edit

  const activeTurnRuntime = Queue.createTelegramActiveTurnStore();
  const execResumeScript = Resume.createTelegramResumeScriptExecutor<
    Pi.ExtensionContext
  >(
    "/home/sebas/pi-config/bin/pi-telegram-resume-session",
    piRuntime.exec,
  );
  const resumeTelegramSession =
    Resume.createTelegramSessionResumeRuntime<
      Pi.ExtensionContext,
      Api.TelegramMessage
    >({
      listSessions: Pi.listSessionsForContext,
      sendTextReply,
      execResumeScript,
    });

  const { sendTextReply, sendMarkdownReply } =
    OutboundHandlers.createTelegramOutboundTextReplyRuntime({
      sendTextReply: replyRuntime.sendTextReply,
      sendMarkdownReply: replyRuntime.sendMarkdownReply,
      execCommand: CommandTemplates.execCommandTemplate,
      getHandlers: configStore.getOutboundHandlers,
      recordRuntimeEvent,
    });
  const execResumeScript = Resume.createTelegramResumeScriptExecutor<
    Pi.ExtensionContext
  >(
    "/home/sebas/pi-config/bin/pi-telegram-resume-session",
    piRuntime.exec,
  );
  const resumeTelegramSession =
    Resume.createTelegramSessionResumeRuntime<
      Pi.ExtensionContext,
      Api.TelegramMessage
    >({
      listSessions: Pi.listSessionsForContext,
      sendTextReply,
      execResumeScript,
    });


Successfully replaced 2 block(s) in /mnt/rpi/dev/pi-telegram-sebas/index.ts.

     ...
  58   const lockRuntime = Locks.createTelegramLockRuntime<Pi.ExtensionContext>();
  59   const lockOwnershipGuard =
  60     Locks.createTelegramLockOwnershipGuard(lockRuntime);
  61   const activeTurnRuntime = Queue.createTelegramActiveTurnStore();
- 62   const execResumeScript = Resume.createTelegramResumeScriptExecutor<
- 63     Pi.ExtensionContext
- 64   >(
- 65     "/home/sebas/pi-config/bin/pi-telegram-resume-session",
- 66     piRuntime.exec,
- 67   );
- 68   const resumeTelegramSession =
- 69     Resume.createTelegramSessionResumeRuntime<
- 70       Pi.ExtensionContext,
- 71       Api.TelegramMessage
- 72     >({
- 73       listSessions: Pi.listSessionsForContext,
- 74       sendTextReply,
- 75       execResumeScript,
- 76     });
  77   const proactivePushChatIdGetter =
  78     Config.createTelegramProactivePushChatIdGetter({
  79       getActiveTurnChatId: activeTurnRuntime.getChatId,
  80       getAllowedUserId: configStore.getAllowedUserId,
     ...
 200       execCommand: CommandTemplates.execCommandTemplate,
 201       getHandlers: configStore.getOutboundHandlers,
 202       recordRuntimeEvent,
 203     });
+189   const execResumeScript = Resume.createTelegramResumeScriptExecutor<
+190     Pi.ExtensionContext
+191   >(
+192     "/home/sebas/pi-config/bin/pi-telegram-resume-session",
+193     piRuntime.exec,
+194   );
+195   const resumeTelegramSession =
+196     Resume.createTelegramSessionResumeRuntime<
+197       Pi.ExtensionContext,
+198       Api.TelegramMessage
+199     >({
+200       listSessions: Pi.listSessionsForContext,
+201       sendTextReply,
+202       execResumeScript,
+203     });
 204   const dispatchNextQueuedTelegramTurn =
 205     Queue.createTelegramQueueDispatchRuntime<Pi.ExtensionContext>({
 206       ...telegramQueueStore,
 207       isCompactionInProgress: lifecycle.isCompactionInProgress,
     ...

--- /mnt/rpi/dev/pi-telegram-sebas/index.ts
+++ /mnt/rpi/dev/pi-telegram-sebas/index.ts
@@ -58,23 +58,8 @@
   const lockRuntime = Locks.createTelegramLockRuntime<Pi.ExtensionContext>();
   const lockOwnershipGuard =
     Locks.createTelegramLockOwnershipGuard(lockRuntime);
   const activeTurnRuntime = Queue.createTelegramActiveTurnStore();
-  const execResumeScript = Resume.createTelegramResumeScriptExecutor<
-    Pi.ExtensionContext
-  >(
-    "/home/sebas/pi-config/bin/pi-telegram-resume-session",
-    piRuntime.exec,
-  );
-  const resumeTelegramSession =
-    Resume.createTelegramSessionResumeRuntime<
-      Pi.ExtensionContext,
-      Api.TelegramMessage
-    >({
-      listSessions: Pi.listSessionsForContext,
-      sendTextReply,
-      execResumeScript,
-    });
   const proactivePushChatIdGetter =
     Config.createTelegramProactivePushChatIdGetter({
       getActiveTurnChatId: activeTurnRuntime.getChatId,
       getAllowedUserId: configStore.getAllowedUserId,
@@ -200,8 +185,23 @@
       execCommand: CommandTemplates.execCommandTemplate,
       getHandlers: configStore.getOutboundHandlers,
       recordRuntimeEvent,
     });
+  const execResumeScript = Resume.createTelegramResumeScriptExecutor<
+    Pi.ExtensionContext
+  >(
+    "/home/sebas/pi-config/bin/pi-telegram-resume-session",
+    piRuntime.exec,
+  );
+  const resumeTelegramSession =
+    Resume.createTelegramSessionResumeRuntime<
+      Pi.ExtensionContext,
+      Api.TelegramMessage
+    >({
+      listSessions: Pi.listSessionsForContext,
+      sendTextReply,
+      execResumeScript,
+    });
   const dispatchNextQueuedTelegramTurn =
     Queue.createTelegramQueueDispatchRuntime<Pi.ExtensionContext>({
       ...telegramQueueStore,
       isCompactionInProgress: lifecycle.isCompactionInProgress,


**Inspecting file headers**

I need to add file header tests for a new file. It’s important to include the responsibility header and domain DAG tags in resume.ts, as they seem likely to be failing. I should take a closer look at the expected style, possibly checking it against all modules. To do this, I think it’s a good idea to open one file and start from there, inspecting the top.


/**
 * Telegram model control domain helpers
 * Zones: pi agent model control, telegram controls, queue continuation
 * Owns model identity, thinking levels, scoped resolution, current-model state, and in-flight model switching
 */

import type { PendingTelegramTurn } from "./queue.ts";
import { TELEGRAM_PREFIX } from "./turns.ts";

export interface MenuModel {
  provider: string;
  id: string;

[637 more lines in file. Use offset=13 to continue.]


**Inspecting test harness**

I need to add a similar header, but I'm running into an issue with the command or prompt runtime test; it's failing. It looks like `handleCommand` is receiving an object when it's likely expecting a string in the mock. I should take a closer look at the test harness to identify where it’s going wrong. I wonder if I might need to adjust either the command format or how it's being mocked. Let's see what I can find!


    "status",
    "dispatch",
    "reply:99:Compaction completed.",
    "clear-switch",
    "clear-queue",
    "preserve:false",
    "abort",
    "status",
    "reply:99:Aborted current turn.",
  ]);
});

test("Command or prompt runtime routes commands before enqueue fallback", async () => {
  const events: string[] = [];
  const runtime = createTelegramCommandOrPromptRuntime<
    { text: string },
    { id: string }
  >({
    extractRawText: (messages) =>
      messages.map((message) => message.text).join(" "),
    handleCommand: async (commandName, message, ctx) => {
      events.push(`command:${commandName ?? "none"}:${message.text}:${ctx.id}`);
      return commandName === "status";
    },
    expandPromptTemplateCommand: (commandName, args) =>
      commandName === "review" ? `expanded:${args}` : undefined,
    replaceMessageText: (message, text) => ({ ...message, text }),
    enqueueTurn: async (messages, ctx) => {
      events.push(`enqueue:${messages.length}:${messages[0]?.text}:${ctx.id}`);
    },
  });
  await runtime.dispatchMessages([{ text: "/status" }], { id: "ctx" });
  await runtime.dispatchMessages([{ text: "/review staged" }], { id: "ctx" });
  await runtime.dispatchMessages([{ text: "hello" }], { id: "ctx" });
  await runtime.dispatchMessages([], { id: "ctx" });
  assert.deepEqual(events, [
    "command:status:/status:ctx",
    "command:review:/review staged:ctx",
    "enqueue:1:expanded:staged:ctx",
    "command:none:hello:ctx",

[71 more lines in file. Use offset=980 to continue.]


export interface TelegramCommandOrPromptRuntimeDeps<TMessage, TContext> {
  extractRawText: (messages: TMessage[]) => string;
  handleCommand: (
    command: ParsedTelegramCommand | string | undefined,
    message: TMessage,
    ctx: TContext,
  ) => Promise<boolean>;

export interface TelegramCommandOrPromptRuntimeDeps<TMessage, TContext> {
  extractRawText: (messages: TMessage[]) => string;
  handleCommand: (
    commandName: string | undefined,
    message: TMessage,
    ctx: TContext,
  ) => Promise<boolean>;

      const command = parseTelegramCommand(deps.extractRawText(messages));
      const handled = await deps.handleCommand(command, firstMessage, ctx);

      const command = parseTelegramCommand(deps.extractRawText(messages));
      const handled = await deps.handleCommand(command?.name, firstMessage, ctx);


Successfully replaced 2 block(s) in /mnt/rpi/dev/pi-telegram-sebas/lib/commands.ts.

