resetsAtMs > nowMs);
if (futureWindows.length === 0) return;
const exhaustedWindows = futureWindows.filter((window) => window.usedPercent !== void 0 && window.usedPercent >= 100);
return (exhaustedWindows.length > 0 ? exhaustedWindows : futureWindows).toSorted((left, right) => left.resetsAtMs - right.resetsAtMs)[0];
}
function selectBlockingRateLimitReset(value, nowMs) {
const blockedSnapshots = collectCodexRateLimitSnapshots(value).filter(snapshotHasLimitBlock);
const blockingSnapshot = blockedSnapshots.find(isCodexLimitSnapshot) ?? blockedSnapshots[0] ?? void 0;
return blockingSnapshot ? selectSnapshotBlockingReset(blockingSnapshot, nowMs) : void 0;
}
function summarizeRateLimitSnapshot(snapshot, nowMs) {
const label = formatLimitLabel(snapshot);
const windows = LIMIT_WINDOW_KEYS.flatMap((key) => {
const window = readRateLimitWindow(snapshot, key);
return window ? [formatRateLimitWindow(key, window, nowMs)] : [];
});
const reachedType = readString(snapshot, "rateLimitReachedType") ?? readString(snapshot, "rate_limit_reached_type");
const suffix = reachedType ? ` (${formatReachedType(reachedType)})` : "";
if (windows.length > 0) return `${label}: ${windows.join(" · ")}${suffix}`;
if (reachedType) return `${label}: ${formatReachedType(reachedType)}`;
}
function collectCodexRateLimitSnapshots(value) {
const snapshots = [];
collectRateLimitSnapshots(value, snapshots, /* @__PURE__ */ new Set());
return snapshots;
}
function collectRateLimitSnapshots(value, snapshots, seen) {
if (Array.isArray(value)) {
for (const entry of value) collectRateLimitSnapshots(entry, snapshots, seen);
return;
}
if (!isJsonObject(value)) return;
if (isRateLimitSnapshot(value)) {
addRateLimitSnapshot(value, snapshots, seen);
return;
}
const byLimitId = value.rateLimitsByLimitId;
if (isJsonObject(byLimitId)) for (const key of sortedRateLimitKeys(Object.keys(byLimitId))) collectRateLimitSnapshots(byLimitId[key], snapshots, seen);
const snakeByLimitId = value.rate_limits_by_limit_id;
if (isJsonObject(snakeByLimitId)) for (const key of sortedRateLimitKeys(Object.keys(snakeByLimitId))) collectRateLimitSnapshots(snakeByLimitId[key], snapshots, seen);
collectRateLimitSnapshots(value.rateLimits, snapshots, seen);
collectRateLimitSnapshots(value.rate_limits, snapshots, seen);
collectRateLimitSnapshots(value.data, snapshots, seen);
collectRateLimitSnapshots(value.items, snapshots, seen);
}
function sortedRateLimitKeys(keys) {
return keys.toSorted((left, right) => {
if (left === CODEX_LIMIT_ID) return -1;
if (right === CODEX_LIMIT_ID) return 1;
return left.localeCompare(right);
});
}
function addRateLimitSnapshot(snapshot, snapshots, seen) {
const signature = [
readNullableString(snapshot, "limitId") ?? readNullableString(snapshot, "limit_id") ?? "",
readNullableString(snapshot, "limitName") ?? readNullableString(snapshot, "limit_name") ?? "",
formatWindowSignature(snapshot.primary),
formatWindowSignature(snapshot.secondary)
].join("|");
if (seen.has(signature)) return;
seen.add(signature);
snapshots.push(snapshot);
}
function isRateLimitSnapshot(value) {
return isJsonObject(value.primary) || isJsonObject(value.secondary) || value.rateLimitReachedType !== void 0 || value.rate_limit_reached_type !== void 0 || value.limitId !== void 0 || value.limit_id !== void 0 || value.limitName !== void 0 || value.limit_name !== void 0;
}
function readRateLimitWindow(snapshot, key) {
const window = snapshot[key];
if (!isJsonObject(window)) return;
return {
resetsAtMs: resolveExpiresAtMsFromEpochSeconds(readNumber(window, "resetsAt") ?? readNumber(window, "resets_at"), { maxMs: 864e13 }) ?? 0,
...readOptionalNumberField(window, "usedPercent", "used_percent"),
