![\"WhatsApp](\"https://upload.wikimedia.org/wikipedia/commons/6/6b/WhatsApp.svg\")
\n\n \n
- Approve pairing code\n */\n\nimport { homedir, platform } from \"node:os\";\nimport { join } from \"node:path\";\nimport { existsSync, readFileSync, writeFileSync, mkdirSync } from \"node:fs\";\nimport { createServer, type IncomingMessage, type ServerResponse } from \"node:http\";\nimport { WebSocketServer, WebSocket } from \"ws\";\nimport { randomBytes, createHmac } from \"node:crypto\";\n\nimport type { ExtensionAPI, ExtensionContext } from \"@mariozechner/pi-coding-agent\";\nimport { Type } from \"@sinclair/typebox\";\n\nimport { initSessionStore, getOrCreateSession, listSessions, touchSession, type SessionConfig } from \"./sessions/store.js\";\nimport { initSecurityStore, isUserAllowed, approvePairingCode, generatePairingCode, listPendingPairingCodes, addToAllowlist, listAllowlistedUsers, type Platform } from \"./security/auth.js\";\nimport { initBackgroundTasks, startBackgroundTask, getPendingResultsForSession, markTaskDelivered, listTasks, type BackgroundTask } from \"./background/manager.js\";\nimport { DiscordAdapter } from \"./adapters/discord.js\";\nimport { TwitchAdapter } from \"./adapters/twitch.js\";\nimport { TelegramAdapter } from \"./adapters/telegram.js\";\nimport { SlackAdapter } from \"./adapters/slack.js\";\nimport { WhatsAppAdapter } from \"./adapters/whatsapp.js\";\nimport { BaseAdapter, type AdapterCallbacks, type PlatformMessage } from \"./adapters/base.js\";\n\nconst KOBOLD_DIR = join(homedir(), \".0xkobold\");\nconst CONFIG_DIR = join(KOBOLD_DIR, \"gateway\");\nconst CONFIG_FILE = join(CONFIG_DIR, \"config.json\");\n\n// Types\ninterface GatewayConfig {\n port: number;\n host: string;\n tokens: string[];\n corsOrigins: string[];\n enableWebSocket: boolean;\n enableHttp: boolean;\n security: {\n allowAll: boolean;\n requirePairing: boolean;\n };\n sessions: {\n resetPolicy: \"daily\" | \"idle\" | \"both\";\n dailyHour: number;\n idleMinutes: number;\n };\n platforms: {\n discord?: {\n enabled: boolean;\n botToken: string;\n guildId?: string;\n };\n twitch?: {\n enabled: boolean;\n clientId: string;\n clientSecret: string;\n channels?: string[];\n };\n telegram?: {\n enabled: boolean;\n token: string;\n mode?: \"polling\" | \"webhook\";\n webhookUrl?: string;\n };\n slack?: {\n enabled: boolean;\n webhookUrl?: string;\n botToken?: string;\n };\n whatsapp?: {\n enabled: boolean;\n sessionPath?: string;\n printQr?: boolean;\n };\n };\n}\n\ninterface GatewayState {\n running: boolean;\n adapters: Map;\n clients: Map;\n sessions: Map;\n}\n\nconst DEFAULT_CONFIG: GatewayConfig = {\n port: 3847,\n host: \"localhost\",\n tokens: [],\n corsOrigins: [\"*\"],\n enableWebSocket: true,\n enableHttp: true,\n security: {\n allowAll: true,\n requirePairing: false,\n },\n sessions: {\n resetPolicy: \"idle\",\n dailyHour: 4,\n idleMinutes: 1440,\n },\n platforms: {},\n};\n\nlet config: GatewayConfig;\nlet state: GatewayState;\nlet server: ReturnType | null = null;\nlet wss: WebSocketServer | null = null;\nlet globalCtx: ExtensionContext | null = null;\nlet rpcProcess: any = null;\nlet cronInterval: ReturnType | null = null;\n\n// Pending RPC requests\ninterface PendingRequest {\n id: string;\n resolve: (msg: unknown) => void;\n reject: (err: Error) => void;\n}\nconst pendingRequests: PendingRequest[] = [];\n\n// Load/save config\nfunction loadConfig(): GatewayConfig {\n try {\n if (existsSync(CONFIG_FILE)) {\n return { ...DEFAULT_CONFIG, ...JSON.parse(readFileSync(CONFIG_FILE, \"utf-8\")) };\n }\n } catch { /* ignore */ }\n return { ...DEFAULT_CONFIG };\n}\n\nfunction saveConfig(): void {\n try {\n if (!existsSync(CONFIG_DIR)) mkdirSync(CONFIG_DIR, { recursive: true });\n writeFileSync(CONFIG_FILE, JSON.stringify(config, null, 2));\n } catch { /* ignore */ }\n}\n\n// Token auth\nfunction verifyToken(token: string): boolean {\n if (config.tokens.length === 0) return true;\n return config.tokens.includes(token);\n}\n\nfunction authenticate(req: IncomingMessage): boolean {\n const auth = req.headers.authorization;\n if (!auth) return verifyToken(\"\");\n if (auth.startsWith(\"Bearer \")) return verifyToken(auth.slice(7));\n return false;\n}\n\n// WebSocket helpers\nfunction sendWs(ws: WebSocket, msg: object): void {\n if (ws.readyState === WebSocket.OPEN) {\n ws.send(JSON.stringify(msg));\n }\n}\n\nfunction broadcastClients(event: string, data: unknown): void {\n for (const ws of state.clients.values()) {\n sendWs(ws, { type: event, data });\n }\n}\n\nfunction broadcastPlatform(platform: string, event: string, data: unknown): void {\n for (const [clientId, ws] of state.clients) {\n // Get client's session to check platform\n const session = Array.from(state.sessions.values()).find(s => s.userId === clientId);\n if (session?.platform === platform) {\n sendWs(ws, { type: event, data });\n }\n }\n}\n\n// RPC to pi agent\nfunction createRpcProcess(): any {\n const { spawn } = require(\"node:child_process\");\n \n const proc = spawn(\"pi\", [\"--mode\", \"rpc\", \"--json\"], {\n stdio: [\"pipe\", \"pipe\", \"pipe\"],\n env: { \n ...process.env,\n OLLAMA_HOST: process.env.OLLAMA_HOST || \"localhost:11434\",\n },\n });\n\n proc.stdout?.on(\"data\", (data: Buffer) => {\n const lines = data.toString().split(\"\\n\").filter(Boolean);\n for (const line of lines) {\n try {\n const msg = JSON.parse(line);\n \n if (msg.id) {\n const idx = pendingRequests.findIndex(r => r.id === msg.id);\n if (idx !== -1) {\n const req = pendingRequests.splice(idx, 1)[0];\n req.resolve(msg);\n }\n }\n\n // Broadcast events\n if (msg.type === \"response\") {\n broadcastClients(\"response\", msg);\n } else {\n broadcastClients(\"event\", msg);\n }\n } catch { /* not JSON */ }\n }\n });\n\n proc.stderr?.on(\"data\", (data: Buffer) => {\n console.error(\"[gateway] pi stderr:\", data.toString());\n });\n\n proc.on(\"exit\", (code: number) => {\n console.log(\"[gateway] pi process exited\");\n rpcProcess = null;\n broadcastClients(\"agent_disconnected\", { code });\n });\n\n return proc;\n}\n\nasync function sendRpc(command: string, data: Record = {}): Promise {\n if (!rpcProcess) throw new Error(\"pi agent not running\");\n\n const id = randomBytes(8).toString(\"hex\");\n const payload = { id, type: command, ...data };\n\n return new Promise((resolve, reject) => {\n pendingRequests.push({ id, resolve, reject });\n \n try {\n rpcProcess.stdin.write(JSON.stringify(payload) + \"\\n\");\n } catch (err) {\n const idx = pendingRequests.findIndex(r => r.id === id);\n if (idx !== -1) pendingRequests.splice(idx, 1);\n reject(err);\n }\n\n setTimeout(() => {\n const idx = pendingRequests.findIndex(r => r.id === id);\n if (idx !== -1) {\n pendingRequests.splice(idx, 1);\n reject(new Error(\"Request timeout\"));\n }\n }, 30000);\n });\n}\n\n// Platform adapter callbacks\nconst adapterCallbacks: AdapterCallbacks = {\n onMessage: async (message: PlatformMessage) => {\n // Get or create session for this chat\n const session = getOrCreateSession(\n message.platform,\n message.channelId,\n message.userId,\n {\n resetPolicy: config.sessions.resetPolicy,\n dailyHour: config.sessions.dailyHour,\n idleMinutes: config.sessions.idleMinutes,\n }\n );\n\n // Check allowlist\n if (!isUserAllowed(message.platform as Platform, message.userId)) {\n console.log(`[gateway] User ${message.userId} not in allowlist`);\n // Could send a DM here about pairing flow\n return;\n }\n\n // Store session reference\n state.sessions.set(`${message.platform}:${message.channelId}`, session);\n\n // Send to pi agent\n if (rpcProcess) {\n await sendRpc(\"prompt\", { \n message: message.content,\n sessionId: session.id,\n });\n }\n },\n onDisconnect: () => {\n console.log(\"[gateway] Platform adapter disconnected\");\n updateStatus();\n },\n};\n\n// Initialize platform adapters\nasync function initializeAdapters(): Promise {\n // Discord\n if (config.platforms.discord?.enabled && config.platforms.discord.botToken) {\n try {\n const discord = new DiscordAdapter({\n enabled: true,\n platform: \"discord\",\n botToken: config.platforms.discord.botToken,\n guildId: config.platforms.discord.guildId,\n });\n await discord.initialize();\n await discord.start(adapterCallbacks);\n state.adapters.set(\"discord\", discord);\n console.log(\"[gateway] Discord adapter started\");\n } catch (err) {\n console.error(\"[gateway] Failed to start Discord adapter:\", err);\n }\n }\n\n // Twitch\n if (config.platforms.twitch?.enabled && config.platforms.twitch.clientId && config.platforms.twitch.clientSecret) {\n try {\n const twitch = new TwitchAdapter({\n enabled: true,\n platform: \"twitch\",\n clientId: config.platforms.twitch.clientId,\n clientSecret: config.platforms.twitch.clientSecret,\n channels: config.platforms.twitch.channels,\n });\n await twitch.initialize();\n await twitch.start(adapterCallbacks);\n state.adapters.set(\"twitch\", twitch);\n console.log(\"[gateway] Twitch adapter started\");\n } catch (err) {\n console.error(\"[gateway] Failed to start Twitch adapter:\", err);\n }\n }\n\n // Telegram\n if (config.platforms.telegram?.enabled && config.platforms.telegram.token) {\n try {\n const telegram = new TelegramAdapter({\n enabled: true,\n platform: \"telegram\",\n token: config.platforms.telegram.token,\n mode: config.platforms.telegram.mode,\n webhookUrl: config.platforms.telegram.webhookUrl,\n });\n await telegram.initialize();\n await telegram.start(adapterCallbacks);\n state.adapters.set(\"telegram\", telegram);\n console.log(\"[gateway] Telegram adapter started\");\n } catch (err) {\n console.error(\"[gateway] Failed to start Telegram adapter:\", err);\n }\n }\n\n // Slack\n if (config.platforms.slack?.enabled && (config.platforms.slack.webhookUrl || config.platforms.slack.botToken)) {\n try {\n const slack = new SlackAdapter({\n enabled: true,\n platform: \"slack\",\n webhookUrl: config.platforms.slack.webhookUrl,\n botToken: config.platforms.slack.botToken,\n });\n await slack.initialize();\n await slack.start(adapterCallbacks);\n state.adapters.set(\"slack\", slack);\n console.log(\"[gateway] Slack adapter started\");\n } catch (err) {\n console.error(\"[gateway] Failed to start Slack adapter:\", err);\n }\n }\n\n // WhatsApp\n if (config.platforms.whatsapp?.enabled) {\n try {\n const whatsapp = new WhatsAppAdapter({\n enabled: true,\n platform: \"whatsapp\",\n sessionPath: config.platforms.whatsapp.sessionPath,\n printQr: config.platforms.whatsapp.printQr,\n });\n await whatsapp.initialize();\n await whatsapp.start(adapterCallbacks);\n state.adapters.set(\"whatsapp\", whatsapp);\n console.log(\"[gateway] WhatsApp adapter started\");\n } catch (err) {\n console.error(\"[gateway] Failed to start WhatsApp adapter:\", err);\n }\n }\n}\n\n// Cron job for background tasks and session cleanup\nfunction startCron(): void {\n cronInterval = setInterval(async () => {\n // Check for pending background results\n for (const session of state.sessions.values()) {\n const pending = getPendingResultsForSession(session.id);\n for (const task of pending) {\n // Deliver result to user via their platform\n const adapter = state.adapters.get(session.platform);\n if (adapter) {\n const resultText = task.status === \"completed\" \n ? `✅ Background task completed:\\n\\`\\`\\`\\n${JSON.stringify(task.result, null, 2)}\\n\\`\\`\\``\n : `❌ Background task failed:\\n\\`\\`\\`\\n${task.error}\\n\\`\\`\\``;\n \n await adapter.sendMessage(session.channelId, resultText);\n markTaskDelivered(task.id);\n }\n }\n }\n\n // Touch active sessions\n for (const session of state.sessions.values()) {\n touchSession(session.id);\n }\n }, 60000); // Every 60 seconds (Hermes-style)\n}\n\nfunction stopCron(): void {\n if (cronInterval) {\n clearInterval(cronInterval);\n cronInterval = null;\n }\n}\n\n// HTTP handlers\nasync function handleHttpRequest(req: IncomingMessage, res: ServerResponse): Promise {\n res.setHeader(\"Access-Control-Allow-Origin\", config.corsOrigins.join(\",\") || \"*\");\n res.setHeader(\"Access-Control-Allow-Methods\", \"GET, POST, OPTIONS\");\n res.setHeader(\"Access-Control-Allow-Headers\", \"Content-Type, Authorization\");\n\n if (req.method === \"OPTIONS\") {\n res.writeHead(204);\n res.end();\n return;\n }\n\n if (!authenticate(req)) {\n res.writeHead(401);\n res.end(JSON.stringify({ error: \"Unauthorized\" }));\n return;\n }\n\n const url = new URL(req.url || \"/\", `http://${req.headers.host}`);\n\n // API endpoints\n if (url.pathname === \"/api/status\" && req.method === \"GET\") {\n res.writeHead(200, { \"Content-Type\": \"application/json\" });\n res.end(JSON.stringify({\n running: state.running,\n adapters: Array.from(state.adapters.keys()),\n clients: state.clients.size,\n sessions: state.sessions.size,\n agent: rpcProcess !== null,\n }));\n return;\n }\n\n if (url.pathname === \"/api/sessions\" && req.method === \"GET\") {\n res.writeHead(200, { \"Content-Type\": \"application/json\" });\n res.end(JSON.stringify(listSessions()));\n return;\n }\n\n if (url.pathname === \"/api/background\" && req.method === \"GET\") {\n res.writeHead(200, { \"Content-Type\": \"application/json\" });\n res.end(JSON.stringify(listTasks()));\n return;\n }\n\n if (url.pathname === \"/api/allowlist\" && req.method === \"GET\") {\n res.writeHead(200, { \"Content-Type\": \"application/json\" });\n res.end(JSON.stringify(listAllowlistedUsers()));\n return;\n }\n\n if (url.pathname === \"/api/pairing\" && req.method === \"GET\") {\n res.writeHead(200, { \"Content-Type\": \"application/json\" });\n res.end(JSON.stringify(listPendingPairingCodes()));\n return;\n }\n\n res.writeHead(404);\n res.end(JSON.stringify({ error: \"Not found\" }));\n}\n\n// WebSocket handler\nfunction handleWebSocket(ws: WebSocket, req: IncomingMessage): void {\n if (!authenticate(req)) {\n ws.close(1008, \"Unauthorized\");\n return;\n }\n\n const clientId = randomBytes(8).toString(\"hex\");\n state.clients.set(clientId, ws);\n\n console.log(`[gateway] WebSocket client connected: ${clientId}`);\n\n sendWs(ws, { type: \"connected\", data: { clientId } });\n\n ws.on(\"message\", async (data) => {\n try {\n const msg = JSON.parse(data.toString());\n\n switch (msg.type) {\n case \"prompt\": {\n const result = await sendRpc(\"prompt\", { message: msg.data?.message || \"\" });\n sendWs(ws, { type: \"response\", id: msg.id, data: result });\n break;\n }\n case \"background\": {\n const task = startBackgroundTask(msg.data?.sessionId || \"default\", msg.data?.command || \"\");\n sendWs(ws, { type: \"background_started\", data: task });\n break;\n }\n case \"ping\": {\n sendWs(ws, { type: \"pong\", data: { time: Date.now() } });\n break;\n }\n }\n } catch (err) {\n sendWs(ws, { type: \"error\", data: { error: String(err) } });\n }\n });\n\n ws.on(\"close\", () => {\n state.clients.delete(clientId);\n console.log(`[gateway] WebSocket client disconnected: ${clientId}`);\n });\n}\n\n// Status update\nfunction updateStatus(): void {\n if (!globalCtx) return;\n \n const adapterCount = state.adapters.size;\n const clientCount = state.clients.size;\n \n const statusText = state.running\n ? adapterCount > 0 \n ? `🟢 Gateway (${adapterCount} platform${adapterCount !== 1 ? \"s\" : \"\"})`\n : `🟡 Gateway (waiting)`\n : \"🔴 Gateway\";\n \n globalCtx.ui.setStatus(\"gateway\", statusText);\n}\n\nexport default function (pi: ExtensionAPI) {\n config = loadConfig();\n state = {\n running: false,\n adapters: new Map(),\n clients: new Map(),\n sessions: new Map(),\n };\n\n // Initialize stores\n initSessionStore();\n initSecurityStore();\n initBackgroundTasks();\n\n // Register commands\n pi.registerCommand(\"gateway\", {\n description: \"Manage Hermes-style messaging gateway\",\n getArgumentCompletions: (prefix: string) => {\n const cmds = [\"start\", \"stop\", \"status\", \"restart\", \"pair\", \"allow\", \"sessions\", \"tasks\", \"config\"];\n return cmds.filter(c => c.startsWith(prefix)).map(c => ({ value: c, label: c }));\n },\n handler: async (args, ctx) => {\n const parts = args.split(/\\s+/).filter(Boolean);\n const subcmd = parts[0]?.toLowerCase();\n\n switch (subcmd) {\n case \"start\": {\n if (state.running) {\n ctx.ui.notify(\"Gateway already running\", \"info\");\n return;\n }\n\n const port = parseInt(parts[1]) || config.port;\n\n // Start HTTP server\n server = createServer(handleHttpRequest);\n \n if (config.enableWebSocket) {\n wss = new WebSocketServer({ server });\n wss.on(\"connection\", handleWebSocket);\n }\n\n server.listen(port, config.host, () => {\n console.log(`[gateway] HTTP server started on ${config.host}:${port}`);\n });\n\n // Start pi agent\n rpcProcess = createRpcProcess();\n\n // Initialize platform adapters\n await initializeAdapters();\n\n // Start cron\n startCron();\n\n state.running = true;\n updateStatus();\n\n ctx.ui.notify(\n `✅ Gateway started on http://${config.host}:${port}\\n\\n` +\n `Platforms: ${state.adapters.size > 0 ? Array.from(state.adapters.keys()).join(\", \") : \"none\"}\\n` +\n `Sessions: Idle reset every ${config.sessions.idleMinutes} min`,\n \"info\"\n );\n return;\n }\n\n case \"stop\": {\n if (!state.running) {\n ctx.ui.notify(\"Gateway not running\", \"info\");\n return;\n }\n\n // Stop adapters\n for (const adapter of state.adapters.values()) {\n await adapter.stop();\n }\n state.adapters.clear();\n\n // Stop cron\n stopCron();\n\n // Close WebSocket clients\n for (const ws of state.clients.values()) {\n ws.close(1000, \"Server shutting down\");\n }\n state.clients.clear();\n\n // Stop HTTP server\n server?.close();\n server = null;\n wss = null;\n\n // Kill pi process\n if (rpcProcess) {\n rpcProcess.kill();\n rpcProcess = null;\n }\n\n state.running = false;\n updateStatus();\n\n ctx.ui.notify(\"Gateway stopped\", \"info\");\n return;\n }\n\n case \"status\": {\n const lines: string[] = [];\n lines.push(`Status: ${state.running ? \"🟢 Running\" : \"🔴 Stopped\"}`);\n lines.push(`Port: ${config.port}`);\n lines.push(`Adapters: ${state.adapters.size}`);\n lines.push(`Clients: ${state.clients.size}`);\n lines.push(`Sessions: ${state.sessions.size}`);\n lines.push(`Agent: ${rpcProcess ? \"✅ Connected\" : \"❌ Disconnected\"}`);\n lines.push(\"\");\n lines.push(`Session Reset: ${config.sessions.resetPolicy}`);\n lines.push(` - Daily at ${config.sessions.dailyHour}:00`);\n lines.push(` - Idle after ${config.sessions.idleMinutes} min`);\n lines.push(\"\");\n lines.push(`Security: ${config.security.allowAll ? \"Allow all\" : \"Allowlist only\"}`);\n\n ctx.ui.setWidget(\"gateway-status\", lines, { placement: \"belowEditor\" });\n setTimeout(() => ctx.ui.setWidget(\"gateway-status\", undefined), 15000);\n return;\n }\n\n case \"pair\": {\n const code = parts[1]?.toUpperCase();\n if (!code) {\n const pending = listPendingPairingCodes();\n ctx.ui.notify(\n \"Pending pairing codes:\\n\" +\n (pending.length > 0 \n ? pending.map(p => `${p.code} - ${p.platform} (${Math.round(p.expiresIn / 60000)}min)`).join(\"\\n\")\n : \"None\"),\n \"info\"\n );\n return;\n }\n\n if (approvePairingCode(code)) {\n ctx.ui.notify(\"Pairing code approved\", \"info\");\n } else {\n ctx.ui.notify(`❌ Invalid or expired pairing code`, \"error\");\n }\n return;\n }\n\n case \"allow\": {\n const platform = parts[1] as Platform;\n const userId = parts[2];\n if (!platform || !userId) {\n const list = listAllowlistedUsers();\n ctx.ui.notify(\n \"Allowlisted users:\\n\" +\n (list.length > 0\n ? list.map(u => `${u.platform}:${u.userId}`).join(\"\\n\")\n : \"None\"),\n \"info\"\n );\n return;\n }\n\n addToAllowlist(platform, userId);\n ctx.ui.notify(`Added ${userId} to allowlist`, \"info\");\n return;\n }\n\n case \"sessions\": {\n const sessions = listSessions();\n ctx.ui.notify(\n \"Active sessions:\\n\" +\n sessions.slice(0, 10).map(s => \n `${s.platform}:${s.channelId} (${s.id.slice(0, 8)}...)`\n ).join(\"\\n\"),\n \"info\"\n );\n return;\n }\n\n case \"tasks\": {\n const tasks = listTasks();\n ctx.ui.notify(\n \"Background tasks:\\n\" +\n tasks.slice(0, 10).map(t => \n `${t.id.slice(0, 12)}... - ${t.status} (${t.progress}%)`\n ).join(\"\\n\"),\n \"info\"\n );\n return;\n }\n\n case \"config\": {\n ctx.ui.notify(\n `Gateway Config:\\n\\n` +\n `Port: ${config.port}\\n` +\n `Sessions: ${config.sessions.resetPolicy}\\n` +\n `Security: ${config.security.allowAll ? \"Allow all\" : \"Allowlist\"}\\n` +\n `Discord: ${config.platforms.discord?.enabled ? \"Enabled\" : \"Disabled\"}`,\n \"info\"\n );\n return;\n }\n\n default: {\n ctx.ui.notify(\n \"pi Gateway Commands:\\n\\n\" +\n \" /gateway start [port] - Start gateway\\n\" +\n \" /gateway stop - Stop gateway\\n\" +\n \" /gateway restart - Restart gateway\\n\" +\n \" /gateway status - Show status\\n\" +\n \" /gateway pair - Approve pairing\\n\" +\n \" /gateway allow - Add user to allowlist\\n\" +\n \" /gateway sessions - List sessions\\n\" +\n \" /gateway tasks - List background tasks\\n\" +\n \" /gateway config - Show config\\n\\n\" +\n \"Hermes-style features:\\n\" +\n \" - Per-chat sessions with reset policies\\n\" +\n \" - Platform adapters (Discord, etc.)\\n\" +\n \" - Background task support\\n\" +\n \" - Allowlist security\",\n \"info\"\n );\n }\n }\n },\n });\n\n // Register tools\n pi.registerTool({\n name: \"gateway_status\",\n label: \"Gateway Status\",\n description: \"Check Hermes-style gateway status\",\n parameters: Type.Object({}),\n async execute(_toolCallId, _params, _signal, _onUpdate, _ctx) {\n return {\n content: [{\n type: \"text\",\n text: `Gateway: ${state.running ? \"Running\" : \"Stopped\"}\\n` +\n `Adapters: ${state.adapters.size}\\n` +\n `Clients: ${state.clients.size}\\n` +\n `Sessions: ${state.sessions.size}\\n` +\n `Agent: ${rpcProcess ? \"Connected\" : \"Disconnected\"}`\n }],\n details: { running: state.running, adapters: state.adapters.size, clients: state.clients.size, sessions: state.sessions.size },\n };\n },\n });\n\n pi.registerTool({\n name: \"gateway_sessions\",\n label: \"Gateway Sessions\",\n description: \"List active gateway sessions\",\n parameters: Type.Object({}),\n async execute(_toolCallId, _params, _signal, _onUpdate, _ctx) {\n const sessions = listSessions();\n return {\n content: [{\n type: \"text\",\n text: `Active sessions: ${sessions.length}\\n` +\n JSON.stringify(sessions.map(s => ({\n id: s.id.slice(0, 12),\n platform: s.platform,\n channel: s.channelId,\n lastActivity: new Date(s.lastActivity).toISOString(),\n })), null, 2)\n }],\n details: { count: sessions.length },\n };\n },\n });\n\n pi.registerTool({\n name: \"gateway_background_tasks\",\n label: \"Background Tasks\",\n description: \"List and manage background tasks\",\n parameters: Type.Object({\n status: Type.Optional(Type.String()),\n }),\n async execute(_toolCallId, params, _signal, _onUpdate, _ctx) {\n const tasks = listTasks(params.status as any);\n return {\n content: [{\n type: \"text\",\n text: `Background tasks: ${tasks.length}\\n` +\n JSON.stringify(tasks.map(t => ({\n id: t.id.slice(0, 12),\n status: t.status,\n progress: t.progress,\n command: t.command.slice(0, 50),\n })), null, 2)\n }],\n details: { count: tasks.length },\n };\n },\n });\n\n pi.registerTool({\n name: \"gateway_pairing\",\n label: \"Gateway Pairing\",\n description: \"Generate or approve pairing codes\",\n parameters: Type.Object({\n action: Type.Union([Type.Literal(\"generate\"), Type.Literal(\"list\"), Type.Literal(\"approve\")]),\n platform: Type.Optional(Type.String()),\n userId: Type.Optional(Type.String()),\n code: Type.Optional(Type.String()),\n }),\n async execute(_toolCallId, params, _signal, _onUpdate, _ctx) {\n const { action, platform, userId, code } = params;\n switch (action) {\n case \"generate\": {\n if (!platform || !userId) {\n return { content: [{ type: \"text\", text: \"platform and userId required\" }], details: { error: true } };\n }\n const pairingCode = generatePairingCode(platform as Platform, userId);\n return {\n content: [{\n type: \"text\",\n text: `Pairing code: ${pairingCode}\\n\\nShare this code with the user to approve access.`\n }],\n details: { code: pairingCode },\n };\n }\n case \"approve\": {\n if (!code) {\n return { content: [{ type: \"text\", text: \"code required\" }], details: { error: true } };\n }\n const success = approvePairingCode(code);\n return {\n content: [{ type: \"text\", text: success ? \"✅ Code approved\" : \"❌ Invalid/expired\" }],\n details: { success },\n };\n }\n case \"list\": {\n const pending = listPendingPairingCodes();\n return {\n content: [{\n type: \"text\",\n text: `Pending codes: ${pending.length}\\n` +\n JSON.stringify(pending, null, 2)\n }],\n details: { count: pending.length },\n };\n }\n }\n },\n });\n\n // Notify on session start\n pi.on(\"session_start\", async (_event, ctx) => {\n globalCtx = ctx;\n updateStatus();\n });\n\n console.log(\"[pi-gateway] Hermes-style gateway extension loaded\");\n}\n"
}
],
"isError": false,
"timestamp": 1777662677468
}
},
{
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"timestamp": "2026-05-01T19:11:17.470Z",
"message": {
"role": "toolResult",
"toolCallId": "call_7f6HchnVxvgyw4ev1jaZzkNb|fc_038386ea8c012d3c0169f4fad4d39881949838f7d792161c15",
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"content": [
{
"type": "text",
"text": "/**\n * WhatsApp Adapter - Hermes-style WhatsApp platform adapter\n * \n * Features:\n * - WhatsApp Web protocol via Baileys\n * - QR code authentication\n * - Contact and group management\n * - Media messaging\n */\n\nimport { BaseAdapter, type PlatformMessage, type PlatformConfig } from \"./base.js\";\n\nexport interface WhatsAppConfig extends PlatformConfig {\n platform: \"whatsapp\";\n sessionPath?: string;\n printQr?: boolean; // Print QR to console\n maxMessageLength?: number;\n}\n\ninterface WhatsAppContact {\n id: string;\n name?: string;\n isGroup: boolean;\n}\n\nexport class WhatsAppAdapter extends BaseAdapter {\n readonly platform = \"whatsapp\" as const;\n config: WhatsAppConfig;\n \n private sock: any = null;\n private connected = false;\n private qrCode: string | null = null;\n\n constructor(config: WhatsAppConfig) {\n super();\n this.config = {\n enabled: true,\n platform: \"whatsapp\",\n sessionPath: \"./whatsapp-session\",\n printQr: true,\n maxMessageLength: 4096,\n ...config,\n };\n }\n\n async initialize(): Promise {\n try {\n const baileys = await import(\"@whiskeysockets/baileys\");\n \n const { state, saveCreds } = await baileys.useMultiFileAuthState(this.config.sessionPath || \"./whatsapp-session\");\n \n this.sock = baileys.makeWASocket({\n auth: state,\n printQRInTerminal: this.config.printQr,\n defaultQueryTimeoutMs: 60 * 1000,\n });\n\n // Handle QR code\n this.sock.ev.on(\"qr\", (qr: string) => {\n this.qrCode = qr;\n console.log(\"[WhatsApp] QR Code received - scan with WhatsApp app\");\n console.log(qr);\n });\n\n // Handle connection update\n this.sock.ev.on(\"connection.update\", ({ qr, connection }: any) => {\n if (qr) {\n this.qrCode = qr;\n }\n if (connection === \"open\") {\n this.connected = true;\n this.qrCode = null;\n console.log(\"[WhatsApp] Connected!\");\n }\n if (connection === \"close\") {\n this.connected = false;\n console.log(\"[WhatsApp] Disconnected\");\n }\n });\n\n // Handle credentials update\n this.sock.ev.on(\"creds.update\", saveCreds);\n\n // Handle messages\n this.sock.ev.on(\"messages.upsert\", ({ messages }: any) => {\n this.handleMessages(messages);\n });\n\n console.log(\"[WhatsApp] Initializing...\");\n } catch (err) {\n console.error(\"[WhatsApp] Failed to initialize:\", err);\n throw err;\n }\n }\n\n private handleMessages(messages: any[]): void {\n for (const msg of messages) {\n // Skip messages sent by us\n if (msg.key.fromMe) continue;\n\n const jid = msg.key.remoteJid;\n const isGroup = jid?.endsWith(\"@g.us\");\n \n // Get message content\n const content = \n msg.message?.conversation ||\n msg.message?.extendedTextMessage?.text ||\n msg.message?.imageMessage?.caption ||\n \"\";\n\n if (!content) continue;\n\n const message: PlatformMessage = {\n id: msg.key.id || this.generateMessageId(),\n platform: \"whatsapp\",\n channelId: jid,\n userId: msg.key.participant || jid,\n content,\n timestamp: msg.messageTimestamp ? msg.messageTimestamp * 1000 : Date.now(),\n metadata: {\n isGroup,\n messageType: msg.message ? Object.keys(msg.message)[0] : \"unknown\",\n pushName: msg.pushName,\n },\n };\n\n this.emitMessage(message);\n }\n }\n\n async start(callbacks): Promise {\n await super.start(callbacks);\n \n // Wait for connection\n let attempts = 0;\n while (!this.connected && attempts < 30) {\n await this.sleep(1000);\n attempts++;\n }\n\n if (!this.connected) {\n console.warn(\"[WhatsApp] Not yet connected - waiting for QR scan\");\n }\n }\n\n private sleep(ms: number): Promise {\n return new Promise(resolve => setTimeout(resolve, ms));\n }\n\n async stop(): Promise {\n if (this.sock) {\n await this.sock.logout();\n this.sock = null;\n }\n this.connected = false;\n await super.stop();\n }\n\n async sendMessage(channelId: string, content: string): Promise {\n if (!this.sock || !this.connected) {\n throw new Error(\"WhatsApp not connected\");\n }\n\n // Truncate if too long\n const text = content.length > (this.config.maxMessageLength || 4096)\n ? content.slice(0, this.config.maxMessageLength - 3) + \"...\"\n : content;\n\n try {\n const result = await this.sock.sendMessage(channelId, { text });\n return result?.key?.id || this.generateMessageId();\n } catch (err) {\n console.error(\"[WhatsApp] Send error:\", err);\n throw err;\n }\n }\n\n async sendImage(channelId: string, imageUrl: string, caption?: string): Promise {\n if (!this.sock || !this.connected) {\n throw new Error(\"WhatsApp not connected\");\n }\n\n try {\n const result = await this.sock.sendMessage(channelId, {\n image: { url: imageUrl },\n caption,\n });\n return result?.key?.id || this.generateMessageId();\n } catch (err) {\n console.error(\"[WhatsApp] Send image error:\", err);\n throw err;\n }\n }\n\n async sendReaction(channelId: string, messageId: string, emoji: string): Promise {\n if (!this.sock || !this.connected) {\n throw new Error(\"WhatsApp not connected\");\n }\n\n try {\n await this.sock.sendMessage(channelId, {\n react: { text: emoji, key: { remoteJid: channelId, id: messageId } },\n });\n } catch (err) {\n console.error(\"[WhatsApp] Reaction error:\", err);\n }\n }\n\n async reply(channelId: string, content: string, messageId: string): Promise {\n if (!this.sock || !this.connected) {\n throw new Error(\"WhatsApp not connected\");\n }\n\n try {\n const result = await this.sock.sendMessage(channelId, {\n text: content,\n contextInfo: {\n stanzaId: messageId,\n remoteJid: channelId,\n },\n });\n return result?.key?.id || this.generateMessageId();\n } catch (err) {\n console.error(\"[WhatsApp] Reply error:\", err);\n throw err;\n }\n }\n\n async editMessage(channelId: string, messageId: string, content: string): Promise {\n if (!this.sock || !this.connected) {\n throw new Error(\"WhatsApp not connected\");\n }\n\n try {\n await this.sock.relayMessage(channelId, {\n protocolMessage: {\n type: 6, // MESSAGE_EDIT\n key: { remoteJid: channelId, id: messageId },\n editedMessage: { conversation: [{ text: content }] },\n },\n }, {});\n } catch (err) {\n console.error(\"[WhatsApp] Edit error:\", err);\n }\n }\n\n async deleteMessage(channelId: string, messageId: string): Promise {\n if (!this.sock || !this.connected) {\n throw new Error(\"WhatsApp not connected\");\n }\n\n try {\n await this.sock.sendMessage(channelId, {\n delete: { remoteJid: channelId, id: messageId },\n });\n } catch (err) {\n console.error(\"[WhatsApp] Delete error:\", err);\n }\n }\n\n async setTyping(channelId: string, isTyping: boolean): Promise {\n if (!this.sock || !this.connected) return;\n\n try {\n await this.sock.sendPresenceUpdate(isTyping ? \"composing\" : \"available\", channelId);\n } catch (err) {\n // Ignore presence errors\n }\n }\n\n async getStatus(): Promise<{ connected: boolean; latency?: number }> {\n return { connected: this.connected };\n }\n\n async getContacts(): Promise {\n if (!this.sock?.store?.contacts) {\n return [];\n }\n\n return Object.entries(this.sock.store.contacts).map(([id, contact]: [string, any]) => ({\n id,\n name: contact?.name || contact?.notify || id.split(\"@\")[0],\n isGroup: id.endsWith(\"@g.us\"),\n }));\n }\n\n async getContact(jid: string): Promise {\n const contacts = await this.getContacts();\n return contacts.find(c => c.id === jid) || null;\n }\n\n getQrCode(): string | null {\n return this.qrCode;\n }\n}\n"
}
],
"isError": false,
"timestamp": 1777662677469
}
},
{
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"timestamp": "2026-05-01T19:11:17.472Z",
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"role": "toolResult",
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{
"type": "text",