      ...
  584
  585 export interface TelegramCommandOrPromptRuntimeDeps<TMessage, TContext> {
  586   extractRawText: (messages: TMessage[]) => string;
  587   handleCommand: (
- 588     command: ParsedTelegramCommand | string | undefined,
+ 588     commandName: string | undefined,
  589     message: TMessage,
  590     ctx: TContext,
  591   ) => Promise<boolean>;
  592   expandPromptTemplateCommand?: (
      ...
 1102     ): Promise<void> => {
 1103       const firstMessage = messages[0];
 1104       if (!firstMessage) return;
 1105       const command = parseTelegramCommand(deps.extractRawText(messages));
-1106       const handled = await deps.handleCommand(command, firstMessage, ctx);
+1106       const handled = await deps.handleCommand(command?.name, firstMessage, ctx);
 1107       if (handled) return;
 1108       if (command?.name && deps.expandPromptTemplateCommand) {
 1109         const expanded = deps.expandPromptTemplateCommand(
 1110           command.name,
      ...

--- /mnt/rpi/dev/pi-telegram-sebas/lib/commands.ts
+++ /mnt/rpi/dev/pi-telegram-sebas/lib/commands.ts
@@ -584,9 +584,9 @@

 export interface TelegramCommandOrPromptRuntimeDeps<TMessage, TContext> {
   extractRawText: (messages: TMessage[]) => string;
   handleCommand: (
-    command: ParsedTelegramCommand | string | undefined,
+    commandName: string | undefined,
     message: TMessage,
     ctx: TContext,
   ) => Promise<boolean>;
   expandPromptTemplateCommand?: (
@@ -1102,9 +1102,9 @@
     ): Promise<void> => {
       const firstMessage = messages[0];
       if (!firstMessage) return;
       const command = parseTelegramCommand(deps.extractRawText(messages));
-      const handled = await deps.handleCommand(command, firstMessage, ctx);
+      const handled = await deps.handleCommand(command?.name, firstMessage, ctx);
       if (handled) return;
       if (command?.name && deps.expandPromptTemplateCommand) {
         const expanded = deps.expandPromptTemplateCommand(
           command.name,


**Refining command handling**

I’m considering modifying handleCommand to accept a string and parse it again from the message if it contains text or a caption. I could develop a utility to extract arguments from the message structure. With TMessage extending TelegramUpdateMessage, I’ll parse it accordingly. I’ll implement a helper function to get command arguments from the message text or caption. This change should ensure that the /resume command works seamlessly with a name-only flow. I'm also thinking about patching handleTelegramCommandRuntime to manage parsed commands from raw message text.

function extractTelegramCommandSourceText(message: unknown): string {
  if (!message || typeof message !== "object") return "";
  const text = (message as { text?: unknown }).text;
  if (typeof text === "string") return text;
  const caption = (message as { caption?: unknown }).caption;
  return typeof caption === "string" ? caption : "";
}

export function parseTelegramCommand(
  text: string,
): ParsedTelegramCommand | undefined {

  const parsedCommand =
    typeof command === "string"
      ? ({ name: command, args: "" } satisfies ParsedTelegramCommand)
      : command;

  const parsedCommand =
    typeof command === "string"
      ? (parseTelegramCommand(extractTelegramCommandSourceText(message)) ??
          ({ name: command, args: "" } satisfies ParsedTelegramCommand))
      : command;


      ...
  700 function getTelegramCommandErrorMessage(error: unknown): string {
  701   return error instanceof Error ? error.message : String(error);
  702 }
  703
+ 704 function extractTelegramCommandSourceText(message: unknown): string {
+ 705   if (!message || typeof message !== "object") return "";
+ 706   const text = (message as { text?: unknown }).text;
+ 707   if (typeof text === "string") return text;
+ 708   const caption = (message as { caption?: unknown }).caption;
+ 709   return typeof caption === "string" ? caption : "";
+ 710 }
+ 711
  704 export function parseTelegramCommand(
  705   text: string,
  706 ): ParsedTelegramCommand | undefined {
  707   const trimmed = text.trim();
      ...
 1136   deps: TelegramCommandRuntimeDeps<TMessage, TContext>,
 1137 ): Promise<boolean> {
 1138   const parsedCommand =
 1139     typeof command === "string"
-1140       ? ({ name: command, args: "" } satisfies ParsedTelegramCommand)
+1148       ? (parseTelegramCommand(extractTelegramCommandSourceText(message)) ??
+1149           ({ name: command, args: "" } satisfies ParsedTelegramCommand))
 1141       : command;
 1142   const sendReplyFor = (nextMessage: TMessage) => (text: string) =>
 1143     deps.sendTextReply(nextMessage, text);
 1144   const updateStatusFor = (commandCtx: TContext) => () =>
      ...

--- /mnt/rpi/dev/pi-telegram-sebas/lib/commands.ts
+++ /mnt/rpi/dev/pi-telegram-sebas/lib/commands.ts
@@ -700,8 +700,16 @@
 function getTelegramCommandErrorMessage(error: unknown): string {
   return error instanceof Error ? error.message : String(error);
 }

+function extractTelegramCommandSourceText(message: unknown): string {
+  if (!message || typeof message !== "object") return "";
+  const text = (message as { text?: unknown }).text;
+  if (typeof text === "string") return text;
+  const caption = (message as { caption?: unknown }).caption;
+  return typeof caption === "string" ? caption : "";
+}
+
 export function parseTelegramCommand(
   text: string,
 ): ParsedTelegramCommand | undefined {
   const trimmed = text.trim();
@@ -1136,9 +1144,10 @@
   deps: TelegramCommandRuntimeDeps<TMessage, TContext>,
 ): Promise<boolean> {
   const parsedCommand =
     typeof command === "string"
-      ? ({ name: command, args: "" } satisfies ParsedTelegramCommand)
+      ? (parseTelegramCommand(extractTelegramCommandSourceText(message)) ??
+          ({ name: command, args: "" } satisfies ParsedTelegramCommand))
       : command;
   const sendReplyFor = (nextMessage: TMessage) => (text: string) =>
     deps.sendTextReply(nextMessage, text);
   const updateStatusFor = (commandCtx: TContext) => () =>


**Updating resume header**

I need to create a header for my resume, and it feels important to get that right. Maybe I should also look into updating the builtins. It might require testing again since I want to ensure everything is working smoothly. I want to patch the test properly to reflect any changes. I’m thinking through these updates as I want the final result to be clear and professional for whoever sees my resume.

/**
 * Telegram session resume helpers
 * Zones: telegram controls, pi session selection, local process restart
 * Owns older-session lookup and restart-script dispatch for Telegram /resume flows
 */

import type { SessionInfo } from "./pi.ts";


Successfully replaced 1 block(s) in /mnt/rpi/dev/pi-telegram-sebas/lib/resume.ts.

+ 1 /**
+ 2  * Telegram session resume helpers
+ 3  * Zones: telegram controls, pi session selection, local process restart
+ 4  * Owns older-session lookup and restart-script dispatch for Telegram /resume flows
+ 5  */
+ 6
  1 import type { SessionInfo } from "./pi.ts";
  2
  3 export interface TelegramResumeMessage {
  4   chat: { id: number };
    ...

--- /mnt/rpi/dev/pi-telegram-sebas/lib/resume.ts
+++ /mnt/rpi/dev/pi-telegram-sebas/lib/resume.ts
@@ -1,4 +1,10 @@
+/**
+ * Telegram session resume helpers
+ * Zones: telegram controls, pi session selection, local process restart
+ * Owns older-session lookup and restart-script dispatch for Telegram /resume flows
+ */
+
 import type { SessionInfo } from "./pi.ts";

 export interface TelegramResumeMessage {
   chat: { id: number };


    { command: "compact", description: "🗜 Compact current session" },
    { command: "new", description: "🆕 Start new clean session" },
    {
      command: "next",

    { command: "compact", description: "🗜 Compact current session" },
    { command: "new", description: "🆕 Start new clean session" },
    { command: "resume", description: "🕘 Resume older session" },
    {
      command: "next",


Successfully replaced 1 block(s) in /mnt/rpi/dev/pi-telegram-sebas/tests/commands.test.ts.

