import { c as normalizeOptionalString, s as normalizeOptionalLowercaseString } from "./string-coerce-mnp54Vah.js";
import { i as asOptionalRecord } from "./record-coerce-DHZ4bFlT.js";
import { j as resolveTimerTimeoutMs } from "./number-coercion-CJQ8TR--.js";
import { _ as uniqueStrings } from "./string-normalization-WNUDCpXX.js";
import "./number-coercion-Z7n6tXLk.js";
import { r as getChildLogger } from "./logger-Brhy0cvC.js";
import { a as emitTrustedDiagnosticEvent } from "./diagnostic-events-Chmz2PSy.js";
import { r as getDiagnosticSessionActivitySnapshot } from "./diagnostic-run-activity-BqeZDY9q.js";
import { _ as resolveActiveEmbeddedRunSessionId, m as queueEmbeddedAgentMessageWithOutcomeAsync, n as abortEmbeddedAgentRun } from "./runs-B4dP_Q30.js";
import { n as resolvePluginCapabilityProvider, r as resolvePluginCapabilityProviders } from "./capability-provider-runtime-kNmuYvcj.js";
import { n as normalizeCapabilityProviderId, t as buildCapabilityProviderMaps } from "./provider-registry-shared-Djj3mWcp.js";
import { t as resolveConfiguredCapabilityProvider } from "./provider-selection-runtime-CtYJinY9.js";
//#region src/talk/provider-types.ts
const REALTIME_VOICE_AUDIO_FORMAT_G711_ULAW_8KHZ = {
	encoding: "g711_ulaw",
	sampleRateHz: 8e3,
	channels: 1
};
const REALTIME_VOICE_AUDIO_FORMAT_PCM16_24KHZ = {
	encoding: "pcm16",
	sampleRateHz: 24e3,
	channels: 1
};
//#endregion
//#region src/talk/talk-events.ts
/**
* Canonical event names emitted by Talk sessions across realtime and STT/TTS flows.
*/
const TALK_EVENT_TYPES = [
	"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"
];
const TURN_SCOPED_TALK_EVENT_TYPES = new Set([
	"turn.started",
	"turn.ended",
	"turn.cancelled",
	"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"
]);
const CAPTURE_SCOPED_TALK_EVENT_TYPES = new Set([
	"capture.started",
	"capture.stopped",
	"capture.cancelled",
	"capture.once"
]);
function assertTalkEventCorrelation(input) {
	if (TURN_SCOPED_TALK_EVENT_TYPES.has(input.type) && !input.turnId?.trim()) throw new Error(`Talk event ${input.type} requires turnId`);
	if (CAPTURE_SCOPED_TALK_EVENT_TYPES.has(input.type) && !input.captureId?.trim()) throw new Error(`Talk event ${input.type} requires captureId`);
}
/**
* Creates a sequencer that stamps Talk events with stable session context and monotonic ids.
*/
function createTalkEventSequencer(context, options = {}) {
	let seq = 0;
	const now = options.now ?? (() => /* @__PURE__ */ new Date());
	return { next(input) {
		assertTalkEventCorrelation(input);
		seq += 1;
		const timestamp = input.timestamp ?? (() => {
			const value = now();
			return typeof value === "string" ? value : value.toISOString();
		})();
		return {
			...context,
			id: `${context.sessionId}:${seq}`,
			type: input.type,
			turnId: input.turnId,
			captureId: input.captureId,
			seq,
			timestamp,
			final: input.final,
			callId: input.callId,
			itemId: input.itemId,
			parentId: input.parentId,
			payload: input.payload
		};
	} };
}
//#endregion
//#region src/talk/event-metrics.ts
/** Read the first non-negative finite number from a provider payload record. */
function firstFiniteTalkEventNumber(record, keys) {
	if (!record) return;
	for (const key of keys) {
		const value = record[key];
		if (typeof value === "number" && Number.isFinite(value) && value >= 0) return value;
	}
}
//#endregion
//#region src/talk/diagnostics.ts
/**
* Privacy-preserving Talk diagnostic event projection.
*
* The diagnostic stream needs timing and size counters for reliability work,
* but must not export raw provider payloads, transcripts, or audio content.
*/
/** Convert a Talk event into the bounded diagnostic payload shape. */
function createTalkDiagnosticEvent(event) {
	const payload = asOptionalRecord(event.payload);
	return {
		type: "talk.event",
		sessionId: event.sessionId,
		turnId: event.turnId,
		captureId: event.captureId,
		talkEventType: event.type,
		mode: event.mode,
		transport: event.transport,
		brain: event.brain,
		provider: event.provider,
		final: event.final,
		durationMs: firstFiniteTalkEventNumber(payload, [
			"durationMs",
			"latencyMs",
			"elapsedMs"
		]),
		byteLength: firstFiniteTalkEventNumber(payload, ["byteLength", "audioBytes"])
	};
}
/** Emit a trusted internal diagnostic event for one Talk event. */
function recordTalkDiagnosticEvent(event) {
	emitTrustedDiagnosticEvent(createTalkDiagnosticEvent(event));
}
//#endregion
//#region src/talk/logging.ts
const OMITTED_TALK_LOG_EVENT_TYPES = new Set([
	"input.audio.delta",
	"output.audio.delta",
	"output.text.delta",
	"transcript.delta",
	"tool.progress"
]);
const TALK_LOGGER_BINDINGS = Object.freeze({ subsystem: "talk" });
/**
* Converts high-level Talk events into compact structured log records, skipping noisy deltas.
*/
function createTalkLogRecord(event) {
	if (OMITTED_TALK_LOG_EVENT_TYPES.has(event.type)) return;
	const payload = asOptionalRecord(event.payload);
	const attributes = {
		sessionId: event.sessionId,
		talkEventType: event.type,
		talkMode: event.mode,
		talkTransport: event.transport,
		talkBrain: event.brain
	};
	if (event.provider) attributes.talkProvider = event.provider;
	if (typeof event.final === "boolean") attributes.talkFinal = event.final;
	const durationMs = firstFiniteTalkEventNumber(payload, [
		"durationMs",
		"latencyMs",
		"elapsedMs"
	]);
	if (durationMs !== void 0) attributes.talkDurationMs = durationMs;
	const byteLength = firstFiniteTalkEventNumber(payload, ["byteLength", "audioBytes"]);
	if (byteLength !== void 0) attributes.talkByteLength = byteLength;
	return {
		level: event.type === "session.error" || event.type === "tool.error" ? "warn" : "info",
		message: `talk event ${event.type}`,
		attributes
	};
}
/**
* Emits Talk logs best-effort so logging failures never break realtime audio handling.
*/
function recordTalkLogEvent(event) {
	const record = createTalkLogRecord(event);
	if (!record) return;
	try {
		const logger = getChildLogger(TALK_LOGGER_BINDINGS);
		if (record.level === "warn") {
			logger.warn(record.attributes, record.message);
			return;
		}
		logger.info(record.attributes, record.message);
	} catch {}
}
//#endregion
//#region src/talk/observability.ts
/**
* Combined Talk observability hook for relays and SDK consumers.
*
* A single Talk event should feed both trusted diagnostics and structured logs;
* this facade keeps relay call sites from choosing only one path.
*/
/** Record one Talk event through diagnostics and logging projections. */
function recordTalkObservabilityEvent(event) {
	recordTalkDiagnosticEvent(event);
	recordTalkLogEvent(event);
}
//#endregion
//#region src/talk/talk-session-controller.ts
function defaultTalkEventPayload(payload) {
	return payload === void 0 ? {} : payload;
}
/**
* Creates a per-session Talk controller that emits correlated turn and output-audio events.