"text": "/**\n * Background Task Manager - Hermes-style background session handling\n * \n * Features:\n * - Isolated sessions for background tasks\n * - Result delivery to parent session\n * - Progress notifications\n * - Timeout handling\n */\n\nimport { Database } from \"bun:sqlite\";\nimport { join } from \"path\";\nimport { homedir } from \"os\";\nimport { existsSync, mkdirSync } from \"fs\";\nimport { spawn, type ChildProcess } from \"node:child_process\";\nimport { createBackgroundSession, type SessionConfig } from \"../sessions/store.js\";\nimport { randomBytes } from \"node:crypto\";\n\nexport type BackgroundStatus = \"running\" | \"completed\" | \"failed\" | \"timeout\" | \"delivered\";\n\nexport interface BackgroundTask {\n id: string;\n sessionId: string;\n parentSessionId: string;\n command: string;\n status: BackgroundStatus;\n progress: number;\n progressMessage?: string;\n result?: unknown;\n error?: string;\n createdAt: number;\n startedAt?: number;\n completedAt?: number;\n deliveredAt?: number;\n}\n\ninterface TaskRow {\n id: string;\n session_id: string;\n parent_session_id: string;\n command: string;\n status: string;\n progress: number;\n progress_message: string | null;\n result: string | null;\n error: string | null;\n created_at: number;\n started_at: number | null;\n completed_at: number | null;\n delivered_at: number | null;\n}\n\nconst KOBOLD_DIR = join(homedir(), \".0xkobold\");\nconst TASKS_DB = join(KOBOLD_DIR, \"gateway-background-tasks.db\");\n\nlet db: Database | null = null;\nconst runningProcesses: Map = new Map();\nconst progressCallbacks: Map void> = new Map();\n\n/**\n * Initialize background tasks database\n */\nexport function initBackgroundTasks(): Database {\n if (db) return db;\n\n if (!existsSync(KOBOLD_DIR)) {\n mkdirSync(KOBOLD_DIR, { recursive: true });\n }\n\n db = new Database(TASKS_DB);\n db.run(\"PRAGMA journal_mode = WAL;\");\n\n // Tasks table\n db.run(`\n CREATE TABLE IF NOT EXISTS background_tasks (\n id TEXT PRIMARY KEY,\n session_id TEXT NOT NULL,\n parent_session_id TEXT NOT NULL,\n command TEXT NOT NULL,\n status TEXT NOT NULL DEFAULT 'running',\n progress INTEGER NOT NULL DEFAULT 0,\n progress_message TEXT,\n result TEXT,\n error TEXT,\n created_at INTEGER NOT NULL,\n started_at INTEGER,\n completed_at INTEGER,\n delivered_at INTEGER\n )\n `);\n\n // Indexes\n db.run(`CREATE INDEX IF NOT EXISTS idx_tasks_parent ON background_tasks(parent_session_id)`);\n db.run(`CREATE INDEX IF NOT EXISTS idx_tasks_status ON background_tasks(status)`);\n\n console.log(\"[BackgroundTasks] Database initialized\");\n return db;\n}\n\n/**\n * Start a background task\n */\nexport function startBackgroundTask(\n parentSessionId: string,\n command: string,\n onProgress?: (task: BackgroundTask) => void\n): BackgroundTask {\n const database = initBackgroundTasks();\n \n const id = `bg-${Date.now()}-${randomBytes(4).toString(\"hex\")}`;\n const now = Date.now();\n\n // Create background session\n const session = createBackgroundSession(\"background\", id, \"system\", parentSessionId);\n\n // Create task record\n const task: BackgroundTask = {\n id,\n sessionId: session.id,\n parentSessionId,\n command,\n status: \"running\",\n progress: 0,\n createdAt: now,\n };\n\n database.run(`\n INSERT INTO background_tasks \n (id, session_id, parent_session_id, command, status, progress, created_at)\n VALUES (?, ?, ?, ?, ?, ?, ?)\n `, [id, session.id, parentSessionId, command, \"running\", 0, now]);\n\n // Register progress callback\n if (onProgress) {\n progressCallbacks.set(id, onProgress);\n }\n\n // Start the actual process\n const proc = spawn(\"pi\", [\"--json\", \"--no-stream\", command], {\n stdio: [\"pipe\", \"pipe\", \"pipe\"],\n env: { ...process.env },\n });\n\n runningProcesses.set(id, proc);\n\n let stdout = \"\";\n let stderr = \"\";\n\n proc.stdout?.on(\"data\", (data: Buffer) => {\n stdout += data.toString();\n \n // Parse progress updates\n try {\n const lines = stdout.split(\"\\n\").filter(Boolean);\n for (const line of lines) {\n const parsed = JSON.parse(line);\n if (parsed.progress !== undefined) {\n updateTaskProgress(id, parsed.progress, parsed.message);\n }\n }\n } catch {\n // Not JSON yet\n }\n });\n\n proc.stderr?.on(\"data\", (data: Buffer) => {\n stderr += data.toString();\n });\n\n proc.on(\"close\", (code) => {\n runningProcesses.delete(id);\n \n if (code === 0) {\n try {\n const result = stdout.trim() ? JSON.parse(stdout) : { success: true };\n completeTask(id, result);\n } catch {\n completeTask(id, { success: true, output: stdout });\n }\n } else {\n failTask(id, stderr || `Process exited with code ${code}`);\n }\n });\n\n proc.on(\"error\", (err) => {\n runningProcesses.delete(id);\n failTask(id, err.message);\n });\n\n console.log(`[BackgroundTasks] Started task ${id.slice(0, 12)}...`);\n return task;\n}\n\n/**\n * Update task progress\n */\nexport function updateTaskProgress(taskId: string, progress: number, message?: string): void {\n const database = initBackgroundTasks();\n \n database.run(`\n UPDATE background_tasks SET progress = ?, progress_message = ?\n WHERE id = ?\n `, [progress, message ?? null, taskId]);\n\n // Notify via callback\n const callback = progressCallbacks.get(taskId);\n if (callback) {\n const task = getTask(taskId);\n if (task) callback(task);\n }\n}\n\n/**\n * Complete a task successfully\n */\nexport function completeTask(taskId: string, result: unknown): void {\n const database = initBackgroundTasks();\n const now = Date.now();\n\n database.run(`\n UPDATE background_tasks \n SET status = 'completed', progress = 100, result = ?, completed_at = ?\n WHERE id = ?\n `, [JSON.stringify(result), now, taskId]);\n\n console.log(`[BackgroundTasks] Task ${taskId.slice(0, 12)}... completed`);\n}\n\n/**\n * Fail a task\n */\nexport function failTask(taskId: string, error: string): void {\n const database = initBackgroundTasks();\n const now = Date.now();\n\n database.run(`\n UPDATE background_tasks \n SET status = 'failed', error = ?, completed_at = ?\n WHERE id = ?\n `, [error, now, taskId]);\n\n console.log(`[BackgroundTasks] Task ${taskId.slice(0, 12)}... failed: ${error}`);\n}\n\n/**\n * Mark task as delivered to user\n */\nexport function markTaskDelivered(taskId: string): void {\n const database = initBackgroundTasks();\n database.run(`\n UPDATE background_tasks SET status = 'delivered', delivered_at = ?\n WHERE id = ?\n `, [Date.now(), taskId]);\n}\n\n/**\n * Get task by ID\n */\nexport function getTask(taskId: string): BackgroundTask | null {\n const database = initBackgroundTasks();\n const row = database.query(\"SELECT * FROM background_tasks WHERE id = ?\").get(taskId) as TaskRow | undefined;\n return row ? rowToTask(row) : null;\n}\n\n/**\n * Get pending results for parent session\n */\nexport function getPendingResultsForSession(parentSessionId: string): BackgroundTask[] {\n const database = initBackgroundTasks();\n \n const rows = database.query(`\n SELECT * FROM background_tasks \n WHERE parent_session_id = ? AND status IN ('completed', 'failed')\n AND delivered_at IS NULL\n ORDER BY created_at ASC\n `).all(parentSessionId) as TaskRow[];\n\n return rows.map(rowToTask);\n}\n\n/**\n * List all tasks\n */\nexport function listTasks(status?: BackgroundStatus): BackgroundTask[] {\n const database = initBackgroundTasks();\n \n const query = status \n ? \"SELECT * FROM background_tasks WHERE status = ? ORDER BY created_at DESC\"\n : \"SELECT * FROM background_tasks ORDER BY created_at DESC\";\n \n const rows = status \n ? database.query(query).all(status) as TaskRow[]\n : database.query(query).all() as TaskRow[];\n \n return rows.map(rowToTask);\n}\n\n/**\n * Cancel a running task\n */\nexport function cancelTask(taskId: string): boolean {\n const proc = runningProcesses.get(taskId);\n if (proc) {\n proc.kill(\"SIGTERM\");\n runningProcesses.delete(taskId);\n \n const database = initBackgroundTasks();\n database.run(`\n UPDATE background_tasks SET status = 'failed', error = ?, completed_at = ?\n WHERE id = ?\n `, [\"Cancelled by user\", Date.now(), taskId]);\n \n return true;\n }\n return false;\n}\n\n/**\n * Clean up old tasks\n */\nexport function cleanupOldTasks(maxAgeMs: number = 7 * 24 * 60 * 60 * 1000): number {\n const database = initBackgroundTasks();\n const cutoff = Date.now() - maxAgeMs;\n const result = database.run(\"DELETE FROM background_tasks WHERE created_at < ?\", [cutoff]);\n return result.changes;\n}\n\n// Helper to convert DB row to BackgroundTask\nfunction rowToTask(row: TaskRow): BackgroundTask {\n return {\n id: row.id,\n sessionId: row.session_id,\n parentSessionId: row.parent_session_id,\n command: row.command,\n status: row.status as BackgroundStatus,\n progress: row.progress,\n progressMessage: row.progress_message ?? undefined,\n result: row.result ? JSON.parse(row.result) : undefined,\n error: row.error ?? undefined,\n createdAt: row.created_at,\n startedAt: row.started_at ?? undefined,\n completedAt: row.completed_at ?? undefined,\n deliveredAt: row.delivered_at ?? undefined,\n };\n}\n"
}
],
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"timestamp": 1777662677470
}
},
{
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"timestamp": "2026-05-01T19:11:17.480Z",
"message": {
"role": "toolResult",
"toolCallId": "call_PLZbDQcyUyMGIdNL54A7hWPS|fc_038386ea8c012d3c0169f4fad4d3b4819491c572fc129e02bd",
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{
"type": "text",
"text": "import * as fs from \"fs\";\nimport * as path from \"path\";\nimport * as qrcode from \"qrcode-terminal\";\nimport type { ChallengeAuth } from \"../auth/challenge-auth.js\";\nimport type { ExternalMessage } from \"../types.js\";\nimport type { ITransportProvider } from \"./interface.js\";\n\n// Dynamic import for ESM modules\ntype WASocket = any;\n\nasync function loadBaileys() {\n const baileys = await import(\"@whiskeysockets/baileys\");\n return baileys;\n}\n\n/**\n * WhatsApp transport provider using @whiskeysockets/baileys\n */\nexport class WhatsAppProvider implements ITransportProvider {\n readonly type = \"whatsapp\";\n private socket: WASocket | null = null;\n private _isConnected = false;\n private authPath: string;\n private messageHandler?: (message: ExternalMessage) => void;\n private errorHandler?: (error: Error) => void;\n private lastProcessedMessageId = \"\";\n private debug: boolean;\n private isManualConnect = false;\n\n constructor(config: { authPath?: string; debug?: boolean },\n private auth: ChallengeAuth\n ) {\n // Default auth path to ~/.pi/msg-bridge-whatsapp-auth\n this.authPath = config.authPath || path.join(\n process.env.HOME || process.env.USERPROFILE || \".\",\n \".pi\",\n \"msg-bridge-whatsapp-auth\"\n );\n this.debug = config.debug || false;\n }\n\n get isConnected(): boolean {\n return this._isConnected;\n }\n\n async connect(manual: boolean = false): Promise {\n if (this._isConnected) return;\n this.isManualConnect = manual;\n\n // Ensure auth directory exists\n if (!fs.existsSync(this.authPath)) {\n fs.mkdirSync(this.authPath, { recursive: true, mode: 0o700 });\n } else {\n // Ensure existing directory has secure permissions\n try {\n fs.chmodSync(this.authPath, 0o700);\n } catch (err) {\n console.warn(\"Failed to set auth directory permissions:\", err);\n }\n }\n\n const baileys = await loadBaileys();\n const { state, saveCreds } = await baileys.useMultiFileAuthState(this.authPath);\n\n // Suppress Baileys logger unless debug mode\n const silentLogger: any = {\n level: 'silent' as const,\n child: () => silentLogger,\n trace: () => {},\n debug: () => {},\n info: () => {},\n warn: () => {},\n error: () => {},\n fatal: () => {},\n };\n\n this.socket = baileys.default({\n auth: state,\n printQRInTerminal: false, // We'll handle QR display ourselves\n logger: this.debug ? undefined : silentLogger,\n });\n\n // Handle connection updates - set up IMMEDIATELY after socket creation\n this.socket.ev.on(\"connection.update\", async (update: any) => {\n const { connection, lastDisconnect, qr } = update;\n\n if (this.debug) {\n console.log(\"[WhatsApp] connection.update event received:\", JSON.stringify(update, null, 2));\n }\n\n if (qr && this.isManualConnect) {\n console.log(\"\\n📱 Scan this QR code with WhatsApp to authenticate:\\n\");\n qrcode.generate(qr, { small: true });\n console.log(\"\\n\");\n }\n\n if (connection === \"close\") {\n const statusCode = (lastDisconnect?.error as any)?.output?.statusCode;\n const shouldReconnect = statusCode !== baileys.DisconnectReason.loggedOut;\n\n if (this.debug) {\n console.log(`[WhatsApp] Connection closed. Status: ${statusCode}, Reconnect: ${shouldReconnect}`);\n }\n\n this._isConnected = false;\n\n if (this.errorHandler && statusCode !== baileys.DisconnectReason.loggedOut) {\n this.errorHandler(new Error(`connection closed (status ${statusCode})`));\n }\n\n // If unauthorized (401), clear invalid auth\n if (statusCode === 401) {\n try {\n if (fs.existsSync(this.authPath)) {\n fs.rmSync(this.authPath, { recursive: true, force: true });\n if (this.isManualConnect) {\n console.log(\"🔄 WhatsApp session expired. Cleared credentials. Reconnecting with QR code...\");\n // Reconnect after clearing auth to get fresh QR (manual configure only)\n setTimeout(() => this.connect(true), 1000);\n } else {\n console.log(\"🔄 WhatsApp session expired. Cleared credentials. Run /msg-bridge configure whatsapp to reconnect.\");\n }\n }\n } catch (err) {\n console.error(\"Failed to clear auth:\", err);\n }\n } else if (shouldReconnect) {\n // Reconnect after 3 seconds\n setTimeout(() => this.connect(), 3000);\n } else if (this.debug) {\n console.warn(\"⚠️ WhatsApp logged out. Run /msg-bridge configure whatsapp to reconnect.\");\n }\n } else if (connection === \"open\") {\n this._isConnected = true;\n console.log(\"✅ WhatsApp connected!\");\n }\n });\n\n // Save credentials when updated\n this.socket.ev.on(\"creds.update\", saveCreds);\n\n // Handle incoming messages\n this.socket.ev.on(\"messages.upsert\", async ({ messages, type }: any) => {\n if (type !== \"notify\") {\n return;\n }\n\n for (const msg of messages) {\n await this.handleMessage(msg);\n }\n });\n }\n\n async disconnect(): Promise {\n if (!this._isConnected || !this.socket) return;\n\n this.socket.end(undefined);\n this.socket = null;\n this._isConnected = false;\n console.log(\"[WhatsApp] Disconnected\");\n }\n\n async sendMessage(chatId: string, text: string): Promise {\n if (!this.socket) {\n throw new Error(\"WhatsApp not connected\");\n }\n\n await this.socket.sendMessage(chatId, { text });\n }\n\n async sendTyping(chatId: string): Promise {\n if (!this.socket) return;\n\n try {\n await this.socket.sendPresenceUpdate(\"composing\", chatId);\n // Auto-stop composing after 3 seconds\n setTimeout(async () => {\n try {\n await this.socket?.sendPresenceUpdate(\"paused\", chatId);\n } catch {\n // Ignore\n }\n }, 3000);\n } catch (error) {\n console.warn(\"[WhatsApp] Failed to send typing:\", error);\n }\n }\n\n onMessage(handler: (message: ExternalMessage) => void): void {\n this.messageHandler = handler;\n }\n\n onError(handler: (error: Error) => void): void {\n this.errorHandler = handler;\n }\n\n private async handleMessage(msg: any): Promise {\n // Debug: log message structure\n if (this.debug) {\n console.log(\"[WhatsApp] Message received:\", JSON.stringify(msg, null, 2));\n }\n\n // Skip non-text messages\n const text =\n msg.message?.conversation || msg.message?.extendedTextMessage?.text;\n if (!text) {\n return;\n }\n\n const messageId = msg.key.id || String(Date.now());\n\n // Filter out old/duplicate messages\n if (messageId === this.lastProcessedMessageId) {\n return;\n }\n this.lastProcessedMessageId = messageId;\n\n const chatId = msg.key.remoteJid || \"\";\n // Try multiple fields for username\n const pushName = msg.pushName || msg.verifiedBizName || msg.key.fromMe ? \"You\" : \"Unknown\";\n\n // Skip status broadcasts\n if (chatId === \"status@broadcast\") {\n return;\n }\n\n // Detect if DM or group\n // Group JIDs end with @g.us, individual JIDs end with @s.whatsapp.net\n const isGroupChat = chatId.endsWith(\"@g.us\");\n const userId = chatId.split(\"@\")[0]; // Phone number\n\n // For WhatsApp, mentions work differently - we'll consider it as not mentioned for now\n const wasMentioned = false;\n\n // Check authorization\n const sendMessageToUser = async (cId: string, text: string) => {\n if (this.socket) {\n await this.socket.sendMessage(cId, { text });\n }\n };\n\n const isAuthorized = await this.auth.checkAuthorization(\n userId,\n chatId,\n pushName,\n isGroupChat,\n wasMentioned,\n sendMessageToUser,\n this.type\n );\n\n // Handle admin commands and challenge codes in DM\n if (!isGroupChat && (text.startsWith(\"/\") || text.match(/^\\d{6}$/))) {\n const handled = await this.auth.handleAdminCommand(\n text,\n chatId,\n userId,\n async (text) => await this.sendMessage(chatId, text),\n this.type\n );\n if (handled) {\n return;\n }\n }\n\n if (!isAuthorized) {\n return; // Auth handler already sent challenge/error messages\n }\n\n // Forward to message handler\n if (this.messageHandler) {\n const externalMessage: ExternalMessage = {\n chatId,\n transport: this.type,\n content: text.trim(),\n username: pushName,\n userId,\n timestamp: new Date(Number(msg.messageTimestamp) * 1000),\n messageId,\n isGroupChat,\n wasMentioned,\n };\n\n this.messageHandler(externalMessage);\n }\n }\n}\n"
}
],
"isError": false,
"timestamp": 1777662677470
}
},
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"timestamp": "2026-05-01T19:11:24.469Z",
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"role": "assistant",
"content": [
{
"type": "thinking",
"thinking": "**Investigating package issues**\n\nI need to check if the gateway is using `require` in ESM TypeScript, which could be a compile bug. There's also an undeclared issue with bun:sqlite at runtime. I see a version mismatch: the npm version is 0.6.0, but the package states 0.4.0. That feels suspicious. The user asked about auditing extensions, which might be enough, but I also think I need to investigate runtime issues further. Checking the npm package contents could help clarify everything!",
"thinkingSignature": "{\"id\":\"rs_038386ea8c012d3c0169f4fad753ac8194a03f13d4acb9d180\",\"type\":\"reasoning\",\"encrypted_content\":\"gAAAAABp9PrbCuTCmiiysniTqJsBlyAuqmWoLNs41iDqOeN_vH5OI1xZ-WKnf6V7UgrOXiGV7PZYkOUWNRpnTZkHoa7u50Wuwc9VbkHt6MtTiXeTNJRpxHbTQVCmYuqYObBKBkBqiJWAaD_n1GyTxKH-jeTZROzJHfSEb2FD6yl_wp1Eo54vext5RjpRTwhGUkwbB8UBSC6xg57D9vgqK0N-LfPt4PbekyA_yHxjk5PMSh30Du-3q9EwUfQ-JJ7lQCymOrsKJB9BIUG1W7nc9SCdpzJ8LClQdmTraV_p_qyvtipQDxUf2Np0RiIyWj4ne1ZU_efQ2OKrWl5G7tiI7UgNolQy91gPTGw8-JWapPmJrJHcuM8BwkKdcjh3AN3BwkOPky-QeihtLYro9upoL326ggb_kcle13bKTiHlItolk_t4x1fuF8ko0HvZ7pJvqG8Ssiv2JZYsCDBQVgBDoyVhptGP4yl0G65DcXtJFYQSVeHmsxw63MkPer_nU7YACMZKc4rgvqHAYTfpnvVqPjOjlsyiEnqylGwVB929zson0k6aHE8pHRtTFTPM1io-H6gLTXGwNHYqJBXXT2Nq2ACuHRIOXwGlMWLa63Ka13HVhlW4XZLziB93NtCWw-KP6EmdH5nMKiav1WkuEgWKKFCkTgFN5kER4u9dWwIfyHPO0mYJMrxuN3gGfb5VyBcRZAD2MSjpMJUx7I6IftQ1M3OAYKV_pGIFS8p1CbVw1ND39sk3TaSSM2LDgCah107qYgUegywBGKjX2U9oJO1KJrs4b7QpZtI4gqKJlv-_yE8K7oBWpEq1TdwuqYP2jReM5z04EppoYOLCMQldYgcPcc6ZisM8af9Oi1ZGCinaEHM2Ipy7jcp8sxZKVpxMIeUC3s3CMYJBS9_OQLAjsVwCmM6AhancfBsAG01kh-5_CMrDzli62qtGoTQbrKwxW9PUFt7lb4tAKWhGCl4nJHItuIH8I1mdwww6OXiuEzqtoDkR4SBM4rXnP5AWvk_Fz2K9Nd7RfqVRQuoC7uDaNI-BcKX4kJmjnh8ToI2B4j-0K_Mm1njol4TTm6OqzMhWCL8dDWIxxVZpJxZPLeqrh47UQVzv4-Rx6eo47rKp2Qk3ncSHHvQOdJZwUPpeLHT4hLRMqljnHzGvk2asV7RnHSLen5P4hPgDk2X1S8DdLtpHlvlmuEGSo3VWsFCFxrMJA9LitdU92NdzL1dw8q77u6wvlsHR2wEf-SzCPkqiJZXuaT-ukO1kjleoUHRiIkCVSTWsGb5sC8ry9jf4DuJf4qbg4p4NYGly2Ny7J_DDFgvF2VK15IE7dyYLKIniYfv8gJyw6WVX48jG-aWrxeyu-uvD8yhNtguGJE0q6Rxwk1Gh1yPiZCTHlk_buQcfANiVieVLmWTtZdyYBl4Poo_6TQ3lht3sDDOImeOLhZM6i4dJAio92_lhI1r05Ean2AN-UvTimnHNHbbqIh67Qlqo1TW9zEvkjlNMjgIYtpFf8_CnQ0O548orgBDrjBBsZm9K9_Sg1xYtUFIePwO-m4noGbiTS77apwICChpo7URwEWyRnZkXyzJp0VW9C99TsK2kS9MgmW6ppfG7Whe0PtPw0JdBQB96uhypNCvPRVLC_gBuJZf4cfjcTNP0gxVD5jR_DA6OPt7PtV8_lNQsZI_okBOwaDSg-q3gztDr_zOmK3oIWmXDYp2j240HA_8tG1Qb6OsFYlKOTwq3-zs2iS5rdaUL0sriwz1HbkyqGvzmhyO3a54cs4AiUYmE_Zo=\",\"summary\":[{\"type\":\"summary_text\",\"text\":\"**Investigating package issues**\\n\\nI need to check if the gateway is using `require` in ESM TypeScript, which could be a compile bug. There's also an undeclared issue with bun:sqlite at runtime. I see a version mismatch: the npm version is 0.6.0, but the package states 0.4.0. That feels suspicious. The user asked about auditing extensions, which might be enough, but I also think I need to investigate runtime issues further. Checking the npm package contents could help clarify everything!\"}]}"
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"command": "set -e\nwork=/tmp/pi-gateway-npm-inspect\nrm -rf \"$work\"\nmkdir -p \"$work\"\ncd \"$work\"\nnpm pack @0xkobold/pi-gateway >/dev/null\npkg=$(ls *.tgz)\ntar -xzf \"$pkg\"\necho '--- packed package.json ---'\ncat package/package.json\nprintf '\\n--- packed files ---\\n'\nfind package -maxdepth 3 -type f | sed 's#^package/##' | sort | head -200",
"timeout": 120
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{
"type": "text",
"text": "npm notice\nnpm notice 📦 @0xkobold/pi-gateway@0.6.0\nnpm notice Tarball Contents\nnpm notice 6.3kB README.md\nnpm notice 2.5kB dist/adapters/base.d.ts\nnpm notice 731B dist/adapters/base.js\nnpm notice 786B dist/adapters/base.js.map\nnpm notice 1.6kB dist/adapters/discord.d.ts\nnpm notice 7.6kB dist/adapters/discord.js\nnpm notice 6.7kB dist/adapters/discord.js.map\nnpm notice 721B dist/adapters/index.d.ts\nnpm notice 358B dist/adapters/index.js\nnpm notice 404B dist/adapters/index.js.map\nnpm notice 1.6kB dist/adapters/slack.d.ts\nnpm notice 7.6kB dist/adapters/slack.js\nnpm notice 7.1kB dist/adapters/slack.js.map\nnpm notice 1.8kB dist/adapters/telegram.d.ts\nnpm notice 8.9kB dist/adapters/telegram.js\nnpm notice 8.0kB dist/adapters/telegram.js.map\nnpm notice 2.3kB dist/adapters/twitch.d.ts\nnpm notice 9.0kB dist/adapters/twitch.js\nnpm notice 7.5kB dist/adapters/twitch.js.map\nnpm notice 1.1kB dist/adapters/websocket.d.ts\nnpm notice 4.5kB dist/adapters/websocket.js\nnpm notice 4.2kB dist/adapters/websocket.js.map\nnpm notice 1.7kB dist/adapters/whatsapp.d.ts\nnpm notice 8.4kB dist/adapters/whatsapp.js\nnpm notice 8.0kB dist/adapters/whatsapp.js.map\nnpm notice 3.2kB dist/api.d.ts\nnpm notice 19.4kB dist/api.js\nnpm notice 17.9kB dist/api.js.map\nnpm notice 188B dist/background/index.d.ts\nnpm notice 177B dist/background/index.js\nnpm notice 214B dist/background/index.js.map\nnpm notice 1.5kB dist/background/manager.d.ts\nnpm notice 7.4kB dist/background/manager.js\nnpm notice 6.9kB dist/background/manager.js.map\nnpm notice 506B dist/db.d.ts\nnpm notice 2.5kB dist/db.js\nnpm notice 2.8kB dist/db.js.map\nnpm notice 956B dist/index.d.ts\nnpm notice 14.2kB dist/index.js\nnpm notice 11.1kB dist/index.js.map\nnpm notice 1.5kB dist/security/auth.d.ts\nnpm notice 6.0kB dist/security/auth.js\nnpm notice 5.2kB dist/security/auth.js.map\nnpm notice 215B dist/security/index.d.ts\nnpm notice 233B dist/security/index.js\nnpm notice 246B dist/security/index.js.map\nnpm notice 160B dist/sessions/index.d.ts\nnpm notice 155B dist/sessions/index.js\nnpm notice 208B dist/sessions/index.js.map\nnpm notice 1.3kB dist/sessions/store.d.ts\nnpm notice 7.0kB dist/sessions/store.js\nnpm notice 5.8kB dist/sessions/store.js.map\nnpm notice 1.4kB package.json\nnpm notice 2.8kB src/adapters/base.ts\nnpm notice 7.7kB src/adapters/discord.ts\nnpm notice 721B src/adapters/index.ts\nnpm notice 8.0kB src/adapters/slack.ts\nnpm notice 9.4kB src/adapters/telegram.ts\nnpm notice 10.0kB src/adapters/twitch.ts\nnpm notice 4.4kB src/adapters/websocket.ts\nnpm notice 8.0kB src/adapters/whatsapp.ts\nnpm notice 20.5kB src/api.ts\nnpm notice 188B src/background/index.ts\nnpm notice 8.4kB src/background/manager.ts\nnpm notice 2.6kB src/db.ts\nnpm notice 12.6kB src/index.ts\nnpm notice 7.1kB src/security/auth.ts\nnpm notice 215B src/security/index.ts\nnpm notice 160B src/sessions/index.ts\nnpm notice 7.8kB src/sessions/store.ts\nnpm notice Tarball Details\nnpm notice name: @0xkobold/pi-gateway\nnpm notice version: 0.6.0\nnpm notice filename: 0xkobold-pi-gateway-0.6.0.tgz\nnpm notice package size: 67.9 kB\nnpm notice unpacked size: 338.5 kB\nnpm notice shasum: fb391dcf2a85cca117edba7ea061527e4e6f5588\nnpm notice integrity: sha512-NcSuR+46Ro3HZ[...]NQf96oTM1Ldeg==\nnpm notice total files: 70\nnpm notice\n--- packed package.json ---\n{\n \"name\": \"@0xkobold/pi-gateway\",\n \"version\": \"0.6.0\",\n \"description\": \"Hermes-style messaging gateway for pi - multi-platform agent with sessions, security, and background tasks\",\n \"author\": \"0xKobold\",\n \"license\": \"MIT\",\n \"keywords\": [\"pi-package\", \"pi-extension\", \"gateway\", \"messaging\", \"hermes\", \"multi-platform\"],\n \"type\": \"module\",\n \"main\": \"dist/index.js\",\n \"types\": \"dist/index.d.ts\",\n \"exports\": {\n \".\": {\n \"import\": \"./dist/index.js\",\n \"types\": \"./dist/index.d.ts\"\n },\n \"./api\": {\n \"import\": \"./dist/api.js\",\n \"types\": \"./dist/api.d.ts\"\n }\n },\n \"files\": [\n \"dist/\",\n \"src/\",\n \"README.md\"\n ],\n \"scripts\": {\n \"build\": \"tsc\",\n \"dev\": \"tsc --watch\",\n \"test\": \"npx tsx tests/index.ts\",\n \"demo\": \"npx tsx tests/demo-server.ts\",\n \"client\": \"npx tsx tests/client-demo.ts\",\n \"prepublishOnly\": \"rm -rf dist && tsc\"\n },\n \"dependencies\": {\n \"sql.js\": \"^1.14.1\",\n \"ws\": \"^8.18.0\"\n },\n \"devDependencies\": {\n \"@types/sql.js\": \"^1.4.11\",\n \"@types/node\": \"^20.19.37\",\n \"@types/ws\": \"^8.18.1\",\n \"bun-types\": \"^1.3.11\",\n \"tsx\": \"^4.19.0\",\n \"typescript\": \"^6.0.2\"\n },\n \"peerDependencies\": {\n \"@mariozechner/pi-coding-agent\": \">=0.65.0\",\n \"@sinclair/typebox\": \">=0.32.0\"\n },\n \"pi\": {\n \"extensions\": [\"./dist/index.js\"]\n },\n \"repository\": {\n \"type\": \"git\",\n \"url\": \"https://github.com/0xKobold/pi-gateway.git\"\n }\n}\n--- packed files ---\ndist/adapters/base.d.ts\ndist/adapters/base.js\ndist/adapters/base.js.map\ndist/adapters/discord.d.ts\ndist/adapters/discord.js\ndist/adapters/discord.js.map\ndist/adapters/index.d.ts\ndist/adapters/index.js\ndist/adapters/index.js.map\ndist/adapters/slack.d.ts\ndist/adapters/slack.js\ndist/adapters/slack.js.map\ndist/adapters/telegram.d.ts\ndist/adapters/telegram.js\ndist/adapters/telegram.js.map\ndist/adapters/twitch.d.ts\ndist/adapters/twitch.js\ndist/adapters/twitch.js.map\ndist/adapters/websocket.d.ts\ndist/adapters/websocket.js\ndist/adapters/websocket.js.map\ndist/adapters/whatsapp.d.ts\ndist/adapters/whatsapp.js\ndist/adapters/whatsapp.js.map\ndist/api.d.ts\ndist/api.js\ndist/api.js.map\ndist/background/index.d.ts\ndist/background/index.js\ndist/background/index.js.map\ndist/background/manager.d.ts\ndist/background/manager.js\ndist/background/manager.js.map\ndist/db.d.ts\ndist/db.js\ndist/db.js.map\ndist/index.d.ts\ndist/index.js\ndist/index.js.map\ndist/security/auth.d.ts\ndist/security/auth.js\ndist/security/auth.js.map\ndist/security/index.d.ts\ndist/security/index.js\ndist/security/index.js.map\ndist/sessions/index.d.ts\ndist/sessions/index.js\ndist/sessions/index.js.map\ndist/sessions/store.d.ts\ndist/sessions/store.js\ndist/sessions/store.js.map\npackage.json\nREADME.md\nsrc/adapters/base.ts\nsrc/adapters/discord.ts\nsrc/adapters/index.ts\nsrc/adapters/slack.ts\nsrc/adapters/telegram.ts\nsrc/adapters/twitch.ts\nsrc/adapters/websocket.ts\nsrc/adapters/whatsapp.ts\nsrc/api.ts\nsrc/background/index.ts\nsrc/background/manager.ts\nsrc/db.ts\nsrc/index.ts\nsrc/security/auth.ts\nsrc/security/index.ts\nsrc/sessions/index.ts\nsrc/sessions/store.ts\n"
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{
"type": "thinking",
"thinking": "**Inspecting the source**\n\nI need to check the distribution since it might be using sql.js instead of bun. It’s a bit odd that there's no README in the repository. I wonder if using a tarball could be better than dealing with the repo directly. I could also note that the repository looks outdated compared to the published package, and that presents a risk. I should inspect the dist/db to see if it really is using sql.js and not bun.",
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"text": "import { Database } from \"../db.js\";\nimport { join } from \"path\";\nimport { homedir } from \"os\";\nimport { spawn } from \"node:child_process\";\nimport { createBackgroundSession } from \"../sessions/store.js\";\nimport { randomBytes } from \"node:crypto\";\nconst KOBOLD_DIR = join(homedir(), \".0xkobold\");\nconst TASKS_DB = join(KOBOLD_DIR, \"gateway-background-tasks.db\");\nlet db = null;\nconst runningProcesses = new Map();\nconst progressCallbacks = new Map();\nexport async function initBackgroundTasks() {\n if (db)\n return db;\n db = await Database.open(TASKS_DB);\n db.run(`\n CREATE TABLE IF NOT EXISTS background_tasks (\n id TEXT PRIMARY KEY,\n session_id TEXT NOT NULL,\n parent_session_id TEXT NOT NULL,\n command TEXT NOT NULL,\n status TEXT NOT NULL DEFAULT 'running',\n progress INTEGER NOT NULL DEFAULT 0,\n progress_message TEXT,\n result TEXT,\n error TEXT,\n created_at INTEGER NOT NULL,\n started_at INTEGER,\n completed_at INTEGER,\n delivered_at INTEGER\n )\n `);\n db.run(`CREATE INDEX IF NOT EXISTS idx_tasks_parent ON background_tasks(parent_session_id)`);\n db.run(`CREATE INDEX IF NOT EXISTS idx_tasks_status ON background_tasks(status)`);\n console.log(\"[BackgroundTasks] Database initialized\");\n return db;\n}\nexport async function startBackgroundTask(parentSessionId, command, onProgress) {\n const database = await initBackgroundTasks();\n const id = `bg-${Date.now()}-${randomBytes(4).toString(\"hex\")}`;\n const now = Date.now();\n const session = await createBackgroundSession(\"background\", id, \"system\", parentSessionId);\n const task = {\n id,\n sessionId: session.id,\n parentSessionId,\n command,\n status: \"running\",\n progress: 0,\n createdAt: now,\n };\n database.run(`\n INSERT INTO background_tasks\n (id, session_id, parent_session_id, command, status, progress, created_at)\n VALUES (?, ?, ?, ?, ?, ?, ?)\n `, [id, session.id, parentSessionId, command, \"running\", 0, now]);\n if (onProgress) {\n progressCallbacks.set(id, onProgress);\n }\n const proc = spawn(\"pi\", [\"--json\", \"--no-stream\", command], {\n stdio: [\"pipe\", \"pipe\", \"pipe\"],\n env: { ...process.env },\n });\n runningProcesses.set(id, proc);\n let stdout = \"\";\n let stderr = \"\";\n proc.stdout?.on(\"data\", (data) => {\n stdout += data.toString();\n try {\n const lines = stdout.split(\"\\n\").filter(Boolean);\n for (const line of lines) {\n const parsed = JSON.parse(line);\n if (parsed.progress !== undefined) {\n updateTaskProgress(id, parsed.progress, parsed.message);\n }\n }\n }\n catch {\n // Not JSON yet\n }\n });\n proc.stderr?.on(\"data\", (data) => {\n stderr += data.toString();\n });\n proc.on(\"close\", (code) => {\n runningProcesses.delete(id);\n if (code === 0) {\n try {\n const result = stdout.trim() ? 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AND status IN ('completed', 'failed')\n AND delivered_at IS NULL\n ORDER BY created_at ASC\n `).all(parentSessionId);\n return rows.map(rowToTask);\n}\nexport async function listTasks(status) {\n const database = await initBackgroundTasks();\n const query = status\n ? \"SELECT * FROM background_tasks WHERE status = ? ORDER BY created_at DESC\"\n : \"SELECT * FROM background_tasks ORDER BY created_at DESC\";\n const rows = status\n ? database.query(query).all(status)\n : database.query(query).all();\n return rows.map(rowToTask);\n}\nexport async function cancelTask(taskId) {\n const proc = runningProcesses.get(taskId);\n if (proc) {\n proc.kill(\"SIGTERM\");\n runningProcesses.delete(taskId);\n const database = await initBackgroundTasks();\n database.run(`\n UPDATE background_tasks SET status = 'failed', error = ?, completed_at = ?\n WHERE id = ?\n `, [\"Cancelled by user\", Date.now(), taskId]);\n return true;\n }\n return false;\n}\nexport async function cleanupOldTasks(maxAgeMs = 7 * 24 * 60 * 60 * 1000) {\n const database = await initBackgroundTasks();\n const cutoff = Date.now() - maxAgeMs;\n const result = database.run(\"DELETE FROM background_tasks WHERE created_at < ?\", [cutoff]);\n return result.changes;\n}\nfunction rowToTask(row) {\n return {\n id: row.id,\n sessionId: row.session_id,\n parentSessionId: row.parent_session_id,\n command: row.command,\n status: row.status,\n progress: row.progress,\n progressMessage: row.progress_message ?? undefined,\n result: row.result ? 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"text": "# Pi-Gateway\n\nHermes-style messaging gateway for [pi-coding-agent](https://github.com/badlogic/pi-mono) — multi-platform session management, security, and background tasks.\n\n## Installation\n\n```bash\npi install npm:@0xkobold/pi-gateway\n```\n\nOr as part of the meta-extension:\n\n```bash\npi install npm:@0xkobold/pi-kobold\n```\n\n## Features\n\n- **Per-Chat Sessions** — Unique session ID per platform/channel with reset policies\n- **Reset Policies** — Daily (hour-based) and idle (minutes-based) session resets\n- **Session Persistence** — Sessions survive restarts via SQLite (sql.js)\n- **Background Tasks** — Isolated sessions for long-running commands\n- **Security** — Per-platform user allowlists and DM pairing flow\n- **Rate Limiting** — Configurable per-identifier rate limiting\n- **Multi-Platform Adapters** — Discord, Telegram, Slack, WhatsApp, Twitch, WebSocket\n\n## Architecture\n\n```\n┌──────────────────────────────────────────────────────┐\n│ Pi-Gateway │\n├──────────────┬──────────────┬────────────────────────┤\n│ Sessions │ Security │ Background Tasks │\n│ ────────── │ ────────── │ ────────────────── │\n│ • Per-chat │ • Allowlist │ • Isolated sessions │\n│ • Reset │ • Pairing │ • Progress tracking │\n│ • Persist │ • Rate limit│ • Result delivery │\n├──────────────┴──────────────┴────────────────────────┤\n│ Platform Adapters │\n│ Discord · Telegram · Slack · WhatsApp · Twitch │\n├──────────────────────────────────────────────────────┤\n│ SQLite via sql.js │\n└──────────────────────────────────────────────────────┘\n```\n\n## Commands\n\n| Command | Description |\n|---------|-------------|\n| `/gateway start [port]` | Start the gateway |\n| `/gateway stop` | Stop the gateway |\n| `/gateway status` | Show status |\n| `/gateway restart` | Restart the gateway |\n| `/gateway pair ` | Approve a pairing code |\n| `/gateway allow ` | Add user to allowlist |\n| `/gateway sessions` | List active sessions |\n| `/gateway tasks` | List background tasks |\n| `/gateway config` | Show configuration |\n\n## Tools\n\n| Tool | Description |\n|------|-------------|\n| `gateway_status` | Check gateway status |\n| `gateway_sessions` | List active sessions |\n| `gateway_background_tasks` | List and manage background tasks |\n| `gateway_pairing` | Generate, list, or approve pairing codes |\n\n## Programmatic API\n\nPi-gateway now exports a programmatic API so it can be started from outside a pi session:\n\n```typescript\nimport { startGateway, stopGateway, isGatewayRunning, getStatus } from '@0xkobold/pi-gateway/api';\n\n// Check if already running\nconst running = await isGatewayRunning(3847);\n\n// Start the gateway\nconst status = await startGateway({ port: 3847, host: '0.0.0.0' });\n\n// Get status\nconst current = getStatus();\n\n// Stop\nawait stopGateway();\n```\n\n| Function | Description |\n|----------|-------------|\n| `startGateway(opts?)` | Start HTTP/WS server, adapters, and cron |\n| `stopGateway()` | Stop all adapters, close server, kill RPC process |\n| `isGatewayRunning(port?)` | Check if a gateway is already running on a port |\n| `getStatus()` | Get current status (running, adapters, clients, sessions) |\n| `getConfig()` | Get current gateway config |\n| `isRunning()` | Check if gateway is running (sync) |\n| `getAdapter(platform)` | Get a platform adapter by name |\n| `getAdapters()` | Get all active adapters |\n| `sendMessage(platform, channelId, content)` | Send a message through a platform adapter |\n| `broadcast(event, data)` | Broadcast to all connected WebSocket clients |\n\n### Start Options\n\n```typescript\ninterface StartGatewayOptions {\n port?: number; // Override config port\n host?: string; // Override config host\n noAgent?: boolean; // Don't spawn pi RPC process (when pi is already running)\n}\n```\n\n## Session Reset Policies\n\n- **idle** — Reset after N minutes of inactivity (default: 1440 = 24h)\n- **daily** — Reset at a specific hour each day (default: 4:00)\n- **both** — Reset on either condition\n\n## Security\n\n### Allowlist Mode\n\nBy default, all users are allowed (`allowAll: true`). To restrict access:\n\n1. Set `allowAll: false` in config\n2. Use pairing codes or `/gateway allow` to grant access\n\n### Pairing Flow\n\n1. User sends a message on a platform\n2. Agent generates a pairing code via `gateway_pairing` (generate)\n3. Admin approves code via `/gateway pair `\n4. User is added to the allowlist\n\n## Configuration\n\nStored at `~/.0xkobold/gateway/config.json`:\n\n```json\n{\n \"port\": 3847,\n \"host\": \"localhost\",\n \"tokens\": [],\n \"corsOrigins\": [\"*\"],\n \"enableWebSocket\": true,\n \"enableHttp\": true,\n \"security\": {\n \"allowAll\": true,\n \"requirePairing\": false\n },\n \"sessions\": {\n \"resetPolicy\": \"idle\",\n \"dailyHour\": 4,\n \"idleMinutes\": 1440\n },\n \"platforms\": {\n \"discord\": {\n \"enabled\": false,\n \"botToken\": \"\"\n }\n }\n}\n```\n\n## Local Storage\n\nData is stored in SQLite via [sql.js](https://github.com/nicolo-ribaudo/nicolo-nicolo/tree/main/nicolo) (WebAssembly) for cross-runtime compatibility (Node.js and Bun):\n\n- `~/.0xkobold/gateway-sessions.db` — Session data\n- `~/.0xkobold/gateway-security.db` — Allowlist, pairing codes, rate limits\n- `~/.0xkobold/gateway-background-tasks.db` — Background task records\n\n## Local Development\n\n```bash\ngit clone https://github.com/0xKobold/pi-gateway\ncd pi-gateway\nnpm install\nnpm run build\npi install ./\n```\n\n## License\n\nMIT"
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"text": "Found 3 real candidates.\n\n## 1) `whatsapp-pi`\n- Fit: WhatsApp-only Pi extension.\n- Repo: `RaphaCastelloes/whatsapp-pi`\n- Audit:\n - No install scripts.\n - No obvious exfil / webhook / curl / ssh junk.\n - Expected behavior only: WhatsApp bridge via Baileys, stores auth/config locally, forwards inbound text/media into Pi.\n - Audio transcription shells out to local Whisper binary.\n- Risk:\n - Runtime deps bad: `7` prod vulns, incl `3 critical`, `1 high`.\n - Main issue chain: `@whiskeysockets/baileys` → `protobufjs` RCE advisory, plus parser/DoS issues.\n - Tests: `83/85` pass. 2 weak path-test failures only.\n- Verdict:\n - Repo itself looks sane.\n - Best fit if you want WhatsApp only.\n - Dependency risk is the main problem.\n\n## 2) `pi-messenger-bridge`\n- Fit: Multi-messenger bridge. WhatsApp + Telegram + Slack + Discord.\n- Repo: `tintinweb/pi-messenger-bridge`\n- Audit:\n - No install scripts.\n - No obvious malicious behavior.\n - Better auth model than `whatsapp-pi`: challenge-based trust, lockfile guard, config perms `600/700`.\n - WhatsApp transport behavior looks normal.\n- Risk:\n - Much larger attack surface.\n - Runtime deps worse: `18` prod vulns, incl `5 critical`, `3 high`.\n - Pulls in `discord.js`, `node-telegram-bot-api`, `@slack/bolt`, `baileys`.\n - Includes deprecated `request` chain.\n- Quality:\n - Build passes.\n - Tests pass: `31/31`.\n- Verdict:\n - Cleaner security model at app level.\n - Heavier and riskier dependency tree.\n - Good only if you want multi-platform, not just WhatsApp.\n\n## 3) `@0xkobold/pi-gateway`\n- Fit: Gateway framework. WhatsApp is one adapter among many.\n- Repo: `0xKobold/pi-gateway`\n- Audit:\n - No obvious malware.\n - Published npm package imports cleanly.\n - Runtime deps in published package audit clean: `0` vulns.\n- Big caution:\n - GitHub repo and npm package are out of sync.\n - Repo `package.json` says `0.4.0`; npm publishes `0.6.0`.\n - Repo source uses `bun:sqlite` and looked half-shifted.\n - Published tarball instead uses `sql.js` and includes extra built files not reflected in repo.\n- Verdict:\n - Lowest dependency vuln count.\n - Highest trust ambiguity because source-of-truth is messy.\n - More framework than plug-and-play WhatsApp extension.\n\n## Ranking\n\nIf goal = **just WhatsApp on Pi**:\n1. `whatsapp-pi` — best fit, but vulnerable deps\n2. `pi-messenger-bridge` — overkill, more vuln surface\n3. `@0xkobold/pi-gateway` — not really the same product\n\nIf goal = **safest dependency profile**:\n1. `@0xkobold/pi-gateway`\n2. `whatsapp-pi`\n3. `pi-messenger-bridge`\n\nIf goal = **most trustworthy packaging/repo alignment**:\n1. `pi-messenger-bridge`\n2. `whatsapp-pi`\n3. `@0xkobold/pi-gateway`\n\nMy call:\n- `whatsapp-pi`: best practical fit, medium trust, bad deps.\n- `pi-messenger-bridge`: more mature controls, worse dependency blast radius.\n- `pi-gateway`: interesting, but repo/package mismatch is a red flag for maintainability.\n\nNext:\n- `install whatsapp-pi anyway`\n- `install pi-messenger-bridge`\n- `deep audit one candidate`",
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"text": "and for telegram?"