...readOptionalNumberField(window, "windowDurationMins", "window_duration_mins", "windowMinutes", "window_minutes")
};
}
function snapshotHasDisplayableData(snapshot) {
if (readString(snapshot, "rateLimitReachedType") ?? readString(snapshot, "rate_limit_reached_type")) return true;
return readWindowEntries(snapshot).some((entry) => entry.window.usedPercent !== void 0 || entry.window.resetsAtMs > 0);
}
function readOptionalNumberField(record, ...keys) {
const value = keys.map((key) => readNumber(record, key)).find((entry) => entry !== void 0);
if (value === void 0) return {};
return keys.some((key) => key.toLowerCase().includes("window")) ? { windowDurationMins: value } : { usedPercent: value };
}
function formatRateLimitWindow(key, window, nowMs) {
return `${key} ${formatRateLimitWindowDetails(window, nowMs)}`;
}
function formatRateLimitWindowDetails(window, nowMs) {
return `${window.usedPercent === void 0 ? "usage unknown" : `${Math.max(0, 100 - Math.round(window.usedPercent))}% left`}${window.resetsAtMs > nowMs ? ` ⏱${formatResetDuration(window.resetsAtMs, nowMs)}` : ""}`;
}
function formatLimitLabel(snapshot) {
const label = readNullableString(snapshot, "limitName") ?? readNullableString(snapshot, "limit_name") ?? readNullableString(snapshot, "limitId") ?? readNullableString(snapshot, "limit_id");
if (!label || label === CODEX_LIMIT_ID) return "Codex";
return label.replace(/[_-]+/gu, " ").replace(/\s+/gu, " ").trim();
}
function formatReachedType(value) {
return value.replace(/[_-]+/gu, " ").replace(/\s+/gu, " ").trim();
}
function formatResetTime(resetsAtMs, nowMs) {
return `in ${formatRelativeDuration(resetsAtMs - nowMs)}, ${formatCalendarResetTime(resetsAtMs, nowMs)}`;
}
function formatAccountResetTime(resetsAtMs, nowMs) {
return `${formatCalendarResetTime(resetsAtMs, nowMs)} (in ${formatRelativeDuration(resetsAtMs - nowMs)})`;
}
function snapshotHasLimitBlock(snapshot) {
return Boolean(readString(snapshot, "rateLimitReachedType") ?? readString(snapshot, "rate_limit_reached_type") ?? readWindowEntries(snapshot).some((entry) => entry.window.usedPercent !== void 0 && entry.window.usedPercent >= 100));
}
function isCodexLimitSnapshot(snapshot) {
const id = readNullableString(snapshot, "limitId") ?? readNullableString(snapshot, "limit_id");
return !id || id === CODEX_LIMIT_ID;
}
function selectCodexProviderUsageSnapshot(value) {
const snapshots = collectCodexRateLimitSnapshots(value);
return snapshots.find(isCodexLimitSnapshot) ?? snapshots[0];
}
function readProviderUsageWindow(entry, entries) {
const { window } = entry;
if (window.usedPercent === void 0 && window.resetsAtMs <= 0) return;
return {
label: formatProviderUsageWindowLabel(entry, entries),
usedPercent: clampPercent(window.usedPercent ?? 0),
resetAt: window.resetsAtMs > 0 ? window.resetsAtMs : void 0
};
}
function formatProviderUsageWindowLabel(entry, entries) {
const minutes = entry.window.windowDurationMins;
if (minutes === WEEKLY_WINDOW_MINUTES || hasWeeklySecondaryResetCadence(entry, entries)) return "Week";
if (minutes === DAY_WINDOW_MINUTES) return "Day";
if (minutes !== void 0 && minutes > 0 && minutes < DAY_WINDOW_MINUTES) return minutes % 60 === 0 ? `${minutes / 60}h` : `${minutes}m`;
if (minutes !== void 0 && minutes > 0 && minutes % DAY_WINDOW_MINUTES === 0) return `${minutes / DAY_WINDOW_MINUTES}d`;
if (minutes !== void 0 && minutes > 0 && minutes % 60 === 0) return `${minutes / 60}h`;
return entry.key === "primary" ? "Short" : "Long";
}
function resolveCodexProviderUsagePlan(snapshot) {
const plan = readString(snapshot, "planType") ?? readString(snapshot, "plan_type");