      ...
   89       description: "🟢 Open menu / Pair bridge",
   90     },
   91     { command: "compact", description: "🗜 Compact current session" },
   92     { command: "new", description: "🆕 Start new clean session" },
+  93     { command: "resume", description: "🕘 Resume older session" },
   93     {
   94       command: "next",
   95       description: "⏩ Force next turn",
   96     },
      ...

--- /mnt/rpi/dev/pi-telegram-sebas/tests/commands.test.ts
+++ /mnt/rpi/dev/pi-telegram-sebas/tests/commands.test.ts
@@ -89,8 +89,9 @@
       description: "🟢 Open menu / Pair bridge",
     },
     { command: "compact", description: "🗜 Compact current session" },
     { command: "new", description: "🆕 Start new clean session" },
+    { command: "resume", description: "🕘 Resume older session" },
     {
       command: "next",
       description: "⏩ Force next turn",
     },


bash

cd /mnt/rpi/dev/pi-telegram-sebas && npm test -- --runInBand tests/commands.test.ts tests/index.test.ts tests/runtime.test.ts >/tmp/pi-telegram-test.log 2>&1; status=$?; grep -n "not ok\|AssertionError\|error:" /tmp/pi-telegram-test.log | head -n 60; tail -n 20 /tmp/pi-telegram-test.log; exit $status


ok 466 - Update runtime routes edited messages without creating normal message turns
  ---
  duration_ms: 0.411039
  type: 'test'
  ...
# Subtest: Update runtime handles callback deny and message pair flows
ok 467 - Update runtime handles callback deny and message pair flows
  ---
  duration_ms: 0.817005
  type: 'test'
  ...
1..467
# tests 467
# suites 0
# pass 467
# fail 0
# cancelled 0
# skipped 0
# todo 0
# duration_ms 9183.718618


**Considering documentation updates**

I think I need to update the service architecture documentation, possibly including a mention of /resume. It might be beneficial, considering having a durable repo, but I wonder if it’s really necessary right now. I could mention that the service hasn’t been restarted yet. Also, it might be a good idea to validate the script syntax and update my completed to-do list. Looks like I have a few things to consider!


Updated #1 (pending → completed)

Add Telegram /resume command to switch to prior session

Find Telegram bridge/session rotation flow, implement a /resume command to pick and switch to an older session, then validate behavior.


Sí.

Hecho en la fork local de `pi-telegram-sebas`.

Cambios:
- comando Telegram `/resume`
- lista sesiones viejas si lo usás sin args
- acepta:
  - `/resume 1`
  - `/resume <id>`
- reinicia la sesión Telegram en esa sesión anterior
- `/new` sigue limpiando el override y abre sesión nueva normal

También agregué soporte en el service:
- `pi-telegram-service` ahora puede arrancar con un session file específico
- nuevo script:
  - `/home/sebas/pi-config/bin/pi-telegram-resume-session`

Validación:
- tests relevantes OK
- `467/467` en el set corrido

Uso:
- `/resume`
- después `/resume 1` o `/resume <fragmento-id>`

Falta una cosa operativa:
- el proceso tmux actual tiene que cargar el código nuevo de la extensión
- si querés, hago el restart del servicio `pi-telegram` ahora.


si


systemctl --user restart pi-telegram.service && sleep 2 && systemctl --user --no-pager --full status pi-telegram.service | sed -n '1,40p'


● pi-telegram.service - Persistent tmux-backed pi Telegram session
     Loaded: loaded (/home/sebas/.config/systemd/user/pi-telegram.service; enabled; preset: enabled)
     Active: active (running) since Mon 2026-06-08 23:22:02 -03; 2s ago
 Invocation: 1d41e21e8f1e42cfbd111fc565fa5771
   Main PID: 465321 (bash)
      Tasks: 3 (limit: 9575)
        CPU: 55ms
     CGroup: /user.slice/user-1000.slice/user@1000.service/app.slice/pi-telegram.service
             ├─465321 bash /home/sebas/pi-config/bin/pi-telegram-service
             ├─465332 /usr/bin/tmux new-session -d -s pi-telegram "cd '/home/sebas' && env TERM=tmux-256color COLORTERM=truecolor TERM_PROGRAM= PI_CODING_AGENT_DIR='/home/sebas/pi-config' '/home/sebas/.npm-global/bin/pi' "
             └─465340 sleep 2

Jun 08 23:22:02 ballbox-first systemd[1326]: Stopped pi-telegram.service - Persistent tmux-backed pi Telegram session.
Jun 08 23:22:02 ballbox-first systemd[1326]: pi-telegram.service: Consumed 2min 10.764s CPU time.
Jun 08 23:22:02 ballbox-first systemd[1326]: Started pi-telegram.service - Persistent tmux-backed pi Telegram session.


Listo.

Servicio reiniciado.
`pi-telegram.service` quedó activo.

Probá en Telegram:
- `/resume`
- `/resume 1`

Si querés, después hago un test real extremo:
- `/new`
- mandar algo
- `/resume`
- volver a una sesión vieja
- verificar que responde desde esa sesión.


tengo que hacer pair denuevo? no toma el comando en el menu y me ignora si escribo exactamente "/resume" pero hola o /resumee funcionan


cd /home/sebas && cat pi-config/settings.json | sed -n '1,80p'

tmux capture-pane -pt pi-telegram | tail -n 80

cd /mnt/rpi/dev/pi-telegram-sebas && cat package.json | sed -n '1,120p'


 Clarifying command confusion

 I think I might need to respond to what seems like an unknown command. Maybe
 the user wants a resume? It feels like the command is direct. Since it’s
 Telegram, and considering the slash prefix, could it be a command? The only
 known command is /new, and it might be a typo with /resume. Hmm, should I just
 ask the user for clarity on what they intended? It seems like the best
 approach!

 No entendí /resumee.

 Si querés:
 - decí qué necesitás
 - o mandá /new para sesión nueva

────────────────────────────────────────────────────────────────────────────────

────────────────────────────────────────────────────────────────────────────────
~
↑6.1k ↓85 R5.1k $0.018 (sub) 2.1%/272k (auto)                      gpt-5.4 • low
telegram error skipping Telegram update 164049014 after 3 failures: listSessi...


@llblab/pi-telegram

Better Telegram DM bridge extension for π

node --experimental-strip-types --test tests/*.test.ts

npm run typecheck && npm test && npm run audit && npm run pack:check


bash

cd /mnt/rpi/dev/pi-telegram-sebas && rg -n "listSessionsForContext|import type \{|Resume older session|resumeSession" lib index.ts


index.ts:200:      listSessions: Pi.listSessionsForContext,
index.ts:363:    resumeSession: resumeTelegramSession,
lib/menu-queue.ts:7:import type { TelegramInlineKeyboardMarkup } from "./keyboard.ts";
lib/menu-queue.ts:8:import type { TelegramModelMenuState } from "./menu.ts";
lib/menu-queue.ts:9:import type { MenuModel } from "./model.ts";
lib/commands.ts:8:import type {
lib/commands.ts:13:  listSessionsForContext,
lib/commands.ts:99:        "Resume older session",
lib/commands.ts:641:  resumeSession?: (ctx: TContext, args: string, message: TMessage) => Promise<void>;
lib/commands.ts:654:  `${formatTelegramCommandEmojiPrefix("resume")}/resume — Resume older session`,
lib/commands.ts:1084:    resumeSession: deps.resumeSession,
lib/commands.ts:1235:        if (!deps.resumeSession) {
lib/commands.ts:1247:              listSessionsForContext(
lib/commands.ts:1250:            executeResume: deps.resumeSession,
lib/prompts.ts:7:import type { BeforeAgentStartEvent } from "./pi.ts";
lib/turns.ts:23:import type {
lib/pi.ts:53:export async function listSessionsForContext(
lib/menu-model.ts:7:import type { TelegramInlineKeyboardMarkup } from "./keyboard.ts";
lib/resume.ts:7:import type { SessionInfo } from "./pi.ts";
lib/resume.ts:51:  return async function resumeSession(
lib/menu-thinking.ts:7:import type {
lib/outbound-attachments.ts:12:import type { ExtensionAPI } from "./pi.ts";
lib/config.ts:12:import type { TelegramInboundHandlerConfig } from "./inbound-handlers.ts";
lib/config.ts:13:import type { CommandTemplateObjectConfig } from "./command-templates.ts";
lib/replies.ts:7:import type { TelegramReplyParameters, TelegramSentMessage } from "./api.ts";
lib/routing.ts:9:import type { TelegramConfigStore } from "./config.ts";
lib/routing.ts:10:import type { TelegramInboundHandlerRuntime } from "./inbound-handlers.ts";
lib/routing.ts:16:import type { TelegramBridgeRuntime } from "./runtime.ts";
lib/routing.ts:101:  resumeSession?: (
lib/routing.ts:319:    resumeSession: deps.resumeSession,
lib/prompt-templates.ts:8:import type { PiSlashCommandInfo } from "./pi.ts";
lib/lifecycle.ts:7:import type {
lib/preview.ts:7:import type {
lib/menu-settings.ts:7:import type { TelegramInlineKeyboardMarkup } from "./keyboard.ts";
lib/menu-settings.ts:8:import type { TelegramModelMenuState } from "./menu-model.ts";
lib/menu-settings.ts:9:import type { MenuModel } from "./model.ts";
lib/model.ts:7:import type { PendingTelegramTurn } from "./queue.ts";
lib/outbound-handlers.ts:12:import type { TelegramInlineKeyboardMarkup } from "./keyboard.ts";
lib/outbound-handlers.ts:13:import type { PendingTelegramTurn } from "./queue.ts";