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"thinking": "**Searching for Telegram extensions**\n\nI need to provide a direct answer regarding Telegram and see if there are any specific extensions like the pi-messenger-bridge or pi-gateway. Since the user asked specifically about Telegram, it might be good to state that there’s no dedicated Telegram-only extension found so far. I should reference current findings and consider doing a quick npm search for any Telegram-specific pi extensions. Let's explore that together!",
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"text": "== npm search: telegram pi-package ==\n@grammyjs/types@grammyjs/types\nTelegram Bot API type declarations for grammYTelegram Bot API type declarations for grammY\nVersion 3.26.0 published 2026-04-03 by knorpelsenf\nMaintainers: knorpelsenf\nKeywords: grammy telegram bot api types\nhttps://npm.im/@grammyjs/types\n\n@mariozechner/pi-coding-agent@mariozechner/pi-coding-agent\nCoding agent CLI with read, bash, edit, write tools and session managementCoding agent CLI with read, bash, edit, write tools and session management\nVersion 0.71.1 published 2026-05-01 by badlogic\nMaintainers: badlogic mitsuhiko\nKeywords: coding-agent ai llm cli tui agent\nhttps://npm.im/@mariozechner/pi-coding-agent\n\n@telegraf/types@telegraf/types\nType declarations for the Telegram APIType declarations for the Telegram API\nVersion 9.2.1 published 2025-09-21 by mkrhere\nMaintainers: telegraf-owner ejnshtein wojpawlik mkrhere\nKeywords: telegram telegraf bot api types typings\nhttps://npm.im/@telegraf/types\n\ngrammygrammy\nThe Telegram Bot Framework.The Telegram Bot Framework.\nVersion 1.42.0 published 2026-04-03 by GitHub Actions\nMaintainers: knorpelsenf\nKeywords: telegram bot api client framework library grammy\nhttps://npm.im/grammy\n\nnode-telegram-bot-apinode-telegram-bot-api\nTelegram Bot APITelegram Bot API\nVersion 0.67.0 published 2025-12-13 by gochomugo\nMaintainers: gochomugo yagop\nKeywords: telegram telegram bot telegram bot api bot\nhttps://npm.im/node-telegram-bot-api\n\n@telegram-apps/signals@telegram-apps/signals\nTypeScript package implementing simple JavaScript signals.TypeScript package implementing simple JavaScript signals.\nVersion 1.1.2 published 2025-06-09 by qbnk\nMaintainers: it-tonstudio-io\nKeywords: telegram-mini-apps typescript signals\nhttps://npm.im/@telegram-apps/signals\n\ntelegraftelegraf\nModern Telegram Bot FrameworkModern Telegram Bot Framework\nVersion 4.16.3 published 2024-02-29 by mkrhere\nMaintainers: dotcypress mkrhere wojpawlik\nKeywords: telegraf telegram telegram bot api bot botapi bot framework\nhttps://npm.im/telegraf\n\n@llblab/pi-telegram@llblab/pi-telegram\nBetter Telegram DM bridge extension for piBetter Telegram DM bridge extension for pi\nVersion 0.4.0 published 2026-04-28 by llblab\nMaintainers: llblab\nKeywords: pi-package pi telegram bot extension\nhttps://npm.im/@llblab/pi-telegram\n\n@telegram-apps/navigation@telegram-apps/navigation\nNavigation functionality for Telegram Mini Apps.Navigation functionality for Telegram Mini Apps.\nVersion 1.0.14 published 2025-06-09 by qbnk\nMaintainers: it-tonstudio-io\nKeywords: telegram-mini-apps typescript navigation\nhttps://npm.im/@telegram-apps/navigation\n\n@telegram-apps/sdk@telegram-apps/sdk\nTypeScript Source Development Kit for Telegram Mini Apps client application.TypeScript Source Development Kit for Telegram Mini Apps client application.\nVersion 3.11.8 published 2025-10-08 by sorawalker\nMaintainers: it-tonstudio-io\nKeywords: telegram-mini-apps typescript sdk\nhttps://npm.im/@telegram-apps/sdk\n\n@telegram-apps/sdk-react@telegram-apps/sdk-react\nReact bindings for Mini Apps client SDK. Contains hooks, components and other useful tools which allow usage of React along with Mini Apps client SDK.React bindings for Mini Apps client SDK. Contains hooks, components and other useful tools which allow usage of React along with Mini Apps client SDK.\nVersion 3.3.9 published 2025-10-08 by sorawalker\nMaintainers: it-tonstudio-io\nKeywords: telegram-mini-apps typescript sdk react\nhttps://npm.im/@telegram-apps/sdk-react\n\nts-essentialsts-essentials\nAll essential TypeScript types in one placeAll essential TypeScript types in one place\nVersion 10.2.0 published 2026-04-26 by GitHub Actions\nMaintainers: krzkaczor beraliv ts-essentials-bot\nKeywords: typescript types essentials utils toolbox toolbelt lodash underscore\nhttps://npm.im/ts-essentials\n\n@chat-adapter/telegram@chat-adapter/telegram\nTelegram adapter for chatTelegram adapter for chat\nVersion 4.27.0 published 2026-04-30 by GitHub Actions\nMaintainers: matt.straka vercel-release-bot cramforce\nKeywords: chat telegram bot adapter\nhttps://npm.im/@chat-adapter/telegram\n\n@stdlib/constants-float64-pi@stdlib/constants-float64-pi\nπ.π.\nVersion 0.2.3 published 2026-02-05 by stdlib-bot\nMaintainers: stdlib-bot kgryte planeshifter rreusser\nKeywords: stdlib stdmath constant const mathematics math pi ieee754 double dbl floating-point float64\nhttps://npm.im/@stdlib/constants-float64-pi\n\n@types/node-telegram-bot-api@types/node-telegram-bot-api\nTypeScript definitions for node-telegram-bot-apiTypeScript definitions for node-telegram-bot-api\nVersion 0.64.14 published 2026-02-27 by types\nMaintainers: types\nhttps://npm.im/@types/node-telegram-bot-api\n\n@inceptionstack/roundhouse@inceptionstack/roundhouse\nMulti-platform chat gateway that routes messages through a configured AI agentMulti-platform chat gateway that routes messages through a configured AI agent\nVersion 0.3.26 published 2026-05-01 by royosherove\nMaintainers: royosherove\nKeywords: chat gateway telegram slack discord ai agent pi bot\nhttps://npm.im/@inceptionstack/roundhouse\n\n@bakachoda/casino-bot@bakachoda/casino-bot\nTelegram bot that sends random animated dice emojisTelegram bot that sends random animated dice emojis\nVersion 1.1.0 published 2026-04-23 by bakachoda\nMaintainers: bakachoda\nKeywords: telegram bot casino game dice telegram-bot minigame animated-emoji slots bowling basketball darts football prediction\nhttps://npm.im/@bakachoda/casino-bot\n\narisaarisa\nTelegram + Pi Agent modular assistantTelegram + Pi Agent modular assistant\nVersion 3.0.14 published 2026-04-08 by clasen\nMaintainers: clasen\nKeywords: telegram pi-agent assistant cli openclaw moltbot clawbot agent SOUL.md tinyclaw nullclaw picoclaw zeroclaw jarvis AGENTS.md pi.dev clasen\nhttps://npm.im/arisa\n\n@stdlib/constants-float64-two-pi@stdlib/constants-float64-two-pi\n2π.2π.\nVersion 0.2.3 published 2026-02-05 by stdlib-bot\nMaintainers: stdlib-bot kgryte planeshifter rreusser\nKeywords: stdlib stdmath constant const mathematics math pi 2pi ieee754 double dbl precision floating-point float64\nhttps://npm.im/@stdlib/constants-float64-two-pi\n\n@stdlib/constants-float64-sqrt-two-pi@stdlib/constants-float64-sqrt-two-pi\nSquare root of 2π.Square root of 2π.\nVersion 0.2.3 published 2026-02-05 by stdlib-bot\nMaintainers: stdlib-bot kgryte planeshifter rreusser\nKeywords: stdlib stdmath constant const mathematics math pi 2pi sqrt square root ieee754 double dbl precision floating-point float64\nhttps://npm.im/@stdlib/constants-float64-sqrt-two-pi\n\n@lottiefiles/lottie-player@lottiefiles/lottie-player\nLottie animation and Telegram Sticker player web components.Lottie animation and Telegram Sticker player web components.\nVersion 2.0.12 published 2024-11-04 by jawish\nMaintainers: jawish nattuadnan\nKeywords: lottie animation lottiefiles web component component lit-element player telegram sticker tgs\nhttps://npm.im/@lottiefiles/lottie-player\n\n@stdlib/constants-float64-ln-sqrt-two-pi@stdlib/constants-float64-ln-sqrt-two-pi\nNatural logarithm of the square root of 2π.Natural logarithm of the square root of 2π.\nVersion 0.2.3 published 2026-02-07 by stdlib-bot\nMaintainers: stdlib-bot kgryte planeshifter rreusser\nKeywords: stdlib stdmath constant const mathematics math pi 2pi sqrt ln natural logarithm log square root ieee754 double dbl precision floating-point float64\nhttps://npm.im/@stdlib/constants-float64-ln-sqrt-two-pi\n\n@mariozechner/pi-agent-core@mariozechner/pi-agent-core\nGeneral-purpose agent with transport abstraction, state management, and attachment supportGeneral-purpose agent with transport abstraction, state management, and attachment support\nVersion 0.71.1 published 2026-05-01 by badlogic\nMaintainers: badlogic mitsuhiko\nKeywords: ai agent llm transport state-management\nhttps://npm.im/@mariozechner/pi-agent-core\n\ntelegram\nNodeJS/Browser MTProto API Telegram client library,NodeJS/Browser MTProto API Telegram client library,\nVersion 2.26.22 published 2025-02-12 by painor\nMaintainers: youtwitface painor\nKeywords: telegram mtproto userbot api\nhttps://npm.im/telegram\n\n@aws-sdk/client-pi@aws-sdk/client-pi\nAWS SDK for JavaScript Pi Client for Node.js, Browser and React NativeAWS SDK for JavaScript Pi Client for Node.js, Browser and React Native\nVersion 3.1041.0 published 2026-05-01 by aws-sdk-bot\nMaintainers: amzn-oss aws-sdk-bot\nhttps://npm.im/@aws-sdk/client-pi\n\npi-telegrampi-telegram\nPi-Telegram: Bridge Telegram bots to pi coding agent via RPCPi-Telegram: Bridge Telegram bots to pi coding agent via RPC\nVersion 0.3.4 published 2026-04-18 by ziphyrien\nMaintainers: ziphyrien\nKeywords: telegram telegram-bot pi pi-coding-agent grammy rpc ai-agent cli\nhttps://npm.im/pi-telegram\n\n@geminixiang/mama@geminixiang/mama\nSlack bot that delegates messages to the pi coding agentSlack bot that delegates messages to the pi coding agent\nVersion 0.1.10 published 2026-04-02 by GitHub Actions\nMaintainers: geminixiang\nKeywords: agent ai bot discord slack telegram\nhttps://npm.im/@geminixiang/mama\n\nnannan\nNative Abstractions for Node.js: C++ header for Node 0.8 -> 25 compatibilityNative Abstractions for Node.js: C++ header for Node 0.8 -> 25 compatibility\nVersion 2.26.2 published 2026-03-18 by kkoopa\nMaintainers: kkoopa rvagg\nhttps://npm.im/nan\n\n@stdlib/constants-float64-half-pi@stdlib/constants-float64-half-pi\n1/2 times π.1/2 times π.\nVersion 0.2.3 published 2026-02-07 by stdlib-bot\nMaintainers: stdlib-bot kgryte planeshifter rreusser\nKeywords: stdlib stdmath constant const mathematics math half pi ieee754 double dbl floating-point float64\nhttps://npm.im/@stdlib/constants-float64-half-pi\n\n@oh-my-pi/pi-coding-agent@oh-my-pi/pi-coding-agent\nCoding agent CLI with read, bash, edit, write tools and session managementCoding agent CLI with read, bash, edit, write tools and session management\nVersion 14.5.14 published 2026-05-01 by can1357\nMaintainers: can1357\nKeywords: coding-agent ai llm cli tui agent\nhttps://npm.im/@oh-my-pi/pi-coding-agent\n\n@twa-dev/types@twa-dev/types\nTypes for Telegram Web Apps (TWA) SDKTypes for Telegram Web Apps (TWA) SDK\nVersion 8.0.2 published 2025-01-04 by artur_supertramp\nMaintainers: qbnk artur_supertramp\nKeywords: telegram typescript ts types telegram web apps telegram bot bot\nhttps://npm.im/@twa-dev/types\n\nmypensievemypensieve\nA general-purpose, self-evolving autonomous agent OS with persistent memory across sessionsA general-purpose, self-evolving autonomous agent OS with persistent memory across sessions\nVersion 0.3.6 published 2026-04-22 by GitHub Actions\nMaintainers: huntersreeni\nKeywords: agent ai memory autonomous pensieve pi-coding-agent llm cli telegram\nhttps://npm.im/mypensieve\n\n== npm search: keywords:pi-package telegram ==\n@llblab/pi-telegram@llblab/pi-telegram\nBetter Telegram DM bridge extension for piBetter Telegram DM bridge extension for pi\nVersion 0.4.0 published 2026-04-28 by llblab\nMaintainers: llblab\nKeywords: pi-package pi telegram bot extension\nhttps://npm.im/@llblab/pi-telegram\n\npi-messenger-bridgepi-messenger-bridge\nBridge common messengers (Telegram, WhatsApp, Slack, Discord) into piBridge common messengers (Telegram, WhatsApp, Slack, Discord) into pi\nVersion 0.3.0 published 2026-03-25 by tintinweb\nMaintainers: tintinweb\nKeywords: pi-package pi pi-extension telegram whatsapp slack discord messenger bridge bot remote chat messaging coding-agent\nhttps://npm.im/pi-messenger-bridge\n\n@pi-unipi/notify@pi-unipi/notify\nCross-platform notification extension for Pi — native OS, Gotify, and Telegram notifications for agent lifecycle eventsCross-platform notification extension for Pi — native OS, Gotify, and Telegram notifications for agent lifecycle events\nVersion 0.1.10 published 2026-05-01 by neuron-mr-white\nMaintainers: neuron-mr-white\nKeywords: pi-package pi-extension pi-coding-agent unipi notify notifications\nhttps://npm.im/@pi-unipi/notify\n\npi-bash-confirmpi-bash-confirm\nPi package for confirming bash commands before execution with Telegram notificationsPi package for confirming bash commands before execution with Telegram notifications\nVersion 2.0.0 published 2026-04-03 by matteo.collina\nMaintainers: matteo.collina\nKeywords: pi-package bash confirmation security telegram notifications\nhttps://npm.im/pi-bash-confirm\n\npi-telebridgepi-telebridge\nA pi extension that creates a two-way relay between your active pi coding agent session and a Telegram bot.A pi extension that creates a two-way relay between your active pi coding agent session and a Telegram bot.\nVersion 1.4.0 published 2026-03-14 by acarerdinc\nMaintainers: acarerdinc\nKeywords: pi-package pi-extension pi telegram telegram-bot\nhttps://npm.im/pi-telebridge\n\n@samfp/pi-telegram-bot@samfp/pi-telegram-bot\nTelegram bot exposing pi as a conversational coding agent. Chat with pi in Telegram with streaming responses, tool execution, threaded sessions, and model switching.Telegram bot exposing pi as a conversational coding agent. Chat with pi in Telegram with streaming responses, tool execution, threaded sessions, and model switching.\nVersion 0.1.0 published 2026-04-19 by samfp\nMaintainers: samfp\nKeywords: pi-package app\nhttps://npm.im/@samfp/pi-telegram-bot\n\n@e9n/pi-channels@e9n/pi-channels\nTwo-way channel extension for pi — route messages between agents and Telegram, webhooks, and custom adaptersTwo-way channel extension for pi — route messages between agents and Telegram, webhooks, and custom adapters\nVersion 0.2.1 published 2026-04-26 by e9n\nMaintainers: e9n\nKeywords: pi-package\nhttps://npm.im/@e9n/pi-channels\n\n@brain0pia/pi-notify@brain0pia/pi-notify\nPi package that sends Telegram notifications after each completed agent response.Pi package that sends Telegram notifications after each completed agent response.\nVersion 0.2.0 published 2026-03-14 by brain0pia\nMaintainers: brain0pia\nKeywords: pi-package pi-extension telegram notifications\nhttps://npm.im/@brain0pia/pi-notify\n\n@0xkobold/pi-gateway@0xkobold/pi-gateway\nHermes-style messaging gateway for pi - multi-platform agent with sessions, security, and background tasksHermes-style messaging gateway for pi - multi-platform agent with sessions, security, and background tasks\nVersion 0.6.0 published 2026-04-09 by moikapy\nMaintainers: moikapy\nKeywords: pi-package pi-extension gateway messaging hermes multi-platform\nhttps://npm.im/@0xkobold/pi-gateway\n\ncontext-modecontext-mode\nMCP plugin that saves 98% of your context window. Works with Claude Code, Gemini CLI, VS Code Copilot, OpenCode, and Codex CLI. Sandboxed code execution, FTS5 knowledge base, and intent-driven search.MCP plugin that saves 98% of your context window. Works with Claude Code, Gemini CLI, VS Code Copilot, OpenCode, and Codex CLI. Sandboxed code execution, FTS5 knowledge base, and intent-driven search.\nVersion 1.0.103 published 2026-04-28 by mksglu\nMaintainers: mksglu\nKeywords: mcp model-context-protocol claude claude-code gemini-cli vscode-copilot opencode openclaw codex-cli context-window sandbox code-execution fts5 bm25 pi-package\nhttps://npm.im/context-mode\n\npi-subagentspi-subagents\nPi extension for delegating tasks to subagents with chains, parallel execution, and TUI clarificationPi extension for delegating tasks to subagents with chains, parallel execution, and TUI clarification\nVersion 0.21.4 published 2026-05-01 by nicopreme\nMaintainers: nicopreme\nKeywords: pi-package pi pi-coding-agent subagents ai agents cli\nhttps://npm.im/pi-subagents\n\npi-mcp-adapterpi-mcp-adapter\nMCP (Model Context Protocol) adapter extension for Pi coding agentMCP (Model Context Protocol) adapter extension for Pi coding agent\nVersion 2.5.3 published 2026-05-01 by nicopreme\nMaintainers: nicopreme\nKeywords: pi-package pi mcp model-context-protocol ai coding-agent extension claude llm\nhttps://npm.im/pi-mcp-adapter\n\n@pi-unipi/unipi@pi-unipi/unipi\nAll-in-one extension suite for Pi coding agentAll-in-one extension suite for Pi coding agent\nVersion 0.1.17 published 2026-05-01 by neuron-mr-white\nMaintainers: neuron-mr-white\nKeywords: pi-package pi-extension pi-coding-agent unipi\nhttps://npm.im/@pi-unipi/unipi\n\n@a5c-ai/babysitter-pi@a5c-ai/babysitter-pi\nBabysitter package for Pi Coding AgentBabysitter package for Pi Coding Agent\nVersion 0.1.3 published 2026-04-04 by tmuskal\nMaintainers: tmuskal benihak\nKeywords: pi pi-package babysitter orchestration ai-agent\nhttps://npm.im/@a5c-ai/babysitter-pi\n\n@ollama/pi-web-search@ollama/pi-web-search\nWeb search and fetch tools for Pi agent - uses Ollama's web search and fetch APIsWeb search and fetch tools for Pi agent - uses Ollama's web search and fetch APIs\nVersion 0.0.5 published 2026-03-28 by parthollama\nMaintainers: jmorgan mchiang0610 drifkin bruce-ollama parthollama\nKeywords: pi-package pi-extension web-search ollama\nhttps://npm.im/@ollama/pi-web-search\n\n@plannotator/pi-extension@plannotator/pi-extension\nPlannotator extension for Pi coding agent - interactive plan review with visual annotationPlannotator extension for Pi coding agent - interactive plan review with visual annotation\nVersion 0.19.5 published 2026-05-01 by GitHub Actions\nMaintainers: backnotprop\nKeywords: pi-package plannotator plan-review ai-agent coding-agent\nhttps://npm.im/@plannotator/pi-extension\n\npi-web-accesspi-web-access\nWeb search, URL fetching, GitHub repo cloning, PDF extraction, YouTube video understanding, and local video analysis for Pi coding agentWeb search, URL fetching, GitHub repo cloning, PDF extraction, YouTube video understanding, and local video analysis for Pi coding agent\nVersion 0.10.6 published 2026-04-04 by nicopreme\nMaintainers: nicopreme\nKeywords: pi-package pi pi-coding-agent extension web-search perplexity fetch scraping\nhttps://npm.im/pi-web-access\n\ntaskplanetaskplane\nAI agent orchestration for pi — parallel task execution with checkpoint disciplineAI agent orchestration for pi — parallel task execution with checkpoint discipline\nVersion 0.28.4 published 2026-04-21 by henrylach\nMaintainers: henrylach\nKeywords: pi-package ai agent orchestration task-runner parallel\nhttps://npm.im/taskplane\n\npi-markdown-previewpi-markdown-preview\nRendered markdown + LaTeX preview for pi, with terminal, browser, and PDF outputRendered markdown + LaTeX preview for pi, with terminal, browser, and PDF output\nVersion 0.9.7 published 2026-04-29 by omacl\nMaintainers: omacl\nKeywords: pi-package\nhttps://npm.im/pi-markdown-preview\n\npi-lenspi-lens\nReal-time code feedback for pi — LSP, linters, formatters, type-checking, structural analysis & boobooReal-time code feedback for pi — LSP, linters, formatters, type-checking, structural analysis & booboo\nVersion 3.8.34 published 2026-05-01 by apmantza\nMaintainers: apmantza\nKeywords: pi pi-extension pi-package linter biome ast-grep ruff typescript code-quality feedback type-coverage jscpd knip\nhttps://npm.im/pi-lens\n\npi-gsdpi-gsd\nGet Shit Done - Unofficial port of the renowned AI-native project-planning spec-driven toolkitGet Shit Done - Unofficial port of the renowned AI-native project-planning spec-driven toolkit\nVersion 2.1.4 published 2026-04-26 by GitHub Actions\nMaintainers: fulgidus\nKeywords: ai agent planning cli workflow get-shit-done gsd productivity project-management milestones phases spec pi-package\nhttps://npm.im/pi-gsd\n\npi-xai-voicepi-xai-voice\nPi extension for xAI voice and audio workflowsPi extension for xAI voice and audio workflows\nVersion 0.1.0 published 2026-04-22 by luxusai\nMaintainers: luxusai\nKeywords: pi-package\nhttps://npm.im/pi-xai-voice\n\npi-powerline-footerpi-powerline-footer\nPowerline-style status bar extension for pi coding agentPowerline-style status bar extension for pi coding agent\nVersion 0.4.20 published 2026-04-26 by nicopreme\nMaintainers: nicopreme\nKeywords: pi-package pi coding-agent powerline status-bar extension\nhttps://npm.im/pi-powerline-footer\n\n@aliou/pi-processes@aliou/pi-processes\n\nVersion 0.8.1 published 2026-04-23 by GitHub Actions\nMaintainers: aliou\nKeywords: pi-package pi-extension pi processes\nhttps://npm.im/@aliou/pi-processes\n\npi-btwpi-btw\nA pi extension for parallel side conversations with /btwA pi extension for parallel side conversations with /btw\nVersion 0.3.8 published 2026-04-30 by GitHub Actions\nMaintainers: dbachelder\nKeywords: pi-package pi-extension pi-coding-agent agent tui\nhttps://npm.im/pi-btw\n\n@juicesharp/rpiv-todo@juicesharp/rpiv-todo\nPi extension: gives the model a todo list with a live overlay that survives /reload and compactionPi extension: gives the model a todo list with a live overlay that survives /reload and compaction\nVersion 1.0.13 published 2026-05-01 by juicesharp\nMaintainers: juicesharp\nKeywords: pi-package pi-extension rpiv todo\nhttps://npm.im/@juicesharp/rpiv-todo\n\n@juicesharp/rpiv-ask-user-question@juicesharp/rpiv-ask-user-question\nPi extension: lets the model ask you a clarifying question with structured options instead of guessingPi extension: lets the model ask you a clarifying question with structured options instead of guessing\nVersion 1.0.13 published 2026-05-01 by juicesharp\nMaintainers: juicesharp\nKeywords: pi-package pi-extension rpiv\nhttps://npm.im/@juicesharp/rpiv-ask-user-question\n\n@callumvass/forgeflow-dev@callumvass/forgeflow-dev\nDev pipeline for Pi — TDD implementation, code review, architecture, and Datadog investigations.Dev pipeline for Pi — TDD implementation, code review, architecture, and Datadog investigations.\nVersion 0.36.0 published 2026-04-12 by GitHub Actions\nMaintainers: callumvass\nKeywords: pi-package\nhttps://npm.im/@callumvass/forgeflow-dev\n\n@samfp/pi-memory@samfp/pi-memory\nPersistent memory for pi — learns corrections, preferences, and patterns from sessions and injects them into future conversations.Persistent memory for pi — learns corrections, preferences, and patterns from sessions and injects them into future conversations.\nVersion 1.0.2 published 2026-04-24 by samfp\nMaintainers: samfp\nKeywords: pi-package extension memory learning preferences\nhttps://npm.im/@samfp/pi-memory\n\n@heart-of-gold/toolkit@heart-of-gold/toolkit\nCross-platform installer for Heart of Gold skills — works with Codex, OpenCode, Pi, Claude Code, and moreCross-platform installer for Heart of Gold skills — works with Codex, OpenCode, Pi, Claude Code, and more\nVersion 0.1.50 published 2026-04-26 by ondrejsvec\nMaintainers: ondrejsvec\nKeywords: codex claude-code opencode pi pi-package ai-agents skills agents-md agentskills harness-engineering heart-of-gold\nhttps://npm.im/@heart-of-gold/toolkit\n\nglimpseuiglimpseui\nNative micro-UI for scripts and agents — cross-platform WebView windows with bidirectional JSON communicationNative micro-UI for scripts and agents — cross-platform WebView windows with bidirectional JSON communication\nVersion 0.8.0 published 2026-04-19 by haza\nMaintainers: haza\nKeywords: macos linux windows webview native ui webkit wkwebview webview2 gtk swift gui agent dialog prompt overlay pi-package\nhttps://npm.im/glimpseui\n\npi-notifierpi-notifier\nLightweight macOS desktop notifications for pi when waiting for input or decision.Lightweight macOS desktop notifications for pi when waiting for input or decision.\nVersion 0.1.1 published 2026-04-07 by zheermao\n"
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"thinking": "**Shortlisting packages**\n\nI need to create a shortlist of telegram packages and clarify that no audits have been done except for the bridge/gateway. I might also mention that there could be a quick audit on @llblab/pi-telegram and pi-telegram. It seems like doing a quick npm view could help gather more information on these packages. I want to make sure I'm thorough but also efficient in gathering what I need!",
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"toolCallId": "call_xZMdHrKPvGTIvhjXtDKCS2y8|fc_038386ea8c012d3c0169f4fbdc581c819496c4b3e3af9e4a76",
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"text": "== @llblab/pi-telegram ==\n{\n \"version\": \"0.4.0\",\n \"repository\": {\n \"type\": \"git\",\n \"url\": \"git+https://github.com/llblab/pi-telegram.git\"\n },\n \"homepage\": \"https://github.com/llblab/pi-telegram\",\n \"description\": \"Better Telegram DM bridge extension for pi\",\n \"dist.unpackedSize\": 565048,\n \"dist.tarball\": \"https://registry.npmjs.org/@llblab/pi-telegram/-/pi-telegram-0.4.0.tgz\",\n \"maintainers\": [\n \"llblab \"\n ]\n}\n\n== pi-telegram ==\n{\n \"version\": \"0.3.4\",\n \"description\": \"Pi-Telegram: Bridge Telegram bots to pi coding agent via RPC\",\n \"dist.unpackedSize\": 280335,\n \"dist.tarball\": \"https://registry.npmjs.org/pi-telegram/-/pi-telegram-0.3.4.tgz\",\n \"maintainers\": [\n \"ziphyrien <2697860027@qq.com>\"\n ]\n}\n\n== pi-telebridge ==\n{\n \"version\": \"1.4.0\",\n \"repository\": {\n \"type\": \"git\",\n \"url\": \"git+https://github.com/acarerdinc/pi-telebridge.git\"\n },\n \"homepage\": \"https://github.com/acarerdinc/pi-telebridge#readme\",\n \"description\": \"A pi extension that creates a two-way relay between your active pi coding agent session and a Telegram bot.\",\n \"dist.unpackedSize\": 28265,\n \"dist.tarball\": \"https://registry.npmjs.org/pi-telebridge/-/pi-telebridge-1.4.0.tgz\",\n \"maintainers\": [\n \"acarerdinc \"\n ]\n}\n\n== @samfp/pi-telegram-bot ==\n{\n \"version\": \"0.1.0\",\n \"description\": \"Telegram bot exposing pi as a conversational coding agent. Chat with pi in Telegram with streaming responses, tool execution, threaded sessions, and model switching.\",\n \"dist.unpackedSize\": 101172,\n \"dist.tarball\": \"https://registry.npmjs.org/@samfp/pi-telegram-bot/-/pi-telegram-bot-0.1.0.tgz\",\n \"maintainers\": [\n \"samfp \"\n ]\n}\n\n"
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"thinking": "**Considering recommendations**\n\nI need to provide concise recommendations here. It might make sense to mention options from prior audits, like supporting pi-messenger-bridge and pi-gateway for Telegram. I could also highlight dedicated Telegram options, as those could be beneficial. I want to make sure I’m clear and to the point while still giving enough detail for the user to understand their choices. Let's ensure that the recommendations are straightforward!",
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"text": "For Telegram, better options exist than for WhatsApp.\n\n## Best candidates\n\n### 1) `@llblab/pi-telegram`\n- Purpose: Telegram DM bridge for Pi.\n- Signal: most focused Telegram-specific Pi extension I found.\n- Repo present: `llblab/pi-telegram`\n- Likely best first thing to audit/install.\n\n### 2) `pi-telebridge`\n- Purpose: two-way relay between active Pi session and Telegram bot.\n- Repo present: `acarerdinc/pi-telebridge`\n- Smaller package than `@llblab/pi-telegram`.\n- Good if you want simple relay, not a full bot platform.\n\n### 3) `pi-telegram`\n- Purpose: Telegram bot bridge via RPC.\n- No repo metadata from npm view.\n- Lower trust until audited harder.\n\n### 4) `@samfp/pi-telegram-bot`\n- Purpose: full Telegram conversational bot with streaming/tool execution/threaded sessions.\n- No repo metadata from npm view.\n- Broader feature set, more moving parts.\n\n## Already-audited options that also support Telegram\n\n### `pi-messenger-bridge`\n- Supports Telegram + WhatsApp + Slack + Discord.\n- Code looked sane.\n- Tests passed.\n- Dependency tree is heavy and vulnerable.\n\n### `@0xkobold/pi-gateway`\n- Supports Telegram among many adapters.\n- Published npm package had clean runtime audit.\n- Repo/package mismatch hurts trust.\n\n## Quick ranking\n\nIf goal = **Telegram only**\n1. `@llblab/pi-telegram`\n2. `pi-telebridge`\n3. `@samfp/pi-telegram-bot`\n4. `pi-telegram`\n\nIf goal = **multi-platform**\n1. `pi-messenger-bridge`\n2. `@0xkobold/pi-gateway`\n\n## My call\nFor Telegram, I’d check `@llblab/pi-telegram` first, then `pi-telebridge`.\n\nIf you want, I can now:\n- audit `@llblab/pi-telegram` and `pi-telebridge`\n- or pick one and install if clean",
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"text": "telegram lnly is fine. do all maintain session context? how do they do persistance?"
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"thinking": "**Gathering data for audit**\n\nI need to provide an answer based on the information I already have. It seems like I should audit those repositories for persistence. So, I’ll focus on gathering the necessary data to support this process. It’s important to ensure everything is organized and accurately examined as I take this step. Let’s make sure I’ve got everything I need to effectively evaluate the situation!",
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"text": "./AGENTS.md:70:- `telegram_attach` is the canonical outbound file-delivery path for Telegram-originated requests\n./AGENTS.md:76:- Treat queue handling, compaction interaction, and lifecycle-hook state transitions as regression-prone areas; validate them after changing dispatch logic\n./AGENTS.md:77:- Route important runtime failures through the recent runtime event recorder so `/telegram-status` remains useful for post-mortem debugging, not just transient status-bar errors\n./AGENTS.md:88:- Name extracted `/lib` modules and mirrored `/tests` suites by bare domain when the repository already supplies the Telegram scope; prefer `api.ts`, `queue.ts`, `updates.ts`, and `queue.test.ts` over redundant `telegram-*` filename prefixes\n./AGENTS.md:90:- Keep composition wiring DRY with small local adapters or owning-domain contracts when repetition appears, but do not hide live mutable session state behind broad facades just to reduce repeated closures\n./AGENTS.md:95:- Queue owns scheduling/lifecycle semantics: lane contracts, queue and active-turn stores, mutations, dispatch readiness/runtime, control/prompt enqueueing, session state appliers, and agent/tool lifecycle hooks; model owns model identity/thinking-level contracts, scoped resolution and CLI pattern parsing, current-model state/runtime helpers, in-flight switch state, restart eligibility, delayed abort decisions, Telegram-prefix-defaulted continuation prompt construction/queueing, and controller runtime binding over queue turns\n./AGENTS.md:96:- Runtime owns session-local primitives and timers; locks owns shared `locks.json` singleton ownership, interactive takeover, stale same-`cwd` restart resume, session-replacement suspension, and ownership-drift shutdown; pi owns direct SDK imports and bound extension API ports; config owns persisted bot/session pairing state, single-user authorization, first-user pairing side effects, and inbound attachment handler config; API owns Bot API transport shapes/helpers, temp-dir/inbound-limit/runtime-error helpers, and runtime-bound chat actions\n./AGENTS.md:98:- Polling owns long-poll controller state/activity/loop wiring; updates owns callback/message/edit/reaction classification/execution; routing owns inbound update composition across menus, commands, media grouping, prompt queueing, edits, and paired authorization; handlers owns inbound attachment handler matching, command/tool invocation, prompt-text injection, and fallback behavior; registration owns pi tool/command/lifecycle-hook binding\n./AGENTS.md:100:- Menu owns inline menu state/cache/building, callback/action runtimes, status/thinking/model UI support, and selection planning; status owns bridge status rendering, grouped pi-side diagnostic lines, and recent-event state\n./AGENTS.md:101:- Turns own Telegram prompt turn-building/editing, prompt-prefix identity, and attachment-handler output handoff into prompt content; media owns inbound text/file/media-group extraction and download assembly; attachments own outbound file queueing, narrow structural attachment turn targets, stat checks, limits, and delivery classification; setup owns token prompt, env fallback, and validation flow\n./AGENTS.md:105:- Keep preview appearance logic in the rendering domain and preview transport/lifecycle logic in the preview domain so richer streaming strategies can evolve without entangling Telegram delivery state with Markdown formatting rules\n./AGENTS.md:109:- Do not reintroduce shared bucket domains such as `lib/constants.ts` or `lib/types.ts`; constants, state interfaces, and concrete transport shapes should stay in their owning domains, and `index.ts` should not grow new shared magic constants\n./AGENTS.md:110:- Keep remaining `index.ts` code focused on cross-domain adapter wiring that needs live extension state, pi callbacks, Telegram API ports, or status updates; do not extract one-off closures solely to reduce line count\n./AGENTS.md:111:- Domain-specific queue planning, preview transport/controller behavior, rendering, Telegram API transport, menu state, and command behavior should stay in their owning domains instead of moving to `/lib/runtime.ts` solely to shrink `index.ts`\n./AGENTS.md:123:- Telegram API methods currently used include polling, message editing, draft streaming, callback queries, reactions, file download, and media upload endpoints\n./AGENTS.md:126:- For `/telegram-setup`, prefer the locally saved bot token over environment variables on repeat setup runs; env vars are the bootstrap path when no local token exists\n./AGENTS.md:128:- Inbound files may become pi image inputs or configured attachment-handler text before queueing; outbound files must flow through `telegram_attach`\n./AGENTS.md:135:- Inspect the relevant `index.ts` section before editing because most bridge behavior is stateful and cross-linked\n./AGENTS.md:142:- Sync `README.md`, `CHANGELOG.md`, `BACKLOG.md`, and `/docs` whenever user-visible behavior or real open-work state changes\n./CHANGELOG.md:5:- `[Locks]` Added the shared `locks.json` singleton ownership standard and documented it in `docs/locks.md`. Telegram polling ownership now lives under `@llblab/pi-telegram` in `~/.pi/agent/locks.json`, while `telegram.json` remains pure bot/user configuration. `/telegram-connect` acquires the lock, replaces stale locks, or moves live external owners here through an interactive confirmation; `/telegram-disconnect` releases it. Session initialization reads ownership state, active owners stop local polling when `locks.json` no longer points at their own `pid`/`cwd`, session replacement via `/new` suspends polling/watchers without touching explicit ownership before resuming in the new session, and a reopened pi process resumes a stale same-`cwd` lock automatically. Impact: runtime locks can be reset or moved without deleting Telegram configuration, finding the previous pi instance, or crashing on stale extension contexts.\n./CHANGELOG.md:6:- `[Attachment Handlers]` Added `telegram.json` inbound attachment handlers with MIME/type matching, safe command placeholder substitution, local tool invocation, compact `[attachments] ` plus `[outputs]` prompt sections, and quiet omission of empty or failed handler output. Impact: common flows such as Telegram voice transcription can happen before the agent sees the turn while keeping source attachment paths visible.\n./CHANGELOG.md:13:- `[Flat Domain DAG]` The extension now uses `index.ts` as the single composition root over flat, acyclic `/lib` domains. API transport, persisted config/pairing, model control, queue/lifecycle, runtime state, commands, menu UI, polling, previews, replies, rendering, media, turns, attachments, updates, setup, status, pi SDK adapters, and registration each have explicit ownership. Impact: bridge behavior is easier to locate without introducing a second entrypoint or shared bucket modules.\n./CHANGELOG.md:14:- `[Composition Root]` `index.ts` now focuses on live pi/Telegram ports, session-local state, and cross-domain wiring. Stable defaults and local adapters for rendering, preview limits, preview reply metadata, attachment limits, Telegram prompt prefixes, prompt suffixes, command control items, bot command registration, API runtime construction, polling controllers, prompt dispatch, reply delivery, setup prompts, queue/session lifecycle, agent hooks, and tool hooks live in their owning domains. Impact: the entrypoint is smaller and reads as orchestration instead of carrying domain behavior.\n./CHANGELOG.md:15:- `[Type Boundaries]` Concrete Bot API transport shapes live in `api`, queued/active turn contracts live in `queue`, persisted session state lives in `config`, media download metadata lives in `media`, model selection contracts live in `model`, and domain constants stay with their owners. Narrow structural view contracts are used where a domain only needs a projection. Impact: public module interfaces are cleaner and accidental cross-domain coupling is reduced.\n./CHANGELOG.md:16:- `[Runtime State]` `runtime` owns only session-local coordination primitives: queue/control/priority counters, lifecycle flags, setup guards, abort handler storage, typing-loop timers, prompt-dispatch lifecycle binding, and agent-end reset sequencing. Preview state, queue planning, command behavior, rendering, and API transport stay outside `runtime`. Impact: mutable bridge state is centralized without becoming a general-purpose behavior bucket.\n./CHANGELOG.md:20:- `[Queue Core]` `queue` owns prompt/control item contracts, explicit control/priority/default lane admission rules, queue stores, active-turn state, queue mutation, dispatch readiness, prompt enqueueing, control enqueueing, session start/shutdown sequencing, and agent/tool lifecycle hooks. Impact: scheduling rules, active-turn binding, abort preservation, compaction guards, and dispatch safety are enforced in one place.\n./CHANGELOG.md:22:- `[Model Control]` `model` owns model identity, thinking levels, scoped model pattern parsing/resolution/sorting, current-model state, in-flight model-switch state, restart eligibility, delayed abort decisions, continuation prompt construction, and model-switch controller runtime binding. Impact: model selection, scoped menus, and in-flight restart behavior have one cohesive home.\n./CHANGELOG.md:23:- `[Commands And Menus]` `commands` owns slash-command parsing, command metadata, command-message targets, command execution modes, control-queue adapters, bot command registration, and stop/compact/status/model/help side effects. The Telegram bot command menu no longer exposes `/debug`; diagnostics live in pi-side `/telegram-status` and the pi TUI. `menu` owns inline status/model/thinking UI state, model-menu caching, callback routing, callback planning, render payloads, and menu message updates. Impact: Telegram controls can be tested without reading the full runtime composition.\n./CHANGELOG.md:29:- `[Preview And Replies]` `preview` owns streaming preview lifecycle, draft/editable-message transport choices, flush scheduling, preview finalization, and assistant-message hooks, while defaulting preview reply metadata through the `replies` helper instead of threading it through `index.ts`. `replies` owns final rendered-message delivery, reply parameters, assistant-message extraction, plain/Markdown replies, interactive message delivery, and split-message reply metadata. Impact: rich previews, final replies, errors, attachment notices, and uploads are tied to the source Telegram prompt when possible and degrade safely when Telegram cannot attach the reply.\n./CHANGELOG.md:30:- `[Files And Attachments]` `api` owns Bot API calls, retries, runtime error recording, temp-dir cleanup, inbound file limits, lazy bot-token clients, chat actions, and file downloads. `media` owns inbound text/media extraction, file-info normalization, media-group debounce, and download assembly. `attachments` owns outbound attachment queueing, atomic multi-file staging, stat checks, outbound limits, photo/document classification, and queued attachment sending. Impact: inbound downloads and outbound uploads are size-limited by default, large files fail predictably without leaving partial attachment batches staged, and outbound artifacts flow through `telegram_attach`.\n./CHANGELOG.md:31:- `[Config And Setup]` `config` owns `telegram.json`, bot-token/allowed-user state, single-user authorization, and first-user pairing. `setup` owns token prompting, stored-token/env fallback selection, validation, and guarded setup orchestration. Impact: pairing and setup behavior stays consistent across `/telegram-setup`, `/telegram-connect`, `/start`, and update routing.\n./CHANGELOG.md:35:- `[Status And Diagnostics]` `/telegram-status` now reports bridge diagnostics as grouped line-by-line pi notification sections separated by blank lines, ending with the redacted recent runtime/API event ring after connection, polling, execution, and queue state such as active turn, queue depth, queue lanes, compaction, active tool count, and pending model-switch state. Transport/API failures, polling/update failures, prompt dispatch failures, control action failures, typing failures, compaction failures, setup failures, session lifecycle failures, and attachment queue/delivery failures are recorded in the ring, while benign unchanged edit responses and empty draft-clear attempts do not pollute it. Impact: operators can diagnose bridge stalls and transport/runtime failures after the fact without exposing a Telegram-side debug command.\n./CHANGELOG.md:36:- `[Package Contents]` The npm package uses an explicit allowlist and keeps the tracked lockfile. Impact: published tarballs exclude tests and internal context files while preserving predictable release contents.\n./CHANGELOG.md:37:- `[Validation]` The project now ships typecheck, test, audit, package dry-run, and combined `validate` scripts plus GitHub Actions validation. Regression coverage spans rendering fixtures, queue/runtime/session behavior, command admission, lane contracts, invalid-lane rejection, setup, registration, replies, polling, updates, attachments, media, config, model resolution, preview timers, and extension-runtime flows. Impact: release checks catch type errors, dependency issues, package-content drift, rendering regressions, queue/lifecycle races, and architecture-boundary drift before publishing.\n./CHANGELOG.md:39:- `[Refactor]` Reopened compression/decomposition/refactor/consistency passes tightened menu-domain message render/send plumbing, compressed repeated menu/media/attachment/runtime/API/model/queue test harness shapes, extracted shared runtime context, model-context, dispatch-event, Telegram config, deferred-response, API-response, rich-response, prompt-block, fetch-method, API response/client/fetch-restore, runtime fetch/model, model-test, queue-model, queue prompt/control/item-type, registration active-turn, menu-model, and pi API test fixtures, migrated runtime integration tests onto those fixtures, replaced ad hoc structural casts with owning-domain or test-local helpers where practical, and removed avoidable test casts from attachment, polling, update, model, reply, menu, pi-adapter, and registration suites. Impact: the codebase stays easier to extend without changing Telegram runtime behavior.\n./CHANGELOG.md:43:- `[Turns]` Preserved existing attachment-path blocks and aborted-turn history context when a still-queued Telegram message is edited. Impact: caption edits no longer make queued prompts lose their downloaded file references or prior-message context.\n./CHANGELOG.md:45:- `[Telegram API]` Added HTTP-status-aware Bot API response parsing, malformed-success handling, retry/backoff for 429 and 5xx Bot API responses, streaming Telegram downloads with size-limit checks, file-backed multipart upload blobs, partial-download cleanup on limit failures, startup cleanup for stale Telegram temp files, and UUID-based sanitized temp filenames. Impact: Telegram transport failures now report clearer status/description details, transient Telegram throttling/server failures get retried automatically, oversized inbound files are rejected before or during download, outbound multipart sends avoid preloading files into memory, partial and stale temp files are removed, and downloaded files are less prone to timestamp collisions or unsafe local names.\n./CHANGELOG.md:49:- `[Menu]` Added short-lived model-menu input caching plus TTL/LRU cleanup for stored inline menu state. Impact: repeated `/status` and `/model` interactions do less settings/model-registry work, while old Telegram inline keyboards expire predictably instead of accumulating for the whole session.\n./CHANGELOG.md:53:- `[Refactor]` Extracted Telegram slash-command parsing and command-action routing into `lib/commands.ts` with mirrored tests, and moved queued-turn text replacement for edited messages into the turn domain. Impact: command normalization/execution planning and queued edit mutations are reusable, while the entrypoint keeps less local runtime state logic.\n./CHANGELOG.md:61:- `[Naming]` Renamed extracted domain modules and mirrored regression suites to use repo-scoped bare domain filenames such as `api.ts`, `queue.ts`, and `queue.test.ts` instead of repeating `telegram-*` in every path. Impact: the internal topology is easier to scan and stays aligned with the repository-level Telegram scope.\n./CHANGELOG.md:62:- `[Controls]` Expanded Telegram session controls with a richer `/status` view, inline model selection, and thinking-level controls, and fixed the callback-selection path so idle model and thinking picks apply immediately instead of only becoming visible after a later Telegram interaction. Impact: more bridge configuration can be managed directly from Telegram with more predictable immediate feedback.\n./CHANGELOG.md:63:- `[Queue]` Upgraded Telegram turn queueing with previews, reaction-driven prioritization/removal, media-group handling, aborted-turn history preservation, and safer dispatch gating. Impact: follow-up handling is more transparent and less prone to lifecycle races.\n./CHANGELOG.md:65:- `[Runtime]` Hardened attachment delivery, polling/runtime behavior, Telegram session integration, preview-finalization and reply-transport routing into the replies domain, lazy Telegram API client routing into the Telegram API domain, turn-building extraction into its own domain, menu/model-resolution plus menu-state, pure menu-page derivation, pure menu render-payload builders, menu-message runtime, callback parsing, callback entry handling, callback mutation helpers, full model-callback planning and execution, and interface-polished callback effect ports into the menu domain, direct execute-from-update routing into the updates domain, model-switch restart glue extraction into the model-switch domain, and tool/command/lifecycle-hook registration extraction into a dedicated registration domain. Impact: the bridge is more robust as a daily Telegram frontend for pi.\n./CHANGELOG.md:66:- `[Metadata]` Updated package repository metadata to point at the `llblab/pi-telegram` fork and renamed the npm package to `@llblab/pi-telegram` with public scoped publish settings. Impact: published package links no longer send users to stale upstream coordinates and the package can be published under the fork-owned npm scope.