const creditSummary = formatCodexCreditSummary(isJsonObject(snapshot.credits) ? snapshot.credits : void 0);
if (!creditSummary) return plan;
return plan ? `${plan} (${creditSummary})` : creditSummary;
}
function formatCodexCreditSummary(credits) {
if (!credits) return;
if ((readBoolean(credits, "hasCredits") ?? readBoolean(credits, "has_credits")) === false) return;
if (readBoolean(credits, "unlimited")) return "Unlimited credits";
const balance = typeof credits.balance === "string" ? parseStrictFiniteNumber(credits.balance) : asFiniteNumber(credits.balance);
if (balance === void 0 || balance <= 0) return;
const roundedBalance = Math.round(balance);
return roundedBalance > 0 ? `${roundedBalance} credits` : void 0;
}
function selectSnapshotBlockingReset(snapshot, nowMs) {
const futureWindows = readWindowEntries(snapshot).map((entry) => entry.window).filter((window) => window.resetsAtMs > nowMs);
const exhaustedWindows = futureWindows.filter((window) => window.usedPercent !== void 0 && window.usedPercent >= 100);
const candidates = exhaustedWindows.length > 0 ? exhaustedWindows : futureWindows;
const resetSort = exhaustedWindows.length > 0 ? (left, right) => right.resetsAtMs - left.resetsAtMs : (left, right) => left.resetsAtMs - right.resetsAtMs;
return candidates.toSorted(resetSort)[0];
}
function selectBlockingWindowEntry(entries, nowMs) {
const futureEntries = entries.filter((entry) => entry.window.resetsAtMs > nowMs);
const exhaustedFutureEntries = futureEntries.filter((entry) => entry.window.usedPercent !== void 0 && entry.window.usedPercent >= 100);
const resetCandidates = exhaustedFutureEntries.length > 0 ? exhaustedFutureEntries : futureEntries;
if (resetCandidates.length > 0) {
const resetSort = exhaustedFutureEntries.length > 0 ? (left, right) => right.window.resetsAtMs - left.window.resetsAtMs : (left, right) => left.window.resetsAtMs - right.window.resetsAtMs;
return resetCandidates.toSorted(resetSort)[0];
}
return entries.filter((entry) => entry.window.usedPercent !== void 0 && entry.window.usedPercent >= 100).toSorted((left, right) => (right.window.windowDurationMins ?? 0) - (left.window.windowDurationMins ?? 0))[0];
}
function readWindowEntries(snapshot) {
return LIMIT_WINDOW_KEYS.flatMap((key) => {
const window = readRateLimitWindow(snapshot, key);
return window ? [{
key,
window
}] : [];
});
}
function formatBlockingLimitPeriod(entry, entries) {
const minutes = entry?.window.windowDurationMins;
if (entry && (minutes === WEEKLY_WINDOW_MINUTES || hasWeeklySecondaryResetCadence(entry, entries))) return "weekly";
if (minutes === DAY_WINDOW_MINUTES) return "daily";
if (minutes !== void 0 && minutes > 0 && minutes < DAY_WINDOW_MINUTES) return "short-term";
}
function formatUsageLine(snapshot) {
const entries = readWindowEntries(snapshot);
const windows = entries.filter((entry) => entry.window.usedPercent !== void 0).toSorted((left, right) => (right.window.windowDurationMins ?? 0) - (left.window.windowDurationMins ?? 0)).map((entry) => {
return `${formatUsageWindowLabel(entry, entries)} ${Math.round(entry.window.usedPercent ?? 0)}%`;
});
return windows.length > 0 ? windows.join(" · ") : void 0;
}
function formatUsageWindowLabel(entry, entries) {
const minutes = entry.window.windowDurationMins;
if (minutes === WEEKLY_WINDOW_MINUTES || hasWeeklySecondaryResetCadence(entry, entries)) return "weekly";
if (minutes === DAY_WINDOW_MINUTES) return "daily";
if (minutes !== void 0 && minutes > 0 && minutes < DAY_WINDOW_MINUTES) return "short-term";
if (minutes !== void 0 && minutes > 0 && minutes % DAY_WINDOW_MINUTES === 0) return `${minutes / DAY_WINDOW_MINUTES}-day`;