**Identifying import issues**

I imported `listSessionsForContext` from `./pi.ts`, but it looks like I mistakenly erased it at runtime, which can cause it to be an undefined function. So, I definitely need to fix that import issue. It's one of those moments where a small oversight can lead to confusion later on. I should double-check the import path and see if there's anything else affecting it. Let's make sure everything is in order!

edit

import { pairTelegramUserIfNeeded } from "./config.ts";
import type {
  ExtensionAPI,
  ExtensionCommandContext,
  ExtensionContext,
  SessionInfo,
  listSessionsForContext,
} from "./pi.ts";

import { pairTelegramUserIfNeeded } from "./config.ts";
import { listSessionsForContext } from "./pi.ts";
import type {
  ExtensionAPI,
  ExtensionCommandContext,
  ExtensionContext,
  SessionInfo,
} from "./pi.ts";


Successfully replaced 1 block(s) in /mnt/rpi/dev/pi-telegram-sebas/lib/commands.ts.

      ...
    4  * Owns Telegram slash-command normalization, bot command metadata, and pi-side command registration behind runtime ports
    5  */
    6
    7 import { pairTelegramUserIfNeeded } from "./config.ts";
+   8 import { listSessionsForContext } from "./pi.ts";
    8 import type {
    9   ExtensionAPI,
   10   ExtensionCommandContext,
   11   ExtensionContext,
   12   SessionInfo,
-  13   listSessionsForContext,
   14 } from "./pi.ts";
   15 import {
   16   createTelegramControlItemBuilder,
   17   createTelegramControlQueueController,
      ...

--- /mnt/rpi/dev/pi-telegram-sebas/lib/commands.ts
+++ /mnt/rpi/dev/pi-telegram-sebas/lib/commands.ts
@@ -4,14 +4,14 @@
  * Owns Telegram slash-command normalization, bot command metadata, and pi-side command registration behind runtime ports
  */

 import { pairTelegramUserIfNeeded } from "./config.ts";
+import { listSessionsForContext } from "./pi.ts";
 import type {
   ExtensionAPI,
   ExtensionCommandContext,
   ExtensionContext,
   SessionInfo,
-  listSessionsForContext,
 } from "./pi.ts";
 import {
   createTelegramControlItemBuilder,
   createTelegramControlQueueController,


bash

systemctl --user restart pi-telegram.service && sleep 2 && tmux capture-pane -pt pi-telegram | tail -n 40


**Explaining the process**

I’m thinking I need to clarify that there’s no need to pair again. I’ll explain that a bug has been fixed and that a restart is completed. If the menu seems stale, I should suggest trying the /resume command first, and if that doesn’t help, then use /start. This should give the user clear and helpful steps to follow, resolving any confusion they might have!

No.
No hace falta pair de nuevo.

Problema real:
- la extensión nueva había arrancado con un bug
- por eso `/resume` exacto fallaba
- `/resumee` entraba como texto normal, entonces no lo interceptaba

Ya lo arreglé y reinicié el servicio otra vez.

Probá ahora:
- `/resume`

Si el menú de comandos sigue viejo:
- mandá `/start`
Eso fuerza refresco del menú del bot.

Si querés, probalo ahora y decime qué responde.


funciona pero no veo el stream de esa sesion (que esta corriendo en otra terminal ahora)

/resume

Use /resume <n> or /resume <id>.

1. implementemos el rfc de integrar el sync a
019ea8ee-65d5-770a-b649-92be7aa9890a

2. Podemos agregar a la extensión de telegram
019eaa1f-0dd2-7fd7-9b2f-bd04a65570ba

3. [telegram] hola
019eaa2f-dc56-7272-a2ae-5eaddfddf5ab

4. open https://ballbox-first.emperor-ratio.t
019ea831-9734-71e2-9b95-43ef1f00a7f7

5. ayer compilamos una apk nueva para ballbox
019ea834-42b6-7691-a34a-4122b7a7dddb

6. [telegram] me apagas todas las luces de la
019ea47b-96f5-77e8-bea9-8985a88ac3dc

7. [telegram] me decis la actividad de las ul
019e9ea0-a985-7c07-aa56-d868724ade42

8. en un momento hicimos un reverse engineeri
019e9e11-7ee7-7a25-b6c4-32ff4e3fc034

/resume 1

Switching to 019ea8ee-65d5-770a-b649-92be7aa9890a…


**Explaining tmux behavior**

I need to clarify the expected behavior when switching tmux sessions. It seems the process might switch to an older session, but it won’t maintain stream continuity because that session isn't currently running in another terminal. If another process is using the same session file, the stream won't migrate. I think I should propose an improvement like attaching to a live session if it exists. The user might be looking for a concise answer on this.

Sí. Así quedó ahora:

- `/resume` cambia el **historial/sesión de pi**
- **no toma** el stream en vivo de otro proceso/terminal que ya esté corriendo esa sesión

O sea:
- reabre el `session.jsonl`
- arranca **otro** proceso `pi-telegram`
- desde ahí sigue esa conversación
- pero no “se pega” al proceso viejo que ya estaba streameando

Por eso no ves ese stream.

Si querés el comportamiento real que esperabas, hay que hacer otra cosa:

## Opción A — simple
Aceptar que `/resume`:
- solo cambia historial
- no migra ejecuciones activas

## Opción B — mejor
Agregar `/resume-live` o mejorar `/resume` para:
- detectar si esa sesión ya está abierta en otro `pi`
- mover Telegram a **ese proceso vivo**
- o matar el actual y reusar el otro

Eso ya es más complejo porque hay que resolver:
- descubrimiento del proceso dueño
- handoff del polling lock de Telegram
- evitar dos procesos escribiendo sobre la misma sesión
- continuidad del preview/stream

## Lo más probable
Te conviene que `/resume` haga esto:
- si la sesión elegida está **idle**, reabrir historial como ahora
- si está **activa en otro proceso**, ofrecer:
  - `reopen history`
  - `take over live process`

Si querés, hago esa versión.


b con el mismo nombre


Sí.

Hago `/resume` con semántica B:

- mismo nombre: `/resume`
- si la sesión está viva en otro proceso:
  - Telegram se mueve a ese proceso vivo
  - ves el stream real de esa sesión
- si no está viva:
  - fallback al comportamiento actual
  - reabrir historial y seguir desde ahí

Eso cambia más que el patch anterior.
Voy a tener que tocar:
- descubrimiento de dueño de sesión
- handoff del lock/polling de Telegram
- restart/switch sin duplicar escritores

Lo hago así.


si


**Executing tasks**

I need to get going on executing tasks, likely through a multi-step approach. I should check the current capabilities regarding locks and session ownership — that will be important. Maybe using a questionnaire would help clarify things further? I'm thinking memory might not be necessary for this process. So, I'll focus on updating or creating the necessary tasks in my to-do list to keep everything organized.

todo

Upgrade /resume to attach Telegram to live session owner when available

Change Telegram /resume so it prefers handing Telegram control to an already-running process owning the target session, instead of only reopening session history. Fallback to current history reopen when no live owner exists.