\n./CHANGELOG.md:67:- `[Validation]` Added lightweight regression tests for Telegram Markdown rendering, queue/runtime/agent-loop/session/control/dispatch, replies, polling, updates, attachments, registration, turns, menu, and Telegram API/media/config helpers, including quote/list, table, link/code, mixed-link/code chunking, mixed-block chunk transitions, long multi-block, long-quote, long inline-formatting chunk boundaries, list-code-quote-prose chunk transitions, narrower monospace table rendering without outer side borders, monospace unordered and ordered list markers, flattened nested quote indentation inside one Telegram blockquote, inbound poll/pair/dispatch runtime cases, preview finalization, aborted-turn history carry-over, queued-status/model-after-agent-end sequencing, compaction gating, media-group debounce dispatch, direct menu callback planning and execution, pure menu-page derivation, pure menu render-payload builders, reaction-driven reprioritization/removal, immediate in-flight model-switch continuation, delayed abort-after-tool-completion, lazy Telegram API client routing, turn-building, and scoped-model resolution. Impact: key renderer and queue invariants now have repeatable automated coverage across the known high-risk bridge paths.\n./CHANGELOG.md:70:- `[Registration]` Moved extension tool, command, and lifecycle-hook binding into the registration domain and added registration-focused regression coverage. Impact: extension wiring is easier to reason about and test without dragging full runtime state into every registration change.\n./CHANGELOG.md:72:- `[Setup]` `/telegram-setup` now shows the stored bot token first, otherwise prefills from common Telegram bot environment variables before falling back to the placeholder, using an actual prefilled editor when a real default exists. Impact: repeat setup respects local saved state while first-run and secret-managed setup stay fast.\n./README.md:1:# pi-telegram\n./README.md:3:\n./README.md:5:This repository is an actively maintained fork of [`badlogic/pi-telegram`](https://github.com/badlogic/pi-telegram). It started from upstream commit [`cb34008460b6c1ca036d92322f69d87f626be0fc`](https://github.com/badlogic/pi-telegram/commit/cb34008460b6c1ca036d92322f69d87f626be0fc) and has since diverged substantially.\n./README.md:17:- **Interactive UI**: Manage your session directly from Telegram. Inline buttons allow you to switch models and adjust reasoning (thinking) levels on the fly.\n./README.md:18:- **In-flight Model Switching**: Change the active model mid-generation. The agent gracefully pauses, applies the new model, and restarts its response without losing context.\n./README.md:21:- **File Handling & Attachments**: Send images and files to the agent, transcribe or transform inbound files with configured attachment handlers, or ask pi to generate and return artifacts. Inbound downloads and outbound attachments are size-limited by default, and outbound files are delivered automatically via the `telegram_attach` tool.\n./README.md:29:pi install npm:@llblab/pi-telegram\n./README.md:35:pi install git:github.com/llblab/pi-telegram\n./README.md:52:/telegram-setup\n./README.md:55:Paste your bot token when prompted. If a bot token is already saved in `~/.pi/agent/telegram.json`, the setup prompt shows that stored value by default. Otherwise it prefills from the first configured environment variable in `TELEGRAM_BOT_TOKEN`, `TELEGRAM_BOT_KEY`, `TELEGRAM_TOKEN`, or `TELEGRAM_KEY`. The saved config file is written with private `0600` permissions.\n./README.md:57:### 3. Connect this pi session\n./README.md:60:/telegram-connect\n./README.md:63:The bridge is session-local: only one pi instance polls Telegram at a time. `/telegram-connect` records polling ownership in `~/.pi/agent/locks.json`; live ownership moves require confirmation, while `/new` and same-`cwd` process restarts resume automatically.\n./README.md:82:- **`/status`**: View session stats, cost, and use inline buttons to change models.\n./README.md:84:- **`/compact`**: Start session compaction (only works when the session is idle).\n./README.md:93:- **`/telegram-setup`**: Configure or update the Telegram bot token.\n./README.md:94:- **`/telegram-status`**: Check bridge status, connection, polling, execution, queue, and recent redacted runtime/API failure events.\n./README.md:95:- **`/telegram-connect`**: Start polling Telegram updates in the current pi session, acquire the singleton lock, or interactively move ownership here from another live instance.\n./README.md:96:- **`/telegram-disconnect`**: Stop polling in the current pi session and release the singleton lock.\n./README.md:105:- Inbound images, albums, and files are saved to `~/.pi/agent/tmp/telegram`. Unhandled local file paths are included in the prompt, handled attachment output is injected into the prompt text, and inbound images are forwarded to pi as image inputs. Inbound downloads default to a 50 MiB limit and can be adjusted with `PI_TELEGRAM_INBOUND_FILE_MAX_BYTES` or `TELEGRAM_MAX_FILE_SIZE_BYTES`.\n./README.md:110:`telegram.json` can define `attachmentHandlers` for common preprocessing such as voice transcription. The first matching handler runs after download and before the Telegram turn enters the pi queue.\n./README.md:112:```json\n./README.md:128:Matching supports `mime`, `type`, or `match`; wildcards like `audio/*` are accepted. Command placeholders are substituted as argv, not shell text: `{filename}` and `{path}` are the downloaded file path, `{basename}` is the display filename, `{mime}` is the MIME type, and `{type}` is the Telegram attachment type. Tool handlers invoke a locally available tool by name, for example `transcribe_groq`; how that tool is provided is outside pi-telegram. Local attachments stay in the prompt under `[attachments] ` with relative file entries; successful handler stdout is added under `[outputs]`; failed or empty handlers simply produce no output block.\n./README.md:132:If you ask pi for a file or generated artifact (e.g., _\"generate a shell script and attach it\"_), pi will call the `telegram_attach` tool, and the extension will send the file alongside its next Telegram reply. Outbound attachments default to a 50 MiB limit and can be adjusted with `PI_TELEGRAM_OUTBOUND_ATTACHMENT_MAX_BYTES` or `TELEGRAM_MAX_ATTACHMENT_SIZE_BYTES`.\n./README.md:152:- Temporary inbound Telegram files are cleaned up on later session starts\n./docs/README.md:8:- [locks.md](./locks.md) — Shared `locks.json` standard for singleton extension ownership\n./lib/api.ts:3: * Wraps bot API calls, file downloads, runtime transport binding, and Telegram temp-file cleanup\n./lib/api.ts:30:const TEMP_DIR = join(homedir(), \".pi\", \"agent\", \"tmp\", \"telegram\");\n./lib/api.ts:199:export interface TelegramFileDownloadOptions {\n./lib/api.ts:218: downloadFile: (\n./lib/api.ts:222: options?: TelegramFileDownloadOptions,\n./lib/api.ts:236: kind: \"api\" | \"multipart\" | \"download\",\n./lib/api.ts:256: downloadFile: (fileId: string, suggestedName: string) => Promise;\n./lib/api.ts:265: sendChatAction: (chatId: number, action: \"typing\") => Promise;\n./lib/api.ts:266: sendTypingAction: (chatId: number) => Promise;\n./lib/api.ts:268: chatId: number,\n./lib/api.ts:344:function createTelegramDownloadLimitTransform(\n./lib/api.ts:347: let downloadedBytes = 0;\n./lib/api.ts:350: downloadedBytes += chunk.byteLength;\n./lib/api.ts:352: assertTelegramFileSizeWithinLimit(downloadedBytes, maxFileSizeBytes);\n./lib/api.ts:361:async function writeTelegramDownloadResponse(\n./lib/api.ts:374: createTelegramDownloadLimitTransform(maxFileSizeBytes),\n./lib/api.ts:379:async function removeTelegramPartialDownload(path: string): Promise {\n./lib/api.ts:399: data = (await response.json()) as TelegramApiResponse;\n./lib/api.ts:510: fetch(`https://api.telegram.org/bot${configuredBotToken}/${method}`, {\n./lib/api.ts:512: headers: { \"content-type\": \"application/json\" },\n./lib/api.ts:530: `https://api.telegram.org/bot${botToken}/getMe`,\n./lib/api.ts:532: return response.json() as Promise;\n./lib/api.ts:555: `https://api.telegram.org/bot${configuredBotToken}/${method}`,\n./lib/api.ts:567:export async function downloadTelegramFile(\n./lib/api.ts:572: options?: TelegramFileDownloadOptions,\n./lib/api.ts:588: `https://api.telegram.org/file/bot${configuredBotToken}/${file.file_path}`,\n./lib/api.ts:592: throw new Error(`Failed to download Telegram file: ${response.status}`);\n./lib/api.ts:600: await writeTelegramDownloadResponse(\n./lib/api.ts:606: await removeTelegramPartialDownload(targetPath);\n./lib/api.ts:631: sendChatAction: (chatId: number, action: TAction) => Promise,\n./lib/api.ts:633:): (chatId: number) => Promise {\n./lib/api.ts:634: return (chatId) => sendChatAction(chatId, action);\n./lib/api.ts:689: downloadFile: async (fileId, suggestedName) => {\n./lib/api.ts:691: return await deps.client.downloadFile(\n./lib/api.ts:700: deps.recordRuntimeEvent(\"download\", error, { suggestedName });\n./lib/api.ts:714: sendChatAction: (chatId, action) =>\n./lib/api.ts:716: chat_id: chatId,\n./lib/api.ts:720: (chatId, action) =>\n./lib/api.ts:722: chat_id: chatId,\n./lib/api.ts:727: sendMessageDraft: (chatId, draftId, text) => {\n./lib/api.ts:730: chat_id: chatId,\n./lib/api.ts:780: downloadFile: async (fileId, suggestedName, tempDir, options) => {\n./lib/api.ts:781: return downloadTelegramFile(\n./lib/attachments.ts:48: chatId: number;\n./lib/attachments.ts:81: chatId: number,\n./lib/attachments.ts:103: \"telegram_attach can only be used while replying to an active Telegram turn\",\n./lib/attachments.ts:191: chat_id: String(turn.chatId),\n./lib/attachments.ts:204: turn.chatId,\n./docs/architecture.md:5:`pi-telegram` is a session-local pi extension that binds one Telegram DM to one running pi session. The bridge owns four main responsibilities:\n./docs/architecture.md:16:Architecture shorthand: this repository uses a `Flat Domain DAG`: cohesive bridge domains live as flat `/lib/*.ts` modules, local imports must form a directed acyclic graph, shared buckets are avoided, and `index.ts` wires live pi/Telegram ports plus session state.\n./docs/architecture.md:22:Naming rule: because the repository already scopes this codebase to Telegram, extracted module and test filenames use bare domain names such as `api.ts`, `queue.ts`, `updates.ts`, and `queue.test.ts` rather than repeating `telegram-*` in every filename.\n./docs/architecture.md:26:- Telegram Bot API concrete transport shapes live with Telegram API helpers in `/lib/api.ts`, while persisted bot/session pairing state lives in `/lib/config.ts`; domain-owned runtime state types stay with their owners, such as queued/active turn state in `/lib/queue.ts` and preview state in `/lib/preview.ts`, while domain helpers prefer local structural `*Like` contracts instead of importing concrete wire DTOs\n./docs/architecture.md:27:- Direct pi SDK imports are centralized in `/lib/pi.ts`, which exposes concrete pi SDK type exports, bound extension API runtime ports, and narrow bridge-facing helpers such as settings-manager creation plus context model/idle/pending-message/compaction adapters; `index.ts` uses this adapter namespace instead of importing `@mariozechner/pi-coding-agent` directly\n./docs/architecture.md:28:- Session-local runtime primitives such as queue/control/priority ordering counters, lifecycle/dispatch flags, setup guard state, abort-handler storage/binding, typing-loop timer lifecycle, typing-loop starter binding, prompt-dispatch lifecycle/runtime adapters, and agent-end reset sequencing in `/lib/runtime.ts`; the runtime domain's essence is mutable cross-domain session coordination rather than business behavior. It exposes a grouped bridge runtime facade with named queue/lifecycle/setup/abort/typing ports that bind those primitives to one session state while remaining a cohesive state/runtime boundary, and `index.ts` still wires live Telegram API calls and status updates into those helpers. Preview-specific state, draft-support detection, and draft-id allocation live in `/lib/preview.ts`.\n./docs/architecture.md:29:- Constants live in their owning domains instead of a shared constants module: API paths/inbound limits and inbound file-size env parsing in `/lib/api.ts`, outbound attachment limits and outbound attachment-size env parsing in `/lib/attachments.ts`, media-group debounce in `/lib/media.ts`, attachment-handler timeout and local tool lookup defaults in `/lib/handlers.ts`, menu cache/state bounds in `/lib/menu.ts`, preview throttle/draft bounds in `/lib/preview.ts`, typing cadence in `/lib/runtime.ts`, diagnostic ring limits in `/lib/status.ts`, Telegram prompt prefix in `/lib/turns.ts`, and system-prompt guidance in `/lib/registration.ts`.\n./docs/architecture.md:30:- Queueing, narrow Telegram prompt content contracts, queue-store contracts/state helpers, active-turn state helpers, dispatch-readiness adapters, queue append/mutation runtime/controller adapters, control enqueue controllers, queue dispatch readiness/controller/runtime adapters, prompt enqueue/history planning/runtime/controllers, queue-runtime, session state appliers plus lifecycle/runtime sequencing, session start/shutdown sequencing plus hook binding, agent-start/agent-end lifecycle handling plus hook/runtime binding, and tool lifecycle handling plus tool-execution hook/runtime binding in `/lib/queue.ts`\n./docs/architecture.md:31:- Model identity/thinking-level contracts, scoped model-pattern parsing/resolution/sorting, current-model store/update/runtime helpers, in-flight model-switch state helpers, restart eligibility, delayed abort decisions, Telegram-prefix defaulted continuation prompt construction, continuation queue adapters, and model-switch controller/runtime binding over queue-owned turns in `/lib/model.ts`\n./docs/architecture.md:32:- Preview transport-selection, assistant-message preview lifecycle hook binding/handling, preview-finalization, preview controller state/reset helpers, preview Bot API message/rendered-chunk transport adapters, preview-controller/assistant-preview runtime binding, reply-metadata defaulting through the replies-domain helper, and preview-runtime helpers in `/lib/preview.ts`\n./docs/architecture.md:34:- Preview appearance and snapshot derivation stay in `/lib/rendering.ts`, while `/lib/preview.ts` owns transport and lifecycle decisions, so richer preview strategies can evolve without entangling Markdown formatting with Telegram delivery state\n./docs/architecture.md:35:- Polling request, start/stop controller state orchestration, polling activity readers, stop-condition, structural config contract, long-poll loop helpers, and poll-loop/controller runtime wiring over Telegram transport ports in `/lib/polling.ts`\n./docs/architecture.md:36:- Telegram persisted config shape, config-path defaults, config file read/write helpers, mutable config-store accessors, single-user authorization, and first-user pairing side effects/runtime adapters in `/lib/config.ts`\n./docs/architecture.md:38:- Telegram turn-building helpers, runtime turn-builder wiring over media download ports and media-owned downloaded-file metadata contracts, inbound attachment handler processing, queued-prompt edit runtime binding, and Node-backed image-file reads for pi image inputs in `/lib/turns.ts`\n./docs/architecture.md:39:- Telegram media/text extraction, file-info normalization, downloaded-message-file metadata contracts, inbound file download assembly, media-group debounce helpers, media-group controller state, and media-group-aware authorized-message dispatch adapter wiring in `/lib/media.ts`\n./docs/architecture.md:46:- Setup/token prompt, environment fallback, guarded setup runtime adapter wiring, structural setup config contract, token validation, config persistence orchestration, and setup notification helpers in `/lib/setup.ts`\n./docs/architecture.md:48:- Status-bar rendering/runtime adapters, bridge status state adapters, status-message rendering and status-HTML binding, structural queue-lane status view contracts, structured redacted runtime-event recording, recent-event recorder state, recent-event line formatting, and grouped pi-side diagnostics helpers in `/lib/status.ts`\n./docs/architecture.md:49:- Menu settings/model-registry access through structural ports, menu-state construction, menu runtime state/cache controller, menu-state storage pruning/refresh helpers, command open-flow branching, action runtime/state-builder adapters, menu callback handler adapters, stored callback entry/runtime routing, model-menu input-cache/state-building resolution, pure menu-page derivation, pure menu render-payload builders, menu-message runtime, callback parsing, callback mutation helpers, full model-callback planning and execution, interface-polished callback effect ports, status-thinking callback handling, and UI helpers in `/lib/menu.ts`\n./docs/architecture.md:51:- Remaining `index.ts` wiring is intentionally cross-domain adapter code that closes over live extension state, pi callbacks, Telegram API ports, and status updates; keep repeated wiring DRY through small local adapter helpers or owning-domain contracts when that reduces duplication without obscuring live state, and extract more only when a boundary can move cohesive behavior into an owning domain instead of relocating one-off closures\n./docs/architecture.md:54:- Mirrored domain regression coverage lives in `/tests/*.test.ts` using the same bare domain naming scheme, and architecture-invariant coverage in `/tests/invariants.test.ts` checks that the local `index.ts` plus `/lib/*.ts` import graph stays acyclic, shared bucket domains such as `lib/constants.ts` or `lib/types.ts` are not reintroduced, empty interface-extension shells stay collapsed into clearer type aliases, direct pi SDK imports stay centralized, `index.ts` source code stays free of direct Node runtime imports, local helper declarations, local arrow adapters, direct `process.env`, and direct `pi.*` receiver access, `/lib/runtime.ts` stays free of local domain imports, structural leaf domains stay free of local nominal imports, the menu domain stays on structural ports without re-exporting model, API transport stays decoupled from persisted config defaults, structural update/media domains stay decoupled from concrete API transport shapes, and attachment delivery stays decoupled from queue/inbound media/API helpers\n./docs/architecture.md:58:`/telegram-setup` uses a progressive-enhancement flow for the bot token prompt:\n./docs/architecture.md:60:1. Show the locally saved token from `~/.pi/agent/telegram.json` when one already exists\n./docs/architecture.md:64:Because `ctx.ui.input()` only exposes placeholder text, the bridge uses `ctx.ui.editor()` whenever a real default value must appear already filled in. The persisted `telegram.json` config is written with private `0600` permissions because it contains the bot token.\n./docs/architecture.md:68:Telegram bot configuration stays in `~/.pi/agent/telegram.json`; singleton runtime ownership lives separately in `~/.pi/agent/locks.json` under `@llblab/pi-telegram`. `/telegram-connect` acquires or moves that lock before polling starts, and `/telegram-disconnect` stops polling and releases it. Session start may read the existing lock and resume polling when the lock already points at the current `pid`/`cwd`; after a full pi process restart, it may also replace a stale lock from the same `cwd` and resume polling automatically. Session start does not create new ownership from an inactive lock, a live external lock, or a stale lock from another directory. Session replacement suspends polling and ownership watchers without releasing the lock, allowing the next session-start hook in the same `pid`/`cwd` to resume from the existing explicit ownership. When a live external owner exists, `/telegram-connect` asks whether to move singleton ownership to the current pi instance. Active owners poll the lock while running through a snapshotted ownership context, so long-lived timers do not touch stale pi contexts after `/new`; they stop local polling when `locks.json` no longer points at their own `pid`/`cwd`, without deleting the new owner lock. Deleting `locks.json` resets runtime ownership without deleting Telegram configuration.\n./docs/architecture.md:75:2. Each update offset is persisted only after the update handler succeeds; repeated handler failures are bounded so one poisoned update cannot stall polling forever\n./docs/architecture.md:78:5. Files are streamed into `~/.pi/agent/tmp/telegram` with a default 50 MiB size limit, partial-download cleanup on failures, and stale temp cleanup on session start; operators can tune the limit with `PI_TELEGRAM_INBOUND_FILE_MAX_BYTES` or `TELEGRAM_MAX_FILE_SIZE_BYTES`\n./docs/architecture.md:79:6. Configured inbound attachment handlers may run on downloaded files by MIME wildcard, Telegram attachment type, or generic match selector; command handlers receive safe argv substitution for `{filename}`/`{path}`/`{basename}`/`{mime}`/`{type}`, and tool handlers invoke locally available tools by name\n./docs/architecture.md:87:The bridge keeps its own Telegram queue and does not rely only on pi's internal pending-message state.\n./docs/architecture.md:119:When `/stop` aborts an active Telegram turn, queued follow-up Telegram messages can be preserved as prior-user history for the next turn. This keeps later Telegram input from being silently dropped after an interrupted run.\n./docs/architecture.md:154:Telegram prompt responses use explicit delivery context to attach outbound text, rich previews, errors, attachment notices, and uploads as Telegram replies to the source prompt when possible. Reply metadata is opt-in per delivery path, uses `reply_parameters` with `allow_sending_without_reply: true`, and is applied only to the first chunk of split long responses; continuation chunks are sent as normal adjacent messages. Media-group turns reply to the turn's representative `replyToMessageId`, not to every source message in the group.\n./docs/architecture.md:156:Outbound files are sent only after the active Telegram turn completes, must be staged through the `telegram_attach` tool, are staged atomically per tool call, are checked against a default 50 MiB limit configurable through `PI_TELEGRAM_OUTBOUND_ATTACHMENT_MAX_BYTES` or `TELEGRAM_MAX_ATTACHMENT_SIZE_BYTES`, and use file-backed multipart blobs so large sends do not require preloading whole files into memory.\n./docs/architecture.md:160:The bridge exposes Telegram-side session controls in addition to regular chat forwarding.\n./docs/architecture.md:164:- `/status` for model, usage, cost, and context visibility, queued as a high-priority control item when needed\n./docs/architecture.md:165:- Inline status buttons for model and thinking adjustments, applying idle selections immediately while still respecting busy-run restart rules; model-menu inputs are cached briefly and stored inline-menu states are pruned by TTL/LRU so old keyboards expire predictably\n./docs/architecture.md:167:- `/compact` for Telegram-triggered pi session compaction when the bridge is idle\n./docs/architecture.md:169:- `/telegram-status` for pi-side diagnostics as grouped line-by-line sections separated by blank lines: connection, polling, execution, queue, and the recent redacted runtime/API event ring. These sections include polling state, last update id, active turn source ids, pending dispatch, compaction state, active tool count, pending model-switch state, total queue depth, and queue-lane counts. The event ring records transport/API, polling/update, prompt-dispatch, control-action, typing, compaction, setup, session-lifecycle, and attachment queue/delivery failures; benign unchanged edit responses and unsupported empty draft-clear attempts are filtered out so expected preview transport noise does not obscure real failures\n./docs/architecture.md:183:This behavior is intentionally limited to runs currently owned by the Telegram bridge. If pi is busy with non-Telegram work, the bridge still refuses the switch instead of hijacking unrelated session activity.\n./lib/commands.ts:30: description: \"Show model, usage, cost, and context status\",\n./lib/commands.ts:33: { command: \"compact\", description: \"Compact the current pi session\" },\n./lib/commands.ts:123: setAllowedUserId: (userId: number) => void;\n./lib/commands.ts:125: persistConfig: () => Promise;\n./lib/commands.ts:148: chatId: number;\n./lib/commands.ts:161: chatId: number,\n./lib/commands.ts:166: chatId: number,\n./lib/commands.ts:171: chatId: number,\n./lib/commands.ts:197: chatId: message.chat.id,\n./lib/commands.ts:204: chatId: number;\n./lib/commands.ts:232: chatId: number;\n./lib/commands.ts:296: return deps.showStatus(target.chatId, target.replyToMessageId, ctx);\n./lib/commands.ts:300: return deps.openModelMenu(target.chatId, target.replyToMessageId, ctx);\n./lib/commands.ts:304: await deps.sendTextReply(target.chatId, target.replyToMessageId, text);\n./lib/commands.ts:350: setAllowedUserId: (userId: number) => void;\n./lib/commands.ts:352: persistConfig: () => Promise;\n./lib/commands.ts:481: persistConfig: deps.persistConfig,\n./lib/commands.ts:595: persistConfig: deps.persistConfig,\n./lib/commands.ts:714: persistConfig: deps.persistConfig,\n./docs/locks.md:3:`locks.json` is a shared registry for singleton pi extensions.\n./docs/locks.md:8:~/.pi/agent/locks.json\n./docs/locks.md:13:```json\n./docs/locks.md:15: \"@llblab/pi-telegram\": {\n./docs/locks.md:28:1. `package.json/name` for npm-style pi packages\n./docs/locks.md:32:For npm-style package extensions, the canonical value is the `package.json` `name`. Implementations may keep that value as a small local constant when it is clearer than runtime package introspection. The fallback rules are only for unpackaged extensions.\n./docs/locks.md:37:extensions/pi-telegram/package.json name=@llblab/pi-telegram -> @llblab/pi-telegram\n./docs/locks.md:38:extensions/pi-telegram/index.ts without package.json -> pi-telegram\n./docs/locks.md:39:extensions/pi-telegram.ts -> pi-telegram\n./docs/locks.md:44:```json\n./docs/locks.md:50:`pid` is the process that currently owns the singleton runtime. `cwd` should be stored when ownership is tied to a pi session directory.\n./docs/locks.md:61:Lock writes must be caused by an explicit user-initiated runtime event, such as `/wakeup-start`, `/telegram-connect`, or a confirmed takeover prompt.\n./docs/locks.md:63:Extension initialization and session-start hooks may read `locks.json`, update local status, install ownership watchers, and resume local work when the existing lock already points at the current `pid`/`cwd`. After a full process restart, a session-start hook may replace a stale lock from the same `cwd` to restore explicitly requested ownership. They must not create ownership from an inactive lock, take over a live external owner, or replace a stale lock from another directory by themselves. Such locks should stay visible as state until the user runs the start/connect command. Session replacement should suspend local runtime work and ownership watchers without releasing the lock, so the next session in the same `pid`/`cwd` can resume from explicit ownership.\n./docs/locks.md:69:```json\n./docs/locks.md:87:- Debug data belongs in `locks.json`, not in normal status output\n./docs/locks.md:91:Singleton extensions with footer/status presence should expose quiet but explicit local state. For example, pi-wakeup uses:\n./docs/locks.md:103:3. On confirmation, write the current `{ \"pid\": ..., \"cwd\": ... }` to this extension's key in `locks.json`\n./docs/locks.md:104:4. The previous owner must notice that `locks.json` no longer points at its own `pid`/`cwd` and stop local runtime work without deleting the new lock\n./docs/locks.md:109:pi-telegram\n./docs/locks.md:118:The previous owner may use `fs.watch`, mtime polling, or an existing status/timer tick. Long-lived watchers should compare against a snapshotted `pid`/`cwd` identity rather than a live pi context object, because session replacement such as `/new` makes captured contexts stale. The important contract is graceful local shutdown after ownership mismatch.\n./docs/locks.md:122:Delete `~/.pi/agent/locks.json` to reset singleton runtime ownership for all participating extensions without deleting their configuration files such as `telegram.json`.\n./docs/locks.md:130:- Lock file around `locks.json`, or\n./docs/locks.md:136:Migrations from legacy lock files or legacy keys should be one-off cleanup work. Runtime ownership should read and write only `locks.json` under the canonical identity key.\n./lib/config.ts:3: * Owns persisted bot/session pairing state, local config storage, authorization policy, and first-user pairing side effects\n./lib/config.ts:19: return join(getAgentDir(), \"telegram.json\");\n./lib/config.ts:39: setAllowedUserId: (userId: number) => void;\n./lib/config.ts:40: load: () => Promise;\n./lib/config.ts:41: persist: (config?: TelegramConfig) => Promise;\n./lib/config.ts:92: setAllowedUserId: (userId) => {\n./lib/config.ts:93: config.allowedUserId = userId;\n./lib/config.ts:95: load: async () => {\n./lib/config.ts:98: persist: async (nextConfig = config) => {\n./lib/config.ts:105: | { kind: \"pair\"; userId: number }\n./lib/config.ts:112: setAllowedUserId: (userId: number) => void;\n./lib/config.ts:113: persistConfig: () => Promise;\n./lib/config.ts:119: setAllowedUserId: (userId: number) => void;\n./lib/config.ts:120: persistConfig: () => Promise;\n./lib/config.ts:125: pairIfNeeded: (userId: number, ctx: TContext) => Promise;\n./lib/config.ts:129: userId: number,\n./lib/config.ts:133: return { kind: \"pair\", userId };\n./lib/config.ts:135: if (userId === allowedUserId) {\n./lib/config.ts:142: userId: number,\n./lib/config.ts:146: userId,\n./lib/config.ts:150: deps.setAllowedUserId(authorization.userId);\n./lib/config.ts:151: await deps.persistConfig();\n./lib/config.ts:160: pairIfNeeded: (userId, ctx) =>\n./lib/config.ts:161: pairTelegramUserIfNeeded(userId, {\n./lib/config.ts:165: persistConfig: deps.persistConfig,\n./index.ts:46: const telegramQueueStore =\n./index.ts:64: getQueuedItems: telegramQueueStore.getQueuedItems,\n./index.ts:78: ...telegramQueueStore,\n./index.ts:103: downloadFile: downloadTelegramBridgeFile,\n./index.ts:141: ...telegramQueueStore,\n./index.ts:208: state: pollingControllerState,\n./index.ts:213: persistConfig: configStore.persist,\n./index.ts:225: telegramQueueStore,\n./index.ts:237: downloadFile: downloadTelegramBridgeFile,\n-- files --\nAGENTS.md\nBACKLOG.md\nCHANGELOG.md\ndocs/architecture.md\ndocs/locks.md\ndocs/README.md\n.git/config\n.git/description\n.git/HEAD\n.git/hooks/applypatch-msg.sample\n.git/hooks/commit-msg.sample\n.git/hooks/fsmonitor-watchman.sample\n.git/hooks/post-update.sample\n.git/hooks/pre-applypatch.sample\n.git/hooks/pre-commit.sample\n.git/hooks/pre-merge-commit.sample\n.git/hooks/prepare-commit-msg.sample\n.git/hooks/pre-push.sample\n.git/hooks/pre-rebase.sample\n.git/hooks/pre-receive.sample\n.git/hooks/push-to-checkout.sample\n.git/hooks/sendemail-validate.sample\n.git/hooks/update.sample\n.github/workflows/validate.yml\n.gitignore\n.git/index\n.git/info/exclude\n.git/logs/HEAD\n.git/packed-refs\n.git/shallow\nindex.ts\nlib/api.ts\nlib/attachments.ts\nlib/commands.ts\nlib/config.ts\nlib/handlers.ts\nlib/locks.ts\nlib/media.ts\nlib/menu.ts\nlib/model.ts\nlib/pi.ts\nlib/polling.ts\nlib/preview.ts\nlib/queue.ts\nlib/registration.ts\nlib/rendering.ts\nlib/replies.ts\nlib/routing.ts\nlib/runtime.ts\nlib/setup.ts\nlib/status.ts\nlib/turns.ts\nlib/updates.ts\npackage.json\npackage-lock.json\nREADME.md\nscreenshot.png\ntests/api.test.ts\ntests/attachments.test.ts\ntests/commands.test.ts\ntests/config.test.ts\ntests/handlers.test.ts\ntests/invariants.test.ts\ntests/locks.test.ts\ntests/media.test.ts\ntests/menu.test.ts\ntests/model.test.ts\ntests/pi.test.ts\ntests/polling.test.ts\ntests/preview.test.ts\ntests/queue.test.ts\ntests/registration.test.ts\ntests/rendering.test.ts\ntests/replies.test.ts\ntests/routing.test.ts\ntests/runtime.test.ts\ntests/status.test.ts\ntests/turns.test.ts\ntests/updates.test.ts\ntsconfig.json\n\n\n[Showing lines 196-511 of 511 (50.0KB limit). Full output: /tmp/pi-bash-bcaceea588b7a198.log]"
}
],
"details": {
"truncation": {
"content": "./AGENTS.md:70:- `telegram_attach` is the canonical outbound file-delivery path for Telegram-originated requests\n./AGENTS.md:76:- Treat queue handling, compaction interaction, and lifecycle-hook state transitions as regression-prone areas; validate them after changing dispatch logic\n./AGENTS.md:77:- Route important runtime failures through the recent runtime event recorder so `/telegram-status` remains useful for post-mortem debugging, not just transient status-bar errors\n./AGENTS.md:88:- Name extracted `/lib` modules and mirrored `/tests` suites by bare domain when the repository already supplies the Telegram scope; prefer `api.ts`, `queue.ts`, `updates.ts`, and `queue.test.ts` over redundant `telegram-*` filename prefixes\n./AGENTS.md:90:- Keep composition wiring DRY with small local adapters or owning-domain contracts when repetition appears, but do not hide live mutable session state behind broad facades just to reduce repeated closures\n./AGENTS.md:95:- Queue owns scheduling/lifecycle semantics: lane contracts, queue and active-turn stores, mutations, dispatch readiness/runtime, control/prompt enqueueing, session state appliers, and agent/tool lifecycle hooks; model owns model identity/thinking-level contracts, scoped resolution and CLI pattern parsing, current-model state/runtime helpers, in-flight switch state, restart eligibility, delayed abort decisions, Telegram-prefix-defaulted continuation prompt construction/queueing, and controller runtime binding over queue turns\n./AGENTS.md:96:- Runtime owns session-local primitives and timers; locks owns shared `locks.json` singleton ownership, interactive takeover, stale same-`cwd` restart resume, session-replacement suspension, and ownership-drift shutdown; pi owns direct SDK imports and bound extension API ports; config owns persisted bot/session pairing state, single-user authorization, first-user pairing side effects, and inbound attachment handler config; API owns Bot API transport shapes/helpers, temp-dir/inbound-limit/runtime-error helpers, and runtime-bound chat actions\n./AGENTS.md:98:- Polling owns long-poll controller state/activity/loop wiring; updates owns callback/message/edit/reaction classification/execution; routing owns inbound update composition across menus, commands, media grouping, prompt queueing, edits, and paired authorization; handlers owns inbound attachment handler matching, command/tool invocation, prompt-text injection, and fallback behavior; registration owns pi tool/command/lifecycle-hook binding\n./AGENTS.md:100:- Menu owns inline menu state/cache/building, callback/action runtimes, status/thinking/model UI support, and selection planning; status owns bridge status rendering, grouped pi-side diagnostic lines, and recent-event state\n./AGENTS.md:101:- Turns own Telegram prompt turn-building/editing, prompt-prefix identity, and attachment-handler output handoff into prompt content; media owns inbound text/file/media-group extraction and download assembly; attachments own outbound file queueing, narrow structural attachment turn targets, stat checks, limits, and delivery classification; setup owns token prompt, env fallback, and validation flow\n./AGENTS.md:105:- Keep preview appearance logic in the rendering domain and preview transport/lifecycle logic in the preview domain so richer streaming strategies can evolve without entangling Telegram delivery state with Markdown formatting rules\n./AGENTS.md:109:- Do not reintroduce shared bucket domains such as `lib/constants.ts` or `lib/types.ts`; constants, state interfaces, and concrete transport shapes should stay in their owning domains, and `index.ts` should not grow new shared magic constants\n./AGENTS.md:110:- Keep remaining `index.ts` code focused on cross-domain adapter wiring that needs live extension state, pi callbacks, Telegram API ports, or status updates; do not extract one-off closures solely to reduce line count\n./AGENTS.md:111:- Domain-specific queue planning, preview transport/controller behavior, rendering, Telegram API transport, menu state, and command behavior should stay in their owning domains instead of moving to `/lib/runtime.ts` solely to shrink `index.ts`\n./AGENTS.md:123:- Telegram API methods currently used include polling, message editing, draft streaming, callback queries, reactions, file download, and media upload endpoints\n./AGENTS.md:126:- For `/telegram-setup`, prefer the locally saved bot token over environment variables on repeat setup runs; env vars are the bootstrap path when no local token exists\n./AGENTS.md:128:- Inbound files may become pi image inputs or configured attachment-handler text before queueing; outbound files must flow through `telegram_attach`\n./AGENTS.md:135:- Inspect the relevant `index.ts` section before editing because most bridge behavior is stateful and cross-linked\n./AGENTS.md:142:- Sync `README.md`, `CHANGELOG.md`, `BACKLOG.md`, and `/docs` whenever user-visible behavior or real open-work state changes\n./CHANGELOG.md:5:- `[Locks]` Added the shared `locks.json` singleton ownership standard and documented it in `docs/locks.md`. Telegram polling ownership now lives under `@llblab/pi-telegram` in `~/.pi/agent/locks.json`, while `telegram.json` remains pure bot/user configuration. `/telegram-connect` acquires the lock, replaces stale locks, or moves live external owners here through an interactive confirmation; `/telegram-disconnect` releases it. Session initialization reads ownership state, active owners stop local polling when `locks.json` no longer points at their own `pid`/`cwd`, session replacement via `/new` suspends polling/watchers without touching explicit ownership before resuming in the new session, and a reopened pi process resumes a stale same-`cwd` lock automatically. Impact: runtime locks can be reset or moved without deleting Telegram configuration, finding the previous pi instance, or crashing on stale extension contexts.\n./CHANGELOG.md:6:- `[Attachment Handlers]` Added `telegram.json` inbound attachment handlers with MIME/type matching, safe command placeholder substitution, local tool invocation, compact `[attachments] ` plus `[outputs]` prompt sections, and quiet omission of empty or failed handler output. Impact: common flows such as Telegram voice transcription can happen before the agent sees the turn while keeping source attachment paths visible.\n./CHANGELOG.md:13:- `[Flat Domain DAG]` The extension now uses `index.ts` as the single composition root over flat, acyclic `/lib` domains. API transport, persisted config/pairing, model control, queue/lifecycle, runtime state, commands, menu UI, polling, previews, replies, rendering, media, turns, attachments, updates, setup, status, pi SDK adapters, and registration each have explicit ownership. Impact: bridge behavior is easier to locate without introducing a second entrypoint or shared bucket modules.\n./CHANGELOG.md:14:- `[Composition Root]` `index.ts` now focuses on live pi/Telegram ports, session-local state, and cross-domain wiring. Stable defaults and local adapters for rendering, preview limits, preview reply metadata, attachment limits, Telegram prompt prefixes, prompt suffixes, command control items, bot command registration, API runtime construction, polling controllers, prompt dispatch, reply delivery, setup prompts, queue/session lifecycle, agent hooks, and tool hooks live in their owning domains. Impact: the entrypoint is smaller and reads as orchestration instead of carrying domain behavior.\n./CHANGELOG.md:15:- `[Type Boundaries]` Concrete Bot API transport shapes live in `api`, queued/active turn contracts live in `queue`, persisted session state lives in `config`, media download metadata lives in `media`, model selection contracts live in `model`, and domain constants stay with their owners. Narrow structural view contracts are used where a domain only needs a projection. Impact: public module interfaces are cleaner and accidental cross-domain coupling is reduced.\n./CHANGELOG.md:16:- `[Runtime State]` `runtime` owns only session-local coordination primitives: queue/control/priority counters, lifecycle flags, setup guards, abort handler storage, typing-loop timers, prompt-dispatch lifecycle binding, and agent-end reset sequencing. Preview state, queue planning, command behavior, rendering, and API transport stay outside `runtime`. Impact: mutable bridge state is centralized without becoming a general-purpose behavior bucket.\n./CHANGELOG.md:20:- `[Queue Core]` `queue` owns prompt/control item contracts, explicit control/priority/default lane admission rules, queue stores, active-turn state, queue mutation, dispatch readiness, prompt enqueueing, control enqueueing, session start/shutdown sequencing, and agent/tool lifecycle hooks. Impact: scheduling rules, active-turn binding, abort preservation, compaction guards, and dispatch safety are enforced in one place.\n./CHANGELOG.md:22:- `[Model Control]` `model` owns model identity, thinking levels, scoped model pattern parsing/resolution/sorting, current-model state, in-flight model-switch state, restart eligibility, delayed abort decisions, continuation prompt construction, and model-switch controller runtime binding. Impact: model selection, scoped menus, and in-flight restart behavior have one cohesive home.\n./CHANGELOG.md:23:- `[Commands And Menus]` `commands` owns slash-command parsing, command metadata, command-message targets, command execution modes, control-queue adapters, bot command registration, and stop/compact/status/model/help side effects. The Telegram bot command menu no longer exposes `/debug`; diagnostics live in pi-side `/telegram-status` and the pi TUI. `menu` owns inline status/model/thinking UI state, model-menu caching, callback routing, callback planning, render payloads, and menu message updates. Impact: Telegram controls can be tested without reading the full runtime composition.\n./CHANGELOG.md:29:- `[Preview And Replies]` `preview` owns streaming preview lifecycle, draft/editable-message transport choices, flush scheduling, preview finalization, and assistant-message hooks, while defaulting preview reply metadata through the `replies` helper instead of threading it through `index.ts`. `replies` owns final rendered-message delivery, reply parameters, assistant-message extraction, plain/Markdown replies, interactive message delivery, and split-message reply metadata. Impact: rich previews, final replies, errors, attachment notices, and uploads are tied to the source Telegram prompt when possible and degrade safely when Telegram cannot attach the reply.\n./CHANGELOG.md:30:- `[Files And Attachments]` `api` owns Bot API calls, retries, runtime error recording, temp-dir cleanup, inbound file limits, lazy bot-token clients, chat actions, and file downloads. `media` owns inbound text/media extraction, file-info normalization, media-group debounce, and download assembly. `attachments` owns outbound attachment queueing, atomic multi-file staging, stat checks, outbound limits, photo/document classification, and queued attachment sending. Impact: inbound downloads and outbound uploads are size-limited by default, large files fail predictably without leaving partial attachment batches staged, and outbound artifacts flow through `telegram_attach`.\n./CHANGELOG.md:31:- `[Config And Setup]` `config` owns `telegram.json`, bot-token/allowed-user state, single-user authorization, and first-user pairing. `setup` owns token prompting, stored-token/env fallback selection, validation, and guarded setup orchestration. Impact: pairing and setup behavior stays consistent across `/telegram-setup`, `/telegram-connect`, `/start`, and update routing.\n./CHANGELOG.md:35:- `[Status And Diagnostics]` `/telegram-status` now reports bridge diagnostics as grouped line-by-line pi notification sections separated by blank lines, ending with the redacted recent runtime/API event ring after connection, polling, execution, and queue state such as active turn, queue depth, queue lanes, compaction, active tool count, and pending model-switch state. Transport/API failures, polling/update failures, prompt dispatch failures, control action failures, typing failures, compaction failures, setup failures, session lifecycle failures, and attachment queue/delivery failures are recorded in the ring, while benign unchanged edit responses and empty draft-clear attempts do not pollute it. Impact: operators can diagnose bridge stalls and transport/runtime failures after the fact without exposing a Telegram-side debug command.\n./CHANGELOG.md:36:- `[Package Contents]` The npm package uses an explicit allowlist and keeps the tracked lockfile. Impact: published tarballs exclude tests and internal context files while preserving predictable release contents.\n./CHANGELOG.md:37:- `[Validation]` The project now ships typecheck, test, audit, package dry-run, and combined `validate` scripts plus GitHub Actions validation. Regression coverage spans rendering fixtures, queue/runtime/session behavior, command admission, lane contracts, invalid-lane rejection, setup, registration, replies, polling, updates, attachments, media, config, model resolution, preview timers, and extension-runtime flows. Impact: release checks catch type errors, dependency issues, package-content drift, rendering regressions, queue/lifecycle races, and architecture-boundary drift before publishing.\n./CHANGELOG.md:39:- `[Refactor]` Reopened compression/decomposition/refactor/consistency passes tightened menu-domain message render/send plumbing, compressed repeated menu/media/attachment/runtime/API/model/queue test harness shapes, extracted shared runtime context, model-context, dispatch-event, Telegram config, deferred-response, API-response, rich-response, prompt-block, fetch-method, API response/client/fetch-restore, runtime fetch/model, model-test, queue-model, queue prompt/control/item-type, registration active-turn, menu-model, and pi API test fixtures, migrated runtime integration tests onto those fixtures, replaced ad hoc structural casts with owning-domain or test-local helpers where practical, and removed avoidable test casts from attachment, polling, update, model, reply, menu, pi-adapter, and registration suites. Impact: the codebase stays easier to extend without changing Telegram runtime behavior.\n./CHANGELOG.md:43:- `[Turns]` Preserved existing attachment-path blocks and aborted-turn history context when a still-queued Telegram message is edited. Impact: caption edits no longer make queued prompts lose their downloaded file references or prior-message context.\n./CHANGELOG.md:45:- `[Telegram API]` Added HTTP-status-aware Bot API response parsing, malformed-success handling, retry/backoff for 429 and 5xx Bot API responses, streaming Telegram downloads with size-limit checks, file-backed multipart upload blobs, partial-download cleanup on limit failures, startup cleanup for stale Telegram temp files, and UUID-based sanitized temp filenames. Impact: Telegram transport failures now report clearer status/description details, transient Telegram throttling/server failures get retried automatically, oversized inbound files are rejected before or during download, outbound multipart sends avoid preloading files into memory, partial and stale temp files are removed, and downloaded files are less prone to timestamp collisions or unsafe local names.