if (minutes !== void 0 && minutes > 0 && minutes % 60 === 0) return `${minutes / 60}-hour`;
return "usage";
}
function hasWeeklySecondaryResetCadence(entry, entries) {
if (entry.key !== "secondary" || entry.window.windowDurationMins !== DAY_WINDOW_MINUTES) return false;
const primaryResetMs = entries.find((candidate) => candidate.key === "primary")?.window.resetsAtMs;
return typeof primaryResetMs === "number" && primaryResetMs > 0 && entry.window.resetsAtMs > 0 && entry.window.resetsAtMs - primaryResetMs >= WEEKLY_RESET_GAP_MS;
}
function formatCalendarResetTime(resetsAtMs, nowMs) {
const resetDate = new Date(resetsAtMs);
const resetParts = new Intl.DateTimeFormat("en-US", {
month: "short",
day: "numeric",
...resetDate.getFullYear() === new Date(nowMs).getFullYear() ? {} : { year: "numeric" },
hour: "numeric",
minute: "2-digit",
timeZoneName: "short"
}).formatToParts(resetDate);
const part = (type) => resetParts.find((entry) => entry.type === type)?.value;
const dateParts = [
part("month"),
part("day"),
part("year")
].filter(Boolean);
return [
dateParts.length > 1 ? `${dateParts[0]} ${dateParts.slice(1).join(", ")}` : dateParts[0],
"at",
[
[part("hour"), part("minute")].filter(Boolean).join(":"),
part("dayPeriod"),
part("timeZoneName")
].filter(Boolean).join(" ")
].filter(Boolean).join(" ");
}
function formatRelativeDuration(durationMs) {
const safeMs = Math.max(1e3, durationMs);
if (safeMs < ONE_MINUTE_MS) return `${Math.ceil(safeMs / 1e3)} seconds`;
if (safeMs < ONE_HOUR_MS) {
const minutes = Math.ceil(safeMs / ONE_MINUTE_MS);
return `${minutes} ${minutes === 1 ? "minute" : "minutes"}`;
}
if (safeMs < ONE_DAY_MS) {
const hours = Math.ceil(safeMs / ONE_HOUR_MS);
return `${hours} ${hours === 1 ? "hour" : "hours"}`;
}
const days = Math.ceil(safeMs / ONE_DAY_MS);
return `${days} ${days === 1 ? "day" : "days"}`;
}
function formatResetDuration(resetsAtMs, nowMs) {
const durationMs = Math.round(Math.max(ONE_SECOND_MS, resetsAtMs - nowMs) / ONE_SECOND_MS) * ONE_SECOND_MS;
const days = Math.floor(durationMs / ONE_DAY_MS);
const hours = Math.floor(durationMs % ONE_DAY_MS / ONE_HOUR_MS);
const minutes = Math.floor(durationMs % ONE_HOUR_MS / ONE_MINUTE_MS);
const seconds = Math.floor(durationMs % ONE_MINUTE_MS / ONE_SECOND_MS);
if (days > 0) return hours > 0 ? `${days}d ${hours}h` : `${days}d`;
if (hours > 0) return minutes > 0 ? `${hours}h ${minutes}m` : `${hours}h`;
if (minutes > 0) return seconds > 0 ? `${minutes}m ${seconds}s` : `${minutes}m`;
return `${seconds}s`;
}
function formatWindowSignature(value) {
if (!isJsonObject(value)) return "";
return `${readNumber(value, "usedPercent") ?? readNumber(value, "used_percent") ?? ""}:${readNumber(value, "resetsAt") ?? readNumber(value, "resets_at") ?? ""}`;
}
function extractCodexRetryHint(message) {
if (!message) return;
const tryAgainAt = /\btry again\s+(at\s+[^.!?\n]+)(?:[.!?]|$)/iu.exec(message);
if (tryAgainAt?.[1]) return tryAgainAt[1].trim();
return /\btry again\s+((?:tomorrow|in\s+[^.!?\n]+)[^.!?\n]*)(?:[.!?]|$)/iu.exec(message)?.[1]?.trim();
}
function readString(record, key) {
const value = record[key];
return typeof value === "string" && value.trim() ? value.trim() : void 0;
}
function readNullableString(record, key) {
return readString(record, key) ?? void 0;
}
function readNumber(record, key) {
return asFiniteNumber(record[key]);
}
function readBoolean(record, key) {
const value = record[key];
return typeof value === "boolean" ? value : void 0;
}
function normalizeText(value) {
const text = value?.trim();
return text ? text : void 0;
}
//#endregion
//#region extensions/codex/provider.ts
/**
* Codex provider plugin and live app-server model catalog discovery.