Created #2: Upgrade /resume to attach Telegram to live session owner when available (pending)


**Searching for session ownership**

I need to inspect the session ownership and locks, possibly looking into runtime data. My first step is to check the pi-agent package documentation for details on how to discover the session owner—maybe it involves socket-related information? It sounds like an interesting avenue to explore. I'll also consider using regex for more efficient searching. Let's see what I can uncover in the docs to clarify this!

bash

cd /mnt/rpi/dev/pi-telegram-sebas/node_modules/@mariozechner/pi-coding-agent && rg -n "session.*owner|owner.*session|running session|active session|session file|switchSession\(|rpc|socket|pid.*session|lock.*session|SessionManager.listAll|continueRecent|session runtime" dist docs -g '!**/node_modules/**'

cd /home/sebas && rg -n "getSessionFile\(|sessionManager.*getSessionFile|pi-telegram-session-path|pi-telegram|telegram.*lock|session.*lock" /mnt/rpi/dev/pi-telegram-sebas /home/sebas/pi-config -g '!**/node_modules/**'


dist/modes/interactive/components/skill-invocation-message.d.ts.map:1:{"version":3,"file":"skill-invocation-message.d.ts","sourceRoot":"","sources":["../../../../src/modes/interactive/components/skill-invocation-message.ts"],"names":[],"mappings":"AAAA,OAAO,EAAE,GAAG,EAAY,KAAK,aAAa,EAAQ,MAAM,sBAAsB,CAAC;AAC/E,OAAO,KAAK,EAAE,gBAAgB,EAAE,MAAM,gCAAgC,CAAC;AAIvE;;;;GAIG;AACH,qBAAa,+BAAgC,SAAQ,GAAG;IACvD,OAAO,CAAC,QAAQ,CAAS;IACzB,OAAO,CAAC,UAAU,CAAmB;IACrC,OAAO,CAAC,aAAa,CAAgB;IAErC,YAAY,UAAU,EAAE,gBAAgB,EAAE,aAAa,GAAE,aAAkC,EAK1F;IAED,WAAW,CAAC,QAAQ,EAAE,OAAO,GAAG,IAAI,CAGnC;IAEQ,UAAU,IAAI,IAAI,CAG1B;IAED,OAAO,CAAC,aAAa;CAsBrB","sourcesContent":["import { Box, Markdown, type MarkdownTheme, Text } from \"@mariozechner/pi-tui\";\nimport type { ParsedSkillBlock } from \"../../../core/agent-session.js\";\nimport { getMarkdownTheme, theme } from \"../theme/theme.js\";\nimport { keyText } from \"./keybinding-hints.js\";\n\n/**\n * Component that renders a skill invocation message with collapsed/expanded state.\n * Uses same background color as custom messages for visual consistency.\n * Only renders the skill block itself - user message is rendered separately.\n */\nexport class SkillInvocationMessageComponent extends Box {\n\tprivate expanded = false;\n\tprivate skillBlock: ParsedSkillBlock;\n\tprivate markdownTheme: MarkdownTheme;\n\n\tconstructor(skillBlock: ParsedSkillBlock, markdownTheme: MarkdownTheme = getMarkdownTheme()) {\n\t\tsuper(1, 1, (t) => theme.bg(\"customMessageBg\", t));\n\t\tthis.skillBlock = skillBlock;\n\t\tthis.markdownTheme = markdownTheme;\n\t\tthis.updateDisplay();\n\t}\n\n\tsetExpanded(expanded: boolean): void {\n\t\tthis.expanded = expanded;\n\t\tthis.updateDisplay();\n\t}\n\n\toverride invalidate(): void {\n\t\tsuper.invalidate();\n\t\tthis.updateDisplay();\n\t}\n\n\tprivate updateDisplay(): void {\n\t\tthis.clear();\n\n\t\tif (this.expanded) {\n\t\t\t// Expanded: label + skill name header + full content\n\t\t\tconst label = theme.fg(\"customMessageLabel\", `\\x1b[1m[skill]\\x1b[22m`);\n\t\t\tthis.addChild(new Text(label, 0, 0));\n\t\t\tconst header = `**${this.skillBlock.name}**\\n\\n`;\n\t\t\tthis.addChild(\n\t\t\t\tnew Markdown(header + this.skillBlock.content, 0, 0, this.markdownTheme, {\n\t\t\t\t\tcolor: (text: string) => theme.fg(\"customMessageText\", text),\n\t\t\t\t}),\n\t\t\t);\n\t\t} else {\n\t\t\t// Collapsed: single line - [skill] name (hint to expand)\n\t\t\tconst line =\n\t\t\t\ttheme.fg(\"customMessageLabel\", `\\x1b[1m[skill]\\x1b[22m `) +\n\t\t\t\ttheme.fg(\"customMessageText\", this.skillBlock.name) +\n\t\t\t\ttheme.fg(\"dim\", ` (${keyText(\"app.tools.expand\")} to expand)`);\n\t\t\tthis.addChild(new Text(line, 0, 0));\n\t\t}\n\t}\n}\n"]}
dist/modes/interactive/components/skill-invocation-message.d.ts:2:import type { ParsedSkillBlock } from "../../../core/agent-session.js";

[Showing lines 177-178 of 178 (50.0KB limit). Full output: /tmp/pi-bash-9a3a38fff4f35a6c.log]