\n./CHANGELOG.md:49:- `[Menu]` Added short-lived model-menu input caching plus TTL/LRU cleanup for stored inline menu state. Impact: repeated `/status` and `/model` interactions do less settings/model-registry work, while old Telegram inline keyboards expire predictably instead of accumulating for the whole session.\n./CHANGELOG.md:53:- `[Refactor]` Extracted Telegram slash-command parsing and command-action routing into `lib/commands.ts` with mirrored tests, and moved queued-turn text replacement for edited messages into the turn domain. Impact: command normalization/execution planning and queued edit mutations are reusable, while the entrypoint keeps less local runtime state logic.\n./CHANGELOG.md:61:- `[Naming]` Renamed extracted domain modules and mirrored regression suites to use repo-scoped bare domain filenames such as `api.ts`, `queue.ts`, and `queue.test.ts` instead of repeating `telegram-*` in every path. Impact: the internal topology is easier to scan and stays aligned with the repository-level Telegram scope.\n./CHANGELOG.md:62:- `[Controls]` Expanded Telegram session controls with a richer `/status` view, inline model selection, and thinking-level controls, and fixed the callback-selection path so idle model and thinking picks apply immediately instead of only becoming visible after a later Telegram interaction. Impact: more bridge configuration can be managed directly from Telegram with more predictable immediate feedback.\n./CHANGELOG.md:63:- `[Queue]` Upgraded Telegram turn queueing with previews, reaction-driven prioritization/removal, media-group handling, aborted-turn history preservation, and safer dispatch gating. Impact: follow-up handling is more transparent and less prone to lifecycle races.\n./CHANGELOG.md:65:- `[Runtime]` Hardened attachment delivery, polling/runtime behavior, Telegram session integration, preview-finalization and reply-transport routing into the replies domain, lazy Telegram API client routing into the Telegram API domain, turn-building extraction into its own domain, menu/model-resolution plus menu-state, pure menu-page derivation, pure menu render-payload builders, menu-message runtime, callback parsing, callback entry handling, callback mutation helpers, full model-callback planning and execution, and interface-polished callback effect ports into the menu domain, direct execute-from-update routing into the updates domain, model-switch restart glue extraction into the model-switch domain, and tool/command/lifecycle-hook registration extraction into a dedicated registration domain. Impact: the bridge is more robust as a daily Telegram frontend for pi.\n./CHANGELOG.md:66:- `[Metadata]` Updated package repository metadata to point at the `llblab/pi-telegram` fork and renamed the npm package to `@llblab/pi-telegram` with public scoped publish settings. Impact: published package links no longer send users to stale upstream coordinates and the package can be published under the fork-owned npm scope.\n./CHANGELOG.md:67:- `[Validation]` Added lightweight regression tests for Telegram Markdown rendering, queue/runtime/agent-loop/session/control/dispatch, replies, polling, updates, attachments, registration, turns, menu, and Telegram API/media/config helpers, including quote/list, table, link/code, mixed-link/code chunking, mixed-block chunk transitions, long multi-block, long-quote, long inline-formatting chunk boundaries, list-code-quote-prose chunk transitions, narrower monospace table rendering without outer side borders, monospace unordered and ordered list markers, flattened nested quote indentation inside one Telegram blockquote, inbound poll/pair/dispatch runtime cases, preview finalization, aborted-turn history carry-over, queued-status/model-after-agent-end sequencing, compaction gating, media-group debounce dispatch, direct menu callback planning and execution, pure menu-page derivation, pure menu render-payload builders, reaction-driven reprioritization/removal, immediate in-flight model-switch continuation, delayed abort-after-tool-completion, lazy Telegram API client routing, turn-building, and scoped-model resolution. Impact: key renderer and queue invariants now have repeatable automated coverage across the known high-risk bridge paths.\n./CHANGELOG.md:70:- `[Registration]` Moved extension tool, command, and lifecycle-hook binding into the registration domain and added registration-focused regression coverage. Impact: extension wiring is easier to reason about and test without dragging full runtime state into every registration change.\n./CHANGELOG.md:72:- `[Setup]` `/telegram-setup` now shows the stored bot token first, otherwise prefills from common Telegram bot environment variables before falling back to the placeholder, using an actual prefilled editor when a real default exists. Impact: repeat setup respects local saved state while first-run and secret-managed setup stay fast.\n./README.md:1:# pi-telegram\n./README.md:3:\n./README.md:5:This repository is an actively maintained fork of [`badlogic/pi-telegram`](https://github.com/badlogic/pi-telegram). It started from upstream commit [`cb34008460b6c1ca036d92322f69d87f626be0fc`](https://github.com/badlogic/pi-telegram/commit/cb34008460b6c1ca036d92322f69d87f626be0fc) and has since diverged substantially.\n./README.md:17:- **Interactive UI**: Manage your session directly from Telegram. Inline buttons allow you to switch models and adjust reasoning (thinking) levels on the fly.\n./README.md:18:- **In-flight Model Switching**: Change the active model mid-generation. The agent gracefully pauses, applies the new model, and restarts its response without losing context.\n./README.md:21:- **File Handling & Attachments**: Send images and files to the agent, transcribe or transform inbound files with configured attachment handlers, or ask pi to generate and return artifacts. Inbound downloads and outbound attachments are size-limited by default, and outbound files are delivered automatically via the `telegram_attach` tool.\n./README.md:29:pi install npm:@llblab/pi-telegram\n./README.md:35:pi install git:github.com/llblab/pi-telegram\n./README.md:52:/telegram-setup\n./README.md:55:Paste your bot token when prompted. If a bot token is already saved in `~/.pi/agent/telegram.json`, the setup prompt shows that stored value by default. Otherwise it prefills from the first configured environment variable in `TELEGRAM_BOT_TOKEN`, `TELEGRAM_BOT_KEY`, `TELEGRAM_TOKEN`, or `TELEGRAM_KEY`. The saved config file is written with private `0600` permissions.\n./README.md:57:### 3. Connect this pi session\n./README.md:60:/telegram-connect\n./README.md:63:The bridge is session-local: only one pi instance polls Telegram at a time. `/telegram-connect` records polling ownership in `~/.pi/agent/locks.json`; live ownership moves require confirmation, while `/new` and same-`cwd` process restarts resume automatically.\n./README.md:82:- **`/status`**: View session stats, cost, and use inline buttons to change models.\n./README.md:84:- **`/compact`**: Start session compaction (only works when the session is idle).\n./README.md:93:- **`/telegram-setup`**: Configure or update the Telegram bot token.\n./README.md:94:- **`/telegram-status`**: Check bridge status, connection, polling, execution, queue, and recent redacted runtime/API failure events.\n./README.md:95:- **`/telegram-connect`**: Start polling Telegram updates in the current pi session, acquire the singleton lock, or interactively move ownership here from another live instance.\n./README.md:96:- **`/telegram-disconnect`**: Stop polling in the current pi session and release the singleton lock.\n./README.md:105:- Inbound images, albums, and files are saved to `~/.pi/agent/tmp/telegram`. Unhandled local file paths are included in the prompt, handled attachment output is injected into the prompt text, and inbound images are forwarded to pi as image inputs. Inbound downloads default to a 50 MiB limit and can be adjusted with `PI_TELEGRAM_INBOUND_FILE_MAX_BYTES` or `TELEGRAM_MAX_FILE_SIZE_BYTES`.\n./README.md:110:`telegram.json` can define `attachmentHandlers` for common preprocessing such as voice transcription. The first matching handler runs after download and before the Telegram turn enters the pi queue.\n./README.md:112:```json\n./README.md:128:Matching supports `mime`, `type`, or `match`; wildcards like `audio/*` are accepted. Command placeholders are substituted as argv, not shell text: `{filename}` and `{path}` are the downloaded file path, `{basename}` is the display filename, `{mime}` is the MIME type, and `{type}` is the Telegram attachment type. Tool handlers invoke a locally available tool by name, for example `transcribe_groq`; how that tool is provided is outside pi-telegram. Local attachments stay in the prompt under `[attachments] ` with relative file entries; successful handler stdout is added under `[outputs]`; failed or empty handlers simply produce no output block.\n./README.md:132:If you ask pi for a file or generated artifact (e.g., _\"generate a shell script and attach it\"_), pi will call the `telegram_attach` tool, and the extension will send the file alongside its next Telegram reply. Outbound attachments default to a 50 MiB limit and can be adjusted with `PI_TELEGRAM_OUTBOUND_ATTACHMENT_MAX_BYTES` or `TELEGRAM_MAX_ATTACHMENT_SIZE_BYTES`.\n./README.md:152:- Temporary inbound Telegram files are cleaned up on later session starts\n./docs/README.md:8:- [locks.md](./locks.md) — Shared `locks.json` standard for singleton extension ownership\n./lib/api.ts:3: * Wraps bot API calls, file downloads, runtime transport binding, and Telegram temp-file cleanup\n./lib/api.ts:30:const TEMP_DIR = join(homedir(), \".pi\", \"agent\", \"tmp\", \"telegram\");\n./lib/api.ts:199:export interface TelegramFileDownloadOptions {\n./lib/api.ts:218: downloadFile: (\n./lib/api.ts:222: options?: TelegramFileDownloadOptions,\n./lib/api.ts:236: kind: \"api\" | \"multipart\" | \"download\",\n./lib/api.ts:256: downloadFile: (fileId: string, suggestedName: string) => Promise;\n./lib/api.ts:265: sendChatAction: (chatId: number, action: \"typing\") => Promise;\n./lib/api.ts:266: sendTypingAction: (chatId: number) => Promise;\n./lib/api.ts:268: chatId: number,\n./lib/api.ts:344:function createTelegramDownloadLimitTransform(\n./lib/api.ts:347: let downloadedBytes = 0;\n./lib/api.ts:350: downloadedBytes += chunk.byteLength;\n./lib/api.ts:352: assertTelegramFileSizeWithinLimit(downloadedBytes, maxFileSizeBytes);\n./lib/api.ts:361:async function writeTelegramDownloadResponse(\n./lib/api.ts:374: createTelegramDownloadLimitTransform(maxFileSizeBytes),\n./lib/api.ts:379:async function removeTelegramPartialDownload(path: string): Promise {\n./lib/api.ts:399: data = (await response.json()) as TelegramApiResponse;\n./lib/api.ts:510: fetch(`https://api.telegram.org/bot${configuredBotToken}/${method}`, {\n./lib/api.ts:512: headers: { \"content-type\": \"application/json\" },\n./lib/api.ts:530: `https://api.telegram.org/bot${botToken}/getMe`,\n./lib/api.ts:532: return response.json() as Promise;\n./lib/api.ts:555: `https://api.telegram.org/bot${configuredBotToken}/${method}`,\n./lib/api.ts:567:export async function downloadTelegramFile(\n./lib/api.ts:572: options?: TelegramFileDownloadOptions,\n./lib/api.ts:588: `https://api.telegram.org/file/bot${configuredBotToken}/${file.file_path}`,\n./lib/api.ts:592: throw new Error(`Failed to download Telegram file: ${response.status}`);\n./lib/api.ts:600: await writeTelegramDownloadResponse(\n./lib/api.ts:606: await removeTelegramPartialDownload(targetPath);\n./lib/api.ts:631: sendChatAction: (chatId: number, action: TAction) => Promise,\n./lib/api.ts:633:): (chatId: number) => Promise {\n./lib/api.ts:634: return (chatId) => sendChatAction(chatId, action);\n./lib/api.ts:689: downloadFile: async (fileId, suggestedName) => {\n./lib/api.ts:691: return await deps.client.downloadFile(\n./lib/api.ts:700: deps.recordRuntimeEvent(\"download\", error, { suggestedName });\n./lib/api.ts:714: sendChatAction: (chatId, action) =>\n./lib/api.ts:716: chat_id: chatId,\n./lib/api.ts:720: (chatId, action) =>\n./lib/api.ts:722: chat_id: chatId,\n./lib/api.ts:727: sendMessageDraft: (chatId, draftId, text) => {\n./lib/api.ts:730: chat_id: chatId,\n./lib/api.ts:780: downloadFile: async (fileId, suggestedName, tempDir, options) => {\n./lib/api.ts:781: return downloadTelegramFile(\n./lib/attachments.ts:48: chatId: number;\n./lib/attachments.ts:81: chatId: number,\n./lib/attachments.ts:103: \"telegram_attach can only be used while replying to an active Telegram turn\",\n./lib/attachments.ts:191: chat_id: String(turn.chatId),\n./lib/attachments.ts:204: turn.chatId,\n./docs/architecture.md:5:`pi-telegram` is a session-local pi extension that binds one Telegram DM to one running pi session. The bridge owns four main responsibilities:\n./docs/architecture.md:16:Architecture shorthand: this repository uses a `Flat Domain DAG`: cohesive bridge domains live as flat `/lib/*.ts` modules, local imports must form a directed acyclic graph, shared buckets are avoided, and `index.ts` wires live pi/Telegram ports plus session state.\n./docs/architecture.md:22:Naming rule: because the repository already scopes this codebase to Telegram, extracted module and test filenames use bare domain names such as `api.ts`, `queue.ts`, `updates.ts`, and `queue.test.ts` rather than repeating `telegram-*` in every filename.\n./docs/architecture.md:26:- Telegram Bot API concrete transport shapes live with Telegram API helpers in `/lib/api.ts`, while persisted bot/session pairing state lives in `/lib/config.ts`; domain-owned runtime state types stay with their owners, such as queued/active turn state in `/lib/queue.ts` and preview state in `/lib/preview.ts`, while domain helpers prefer local structural `*Like` contracts instead of importing concrete wire DTOs\n./docs/architecture.md:27:- Direct pi SDK imports are centralized in `/lib/pi.ts`, which exposes concrete pi SDK type exports, bound extension API runtime ports, and narrow bridge-facing helpers such as settings-manager creation plus context model/idle/pending-message/compaction adapters; `index.ts` uses this adapter namespace instead of importing `@mariozechner/pi-coding-agent` directly\n./docs/architecture.md:28:- Session-local runtime primitives such as queue/control/priority ordering counters, lifecycle/dispatch flags, setup guard state, abort-handler storage/binding, typing-loop timer lifecycle, typing-loop starter binding, prompt-dispatch lifecycle/runtime adapters, and agent-end reset sequencing in `/lib/runtime.ts`; the runtime domain's essence is mutable cross-domain session coordination rather than business behavior. It exposes a grouped bridge runtime facade with named queue/lifecycle/setup/abort/typing ports that bind those primitives to one session state while remaining a cohesive state/runtime boundary, and `index.ts` still wires live Telegram API calls and status updates into those helpers. Preview-specific state, draft-support detection, and draft-id allocation live in `/lib/preview.ts`.\n./docs/architecture.md:29:- Constants live in their owning domains instead of a shared constants module: API paths/inbound limits and inbound file-size env parsing in `/lib/api.ts`, outbound attachment limits and outbound attachment-size env parsing in `/lib/attachments.ts`, media-group debounce in `/lib/media.ts`, attachment-handler timeout and local tool lookup defaults in `/lib/handlers.ts`, menu cache/state bounds in `/lib/menu.ts`, preview throttle/draft bounds in `/lib/preview.ts`, typing cadence in `/lib/runtime.ts`, diagnostic ring limits in `/lib/status.ts`, Telegram prompt prefix in `/lib/turns.ts`, and system-prompt guidance in `/lib/registration.ts`.\n./docs/architecture.md:30:- Queueing, narrow Telegram prompt content contracts, queue-store contracts/state helpers, active-turn state helpers, dispatch-readiness adapters, queue append/mutation runtime/controller adapters, control enqueue controllers, queue dispatch readiness/controller/runtime adapters, prompt enqueue/history planning/runtime/controllers, queue-runtime, session state appliers plus lifecycle/runtime sequencing, session start/shutdown sequencing plus hook binding, agent-start/agent-end lifecycle handling plus hook/runtime binding, and tool lifecycle handling plus tool-execution hook/runtime binding in `/lib/queue.ts`\n./docs/architecture.md:31:- Model identity/thinking-level contracts, scoped model-pattern parsing/resolution/sorting, current-model store/update/runtime helpers, in-flight model-switch state helpers, restart eligibility, delayed abort decisions, Telegram-prefix defaulted continuation prompt construction, continuation queue adapters, and model-switch controller/runtime binding over queue-owned turns in `/lib/model.ts`\n./docs/architecture.md:32:- Preview transport-selection, assistant-message preview lifecycle hook binding/handling, preview-finalization, preview controller state/reset helpers, preview Bot API message/rendered-chunk transport adapters, preview-controller/assistant-preview runtime binding, reply-metadata defaulting through the replies-domain helper, and preview-runtime helpers in `/lib/preview.ts`\n./docs/architecture.md:34:- Preview appearance and snapshot derivation stay in `/lib/rendering.ts`, while `/lib/preview.ts` owns transport and lifecycle decisions, so richer preview strategies can evolve without entangling Markdown formatting with Telegram delivery state\n./docs/architecture.md:35:- Polling request, start/stop controller state orchestration, polling activity readers, stop-condition, structural config contract, long-poll loop helpers, and poll-loop/controller runtime wiring over Telegram transport ports in `/lib/polling.ts`\n./docs/architecture.md:36:- Telegram persisted config shape, config-path defaults, config file read/write helpers, mutable config-store accessors, single-user authorization, and first-user pairing side effects/runtime adapters in `/lib/config.ts`\n./docs/architecture.md:38:- Telegram turn-building helpers, runtime turn-builder wiring over media download ports and media-owned downloaded-file metadata contracts, inbound attachment handler processing, queued-prompt edit runtime binding, and Node-backed image-file reads for pi image inputs in `/lib/turns.ts`\n./docs/architecture.md:39:- Telegram media/text extraction, file-info normalization, downloaded-message-file metadata contracts, inbound file download assembly, media-group debounce helpers, media-group controller state, and media-group-aware authorized-message dispatch adapter wiring in `/lib/media.ts`\n./docs/architecture.md:46:- Setup/token prompt, environment fallback, guarded setup runtime adapter wiring, structural setup config contract, token validation, config persistence orchestration, and setup notification helpers in `/lib/setup.ts`\n./docs/architecture.md:48:- Status-bar rendering/runtime adapters, bridge status state adapters, status-message rendering and status-HTML binding, structural queue-lane status view contracts, structured redacted runtime-event recording, recent-event recorder state, recent-event line formatting, and grouped pi-side diagnostics helpers in `/lib/status.ts`\n./docs/architecture.md:49:- Menu settings/model-registry access through structural ports, menu-state construction, menu runtime state/cache controller, menu-state storage pruning/refresh helpers, command open-flow branching, action runtime/state-builder adapters, menu callback handler adapters, stored callback entry/runtime routing, model-menu input-cache/state-building resolution, pure menu-page derivation, pure menu render-payload builders, menu-message runtime, callback parsing, callback mutation helpers, full model-callback planning and execution, interface-polished callback effect ports, status-thinking callback handling, and UI helpers in `/lib/menu.ts`\n./docs/architecture.md:51:- Remaining `index.ts` wiring is intentionally cross-domain adapter code that closes over live extension state, pi callbacks, Telegram API ports, and status updates; keep repeated wiring DRY through small local adapter helpers or owning-domain contracts when that reduces duplication without obscuring live state, and extract more only when a boundary can move cohesive behavior into an owning domain instead of relocating one-off closures\n./docs/architecture.md:54:- Mirrored domain regression coverage lives in `/tests/*.test.ts` using the same bare domain naming scheme, and architecture-invariant coverage in `/tests/invariants.test.ts` checks that the local `index.ts` plus `/lib/*.ts` import graph stays acyclic, shared bucket domains such as `lib/constants.ts` or `lib/types.ts` are not reintroduced, empty interface-extension shells stay collapsed into clearer type aliases, direct pi SDK imports stay centralized, `index.ts` source code stays free of direct Node runtime imports, local helper declarations, local arrow adapters, direct `process.env`, and direct `pi.*` receiver access, `/lib/runtime.ts` stays free of local domain imports, structural leaf domains stay free of local nominal imports, the menu domain stays on structural ports without re-exporting model, API transport stays decoupled from persisted config defaults, structural update/media domains stay decoupled from concrete API transport shapes, and attachment delivery stays decoupled from queue/inbound media/API helpers\n./docs/architecture.md:58:`/telegram-setup` uses a progressive-enhancement flow for the bot token prompt:\n./docs/architecture.md:60:1. Show the locally saved token from `~/.pi/agent/telegram.json` when one already exists\n./docs/architecture.md:64:Because `ctx.ui.input()` only exposes placeholder text, the bridge uses `ctx.ui.editor()` whenever a real default value must appear already filled in. The persisted `telegram.json` config is written with private `0600` permissions because it contains the bot token.\n./docs/architecture.md:68:Telegram bot configuration stays in `~/.pi/agent/telegram.json`; singleton runtime ownership lives separately in `~/.pi/agent/locks.json` under `@llblab/pi-telegram`. `/telegram-connect` acquires or moves that lock before polling starts, and `/telegram-disconnect` stops polling and releases it. Session start may read the existing lock and resume polling when the lock already points at the current `pid`/`cwd`; after a full pi process restart, it may also replace a stale lock from the same `cwd` and resume polling automatically. Session start does not create new ownership from an inactive lock, a live external lock, or a stale lock from another directory. Session replacement suspends polling and ownership watchers without releasing the lock, allowing the next session-start hook in the same `pid`/`cwd` to resume from the existing explicit ownership. When a live external owner exists, `/telegram-connect` asks whether to move singleton ownership to the current pi instance. Active owners poll the lock while running through a snapshotted ownership context, so long-lived timers do not touch stale pi contexts after `/new`; they stop local polling when `locks.json` no longer points at their own `pid`/`cwd`, without deleting the new owner lock. Deleting `locks.json` resets runtime ownership without deleting Telegram configuration.\n./docs/architecture.md:75:2. Each update offset is persisted only after the update handler succeeds; repeated handler failures are bounded so one poisoned update cannot stall polling forever\n./docs/architecture.md:78:5. Files are streamed into `~/.pi/agent/tmp/telegram` with a default 50 MiB size limit, partial-download cleanup on failures, and stale temp cleanup on session start; operators can tune the limit with `PI_TELEGRAM_INBOUND_FILE_MAX_BYTES` or `TELEGRAM_MAX_FILE_SIZE_BYTES`\n./docs/architecture.md:79:6. Configured inbound attachment handlers may run on downloaded files by MIME wildcard, Telegram attachment type, or generic match selector; command handlers receive safe argv substitution for `{filename}`/`{path}`/`{basename}`/`{mime}`/`{type}`, and tool handlers invoke locally available tools by name\n./docs/architecture.md:87:The bridge keeps its own Telegram queue and does not rely only on pi's internal pending-message state.\n./docs/architecture.md:119:When `/stop` aborts an active Telegram turn, queued follow-up Telegram messages can be preserved as prior-user history for the next turn. This keeps later Telegram input from being silently dropped after an interrupted run.\n./docs/architecture.md:154:Telegram prompt responses use explicit delivery context to attach outbound text, rich previews, errors, attachment notices, and uploads as Telegram replies to the source prompt when possible. Reply metadata is opt-in per delivery path, uses `reply_parameters` with `allow_sending_without_reply: true`, and is applied only to the first chunk of split long responses; continuation chunks are sent as normal adjacent messages. Media-group turns reply to the turn's representative `replyToMessageId`, not to every source message in the group.\n./docs/architecture.md:156:Outbound files are sent only after the active Telegram turn completes, must be staged through the `telegram_attach` tool, are staged atomically per tool call, are checked against a default 50 MiB limit configurable through `PI_TELEGRAM_OUTBOUND_ATTACHMENT_MAX_BYTES` or `TELEGRAM_MAX_ATTACHMENT_SIZE_BYTES`, and use file-backed multipart blobs so large sends do not require preloading whole files into memory.\n./docs/architecture.md:160:The bridge exposes Telegram-side session controls in addition to regular chat forwarding.\n./docs/architecture.md:164:- `/status` for model, usage, cost, and context visibility, queued as a high-priority control item when needed\n./docs/architecture.md:165:- Inline status buttons for model and thinking adjustments, applying idle selections immediately while still respecting busy-run restart rules; model-menu inputs are cached briefly and stored inline-menu states are pruned by TTL/LRU so old keyboards expire predictably\n./docs/architecture.md:167:- `/compact` for Telegram-triggered pi session compaction when the bridge is idle\n./docs/architecture.md:169:- `/telegram-status` for pi-side diagnostics as grouped line-by-line sections separated by blank lines: connection, polling, execution, queue, and the recent redacted runtime/API event ring. These sections include polling state, last update id, active turn source ids, pending dispatch, compaction state, active tool count, pending model-switch state, total queue depth, and queue-lane counts. The event ring records transport/API, polling/update, prompt-dispatch, control-action, typing, compaction, setup, session-lifecycle, and attachment queue/delivery failures; benign unchanged edit responses and unsupported empty draft-clear attempts are filtered out so expected preview transport noise does not obscure real failures\n./docs/architecture.md:183:This behavior is intentionally limited to runs currently owned by the Telegram bridge. If pi is busy with non-Telegram work, the bridge still refuses the switch instead of hijacking unrelated session activity.\n./lib/commands.ts:30: description: \"Show model, usage, cost, and context status\",\n./lib/commands.ts:33: { command: \"compact\", description: \"Compact the current pi session\" },\n./lib/commands.ts:123: setAllowedUserId: (userId: number) => void;\n./lib/commands.ts:125: persistConfig: () => Promise;\n./lib/commands.ts:148: chatId: number;\n./lib/commands.ts:161: chatId: number,\n./lib/commands.ts:166: chatId: number,\n./lib/commands.ts:171: chatId: number,\n./lib/commands.ts:197: chatId: message.chat.id,\n./lib/commands.ts:204: chatId: number;\n./lib/commands.ts:232: chatId: number;\n./lib/commands.ts:296: return deps.showStatus(target.chatId, target.replyToMessageId, ctx);\n./lib/commands.ts:300: return deps.openModelMenu(target.chatId, target.replyToMessageId, ctx);\n./lib/commands.ts:304: await deps.sendTextReply(target.chatId, target.replyToMessageId, text);\n./lib/commands.ts:350: setAllowedUserId: (userId: number) => void;\n./lib/commands.ts:352: persistConfig: () => Promise;\n./lib/commands.ts:481: persistConfig: deps.persistConfig,\n./lib/commands.ts:595: persistConfig: deps.persistConfig,\n./lib/commands.ts:714: persistConfig: deps.persistConfig,\n./docs/locks.md:3:`locks.json` is a shared registry for singleton pi extensions.\n./docs/locks.md:8:~/.pi/agent/locks.json\n./docs/locks.md:13:```json\n./docs/locks.md:15: \"@llblab/pi-telegram\": {\n./docs/locks.md:28:1. `package.json/name` for npm-style pi packages\n./docs/locks.md:32:For npm-style package extensions, the canonical value is the `package.json` `name`. Implementations may keep that value as a small local constant when it is clearer than runtime package introspection. The fallback rules are only for unpackaged extensions.\n./docs/locks.md:37:extensions/pi-telegram/package.json name=@llblab/pi-telegram -> @llblab/pi-telegram\n./docs/locks.md:38:extensions/pi-telegram/index.ts without package.json -> pi-telegram\n./docs/locks.md:39:extensions/pi-telegram.ts -> pi-telegram\n./docs/locks.md:44:```json\n./docs/locks.md:50:`pid` is the process that currently owns the singleton runtime. `cwd` should be stored when ownership is tied to a pi session directory.\n./docs/locks.md:61:Lock writes must be caused by an explicit user-initiated runtime event, such as `/wakeup-start`, `/telegram-connect`, or a confirmed takeover prompt.\n./docs/locks.md:63:Extension initialization and session-start hooks may read `locks.json`, update local status, install ownership watchers, and resume local work when the existing lock already points at the current `pid`/`cwd`. After a full process restart, a session-start hook may replace a stale lock from the same `cwd` to restore explicitly requested ownership. They must not create ownership from an inactive lock, take over a live external owner, or replace a stale lock from another directory by themselves. Such locks should stay visible as state until the user runs the start/connect command. Session replacement should suspend local runtime work and ownership watchers without releasing the lock, so the next session in the same `pid`/`cwd` can resume from explicit ownership.\n./docs/locks.md:69:```json\n./docs/locks.md:87:- Debug data belongs in `locks.json`, not in normal status output\n./docs/locks.md:91:Singleton extensions with footer/status presence should expose quiet but explicit local state. For example, pi-wakeup uses:\n./docs/locks.md:103:3. On confirmation, write the current `{ \"pid\": ..., \"cwd\": ... }` to this extension's key in `locks.json`\n./docs/locks.md:104:4. The previous owner must notice that `locks.json` no longer points at its own `pid`/`cwd` and stop local runtime work without deleting the new lock\n./docs/locks.md:109:pi-telegram\n./docs/locks.md:118:The previous owner may use `fs.watch`, mtime polling, or an existing status/timer tick. Long-lived watchers should compare against a snapshotted `pid`/`cwd` identity rather than a live pi context object, because session replacement such as `/new` makes captured contexts stale. The important contract is graceful local shutdown after ownership mismatch.\n./docs/locks.md:122:Delete `~/.pi/agent/locks.json` to reset singleton runtime ownership for all participating extensions without deleting their configuration files such as `telegram.json`.\n./docs/locks.md:130:- Lock file around `locks.json`, or\n./docs/locks.md:136:Migrations from legacy lock files or legacy keys should be one-off cleanup work. Runtime ownership should read and write only `locks.json` under the canonical identity key.\n./lib/config.ts:3: * Owns persisted bot/session pairing state, local config storage, authorization policy, and first-user pairing side effects\n./lib/config.ts:19: return join(getAgentDir(), \"telegram.json\");\n./lib/config.ts:39: setAllowedUserId: (userId: number) => void;\n./lib/config.ts:40: load: () => Promise;\n./lib/config.ts:41: persist: (config?: TelegramConfig) => Promise;\n./lib/config.ts:92: setAllowedUserId: (userId) => {\n./lib/config.ts:93: config.allowedUserId = userId;\n./lib/config.ts:95: load: async () => {\n./lib/config.ts:98: persist: async (nextConfig = config) => {\n./lib/config.ts:105: | { kind: \"pair\"; userId: number }\n./lib/config.ts:112: setAllowedUserId: (userId: number) => void;\n./lib/config.ts:113: persistConfig: () => Promise;\n./lib/config.ts:119: setAllowedUserId: (userId: number) => void;\n./lib/config.ts:120: persistConfig: () => Promise;\n./lib/config.ts:125: pairIfNeeded: (userId: number, ctx: TContext) => Promise;\n./lib/config.ts:129: userId: number,\n./lib/config.ts:133: return { kind: \"pair\", userId };\n./lib/config.ts:135: if (userId === allowedUserId) {\n./lib/config.ts:142: userId: number,\n./lib/config.ts:146: userId,\n./lib/config.ts:150: deps.setAllowedUserId(authorization.userId);\n./lib/config.ts:151: await deps.persistConfig();\n./lib/config.ts:160: pairIfNeeded: (userId, ctx) =>\n./lib/config.ts:161: pairTelegramUserIfNeeded(userId, {\n./lib/config.ts:165: persistConfig: deps.persistConfig,\n./index.ts:46: const telegramQueueStore =\n./index.ts:64: getQueuedItems: telegramQueueStore.getQueuedItems,\n./index.ts:78: ...telegramQueueStore,\n./index.ts:103: downloadFile: downloadTelegramBridgeFile,\n./index.ts:141: ...telegramQueueStore,\n./index.ts:208: state: pollingControllerState,\n./index.ts:213: persistConfig: configStore.persist,\n./index.ts:225: telegramQueueStore,\n./index.ts:237: downloadFile: downloadTelegramBridgeFile,\n-- files --\nAGENTS.md\nBACKLOG.md\nCHANGELOG.md\ndocs/architecture.md\ndocs/locks.md\ndocs/README.md\n.git/config\n.git/description\n.git/HEAD\n.git/hooks/applypatch-msg.sample\n.git/hooks/commit-msg.sample\n.git/hooks/fsmonitor-watchman.sample\n.git/hooks/post-update.sample\n.git/hooks/pre-applypatch.sample\n.git/hooks/pre-commit.sample\n.git/hooks/pre-merge-commit.sample\n.git/hooks/prepare-commit-msg.sample\n.git/hooks/pre-push.sample\n.git/hooks/pre-rebase.sample\n.git/hooks/pre-receive.sample\n.git/hooks/push-to-checkout.sample\n.git/hooks/sendemail-validate.sample\n.git/hooks/update.sample\n.github/workflows/validate.yml\n.gitignore\n.git/index\n.git/info/exclude\n.git/logs/HEAD\n.git/packed-refs\n.git/shallow\nindex.ts\nlib/api.ts\nlib/attachments.ts\nlib/commands.ts\nlib/config.ts\nlib/handlers.ts\nlib/locks.ts\nlib/media.ts\nlib/menu.ts\nlib/model.ts\nlib/pi.ts\nlib/polling.ts\nlib/preview.ts\nlib/queue.ts\nlib/registration.ts\nlib/rendering.ts\nlib/replies.ts\nlib/routing.ts\nlib/runtime.ts\nlib/setup.ts\nlib/status.ts\nlib/turns.ts\nlib/updates.ts\npackage.json\npackage-lock.json\nREADME.md\nscreenshot.png\ntests/api.test.ts\ntests/attachments.test.ts\ntests/commands.test.ts\ntests/config.test.ts\ntests/handlers.test.ts\ntests/invariants.test.ts\ntests/locks.test.ts\ntests/media.test.ts\ntests/menu.test.ts\ntests/model.test.ts\ntests/pi.test.ts\ntests/polling.test.ts\ntests/preview.test.ts\ntests/queue.test.ts\ntests/registration.test.ts\ntests/rendering.test.ts\ntests/replies.test.ts\ntests/routing.test.ts\ntests/runtime.test.ts\ntests/status.test.ts\ntests/turns.test.ts\ntests/updates.test.ts\ntsconfig.json\n",
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{
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"text": "# pi-telebridge\n\nA [pi](https://github.com/badlogic/pi-mono) extension that creates a two-way relay between your active pi coding agent session and a Telegram bot. Enable it per-session with `/telegram`, then interact with your session from your phone.\n\n- **Agent → Phone**: Every final assistant response is forwarded to your Telegram chat\n- **Phone → Agent**: Your Telegram replies are injected as user messages into the session\n- **Voice Messages**: Voice, audio, and video note messages are downloaded and forwarded to the agent for transcription\n- **Photos**: Photos are downloaded and forwarded to the agent for viewing/analysis\n\nBoth the pi TUI and Telegram inputs coexist — you can use either at any time.\n\n## Install\n\n```bash\npi install npm:pi-telebridge\n```\n\n## Setup\n\n1. Create a bot with [@BotFather](https://t.me/BotFather) on Telegram and copy the token\n2. In pi, run `/telegram setup`\n3. Enter your bot token when prompted\n4. Send any message to your bot on Telegram — this links your chat ID\n5. Done! Config is saved to `~/.pi/agent/telebridge.json`\n\n### Environment Variables (optional)\n\nYou can skip the interactive setup by setting these beforehand:\n\n| Variable | Purpose |\n|----------|---------|\n| `TELEGRAM_BOT_TOKEN` | Bot token from @BotFather |\n| `TELEGRAM_CHAT_ID` | Your Telegram chat ID |\n\n## Usage\n\n| Command | Description |\n|---------|-------------|\n| `/telegram` | Toggle relay on/off for this session |\n| `/telegram setup` | Guided setup: enter bot token, discover chat ID |\n| `/telegram status` | Show connection state, chat ID, relay status |\n\nWhen the relay is enabled:\n- A **📡 TG** indicator appears in the footer\n- Every assistant response is forwarded to your Telegram chat\n- Messages you send to the bot are injected into the pi session\n- Voice/audio messages are downloaded to `~/.pi/agent/voice_messages/` and forwarded as `[Voice message received: ]`\n- Photos are downloaded to `~/.pi/agent/photo_messages/` and forwarded as `[Photo received: ]`\n- If the agent is idle, your message starts a new turn; if busy, it's queued as a follow-up\n\n## Security\n\n- Only messages from your configured `chat_id` are accepted\n- All other Telegram messages are silently ignored\n- Bot token and chat ID are stored locally in `~/.pi/agent/telebridge.json`\n\n## License\n\nMIT\n"
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"text": "/**\n * Telegram bridge config and pairing helpers\n * Owns persisted bot/session pairing state, local config storage, authorization policy, and first-user pairing side effects\n */\n\nimport { chmod, mkdir, readFile, writeFile } from \"node:fs/promises\";\nimport { homedir } from \"node:os\";\nimport { join, resolve } from \"node:path\";\n\nimport type { TelegramAttachmentHandlerConfig } from \"./handlers.ts\";\n\nfunction getAgentDir(): string {\n return process.env.PI_CODING_AGENT_DIR\n ? resolve(process.env.PI_CODING_AGENT_DIR)\n : join(homedir(), \".pi\", \"agent\");\n}\n\nfunction getConfigPath(): string {\n return join(getAgentDir(), \"telegram.json\");\n}\n\nexport interface TelegramConfig {\n botToken?: string;\n botUsername?: string;\n botId?: number;\n allowedUserId?: number;\n lastUpdateId?: number;\n attachmentHandlers?: TelegramAttachmentHandlerConfig[];\n}\n\nexport interface TelegramConfigStore {\n get: () => TelegramConfig;\n set: (config: TelegramConfig) => void;\n update: (mutate: (config: TelegramConfig) => void) => void;\n getBotToken: () => string | undefined;\n hasBotToken: () => boolean;\n getAllowedUserId: () => number | undefined;\n getAttachmentHandlers: () => TelegramAttachmentHandlerConfig[] | undefined;\n setAllowedUserId: (userId: number) => void;\n load: () => Promise;\n persist: (config?: TelegramConfig) => Promise;\n}\n\nexport interface TelegramConfigStoreOptions {\n initialConfig?: TelegramConfig;\n agentDir?: string;\n configPath?: string;\n}\n\nexport async function readTelegramConfig(\n configPath: string,\n): Promise {\n try {\n const content = await readFile(configPath, \"utf8\");\n return JSON.parse(content) as TelegramConfig;\n } catch {\n return {};\n }\n}\n\nexport async function writeTelegramConfig(\n agentDir: string,\n configPath: string,\n config: TelegramConfig,\n): Promise {\n await mkdir(agentDir, { recursive: true });\n await writeFile(configPath, JSON.stringify(config, null, \"\\t\") + \"\\n\", {\n encoding: \"utf8\",\n mode: 0o600,\n });\n await chmod(configPath, 0o600);\n}\n\nexport function createTelegramConfigStore(\n options: TelegramConfigStoreOptions = {},\n): TelegramConfigStore {\n let config: TelegramConfig = options.initialConfig ?? {};\n const agentDir = options.agentDir ?? getAgentDir();\n const configPath = options.configPath ?? getConfigPath();\n return {\n get: () => config,\n set: (nextConfig) => {\n config = nextConfig;\n },\n update: (mutate) => {\n mutate(config);\n },\n getBotToken: () => config.botToken,\n hasBotToken: () => !!config.botToken,\n getAllowedUserId: () => config.allowedUserId,\n getAttachmentHandlers: () => config.attachmentHandlers,\n setAllowedUserId: (userId) => {\n config.allowedUserId = userId;\n },\n load: async () => {\n config = await readTelegramConfig(configPath);\n },\n persist: async (nextConfig = config) => {\n await writeTelegramConfig(agentDir, configPath, nextConfig);\n },\n };\n}\n\nexport type TelegramAuthorizationState =\n | { kind: \"pair\"; userId: number }\n | { kind: \"allow\" }\n | { kind: \"deny\" };\n\nexport interface TelegramUserPairingDeps {\n allowedUserId?: number;\n ctx: TContext;\n setAllowedUserId: (userId: number) => void;\n persistConfig: () => Promise;\n updateStatus: (ctx: TContext) => void;\n}\n\nexport interface TelegramUserPairingRuntimeDeps {\n getAllowedUserId: () => number | undefined;\n setAllowedUserId: (userId: number) => void;\n persistConfig: () => Promise;\n updateStatus: (ctx: TContext) => void;\n}\n\nexport interface TelegramUserPairingRuntime {\n pairIfNeeded: (userId: number, ctx: TContext) => Promise;\n}\n\nexport function getTelegramAuthorizationState(\n userId: number,\n allowedUserId?: number,\n): TelegramAuthorizationState {\n if (allowedUserId === undefined) {\n return { kind: \"pair\", userId };\n }\n if (userId === allowedUserId) {\n return { kind: \"allow\" };\n }\n return { kind: \"deny\" };\n}\n\nexport async function pairTelegramUserIfNeeded(\n userId: number,\n deps: TelegramUserPairingDeps,\n): Promise {\n const authorization = getTelegramAuthorizationState(\n userId,\n deps.allowedUserId,\n );\n if (authorization.kind !== \"pair\") return false;\n deps.setAllowedUserId(authorization.userId);\n await deps.persistConfig();\n deps.updateStatus(deps.ctx);\n return true;\n}\n\nexport function createTelegramUserPairingRuntime(\n deps: TelegramUserPairingRuntimeDeps,\n): TelegramUserPairingRuntime {\n return {\n pairIfNeeded: (userId, ctx) =>\n pairTelegramUserIfNeeded(userId, {\n allowedUserId: deps.getAllowedUserId(),\n ctx,\n setAllowedUserId: deps.setAllowedUserId,\n persistConfig: deps.persistConfig,\n updateStatus: deps.updateStatus,\n }),\n };\n}\n"
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"text": "/**\n * Telegram polling domain helpers\n * Owns polling request builders, stop conditions, and the long-poll loop runtime for Telegram updates\n */\n\nexport interface TelegramPollingConfig {\n botToken?: string;\n lastUpdateId?: number;\n}\n\nexport interface TelegramUpdate {\n update_id: number;\n}\n\n// Standard Telegram DM polling does not expose ordinary message-deletion events,\n// so queue removal stays reaction-driven while delete-like business updates remain defensive-only.\nexport const TELEGRAM_ALLOWED_UPDATES = [\n \"message\",\n \"edited_message\",\n \"callback_query\",\n \"message_reaction\",\n] as const;\n\nexport function buildTelegramInitialSyncRequest(): {\n offset: number;\n limit: number;\n timeout: number;\n} {\n return {\n offset: -1,\n limit: 1,\n timeout: 0,\n };\n}\n\nexport function buildTelegramLongPollRequest(lastUpdateId?: number): {\n offset?: number;\n limit: number;\n timeout: number;\n allowed_updates: readonly string[];\n} {\n return {\n offset: lastUpdateId !== undefined ? lastUpdateId + 1 : undefined,\n limit: 10,\n timeout: 30,\n allowed_updates: TELEGRAM_ALLOWED_UPDATES,\n };\n}\n\nexport function getLatestTelegramUpdateId(\n updates: TelegramUpdate[],\n): number | undefined {\n return updates.at(-1)?.update_id;\n}\n\nexport function shouldStopTelegramPolling(\n signalAborted: boolean,\n error: unknown,\n): boolean {\n return (\n signalAborted ||\n (error instanceof DOMException && error.name === \"AbortError\")\n );\n}\n\nexport interface TelegramPollingStartState {\n hasBotToken: boolean;\n hasPollingPromise: boolean;\n}\n\nexport interface TelegramPollingControllerState {\n pollingPromise?: Promise;\n pollingController?: AbortController;\n}\n\nexport function createTelegramPollingControllerState(): TelegramPollingControllerState {\n return {};\n}\n\nexport function isTelegramPollingControllerActive(\n state: TelegramPollingControllerState,\n): boolean {\n return !!state.pollingPromise;\n}\n\nexport function createTelegramPollingActivityReader(\n state: TelegramPollingControllerState,\n): () => boolean {\n return () => isTelegramPollingControllerActive(state);\n}\n\nexport interface TelegramPollingRuntimeDeps {\n hasBotToken: () => boolean;\n getPollingPromise: () => Promise | undefined;\n setPollingPromise: (promise: Promise | undefined) => void;\n getPollingController: () => AbortController | undefined;\n setPollingController: (controller: AbortController | undefined) => void;\n stopTypingLoop: () => unknown;\n runPollLoop: (ctx: TContext, signal: AbortSignal) => Promise;\n updateStatus: (ctx: TContext) => void;\n createAbortController?: () => AbortController;\n}\n\nexport type TelegramPollingControllerDeps = Omit<\n TelegramPollingRuntimeDeps,\n | \"getPollingPromise\"\n | \"setPollingPromise\"\n | \"getPollingController\"\n | \"setPollingController\"\n> & { state?: TelegramPollingControllerState };\n\nexport interface TelegramPollingController {\n isActive: () => boolean;\n start: (ctx: TContext) => void;\n stop: () => Promise;\n}\n\nexport interface TelegramPollingControllerRuntimeDeps<\n TUpdate extends TelegramUpdate,\n TContext = unknown,\n> extends TelegramPollLoopRunnerDeps {\n state?: TelegramPollingControllerState;\n hasBotToken: () => boolean;\n stopTypingLoop: () => unknown;\n createAbortController?: () => AbortController;\n}\n\nexport function createTelegramPollingControllerRuntime<\n TUpdate extends TelegramUpdate,\n TContext = unknown,\n>(\n deps: TelegramPollingControllerRuntimeDeps,\n): TelegramPollingController {\n return createTelegramPollingController({\n state: deps.state,\n hasBotToken: deps.hasBotToken,\n stopTypingLoop: deps.stopTypingLoop,\n runPollLoop: createTelegramPollLoopRunner({\n getConfig: deps.getConfig,\n deleteWebhook: deps.deleteWebhook,\n getUpdates: deps.getUpdates,\n persistConfig: deps.persistConfig,\n handleUpdate: deps.handleUpdate,\n updateStatus: deps.updateStatus,\n sleep: deps.sleep,\n maxUpdateFailures: deps.maxUpdateFailures,\n recordRuntimeEvent: deps.recordRuntimeEvent,\n }),\n updateStatus: deps.updateStatus,\n createAbortController: deps.createAbortController,\n });\n}\n\nexport function createTelegramPollingController(\n deps: TelegramPollingControllerDeps,\n): TelegramPollingController {\n const state = deps.state ?? createTelegramPollingControllerState();\n const runtimeDeps: TelegramPollingRuntimeDeps = {\n ...deps,\n getPollingPromise: () => state.pollingPromise,\n setPollingPromise: (promise) => {\n state.pollingPromise = promise;\n },\n getPollingController: () => state.pollingController,\n setPollingController: (controller) => {\n state.pollingController = controller;\n },\n };\n return {\n isActive: () => isTelegramPollingControllerActive(state),\n start: (ctx) => startTelegramPollingRuntime(ctx, runtimeDeps),\n stop: () => stopTelegramPollingRuntime(runtimeDeps),\n };\n}\n\nexport function shouldStartTelegramPolling(\n state: TelegramPollingStartState,\n): boolean {\n return state.hasBotToken && !state.hasPollingPromise;\n}\n\nexport async function stopTelegramPollingRuntime(\n deps: TelegramPollingRuntimeDeps,\n): Promise {\n deps.stopTypingLoop();\n deps.getPollingController()?.abort();\n deps.setPollingController(undefined);\n await deps.getPollingPromise()?.catch(() => undefined);\n deps.setPollingPromise(undefined);\n}\n\nexport function startTelegramPollingRuntime(\n ctx: TContext,\n deps: TelegramPollingRuntimeDeps,\n): void {\n if (\n !shouldStartTelegramPolling({\n hasBotToken: deps.hasBotToken(),\n hasPollingPromise: !!deps.getPollingPromise(),\n })\n ) {\n return;\n }\n const controller = deps.createAbortController?.() ?? new AbortController();\n deps.setPollingController(controller);\n const promise = deps.runPollLoop(ctx, controller.signal).finally(() => {\n deps.setPollingPromise(undefined);\n deps.setPollingController(undefined);\n deps.updateStatus(ctx);\n });\n deps.setPollingPromise(promise);\n deps.updateStatus(ctx);\n}\n\nexport interface TelegramRuntimeEventRecorderPort {\n recordRuntimeEvent?: (\n category: string,\n error: unknown,\n details?: Record,\n ) => void;\n}\n\nexport interface TelegramPollLoopDeps<\n TUpdate extends TelegramUpdate,\n TContext = unknown,\n> extends TelegramRuntimeEventRecorderPort {\n ctx: TContext;\n signal: AbortSignal;\n config: TelegramPollingConfig;\n deleteWebhook: (signal: AbortSignal) => Promise;\n getUpdates: (\n body: Record,\n signal: AbortSignal,\n ) => Promise;\n persistConfig: () => Promise;\n handleUpdate: (update: TUpdate, ctx: TContext) => Promise;\n onErrorStatus: (message: string) => void;\n onStatusReset: () => void;\n sleep: (ms: number) => Promise;\n maxUpdateFailures?: number;\n}\n\nexport interface TelegramPollLoopRunnerDeps<\n TUpdate extends TelegramUpdate,\n TContext = unknown,\n> extends TelegramRuntimeEventRecorderPort {\n getConfig: () => TelegramPollingConfig;\n deleteWebhook: (signal: AbortSignal) => Promise;\n getUpdates: (\n body: Record,\n signal: AbortSignal,\n ) => Promise;\n persistConfig: () => Promise;\n handleUpdate: (update: TUpdate, ctx: TContext) => Promise;\n updateStatus: (ctx: TContext, message?: string) => void;\n sleep?: (ms: number) => Promise;\n maxUpdateFailures?: number;\n}\n\nexport function createTelegramPollLoopRunner<\n TUpdate extends TelegramUpdate,\n TContext = unknown,\n>(\n deps: TelegramPollLoopRunnerDeps,\n): (ctx: TContext, signal: AbortSignal) => Promise {\n const sleep =\n deps.sleep ??\n ((ms: number) =>\n new Promise((resolve) => {\n setTimeout(resolve, ms);\n }));\n return (ctx, signal) =>\n runTelegramPollLoop({\n ctx,\n signal,\n config: deps.getConfig(),\n deleteWebhook: deps.deleteWebhook,\n getUpdates: deps.getUpdates,\n persistConfig: deps.persistConfig,\n handleUpdate: deps.handleUpdate,\n onErrorStatus: (message) => {\n deps.updateStatus(ctx, message);\n },\n onStatusReset: () => {\n deps.updateStatus(ctx);\n },\n sleep,\n maxUpdateFailures: deps.maxUpdateFailures,\n recordRuntimeEvent: deps.recordRuntimeEvent,\n });\n}\n\nfunction getTelegramPollingErrorMessage(error: unknown): string {\n return error instanceof Error ? error.message : String(error);\n}\n\nexport async function runTelegramPollLoop<\n TUpdate extends TelegramUpdate,\n TContext = unknown,\n>(deps: TelegramPollLoopDeps): Promise {\n if (!deps.config.botToken) return;\n try {\n await deps.deleteWebhook(deps.signal);\n } catch {\n // ignore\n }\n if (deps.config.lastUpdateId === undefined) {\n try {\n const updates = await deps.getUpdates(\n buildTelegramInitialSyncRequest(),\n deps.signal,\n );\n const lastUpdateId = getLatestTelegramUpdateId(updates);\n if (lastUpdateId !== undefined) {\n deps.config.lastUpdateId = lastUpdateId;\n await deps.persistConfig();\n }\n } catch {\n // ignore\n }\n }\n const maxUpdateFailures = Math.max(1, deps.maxUpdateFailures ?? 3);\n const updateFailures = new Map();\n let handledUpdateFailureRethrown = false;\n while (!deps.signal.aborted) {\n try {\n const updates = await deps.getUpdates(\n buildTelegramLongPollRequest(deps.config.lastUpdateId),\n deps.signal,\n );\n for (const update of updates) {\n try {\n await deps.handleUpdate(update, deps.ctx);\n deps.config.lastUpdateId = update.update_id;\n updateFailures.delete(update.update_id);\n await deps.persistConfig();\n } catch (error) {\n const failureCount = (updateFailures.get(update.update_id) ?? 0) + 1;\n updateFailures.set(update.update_id, failureCount);\n deps.recordRuntimeEvent?.(\"polling\", error, {\n phase: \"handleUpdate\",\n updateId: update.update_id,\n failureCount,\n });\n if (failureCount < maxUpdateFailures) {\n handledUpdateFailureRethrown = true;\n throw error;\n }\n const message = getTelegramPollingErrorMessage(error);\n deps.onErrorStatus(\n `skipping Telegram update ${update.update_id} after ${failureCount} failures: ${message}`,\n );\n deps.config.lastUpdateId = update.update_id;\n updateFailures.delete(update.update_id);\n await deps.persistConfig();\n }\n }\n } catch (error) {\n if (shouldStopTelegramPolling(deps.signal.aborted, error)) return;\n if (handledUpdateFailureRethrown) {\n handledUpdateFailureRethrown = false;\n } else {\n deps.recordRuntimeEvent?.(\"polling\", error, { phase: \"loop\" });\n }\n deps.onErrorStatus(getTelegramPollingErrorMessage(error));\n await deps.sleep(3000);\n deps.onStatusReset();\n }\n }\n}\n"