*/
function createTalkSessionController(params, options = {}) {
	const { maxRecentEvents = 20, turnIdPrefix = "turn", ...context } = params;
	const sequencer = options.sequencer ?? createTalkEventSequencer(context, { now: options.now });
	const recentEvents = [];
	let activeTurnId;
	let outputAudioActive = false;
	let turnSeq = 0;
	const remember = (event) => {
		recentEvents.push(event);
		if (recentEvents.length > maxRecentEvents) recentEvents.splice(0, recentEvents.length - maxRecentEvents);
		try {
			options.onEvent?.(event);
		} catch {}
		return event;
	};
	const emit = (input) => {
		return remember(sequencer.next(input));
	};
	const resolveActiveTurn = (requestedTurnId) => {
		if (!activeTurnId) return {
			ok: false,
			reason: "no_active_turn"
		};
		const normalizedRequested = normalizeOptionalString(requestedTurnId);
		if (normalizedRequested && normalizedRequested !== activeTurnId) return {
			ok: false,
			reason: "stale_turn"
		};
		return activeTurnId;
	};
	const ensureTurn = (ensureParams = {}) => {
		if (activeTurnId) return { turnId: activeTurnId };
		return startTurn(ensureParams);
	};
	const startTurn = (startParams = {}) => {
		const turnId = normalizeOptionalString(startParams.turnId) ?? `${turnIdPrefix}-${++turnSeq}`;
		outputAudioActive = false;
		activeTurnId = turnId;
		return {
			turnId,
			event: emit({
				type: "turn.started",
				turnId,
				payload: defaultTalkEventPayload(startParams.payload)
			})
		};
	};
	const finishTurn = (type, paramsForTurn = {}) => {
		const turnId = resolveActiveTurn(paramsForTurn.turnId);
		if (typeof turnId !== "string") return turnId;
		outputAudioActive = false;
		activeTurnId = void 0;
		return {
			ok: true,
			turnId,
			event: emit({
				type,
				turnId,
				payload: defaultTalkEventPayload(paramsForTurn.payload),
				final: true
			})
		};
	};
	return {
		get activeTurnId() {
			return activeTurnId;
		},
		context,
		get outputAudioActive() {
			return outputAudioActive;
		},
		get recentEvents() {
			return recentEvents;
		},
		clearActiveTurn() {
			activeTurnId = void 0;
			outputAudioActive = false;
		},
		emit,
		ensureTurn,
		startTurn,
		endTurn(paramsForTurn) {
			return finishTurn("turn.ended", paramsForTurn);
		},
		cancelTurn(paramsForTurn) {
			return finishTurn("turn.cancelled", paramsForTurn);
		},
		finishOutputAudio(paramsForOutput = {}) {
			if (!outputAudioActive) return;
			const turnId = resolveActiveTurn(paramsForOutput.turnId);
			if (typeof turnId !== "string") return;
			outputAudioActive = false;
			return emit({
				type: "output.audio.done",
				turnId,
				payload: defaultTalkEventPayload(paramsForOutput.payload),
				final: true
			});
		},
		startOutputAudio(paramsForOutput = {}) {
			const turn = ensureTurn({
				turnId: paramsForOutput.turnId,
				payload: {}
			});
			if (outputAudioActive) return { turnId: turn.turnId };
			outputAudioActive = true;
			return {
				turnId: turn.turnId,
				event: emit({
					type: "output.audio.started",
					turnId: turn.turnId,
					payload: defaultTalkEventPayload(paramsForOutput.payload)
				})
			};
		}
	};
}
/**
* Normalizes legacy realtime transport names into Talk transport families.
*/
function normalizeTalkTransport(value) {
	const normalized = normalizeOptionalString(value);
	if (!normalized) return;
	if (normalized === "webrtc-sdp") return "webrtc";
	if (normalized === "json-pcm-websocket") return "provider-websocket";
	return normalized;
}
//#endregion
//#region src/talk/consult-question.ts
/**
* Realtime voice consult-question extraction and result summarization helpers.
*
* These utilities connect Talk tool calls to spoken follow-up answers by
* pulling human-readable questions/results out of provider-owned payloads.
*/
const REALTIME_VOICE_CONSULT_QUESTION_STOPWORDS = new Set([
	"a",
	"an",
	"and",
	"are",
	"can",
	"check",
	"could",
	"for",
	"in",
	"is",
	"it",
	"look",
	"me",
	"of",
	"on",
	"or",
	"please",
	"see",
	"that",
	"the",
	"this",
	"to",
	"would",
	"you"
]);
const DEFAULT_REALTIME_VOICE_CONSULT_QUESTION_KEYS = [
	"question",
	"prompt",
	"query",
	"task"
];
const DEFAULT_REALTIME_VOICE_SPEAKABLE_RESULT_KEYS = [
	"text",
	"result",
	"output",
	"error"
];
const DEFAULT_REALTIME_VOICE_SPEAKABLE_RESULT_MAX_CHARS = 1800;
/** Read the consult question from a raw string or selected object keys. */
function readRealtimeVoiceConsultQuestion(args, keys = DEFAULT_REALTIME_VOICE_CONSULT_QUESTION_KEYS) {
	if (typeof args === "string") return args.trim() || void 0;
	if (!args || typeof args !== "object" || Array.isArray(args)) return;
	const record = args;
	for (const key of keys) {
		const value = record[key];
		if (typeof value === "string" && value.trim()) return value.trim();
	}
}
/** Normalize consult questions for stable matching across punctuation/casing. */
function normalizeRealtimeVoiceConsultQuestion(value) {
	return value?.toLowerCase().replace(/[^\p{L}\p{N}]+/gu, " ").replace(/\s+/gu, " ").trim() || void 0;
}
/** Compare two consult questions with exact, containment, and token-overlap matching. */
function matchRealtimeVoiceConsultQuestions(left, right, options = {}) {
	const normalizedLeft = normalizeRealtimeVoiceConsultQuestion(left);
	const normalizedRight = normalizeRealtimeVoiceConsultQuestion(right);
	if (!normalizedLeft || !normalizedRight) return false;
	if (normalizedLeft === normalizedRight || normalizedLeft.includes(normalizedRight) || normalizedRight.includes(normalizedLeft)) return true;
	const leftTokens = realtimeVoiceConsultQuestionTokens(normalizedLeft);
	const rightTokens = realtimeVoiceConsultQuestionTokens(normalizedRight);
	if (leftTokens.size === 0 || rightTokens.size === 0) return false;
	let overlap = 0;
	for (const token of leftTokens) if (rightTokens.has(token)) overlap += 1;
	const minTokenOverlapCount = options.minTokenOverlapCount ?? 2;
	if (overlap < minTokenOverlapCount) return false;
	const minTokenOverlapRatio = options.minTokenOverlapRatio ?? .6;
	return overlap / Math.min(leftTokens.size, rightTokens.size) >= minTokenOverlapRatio;
}
/** Extract a bounded speakable string from a tool result payload. */
function readSpeakableRealtimeVoiceToolResult(result, options = {}) {
	const stringResult = options.stringResult ?? true;
	if (typeof result === "string") return stringResult ? limitSpeakableRealtimeVoiceToolResult(result, options.maxChars) : void 0;
	if (!result || typeof result !== "object" || Array.isArray(result)) return;
	const record = result;
	const keys = options.keys ?? DEFAULT_REALTIME_VOICE_SPEAKABLE_RESULT_KEYS;
	for (const key of keys) {
		const value = record[key];
		if (typeof value === "string" && value.trim()) return limitSpeakableRealtimeVoiceToolResult(value, options.maxChars);
	}
}
function realtimeVoiceConsultQuestionTokens(value) {
	return new Set(value.split(/[^\p{L}\p{N}]+/gu).map((token) => token.trim()).filter((token) => token.length >= 2 && !REALTIME_VOICE_CONSULT_QUESTION_STOPWORDS.has(token)));
}
function limitSpeakableRealtimeVoiceToolResult(value, maxChars = DEFAULT_REALTIME_VOICE_SPEAKABLE_RESULT_MAX_CHARS) {
	const trimmed = value.trim();
	if (!trimmed) return;
	if (trimmed.length <= maxChars) return trimmed;
	return `${trimmed.slice(0, Math.max(0, maxChars - 16)).trimEnd()} [truncated]`;
}
//#endregion
//#region src/talk/forced-consult-coordinator.ts
/**
* Forced-consult dedupe coordinator for realtime voice sessions.