/home/sebas/pi-config/extensions/session-memory-dispatcher.ts:67:		session_file: ctx.sessionManager.getSessionFile?.() || null,
/home/sebas/pi-config/extensions/session-switch/picker.ts:307:	const currentSessionFilePath = ctx.sessionManager.getSessionFile();
/home/sebas/pi-config/settings.json:20:    "/mnt/rpi/dev/pi-telegram-sebas"
/mnt/rpi/dev/pi-telegram-sebas/AGENTS.md:13:`pi-telegram` is a π extension that turns a Telegram DM into a session-local frontend for π, including text/file forwarding, streaming previews, queued follow-ups, model controls, and outbound attachment delivery.
/mnt/rpi/dev/pi-telegram-sebas/AGENTS.md:71:- Telegram delivery strips top-level HTML comments from preview/final text; column-zero top-level `<!-- telegram_voice ... -->` and `<!-- telegram_button ... -->` blocks are special outbound comments handled after `agent_end` without requiring agent-side transport tool calls, while comments inside code, quotes, lists, or indented examples stay literal
/mnt/rpi/dev/pi-telegram-sebas/AGENTS.md:139:- Unknown callback data not owned by pi-telegram prefixes (`tgbtn:`, `menu:`, `model:`, `thinking:`, `status:`, `queue:`) may be forwarded as `[callback] <data>` after built-in handlers decline it; external extensions should follow `docs/callback-namespaces.md` and must not poll the same bot independently
/home/sebas/pi-config/SERVICES-ARCHITECTURE.md:297:- one fixed tmux session: `pi-telegram`
/home/sebas/pi-config/SERVICES-ARCHITECTURE.md:306:- launcher loop: `/home/sebas/pi-config/bin/pi-telegram-service`
/home/sebas/pi-config/SERVICES-ARCHITECTURE.md:307:- user service: `~/.config/systemd/user/pi-telegram.service`
/home/sebas/pi-config/SERVICES-ARCHITECTURE.md:308:- tmux session name: `pi-telegram`
/home/sebas/pi-config/SERVICES-ARCHITECTURE.md:309:- Telegram extension source pinned locally via settings package path: `/mnt/rpi/dev/pi-telegram-sebas`
/home/sebas/pi-config/SERVICES-ARCHITECTURE.md:315:- `/new` is provided by the local pinned `pi-telegram-sebas` fork, not upstream npm package state
/home/sebas/pi-config/locks.json:2:  "@llblab/pi-telegram": {
/home/sebas/pi-config/docs/DONE.md:58:  - repo-scripted install paths captured for pi-telegram, wifi-tracker-api, nginx kiosk, and shell/tmux helpers
/mnt/rpi/dev/pi-telegram-sebas/CHANGELOG.md:6:- `[Breaking]` Removed the old `external-update-handlers` module/doc path and old exported update/interceptor aliases. Impact: layered extensions should import from `@llblab/pi-telegram/lib/external-handlers.ts` and use the `TelegramExternalHandler*` names.
/mnt/rpi/dev/pi-telegram-sebas/CHANGELOG.md:11:- `[External Update Interceptors]` Added a versioned `globalThis` registry that lets layered pi extensions observe and optionally consume Telegram updates before pi-telegram's default routing. Impact: approval gates and other same-process extensions can react synchronously to Telegram callbacks without owning a second bot poller.
/mnt/rpi/dev/pi-telegram-sebas/CHANGELOG.md:29:- `[Proactive Push]` `telegram.json` now supports `proactivePush`; when enabled, successful local non-Telegram π final replies are sent to the paired Telegram chat if no Telegram turn is active and the current session still owns the Telegram lock. Local prompt text stays private because the bot does not own or mirror terminal user messages. Impact: long local tasks can notify the phone with result context without leaking from stale bridge owners or failed/aborted turns.
/mnt/rpi/dev/pi-telegram-sebas/CHANGELOG.md:75:- `[Callback Interop]` Unknown Telegram inline-button callback data that does not belong to pi-telegram-owned prefixes (`tgbtn:`, `menu:`, `model:`, `thinking:`, `status:`, `queue:`) is now forwarded to π as `[callback] <data>` after assistant-button, queue-menu, and app-menu handlers decline it. `docs/callback-namespaces.md` defines the shared callback namespace standard for layered extensions. Impact: layered π extensions can namespace and handle their own Telegram inline buttons without polling the same bot or forking pi-telegram.
/mnt/rpi/dev/pi-telegram-sebas/CHANGELOG.md:102:- `[Outbound Actions]` `telegram_voice text="..."` and `telegram_button label=... prompt="..."` now provide explicit one-line action forms. Impact: agents can keep short voice and button actions on one line without relying on body blocks.
/mnt/rpi/dev/pi-telegram-sebas/CHANGELOG.md:105:- `[Architecture]` Entrypoint wiring now names inbound routing, queue session lifecycle, agent lifecycle hooks, outbound reply collaborators, and repeated pi context ports before registration. Impact: `index.ts` remains the composition root while the final hook/polling registration blocks are easier to scan.
/mnt/rpi/dev/pi-telegram-sebas/CHANGELOG.md:118:- `[Outbound Buttons]` `telegram_button` blocks may now omit the body when the callback prompt should equal the label. Impact: concise buttons such as `<!-- telegram_button label="OK" -->` work without duplicating the prompt text.
/mnt/rpi/dev/pi-telegram-sebas/CHANGELOG.md:119:- `[Outbound Comment Parsing]` Top-level outbound comments are now recognized again after fenced code blocks closed by Markdown-valid indented or longer fences. Impact: code examples stay literal while later `telegram_voice` and `telegram_button` blocks still execute correctly.
/mnt/rpi/dev/pi-telegram-sebas/CHANGELOG.md:124:- `[Outbound Actions]` Assistant replies now use hidden `telegram_voice` and `telegram_button` blocks as Telegram-native action markup. Impact: text stays in the normal Markdown answer, voice block bodies become native OGG/Opus `sendVoice` messages, and button bodies become normal queued Telegram prompt turns without agent-side transport tool calls.
/mnt/rpi/dev/pi-telegram-sebas/CHANGELOG.md:144:- `[Attachment Handlers]` Inbound preprocessing now uses portable `template` configs with `args`/`defaults` and ordered fallback chains, documented in `docs/command-templates.md` and current inbound handler docs. Impact: voice/STT primary-fallback setups work from `telegram.json` without coupling pi-telegram to private auto-tool registry internals.
/mnt/rpi/dev/pi-telegram-sebas/CHANGELOG.md:151:- `[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.
/mnt/rpi/dev/pi-telegram-sebas/CHANGELOG.md:212:- `[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.
/mnt/rpi/dev/pi-telegram-sebas/CHANGELOG.md:213:- `[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.
/home/sebas/pi-config/docs/service-manifest.md:51:## pi-telegram
/home/sebas/pi-config/docs/service-manifest.md:54:  - `bin/pi-telegram-service`
/home/sebas/pi-config/docs/service-manifest.md:55:  - `scripts/pi-telegram.service`
/home/sebas/pi-config/docs/service-manifest.md:56:  - `scripts/install-pi-telegram-service.sh`
/home/sebas/pi-config/docs/service-manifest.md:57:- install path: `pi-telegram.service` user service via repo installer
/home/sebas/pi-config/docs/service-manifest.md:190:  - Pi extensions, task-phase tooling, and `pi-telegram.service` remain active
/mnt/rpi/dev/pi-telegram-sebas/tests/external-handlers.test.ts:171:  // pi-telegram must not reuse it as-is, because its polling runtime calls
/mnt/rpi/dev/pi-telegram-sebas/tests/external-handlers.test.ts:233:  // contract (including `dispatch`) before pi-telegram loads. Both sides
/home/sebas/pi-config/docs/bootstrap.md:95:- `scripts/install-pi-telegram-service.sh`
/mnt/rpi/dev/pi-telegram-sebas/package-lock.json:2:  "name": "@llblab/pi-telegram",
/mnt/rpi/dev/pi-telegram-sebas/package-lock.json:8:      "name": "@llblab/pi-telegram",
/mnt/rpi/dev/pi-telegram-sebas/README.md:5:![Telegram Bridge screenshot](https://github.com/llblab/pi-telegram/blob/main/screenshot.png)
/mnt/rpi/dev/pi-telegram-sebas/README.md:7:This repository is a fork of [`llblab/pi-telegram`](https://github.com/llblab/pi-telegram).
/mnt/rpi/dev/pi-telegram-sebas/README.md:10:- https://github.com/llblab/pi-telegram
/mnt/rpi/dev/pi-telegram-sebas/lib/commands.ts:183:  return ctx.ui.theme.fg("accent", "pi-telegram");
/mnt/rpi/dev/pi-telegram-sebas/lib/commands.ts:928:  const currentSessionPath = ctx.sessionManager.getSessionFile();
/home/sebas/pi-config/AGENTS.md:133:- If a Telegram user sends literal `/new`, do not treat it as normal chat. Acknowledge briefly and run `/home/sebas/pi-config/bin/pi-telegram-new-session` to rotate the tmux-backed Telegram Pi session.
/mnt/rpi/dev/pi-telegram-sebas/lib/resume.ts:17:    getSessionFile(): string | undefined;
/mnt/rpi/dev/pi-telegram-sebas/lib/resume.ts:57:    const currentSessionPath = ctx.sessionManager.getSessionFile();
/mnt/rpi/dev/pi-telegram-sebas/docs/architecture.md:5:`pi-telegram` is a session-local π extension that binds one Telegram DM to one running π session. The bridge owns four main responsibilities:
/mnt/rpi/dev/pi-telegram-sebas/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 π 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 π instance. Active owners poll the lock while running through a snapshotted ownership context, so long-lived timers do not touch stale π 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.
/mnt/rpi/dev/pi-telegram-sebas/docs/architecture.md:163:Assistant-authored outbound actions use final-message markup instead of agent tool calls. Preview updates strip closed top-level HTML comments and currently open/partial top-level comment starts before rendering, so users do not see transient metadata even when streaming flushes happen after only `<`, `<!`, or `<!--`. On `agent_end`, the bridge removes top-level comments from the Markdown text reply, but treats column-zero top-level `<!-- telegram_voice ... -->` and `<!-- telegram_button ... -->` blocks specially before delivery; comments inside fenced code, quotes, lists, or indented examples stay literal, including fenced blocks with Markdown-valid indented closing fences. Voice maps to the first matching `outboundHandlers[]` entry with `type: "voice"`, synthesizes body text, `text="..."`, or colon shorthand through command-template execution, and uploads the generated OGG/Opus file via Telegram `sendVoice`; when no outbound voice handler is configured, it silently skips voice delivery. The `template: [...]` form can express TTS plus MP3-to-OGG conversion using configured templates and bridge-provided `{text}`, `{mp3}`, and `{ogg}` placeholders. Top-level `args` and `defaults` apply to all composed steps unless a step defines private values, the default command timeout applies automatically, and each step receives the previous step's stdout on stdin by default, without hard-coded filesystem defaults. Button blocks are built in: each `telegram_button` block becomes one inline-keyboard button on the final text, and callback clicks enqueue the configured prompt text as a normal Telegram prompt turn; the `telegram_button: Label` shorthand uses the same text for label and prompt, `prompt="..."` supports explicit one-line prompts, and body-form buttons use the body as the prompt. Unknown callback data that does not match pi-telegram-owned prefixes (`tgbtn:`, `menu:`, `model:`, `thinking:`, `status:`, `queue:`) is forwarded to π as `[callback] <data>` after built-in handlers decline it, giving layered extensions a simple namespaced button channel without separate polling; layered callback payloads should follow the [Callback Namespace Standard](./callback-namespaces.md). When proactive push is enabled, successful local non-Telegram final replies are sent to the paired chat. Local prompt text is not sent because the bot does not own or mirror terminal user messages. This keeps terminal-originated results visible in Telegram without changing Telegram-originated turn delivery.