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"thinking": "**Inspecting pi-telebridge code**\n\nI think I need to take a closer look at the pi-telebridge code, especially focusing on how it handles persistence and session context. There might be key details there that could help me understand its functionality better. Let's see how those aspects are managed within the code and whether any improvements can be made for better performance or user experience. I’m curious about what I might find!",
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"text": "src/bot.ts:10:export type IncomingMessageHandler = (chatId: number, text: string) => void;\nsrc/bot.ts:11:export type IncomingVoiceHandler = (chatId: number, filePath: string, duration: number) => void;\nsrc/bot.ts:12:export type IncomingPhotoHandler = (chatId: number, filePath: string, caption: string | undefined) => void;\nsrc/bot.ts:18:let chatIdDiscoveryResolve: ((chatId: number) => void) | null = null;\nsrc/bot.ts:20:// ── Media storage ───────────────────────────────────────────\nsrc/bot.ts:36:const LOCK_FILE = path.join(LOCK_DIR, \"telebridge.lock\");\nsrc/bot.ts:100:\t\tconst chatId = ctx.chat.id;\nsrc/bot.ts:104:\t\tif (chatIdDiscoveryResolve) {\nsrc/bot.ts:105:\t\t\tchatIdDiscoveryResolve(chatId);\nsrc/bot.ts:106:\t\t\tchatIdDiscoveryResolve = null;\nsrc/bot.ts:111:\t\tif (allowedChatId !== null && chatId !== allowedChatId) {\nsrc/bot.ts:117:\t\t\tonIncomingMessage(chatId, text);\nsrc/bot.ts:123:\t\tconst chatId = ctx.chat.id;\nsrc/bot.ts:126:\t\tif (chatIdDiscoveryResolve) {\nsrc/bot.ts:127:\t\t\tchatIdDiscoveryResolve(chatId);\nsrc/bot.ts:128:\t\t\tchatIdDiscoveryResolve = null;\nsrc/bot.ts:132:\t\tif (allowedChatId !== null && chatId !== allowedChatId) return;\nsrc/bot.ts:155:\t\t\t\tchatId,\nsrc/bot.ts:158:\t\t\tfs.writeFileSync(path.join(VOICE_DIR, \"latest.json\"), JSON.stringify(meta, null, 2));\nsrc/bot.ts:162:\t\t\t\tonIncomingVoice(chatId, filepath, media.duration || 0);\nsrc/bot.ts:164:\t\t\t\tonIncomingMessage(chatId, `[Voice message received: ${filepath}]`);\nsrc/bot.ts:167:\t\t\tconsole.error(\"[telebridge] Voice download error:\", err.message);\nsrc/bot.ts:173:\t\tconst chatId = ctx.chat.id;\nsrc/bot.ts:176:\t\tif (chatIdDiscoveryResolve) {\nsrc/bot.ts:177:\t\t\tchatIdDiscoveryResolve(chatId);\nsrc/bot.ts:178:\t\t\tchatIdDiscoveryResolve = null;\nsrc/bot.ts:182:\t\tif (allowedChatId !== null && chatId !== allowedChatId) return;\nsrc/bot.ts:206:\t\t\t\tonIncomingPhoto(chatId, filepath, caption);\nsrc/bot.ts:211:\t\t\t\tonIncomingMessage(chatId, msg);\nsrc/bot.ts:214:\t\t\tconsole.error(\"[telebridge] Photo download error:\", err.message);\nsrc/bot.ts:224:\t\t\tconsole.error(\"[telebridge] 409 Conflict — another instance is polling. Stopping this bot.\");\nsrc/bot.ts:229:\t\tconsole.error(\"[telebridge] Bot error:\", msg);\nsrc/bot.ts:255:\t\t\tconsole.error(\"[telebridge] Polling stopped:\", msg);\nsrc/bot.ts:282:export function setAllowedChatId(chatId: number | null): void {\nsrc/bot.ts:283:\tallowedChatId = chatId;\nsrc/bot.ts:304:\t\tchatIdDiscoveryResolve = resolve;\nsrc/bot.ts:311:export async function sendText(chatId: number, text: string, parseMode?: \"HTML\"): Promise {\nsrc/bot.ts:314:\t\tawait botInstance.api.sendMessage(chatId, text, {\nsrc/bot.ts:318:\t\tconsole.error(\"[telebridge] Send error:\", err.message);\nsrc/bot.ts:325:export async function sendPhoto(chatId: number, url: string, caption?: string): Promise {\nsrc/bot.ts:328:\t\tawait botInstance.api.sendPhoto(chatId, url, {\nsrc/bot.ts:333:\t\tconsole.error(\"[telebridge] Photo send error:\", err.message);\nsrc/bot.ts:340:export async function sendTyping(chatId: number): Promise {\nsrc/bot.ts:343:\t\tawait botInstance.api.sendChatAction(chatId, \"typing\");\nsrc/config.ts:7:\tchatId: number | null;\nsrc/config.ts:11:const CONFIG_FILE = path.join(CONFIG_DIR, \"telebridge.json\");\nsrc/config.ts:13:export function loadConfig(): TelebridgeConfig | null {\nsrc/config.ts:20:\t\t\t\tchatId: typeof data.chatId === \"number\" ? data.chatId : null,\nsrc/config.ts:29:export function saveConfig(config: TelebridgeConfig): void {\nsrc/config.ts:31:\tfs.writeFileSync(CONFIG_FILE, JSON.stringify(config, null, 2), \"utf-8\");\nsrc/config.ts:39:\t// 2. Fall back to config file\nsrc/config.ts:40:\tconst config = loadConfig();\nsrc/config.ts:41:\treturn config?.botToken ?? null;\nsrc/config.ts:52:\t// 2. Fall back to config file\nsrc/config.ts:53:\tconst config = loadConfig();\nsrc/config.ts:54:\treturn config?.chatId ?? null;\nsrc/formatter.ts:51:\t\t\tcontinue;\nsrc/formatter.ts:57:\t\t\tcontinue;\n./README.md:1:# pi-telebridge\n./README.md:3:A [pi](https://github.com/badlogic/pi-mono) extension that creates a two-way relay between your active pi coding agent session and a Telegram bot. Enable it per-session with `/telegram`, then interact with your session from your phone.\n./README.md:6:- **Phone → Agent**: Your Telegram replies are injected as user messages into the session\n./README.md:7:- **Voice Messages**: Voice, audio, and video note messages are downloaded and forwarded to the agent for transcription\n./README.md:8:- **Photos**: Photos are downloaded and forwarded to the agent for viewing/analysis\n./README.md:15:pi install npm:pi-telebridge\n./README.md:24:5. Done! Config is saved to `~/.pi/agent/telebridge.json`\n./README.md:39:| `/telegram` | Toggle relay on/off for this session |\n./README.md:46:- Messages you send to the bot are injected into the pi session\n./README.md:47:- Voice/audio messages are downloaded to `~/.pi/agent/voice_messages/` and forwarded as `[Voice message received: ]`\n./README.md:48:- Photos are downloaded to `~/.pi/agent/photo_messages/` and forwarded as `[Photo received: ]`\n./README.md:49:- If the agent is idle, your message starts a new turn; if busy, it's queued as a follow-up\n./README.md:53:- Only messages from your configured `chat_id` are accepted\n./README.md:55:- Bot token and chat ID are stored locally in `~/.pi/agent/telebridge.json`\nsrc/index.ts:2:import { loadConfig, saveConfig, resolveToken, resolveChatId } from \"./config.js\";\nsrc/index.ts:15:\tlet chatId: number | null = null;\nsrc/index.ts:44:\t\tchatId = resolveChatId();\nsrc/index.ts:45:\t\tif (!chatId) {\nsrc/index.ts:47:\t\t\tchatId = await waitForChatId();\nsrc/index.ts:48:\t\t\tctx.ui.notify(`Chat ID discovered: ${chatId}`, \"info\");\nsrc/index.ts:51:\t\t// 4. Persist config\nsrc/index.ts:52:\t\tsaveConfig({ botToken, chatId });\nsrc/index.ts:53:\t\tsetAllowedChatId(chatId);\nsrc/index.ts:58:\t\tctx.ui.notify(`✅ Telegram connected! Chat ID: ${chatId}`, \"info\");\nsrc/index.ts:63:\t\treturn getBot() !== null && chatId !== null;\nsrc/index.ts:97:\t\t\t\tctx.ui.notify(`🎤 Telegram: voice message (${duration}s) saved to ${filePath}`, \"info\");\nsrc/index.ts:138:\t\tpi.appendEntry(\"telebridge-state\", { enabled: true });\nsrc/index.ts:142:\t\t\tctx.ui.setStatus(\"telebridge\", theme.fg(\"success\", \"📡 TG\"));\nsrc/index.ts:146:\t\tif (chatId) {\nsrc/index.ts:147:\t\t\tawait sendText(chatId, \"📡 Connected to pi session\");\nsrc/index.ts:153:\t\tpi.appendEntry(\"telebridge-state\", { enabled: false });\nsrc/index.ts:156:\t\t\tctx.ui.setStatus(\"telebridge\", undefined);\nsrc/index.ts:160:\t\tif (chatId) {\nsrc/index.ts:161:\t\t\tawait sendText(chatId, \"📴 Disconnected from pi session\");\nsrc/index.ts:181:\t\t\t\t\t`Chat ID: ${chatId ?? \"not set\"}`,\nsrc/index.ts:221:\tpi.on(\"session_start\", async (_event, ctx) => {\nsrc/index.ts:227:\t\t\tctx.ui.setStatus(\"telebridge\", undefined);\nsrc/index.ts:231:\tpi.on(\"session_before_switch\", async (_event, ctx) => {\nsrc/index.ts:232:\t\t// Stop bot before switching sessions to release the polling connection\nsrc/index.ts:233:\t\tif (relayEnabled && chatId) {\nsrc/index.ts:234:\t\t\tawait sendText(chatId, \"📴 Session switching...\");\nsrc/index.ts:240:\t\t\tctx.ui.setStatus(\"telebridge\", undefined);\nsrc/index.ts:244:\tpi.on(\"session_switch\", async (_event, ctx) => {\nsrc/index.ts:250:\t\t\tctx.ui.setStatus(\"telebridge\", undefined);\nsrc/index.ts:254:\tpi.on(\"session_shutdown\", async () => {\nsrc/index.ts:255:\t\tif (relayEnabled && chatId) {\nsrc/index.ts:256:\t\t\tawait sendText(chatId, \"📴 pi session ended\");\nsrc/index.ts:264:\t\tif (relayEnabled && chatId && lastMessageFromTelegram) {\nsrc/index.ts:265:\t\t\tawait sendTyping(chatId);\nsrc/index.ts:270:\t\tif (!relayEnabled || !chatId || !lastMessageFromTelegram) return;\nsrc/index.ts:301:\t\t\t\tawait sendText(chatId!, chunk, \"HTML\");\nsrc/index.ts:305:\t\t\t\t\tawait sendText(chatId!, assistantText.slice(0, 4096));\n./src/bot.ts:10:export type IncomingMessageHandler = (chatId: number, text: string) => void;\n./src/bot.ts:11:export type IncomingVoiceHandler = (chatId: number, filePath: string, duration: number) => void;\n./src/bot.ts:12:export type IncomingPhotoHandler = (chatId: number, filePath: string, caption: string | undefined) => void;\n./src/bot.ts:18:let chatIdDiscoveryResolve: ((chatId: number) => void) | null = null;\n./src/bot.ts:20:// ── Media storage ───────────────────────────────────────────\n./src/bot.ts:36:const LOCK_FILE = path.join(LOCK_DIR, \"telebridge.lock\");\n./src/bot.ts:100:\t\tconst chatId = ctx.chat.id;\n./src/bot.ts:104:\t\tif (chatIdDiscoveryResolve) {\n./src/bot.ts:105:\t\t\tchatIdDiscoveryResolve(chatId);\n./src/bot.ts:106:\t\t\tchatIdDiscoveryResolve = null;\n./src/bot.ts:111:\t\tif (allowedChatId !== null && chatId !== allowedChatId) {\n./src/bot.ts:117:\t\t\tonIncomingMessage(chatId, text);\n./src/bot.ts:123:\t\tconst chatId = ctx.chat.id;\n./src/bot.ts:126:\t\tif (chatIdDiscoveryResolve) {\n./src/bot.ts:127:\t\t\tchatIdDiscoveryResolve(chatId);\n./src/bot.ts:128:\t\t\tchatIdDiscoveryResolve = null;\n./src/bot.ts:132:\t\tif (allowedChatId !== null && chatId !== allowedChatId) return;\n./src/bot.ts:155:\t\t\t\tchatId,\n./src/bot.ts:158:\t\t\tfs.writeFileSync(path.join(VOICE_DIR, \"latest.json\"), JSON.stringify(meta, null, 2));\n./src/bot.ts:162:\t\t\t\tonIncomingVoice(chatId, filepath, media.duration || 0);\n./src/bot.ts:164:\t\t\t\tonIncomingMessage(chatId, `[Voice message received: ${filepath}]`);\n./src/bot.ts:167:\t\t\tconsole.error(\"[telebridge] Voice download error:\", err.message);\n./src/bot.ts:173:\t\tconst chatId = ctx.chat.id;\n./src/bot.ts:176:\t\tif (chatIdDiscoveryResolve) {\n./src/bot.ts:177:\t\t\tchatIdDiscoveryResolve(chatId);\n./src/bot.ts:178:\t\t\tchatIdDiscoveryResolve = null;\n./src/bot.ts:182:\t\tif (allowedChatId !== null && chatId !== allowedChatId) return;\n./src/bot.ts:206:\t\t\t\tonIncomingPhoto(chatId, filepath, caption);\n./src/bot.ts:211:\t\t\t\tonIncomingMessage(chatId, msg);\n./src/bot.ts:214:\t\t\tconsole.error(\"[telebridge] Photo download error:\", err.message);\n./src/bot.ts:224:\t\t\tconsole.error(\"[telebridge] 409 Conflict — another instance is polling. Stopping this bot.\");\n./src/bot.ts:229:\t\tconsole.error(\"[telebridge] Bot error:\", msg);\n./src/bot.ts:255:\t\t\tconsole.error(\"[telebridge] Polling stopped:\", msg);\n./src/bot.ts:282:export function setAllowedChatId(chatId: number | null): void {\n./src/bot.ts:283:\tallowedChatId = chatId;\n./src/bot.ts:304:\t\tchatIdDiscoveryResolve = resolve;\n./src/bot.ts:311:export async function sendText(chatId: number, text: string, parseMode?: \"HTML\"): Promise {\n./src/bot.ts:314:\t\tawait botInstance.api.sendMessage(chatId, text, {\n./src/bot.ts:318:\t\tconsole.error(\"[telebridge] Send error:\", err.message);\n./src/bot.ts:325:export async function sendPhoto(chatId: number, url: string, caption?: string): Promise {\n./src/bot.ts:328:\t\tawait botInstance.api.sendPhoto(chatId, url, {\n./src/bot.ts:333:\t\tconsole.error(\"[telebridge] Photo send error:\", err.message);\n./src/bot.ts:340:export async function sendTyping(chatId: number): Promise {\n./src/bot.ts:343:\t\tawait botInstance.api.sendChatAction(chatId, \"typing\");\n./src/config.ts:7:\tchatId: number | null;\n./src/config.ts:11:const CONFIG_FILE = path.join(CONFIG_DIR, \"telebridge.json\");\n./src/config.ts:13:export function loadConfig(): TelebridgeConfig | null {\n./src/config.ts:20:\t\t\t\tchatId: typeof data.chatId === \"number\" ? data.chatId : null,\n./src/config.ts:29:export function saveConfig(config: TelebridgeConfig): void {\n./src/config.ts:31:\tfs.writeFileSync(CONFIG_FILE, JSON.stringify(config, null, 2), \"utf-8\");\n./src/config.ts:39:\t// 2. Fall back to config file\n./src/config.ts:40:\tconst config = loadConfig();\n./src/config.ts:41:\treturn config?.botToken ?? null;\n./src/config.ts:52:\t// 2. Fall back to config file\n./src/config.ts:53:\tconst config = loadConfig();\n./src/config.ts:54:\treturn config?.chatId ?? null;\n./src/formatter.ts:51:\t\t\tcontinue;\n./src/formatter.ts:57:\t\t\tcontinue;\n./src/index.ts:2:import { loadConfig, saveConfig, resolveToken, resolveChatId } from \"./config.js\";\n./src/index.ts:15:\tlet chatId: number | null = null;\n./src/index.ts:44:\t\tchatId = resolveChatId();\n./src/index.ts:45:\t\tif (!chatId) {\n./src/index.ts:47:\t\t\tchatId = await waitForChatId();\n./src/index.ts:48:\t\t\tctx.ui.notify(`Chat ID discovered: ${chatId}`, \"info\");\n./src/index.ts:51:\t\t// 4. Persist config\n./src/index.ts:52:\t\tsaveConfig({ botToken, chatId });\n./src/index.ts:53:\t\tsetAllowedChatId(chatId);\n./src/index.ts:58:\t\tctx.ui.notify(`✅ Telegram connected! Chat ID: ${chatId}`, \"info\");\n./src/index.ts:63:\t\treturn getBot() !== null && chatId !== null;\n./src/index.ts:97:\t\t\t\tctx.ui.notify(`🎤 Telegram: voice message (${duration}s) saved to ${filePath}`, \"info\");\n./src/index.ts:138:\t\tpi.appendEntry(\"telebridge-state\", { enabled: true });\n./src/index.ts:142:\t\t\tctx.ui.setStatus(\"telebridge\", theme.fg(\"success\", \"📡 TG\"));\n./src/index.ts:146:\t\tif (chatId) {\n./src/index.ts:147:\t\t\tawait sendText(chatId, \"📡 Connected to pi session\");\n./src/index.ts:153:\t\tpi.appendEntry(\"telebridge-state\", { enabled: false });\n./src/index.ts:156:\t\t\tctx.ui.setStatus(\"telebridge\", undefined);\n./src/index.ts:160:\t\tif (chatId) {\n./src/index.ts:161:\t\t\tawait sendText(chatId, \"📴 Disconnected from pi session\");\n./src/index.ts:181:\t\t\t\t\t`Chat ID: ${chatId ?? \"not set\"}`,\n./src/index.ts:221:\tpi.on(\"session_start\", async (_event, ctx) => {\n./src/index.ts:227:\t\t\tctx.ui.setStatus(\"telebridge\", undefined);\n./src/index.ts:231:\tpi.on(\"session_before_switch\", async (_event, ctx) => {\n./src/index.ts:232:\t\t// Stop bot before switching sessions to release the polling connection\n./src/index.ts:233:\t\tif (relayEnabled && chatId) {\n./src/index.ts:234:\t\t\tawait sendText(chatId, \"📴 Session switching...\");\n./src/index.ts:240:\t\t\tctx.ui.setStatus(\"telebridge\", undefined);\n./src/index.ts:244:\tpi.on(\"session_switch\", async (_event, ctx) => {\n./src/index.ts:250:\t\t\tctx.ui.setStatus(\"telebridge\", undefined);\n./src/index.ts:254:\tpi.on(\"session_shutdown\", async () => {\n./src/index.ts:255:\t\tif (relayEnabled && chatId) {\n./src/index.ts:256:\t\t\tawait sendText(chatId, \"📴 pi session ended\");\n./src/index.ts:264:\t\tif (relayEnabled && chatId && lastMessageFromTelegram) {\n./src/index.ts:265:\t\t\tawait sendTyping(chatId);\n./src/index.ts:270:\t\tif (!relayEnabled || !chatId || !lastMessageFromTelegram) return;\n./src/index.ts:301:\t\t\t\tawait sendText(chatId!, chunk, \"HTML\");\n./src/index.ts:305:\t\t\t\t\tawait sendText(chatId!, assistantText.slice(0, 4096));\n./package-lock.json:2: \"name\": \"pi-telebridge\",\n./package-lock.json:8: \"name\": \"pi-telebridge\",\n./package-lock.json:24: \"json-schema-to-ts\": \"^3.1.1\"\n./package-lock.json:194: \"@aws-sdk/region-config-resolver\": \"^3.972.7\",\n./package-lock.json:200: \"@smithy/config-resolver\": \"^4.4.10\",\n./package-lock.json:203: \"@smithy/eventstream-serde-config-resolver\": \"^4.3.11\",\n./package-lock.json:213: \"@smithy/node-config-provider\": \"^4.3.11\",\n./package-lock.json:244: \"@smithy/node-config-provider\": \"^4.3.11\",\n./package-lock.json:313: \"@smithy/shared-ini-file-loader\": \"^4.4.6\",\n./package-lock.json:332: \"@smithy/shared-ini-file-loader\": \"^4.4.6\",\n./package-lock.json:355: \"@smithy/shared-ini-file-loader\": \"^4.4.6\",\n./package-lock.json:372: \"@smithy/shared-ini-file-loader\": \"^4.4.6\",\n./package-lock.json:391: \"@smithy/shared-ini-file-loader\": \"^4.4.6\",\n./package-lock.json:409: \"@smithy/shared-ini-file-loader\": \"^4.4.6\",\n\n--- src/index.ts ---\nimport type { ExtensionAPI, ExtensionContext, ExtensionCommandContext } from \"@mariozechner/pi-coding-agent\";\nimport { loadConfig, saveConfig, resolveToken, resolveChatId } from \"./config.js\";\nimport { startBot, stopBot, getBot, setAllowedChatId, setIncomingMessageHandler, setIncomingVoiceHandler, setIncomingPhotoHandler, waitForChatId, sendText, sendTyping } from \"./bot.js\";\nimport { markdownToTelegramHtml, splitForTelegram } from \"./formatter.js\";\n\nconst TELEGRAM_BRIEF_INSTRUCTION = [\n\t\"The user is reading this on a phone via Telegram.\",\n\t\"Be very concise: short paragraphs, no big code blocks unless asked.\",\n\t\"Summarize actions taken rather than showing full output.\",\n\t\"Use plain language, skip formatting-heavy content.\",\n].join(\" \");\n\nexport default function (pi: ExtensionAPI) {\n\tlet relayEnabled = false;\n\tlet chatId: number | null = null;\n\tlet botToken: string | null = null;\n\tlet lastMessageFromTelegram = false;\n\n\t// ── Setup Flow ──────────────────────────────────────────────\n\n\tasync function runSetup(ctx: ExtensionCommandContext): Promise {\n\t\t// 1. Resolve bot token\n\t\tbotToken = resolveToken();\n\t\tif (!botToken) {\n\t\t\tconst input = await ctx.ui.input(\"Enter your Telegram bot token (from @BotFather):\");\n\t\t\tif (!input || !input.trim()) {\n\t\t\t\tctx.ui.notify(\"Setup cancelled — no token provided\", \"warning\");\n\t\t\t\treturn false;\n\t\t\t}\n\t\t\tbotToken = input.trim();\n\t\t}\n\n\t\t// 2. Start bot\n\t\tctx.ui.notify(\"Starting Telegram bot...\", \"info\");\n\t\ttry {\n\t\t\tawait startBot(botToken);\n\t\t} catch (err: any) {\n\t\t\tctx.ui.notify(`Failed to start bot: ${err.message}`, \"error\");\n\t\t\tbotToken = null;\n\t\t\treturn false;\n\t\t}\n\n\t\t// 3. Resolve chat ID\n\t\tchatId = resolveChatId();\n\t\tif (!chatId) {\n\t\t\tctx.ui.notify(\"Send any message to your bot on Telegram to link your chat...\", \"info\");\n\t\t\tchatId = await waitForChatId();\n\t\t\tctx.ui.notify(`Chat ID discovered: ${chatId}`, \"info\");\n\t\t}\n\n\t\t// 4. Persist config\n\t\tsaveConfig({ botToken, chatId });\n\t\tsetAllowedChatId(chatId);\n\n\t\t// 5. Wire up incoming message handler\n\t\twireIncomingHandler(ctx);\n\n\t\tctx.ui.notify(`✅ Telegram connected! Chat ID: ${chatId}`, \"info\");\n\t\treturn true;\n\t}\n\n\tfunction isSetUp(): boolean {\n\t\treturn getBot() !== null && chatId !== null;\n\t}\n\n\t// ── Incoming Message Handler ────────────────────────────────\n\n\tfunction wireIncomingHandler(ctx: ExtensionContext) {\n\t\tsetIncomingMessageHandler((_incomingChatId, text) => {\n\t\t\tif (!relayEnabled) {\n\t\t\t\tsendText(_incomingChatId, \"⚠️ Relay is disabled. Enable with /telegram in pi.\");\n\t\t\t\treturn;\n\t\t\t}\n\n\t\t\t// Notify in TUI\n\t\t\tif (ctx.hasUI) {\n\t\t\t\tctx.ui.notify(`📱 Telegram: ${text.length > 60 ? text.slice(0, 60) + \"…\" : text}`, \"info\");\n\t\t\t}\n\n\t\t\t// Mark as Telegram-originated and send to agent\n\t\t\tlastMessageFromTelegram = true;\n\t\t\tif (ctx.isIdle()) {\n\t\t\t\tpi.sendUserMessage(text);\n\t\t\t} else {\n\t\t\t\tpi.sendUserMessage(text, { deliverAs: \"followUp\" });\n\t\t\t}\n\t\t});\n\n\t\tsetIncomingVoiceHandler((_incomingChatId, filePath, duration) => {\n\t\t\tif (!relayEnabled) {\n\t\t\t\tsendText(_incomingChatId, \"⚠️ Relay is disabled. Enable with /telegram in pi.\");\n\t\t\t\treturn;\n\t\t\t}\n\n\t\t\t// Notify in TUI\n\t\t\tif (ctx.hasUI) {\n\t\t\t\tctx.ui.notify(`🎤 Telegram: voice message (${duration}s) saved to ${filePath}`, \"info\");\n\t\t\t}\n\n\t\t\t// Forward as user message so the agent can transcribe it\n\t\t\tlastMessageFromTelegram = true;\n\t\t\tconst text = `[Voice message received: ${filePath}]`;\n\t\t\tif (ctx.isIdle()) {\n\t\t\t\tpi.sendUserMessage(text);\n\t\t\t} else {\n\t\t\t\tpi.sendUserMessage(text, { deliverAs: \"followUp\" });\n\t\t\t}\n\t\t});\n\n\t\tsetIncomingPhotoHandler((_incomingChatId, filePath, caption) => {\n\t\t\tif (!relayEnabled) {\n\t\t\t\tsendText(_incomingChatId, \"⚠️ Relay is disabled. Enable with /telegram in pi.\");\n\t\t\t\treturn;\n\t\t\t}\n\n\t\t\t// Notify in TUI\n\t\t\tif (ctx.hasUI) {\n\t\t\t\tctx.ui.notify(`📷 Telegram: photo received → ${filePath}`, \"info\");\n\t\t\t}\n\n\t\t\t// Forward as user message with image path\n\t\t\tlastMessageFromTelegram = true;\n\t\t\tconst text = caption\n\t\t\t\t? `[Photo received: ${filePath}] ${caption}`\n\t\t\t\t: `[Photo received: ${filePath}]`;\n\t\t\tif (ctx.isIdle()) {\n\t\t\t\tpi.sendUserMessage(text);\n\t\t\t} else {\n\t\t\t\tpi.sendUserMessage(text, { deliverAs: \"followUp\" });\n\t\t\t}\n\t\t});\n\t}\n\n\t// ── Relay Toggle ────────────────────────────────────────────\n\n\tasync function enableRelay(ctx: ExtensionContext) {\n\t\trelayEnabled = true;\n\t\tpi.appendEntry(\"telebridge-state\", { enabled: true });\n\n\t\tif (ctx.hasUI) {\n\t\t\tconst theme = ctx.ui.theme;\n\t\t\tctx.ui.setStatus(\"telebridge\", theme.fg(\"success\", \"📡 TG\"));\n\t\t\tctx.ui.notify(\"🟢 Telegram relay enabled\", \"info\");\n\t\t}\n\n\t\tif (chatId) {\n\t\t\tawait sendText(chatId, \"📡 Connected to pi session\");\n\t\t}\n\t}\n\n\tasync function disableRelay(ctx: ExtensionContext) {\n\t\trelayEnabled = false;\n\t\tpi.appendEntry(\"telebridge-state\", { enabled: false });\n\n\t\tif (ctx.hasUI) {\n\t\t\tctx.ui.setStatus(\"telebridge\", undefined);\n\t\t\tctx.ui.notify(\"🔴 Telegram relay disabled\", \"info\");\n\t\t}\n\n\t\tif (chatId) {\n\t\t\tawait sendText(chatId, \"📴 Disconnected from pi session\");\n\t\t}\n\t}\n\n\t// ── Commands ────────────────────────────────────────────────\n\n\tpi.registerCommand(\"telegram\", {\n\t\tdescription: \"Toggle Telegram relay (setup | status | on/off)\",\n\t\thandler: async (args, ctx) => {\n\t\t\tconst subcommand = args?.trim().toLowerCase();\n\n\t\t\tif (subcommand === \"setup\") {\n\t\t\t\tawait runSetup(ctx);\n\t\t\t\treturn;\n\t\t\t}\n\n\t\t\tif (subcommand === \"status\") {\n\t\t\t\tconst botRunning = getBot() !== null;\n\t\t\t\tconst lines = [\n\t\t\t\t\t`Bot: ${botRunning ? \"✅ running\" : \"❌ stopped\"}`,\n\t\t\t\t\t`Chat ID: ${chatId ?? \"not set\"}`,\n\t\t\t\t\t`Relay: ${relayEnabled ? \"🟢 enabled\" : \"🔴 disabled\"}`,\n\t\t\t\t];\n\t\t\t\tctx.ui.notify(lines.join(\"\\n\"), \"info\");\n\t\t\t\treturn;\n\t\t\t}\n\n\t\t\t// Toggle: set up first if needed\n\t\t\tif (!isSetUp()) {\n\t\t\t\tconst ok = await runSetup(ctx);\n\t\t\t\tif (!ok) return;\n\t\t\t}\n\n\t\t\t// Toggle relay\n\t\t\tif (relayEnabled) {\n\t\t\t\tawait disableRelay(ctx);\n\t\t\t} else {\n\t\t\t\tawait enableRelay(ctx);\n\t\t\t}\n\t\t},\n\t});\n\n\t// ── Telegram → Brief Response ───────────────────────────────\n\n\tpi.on(\"input\", async (event) => {\n\t\t// If input came from the TUI (not from our extension), clear the flag\n\t\tif (event.source !== \"extension\") {\n\t\t\tlastMessageFromTelegram = false;\n\t\t}\n\t});\n\n\tpi.on(\"before_agent_start\", async (event) => {\n\t\tif (!relayEnabled || !lastMessageFromTelegram) return;\n\t\treturn {\n\t\t\tsystemPrompt: event.systemPrompt + \"\\n\\n\" + TELEGRAM_BRIEF_INSTRUCTION,\n\t\t};\n\t});\n\n\t// ── Session Events ──────────────────────────────────────────\n\n\tpi.on(\"session_start\", async (_event, ctx) => {\n\t\t// Always stop any lingering bot and reset state\n\t\tawait stopBot();\n\t\trelayEnabled = false;\n\t\tlastMessageFromTelegram = false;\n\t\tif (ctx.hasUI) {\n\t\t\tctx.ui.setStatus(\"telebridge\", undefined);\n\t\t}\n\t});\n\n\tpi.on(\"session_before_switch\", async (_event, ctx) => {\n\t\t// Stop bot before switching sessions to release the polling connection\n\t\tif (relayEnabled && chatId) {\n\t\t\tawait sendText(chatId, \"📴 Session switching...\");\n\t\t}\n\t\tawait stopBot();\n\t\trelayEnabled = false;\n\t\tlastMessageFromTelegram = false;\n\t\tif (ctx.hasUI) {\n\t\t\tctx.ui.setStatus(\"telebridge\", undefined);\n\t\t}\n\t});\n\n\tpi.on(\"session_switch\", async (_event, ctx) => {\n\t\t// Belt-and-suspenders: ensure bot is stopped after switch completes\n\t\tawait stopBot();\n\t\trelayEnabled = false;\n\t\tlastMessageFromTelegram = false;\n\t\tif (ctx.hasUI) {\n\t\t\tctx.ui.setStatus(\"telebridge\", undefined);\n\t\t}\n\t});\n\n\tpi.on(\"session_shutdown\", async () => {\n\t\tif (relayEnabled && chatId) {\n\t\t\tawait sendText(chatId, \"📴 pi session ended\");\n\t\t}\n\t\tawait stopBot();\n\t});\n\n"
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"text": "\n\t// ── Agent → Telegram (outgoing) ─────────────────────────────\n\n\tpi.on(\"agent_start\", async () => {\n\t\tif (relayEnabled && chatId && lastMessageFromTelegram) {\n\t\t\tawait sendTyping(chatId);\n\t\t}\n\t});\n\n\tpi.on(\"agent_end\", async (event) => {\n\t\tif (!relayEnabled || !chatId || !lastMessageFromTelegram) return;\n\t\tlastMessageFromTelegram = false;\n\n\t\t// Extract the last assistant message text\n\t\tconst messages = event.messages ?? [];\n\t\tlet assistantText = \"\";\n\n\t\tfor (let i = messages.length - 1; i >= 0; i--) {\n\t\t\tconst msg = messages[i];\n\t\t\tif (msg.role === \"assistant\") {\n\t\t\t\t// Extract text content blocks\n\t\t\t\tif (typeof msg.content === \"string\") {\n\t\t\t\t\tassistantText = msg.content;\n\t\t\t\t} else if (Array.isArray(msg.content)) {\n\t\t\t\t\tassistantText = msg.content\n\t\t\t\t\t\t.filter((block: any) => block.type === \"text\")\n\t\t\t\t\t\t.map((block: any) => block.text)\n\t\t\t\t\t\t.join(\"\\n\");\n\t\t\t\t}\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\n\t\tif (!assistantText.trim()) return;\n\n\t\t// Convert markdown to Telegram HTML and split if needed\n\t\tconst html = markdownToTelegramHtml(assistantText);\n\t\tconst chunks = splitForTelegram(html);\n\n\t\tfor (const chunk of chunks) {\n\t\t\ttry {\n\t\t\t\tawait sendText(chatId!, chunk, \"HTML\");\n\t\t\t} catch {\n\t\t\t\t// If HTML parsing fails, try plain text\n\t\t\t\ttry {\n\t\t\t\t\tawait sendText(chatId!, assistantText.slice(0, 4096));\n\t\t\t\t} catch {\n\t\t\t\t\t// Give up silently\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t});\n}\n"
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"thinking": "**Exploring session context**\n\nI want to figure out if all the candidates maintain session context and how they handle persistence. It seems like I should compare those specific to Telegram, such as LLBLab and Telebridge. I might also want to mention the idea of a multi-platform bridge, though I’m not sure if it’s relevant. I need to keep my answer concise to really get to the point here.",
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"text": "No. Big difference.\n\n## `@llblab/pi-telegram`\nYes. Best session-context story.\n\nHow:\n- One Telegram DM is bound to one live Pi session.\n- Incoming Telegram messages go into Pi’s turn flow, with queueing, follow-ups, edits, reactions, media groups.\n- It preserves context inside that Pi session because it is not spawning a separate stateless bot process per message.\n\nPersistence:\n- `~/.pi/agent/telegram.json`\n - `botToken`\n - `allowedUserId`\n - `lastUpdateId`\n - attachment handler config\n- `~/.pi/agent/locks.json`\n - singleton polling ownership\n- `~/.pi/agent/tmp/telegram`\n - downloaded inbound files\n\nWhat persists vs not:\n- Persists bot config, authorized user, polling offset, lock ownership metadata.\n- Does **not** persist the whole chat transcript itself.\n- Real conversation context lives in Pi’s normal session system. If you resume same Pi session, context is there. If you start a new Pi session, it’s a new context.\n\n## `pi-telebridge`\nPartial only. Much thinner.\n\nHow:\n- Relays Telegram messages into the **active** Pi session.\n- Replies from Pi go back to Telegram.\n- Context exists only because the same live Pi session keeps running.\n\nPersistence:\n- `~/.pi/agent/telebridge.json`\n - `botToken`\n - `chatId`\n- `~/.pi/agent/telebridge.lock`\n - polling lock\n- `~/.pi/agent/voice_messages/`\n- `~/.pi/agent/photo_messages/`\n\nWhat persists vs not:\n- Persists bot token and linked chat ID.\n- Does **not** persist relay enabled state meaningfully across sessions.\n- Does **not** manage Telegram-side session state/history beyond “send message into current Pi session.”\n- On session start/switch it shuts down and resets relay state.\n\n## Bottom line\n\nIf you want **real session continuity**, use:\n- `@llblab/pi-telegram`\n\nIf you want **simple Telegram pipe into current session**, use:\n- `pi-telebridge`\n\n## My recommendation\nFor Telegram-only, `@llblab/pi-telegram` is clearly stronger:\n- better session ownership\n- update offset persistence\n- single-user pairing\n- queueing/control model\n- safer reconnect/resume behavior\n\n`pi-telebridge` is simpler, but more like a lightweight remote control.\n\nIf you want, next I can:\n- audit `@llblab/pi-telegram` for weird stuff like I did with WhatsApp\n- or install it if the risk looks acceptable",
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"text": "but qhich session does telebridge send to? opens new one esch message?"
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"text": "`pi-telebridge` sends to the **current live Pi session that has the extension loaded**.\n\nNot:\n- not a new session per message\n- not a separate background session\n- not per-chat session memory\n\nHow it works:\n- Telegram message arrives\n- extension calls `pi.sendUserMessage(...)`\n- if Pi is idle: starts a turn in the current session\n- if Pi is busy: sends as `deliverAs: \"followUp\"` into that same session\n\nSo:\n- all Telegram messages go into the same active session context\n- TUI input and Telegram input both feed the same session\n- if you `/new` or switch sessions, it stops/restarts around that; it does not keep independent Telegram conversation sessions\n\nIn short:\n- `telebridge` = one Telegram chat ↔ one currently active Pi session\n- `@llblab/pi-telegram` = much more deliberate session bridge with queueing/state/polling persistence\n\nIf you want, I can now compare:\n- `telebridge` vs `@llblab/pi-telegram` for install choice\n- or audit/install `@llblab/pi-telegram` directly",
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"thinking": "**Considering memory updates**\n\nI’m thinking about whether I really need to do a memory update. Maybe it’s not necessary? A light audit could be enough, and I can check the package. It might be worth doing an npm audit, or perhaps the build/tests will suffice. If everything looks good, I can install it, and since it’s reversible, that feels okay too! I’ll also use a to-do to update or create as needed.",
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"id": "54cbf469",
"parentId": "cc858606",
"timestamp": "2026-05-01T19:26:41.906Z",
"message": {
"role": "toolResult",
"toolCallId": "call_kWEvbRupH01fHTzSeOjiHr89|fc_038386ea8c012d3c0169f4fe5b56688194a8f57c2bfc74fb9f",
"toolName": "bash",
"content": [
{
"type": "text",
"text": "ok 94 - Lock runtime replaces stale owners\n ---\n duration_ms: 2.455234\n type: 'test'\n ...\n# Subtest: Locked polling runtime can force takeover of live external owners\nok 95 - Locked polling runtime can force takeover of live external owners\n ---\n duration_ms: 7.218498\n type: 'test'\n ...\n# Subtest: Locked polling runtime releases ownership when setup is missing\nok 96 - Locked polling runtime releases ownership when setup is missing\n ---\n duration_ms: 1.4916\n type: 'test'\n ...\n# Subtest: Locked polling runtime auto-starts only from an existing owned lock\nok 97 - Locked polling runtime auto-starts only from an existing owned lock\n ---\n duration_ms: 8.562523\n type: 'test'\n ...\n# Subtest: Locked polling runtime suspends session replacement without releasing ownership\nok 98 - Locked polling runtime suspends session replacement without releasing ownership\n ---\n duration_ms: 1.576452\n type: 'test'\n ...\n# Subtest: Locked polling runtime tolerates stale contexts after session replacement\nok 99 - Locked polling runtime tolerates stale contexts after session replacement\n ---\n duration_ms: 12.470856\n type: 'test'\n ...\n# Subtest: Locked polling runtime resumes stale same-cwd ownership after process restart\nok 100 - Locked polling runtime resumes stale same-cwd ownership after process restart\n ---\n duration_ms: 3.57937\n type: 'test'\n ...\n# Subtest: Locked polling runtime does not claim stale ownership from another cwd during session initialization\nok 101 - Locked polling runtime does not claim stale ownership from another cwd during session initialization\n ---\n duration_ms: 2.130899\n type: 'test'\n ...\n# Subtest: Media helpers collect file infos across Telegram message variants\nok 102 - Media helpers collect file infos across Telegram message variants\n ---\n duration_ms: 3.322442\n type: 'test'\n ...\n# Subtest: Media helpers download collected file infos\nok 103 - Media helpers download collected file infos\n ---\n duration_ms: 0.489872\n type: 'test'\n ...\n# Subtest: Media helpers extract text, ids, and history summaries\nok 104 - Media helpers extract text, ids, and history summaries\n ---\n duration_ms: 0.561873\n type: 'test'\n ...\n# Subtest: Media helpers infer image media types from file paths\nok 105 - Media helpers infer image media types from file paths\n ---\n duration_ms: 0.278168\n type: 'test'\n ...\n# Subtest: Media helpers key messages by chat and media group\nok 106 - Media helpers key messages by chat and media group\n ---\n duration_ms: 0.474928\n type: 'test'\n ...\n# Subtest: Media helpers replace debounce timers and dispatch grouped messages\nok 107 - Media helpers replace debounce timers and dispatch grouped messages\n ---\n duration_ms: 0.744504\n type: 'test'\n ...\n# Subtest: Media group controller owns timers, removal, and cleanup\nok 108 - Media group controller owns timers, removal, and cleanup\n ---\n duration_ms: 0.699485\n type: 'test'\n ...\n# Subtest: Media group dispatch runtime handles immediate and grouped messages\nok 109 - Media group dispatch runtime handles immediate and grouped messages\n ---\n duration_ms: 0.678299\n type: 'test'\n ...\n# Subtest: Media helpers remove pending groups by message id\nok 110 - Media helpers remove pending groups by message id\n ---\n duration_ms: 0.986597\n type: 'test'\n ...\n# Subtest: Menu helpers store, refresh, prune, and bound model menu state\nok 111 - Menu helpers store, refresh, prune, and bound model menu state\n ---\n duration_ms: 6.835959\n type: 'test'\n ...\n# Subtest: Menu helpers resolve and reuse cached model menu inputs\nok 112 - Menu helpers resolve and reuse cached model menu inputs\n ---\n duration_ms: 1.378969\n type: 'test'\n ...\n# Subtest: Menu runtime controller owns stored state and cached inputs\nok 113 - Menu runtime controller owns stored state and cached inputs\n ---\n duration_ms: 5.926214\n type: 'test'\n ...\n# Subtest: Menu state builder wires runtime to settings and model-registry ports\nok 114 - Menu state builder wires runtime to settings and model-registry ports\n ---\n duration_ms: 0.752892\n type: 'test'\n ...\n# Subtest: Menu runtime builds menu state from settings and model-registry ports\nok 115 - Menu runtime builds menu state from settings and model-registry ports\n ---\n duration_ms: 0.866264\n type: 'test'\n ...\n# Subtest: Menu helpers expose UI constants\nok 116 - Menu helpers expose UI constants\n ---\n duration_ms: 0.285446\n type: 'test'\n ...\n# Subtest: Menu helpers build model menu state and parse callback actions\nok 117 - Menu helpers build model menu state and parse callback actions\n ---\n duration_ms: 6.515791\n type: 'test'\n ...\n# Subtest: Menu helpers apply menu mutations and resolve model selections\nok 118 - Menu helpers apply menu mutations and resolve model selections\n ---\n duration_ms: 0.707281\n type: 'test'\n ...\n# Subtest: Menu helpers derive normalized menu pages without mutating state\nok 119 - Menu helpers derive normalized menu pages without mutating state\n ---\n duration_ms: 1.417822\n type: 'test'\n ...\n# Subtest: Menu helpers build model callback plans for paging, selection, and restart modes\nok 120 - Menu helpers build model callback plans for paging, selection, and restart modes\n ---\n duration_ms: 7.136146\n type: 'test'\n ...\n# Subtest: Menu helpers open status and model menus through runtime ports\nok 121 - Menu helpers open status and model menus through runtime ports\n ---\n duration_ms: 1.223747\n type: 'test'\n ...\n# Subtest: Menu helpers report open-menu busy and no-model paths\nok 122 - Menu helpers report open-menu busy and no-model paths\n ---\n duration_ms: 0.571928\n type: 'test'\n ...\n# Subtest: Menu helpers route callback entry states before action handlers\nok 123 - Menu helpers route callback entry states before action handlers\n ---\n duration_ms: 0.577151\n type: 'test'\n ...\n# Subtest: Menu helpers route stored callback queries through matching action handlers\nok 124 - Menu helpers route stored callback queries through matching action handlers\n ---\n duration_ms: 0.547095\n type: 'test'\n ...\n# Subtest: Menu runtime routes stored callback queries through callback action ports\nok 125 - Menu runtime routes stored callback queries through callback action ports\n ---\n duration_ms: 2.461419\n type: 'test'\n ...\n# Subtest: Menu callback handler captures runtime ports\nok 126 - Menu callback handler captures runtime ports\n ---\n duration_ms: 0.618003\n type: 'test'\n ...\n# Subtest: Menu callback adapter converts active tool count into runtime booleans\nok 127 - Menu callback adapter converts active tool count into runtime booleans\n ---\n duration_ms: 1.164487\n type: 'test'\n ...\n# Subtest: Menu helpers execute model callback actions across update, switch, and restart paths\nok 128 - Menu helpers execute model callback actions across update, switch, and restart paths\n ---\n duration_ms: 5.375859\n type: 'test'\n ...\n# Subtest: Menu helpers handle status and thinking callback actions\nok 129 - Menu helpers handle status and thinking callback actions\n ---\n duration_ms: 0.883301\n type: 'test'\n ...\n# Subtest: Menu helpers build pure render payloads before transport\nok 130 - Menu helpers build pure render payloads before transport\n ---\n duration_ms: 0.865096\n type: 'test'\n ...\n# Subtest: Menu action runtime opens and updates interactive menu messages\nok 131 - Menu action runtime opens and updates interactive menu messages\n ---\n duration_ms: 6.020567\n type: 'test'\n ...\n# Subtest: Menu action runtime with state builder opens menus from settings runtime\nok 132 - Menu action runtime with state builder opens menus from settings runtime\n ---\n duration_ms: 1.091135\n type: 'test'\n ...\n# Subtest: Menu helpers update and send interactive menu messages\nok 133 - Menu helpers update and send interactive menu messages\n ---\n duration_ms: 0.848578\n type: 'test'\n ...\n# Subtest: Menu helpers build model, thinking, and status UI payloads\nok 134 - Menu helpers build model, thinking, and status UI payloads\n ---\n duration_ms: 5.007876\n type: 'test'\n ...\n# Subtest: Current model store prefers explicit Telegram model over context fallback\nok 135 - Current model store prefers explicit Telegram model over context fallback\n ---\n duration_ms: 2.975551\n type: 'test'\n ...\n# Subtest: Current model runtime combines store fallback and status updates\nok 136 - Current model runtime combines store fallback and status updates\n ---\n duration_ms: 1.741564\n type: 'test'\n ...\n# Subtest: Current model update runtime stores selections and refreshes status\nok 137 - Current model update runtime stores selections and refreshes status\n ---\n duration_ms: 0.457891\n type: 'test'\n ...\n# Subtest: Model helpers match models, detect thinking levels, and expose constants\nok 138 - Model helpers match models, detect thinking levels, and expose constants\n ---\n duration_ms: 0.455465\n type: 'test'\n ...\n# Subtest: Model helpers parse scoped model pattern lists and CLI flags\nok 139 - Model helpers parse scoped model pattern lists and CLI flags\n ---\n duration_ms: 0.701744\n type: 'test'\n ...\n# Subtest: Model helpers resolve scoped model patterns and sort current models first\nok 140 - Model helpers resolve scoped model patterns and sort current models first\n ---\n duration_ms: 1.59873\n type: 'test'\n ...\n# Subtest: Pending model-switch store owns selection state helpers\nok 141 - Pending model-switch store owns selection state helpers\n ---\n duration_ms: 0.576244\n type: 'test'\n ...\n# Subtest: In-flight model switch is allowed only for active Telegram turns with abort support\nok 142 - In-flight model switch is allowed only for active Telegram turns with abort support\n ---\n duration_ms: 0.280298\n type: 'test'\n ...\n# Subtest: Pending model switch abort waits until no tool executions remain\nok 143 - Pending model switch abort waits until no tool executions remain\n ---\n duration_ms: 1.043986\n type: 'test'\n ...\n# Subtest: Model-switch continuation restart queues before abort when state is present\nok 144 - Model-switch continuation restart queues before abort when state is present\n ---\n duration_ms: 1.793638\n type: 'test'\n ...\n# Subtest: Model-switch controller centralizes pending abort and continuation queueing\nok 145 - Model-switch controller centralizes pending abort and continuation queueing\n ---\n duration_ms: 1.06369\n type: 'test'\n ...\n# Subtest: Model-switch controller runtime binds continuation queue construction\nok 146 - Model-switch controller runtime binds continuation queue construction\n ---\n duration_ms: 1.051542\n type: 'test'\n ...\n# Subtest: Model-switch continuation turn stays control-lane and resume-oriented\nok 147 - Model-switch continuation turn stays control-lane and resume-oriented\n ---\n duration_ms: 0.587707\n type: 'test'\n ...\n# Subtest: Model-switch continuation queue runtime builds and appends control-lane turns\nok 148 - Model-switch continuation queue runtime builds and appends control-lane turns\n ---\n duration_ms: 0.789707\n type: 'test'\n ...\n# Subtest: Model-switch continuation queue creates and appends continuation turns\nok 149 - Model-switch continuation queue creates and appends continuation turns\n ---\n duration_ms: 0.413706\n type: 'test'\n ...\n# Subtest: Continuation prompt stays Telegram-scoped and resume-oriented\nok 150 - Continuation prompt stays Telegram-scoped and resume-oriented\n ---\n duration_ms: 0.266724\n type: 'test'\n ...\n# Subtest: Pi API runtime ports bind methods without losing receiver context\nok 151 - Pi API runtime ports bind methods without losing receiver context\n ---\n duration_ms: 2.945922\n type: 'test'\n ...