*/
const DEFAULT_DISCOVERY_TIMEOUT_MS = 2500;
const LIVE_DISCOVERY_ENV = "OPENCLAW_CODEX_DISCOVERY_LIVE";
const MODEL_DISCOVERY_PAGE_LIMIT = 100;
const CODEX_APP_SERVER_SETUP_METHOD_ID = "app-server";
const CODEX_DEFAULT_MODEL_REF = `${CODEX_PROVIDER_ID}/${FALLBACK_CODEX_MODELS[0].id}`;
const codexCatalogLog = createSubsystemLogger("codex/catalog");
/**
* Builds the Codex provider plugin, including setup metadata, catalog discovery,
* dynamic model resolution, and prompt/thinking hooks.
*/
function buildCodexProvider(options = {}) {
return {
id: CODEX_PROVIDER_ID,
label: "Codex",
docsPath: "/providers/models",
auth: [{
id: CODEX_APP_SERVER_SETUP_METHOD_ID,
label: "Codex app-server",
hint: "Use the Codex app-server runtime and managed model catalog.",
kind: "custom",
wizard: {
choiceId: CODEX_PROVIDER_ID,
choiceLabel: "Codex app-server",
choiceHint: "Use the Codex app-server runtime and managed model catalog.",
assistantPriority: -40,
groupId: CODEX_PROVIDER_ID,
groupLabel: "Codex",
groupHint: "Codex app-server model provider",
onboardingScopes: ["text-inference"]
},
run: async () => ({
profiles: [],
defaultModel: CODEX_DEFAULT_MODEL_REF
})
}],
catalog: {
order: "late",
run: async (ctx) => {
const pluginConfig = resolvePluginConfigObject(ctx.config, "codex") ?? (ctx.config ? void 0 : options.pluginConfig);
return await buildCodexProviderCatalog({
env: ctx.env,
pluginConfig,
listModels: options.listModels
});
}
},
staticCatalog: {
order: "late",
run: async () => ({ provider: buildCodexProviderConfig(FALLBACK_CODEX_MODELS) })
},
resolveDynamicModel: (ctx) => resolveCodexDynamicModel(ctx.modelId),
resolveSyntheticAuth: () => ({
apiKey: CODEX_APP_SERVER_AUTH_MARKER,
source: "codex-app-server",
mode: "token"
}),
fetchUsageSnapshot: async (ctx) => {
if (ctx.token !== "codex-app-server") return null;
const appServer = resolveCodexAppServerRuntimeOptions({ pluginConfig: resolvePluginConfigObject(ctx.config, "codex") ?? (ctx.config ? void 0 : options.pluginConfig) });
return buildCodexAppServerUsageSnapshot(await (options.readRateLimits ?? requestCodexAppServerRateLimitsLazy)({
timeoutMs: ctx.timeoutMs,
agentDir: ctx.agentDir,
...ctx.authProfileId ? { authProfileId: ctx.authProfileId } : {},
config: ctx.config,
startOptions: appServer.start
}));
},
resolveThinkingProfile: ({ modelId }) => ({ levels: [
{ id: "off" },
{ id: "minimal" },
{ id: "low" },
{ id: "medium" },
{ id: "high" },
...isKnownXHighCodexModel(modelId) ? [{ id: "xhigh" }] : []
] }),
resolveSystemPromptContribution: ({ config, modelId }) => resolveCodexSystemPromptContribution({
config,
modelId
}),
isModernModelRef: ({ modelId }) => isModernCodexModel(modelId)
};
}
/**
* Builds the Codex model catalog from live app-server discovery, falling back
* to built-in model records when discovery is disabled or unavailable.