*
* The relay may synthesize an OpenClaw consult when the model hesitates, but a
* native provider tool call can still arrive later. This coordinator prevents
* duplicate consults and keeps late native calls correlated to forced handles.
*/
const DEFAULT_REALTIME_VOICE_FORCED_CONSULT_NATIVE_DEDUPE_MS = 2e3;
const DEFAULT_REALTIME_VOICE_FORCED_CONSULT_LIMIT = 12;
/** Create an in-memory forced-consult coordinator for one realtime session. */
function createRealtimeVoiceForcedConsultCoordinator(options = {}) {
	const state = /* @__PURE__ */ new Map();
	const recentNativeConsults = [];
	let nextId = 0;
	const now = options.now ?? Date.now;
	const limit = options.limit ?? DEFAULT_REALTIME_VOICE_FORCED_CONSULT_LIMIT;
	const nativeDedupeMs = options.nativeDedupeMs ?? DEFAULT_REALTIME_VOICE_FORCED_CONSULT_NATIVE_DEDUPE_MS;
	const setTimer = options.setTimer ?? ((fn, ms) => {
		const timer = setTimeout(fn, ms);
		timer.unref?.();
		return { clear: () => clearTimeout(timer) };
	});
	const questionsMatch = options.questionsMatch ?? matchRealtimeVoiceConsultQuestions;
	const clearTimer = (stored) => {
		stored.timer?.clear();
		stored.timer = void 0;
	};
	const scheduleCleanup = (stored) => {
		stored.cleanupTimer?.clear();
		stored.cleanupTimer = setTimer(() => {
			if (state.get(stored.handle.id) === stored) state.delete(stored.handle.id);
		}, nativeDedupeMs);
	};
	const prune = () => {
		const earliestRecentNative = now() - nativeDedupeMs;
		for (let index = recentNativeConsults.length - 1; index >= 0; index -= 1) {
			const recent = recentNativeConsults[index];
			if (recent && recent.at < earliestRecentNative) recentNativeConsults.splice(index, 1);
		}
		while (recentNativeConsults.length > limit) recentNativeConsults.shift();
		while (state.size > limit) {
			const first = state.values().next().value;
			if (!first) return;
			first.timer?.clear();
			first.cleanupTimer?.clear();
			state.delete(first.handle.id);
		}
	};
	const findMatching = (question) => {
		if (!question) return;
		return [...state.values()].toReversed().find((candidate) => candidate.questions.some((candidateQuestion) => questionsMatch(candidateQuestion, question)));
	};
	const rememberStoredQuestion = (stored, question) => {
		const trimmed = question?.trim();
		if (!trimmed) return;
		if (stored.questions.some((candidate) => questionsMatch(candidate, trimmed))) return;
		stored.questions.push(trimmed);
	};
	const recordRecentNativeConsult = (question) => {
		recentNativeConsults.push({
			question,
			at: now()
		});
		prune();
	};
	const hasRecentNativeConsult = (question, recentOptions = {}) => {
		prune();
		return recentNativeConsults.toReversed().some((recent) => recent.question ? questionsMatch(recent.question, question) : recentOptions.allowUnknownQuestion === true);
	};
	const getStored = (handle) => state.get(handle.id);
	return {
		prepare(question, prepareOptions) {
			const trimmed = question.trim();
			if (!trimmed) return;
			const id = prepareOptions?.id ?? `forced-consult:${now()}:${++nextId}`;
			const existing = state.get(id);
			if (existing) {
				existing.timer?.clear();
				existing.cleanupTimer?.clear();
			}
			const handle = {
				id,
				question: trimmed,
				...prepareOptions && "context" in prepareOptions ? { context: prepareOptions.context } : {}
			};
			state.set(handle.id, {
				handle,
				createdAt: now(),
				nativeCallIds: /* @__PURE__ */ new Set(),
				questions: [trimmed],
				pending: true,
				started: false,
				delivered: false,
				cancelled: false
			});
			prune();
			return handle;
		},
		schedule(handle, delayMs, run) {
			const stored = getStored(handle);
			if (!stored || !stored.pending || stored.timer) return;
			stored.timer = setTimer(() => {
				stored.timer = void 0;
				if (state.get(handle.id) === stored && stored.pending && !stored.cancelled) run(handle);
			}, resolveTimerTimeoutMs(delayMs, 0, 0));
		},
		clearPending() {
			for (const stored of state.values()) if (stored.pending) {
				clearTimer(stored);
				state.delete(stored.handle.id);
			}
		},
		consumePending(question) {
			const pendingCandidates = [...state.values()].filter((candidate) => candidate.pending);
			const stored = !question && pendingCandidates.length === 1 ? pendingCandidates[0] : pendingCandidates.toReversed().find((candidate) => candidate.questions.some((candidateQuestion) => questionsMatch(candidateQuestion, question)));
			if (!stored?.pending) return;
			clearTimer(stored);
			stored.pending = false;
			return stored.handle;
		},
		cancelPending(handle) {
			const stored = getStored(handle);
			if (!stored?.pending) return;
			clearTimer(stored);
			stored.pending = false;
			state.delete(handle.id);
		},
		recordNativeConsult(args, nativeCallId) {
			const question = readRealtimeVoiceConsultQuestion(args);
			recordRecentNativeConsult(question);
			const pending = [...state.values()].toReversed().find((candidate) => candidate.pending && candidate.questions.some((candidateQuestion) => questionsMatch(candidateQuestion, question)));
			if (pending) {
				clearTimer(pending);
				rememberStoredQuestion(pending, question);
				if (nativeCallId) pending.nativeCallIds.add(nativeCallId);
				pending.pending = false;
				scheduleCleanup(pending);
				return {
					kind: "pending",
					question,
					handle: pending.handle
				};
			}
			const stored = findMatching(question);
			if (!stored || stored.cancelled) return {
				kind: "none",
				question
			};
			if (nativeCallId) stored.nativeCallIds.add(nativeCallId);
			rememberStoredQuestion(stored, question);
			if (stored.delivered) return {
				kind: "already_delivered",
				question,
				handle: stored.handle
			};
			if (stored.started) return {
				kind: "in_flight",
				question,
				handle: stored.handle
			};
			return {
				kind: "none",
				question
			};
		},
		markStarted(handle) {
			const stored = getStored(handle);
			if (!stored) return;
			clearTimer(stored);
			stored.pending = false;
			stored.started = true;
		},
		markDelivered(handle) {
			const stored = getStored(handle);
			if (!stored) return;
			clearTimer(stored);
			stored.pending = false;
			stored.started = true;
			stored.delivered = true;
			scheduleCleanup(stored);
		},
		markCancelled(handle) {
			const stored = getStored(handle);
			if (!stored) return;
			clearTimer(stored);
			stored.pending = false;
			stored.cancelled = true;
			scheduleCleanup(stored);
		},
		isCancelled(handle) {
			return getStored(handle)?.cancelled === true;
		},
		nativeCallIds(handle) {
			return [...getStored(handle)?.nativeCallIds ?? []];
		},
		handles() {
			return [...state.values()].map((stored) => stored.handle);
		},
		rememberQuestion(handle, question) {
			const stored = getStored(handle);
			if (stored) rememberStoredQuestion(stored, question);
		},
		findRecent(question) {
			prune();
			return findMatching(question)?.handle;
		},
		hasRecent(question) {
			return Boolean(findMatching(question));
		},
		hasRecentNativeConsult,
		remove(handle) {
			const stored = getStored(handle);
			stored?.timer?.clear();
			stored?.cleanupTimer?.clear();
			state.delete(handle.id);
		},
		clear() {
			for (const stored of state.values()) {
				stored.timer?.clear();
				stored.cleanupTimer?.clear();
			}
			state.clear();
			recentNativeConsults.length = 0;
		}
	};
}
//#endregion
//#region src/talk/agent-consult-tool.ts
/**
* Realtime voice tool definition and helpers for delegating work to OpenClaw.