\n# Subtest: Pi context helpers expose model, idle, pending-message, and compact adapters\nok 152 - Pi context helpers expose model, idle, pending-message, and compact adapters\n ---\n duration_ms: 0.56341\n type: 'test'\n ...\n# Subtest: Polling helpers build the initial sync request\nok 153 - Polling helpers build the initial sync request\n ---\n duration_ms: 4.129853\n type: 'test'\n ...\n# Subtest: Polling helpers build long-poll requests with and without lastUpdateId\nok 154 - Polling helpers build long-poll requests with and without lastUpdateId\n ---\n duration_ms: 5.587027\n type: 'test'\n ...\n# Subtest: Polling helpers extract the latest update id\nok 155 - Polling helpers extract the latest update id\n ---\n duration_ms: 0.532022\n type: 'test'\n ...\n# Subtest: Polling helpers start only when a bot token exists and polling is idle\nok 156 - Polling helpers start only when a bot token exists and polling is idle\n ---\n duration_ms: 3.821111\n type: 'test'\n ...\n# Subtest: Polling runtime starts and stops polling through state ports\nok 157 - Polling runtime starts and stops polling through state ports\n ---\n duration_ms: 1.104839\n type: 'test'\n ...\n# Subtest: Polling controller owns polling promise and abort-controller state\nok 158 - Polling controller owns polling promise and abort-controller state\n ---\n duration_ms: 0.705688\n type: 'test'\n ...\n# Subtest: Polling controller runtime binds loop runner and controller state\nok 159 - Polling controller runtime binds loop runner and controller state\n ---\n duration_ms: 1.412229\n type: 'test'\n ...\n# Subtest: Polling helpers stop only for abort conditions\nok 160 - Polling helpers stop only for abort conditions\n ---\n duration_ms: 4.649893\n type: 'test'\n ...\n# Subtest: Poll loop runner binds config, status, and transport ports\nok 161 - Poll loop runner binds config, status, and transport ports\n ---\n duration_ms: 1.20758\n type: 'test'\n ...\n# Subtest: Poll loop initializes lastUpdateId and processes updates\nok 162 - Poll loop initializes lastUpdateId and processes updates\n ---\n duration_ms: 4.32154\n type: 'test'\n ...\n# Subtest: Poll loop persists long-poll offsets only after handling updates\nok 163 - Poll loop persists long-poll offsets only after handling updates\n ---\n duration_ms: 1.009801\n type: 'test'\n ...\n# Subtest: Poll loop skips repeatedly failing updates after the configured threshold\nok 164 - Poll loop skips repeatedly failing updates after the configured threshold\n ---\n duration_ms: 1.181691\n type: 'test'\n ...\n# Subtest: Poll loop reports retryable errors and sleeps before retrying\nok 165 - Poll loop reports retryable errors and sleeps before retrying\n ---\n duration_ms: 0.612558\n type: 'test'\n ...\n# Subtest: Preview helpers build flush text only when the preview changed\nok 166 - Preview helpers build flush text only when the preview changed\n ---\n duration_ms: 2.759328\n type: 'test'\n ...\n# Subtest: Preview snapshots prefer stable rich blocks and fall back to plain text\nok 167 - Preview snapshots prefer stable rich blocks and fall back to plain text\n ---\n duration_ms: 2.980792\n type: 'test'\n ...\n# Subtest: Preview snapshots append conservative plain tails for incomplete fences, quotes, and lists\nok 168 - Preview snapshots append conservative plain tails for incomplete fences, quotes, and lists\n ---\n duration_ms: 2.142344\n type: 'test'\n ...\n# Subtest: Preview snapshots omit unstable tails when long-message limits leave no room\nok 169 - Preview snapshots omit unstable tails when long-message limits leave no room\n ---\n duration_ms: 0.60941\n type: 'test'\n ...\n# Subtest: Preview helpers create state and allocate draft ids\nok 170 - Preview helpers create state and allocate draft ids\n ---\n duration_ms: 0.417114\n type: 'test'\n ...\n# Subtest: Preview helpers compute final text fallback without reusing rich HTML snapshots\nok 171 - Preview helpers compute final text fallback without reusing rich HTML snapshots\n ---\n duration_ms: 0.339465\n type: 'test'\n ...\n# Subtest: Preview helpers use drafts only for plain preview snapshots\nok 172 - Preview helpers use drafts only for plain preview snapshots\n ---\n duration_ms: 0.309816\n type: 'test'\n ...\n# Subtest: Preview message transport adapts Bot API bodies and reply metadata\nok 173 - Preview message transport adapts Bot API bodies and reply metadata\n ---\n duration_ms: 1.000727\n type: 'test'\n ...\n# Subtest: Preview rendered-chunk transport adapts reply context options\nok 174 - Preview rendered-chunk transport adapts reply context options\n ---\n duration_ms: 5.499712\n type: 'test'\n ...\n# Subtest: Assistant preview runtime binds controller and message hooks\nok 175 - Assistant preview runtime binds controller and message hooks\n ---\n duration_ms: 2.176178\n type: 'test'\n ...\n# Subtest: Preview controller runtime binds Bot API and rendered-chunk transports\nok 176 - Preview controller runtime binds Bot API and rendered-chunk transports\n ---\n duration_ms: 5.062006\n type: 'test'\n ...\n# Subtest: Preview controller owns pending text mutation and state reset\nok 177 - Preview controller owns pending text mutation and state reset\n ---\n duration_ms: 0.42465\n type: 'test'\n ...\n# Subtest: Preview runtime handles assistant message lifecycle hooks\nok 178 - Preview runtime handles assistant message lifecycle hooks\n ---\n duration_ms: 0.647392\n type: 'test'\n ...\n# Subtest: Preview hook runtime binds assistant message start and update deps\nok 179 - Preview hook runtime binds assistant message start and update deps\n ---\n duration_ms: 0.524873\n type: 'test'\n ...\n# Subtest: Preview runtime prefers editable rich previews when stable blocks are available\nok 180 - Preview runtime prefers editable rich previews when stable blocks are available\n ---\n duration_ms: 0.909171\n type: 'test'\n ...\n# Subtest: Preview runtime preserves original blank-line spacing around conservative tails\nok 181 - Preview runtime preserves original blank-line spacing around conservative tails\n ---\n duration_ms: 0.84506\n type: 'test'\n ...\n# Subtest: Preview runtime keeps heading-to-code spacing readable without source blank lines\nok 182 - Preview runtime keeps heading-to-code spacing readable without source blank lines\n ---\n duration_ms: 9.445157\n type: 'test'\n ...\n# Subtest: Preview runtime can still use and clear plain draft previews\nok 183 - Preview runtime can still use and clear plain draft previews\n ---\n duration_ms: 0.813967\n type: 'test'\n ...\n# Subtest: Preview runtime falls back to editable plain messages when draft delivery fails\nok 184 - Preview runtime falls back to editable plain messages when draft delivery fails\n ---\n duration_ms: 0.585725\n type: 'test'\n ...\n# Subtest: Preview runtime serializes overlapping flush requests\nok 185 - Preview runtime serializes overlapping flush requests\n ---\n duration_ms: 2.975052\n type: 'test'\n ...\n# Subtest: Preview runtime finalizes plain and markdown previews\nok 186 - Preview runtime finalizes plain and markdown previews\n ---\n duration_ms: 2.048787\n type: 'test'\n ...\n# Subtest: Queue store owns queued item state helpers\nok 187 - Queue store owns queued item state helpers\n ---\n duration_ms: 13.334102\n type: 'test'\n ...\n# Subtest: Active turn store owns active turn state helpers\nok 188 - Active turn store owns active turn state helpers\n ---\n duration_ms: 0.531039\n type: 'test'\n ...\n# Subtest: Control item builder creates control-lane queue items\nok 189 - Control item builder creates control-lane queue items\n ---\n duration_ms: 0.619762\n type: 'test'\n ...\n# Subtest: Queue lane contracts define admission modes and dispatch order\nok 190 - Queue lane contracts define admission modes and dispatch order\n ---\n duration_ms: 5.401897\n type: 'test'\n ...\n# Subtest: Queue planning rejects invalid queue admission\nok 191 - Queue planning rejects invalid queue admission\n ---\n duration_ms: 0.716911\n type: 'test'\n ...\n# Subtest: Control-lane items sort before priority and default prompt items\nok 192 - Control-lane items sort before priority and default prompt items\n ---\n duration_ms: 0.6783\n type: 'test'\n ...\n# Subtest: Queue mutation helpers remove prompt items by Telegram message id\nok 193 - Queue mutation helpers remove prompt items by Telegram message id\n ---\n duration_ms: 0.989746\n type: 'test'\n ...\n# Subtest: Queue mutation controller binds queue accessors to runtime mutations\nok 194 - Queue mutation controller binds queue accessors to runtime mutations\n ---\n duration_ms: 3.609666\n type: 'test'\n ...\n# Subtest: Queue mutation runtime removes, sorts, and reprioritizes prompts\nok 195 - Queue mutation runtime removes, sorts, and reprioritizes prompts\n ---\n duration_ms: 1.783009\n type: 'test'\n ...\n# Subtest: Queue mutation helpers apply and clear prompt priority without touching control items\nok 196 - Queue mutation helpers apply and clear prompt priority without touching control items\n ---\n duration_ms: 1.433044\n type: 'test'\n ...\n# Subtest: Queued status formatting marks priority prompts in the pi status bar\nok 197 - Queued status formatting marks priority prompts in the pi status bar\n ---\n duration_ms: 0.925171\n type: 'test'\n ...\n# Subtest: Queue enqueue planning preserves queued prompts as history when requested\nok 198 - Queue enqueue planning preserves queued prompts as history when requested\n ---\n duration_ms: 0.843115\n type: 'test'\n ...\n# Subtest: History partition keeps control items queued and extracts prompt items\nok 199 - History partition keeps control items queued and extracts prompt items\n ---\n duration_ms: 0.36415\n type: 'test'\n ...\n# Subtest: Dispatch planning returns the prompt item when dispatch is allowed\nok 200 - Dispatch planning returns the prompt item when dispatch is allowed\n ---\n duration_ms: 0.339205\n type: 'test'\n ...\n# Subtest: Dispatch planning runs control items before normal prompts\nok 201 - Dispatch planning runs control items before normal prompts\n ---\n duration_ms: 0.333798\n type: 'test'\n ...\n# Subtest: Dispatch planning returns none when dispatch is blocked\nok 202 - Dispatch planning returns none when dispatch is blocked\n ---\n duration_ms: 0.321798\n type: 'test'\n ...\n# Subtest: Control-item dispatch sequencing hands off to the next prompt\nok 203 - Control-item dispatch sequencing hands off to the next prompt\n ---\n duration_ms: 0.31265\n type: 'test'\n ...\n# Subtest: Preserved abort leaves queued prompts waiting for explicit continuation\nok 204 - Preserved abort leaves queued prompts waiting for explicit continuation\n ---\n duration_ms: 0.428742\n type: 'test'\n ...\n# Subtest: Agent end dispatch policy resumes after success and error, but not preserved aborts\nok 205 - Agent end dispatch policy resumes after success and error, but not preserved aborts\n ---\n duration_ms: 0.29152\n type: 'test'\n ...\n# Subtest: Agent end runtime resets state, finalizes replies, sends attachments, and dispatches\nok 206 - Agent end runtime resets state, finalizes replies, sends attachments, and dispatches\n ---\n duration_ms: 0.96556\n type: 'test'\n ...\n# Subtest: Agent end hook binds assistant extraction and runtime ports\nok 207 - Agent end hook binds assistant extraction and runtime ports\n ---\n duration_ms: 0.723782\n type: 'test'\n ...\n# Subtest: Agent end runtime reports errors and dispatches next turn\nok 208 - Agent end runtime reports errors and dispatches next turn\n ---\n duration_ms: 0.460169\n type: 'test'\n ...\n# Subtest: Agent end plan classifies turn outcomes correctly\nok 209 - Agent end plan classifies turn outcomes correctly\n ---\n duration_ms: 0.24913\n type: 'test'\n ...\n# Subtest: Agent start runtime consumes dispatched prompts and initializes active preview\nok 210 - Agent start runtime consumes dispatched prompts and initializes active preview\n ---\n duration_ms: 0.513706\n type: 'test'\n ...\n# Subtest: Agent lifecycle hooks bind start, end, and tool lifecycle ports\nok 211 - Agent lifecycle hooks bind start, end, and tool lifecycle ports\n ---\n duration_ms: 1.538637\n type: 'test'\n ...\n# Subtest: Agent start hook binds abort handler and runtime ports\nok 212 - Agent start hook binds abort handler and runtime ports\n ---\n duration_ms: 0.791893\n type: 'test'\n ...\n# Subtest: Agent start plan consumes a dispatched prompt and resets transient flags\nok 213 - Agent start plan consumes a dispatched prompt and resets transient flags\n ---\n duration_ms: 0.775318\n type: 'test'\n ...\n# Subtest: Tool execution runtimes update counts and trigger delayed aborts\nok 214 - Tool execution runtimes update counts and trigger delayed aborts\n ---\n duration_ms: 0.449595\n type: 'test'\n ...\n# Subtest: Tool execution hooks bind counter and pending model-switch abort ports\nok 215 - Tool execution hooks bind counter and pending model-switch abort ports\n ---\n duration_ms: 0.464836\n type: 'test'\n ...\n# Subtest: Tool execution count helper respects active-turn presence\nok 216 - Tool execution count helper respects active-turn presence\n ---\n duration_ms: 0.437372\n type: 'test'\n ...\n# Subtest: Dispatch readiness checker binds live guard ports\nok 217 - Dispatch readiness checker binds live guard ports\n ---\n duration_ms: 0.516355\n type: 'test'\n ...\n# Subtest: Dispatch is allowed only when every guard is clear\nok 218 - Dispatch is allowed only when every guard is clear\n ---\n duration_ms: 0.18363\n type: 'test'\n ...\n# Subtest: Dispatch is blocked during compaction\nok 219 - Dispatch is blocked during compaction\n ---\n duration_ms: 0.175056\n type: 'test'\n ...\n# Subtest: Dispatch is blocked while a Telegram turn is active or pending\nok 220 - Dispatch is blocked while a Telegram turn is active or pending\n ---\n duration_ms: 0.167963\n type: 'test'\n ...\n# Subtest: Dispatch is blocked when pi is busy or has pending messages\nok 221 - Dispatch is blocked when pi is busy or has pending messages\n ---\n duration_ms: 0.36378\n type: 'test'\n ...\n# Subtest: Session state applier syncs start and shutdown state through live stores\nok 222 - Session state applier syncs start and shutdown state through live stores\n ---\n duration_ms: 0.793355\n type: 'test'\n ...\n# Subtest: Session runtime helper runs shutdown side effects in order\nok 223 - Session runtime helper runs shutdown side effects in order\n ---\n duration_ms: 0.880504\n type: 'test'\n ...\n# Subtest: Control queue controller appends and dispatches control items\nok 224 - Control queue controller appends and dispatches control items\n ---\n duration_ms: 0.646096\n type: 'test'\n ...\n# Subtest: Prompt enqueue controller binds runtime ports to context\nok 225 - Prompt enqueue controller binds runtime ports to context\n ---\n duration_ms: 1.153765\n type: 'test'\n ...\n# Subtest: Prompt enqueue runtime preserves queued prompts as history\nok 226 - Prompt enqueue runtime preserves queued prompts as history\n ---\n duration_ms: 0.89369\n type: 'test'\n ...\n# Subtest: Control runtime runs the control item and always settles\nok 227 - Control runtime runs the control item and always settles\n ---\n duration_ms: 0.454631\n type: 'test'\n ...\n# Subtest: Control runtime reports failures before settling\nok 228 - Control runtime reports failures before settling\n ---\n duration_ms: 0.548817\n type: 'test'\n ...\n# Subtest: Dispatch runtime idles on none and executes control items directly\nok 229 - Dispatch runtime idles on none and executes control items directly\n ---\n duration_ms: 1.558712\n type: 'test'\n ...\n# Subtest: Dispatch runtime reports prompt dispatch failures after starting\nok 230 - Dispatch runtime reports prompt dispatch failures after starting\n ---\n duration_ms: 0.778134\n type: 'test'\n ...\n# Subtest: Queue dispatch controller plans prompts and reports dispatch failures\nok 231 - Queue dispatch controller plans prompts and reports dispatch failures\n ---\n duration_ms: 0.951172\n type: 'test'\n ...\n# Subtest: Queue dispatch runtime binds readiness guards to dispatch controller\nok 232 - Queue dispatch runtime binds readiness guards to dispatch controller\n ---\n duration_ms: 0.608114\n type: 'test'\n ...\n# Subtest: Queue dispatch controller executes control items and continues\nok 233 - Queue dispatch controller executes control items and continues\n ---\n duration_ms: 55.241657\n type: 'test'\n ...\n# Subtest: Queue dispatch controller blocks reentrant prompt dispatch while control is pending\nok 234 - Queue dispatch controller blocks reentrant prompt dispatch while control is pending\n ---\n duration_ms: 5.391729\n type: 'test'\n ...\n# Subtest: Session runtime helper resets session start state\nok 235 - Session runtime helper resets session start state\n ---\n duration_ms: 0.530021\n type: 'test'\n ...\n# Subtest: Session runtime helper runs start side effects in order\nok 236 - Session runtime helper runs start side effects in order\n ---\n duration_ms: 0.46102\n type: 'test'\n ...\n# Subtest: Session runtime helper clears shutdown state\nok 237 - Session runtime helper clears shutdown state\n ---\n duration_ms: 0.223187\n type: 'test'\n ...\n# Subtest: Session lifecycle runtime binds state applier into lifecycle hooks\nok 238 - Session lifecycle runtime binds state applier into lifecycle hooks\n ---\n duration_ms: 0.911727\n type: 'test'\n ...\n# Subtest: Session lifecycle hooks bind start and shutdown runtime ports\nok 239 - Session lifecycle hooks bind start and shutdown runtime ports\n ---\n duration_ms: 0.711504\n type: 'test'\n ...\n# Subtest: Registration registers the attachment tool and delegates queueing\nok 240 - Registration registers the attachment tool and delegates queueing\n ---\n duration_ms: 3.580444\n type: 'test'\n ...\n# Subtest: Registration commands expose setup and status behaviors\nok 241 - Registration commands expose setup and status behaviors\n ---\n duration_ms: 0.792226\n type: 'test'\n ...\n# Subtest: Registration connect and disconnect commands reload config and control polling\nok 242 - Registration connect and disconnect commands reload config and control polling\n ---\n duration_ms: 1.016987\n type: 'test'\n ...\n# Subtest: Registration connect command can move singleton ownership after confirmation\nok 243 - Registration connect command can move singleton ownership after confirmation\n ---\n duration_ms: 0.632151\n type: 'test'\n ...\n# Subtest: Registration builds Telegram-aware system prompt suffixes\nok 244 - Registration builds Telegram-aware system prompt suffixes\n ---\n duration_ms: 1.64736\n type: 'test'\n ...\n# Subtest: Registration lifecycle hooks are registered and delegate to the provided handlers\nok 245 - Registration lifecycle hooks are registered and delegate to the provided handlers\n ---\n duration_ms: 1.518378\n type: 'test'\n ...\n# Subtest: Extension entrypoint wires registration domains into the pi API\nok 246 - Extension entrypoint wires registration domains into the pi API\n ---\n duration_ms: 6.135419\n type: 'test'\n ...\n# Subtest: Extension before-agent-start hook appends Telegram-specific system prompt guidance\nok 247 - Extension before-agent-start hook appends Telegram-specific system prompt guidance\n ---\n duration_ms: 1.328821\n type: 'test'\n ...\n# Subtest: HTML helpers escape text and attribute contexts\nok 248 - HTML helpers escape text and attribute contexts\n ---\n duration_ms: 2.47292\n type: 'test'\n ...\n# Subtest: HTML helpers chunk long text while preserving open tags\nok 249 - HTML helpers chunk long text while preserving open tags\n ---\n duration_ms: 2.076658\n type: 'test'\n ...\n# Subtest: HTML helpers do not reopen void tags across chunks\nok 250 - HTML helpers do not reopen void tags across chunks\n ---\n duration_ms: 0.546095\n type: 'test'\n ...\n# Subtest: Nested lists stay out of code blocks\nok 251 - Nested lists stay out of code blocks\n ---\n duration_ms: 11.885039\n type: 'test'\n ...\n# Subtest: Fenced code blocks preserve literal markdown\nok 252 - Fenced code blocks preserve literal markdown\n ---\n duration_ms: 1.749786\n type: 'test'\n ...\n# Subtest: Underscores inside words do not become italic\nok 253 - Underscores inside words do not become italic\n ---\n duration_ms: 0.895745\n type: 'test'\n ...\n# Subtest: Quoted nested lists stay in blockquote rendering\nok 254 - Quoted nested lists stay in blockquote rendering\n ---\n duration_ms: 1.747638\n type: 'test'\n ...\n# Subtest: Numbered lists use monospace numeric markers\nok 255 - Numbered lists use monospace numeric markers\n ---\n duration_ms: 1.018023\n type: 'test'\n ...\n# Subtest: Ordered task lists preserve numeric markers in previews and final rendering\nok 256 - Ordered task lists preserve numeric markers in previews and final rendering\n ---\n duration_ms: 2.962644\n type: 'test'\n ...\n# Subtest: Leading indentation on the first markdown line stays intact\nok 257 - Leading indentation on the first markdown line stays intact\n ---\n duration_ms: 1.834786\n type: 'test'\n ...\n# Subtest: Preview and final rendering preserve multiple blank lines between blocks\nok 258 - Preview and final rendering preserve multiple blank lines between blocks\n ---\n duration_ms: 1.162487\n type: 'test'\n ...\n# Subtest: Rendering preserves original blank-line spacing across block transitions\nok 259 - Rendering preserves original blank-line spacing across block transitions\n ---\n duration_ms: 2.066121\n type: 'test'\n ...\n# Subtest: Headings keep visible spacing before following code blocks even without source blank lines\nok 260 - Headings keep visible spacing before following code blocks even without source blank lines\n ---\n duration_ms: 0.323723\n type: 'test'\n ...\n# Subtest: Standalone checkbox-looking prose stays literal outside task lists\nok 261 - Standalone checkbox-looking prose stays literal outside task lists\n ---\n duration_ms: 0.588466\n type: 'test'\n ...\n# Subtest: Nested blockquotes flatten into one Telegram blockquote with indentation\nok 262 - Nested blockquotes flatten into one Telegram blockquote with indentation\n ---\n duration_ms: 1.542915\n type: 'test'\n ...\n# Subtest: Markdown tables render as literal monospace blocks without outer side borders\nok 263 - Markdown tables render as literal monospace blocks without outer side borders\n ---\n duration_ms: 2.052769\n type: 'test'\n ...\n# Subtest: Markdown table padding uses emoji grapheme display width\nok 264 - Markdown table padding uses emoji grapheme display width\n ---\n duration_ms: 1.980046\n type: 'test'\n ...\n# Subtest: Markdown table padding handles CJK and combining marks\nok 265 - Markdown table padding handles CJK and combining marks\n ---\n duration_ms: 1.238784\n type: 'test'\n ...\n# Subtest: Links, code spans, and underscore-heavy text coexist safely\nok 266 - Links, code spans, and underscore-heavy text coexist safely\n ---\n duration_ms: 12.881803\n type: 'test'\n ...\n# Subtest: HTML attributes are escaped or sanitized in generated Telegram markup\nok 267 - HTML attributes are escaped or sanitized in generated Telegram markup\n ---\n duration_ms: 1.050413\n type: 'test'\n ...\n# Subtest: HTML mode chunks long messages below Telegram limits\nok 268 - HTML mode chunks long messages below Telegram limits\n ---\n duration_ms: 0.624948\n type: 'test'\n ...\n# Subtest: HTML mode keeps tags balanced across long chunk boundaries\nok 269 - HTML mode keeps tags balanced across long chunk boundaries\n ---\n duration_ms: 0.937097\n type: 'test'\n ...\n# Subtest: Links degrade or normalize safely across supported and unsupported markdown forms\nok 270 - Links degrade or normalize safely across supported and unsupported markdown forms\n ---\n duration_ms: 2.14088\n type: 'test'\n ...\n# Subtest: Long quoted blocks stay chunked with balanced blockquote tags\nok 271 - Long quoted blocks stay chunked with balanced blockquote tags\n ---\n duration_ms: 27.091279\n type: 'test'\n ...\n# Subtest: Long markdown replies stay chunked below Telegram limits\nok 272 - Long markdown replies stay chunked below Telegram limits\n ---\n duration_ms: 38.985134\n type: 'test'\n ...\n# Subtest: Long mixed links and code spans stay chunked with balanced inline tags\nok 273 - Long mixed links and code spans stay chunked with balanced inline tags\n ---\n duration_ms: 55.894271\n type: 'test'\n ...\n# Subtest: Long multi-block markdown keeps quotes and code fences structurally balanced\nok 274 - Long multi-block markdown keeps quotes and code fences structurally balanced\n ---\n duration_ms: 13.141823\n type: 'test'\n ...\n# Subtest: Chunked mixed block transitions keep quote and list structure balanced\nok 275 - Chunked mixed block transitions keep quote and list structure balanced\n ---\n duration_ms: 39.693544\n type: 'test'\n ...\n# Subtest: Chunked code fence transitions keep code blocks closed before following prose\nok 276 - Chunked code fence transitions keep code blocks closed before following prose\n ---\n duration_ms: 25.238289\n type: 'test'\n ...\n# Subtest: Long inline formatting paragraphs stay balanced across chunk boundaries\nok 277 - Long inline formatting paragraphs stay balanced across chunk boundaries\n ---\n duration_ms: 30.791964\n type: 'test'\n ...\n# Subtest: Realistic model output fixtures render safely\nok 278 - Realistic model output fixtures render safely\n ---\n duration_ms: 1.605878\n type: 'test'\n ...\n# Subtest: Chunked list, code, quote, and prose cycles stay balanced across transitions\nok 279 - Chunked list, code, quote, and prose cycles stay balanced across transitions\n ---\n duration_ms: 20.321043\n type: 'test'\n ...\n# Subtest: Reply helpers extract assistant message text and metadata\nok 280 - Reply helpers extract assistant message text and metadata\n ---\n duration_ms: 8.112798\n type: 'test'\n ...\n# Subtest: Reply transport forwards send and edit operations through delivery helpers\nok 281 - Reply transport forwards send and edit operations through delivery helpers\n ---\n duration_ms: 1.068135\n type: 'test'\n ...\n# Subtest: Reply delivery sends chunks and applies reply markup only to the last chunk\nok 282 - Reply delivery sends chunks and applies reply markup only to the last chunk\n ---\n duration_ms: 0.597577\n type: 'test'\n ...\n# Subtest: Reply delivery applies reply parameters only to the first chunk\nok 283 - Reply delivery applies reply parameters only to the first chunk\n ---\n duration_ms: 0.503595\n type: 'test'\n ...\n# Subtest: Reply delivery edits the first chunk and sends remaining chunks separately\nok 284 - Reply delivery edits the first chunk and sends remaining chunks separately\n ---\n duration_ms: 0.919597\n type: 'test'\n ...\n# Subtest: Reply runtime bundles text, markdown, and interactive rendered-message delivery\nok 285 - Reply runtime bundles text, markdown, and interactive rendered-message delivery\n ---\n duration_ms: 1.180525\n type: 'test'\n ...\n# Subtest: Reply delivery runtime exposes transport and rendered-message helpers\nok 286 - Reply delivery runtime exposes transport and rendered-message helpers\n ---\n duration_ms: 0.745467\n type: 'test'\n ...\n# Subtest: Reply runtime sends plain replies using the requested parse mode\nok 287 - Reply runtime sends plain replies using the requested parse mode\n ---\n duration_ms: 0.386187\n type: 'test'\n ...\n# Subtest: Reply runtime falls back to plain delivery when markdown rendering yields no chunks\nok 288 - Reply runtime falls back to plain delivery when markdown rendering yields no chunks\n ---\n duration_ms: 1.034597\n type: 'test'\n ...\n# Subtest: Routing runtime forwards authorized text messages into prompt queueing\nok 289 - Routing runtime forwards authorized text messages into prompt queueing\n ---\n duration_ms: 15.883837\n type: 'test'\n ...\n# Subtest: Runtime facade binds grouped operations to one bridge state\nok 290 - Runtime facade binds grouped operations to one bridge state\n ---\n duration_ms: 5.338563\n type: 'test'\n ...\n# Subtest: Runtime state helpers allocate queue order and manage typing loops\nok 291 - Runtime state helpers allocate queue order and manage typing loops\n ---\n duration_ms: 1.911065\n type: 'test'\n ...\n# Subtest: Abort handler setter and agent-end resetter bind runtime cleanup\nok 292 - Abort handler setter and agent-end resetter bind runtime cleanup\n ---\n duration_ms: 0.632003\n type: 'test'\n ...\n# Subtest: Prompt dispatch lifecycle owns dispatch flags, typing, and status\nok 293 - Prompt dispatch lifecycle owns dispatch flags, typing, and status\n ---\n duration_ms: 1.265692\n type: 'test'\n ...\n# Subtest: Prompt dispatch runtime binds typing starter and dispatch lifecycle\nok 294 - Prompt dispatch runtime binds typing starter and dispatch lifecycle\n ---\n duration_ms: 1.205561\n type: 'test'\n ...\n# Subtest: Typing loop starter binds default chat and reports failures\nok 295 - Typing loop starter binds default chat and reports failures\n ---\n duration_ms: 1.200136\n type: 'test'\n ...\n# Subtest: Extension runtime polls, pairs, and dispatches an inbound Telegram turn into pi\nok 296 - Extension runtime polls, pairs, and dispatches an inbound Telegram turn into pi\n ---\n duration_ms: 1482.157982\n type: 'test'\n ...\n# (node:3828552) ExperimentalWarning: The MockTimers API is an experimental feature and might change at any time\n# (Use `node --trace-warnings ...` to show where the warning was created)\n# Subtest: Extension runtime finalizes a drafted preview into the final Telegram reply on agent end\nok 297 - Extension runtime finalizes a drafted preview into the final Telegram reply on agent end\n ---\n duration_ms: 26.296516\n type: 'test'\n ...\n# Subtest: Extension runtime carries queued follow-ups into history after an aborted turn\nok 298 - Extension runtime carries queued follow-ups into history after an aborted turn\n ---\n duration_ms: 36.967679\n type: 'test'\n ...\n# Subtest: Extension runtime runs queued status control before the next queued prompt after agent end\nok 299 - Extension runtime runs queued status control before the next queued prompt after agent end\n ---\n duration_ms: 27.26704\n type: 'test'\n ...\n# Subtest: Extension runtime runs queued model control before the next queued prompt after agent end\nok 300 - Extension runtime runs queued model control before the next queued prompt after agent end\n ---\n duration_ms: 25.706976\n type: 'test'\n ...\n# Subtest: Extension runtime keeps queued turns blocked until compaction completes\nok 301 - Extension runtime keeps queued turns blocked until compaction completes\n ---\n duration_ms: 24.408285\n type: 'test'\n ...\n# Subtest: Extension runtime coalesces media-group updates into one delayed dispatch\nok 302 - Extension runtime coalesces media-group updates into one delayed dispatch\n ---\n duration_ms: 7.232109\n type: 'test'\n ...\n# Subtest: Extension runtime applies reaction priority and removal before the next dispatch\nok 303 - Extension runtime applies reaction priority and removal before the next dispatch\n ---\n duration_ms: 45.243182\n type: 'test'\n ...\n# Subtest: Extension runtime applies idle model picks immediately and refreshes status\nok 304 - Extension runtime applies idle model picks immediately and refreshes status\n ---\n duration_ms: 17.821198\n type: 'test'\n ...\n# Subtest: Extension runtime switches model in flight and dispatches a continuation turn after abort\nok 305 - Extension runtime switches model in flight and dispatches a continuation turn after abort\n ---\n duration_ms: 25.957163\n type: 'test'\n ...\n# Subtest: Extension runtime delays model-switch abort until the active tool finishes\nok 306 - Extension runtime delays model-switch abort until the active tool finishes\n ---\n duration_ms: 26.410905\n type: 'test'\n ...\n# Subtest: Status bar text renders bridge connection and queue states\nok 307 - Status bar text renders bridge connection and queue states\n ---\n duration_ms: 1.751268\n type: 'test'\n ...\n# Subtest: Status runtime updates the status bar and exposes bridge lines\nok 308 - Status runtime updates the status bar and exposes bridge lines\n ---\n duration_ms: 1.80649\n type: 'test'\n ...\n# Subtest: Bridge status runtime builds status state from live ports\nok 309 - Bridge status runtime builds status state from live ports\n ---\n duration_ms: 1.534378\n type: 'test'\n ...\n# Subtest: Bridge status lines include queue lanes and recent runtime events\nok 310 - Bridge status lines include queue lanes and recent runtime events\n ---\n duration_ms: 0.480984\n type: 'test'\n ...\n# Subtest: Status HTML builder binds active model lookup\nok 311 - Status HTML builder binds active model lookup\n ---\n duration_ms: 1.001579\n type: 'test'\n ...\n# Subtest: Runtime event lines render the recent-event ring newest first\nok 312 - Runtime event lines render the recent-event ring newest first\n ---\n duration_ms: 0.408095\n type: 'test'\n ...\n# Subtest: Structured runtime event recording redacts messages and details\nok 313 - Structured runtime event recording redacts messages and details\n ---\n duration_ms: 1.06832\n type: 'test'\n ...\n# Subtest: Runtime event recorder owns redacted bounded event state\nok 314 - Runtime event recorder owns redacted bounded event state\n ---\n duration_ms: 0.594799\n type: 'test'\n ...\n# Subtest: Runtime event recording redacts bot tokens and keeps a bounded ring\nok 315 - Runtime event recording redacts bot tokens and keeps a bounded ring\n ---\n duration_ms: 1.078635\n type: 'test'\n ...\n# Subtest: Turn helpers truncate queue summaries predictably\nok 316 - Turn helpers truncate queue summaries predictably\n ---\n duration_ms: 11.41937\n type: 'test'\n ...\n# Subtest: Turn helpers build prompt text with history and attachments\nok 317 - Turn helpers build prompt text with history and attachments\n ---\n duration_ms: 0.978504\n type: 'test'\n ...\n# Subtest: Turn helpers summarize text and attachment-only turns\nok 318 - Turn helpers summarize text and attachment-only turns\n ---\n duration_ms: 0.520743\n type: 'test'\n ...\n# Subtest: Turn helpers update queued prompt text for edited Telegram messages\nok 319 - Turn helpers update queued prompt text for edited Telegram messages\n ---\n duration_ms: 9.485861\n type: 'test'\n ...\n# Subtest: Turn runtime builder extracts text, downloads files, and allocates order\nok 320 - Turn runtime builder extracts text, downloads files, and allocates order\n ---\n duration_ms: 12.725543\n type: 'test'\n ...\n# Subtest: Turn runtime builder routes attachment handler output into prompt text\nok 321 - Turn runtime builder routes attachment handler output into prompt text\n ---\n duration_ms: 0.843227\n type: 'test'\n ...\n# Subtest: Turn runtime helper reads image payloads from local files\nok 322 - Turn runtime helper reads image payloads from local files\n ---\n duration_ms: 36.087583\n type: 'test'\n ...\n# Subtest: Turn helpers update matching queued prompt items only\nok 323 - Turn helpers update matching queued prompt items only\n ---\n duration_ms: 5.195526\n type: 'test'\n ...\n# Subtest: Turn edit runtime binds queued prompt updates to status\nok 324 - Turn edit runtime binds queued prompt updates to status\n ---\n duration_ms: 1.31147\n type: 'test'\n ...\n# Subtest: Turn helpers preserve queued prompt attachments when captions are edited\nok 325 - Turn helpers preserve queued prompt attachments when captions are edited\n ---\n duration_ms: 2.389049\n type: 'test'\n ...\n# Subtest: Turn helpers preserve abort-history prompt context when queued turns are edited\nok 326 - Turn helpers preserve abort-history prompt context when queued turns are edited\n ---\n duration_ms: 0.826318\n type: 'test'\n ...\n# Subtest: Turn helpers assemble prompt turns with text, ids, history, and image payloads\nok 327 - Turn helpers assemble prompt turns with text, ids, history, and image payloads\n ---\n duration_ms: 1.097413\n type: 'test'\n ...\n# Subtest: Update helpers normalize emoji reactions and collect emoji-only entries\nok 328 - Update helpers normalize emoji reactions and collect emoji-only entries\n ---\n duration_ms: 7.671389\n type: 'test'\n ...\n# Subtest: Update helpers extract deleted business-message ids only from Bot API shapes\nok 329 - Update helpers extract deleted business-message ids only from Bot API shapes\n ---\n duration_ms: 0.476317\n type: 'test'\n ...\n# Subtest: Paired update runtime binds pairing ports into update routing\nok 330 - Paired update runtime binds pairing ports into update routing\n ---\n duration_ms: 1.298006\n type: 'test'\n ...\n# Subtest: Update routing extracts only private human callback queries\nok 331 - Update routing extracts only private human callback queries\n ---\n duration_ms: 0.332132\n type: 'test'\n ...\n# Subtest: Update routing extracts private human messages and edited messages separately\nok 332 - Update routing extracts private human messages and edited messages separately\n ---\n duration_ms: 0.315057\n type: 'test'\n ...\n# Subtest: Update flow prioritizes deleted business-message handling over other update kinds\nok 333 - Update flow prioritizes deleted business-message handling over other update kinds\n ---\n duration_ms: 0.454947\n type: 'test'\n ...\n# Subtest: Update flow returns authorized callback, message, and edit actions\nok 334 - Update flow returns authorized callback, message, and edit actions\n ---\n duration_ms: 4.811431\n type: 'test'\n ...\n# Subtest: Update flow ignores unauthorized transport shapes and preserves reaction events\nok 335 - Update flow ignores unauthorized transport shapes and preserves reaction events\n ---\n duration_ms: 0.351353\n type: 'test'\n ...\n# Subtest: Update execution plan maps callback and message authorization to side-effect flags\nok 336 - Update execution plan maps callback and message authorization to side-effect flags\n ---\n duration_ms: 0.889264\n type: 'test'\n ...\n# Subtest: Update execution plan preserves deleted and reaction actions\nok 337 - Update execution plan preserves deleted and reaction actions\n ---\n duration_ms: 1.087746\n type: 'test'\n ...\n# Subtest: Update execution plan can be built directly from updates\nok 338 - Update execution plan can be built directly from updates\n ---\n duration_ms: 5.633213\n type: 'test'\n ...\n# Subtest: Update runtime controller binds update and reaction ports\nok 339 - Update runtime controller binds update and reaction ports\n ---\n duration_ms: 0.801707\n type: 'test'\n ...\n# Subtest: Update runtime handles authorized reaction priority and removal effects\nok 340 - Update runtime handles authorized reaction priority and removal effects\n ---\n duration_ms: 0.492262\n type: 'test'\n ...\n# Subtest: Update runtime executes delete and reaction plans through the right side effects\nok 341 - Update runtime executes delete and reaction plans through the right side effects\n ---\n duration_ms: 0.36952\n type: 'test'\n ...\n# Subtest: Update runtime can execute directly from raw updates\nok 342 - Update runtime can execute directly from raw updates\n ---\n duration_ms: 0.452169\n type: 'test'\n ...\n# Subtest: Update runtime routes edited messages without creating normal message turns\nok 343 - Update runtime routes edited messages without creating normal message turns\n ---\n duration_ms: 4.605356\n type: 'test'\n ...\n# Subtest: Update runtime handles callback deny and message pair flows\nok 344 - Update runtime handles callback deny and message pair flows\n ---\n duration_ms: 0.619633\n type: 'test'\n ...\n1..344\n# tests 344\n# suites 0\n# pass 344\n# fail 0\n# cancelled 0\n# skipped 0\n# todo 0\n# duration_ms 5448.159581\n\n> @llblab/pi-telegram@0.4.0 typecheck\n> tsc --noEmit\n\n{\n \"info\": 0,\n \"low\": 0,\n \"moderate\": 0,\n \"high\": 0,\n \"critical\": 0,\n \"total\": 0\n}\n[]\n\n\n[Showing lines 849-2378 of 2378 (50.0KB limit). Full output: /tmp/pi-bash-69091de971f74841.log]"
}
],
"details": {
"truncation": {
"content": "ok 94 - Lock runtime replaces stale owners\n ---\n duration_ms: 2.455234\n type: 'test'\n ...\n# Subtest: Locked polling runtime can force takeover of live external owners\nok 95 - Locked polling runtime can force takeover of live external owners\n ---\n duration_ms: 7.218498\n type: 'test'\n ...\n# Subtest: Locked polling runtime releases ownership when setup is missing\nok 96 - Locked polling runtime releases ownership when setup is missing\n ---\n duration_ms: 1.4916\n type: 'test'\n ...\n# Subtest: Locked polling runtime auto-starts only from an existing owned lock\nok 97 - Locked polling runtime auto-starts only from an existing owned lock\n ---\n duration_ms: 8.562523\n type: 'test'\n ...\n# Subtest: Locked polling runtime suspends session replacement without releasing ownership\nok 98 - Locked polling runtime suspends session replacement without releasing ownership\n ---\n duration_ms: 1.576452\n type: 'test'\n ...\n# Subtest: Locked polling runtime tolerates stale contexts after session replacement\nok 99 - Locked polling runtime tolerates stale contexts after session replacement\n ---\n duration_ms: 12.470856\n type: 'test'\n ...\n# Subtest: Locked polling runtime resumes stale same-cwd ownership after process restart\nok 100 - Locked polling runtime resumes stale same-cwd ownership after process restart\n ---\n duration_ms: 3.57937\n type: 'test'\n ...\n# Subtest: Locked polling runtime does not claim stale ownership from another cwd during session initialization\nok 101 - Locked polling runtime does not claim stale ownership from another cwd during session initialization\n ---\n duration_ms: 2.130899\n type: 'test'\n ...\n# Subtest: Media helpers collect file infos across Telegram message variants\nok 102 - Media helpers collect file infos across Telegram message variants\n ---\n duration_ms: 3.322442\n type: 'test'\n ...\n# Subtest: Media helpers download collected file infos\nok 103 - Media helpers download collected file infos\n ---\n duration_ms: 0.489872\n type: 'test'\n ...\n# Subtest: Media helpers extract text, ids, and history summaries\nok 104 - Media helpers extract text, ids, and history summaries\n ---\n duration_ms: 0.561873\n type: 'test'\n ...\n# Subtest: Media helpers infer image media types from file paths\nok 105 - Media helpers infer image media types from file paths\n ---\n duration_ms: 0.278168\n type: 'test'\n ...\n# Subtest: Media helpers key messages by chat and media group\nok 106 - Media helpers key messages by chat and media group\n ---\n duration_ms: 0.474928\n type: 'test'\n ...\n# Subtest: Media helpers replace debounce timers and dispatch grouped messages\nok 107 - Media helpers replace debounce timers and dispatch grouped messages\n ---\n duration_ms: 0.744504\n type: 'test'\n ...\n# Subtest: Media group controller owns timers, removal, and cleanup\nok 108 - Media group controller owns timers, removal, and cleanup\n ---\n duration_ms: 0.699485\n type: 'test'\n ...\n# Subtest: Media group dispatch runtime handles immediate and grouped messages\nok 109 - Media group dispatch runtime handles immediate and grouped messages\n ---\n duration_ms: 0.678299\n type: 'test'\n ...\n# Subtest: Media helpers remove pending groups by message id\nok 110 - Media helpers remove pending groups by message id\n ---\n duration_ms: 0.986597\n type: 'test'\n ...\n# Subtest: Menu helpers store, refresh, prune, and bound model menu state\nok 111 - Menu helpers store, refresh, prune, and bound model menu state\n ---\n duration_ms: 6.835959\n type: 'test'\n ...\n# Subtest: Menu helpers resolve and reuse cached model menu inputs\nok 112 - Menu helpers resolve and reuse cached model menu inputs\n ---\n duration_ms: 1.378969\n type: 'test'\n ...\n# Subtest: Menu runtime controller owns stored state and cached inputs\nok 113 - Menu runtime controller owns stored state and cached inputs\n ---\n duration_ms: 5.926214\n type: 'test'\n ...\n# Subtest: Menu state builder wires runtime to settings and model-registry ports\nok 114 - Menu state builder wires runtime to settings and model-registry ports\n ---\n duration_ms: 0.752892\n type: 'test'\n ...\n# Subtest: Menu runtime builds menu state from settings and model-registry ports\nok 115 - Menu runtime builds menu state from settings and model-registry ports\n ---\n duration_ms: 0.866264\n type: 'test'\n ...\n# Subtest: Menu helpers expose UI constants\nok 116 - Menu helpers expose UI constants\n ---\n duration_ms: 0.285446\n type: 'test'\n ...\n# Subtest: Menu helpers build model menu state and parse callback actions\nok 117 - Menu helpers build model menu state and parse callback actions\n ---\n duration_ms: 6.515791\n type: 'test'\n ...\n# Subtest: Menu helpers apply menu mutations and resolve model selections\nok 118 - Menu helpers apply menu mutations and resolve model selections\n ---\n duration_ms: 0.707281\n type: 'test'\n ...\n# Subtest: Menu helpers derive normalized menu pages without mutating state\nok 119 - Menu helpers derive normalized menu pages without mutating state\n ---\n duration_ms: 1.417822\n type: 'test'\n ...\n# Subtest: Menu helpers build model callback plans for paging, selection, and restart modes\nok 120 - Menu helpers build model callback plans for paging, selection, and restart modes\n ---\n duration_ms: 7.136146\n type: 'test'\n ...\n# Subtest: Menu helpers open status and model menus through runtime ports\nok 121 - Menu helpers open status and model menus through runtime ports\n ---\n duration_ms: 1.223747\n type: 'test'\n ...\n# Subtest: Menu helpers report open-menu busy and no-model paths\nok 122 - Menu helpers report open-menu busy and no-model paths\n ---\n duration_ms: 0.571928\n type: 'test'\n ...\n# Subtest: Menu helpers route callback entry states before action handlers\nok 123 - Menu helpers route callback entry states before action handlers\n ---\n duration_ms: 0.577151\n type: 'test'\n ...\n# Subtest: Menu helpers route stored callback queries through matching action handlers\nok 124 - Menu helpers route stored callback queries through matching action handlers\n ---\n duration_ms: 0.547095\n type: 'test'\n ...\n# Subtest: Menu runtime routes stored callback queries through callback action ports\nok 125 - Menu runtime routes stored callback queries through callback action ports\n ---\n duration_ms: 2.461419\n type: 'test'\n ...\n# Subtest: Menu callback handler captures runtime ports\nok 126 - Menu callback handler captures runtime ports\n ---\n duration_ms: 0.618003\n type: 'test'\n ...\n# Subtest: Menu callback adapter converts active tool count into runtime booleans\nok 127 - Menu callback adapter converts active tool count into runtime booleans\n ---\n duration_ms: 1.164487\n type: 'test'\n ...\n# Subtest: Menu helpers execute model callback actions across update, switch, and restart paths\nok 128 - Menu helpers execute model callback actions across update, switch, and restart paths\n ---\n duration_ms: 5.375859\n type: 'test'\n ...\n# Subtest: Menu helpers handle status and thinking callback actions\nok 129 - Menu helpers handle status and thinking callback actions\n ---\n duration_ms: 0.883301\n type: 'test'\n ...\n# Subtest: Menu helpers build pure render payloads before transport\nok 130 - Menu helpers build pure render payloads before transport\n ---\n duration_ms: 0.865096\n type: 'test'\n ...\n# Subtest: Menu action runtime opens and updates interactive menu messages\nok 131 - Menu action runtime opens and updates interactive menu messages\n ---\n duration_ms: 6.020567\n type: 'test'\n ...\n# Subtest: Menu action runtime with state builder opens menus from settings runtime\nok 132 - Menu action runtime with state builder opens menus from settings runtime\n ---\n duration_ms: 1.091135\n type: 'test'\n ...\n# Subtest: Menu helpers update and send interactive menu messages\nok 133 - Menu helpers update and send interactive menu messages\n ---\n duration_ms: 0.848578\n type: 'test'\n ...