*/
async function buildCodexProviderCatalog(options = {}) {
const config = readCodexPluginConfig(options.pluginConfig);
const appServer = resolveCodexAppServerRuntimeOptions({ pluginConfig: options.pluginConfig });
const timeoutMs = normalizeTimeoutMs(config.discovery?.timeoutMs);
let discovered = [];
if (config.discovery?.enabled !== false && !shouldSkipLiveDiscovery(options.env)) discovered = await listModelsBestEffort({
listModels: options.listModels ?? listCodexAppServerModelsLazy,
timeoutMs,
startOptions: appServer.start,
onDiscoveryFailure: options.onDiscoveryFailure
});
return { provider: buildCodexProviderConfig(discovered.length > 0 ? discovered : FALLBACK_CODEX_MODELS) };
}
function resolveCodexDynamicModel(modelId) {
const id = modelId.trim();
if (!id) return;
const fallbackModel = FALLBACK_CODEX_MODELS.find((model) => model.id === id);
return normalizeModelCompat({
...buildCodexModelDefinition({
id,
model: id,
inputModalities: fallbackModel?.inputModalities ?? ["text"],
supportedReasoningEfforts: fallbackModel?.supportedReasoningEfforts ?? (shouldDefaultToReasoningModel(id) ? ["medium"] : [])
}),
provider: CODEX_PROVIDER_ID,
baseUrl: CODEX_BASE_URL
});
}
async function listModelsBestEffort(params) {
try {
const models = [];
let cursor;
do {
const result = await params.listModels({
timeoutMs: params.timeoutMs,
limit: MODEL_DISCOVERY_PAGE_LIMIT,
cursor,
startOptions: params.startOptions,
sharedClient: false
});
models.push(...result.models.filter((model) => !model.hidden));
cursor = result.nextCursor;
} while (cursor);
return models;
} catch (error) {
params.onDiscoveryFailure?.(error);
codexCatalogLog.debug("codex model discovery failed; using fallback catalog", { error: error instanceof Error ? error.message : String(error) });
return [];
}
}
async function listCodexAppServerModelsLazy(options) {
const { listCodexAppServerModels } = await import("./models-kOi4l6KH.js");
return listCodexAppServerModels(options);
}
async function requestCodexAppServerRateLimitsLazy(options) {
const { requestCodexAppServerJson } = await import("./request-IHY08_se.js");
return await requestCodexAppServerJson({
method: "account/rateLimits/read",
timeoutMs: options.timeoutMs,
agentDir: options.agentDir,
...options.authProfileId ? { authProfileId: options.authProfileId } : {},
config: options.config,
startOptions: options.startOptions,
isolated: true
});
}
function normalizeTimeoutMs(value) {
return typeof value === "number" && Number.isFinite(value) && value > 0 ? value : DEFAULT_DISCOVERY_TIMEOUT_MS;
}
function shouldSkipLiveDiscovery(env = process.env) {
const override = env[LIVE_DISCOVERY_ENV]?.trim().toLowerCase();
if (override === "0" || override === "false") return true;
return Boolean(env.VITEST) && override !== "1";
}
function shouldDefaultToReasoningModel(modelId) {
const lower = modelId.toLowerCase();
return lower.startsWith("gpt-5") || lower.startsWith("o1") || lower.startsWith("o3") || lower.startsWith("o4");
}
function isKnownXHighCodexModel(modelId) {
const lower = modelId.trim().toLowerCase();
return lower.startsWith("gpt-5") || lower.startsWith("o3") || lower.startsWith("o4") || lower.includes("codex");
}
/**
* Returns true for Codex models that use the modern reasoning effort enum and
* reject the legacy CLI `minimal` default.
*/
function isModernCodexModel(modelId) {
const lower = modelId.trim().toLowerCase();
return lower === "gpt-5.5" || lower === "gpt-5.4" || lower === "gpt-5.4-mini" || lower === "gpt-5.3-codex-spark";
}
//#endregion
export { hasCodexRateLimitSnapshots as a, summarizeCodexAccountRateLimits as c, formatCodexUsageLimitErrorMessage as i, summarizeCodexAccountUsage as l, buildCodexProviderCatalog as n, resolveCodexUsageLimitResetAtMs as o, isModernCodexModel as r, shouldRefreshCodexRateLimitsForUsageLimitMessage as s, buildCodexProvider as t, summarizeCodexRateLimits as u };