*
* Voice providers call this function tool when a spoken request needs normal
* agent tools, memory, workspace context, or current information before reply.
*/
/** Stable provider-facing tool name for realtime voice agent delegation. */
const REALTIME_VOICE_AGENT_CONSULT_TOOL_NAME = "openclaw_agent_consult";
/** Closed policy set controlling whether the consult tool is exposed. */
const REALTIME_VOICE_AGENT_CONSULT_TOOL_POLICIES = [
	"safe-read-only",
	"owner",
	"none"
];
/** Shared realtime voice function-tool descriptor projected to providers. */
const REALTIME_VOICE_AGENT_CONSULT_TOOL = {
	type: "function",
	name: REALTIME_VOICE_AGENT_CONSULT_TOOL_NAME,
	description: "Delegate the caller's request to the configured OpenClaw agent for normal tool-backed work, actions, context, memory, or reasoning before speaking.",
	parameters: {
		type: "object",
		properties: {
			question: {
				type: "string",
				description: "The concrete question or task the user asked."
			},
			context: {
				type: "string",
				description: "Optional relevant context or transcript summary."
			},
			responseStyle: {
				type: "string",
				description: "Optional style hint for the spoken answer."
			}
		},
		required: ["question"]
	}
};
/** Build the interim spoken instruction while the delegated agent turn runs. */
function buildRealtimeVoiceAgentConsultWorkingResponse(audienceLabel = "person") {
	return {
		status: "working",
		tool: REALTIME_VOICE_AGENT_CONSULT_TOOL_NAME,
		message: `Tell the ${audienceLabel} briefly that you are checking, then wait for the final OpenClaw result before answering with the actual result.`
	};
}
/** Default safe tool allowlist for voice consults in read-only mode. */
const SAFE_READ_ONLY_TOOLS = [
	"read",
	"web_search",
	"web_fetch",
	"x_search",
	"memory_search",
	"memory_get"
];
/** Type guard for user/config supplied consult tool policies. */
function isRealtimeVoiceAgentConsultToolPolicy(value) {
	return typeof value === "string" && REALTIME_VOICE_AGENT_CONSULT_TOOL_POLICIES.includes(value);
}
/** Normalize a configured consult tool policy with a caller-owned fallback. */
function resolveRealtimeVoiceAgentConsultToolPolicy(value, fallback) {
	const normalized = normalizeOptionalLowercaseString(value);
	return isRealtimeVoiceAgentConsultToolPolicy(normalized) ? normalized : fallback;
}
/** Merge the shared consult tool with provider/plugin custom realtime tools. */
function resolveRealtimeVoiceAgentConsultTools(policy, customTools = []) {
	const tools = /* @__PURE__ */ new Map();
	if (policy !== "none") tools.set(REALTIME_VOICE_AGENT_CONSULT_TOOL.name, REALTIME_VOICE_AGENT_CONSULT_TOOL);
	for (const tool of customTools) if (!tools.has(tool.name)) tools.set(tool.name, tool);
	return [...tools.values()];
}
/** Resolve the OpenClaw tool allowlist paired with the consult exposure policy. */
function resolveRealtimeVoiceAgentConsultToolsAllow(policy) {
	if (policy === "owner") return;
	if (policy === "safe-read-only") return [...SAFE_READ_ONLY_TOOLS];
	return [];
}
/** Build model instructions for when the voice agent should call the consult tool. */
function buildRealtimeVoiceAgentConsultPolicyInstructions(config) {
	if (config.toolPolicy === "none" || !config.consultPolicy || config.consultPolicy === "auto") return;
	if (config.consultPolicy === "always") return [
		"Consult behavior:",
		"- Call openclaw_agent_consult before every substantive answer.",
		"- You may answer directly only for greetings, acknowledgements, brief latency tests, or filler while waiting for the consult result.",
		"- After the consult result arrives, speak that result concisely."
	].join("\n");
	return [
		"Consult behavior:",
		"- Answer directly for greetings, acknowledgements, simple conversational glue, and brief latency tests.",
		"- Call openclaw_agent_consult before answering requests that need facts, memory, current information, tools, workspace state, or the user's OpenClaw-specific context.",
		"- Keep spoken replies concise and natural."
	].join("\n");
}
/** Parse provider-owned consult tool arguments into the normalized contract. */
function parseRealtimeVoiceAgentConsultArgs(args) {
	const question = readConsultStringArg(args, "question") ?? readConsultStringArg(args, "prompt") ?? readConsultStringArg(args, "query") ?? readConsultStringArg(args, "task");
	if (!question) throw new Error("question required");
	return {
		question,
		context: readConsultStringArg(args, "context"),
		responseStyle: readConsultStringArg(args, "responseStyle")
	};
}
/** Build the plain chat message used by browser/chat forwarding paths. */
function buildRealtimeVoiceAgentConsultChatMessage(args) {
	const parsed = parseRealtimeVoiceAgentConsultArgs(args);
	return [
		parsed.question,
		parsed.context ? `Context:\n${parsed.context}` : void 0,
		parsed.responseStyle ? `Spoken style:\n${parsed.responseStyle}` : void 0
	].filter(Boolean).join("\n\n");
}
/** Build the delegated OpenClaw agent prompt for a live voice consult. */
function buildRealtimeVoiceAgentConsultPrompt(params) {
	const parsed = parseRealtimeVoiceAgentConsultArgs(params.args);
	const assistantLabel = params.assistantLabel ?? "Agent";
	const questionSourceLabel = params.questionSourceLabel ?? params.userLabel.toLowerCase();
	const transcript = params.transcript.slice(-12).map((entry) => `${entry.role === "assistant" ? assistantLabel : params.userLabel}: ${entry.text}`).join("\n");
	return [
		`Live voice request from the ${questionSourceLabel} during ${params.surface}.`,
		"Act as the configured OpenClaw agent on behalf of this user. Use available tools when the request asks you to do work.",
		"When finished, return only the concise result the realtime voice agent should speak back.",
		"Do not include markdown, tool logs, or private reasoning. Include citations only when the spoken answer needs them.",
		parsed.responseStyle ? `Spoken style: ${parsed.responseStyle}` : void 0,
		transcript ? `Recent voice transcript for context:\n${transcript}` : void 0,
		parsed.context ? `Additional realtime context:\n${parsed.context}` : void 0,
		`User request:\n${parsed.question}`
	].filter(Boolean).join("\n\n");
}
/** Collect only visible answer text from streamed delegated-agent payloads. */
function collectRealtimeVoiceAgentConsultVisibleText(payloads) {
	const chunks = [];
	for (const payload of payloads) {
		if (payload.isError || payload.isReasoning) continue;
		const text = normalizeOptionalString(payload.text);
		if (text) chunks.push(text);
	}
	return chunks.length > 0 ? chunks.join("\n\n").trim() : null;
}
function readConsultStringArg(args, key) {
	if (!args || typeof args !== "object" || Array.isArray(args)) return;
	return normalizeOptionalString(args[key]);
}
//#endregion
//#region src/talk/agent-run-control-shared.ts
/**
* Shared realtime voice controls for active OpenClaw agent runs.