/mnt/rpi/dev/pi-telegram-sebas/docs/architecture.md:165:This keeps technical Markdown, code, tables, formulas, and numbered lists in the text channel when appropriate while allowing TTS-friendly voice messages and tappable continuations without invoking `telegram_attach` or extra transport tools. Telegram prompt guidance targets about 37 visible cells for tables, dense list items, and compact text blocks because emoji and other wide glyphs make raw character counts misleading on mobile screens.
/mnt/rpi/dev/pi-telegram-sebas/lib/external-handlers.ts:10: * - `"consume"` — the interceptor handled this update; pi-telegram skips default routing.
/mnt/rpi/dev/pi-telegram-sebas/lib/external-handlers.ts:11: * - `"pass"` (or `void`/`undefined`) — pi-telegram routes the update normally.
/mnt/rpi/dev/pi-telegram-sebas/lib/external-handlers.ts:29:   * before pi-telegram's own routing. The first interceptor that returns
/mnt/rpi/dev/pi-telegram-sebas/lib/external-handlers.ts:36:   * Used by pi-telegram's polling runtime; layered extensions should call
/mnt/rpi/dev/pi-telegram-sebas/lib/external-handlers.ts:47: * pi-telegram's polling runtime invokes `dispatch`, so a partial object that
/mnt/rpi/dev/pi-telegram-sebas/lib/external-handlers.ts:96: * Called by pi-telegram's own runtime to obtain the registry it dispatches
/mnt/rpi/dev/pi-telegram-sebas/lib/external-handlers.ts:117: * Composition-root callers (pi-telegram's `index.ts`) should use this builder
/mnt/rpi/dev/pi-telegram-sebas/lib/external-handlers.ts:133: * Register an interceptor that runs before pi-telegram routes a Telegram
/mnt/rpi/dev/pi-telegram-sebas/lib/external-handlers.ts:138: * the same bot and pi process with pi-telegram (single bot ↔ single
/mnt/rpi/dev/pi-telegram-sebas/lib/external-handlers.ts:145: * import { onTelegramExternalUpdate } from "@llblab/pi-telegram/lib/external-handlers.ts";
/mnt/rpi/dev/pi-telegram-sebas/lib/external-handlers.ts:151: *   return "consume"; // skip pi-telegram's default routing for this update
/mnt/rpi/dev/pi-telegram-sebas/lib/external-handlers.ts:161: * `@llblab/pi-telegram` and tolerates either install order.
/mnt/rpi/dev/pi-telegram-sebas/lib/locks.ts:18:export const TELEGRAM_LOCK_KEY = "@llblab/pi-telegram";
/mnt/rpi/dev/pi-telegram-sebas/docs/outbound-handlers.md:3:`pi-telegram` maps hidden assistant-authored HTML comments to Telegram-native outbound actions.
/mnt/rpi/dev/pi-telegram-sebas/docs/outbound-handlers.md:93:The bridge strips the comment from Telegram text. On `agent_end`, it maps each `telegram_voice` block to `type: "voice"`, generates one file per block, and sends each file as an independent Telegram-native voice message. The opening `<!-- telegram_voice` marker must start at column zero on a top-level line outside fenced code, quotes, and lists; otherwise it is rendered as literal Markdown. Body-form comments leave the opening line unclosed until the body-ending `-->`; closed heads can use `text="..."` for explicit one-line spoken text.
/mnt/rpi/dev/pi-telegram-sebas/docs/outbound-handlers.md:137:- `telegram_button label="Label"` with a body creates one independent button row whose prompt is the block body.
/mnt/rpi/dev/pi-telegram-sebas/docs/outbound-handlers.md:151:- Add `telegram_button: ...` when label equals prompt, `telegram_button label="..." prompt="..."` for one-line prompts, or `telegram_button label="..."` with a body for multiline prompts. If the reply contains only button/voice comment blocks, add a short visible marker (for example `Choose one:`) before them so Telegram always has a visible parent message for attachment.
/home/sebas/pi-config/scripts/pi-telegram.service:8:ExecStart=/home/sebas/pi-config/bin/pi-telegram-service
/home/sebas/pi-config/scripts/pi-telegram.service:11:Environment=PI_TELEGRAM_SESSION_NAME=pi-telegram
/mnt/rpi/dev/pi-telegram-sebas/docs/external-handlers.md:3:`pi-telegram` owns a single `getUpdates` long-poll connection per bot. Other
/mnt/rpi/dev/pi-telegram-sebas/docs/external-handlers.md:9:(running in the same pi process) hook into `pi-telegram`'s polling loop and
/mnt/rpi/dev/pi-telegram-sebas/docs/external-handlers.md:10:react to inbound Telegram updates **before** `pi-telegram`'s default routing
/mnt/rpi/dev/pi-telegram-sebas/docs/external-handlers.md:25:- Suppress `pi-telegram`'s default routing for callbacks owned by the
/mnt/rpi/dev/pi-telegram-sebas/docs/external-handlers.md:26:  layered extension (so `pi-telegram` does not also forward them as
/mnt/rpi/dev/pi-telegram-sebas/docs/external-handlers.md:45:  `@llblab/pi-telegram`.
/mnt/rpi/dev/pi-telegram-sebas/docs/external-handlers.md:51:- `"consume"` — `pi-telegram` skips its default routing for this update.
/mnt/rpi/dev/pi-telegram-sebas/docs/external-handlers.md:52:- `"pass"` (or `void` / `undefined`) — `pi-telegram` routes the update
/mnt/rpi/dev/pi-telegram-sebas/docs/external-handlers.md:63:### Typed import (recommended when you can depend on `@llblab/pi-telegram`)
/mnt/rpi/dev/pi-telegram-sebas/docs/external-handlers.md:66:import { onTelegramExternalUpdate } from "@llblab/pi-telegram/lib/external-handlers.ts";
/mnt/rpi/dev/pi-telegram-sebas/docs/external-handlers.md:82:When the layered extension prefers no `import` from `@llblab/pi-telegram` (so
/mnt/rpi/dev/pi-telegram-sebas/docs/external-handlers.md:85:just `version` and `add`. pi-telegram's polling runtime calls `dispatch` on
/mnt/rpi/dev/pi-telegram-sebas/docs/external-handlers.md:89:pi-telegram defensively re-creates the registry if the object on `globalThis`
/mnt/rpi/dev/pi-telegram-sebas/docs/external-handlers.md:106:  // Required: pi-telegram's polling loop calls this on every update.
/mnt/rpi/dev/pi-telegram-sebas/docs/external-handlers.md:155:versioned (`version: 1`) and stable across pi-telegram releases; future
/mnt/rpi/dev/pi-telegram-sebas/docs/external-handlers.md:160:`pi-telegram` invokes registered interceptors first, then routes the update
/mnt/rpi/dev/pi-telegram-sebas/docs/external-handlers.md:163:returns `"consume"`, `pi-telegram` skips the rest of routing for that update.
/mnt/rpi/dev/pi-telegram-sebas/docs/external-handlers.md:167:- Extensions can claim callback namespaces that `pi-telegram` would
/mnt/rpi/dev/pi-telegram-sebas/docs/external-handlers.md:171:- Extensions must not consume updates that belong to `pi-telegram`'s own
/mnt/rpi/dev/pi-telegram-sebas/docs/external-handlers.md:179:locked polling runtime stops `pi-telegram`'s poller (for example, after
/mnt/rpi/dev/pi-telegram-sebas/docs/external-handlers.md:184:observe `pi-telegram` lifecycle events through the standard pi extension
/mnt/rpi/dev/pi-telegram-sebas/docs/README.md:9:- [inbound-handlers.md](./inbound-handlers.md) — Local `pi-telegram` inbound text/media handler bus, legacy `attachmentHandlers` compatibility, placeholders, and fallbacks
/mnt/rpi/dev/pi-telegram-sebas/docs/README.md:10:- [outbound-handlers.md](./outbound-handlers.md) — Local `pi-telegram` outbound-handler config, text/voice/button behavior, artifact outputs, and callback routing
/mnt/rpi/dev/pi-telegram-sebas/docs/locks.md:67: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.
/home/sebas/pi-config/scripts/bootstrap-services.sh:23:echo "installing pi-telegram user service"
/home/sebas/pi-config/scripts/bootstrap-services.sh:24:"$ROOT/scripts/install-pi-telegram-service.sh"
/mnt/rpi/dev/pi-telegram-sebas/tests/turns.test.ts:198:  const tempDir = await mkdtemp(join(tmpdir(), "pi-telegram-turn-runtime-"));
/mnt/rpi/dev/pi-telegram-sebas/docs/callback-namespaces.md:3:Telegram `callback_data` is one bot-wide namespace. Any extension that creates inline buttons for a bot shared with `pi-telegram` must use namespaced callback data.
/mnt/rpi/dev/pi-telegram-sebas/docs/callback-namespaces.md:23:- Do not use `pi-telegram` owned prefixes: `tgbtn:`, `menu:`, `model:`, `thinking:`, `status:`, `queue:`. Current app navigation uses `menu:`; `status:` remains reserved for legacy/owned status callbacks but is not emitted by current UI.
/mnt/rpi/dev/pi-telegram-sebas/docs/callback-namespaces.md:28:## pi-telegram fallback
/mnt/rpi/dev/pi-telegram-sebas/docs/callback-namespaces.md:30:If `pi-telegram` receives callback data that is not owned by its built-in prefixes and no built-in handler consumes it, it forwards the click to π as:
/mnt/rpi/dev/pi-telegram-sebas/tests/inbound-handlers.test.ts:197:  const dir = await mkdtemp(join(tmpdir(), "pi-telegram-text-attachment-"));
/mnt/rpi/dev/pi-telegram-sebas/tests/inbound-handlers.test.ts:218:  const dir = await mkdtemp(join(tmpdir(), "pi-telegram-text-attachment-"));
/home/sebas/pi-config/scripts/install-pi-telegram-service.sh:5:UNIT_SRC="$ROOT/scripts/pi-telegram.service"
/home/sebas/pi-config/scripts/install-pi-telegram-service.sh:6:UNIT_DST="$HOME/.config/systemd/user/pi-telegram.service"
/home/sebas/pi-config/scripts/install-pi-telegram-service.sh:11:systemctl --user enable --now pi-telegram.service
/home/sebas/pi-config/scripts/install-pi-telegram-service.sh:12:systemctl --user status --no-pager pi-telegram.service | sed -n '1,20p'
/mnt/rpi/dev/pi-telegram-sebas/docs/inbound-handlers.md:3:`pi-telegram` can run ordered inbound handlers before a Telegram turn enters the π queue. Inbound handlers are the provider-neutral Telegram → π transformation bus for raw text and downloaded media/files.
/mnt/rpi/dev/pi-telegram-sebas/index.ts:192:    "/home/sebas/pi-config/bin/pi-telegram-resume-session",
/mnt/rpi/dev/pi-telegram-sebas/tests/outbound-attachments.test.ts:112:    join(tmpdir(), "pi-telegram-attachment-queue-"),
/mnt/rpi/dev/pi-telegram-sebas/tests/outbound-attachments.test.ts:245:  const tempDir = await mkdtemp(join(tmpdir(), "pi-telegram-attachment-"));
/mnt/rpi/dev/pi-telegram-sebas/tests/api.test.ts:160:  const tempDir = await mkdtemp(join(tmpdir(), "pi-telegram-cleanup-"));
/mnt/rpi/dev/pi-telegram-sebas/tests/api.test.ts:176:    join(tmpdir(), "pi-telegram-prepare-parent-"),
/mnt/rpi/dev/pi-telegram-sebas/tests/api.test.ts:197:        join(tmpdir(), "pi-telegram-missing-token"),
/mnt/rpi/dev/pi-telegram-sebas/tests/api.test.ts:259:  const tempDir = await mkdtemp(join(tmpdir(), "pi-telegram-upload-"));
/mnt/rpi/dev/pi-telegram-sebas/tests/api.test.ts:297:  const tempDir = await mkdtemp(join(tmpdir(), "pi-telegram-download-"));
/mnt/rpi/dev/pi-telegram-sebas/tests/api.test.ts:320:  const tempDir = await mkdtemp(join(tmpdir(), "pi-telegram-download-limit-"));
/mnt/rpi/dev/pi-telegram-sebas/tests/api.test.ts:347:    join(tmpdir(), "pi-telegram-download-partial-"),
/mnt/rpi/dev/pi-telegram-sebas/tests/runtime.test.ts:27:      join(tmpdir(), "pi-telegram-runtime-agent-"),
/mnt/rpi/dev/pi-telegram-sebas/tests/locks.test.ts:20:  const dir = mkdtempSync(join(tmpdir(), "pi-telegram-locks-"));
/mnt/rpi/dev/pi-telegram-sebas/tests/config.test.ts:29:  const agentDir = await mkdtemp(join(tmpdir(), "pi-telegram-missing-config-"));
/mnt/rpi/dev/pi-telegram-sebas/tests/config.test.ts:37:  const agentDir = await mkdtemp(join(tmpdir(), "pi-telegram-config-"));
/mnt/rpi/dev/pi-telegram-sebas/tests/config.test.ts:57:  const agentDir = await mkdtemp(join(tmpdir(), "pi-telegram-store-"));
/mnt/rpi/dev/pi-telegram-sebas/package.json:2:  "name": "@llblab/pi-telegram",
/mnt/rpi/dev/pi-telegram-sebas/package.json:17:    "url": "https://github.com/llblab/pi-telegram.git"
/mnt/rpi/dev/pi-telegram-sebas/package.json:19:  "homepage": "https://github.com/llblab/pi-telegram",
/mnt/rpi/dev/pi-telegram-sebas/package.json:21:    "url": "https://github.com/llblab/pi-telegram/issues"
/mnt/rpi/dev/pi-telegram-sebas/package.json:47:    "image": "https://github.com/llblab/pi-telegram/raw/main/screenshot.png"
/mnt/rpi/dev/pi-telegram-sebas/tests/outbound-handlers.test.ts:273:test("Voice reply planner keeps multiple telegram_voice blocks as independent artifacts", () => {
/mnt/rpi/dev/pi-telegram-sebas/tests/outbound-handlers.test.ts:310:test("Voice preview stripping hides closed and currently open telegram_voice blocks", () => {