\n# Subtest: Menu helpers build model, thinking, and status UI payloads\nok 134 - Menu helpers build model, thinking, and status UI payloads\n ---\n duration_ms: 5.007876\n type: 'test'\n ...\n# Subtest: Current model store prefers explicit Telegram model over context fallback\nok 135 - Current model store prefers explicit Telegram model over context fallback\n ---\n duration_ms: 2.975551\n type: 'test'\n ...\n# Subtest: Current model runtime combines store fallback and status updates\nok 136 - Current model runtime combines store fallback and status updates\n ---\n duration_ms: 1.741564\n type: 'test'\n ...\n# Subtest: Current model update runtime stores selections and refreshes status\nok 137 - Current model update runtime stores selections and refreshes status\n ---\n duration_ms: 0.457891\n type: 'test'\n ...\n# Subtest: Model helpers match models, detect thinking levels, and expose constants\nok 138 - Model helpers match models, detect thinking levels, and expose constants\n ---\n duration_ms: 0.455465\n type: 'test'\n ...\n# Subtest: Model helpers parse scoped model pattern lists and CLI flags\nok 139 - Model helpers parse scoped model pattern lists and CLI flags\n ---\n duration_ms: 0.701744\n type: 'test'\n ...\n# Subtest: Model helpers resolve scoped model patterns and sort current models first\nok 140 - Model helpers resolve scoped model patterns and sort current models first\n ---\n duration_ms: 1.59873\n type: 'test'\n ...\n# Subtest: Pending model-switch store owns selection state helpers\nok 141 - Pending model-switch store owns selection state helpers\n ---\n duration_ms: 0.576244\n type: 'test'\n ...\n# Subtest: In-flight model switch is allowed only for active Telegram turns with abort support\nok 142 - In-flight model switch is allowed only for active Telegram turns with abort support\n ---\n duration_ms: 0.280298\n type: 'test'\n ...\n# Subtest: Pending model switch abort waits until no tool executions remain\nok 143 - Pending model switch abort waits until no tool executions remain\n ---\n duration_ms: 1.043986\n type: 'test'\n ...\n# Subtest: Model-switch continuation restart queues before abort when state is present\nok 144 - Model-switch continuation restart queues before abort when state is present\n ---\n duration_ms: 1.793638\n type: 'test'\n ...\n# Subtest: Model-switch controller centralizes pending abort and continuation queueing\nok 145 - Model-switch controller centralizes pending abort and continuation queueing\n ---\n duration_ms: 1.06369\n type: 'test'\n ...\n# Subtest: Model-switch controller runtime binds continuation queue construction\nok 146 - Model-switch controller runtime binds continuation queue construction\n ---\n duration_ms: 1.051542\n type: 'test'\n ...\n# Subtest: Model-switch continuation turn stays control-lane and resume-oriented\nok 147 - Model-switch continuation turn stays control-lane and resume-oriented\n ---\n duration_ms: 0.587707\n type: 'test'\n ...\n# Subtest: Model-switch continuation queue runtime builds and appends control-lane turns\nok 148 - Model-switch continuation queue runtime builds and appends control-lane turns\n ---\n duration_ms: 0.789707\n type: 'test'\n ...\n# Subtest: Model-switch continuation queue creates and appends continuation turns\nok 149 - Model-switch continuation queue creates and appends continuation turns\n ---\n duration_ms: 0.413706\n type: 'test'\n ...\n# Subtest: Continuation prompt stays Telegram-scoped and resume-oriented\nok 150 - Continuation prompt stays Telegram-scoped and resume-oriented\n ---\n duration_ms: 0.266724\n type: 'test'\n ...\n# Subtest: Pi API runtime ports bind methods without losing receiver context\nok 151 - Pi API runtime ports bind methods without losing receiver context\n ---\n duration_ms: 2.945922\n type: 'test'\n ...\n# Subtest: Pi context helpers expose model, idle, pending-message, and compact adapters\nok 152 - Pi context helpers expose model, idle, pending-message, and compact adapters\n ---\n duration_ms: 0.56341\n type: 'test'\n ...\n# Subtest: Polling helpers build the initial sync request\nok 153 - Polling helpers build the initial sync request\n ---\n duration_ms: 4.129853\n type: 'test'\n ...\n# Subtest: Polling helpers build long-poll requests with and without lastUpdateId\nok 154 - Polling helpers build long-poll requests with and without lastUpdateId\n ---\n duration_ms: 5.587027\n type: 'test'\n ...\n# Subtest: Polling helpers extract the latest update id\nok 155 - Polling helpers extract the latest update id\n ---\n duration_ms: 0.532022\n type: 'test'\n ...\n# Subtest: Polling helpers start only when a bot token exists and polling is idle\nok 156 - Polling helpers start only when a bot token exists and polling is idle\n ---\n duration_ms: 3.821111\n type: 'test'\n ...\n# Subtest: Polling runtime starts and stops polling through state ports\nok 157 - Polling runtime starts and stops polling through state ports\n ---\n duration_ms: 1.104839\n type: 'test'\n ...\n# Subtest: Polling controller owns polling promise and abort-controller state\nok 158 - Polling controller owns polling promise and abort-controller state\n ---\n duration_ms: 0.705688\n type: 'test'\n ...\n# Subtest: Polling controller runtime binds loop runner and controller state\nok 159 - Polling controller runtime binds loop runner and controller state\n ---\n duration_ms: 1.412229\n type: 'test'\n ...\n# Subtest: Polling helpers stop only for abort conditions\nok 160 - Polling helpers stop only for abort conditions\n ---\n duration_ms: 4.649893\n type: 'test'\n ...\n# Subtest: Poll loop runner binds config, status, and transport ports\nok 161 - Poll loop runner binds config, status, and transport ports\n ---\n duration_ms: 1.20758\n type: 'test'\n ...\n# Subtest: Poll loop initializes lastUpdateId and processes updates\nok 162 - Poll loop initializes lastUpdateId and processes updates\n ---\n duration_ms: 4.32154\n type: 'test'\n ...\n# Subtest: Poll loop persists long-poll offsets only after handling updates\nok 163 - Poll loop persists long-poll offsets only after handling updates\n ---\n duration_ms: 1.009801\n type: 'test'\n ...\n# Subtest: Poll loop skips repeatedly failing updates after the configured threshold\nok 164 - Poll loop skips repeatedly failing updates after the configured threshold\n ---\n duration_ms: 1.181691\n type: 'test'\n ...\n# Subtest: Poll loop reports retryable errors and sleeps before retrying\nok 165 - Poll loop reports retryable errors and sleeps before retrying\n ---\n duration_ms: 0.612558\n type: 'test'\n ...\n# Subtest: Preview helpers build flush text only when the preview changed\nok 166 - Preview helpers build flush text only when the preview changed\n ---\n duration_ms: 2.759328\n type: 'test'\n ...\n# Subtest: Preview snapshots prefer stable rich blocks and fall back to plain text\nok 167 - Preview snapshots prefer stable rich blocks and fall back to plain text\n ---\n duration_ms: 2.980792\n type: 'test'\n ...\n# Subtest: Preview snapshots append conservative plain tails for incomplete fences, quotes, and lists\nok 168 - Preview snapshots append conservative plain tails for incomplete fences, quotes, and lists\n ---\n duration_ms: 2.142344\n type: 'test'\n ...\n# Subtest: Preview snapshots omit unstable tails when long-message limits leave no room\nok 169 - Preview snapshots omit unstable tails when long-message limits leave no room\n ---\n duration_ms: 0.60941\n type: 'test'\n ...\n# Subtest: Preview helpers create state and allocate draft ids\nok 170 - Preview helpers create state and allocate draft ids\n ---\n duration_ms: 0.417114\n type: 'test'\n ...\n# Subtest: Preview helpers compute final text fallback without reusing rich HTML snapshots\nok 171 - Preview helpers compute final text fallback without reusing rich HTML snapshots\n ---\n duration_ms: 0.339465\n type: 'test'\n ...\n# Subtest: Preview helpers use drafts only for plain preview snapshots\nok 172 - Preview helpers use drafts only for plain preview snapshots\n ---\n duration_ms: 0.309816\n type: 'test'\n ...\n# Subtest: Preview message transport adapts Bot API bodies and reply metadata\nok 173 - Preview message transport adapts Bot API bodies and reply metadata\n ---\n duration_ms: 1.000727\n type: 'test'\n ...\n# Subtest: Preview rendered-chunk transport adapts reply context options\nok 174 - Preview rendered-chunk transport adapts reply context options\n ---\n duration_ms: 5.499712\n type: 'test'\n ...\n# Subtest: Assistant preview runtime binds controller and message hooks\nok 175 - Assistant preview runtime binds controller and message hooks\n ---\n duration_ms: 2.176178\n type: 'test'\n ...\n# Subtest: Preview controller runtime binds Bot API and rendered-chunk transports\nok 176 - Preview controller runtime binds Bot API and rendered-chunk transports\n ---\n duration_ms: 5.062006\n type: 'test'\n ...\n# Subtest: Preview controller owns pending text mutation and state reset\nok 177 - Preview controller owns pending text mutation and state reset\n ---\n duration_ms: 0.42465\n type: 'test'\n ...\n# Subtest: Preview runtime handles assistant message lifecycle hooks\nok 178 - Preview runtime handles assistant message lifecycle hooks\n ---\n duration_ms: 0.647392\n type: 'test'\n ...\n# Subtest: Preview hook runtime binds assistant message start and update deps\nok 179 - Preview hook runtime binds assistant message start and update deps\n ---\n duration_ms: 0.524873\n type: 'test'\n ...\n# Subtest: Preview runtime prefers editable rich previews when stable blocks are available\nok 180 - Preview runtime prefers editable rich previews when stable blocks are available\n ---\n duration_ms: 0.909171\n type: 'test'\n ...\n# Subtest: Preview runtime preserves original blank-line spacing around conservative tails\nok 181 - Preview runtime preserves original blank-line spacing around conservative tails\n ---\n duration_ms: 0.84506\n type: 'test'\n ...\n# Subtest: Preview runtime keeps heading-to-code spacing readable without source blank lines\nok 182 - Preview runtime keeps heading-to-code spacing readable without source blank lines\n ---\n duration_ms: 9.445157\n type: 'test'\n ...\n# Subtest: Preview runtime can still use and clear plain draft previews\nok 183 - Preview runtime can still use and clear plain draft previews\n ---\n duration_ms: 0.813967\n type: 'test'\n ...\n# Subtest: Preview runtime falls back to editable plain messages when draft delivery fails\nok 184 - Preview runtime falls back to editable plain messages when draft delivery fails\n ---\n duration_ms: 0.585725\n type: 'test'\n ...\n# Subtest: Preview runtime serializes overlapping flush requests\nok 185 - Preview runtime serializes overlapping flush requests\n ---\n duration_ms: 2.975052\n type: 'test'\n ...\n# Subtest: Preview runtime finalizes plain and markdown previews\nok 186 - Preview runtime finalizes plain and markdown previews\n ---\n duration_ms: 2.048787\n type: 'test'\n ...\n# Subtest: Queue store owns queued item state helpers\nok 187 - Queue store owns queued item state helpers\n ---\n duration_ms: 13.334102\n type: 'test'\n ...\n# Subtest: Active turn store owns active turn state helpers\nok 188 - Active turn store owns active turn state helpers\n ---\n duration_ms: 0.531039\n type: 'test'\n ...\n# Subtest: Control item builder creates control-lane queue items\nok 189 - Control item builder creates control-lane queue items\n ---\n duration_ms: 0.619762\n type: 'test'\n ...\n# Subtest: Queue lane contracts define admission modes and dispatch order\nok 190 - Queue lane contracts define admission modes and dispatch order\n ---\n duration_ms: 5.401897\n type: 'test'\n ...\n# Subtest: Queue planning rejects invalid queue admission\nok 191 - Queue planning rejects invalid queue admission\n ---\n duration_ms: 0.716911\n type: 'test'\n ...\n# Subtest: Control-lane items sort before priority and default prompt items\nok 192 - Control-lane items sort before priority and default prompt items\n ---\n duration_ms: 0.6783\n type: 'test'\n ...\n# Subtest: Queue mutation helpers remove prompt items by Telegram message id\nok 193 - Queue mutation helpers remove prompt items by Telegram message id\n ---\n duration_ms: 0.989746\n type: 'test'\n ...\n# Subtest: Queue mutation controller binds queue accessors to runtime mutations\nok 194 - Queue mutation controller binds queue accessors to runtime mutations\n ---\n duration_ms: 3.609666\n type: 'test'\n ...\n# Subtest: Queue mutation runtime removes, sorts, and reprioritizes prompts\nok 195 - Queue mutation runtime removes, sorts, and reprioritizes prompts\n ---\n duration_ms: 1.783009\n type: 'test'\n ...\n# Subtest: Queue mutation helpers apply and clear prompt priority without touching control items\nok 196 - Queue mutation helpers apply and clear prompt priority without touching control items\n ---\n duration_ms: 1.433044\n type: 'test'\n ...\n# Subtest: Queued status formatting marks priority prompts in the pi status bar\nok 197 - Queued status formatting marks priority prompts in the pi status bar\n ---\n duration_ms: 0.925171\n type: 'test'\n ...\n# Subtest: Queue enqueue planning preserves queued prompts as history when requested\nok 198 - Queue enqueue planning preserves queued prompts as history when requested\n ---\n duration_ms: 0.843115\n type: 'test'\n ...\n# Subtest: History partition keeps control items queued and extracts prompt items\nok 199 - History partition keeps control items queued and extracts prompt items\n ---\n duration_ms: 0.36415\n type: 'test'\n ...\n# Subtest: Dispatch planning returns the prompt item when dispatch is allowed\nok 200 - Dispatch planning returns the prompt item when dispatch is allowed\n ---\n duration_ms: 0.339205\n type: 'test'\n ...\n# Subtest: Dispatch planning runs control items before normal prompts\nok 201 - Dispatch planning runs control items before normal prompts\n ---\n duration_ms: 0.333798\n type: 'test'\n ...\n# Subtest: Dispatch planning returns none when dispatch is blocked\nok 202 - Dispatch planning returns none when dispatch is blocked\n ---\n duration_ms: 0.321798\n type: 'test'\n ...\n# Subtest: Control-item dispatch sequencing hands off to the next prompt\nok 203 - Control-item dispatch sequencing hands off to the next prompt\n ---\n duration_ms: 0.31265\n type: 'test'\n ...\n# Subtest: Preserved abort leaves queued prompts waiting for explicit continuation\nok 204 - Preserved abort leaves queued prompts waiting for explicit continuation\n ---\n duration_ms: 0.428742\n type: 'test'\n ...\n# Subtest: Agent end dispatch policy resumes after success and error, but not preserved aborts\nok 205 - Agent end dispatch policy resumes after success and error, but not preserved aborts\n ---\n duration_ms: 0.29152\n type: 'test'\n ...\n# Subtest: Agent end runtime resets state, finalizes replies, sends attachments, and dispatches\nok 206 - Agent end runtime resets state, finalizes replies, sends attachments, and dispatches\n ---\n duration_ms: 0.96556\n type: 'test'\n ...\n# Subtest: Agent end hook binds assistant extraction and runtime ports\nok 207 - Agent end hook binds assistant extraction and runtime ports\n ---\n duration_ms: 0.723782\n type: 'test'\n ...\n# Subtest: Agent end runtime reports errors and dispatches next turn\nok 208 - Agent end runtime reports errors and dispatches next turn\n ---\n duration_ms: 0.460169\n type: 'test'\n ...\n# Subtest: Agent end plan classifies turn outcomes correctly\nok 209 - Agent end plan classifies turn outcomes correctly\n ---\n duration_ms: 0.24913\n type: 'test'\n ...\n# Subtest: Agent start runtime consumes dispatched prompts and initializes active preview\nok 210 - Agent start runtime consumes dispatched prompts and initializes active preview\n ---\n duration_ms: 0.513706\n type: 'test'\n ...\n# Subtest: Agent lifecycle hooks bind start, end, and tool lifecycle ports\nok 211 - Agent lifecycle hooks bind start, end, and tool lifecycle ports\n ---\n duration_ms: 1.538637\n type: 'test'\n ...\n# Subtest: Agent start hook binds abort handler and runtime ports\nok 212 - Agent start hook binds abort handler and runtime ports\n ---\n duration_ms: 0.791893\n type: 'test'\n ...\n# Subtest: Agent start plan consumes a dispatched prompt and resets transient flags\nok 213 - Agent start plan consumes a dispatched prompt and resets transient flags\n ---\n duration_ms: 0.775318\n type: 'test'\n ...\n# Subtest: Tool execution runtimes update counts and trigger delayed aborts\nok 214 - Tool execution runtimes update counts and trigger delayed aborts\n ---\n duration_ms: 0.449595\n type: 'test'\n ...\n# Subtest: Tool execution hooks bind counter and pending model-switch abort ports\nok 215 - Tool execution hooks bind counter and pending model-switch abort ports\n ---\n duration_ms: 0.464836\n type: 'test'\n ...\n# Subtest: Tool execution count helper respects active-turn presence\nok 216 - Tool execution count helper respects active-turn presence\n ---\n duration_ms: 0.437372\n type: 'test'\n ...\n# Subtest: Dispatch readiness checker binds live guard ports\nok 217 - Dispatch readiness checker binds live guard ports\n ---\n duration_ms: 0.516355\n type: 'test'\n ...\n# Subtest: Dispatch is allowed only when every guard is clear\nok 218 - Dispatch is allowed only when every guard is clear\n ---\n duration_ms: 0.18363\n type: 'test'\n ...\n# Subtest: Dispatch is blocked during compaction\nok 219 - Dispatch is blocked during compaction\n ---\n duration_ms: 0.175056\n type: 'test'\n ...\n# Subtest: Dispatch is blocked while a Telegram turn is active or pending\nok 220 - Dispatch is blocked while a Telegram turn is active or pending\n ---\n duration_ms: 0.167963\n type: 'test'\n ...\n# Subtest: Dispatch is blocked when pi is busy or has pending messages\nok 221 - Dispatch is blocked when pi is busy or has pending messages\n ---\n duration_ms: 0.36378\n type: 'test'\n ...\n# Subtest: Session state applier syncs start and shutdown state through live stores\nok 222 - Session state applier syncs start and shutdown state through live stores\n ---\n duration_ms: 0.793355\n type: 'test'\n ...\n# Subtest: Session runtime helper runs shutdown side effects in order\nok 223 - Session runtime helper runs shutdown side effects in order\n ---\n duration_ms: 0.880504\n type: 'test'\n ...\n# Subtest: Control queue controller appends and dispatches control items\nok 224 - Control queue controller appends and dispatches control items\n ---\n duration_ms: 0.646096\n type: 'test'\n ...\n# Subtest: Prompt enqueue controller binds runtime ports to context\nok 225 - Prompt enqueue controller binds runtime ports to context\n ---\n duration_ms: 1.153765\n type: 'test'\n ...\n# Subtest: Prompt enqueue runtime preserves queued prompts as history\nok 226 - Prompt enqueue runtime preserves queued prompts as history\n ---\n duration_ms: 0.89369\n type: 'test'\n ...\n# Subtest: Control runtime runs the control item and always settles\nok 227 - Control runtime runs the control item and always settles\n ---\n duration_ms: 0.454631\n type: 'test'\n ...\n# Subtest: Control runtime reports failures before settling\nok 228 - Control runtime reports failures before settling\n ---\n duration_ms: 0.548817\n type: 'test'\n ...\n# Subtest: Dispatch runtime idles on none and executes control items directly\nok 229 - Dispatch runtime idles on none and executes control items directly\n ---\n duration_ms: 1.558712\n type: 'test'\n ...\n# Subtest: Dispatch runtime reports prompt dispatch failures after starting\nok 230 - Dispatch runtime reports prompt dispatch failures after starting\n ---\n duration_ms: 0.778134\n type: 'test'\n ...\n# Subtest: Queue dispatch controller plans prompts and reports dispatch failures\nok 231 - Queue dispatch controller plans prompts and reports dispatch failures\n ---\n duration_ms: 0.951172\n type: 'test'\n ...\n# Subtest: Queue dispatch runtime binds readiness guards to dispatch controller\nok 232 - Queue dispatch runtime binds readiness guards to dispatch controller\n ---\n duration_ms: 0.608114\n type: 'test'\n ...\n# Subtest: Queue dispatch controller executes control items and continues\nok 233 - Queue dispatch controller executes control items and continues\n ---\n duration_ms: 55.241657\n type: 'test'\n ...\n# Subtest: Queue dispatch controller blocks reentrant prompt dispatch while control is pending\nok 234 - Queue dispatch controller blocks reentrant prompt dispatch while control is pending\n ---\n duration_ms: 5.391729\n type: 'test'\n ...\n# Subtest: Session runtime helper resets session start state\nok 235 - Session runtime helper resets session start state\n ---\n duration_ms: 0.530021\n type: 'test'\n ...\n# Subtest: Session runtime helper runs start side effects in order\nok 236 - Session runtime helper runs start side effects in order\n ---\n duration_ms: 0.46102\n type: 'test'\n ...\n# Subtest: Session runtime helper clears shutdown state\nok 237 - Session runtime helper clears shutdown state\n ---\n duration_ms: 0.223187\n type: 'test'\n ...\n# Subtest: Session lifecycle runtime binds state applier into lifecycle hooks\nok 238 - Session lifecycle runtime binds state applier into lifecycle hooks\n ---\n duration_ms: 0.911727\n type: 'test'\n ...\n# Subtest: Session lifecycle hooks bind start and shutdown runtime ports\nok 239 - Session lifecycle hooks bind start and shutdown runtime ports\n ---\n duration_ms: 0.711504\n type: 'test'\n ...\n# Subtest: Registration registers the attachment tool and delegates queueing\nok 240 - Registration registers the attachment tool and delegates queueing\n ---\n duration_ms: 3.580444\n type: 'test'\n ...\n# Subtest: Registration commands expose setup and status behaviors\nok 241 - Registration commands expose setup and status behaviors\n ---\n duration_ms: 0.792226\n type: 'test'\n ...\n# Subtest: Registration connect and disconnect commands reload config and control polling\nok 242 - Registration connect and disconnect commands reload config and control polling\n ---\n duration_ms: 1.016987\n type: 'test'\n ...\n# Subtest: Registration connect command can move singleton ownership after confirmation\nok 243 - Registration connect command can move singleton ownership after confirmation\n ---\n duration_ms: 0.632151\n type: 'test'\n ...\n# Subtest: Registration builds Telegram-aware system prompt suffixes\nok 244 - Registration builds Telegram-aware system prompt suffixes\n ---\n duration_ms: 1.64736\n type: 'test'\n ...\n# Subtest: Registration lifecycle hooks are registered and delegate to the provided handlers\nok 245 - Registration lifecycle hooks are registered and delegate to the provided handlers\n ---\n duration_ms: 1.518378\n type: 'test'\n ...\n# Subtest: Extension entrypoint wires registration domains into the pi API\nok 246 - Extension entrypoint wires registration domains into the pi API\n ---\n duration_ms: 6.135419\n type: 'test'\n ...\n# Subtest: Extension before-agent-start hook appends Telegram-specific system prompt guidance\nok 247 - Extension before-agent-start hook appends Telegram-specific system prompt guidance\n ---\n duration_ms: 1.328821\n type: 'test'\n ...\n# Subtest: HTML helpers escape text and attribute contexts\nok 248 - HTML helpers escape text and attribute contexts\n ---\n duration_ms: 2.47292\n type: 'test'\n ...\n# Subtest: HTML helpers chunk long text while preserving open tags\nok 249 - HTML helpers chunk long text while preserving open tags\n ---\n duration_ms: 2.076658\n type: 'test'\n ...\n# Subtest: HTML helpers do not reopen void tags across chunks\nok 250 - HTML helpers do not reopen void tags across chunks\n ---\n duration_ms: 0.546095\n type: 'test'\n ...\n# Subtest: Nested lists stay out of code blocks\nok 251 - Nested lists stay out of code blocks\n ---\n duration_ms: 11.885039\n type: 'test'\n ...\n# Subtest: Fenced code blocks preserve literal markdown\nok 252 - Fenced code blocks preserve literal markdown\n ---\n duration_ms: 1.749786\n type: 'test'\n ...\n# Subtest: Underscores inside words do not become italic\nok 253 - Underscores inside words do not become italic\n ---\n duration_ms: 0.895745\n type: 'test'\n ...\n# Subtest: Quoted nested lists stay in blockquote rendering\nok 254 - Quoted nested lists stay in blockquote rendering\n ---\n duration_ms: 1.747638\n type: 'test'\n ...\n# Subtest: Numbered lists use monospace numeric markers\nok 255 - Numbered lists use monospace numeric markers\n ---\n duration_ms: 1.018023\n type: 'test'\n ...\n# Subtest: Ordered task lists preserve numeric markers in previews and final rendering\nok 256 - Ordered task lists preserve numeric markers in previews and final rendering\n ---\n duration_ms: 2.962644\n type: 'test'\n ...\n# Subtest: Leading indentation on the first markdown line stays intact\nok 257 - Leading indentation on the first markdown line stays intact\n ---\n duration_ms: 1.834786\n type: 'test'\n ...\n# Subtest: Preview and final rendering preserve multiple blank lines between blocks\nok 258 - Preview and final rendering preserve multiple blank lines between blocks\n ---\n duration_ms: 1.162487\n type: 'test'\n ...\n# Subtest: Rendering preserves original blank-line spacing across block transitions\nok 259 - Rendering preserves original blank-line spacing across block transitions\n ---\n duration_ms: 2.066121\n type: 'test'\n ...\n# Subtest: Headings keep visible spacing before following code blocks even without source blank lines\nok 260 - Headings keep visible spacing before following code blocks even without source blank lines\n ---\n duration_ms: 0.323723\n type: 'test'\n ...\n# Subtest: Standalone checkbox-looking prose stays literal outside task lists\nok 261 - Standalone checkbox-looking prose stays literal outside task lists\n ---\n duration_ms: 0.588466\n type: 'test'\n ...\n# Subtest: Nested blockquotes flatten into one Telegram blockquote with indentation\nok 262 - Nested blockquotes flatten into one Telegram blockquote with indentation\n ---\n duration_ms: 1.542915\n type: 'test'\n ...\n# Subtest: Markdown tables render as literal monospace blocks without outer side borders\nok 263 - Markdown tables render as literal monospace blocks without outer side borders\n ---\n duration_ms: 2.052769\n type: 'test'\n ...\n# Subtest: Markdown table padding uses emoji grapheme display width\nok 264 - Markdown table padding uses emoji grapheme display width\n ---\n duration_ms: 1.980046\n type: 'test'\n ...\n# Subtest: Markdown table padding handles CJK and combining marks\nok 265 - Markdown table padding handles CJK and combining marks\n ---\n duration_ms: 1.238784\n type: 'test'\n ...\n# Subtest: Links, code spans, and underscore-heavy text coexist safely\nok 266 - Links, code spans, and underscore-heavy text coexist safely\n ---\n duration_ms: 12.881803\n type: 'test'\n ...\n# Subtest: HTML attributes are escaped or sanitized in generated Telegram markup\nok 267 - HTML attributes are escaped or sanitized in generated Telegram markup\n ---\n duration_ms: 1.050413\n type: 'test'\n ...\n# Subtest: HTML mode chunks long messages below Telegram limits\nok 268 - HTML mode chunks long messages below Telegram limits\n ---\n duration_ms: 0.624948\n type: 'test'\n ...\n# Subtest: HTML mode keeps tags balanced across long chunk boundaries\nok 269 - HTML mode keeps tags balanced across long chunk boundaries\n ---\n duration_ms: 0.937097\n type: 'test'\n ...\n# Subtest: Links degrade or normalize safely across supported and unsupported markdown forms\nok 270 - Links degrade or normalize safely across supported and unsupported markdown forms\n ---\n duration_ms: 2.14088\n type: 'test'\n ...\n# Subtest: Long quoted blocks stay chunked with balanced blockquote tags\nok 271 - Long quoted blocks stay chunked with balanced blockquote tags\n ---\n duration_ms: 27.091279\n type: 'test'\n ...\n# Subtest: Long markdown replies stay chunked below Telegram limits\nok 272 - Long markdown replies stay chunked below Telegram limits\n ---\n duration_ms: 38.985134\n type: 'test'\n ...\n# Subtest: Long mixed links and code spans stay chunked with balanced inline tags\nok 273 - Long mixed links and code spans stay chunked with balanced inline tags\n ---\n duration_ms: 55.894271\n type: 'test'\n ...\n# Subtest: Long multi-block markdown keeps quotes and code fences structurally balanced\nok 274 - Long multi-block markdown keeps quotes and code fences structurally balanced\n ---\n duration_ms: 13.141823\n type: 'test'\n ...\n# Subtest: Chunked mixed block transitions keep quote and list structure balanced\nok 275 - Chunked mixed block transitions keep quote and list structure balanced\n ---\n duration_ms: 39.693544\n type: 'test'\n ...\n# Subtest: Chunked code fence transitions keep code blocks closed before following prose\nok 276 - Chunked code fence transitions keep code blocks closed before following prose\n ---\n duration_ms: 25.238289\n type: 'test'\n ...\n# Subtest: Long inline formatting paragraphs stay balanced across chunk boundaries\nok 277 - Long inline formatting paragraphs stay balanced across chunk boundaries\n ---\n duration_ms: 30.791964\n type: 'test'\n ...\n# Subtest: Realistic model output fixtures render safely\nok 278 - Realistic model output fixtures render safely\n ---\n duration_ms: 1.605878\n type: 'test'\n ...\n# Subtest: Chunked list, code, quote, and prose cycles stay balanced across transitions\nok 279 - Chunked list, code, quote, and prose cycles stay balanced across transitions\n ---\n duration_ms: 20.321043\n type: 'test'\n ...\n# Subtest: Reply helpers extract assistant message text and metadata\nok 280 - Reply helpers extract assistant message text and metadata\n ---\n duration_ms: 8.112798\n type: 'test'\n ...\n# Subtest: Reply transport forwards send and edit operations through delivery helpers\nok 281 - Reply transport forwards send and edit operations through delivery helpers\n ---\n duration_ms: 1.068135\n type: 'test'\n ...\n# Subtest: Reply delivery sends chunks and applies reply markup only to the last chunk\nok 282 - Reply delivery sends chunks and applies reply markup only to the last chunk\n ---\n duration_ms: 0.597577\n type: 'test'\n ...\n# Subtest: Reply delivery applies reply parameters only to the first chunk\nok 283 - Reply delivery applies reply parameters only to the first chunk\n ---\n duration_ms: 0.503595\n type: 'test'\n ...\n# Subtest: Reply delivery edits the first chunk and sends remaining chunks separately\nok 284 - Reply delivery edits the first chunk and sends remaining chunks separately\n ---\n duration_ms: 0.919597\n type: 'test'\n ...\n# Subtest: Reply runtime bundles text, markdown, and interactive rendered-message delivery\nok 285 - Reply runtime bundles text, markdown, and interactive rendered-message delivery\n ---\n duration_ms: 1.180525\n type: 'test'\n ...\n# Subtest: Reply delivery runtime exposes transport and rendered-message helpers\nok 286 - Reply delivery runtime exposes transport and rendered-message helpers\n ---\n duration_ms: 0.745467\n type: 'test'\n ...\n# Subtest: Reply runtime sends plain replies using the requested parse mode\nok 287 - Reply runtime sends plain replies using the requested parse mode\n ---\n duration_ms: 0.386187\n type: 'test'\n ...\n# Subtest: Reply runtime falls back to plain delivery when markdown rendering yields no chunks\nok 288 - Reply runtime falls back to plain delivery when markdown rendering yields no chunks\n ---\n duration_ms: 1.034597\n type: 'test'\n ...\n# Subtest: Routing runtime forwards authorized text messages into prompt queueing\nok 289 - Routing runtime forwards authorized text messages into prompt queueing\n ---\n duration_ms: 15.883837\n type: 'test'\n ...\n# Subtest: Runtime facade binds grouped operations to one bridge state\nok 290 - Runtime facade binds grouped operations to one bridge state\n ---\n duration_ms: 5.338563\n type: 'test'\n ...\n# Subtest: Runtime state helpers allocate queue order and manage typing loops\nok 291 - Runtime state helpers allocate queue order and manage typing loops\n ---\n duration_ms: 1.911065\n type: 'test'\n ...\n# Subtest: Abort handler setter and agent-end resetter bind runtime cleanup\nok 292 - Abort handler setter and agent-end resetter bind runtime cleanup\n ---\n duration_ms: 0.632003\n type: 'test'\n ...\n# Subtest: Prompt dispatch lifecycle owns dispatch flags, typing, and status\nok 293 - Prompt dispatch lifecycle owns dispatch flags, typing, and status\n ---\n duration_ms: 1.265692\n type: 'test'\n ...\n# Subtest: Prompt dispatch runtime binds typing starter and dispatch lifecycle\nok 294 - Prompt dispatch runtime binds typing starter and dispatch lifecycle\n ---\n duration_ms: 1.205561\n type: 'test'\n ...\n# Subtest: Typing loop starter binds default chat and reports failures\nok 295 - Typing loop starter binds default chat and reports failures\n ---\n duration_ms: 1.200136\n type: 'test'\n ...\n# Subtest: Extension runtime polls, pairs, and dispatches an inbound Telegram turn into pi\nok 296 - Extension runtime polls, pairs, and dispatches an inbound Telegram turn into pi\n ---\n duration_ms: 1482.157982\n type: 'test'\n ...\n# (node:3828552) ExperimentalWarning: The MockTimers API is an experimental feature and might change at any time\n# (Use `node --trace-warnings ...` to show where the warning was created)\n# Subtest: Extension runtime finalizes a drafted preview into the final Telegram reply on agent end\nok 297 - Extension runtime finalizes a drafted preview into the final Telegram reply on agent end\n ---\n duration_ms: 26.296516\n type: 'test'\n ...\n# Subtest: Extension runtime carries queued follow-ups into history after an aborted turn\nok 298 - Extension runtime carries queued follow-ups into history after an aborted turn\n ---\n duration_ms: 36.967679\n type: 'test'\n ...\n# Subtest: Extension runtime runs queued status control before the next queued prompt after agent end\nok 299 - Extension runtime runs queued status control before the next queued prompt after agent end\n ---\n duration_ms: 27.26704\n type: 'test'\n ...\n# Subtest: Extension runtime runs queued model control before the next queued prompt after agent end\nok 300 - Extension runtime runs queued model control before the next queued prompt after agent end\n ---\n duration_ms: 25.706976\n type: 'test'\n ...\n# Subtest: Extension runtime keeps queued turns blocked until compaction completes\nok 301 - Extension runtime keeps queued turns blocked until compaction completes\n ---\n duration_ms: 24.408285\n type: 'test'\n ...\n# Subtest: Extension runtime coalesces media-group updates into one delayed dispatch\nok 302 - Extension runtime coalesces media-group updates into one delayed dispatch\n ---\n duration_ms: 7.232109\n type: 'test'\n ...\n# Subtest: Extension runtime applies reaction priority and removal before the next dispatch\nok 303 - Extension runtime applies reaction priority and removal before the next dispatch\n ---\n duration_ms: 45.243182\n type: 'test'\n ...\n# Subtest: Extension runtime applies idle model picks immediately and refreshes status\nok 304 - Extension runtime applies idle model picks immediately and refreshes status\n ---\n duration_ms: 17.821198\n type: 'test'\n ...\n# Subtest: Extension runtime switches model in flight and dispatches a continuation turn after abort\nok 305 - Extension runtime switches model in flight and dispatches a continuation turn after abort\n ---\n duration_ms: 25.957163\n type: 'test'\n ...\n# Subtest: Extension runtime delays model-switch abort until the active tool finishes\nok 306 - Extension runtime delays model-switch abort until the active tool finishes\n ---\n duration_ms: 26.410905\n type: 'test'\n ...\n# Subtest: Status bar text renders bridge connection and queue states\nok 307 - Status bar text renders bridge connection and queue states\n ---\n duration_ms: 1.751268\n type: 'test'\n ...\n# Subtest: Status runtime updates the status bar and exposes bridge lines\nok 308 - Status runtime updates the status bar and exposes bridge lines\n ---\n duration_ms: 1.80649\n type: 'test'\n ...\n# Subtest: Bridge status runtime builds status state from live ports\nok 309 - Bridge status runtime builds status state from live ports\n ---\n duration_ms: 1.534378\n type: 'test'\n ...\n# Subtest: Bridge status lines include queue lanes and recent runtime events\nok 310 - Bridge status lines include queue lanes and recent runtime events\n ---\n duration_ms: 0.480984\n type: 'test'\n ...\n# Subtest: Status HTML builder binds active model lookup\nok 311 - Status HTML builder binds active model lookup\n ---\n duration_ms: 1.001579\n type: 'test'\n ...\n# Subtest: Runtime event lines render the recent-event ring newest first\nok 312 - Runtime event lines render the recent-event ring newest first\n ---\n duration_ms: 0.408095\n type: 'test'\n ...\n# Subtest: Structured runtime event recording redacts messages and details\nok 313 - Structured runtime event recording redacts messages and details\n ---\n duration_ms: 1.06832\n type: 'test'\n ...\n# Subtest: Runtime event recorder owns redacted bounded event state\nok 314 - Runtime event recorder owns redacted bounded event state\n ---\n duration_ms: 0.594799\n type: 'test'\n ...\n# Subtest: Runtime event recording redacts bot tokens and keeps a bounded ring\nok 315 - Runtime event recording redacts bot tokens and keeps a bounded ring\n ---\n duration_ms: 1.078635\n type: 'test'\n ...\n# Subtest: Turn helpers truncate queue summaries predictably\nok 316 - Turn helpers truncate queue summaries predictably\n ---\n duration_ms: 11.41937\n type: 'test'\n ...\n# Subtest: Turn helpers build prompt text with history and attachments\nok 317 - Turn helpers build prompt text with history and attachments\n ---\n duration_ms: 0.978504\n type: 'test'\n ...\n# Subtest: Turn helpers summarize text and attachment-only turns\nok 318 - Turn helpers summarize text and attachment-only turns\n ---\n duration_ms: 0.520743\n type: 'test'\n ...\n# Subtest: Turn helpers update queued prompt text for edited Telegram messages\nok 319 - Turn helpers update queued prompt text for edited Telegram messages\n ---\n duration_ms: 9.485861\n type: 'test'\n ...\n# Subtest: Turn runtime builder extracts text, downloads files, and allocates order\nok 320 - Turn runtime builder extracts text, downloads files, and allocates order\n ---\n duration_ms: 12.725543\n type: 'test'\n ...\n# Subtest: Turn runtime builder routes attachment handler output into prompt text\nok 321 - Turn runtime builder routes attachment handler output into prompt text\n ---\n duration_ms: 0.843227\n type: 'test'\n ...\n# Subtest: Turn runtime helper reads image payloads from local files\nok 322 - Turn runtime helper reads image payloads from local files\n ---\n duration_ms: 36.087583\n type: 'test'\n ...\n# Subtest: Turn helpers update matching queued prompt items only\nok 323 - Turn helpers update matching queued prompt items only\n ---\n duration_ms: 5.195526\n type: 'test'\n ...\n# Subtest: Turn edit runtime binds queued prompt updates to status\nok 324 - Turn edit runtime binds queued prompt updates to status\n ---\n duration_ms: 1.31147\n type: 'test'\n ...\n# Subtest: Turn helpers preserve queued prompt attachments when captions are edited\nok 325 - Turn helpers preserve queued prompt attachments when captions are edited\n ---\n duration_ms: 2.389049\n type: 'test'\n ...\n# Subtest: Turn helpers preserve abort-history prompt context when queued turns are edited\nok 326 - Turn helpers preserve abort-history prompt context when queued turns are edited\n ---\n duration_ms: 0.826318\n type: 'test'\n ...\n# Subtest: Turn helpers assemble prompt turns with text, ids, history, and image payloads\nok 327 - Turn helpers assemble prompt turns with text, ids, history, and image payloads\n ---\n duration_ms: 1.097413\n type: 'test'\n ...\n# Subtest: Update helpers normalize emoji reactions and collect emoji-only entries\nok 328 - Update helpers normalize emoji reactions and collect emoji-only entries\n ---\n duration_ms: 7.671389\n type: 'test'\n ...\n# Subtest: Update helpers extract deleted business-message ids only from Bot API shapes\nok 329 - Update helpers extract deleted business-message ids only from Bot API shapes\n ---\n duration_ms: 0.476317\n type: 'test'\n ...\n# Subtest: Paired update runtime binds pairing ports into update routing\nok 330 - Paired update runtime binds pairing ports into update routing\n ---\n duration_ms: 1.298006\n type: 'test'\n ...\n# Subtest: Update routing extracts only private human callback queries\nok 331 - Update routing extracts only private human callback queries\n ---\n duration_ms: 0.332132\n type: 'test'\n ...\n# Subtest: Update routing extracts private human messages and edited messages separately\nok 332 - Update routing extracts private human messages and edited messages separately\n ---\n duration_ms: 0.315057\n type: 'test'\n ...\n# Subtest: Update flow prioritizes deleted business-message handling over other update kinds\nok 333 - Update flow prioritizes deleted business-message handling over other update kinds\n ---\n duration_ms: 0.454947\n type: 'test'\n ...\n# Subtest: Update flow returns authorized callback, message, and edit actions\nok 334 - Update flow returns authorized callback, message, and edit actions\n ---\n duration_ms: 4.811431\n type: 'test'\n ...\n# Subtest: Update flow ignores unauthorized transport shapes and preserves reaction events\nok 335 - Update flow ignores unauthorized transport shapes and preserves reaction events\n ---\n duration_ms: 0.351353\n type: 'test'\n ...\n# Subtest: Update execution plan maps callback and message authorization to side-effect flags\nok 336 - Update execution plan maps callback and message authorization to side-effect flags\n ---\n duration_ms: 0.889264\n type: 'test'\n ...\n# Subtest: Update execution plan preserves deleted and reaction actions\nok 337 - Update execution plan preserves deleted and reaction actions\n ---\n duration_ms: 1.087746\n type: 'test'\n ...\n# Subtest: Update execution plan can be built directly from updates\nok 338 - Update execution plan can be built directly from updates\n ---\n duration_ms: 5.633213\n type: 'test'\n ...\n# Subtest: Update runtime controller binds update and reaction ports\nok 339 - Update runtime controller binds update and reaction ports\n ---\n duration_ms: 0.801707\n type: 'test'\n ...\n# Subtest: Update runtime handles authorized reaction priority and removal effects\nok 340 - Update runtime handles authorized reaction priority and removal effects\n ---\n duration_ms: 0.492262\n type: 'test'\n ...\n# Subtest: Update runtime executes delete and reaction plans through the right side effects\nok 341 - Update runtime executes delete and reaction plans through the right side effects\n ---\n duration_ms: 0.36952\n type: 'test'\n ...\n# Subtest: Update runtime can execute directly from raw updates\nok 342 - Update runtime can execute directly from raw updates\n ---\n duration_ms: 0.452169\n type: 'test'\n ...\n# Subtest: Update runtime routes edited messages without creating normal message turns\nok 343 - Update runtime routes edited messages without creating normal message turns\n ---\n duration_ms: 4.605356\n type: 'test'\n ...\n# Subtest: Update runtime handles callback deny and message pair flows\nok 344 - Update runtime handles callback deny and message pair flows\n ---\n duration_ms: 0.619633\n type: 'test'\n ...\n1..344\n# tests 344\n# suites 0\n# pass 344\n# fail 0\n# cancelled 0\n# skipped 0\n# todo 0\n# duration_ms 5448.159581\n\n> @llblab/pi-telegram@0.4.0 typecheck\n> tsc --noEmit\n\n{\n \"info\": 0,\n \"low\": 0,\n \"moderate\": 0,\n \"high\": 0,\n \"critical\": 0,\n \"total\": 0\n}\n[]\n",
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"thinking": "**Planning installation steps**\n\nI think I need to install something, specifically mentioning my findings around it. I’ll run the command `pi install npm:@llblab/pi-telegram`. It's interesting how those installation steps can sometimes feel complicated, but I just want to ensure I'm doing it right. Let’s see how it goes and make sure everything is functioning smoothly! I can always troubleshoot if anything doesn't work as expected.",
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"text": "# Personal Agent\n\n## Communication\n- Caveman full. Active every response.\n- Short, direct, low-noise.\n- No filler, pleasantries, hedging, verbal tics.\n- Keep tech terms exact. Fragments OK.\n- Ask only if scope, risk, or success changes.\n- No drift unless user says `normal mode` or `stop caveman`.\n- Code, commands, commits, PR text: normal technical form.\n\n## Intent\n- Optimize business impact.\n- Chase real objective, not surface ask.\n- Once clear, execute end to end.\n- Routine choices: decide and move.\n- Pause only for blockers, contradictions, irreversible actions, or real scope shift.\n- Use subagents for recon, parallel work, or context isolation.\n- Use Agents Database as durable shared memory.\n- Save high-signal prefs, decisions, project facts, reusable artifacts, and brief handoff context.\n- Prefer few strong memories over many noisy ones.\n- This Pi config repo is the place to evolve these rules.\n\n## Rules\n- Irreversible actions need explicit confirmation.\n- Never merge or push to main without user confirmation.\n- Stay direct and low-noise.\n- Call out contradictions when they matter.\n- Code, commands, commits, PR text: normal technical form.\n\n## Machine Context\n- Machine: `ballbox-first`.\n- Do not SSH into `ballbox-first` for normal local work.\n- This Pi is workstation + server for Sebas.\n- \"the server\" usually means this machine unless user says other.\n\n## Server Details\n- Hostname: `ballbox-first.emperor-ratio.ts.net`\n- Tailscale IP: `100.116.176.16`\n- Runs 24/7\n- Nginx on `:80` routes local services\n- `agents-database`: `http://100.116.176.16:8091/api/status`\n\n## Web Exposure / Tailscale\n- For local web apps, prefer nginx on `localhost:80`, then `tailscale serve`.\n- Prefer subpaths like `/cli/` before `/` when portal/home exists.\n- If app only lives in Tailscale, disable local auth when it adds no value and tailnet already gates access.\n- If you generate a file Sebas may open from another device, return a full clickable URL when possible.\n- Prefer: `https://ballbox-first.emperor-ratio.ts.net/files/...`\n- Path mapping: `/home/...` -> `/files/home/...`, `/mnt/...` -> `/files/mnt/...`.\n\n## tmux / TUI\n- tmux/persistence architecture: `/mnt/rpi/pi-config/SERVICES-ARCHITECTURE.md`.\n- That doc is source of truth for `pitmux`, `piresume`, scroll, bindings, persistence model.\n- If you touch tmux or `pi` launcher, update that file first.\n\n## Shared Storage / Tooling\n- For durable local machine tools, harnesses, caches, or shared artifacts that may grow, prefer `/mnt/rpi` over `~` because home storage is low.\n\n## /tmp Cleanup\n- Use `bin/tmp-cleanup` for top-level `/tmp` files older than 3 days.\n- Install via `scripts/install-tmp-cleanup-cron.sh`.\n\n## Laptop Helpers\n- CLI helpers exist for Sebas's laptop via Tailnet SSH-over-TCP.\n- Default host: `brag-pipe-fur-kneel.emperor-ratio.ts.net`.\n- Default port: `2222`.\n- Default key: `~/.ssh/id_ed25519_laptop_agent`.\n- Helpers:\n - `laptop-read `: remote cat over SSH.\n - `laptop-run `: remote command over SSH.\n - `laptop-rsync [extra args]`: rsync via SSH.\n - `laptop-mount`, `laptop-umount`, `laptop-write`: access/copy flows.\n- If you need laptop IP/host, use `tailscale status --json` and look for MacBook peers.\n- If task says \"files on the laptop\", use these helpers instead of manual SSH.\n\n## Telegram\n- Vars:\n - `TELEGRAM_BOT_TOKEN`\n - `TELEGRAM_CHAT_ID`\n- Notify:\n```bash\n~/.agents/skills/telegram-notify/telegram-notify \"Message\"\n```\n"
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