*
* This module owns the provider-facing control tool, conservative intent
* classifier, and user-visible status/queue/cancel messages used by Talk.
*/
/** Provider-facing control modes for status, steering, cancellation, and follow-up work. */
const REALTIME_VOICE_AGENT_CONTROL_MODES = [
	"status",
	"steer",
	"cancel",
	"followup"
];
/** Stable provider-facing tool name for active-run voice control. */
const REALTIME_VOICE_AGENT_CONTROL_TOOL_NAME = "openclaw_agent_control";
/** Realtime function-tool descriptor projected to voice providers. */
const REALTIME_VOICE_AGENT_CONTROL_TOOL = {
	type: "function",
	name: REALTIME_VOICE_AGENT_CONTROL_TOOL_NAME,
	description: "Control an active OpenClaw tool-backed voice run. Use this when the caller asks in any language for status/progress, cancellation, a redirect/change to the active work, or a follow-up after the current work. Do not use this for ordinary greetings or chatter unless the caller is asking about the active work.",
	parameters: {
		type: "object",
		properties: {
			text: {
				type: "string",
				description: "The caller's exact spoken request or a concise semantic equivalent."
			},
			mode: {
				type: "string",
				enum: REALTIME_VOICE_AGENT_CONTROL_MODES,
				description: "status for progress questions, cancel for stop/abort, steer for changing the current work, followup for work to do after the current result."
			}
		},
		required: ["text", "mode"]
	}
};
/** Normalize user/config/provider supplied control modes. */
function normalizeRealtimeVoiceAgentControlMode(value) {
	const normalized = normalizeOptionalLowercaseString(value);
	return REALTIME_VOICE_AGENT_CONTROL_MODES.includes(normalized) ? normalized : void 0;
}
const CANCEL_CONTROL_PATTERNS = [
	/^(?:(?:ok|okay|alright|all right)[,\s]+)?(?:please\s+)?(?:cancel|cancle|abort)(?:\s+(?:that|this|it|the\s+(?:check|run|task|work)))?(?:\s*[.!?])?$/,
	/^(?:(?:ok|okay|alright|all right)[,\s]+)?(?:please\s+)?(?:never mind|nevermind|forget it|kill it|end that)(?:\s*[.!?])?$/,
	/^(?:(?:ok|okay|alright|all right)[,\s]+)?(?:please\s+)?stop(?:\s+(?:that|this|it|the\s+(?:check|run|task|work)))?(?:\s*[.!?])?$/,
	/^(?:(?:ok|okay|alright|all right)[,\s]+)?(?:can|could|would)\s+you\s+(?:please\s+)?(?:cancel|cancle|stop|abort)(?:\s+(?:that|this|it|the\s+(?:check|run|task|work)))?(?:\s*[.!?])?$/,
	/^(?:(?:ok|okay|alright|all right|actually)[,\s]+)?(?:can|could|would)\s+(?:we|you)\s+(?:just\s+)?(?:cancel|cancle|stop|abort)(?:\s+(?:that|this|it|the\s+(?:check|run|task|work)))?(?:\s*[.!?])?$/,
	/\b(?:cancel|cancle|stop|abort)\s+(?:that|this|it|the\s+(?:check|run|task|work))\b/
];
const STATUS_CONTROL_PATTERNS = [
	/^(?:(?:ok|okay|alright|all right)[,\s]+)?(?:status|progress|update)(?:\s*[.!?])?$/,
	/^(?:(?:ok|okay|alright|all right)[,\s]+)?(?:give me|what'?s|any)\s+(?:an?\s+)?update(?:\s*[.!?])?$/,
	/^(?:(?:ok|okay|alright|all right)[,\s]+)?(where are we|what'?s happening|what (?:are you|is it) doing|what'?s it doing|how (?:is|are) (?:it|you|that|this) going|how'?s it going|are you still working|is it done|did it finish)(\b|[.!?])/
];
const FOLLOWUP_CONTROL_PATTERNS = [/^(after that|when you'?re done|when it'?s done|next|then|also|one more thing|follow up)(\b|[,.!?])/];
const STEER_CONTROL_PATTERNS = [
	/^(?:(?:ok|okay|alright|all right)[,\s]+)?(?:please\s+)?update\s+\S/,
	/^(?:actually|instead|change|switch|focus|use|try|prefer|make|do|check|look at|go with|redirect|steer|tell it to)\b/,
	/^(?:can|could|would)\s+you\s+(?:actually\s+)?(?:change|switch|focus|use|try|prefer|make|do|check|look at|go with|redirect|steer)\b/,
	/\b(?:instead|not that|rather than|change that|switch to|focus on|use the|try the|go with|tell it to)\b/
];
const STOP_REDIRECT_CONTROL_PATTERNS = [
	/^(?:(?:ok|okay|alright|all right)[,\s]+)?(?:please\s+)?stop\s+(?:using|doing|checking|looking at|focusing on|trying)\b/,
	/^(?:(?:ok|okay|alright|all right)[,\s]+)?(?:can|could|would)\s+(?:you|we)\s+(?:please\s+)?stop\s+(?:using|doing|checking|looking at|focusing on|trying)\b/,
	/^(?:(?:ok|okay|alright|all right)[,\s]+)?(?:please\s+)?stop\s+(?:that|this|it|the\s+(?:check|run|task|work))\s+from\b/
];
function matchesAnyPattern(text, patterns) {
	return patterns.some((pattern) => pattern.test(text));
}
function hasNegatedCancelIntent(text) {
	return /\b(?:don'?t|do\s+not|not|never)\s+(?:please\s+)?(?:cancel|cancle|stop|abort|kill|end)\b/.test(text) || /\bstop\s+(?:it|that|this)\s+from\b/.test(text);
}
/** Classify raw spoken control text with conservative auto-control gating. */
function resolveRealtimeVoiceAgentControlIntent(params) {
	const explicitMode = normalizeRealtimeVoiceAgentControlMode(params.mode);
	if (explicitMode) return {
		mode: explicitMode,
		confidence: "high",
		reason: "explicit_mode",
		shouldAutoControl: true
	};
	const normalized = params.text.trim().toLowerCase();
	if (matchesAnyPattern(normalized, STOP_REDIRECT_CONTROL_PATTERNS)) return {
		mode: "steer",
		confidence: "medium",
		reason: "steer_command",
		shouldAutoControl: true
	};
	if (!hasNegatedCancelIntent(normalized) && matchesAnyPattern(normalized, CANCEL_CONTROL_PATTERNS)) return {
		mode: "cancel",
		confidence: "high",
		reason: "cancel_safety",
		shouldAutoControl: true
	};
	if (matchesAnyPattern(normalized, STATUS_CONTROL_PATTERNS)) return {
		mode: "status",
		confidence: "high",
		reason: "status_query",
		shouldAutoControl: true
	};
	if (matchesAnyPattern(normalized, FOLLOWUP_CONTROL_PATTERNS)) return {
		mode: "followup",
		confidence: "high",
		reason: "followup_marker",
		shouldAutoControl: true
	};
	if (matchesAnyPattern(normalized, STEER_CONTROL_PATTERNS)) return {
		mode: "steer",
		confidence: "medium",
		reason: "steer_command",
		shouldAutoControl: true
	};
	return {
		mode: "status",
		confidence: "low",
		reason: "safe_default",
		shouldAutoControl: false
	};
}
/** Return the best control mode for a spoken utterance, even if auto-routing is unsafe. */
function classifyRealtimeVoiceAgentControlText(text) {
	return resolveRealtimeVoiceAgentControlIntent({ text }).mode;
}
/** Whether a spoken utterance is safe to route automatically to the control tool. */
function shouldAutoControlRealtimeVoiceAgentText(text) {
	return resolveRealtimeVoiceAgentControlIntent({ text }).shouldAutoControl;
}
/** Parse provider-owned control tool args from JSON strings or object payloads. */
function parseRealtimeVoiceAgentControlToolArgs(args) {
	const parsed = parseRealtimeVoiceAgentControlToolArgsRecord(args);
	const record = parsed && typeof parsed === "object" && !Array.isArray(parsed) ? parsed : {};
	const text = normalizeOptionalString(record.text) ?? normalizeOptionalString(record.message) ?? normalizeOptionalString(record.request) ?? normalizeOptionalString(record.query);
	if (!text) throw new Error("text required");
	return {
		text,
		mode: normalizeRealtimeVoiceAgentControlMode(record.mode) ?? resolveRealtimeVoiceAgentControlIntent({ text }).mode
	};
}
function parseRealtimeVoiceAgentControlToolArgsRecord(args) {
	if (typeof args !== "string") return args;
	const trimmed = args.trim();
	if (!trimmed) return {};
	try {
		return JSON.parse(trimmed);
	} catch {
		return { text: trimmed };
	}
}
/** Build the system-style instruction that forces exact spoken status output. */
function buildRealtimeVoiceAgentControlSpeechMessage(text) {
	return [
		"Internal OpenClaw voice control result.",
		"Do not call openclaw_agent_consult or any other tool for this message.",
		"Speak this exact OpenClaw status to the voice call, without adding, removing, or rephrasing words.",
		`Status: ${JSON.stringify(text)}`
	].join("\n");
}
/** Provider result payload used when the control tool cancels active work. */
function buildRealtimeVoiceAgentCancelProviderResult(message = "Cancelled the active OpenClaw run.") {
	return {
		status: "cancelled",
		message
	};
}
/** Wrap follow-up text so an active run treats it as deferred context. */
function buildRealtimeVoiceAgentFollowupSteeringText(text) {
	return [
		"Spoken follow-up for the current voice call.",
		"If you are mid-task, incorporate this after the current step or result unless it directly changes the current task.",
		"",
		text
	].join("\n");
}
/** User-facing message for queue failures while steering or adding follow-up work. */
function formatRealtimeVoiceAgentQueueRejection(mode, reason) {
	if (reason === "compacting") return "OpenClaw is compacting the active run and cannot accept voice steering yet.";
	if (reason === "not_streaming") return "OpenClaw has an active run, but it is not currently accepting steering.";
	return mode === "followup" ? "OpenClaw could not queue that follow-up." : "OpenClaw could not steer the active run.";
}
function isRealtimeVoiceAgentControlToolEvent(event) {
	if (!event.type.startsWith("tool.")) return false;
	return normalizeOptionalString((event.payload && typeof event.payload === "object" ? event.payload : {}).name) === REALTIME_VOICE_AGENT_CONTROL_TOOL_NAME;
}
/** Format a concise spoken status for the active or most recent voice run. */
function formatRealtimeVoiceAgentStatus(params) {
	const recent = (params.recentEvents ?? []).toReversed();
	if (!params.active) return recent.find((event) => event.type === "turn.ended") ? "OpenClaw finished the last voice request." : "I'm not working on an active request right now.";
	const toolEvent = recent.find((event) => event.type.startsWith("tool.") && !isRealtimeVoiceAgentControlToolEvent(event));
	if (toolEvent) {
		const payload = toolEvent.payload && typeof toolEvent.payload === "object" ? toolEvent.payload : {};
		const name = normalizeOptionalString(payload.name);
		const phase = normalizeOptionalString(payload.phase);
		if (toolEvent.type === "tool.call") return name ? `OpenClaw is starting ${name}.` : "OpenClaw is starting a tool.";
		if (toolEvent.type === "tool.result") return name ? `OpenClaw finished ${name} and is continuing.` : "OpenClaw finished a tool and is continuing.";
		if (toolEvent.type === "tool.progress") return name ? `OpenClaw is working in ${name}${phase ? ` (${phase})` : ""}.` : "OpenClaw is still working.";
	}
	if (params.activity?.activeToolName) return `OpenClaw is running ${params.activity.activeToolName}.`;
	if (params.activity?.activeWorkKind === "model_call") return "OpenClaw is waiting on the model.";
	if (params.activity?.activeWorkKind === "embedded_run" || params.activity?.hasActiveEmbeddedRun) return "OpenClaw is working on the current voice request.";
	return "OpenClaw is working on the current voice request.";
}
//#endregion
//#region src/talk/agent-run-control.ts
const defaultDeps = {
	abortEmbeddedAgentRun,
	getDiagnosticSessionActivitySnapshot,
	queueEmbeddedAgentMessageWithOutcomeAsync,
	resolveActiveEmbeddedRunSessionId
};
/** Apply a spoken status, cancel, steer, or follow-up request to an active run. */
async function controlRealtimeVoiceAgentRun(params, deps = defaultDeps) {
	const sessionKey = params.sessionKey.trim();
	const text = params.text.trim();
	const mode = resolveRealtimeVoiceAgentControlIntent({
		text,
		mode: params.mode
	}).mode;
	const sessionId = deps.resolveActiveEmbeddedRunSessionId(sessionKey);
	const activity = deps.getDiagnosticSessionActivitySnapshot({
		sessionId,
		sessionKey
	});
	const active = Boolean(sessionId || activity.activeWorkKind || activity.hasActiveEmbeddedRun);
	if (mode === "status") return {
		ok: true,
		mode,
		sessionKey,
		...sessionId ? { sessionId } : {},
		active,
		message: formatRealtimeVoiceAgentStatus({
			active,
			recentEvents: params.recentEvents,
			activity
		}),
		speak: true,
		show: true,
		suppress: false
	};
	if (mode === "cancel") {
		if (!sessionId) return {
			ok: false,
			mode,
			sessionKey,
			active: false,
			aborted: false,
			reason: "no_active_run",
			message: "There is no active OpenClaw run to cancel.",
			speak: true,
			show: true,
			suppress: false
		};
		const aborted = deps.abortEmbeddedAgentRun(sessionId);
		const message = aborted ? "Cancelled the active OpenClaw run." : "OpenClaw could not cancel the active run.";
		return {
			ok: aborted,
			mode,
			sessionKey,
			sessionId,
			active: true,
			aborted,
			...aborted ? {} : { reason: "abort_rejected" },
			message,
			speak: true,
			show: true,
			suppress: false,
			...aborted ? { providerResult: buildRealtimeVoiceAgentCancelProviderResult(message) } : {}
		};
	}
	if (!sessionId) return {
		ok: false,
		mode,
		sessionKey,
		active: false,
		queued: false,
		reason: "no_active_run",
		message: "There is no active OpenClaw run to steer.",
		speak: true,
		show: true,
		suppress: false
	};
	const steerText = mode === "followup" ? buildRealtimeVoiceAgentFollowupSteeringText(text) : text;
	const outcome = await deps.queueEmbeddedAgentMessageWithOutcomeAsync(sessionId, steerText, {
		steeringMode: "all",
		debounceMs: 0
	});
	if (!outcome.queued) return {
		ok: false,
		mode,
		sessionKey,
		sessionId: outcome.sessionId,
		active: true,
		queued: false,
		reason: outcome.reason,
		message: formatRealtimeVoiceAgentQueueRejection(mode, outcome.reason),
		speak: true,
		show: true,
		suppress: false
	};
	return {
		ok: true,
		mode,
		sessionKey,
		sessionId: outcome.sessionId,
		active: true,
		queued: true,
		target: outcome.target,
		message: mode === "followup" ? "Queued that follow-up for the active OpenClaw run." : "Got it. I steered the active run.",
		speak: true,
		show: true,
		suppress: false,
		...outcome.enqueuedAtMs !== void 0 ? { enqueuedAtMs: outcome.enqueuedAtMs } : {},
		...outcome.deliveredAtMs !== void 0 ? { deliveredAtMs: outcome.deliveredAtMs } : {}
	};
}
//#endregion
//#region src/talk/provider-registry.ts
/**
* Normalizes realtime voice provider ids so direct ids and aliases compare through one registry key.
*/
function normalizeRealtimeVoiceProviderId(providerId) {
	return normalizeCapabilityProviderId(providerId);
}
function resolveRealtimeVoiceProviderEntries(cfg) {
	return resolvePluginCapabilityProviders({
		key: "realtimeVoiceProviders",
		cfg
	});
}
function buildProviderMaps(cfg) {
	return buildCapabilityProviderMaps(resolveRealtimeVoiceProviderEntries(cfg));
}
/**
* Lists canonical realtime voice provider plugins in registry order.
*/
function listRealtimeVoiceProviders(cfg) {
	return [...buildProviderMaps(cfg).canonical.values()];
}
/**
* Resolves a realtime voice provider by canonical id or declared alias.
*/
function getRealtimeVoiceProvider(providerId, cfg) {
	const normalized = normalizeRealtimeVoiceProviderId(providerId);
	if (!normalized) return;
	const directProvider = resolvePluginCapabilityProvider({
		key: "realtimeVoiceProviders",
		providerId: normalized,
		cfg
	});
	if (directProvider) return directProvider;
	return buildProviderMaps(cfg).aliases.get(normalized);
}
/**
* Converts a realtime voice provider id or alias into the canonical provider id when known.
*/
function canonicalizeRealtimeVoiceProviderId(providerId, cfg) {
	const normalized = normalizeRealtimeVoiceProviderId(providerId);
	if (!normalized) return;
	return getRealtimeVoiceProvider(normalized, cfg)?.id ?? normalized;
}
//#endregion
//#region src/talk/provider-resolver.ts
/** Resolve the configured realtime voice provider or auto-select the first configured one. */
function resolveConfiguredRealtimeVoiceProvider(params) {
	const cfgForResolve = params.cfgForResolve ?? params.cfg ?? {};
	const providers = params.providers ?? listRealtimeVoiceProviders(params.cfg);
	const resolution = resolveConfiguredCapabilityProvider({
		configuredProviderId: params.configuredProviderId,
		providerConfigs: params.providerConfigs,
		cfg: params.cfg,
		cfgForResolve,
		getConfiguredProvider: (providerId) => params.providers?.find((entry) => entry.id === providerId) ?? getRealtimeVoiceProvider(providerId, params.cfg),
		listProviders: () => providers,
		resolveProviderConfig: ({ provider, cfg, rawConfig }) => {
			const rawConfigWithOverrides = {
				...params.defaultModel && rawConfig.model === void 0 ? {
					...rawConfig,
					model: params.defaultModel
				} : rawConfig,
				...params.providerConfigOverrides
			};
			return provider.resolveConfig?.({
				cfg,
				rawConfig: rawConfigWithOverrides
			}) ?? rawConfigWithOverrides;
		},
		isProviderConfigured: ({ provider, cfg, providerConfig }) => provider.isConfigured({
			cfg,
			providerConfig
		})
	});
	if (!resolution.ok && resolution.code === "missing-configured-provider") throw new Error(`Realtime voice provider "${resolution.configuredProviderId}" is not registered`);
	if (!resolution.ok && resolution.code === "no-registered-provider") throw new Error(params.noRegisteredProviderMessage ?? "No realtime voice provider registered");
	if (!resolution.ok) throw new Error(`Realtime voice provider "${resolution.provider?.id}" is not configured`);
	return {
		provider: resolution.provider,
		providerConfig: resolution.providerConfig
	};
}
//#endregion
//#region src/talk/session-runtime.ts
/**
* Creates a realtime voice bridge session and wires provider events to the configured audio sink.
*/
function createRealtimeVoiceBridgeSession(params) {
	const bridgeRef = {};
	const requireBridge = () => {
		if (!bridgeRef.current) throw new Error("Realtime voice bridge is not ready");
		return bridgeRef.current;
	};
	const session = {
		get bridge() {
			return requireBridge();
		},
		acknowledgeMark: () => requireBridge().acknowledgeMark(),
		close: () => requireBridge().close(),
		connect: () => requireBridge().connect(),
		sendAudio: (audio) => requireBridge().sendAudio(audio),
		sendUserMessage: (text) => requireBridge().sendUserMessage?.(text),
		handleBargeIn: (options) => requireBridge().handleBargeIn?.(options),
		setMediaTimestamp: (ts) => requireBridge().setMediaTimestamp(ts),
		submitToolResult: (callId, result, options) => requireBridge().submitToolResult(callId, result, options),
		triggerGreeting: (instructions) => requireBridge().triggerGreeting?.(instructions)
	};
	const canSendAudio = () => params.audioSink.isOpen?.() ?? true;
	bridgeRef.current = params.provider.createBridge({
		cfg: params.cfg,
		providerConfig: params.providerConfig,
		audioFormat: params.audioFormat,
		instructions: params.instructions,
		autoRespondToAudio: params.autoRespondToAudio,
		interruptResponseOnInputAudio: params.interruptResponseOnInputAudio,
		tools: params.tools,
		onAudio: (audio) => {
			if (canSendAudio()) params.audioSink.sendAudio(audio);
		},
		onClearAudio: () => {
			if (canSendAudio()) params.audioSink.clearAudio?.();
		},
		onMark: (markName) => {
			if (!canSendAudio() || params.markStrategy === "ignore") return;
			if (params.markStrategy === "ack-immediately") {
				bridgeRef.current?.acknowledgeMark();
				return;
			}
			if (params.markStrategy === void 0 || params.markStrategy === "transport") params.audioSink.sendMark?.(markName);
		},
		onTranscript: params.onTranscript,
		onEvent: params.onEvent,
		onToolCall: (event) => {
			if (!bridgeRef.current) return;
			params.onToolCall?.(event, session);
		},
		onReady: () => {
			if (!bridgeRef.current) return;
			if (params.triggerGreetingOnReady) bridgeRef.current.triggerGreeting?.(params.initialGreetingInstructions);
			params.onReady?.(session);
		},
		onError: params.onError,
		onClose: params.onClose
	});
	return session;
}
//#endregion
//#region src/talk/session-log-runtime.ts
/** Appends a transcript entry and trims old rows in-place to bound Talk diagnostics memory. */
function recordRealtimeVoiceTranscript(transcript, role, text, maxEntries = 40) {
	const entry = {
		at: (/* @__PURE__ */ new Date()).toISOString(),
		role,
		text
	};
	transcript.push(entry);
	if (transcript.length > maxEntries) transcript.splice(0, transcript.length - maxEntries);
	return entry;
}
/** Summarizes transcript history for health endpoints and UI diagnostics. */
function getRealtimeVoiceTranscriptHealth(transcript) {
	const last = transcript.at(-1);
	return {
		realtimeTranscriptLines: transcript.length,
		lastRealtimeTranscriptAt: last?.at,
		lastRealtimeTranscriptRole: last?.role,
		lastRealtimeTranscriptText: last?.text,
		recentRealtimeTranscript: transcript.slice(-5)
	};
}
/** Records low-volume bridge events while dropping raw audio chunks from diagnostics. */
function recordRealtimeVoiceBridgeEvent(events, event, maxEntries = 40) {
	if (event.direction === "client" && event.type === "input_audio_buffer.append") return;
	events.push({
		at: (/* @__PURE__ */ new Date()).toISOString(),
		...event
	});
	if (events.length > maxEntries) events.splice(0, events.length - maxEntries);
}
/** Summarizes recent bridge events without exposing the full rolling event buffer. */
function getRealtimeVoiceBridgeEventHealth(events) {
	const last = events.at(-1);
	return {
		lastRealtimeEventAt: last?.at,
		lastRealtimeEventType: last ? `${last.direction}:${last.type}` : void 0,
		lastRealtimeEventDetail: last?.detail,
		recentRealtimeEvents: events.slice(-10)
	};
}
function normalizeTranscriptForEchoMatch(text) {
	return text.toLowerCase().replace(/['’]/g, "").replace(/[^a-z0-9]+/g, " ").trim().split(/\s+/).filter((token) => token.length > 1);
}
function hasMeaningfulEchoOverlap(userTokens, assistantTokens) {
	if (userTokens.length < 4 || assistantTokens.length < 4) return false;
	const uniqueUserTokens = uniqueStrings(userTokens);
	if (uniqueUserTokens.length < 4) return false;
	const assistantTokenSet = new Set(assistantTokens);
	return uniqueUserTokens.filter((token) => assistantTokenSet.has(token)).length / uniqueUserTokens.length >= .58;
}
/** Detects user transcript text that likely came from assistant speaker echo, not speech. */
function isLikelyRealtimeVoiceAssistantEchoTranscript(params) {
	const userTokens = normalizeTranscriptForEchoMatch(params.text);
	if (userTokens.length < 4) return false;
	const nowMs = params.nowMs ?? Date.now();
	const recentAssistantText = params.transcript.filter((entry) => {
		if (entry.role !== "assistant") return false;
		const at = Date.parse(entry.at);
		return Number.isFinite(at) && nowMs - at <= params.lookbackMs;
	}).slice(-6).map((entry) => entry.text).join(" ");
	if (!recentAssistantText.trim()) return false;
	const userNormalized = userTokens.join(" ");
	const assistantTokens = normalizeTranscriptForEchoMatch(recentAssistantText);
	const assistantNormalized = assistantTokens.join(" ");
	return userNormalized.length >= 18 && assistantNormalized.includes(userNormalized) || assistantNormalized.length >= 18 && userNormalized.includes(assistantNormalized) || hasMeaningfulEchoOverlap(userTokens, assistantTokens);
}
/** Extends input suppression through the estimated playback tail for assistant audio. */
function extendRealtimeVoiceOutputEchoSuppression(params) {
	const durationMs = Math.ceil(params.audio.byteLength / params.bytesPerMs);
	const playbackEndMs = Math.max(params.nowMs, params.lastOutputPlayableUntilMs) + durationMs;
	return {
		durationMs,
		lastOutputPlayableUntilMs: playbackEndMs,
		suppressInputUntilMs: Math.max(params.suppressInputUntilMs, playbackEndMs + params.tailMs)
	};
}
//#endregion
export { buildRealtimeVoiceAgentConsultWorkingResponse as A, readRealtimeVoiceConsultQuestion as B, shouldAutoControlRealtimeVoiceAgentText as C, buildRealtimeVoiceAgentConsultChatMessage as D, REALTIME_VOICE_AGENT_CONSULT_TOOL_POLICIES as E, resolveRealtimeVoiceAgentConsultTools as F, createTalkLogRecord as G, createTalkSessionController as H, resolveRealtimeVoiceAgentConsultToolsAllow as I, recordTalkDiagnosticEvent as J, recordTalkLogEvent as K, createRealtimeVoiceForcedConsultCoordinator as L, isRealtimeVoiceAgentConsultToolPolicy as M, parseRealtimeVoiceAgentConsultArgs as N, buildRealtimeVoiceAgentConsultPolicyInstructions as O, resolveRealtimeVoiceAgentConsultToolPolicy as P, REALTIME_VOICE_AUDIO_FORMAT_PCM16_24KHZ as Q, matchRealtimeVoiceConsultQuestions as R, resolveRealtimeVoiceAgentControlIntent as S, REALTIME_VOICE_AGENT_CONSULT_TOOL_NAME as T, normalizeTalkTransport as U, readSpeakableRealtimeVoiceToolResult as V, recordTalkObservabilityEvent as W, createTalkEventSequencer as X, TALK_EVENT_TYPES as Y, REALTIME_VOICE_AUDIO_FORMAT_G711_ULAW_8KHZ as Z, buildRealtimeVoiceAgentCancelProviderResult as _, recordRealtimeVoiceBridgeEvent as a, normalizeRealtimeVoiceAgentControlMode as b, resolveConfiguredRealtimeVoiceProvider as c, listRealtimeVoiceProviders as d, normalizeRealtimeVoiceProviderId as f, REALTIME_VOICE_AGENT_CONTROL_TOOL_NAME as g, REALTIME_VOICE_AGENT_CONTROL_TOOL as h, isLikelyRealtimeVoiceAssistantEchoTranscript as i, collectRealtimeVoiceAgentConsultVisibleText as j, buildRealtimeVoiceAgentConsultPrompt as k, canonicalizeRealtimeVoiceProviderId as l, REALTIME_VOICE_AGENT_CONTROL_MODES as m, getRealtimeVoiceBridgeEventHealth as n, recordRealtimeVoiceTranscript as o, controlRealtimeVoiceAgentRun as p, createTalkDiagnosticEvent as q, getRealtimeVoiceTranscriptHealth as r, createRealtimeVoiceBridgeSession as s, extendRealtimeVoiceOutputEchoSuppression as t, getRealtimeVoiceProvider as u, buildRealtimeVoiceAgentControlSpeechMessage as v, REALTIME_VOICE_AGENT_CONSULT_TOOL as w, parseRealtimeVoiceAgentControlToolArgs as x, classifyRealtimeVoiceAgentControlText as y, normalizeRealtimeVoiceConsultQuestion as z };