**Exploring session management**

I need to figure out how to discover the live process that's owning the target session. I might be able to do this using the processes of the pi and tmux. Perhaps a singleton lock could work, but the user wants to know if the target session is running elsewhere, and then move the Telegram to that process. It might be simpler to maintain a session registry externally. I should also search for any session-switch extensions that help in identifying active sessions from tmux.

cd /home/sebas/pi-config && rg -n "session.*registry|active session|tmux.*session|running pi|session file" extensions -g '!**/node_modules/**'

ps -ef | grep '[/]home/sebas/.npm-global/bin/pi'


		}

		const separator = truncateToWidth(this.theme.fg("dim", "─".repeat(width)), width);
		const helpLine = truncateToWidth(
			this.theme.fg("dim", "  Shift+Up/Down: scroll • Shift+PageUp/PageDown: page"),
			width,
		);

		const remainingHeight = height - selectorLines.length - 1;
		const showHelp = remainingHeight > 0;
		const previewHeight = Math.max(0, remainingHeight - (showHelp ? 1 : 0));
		this.lastPreviewHeight = previewHeight;

		const previewLines = previewHeight > 0 ? this.renderBackground(selectedPath, width, previewHeight) : [];
		const lines = showHelp
			? [...selectorLines, separator, helpLine, ...previewLines]
			: [...selectorLines, separator, ...previewLines];
		while (lines.length < height) lines.push("");
		if (lines.length > height) lines.length = height;
		return lines;
	}

	invalidate(): void {
		this.renderCache = null;
		this.previewScrollFromBottom = 0;
		this.lastPreviewHeight = 0;
		this.selector.invalidate();
	}

	dispose(): void {
		this.previewCache.clear();
		this.renderCache = null;
		this.previewScrollFromBottom = 0;
		this.lastPreviewHeight = 0;
		(this.selector as any).dispose?.();
	}
}

export async function openSessionSwitchPicker(
	pi: ExtensionAPI,
	ctx: SessionPickerContext,
): Promise<SessionPickerResult> {
	if (!ctx.hasUI) {
		return { kind: "dismissed", reason: "cancel" };
	}

	const currentCwd = ctx.cwd;
	const currentSessionFilePath = ctx.sessionManager.getSessionFile();
	const sessionByPath = new Map<string, SessionInfo>();
	const recordSessions = (sessions: SessionInfo[]) => {
		for (const session of sessions) {
			sessionByPath.set(session.path, withSessionListLabel(session));
		}
	};

	const currentSessionsLoader = async (onProgress?: (loaded: number, total: number) => void) => {
		const sessions = (await SessionManager.list(currentCwd, undefined, onProgress)).map(withSessionListLabel);
		recordSessions(sessions);
		return sessions;
	};

	const allSessionsLoader = async (onProgress?: (loaded: number, total: number) => void) => {
		const sessions = (await SessionManager.listAll(onProgress)).map(withSessionListLabel);
		recordSessions(sessions);
		return sessions;
	};

	return ctx.ui.custom<SessionPickerResult>((tui, theme, _kb, done) => {
		const selector = new SessionSelectorComponent(
			currentSessionsLoader,
			allSessionsLoader,
			(sessionPath) => done({ kind: "selected", sessionPath }),
			() => done({ kind: "dismissed", reason: "cancel" }),
			() => done({ kind: "dismissed", reason: "exit" }),
			() => tui.requestRender(),
			{
				showRenameHint: true,
				renameSession: async (sessionPath: string, newName: string | undefined) => {
					const name = (newName ?? "").trim();
					if (!name) {
						return;
					}

					if (currentSessionFilePath && sessionPath === currentSessionFilePath) {
						pi.setSessionName(name);
						return;
					}

					const manager = SessionManager.open(sessionPath);
					manager.appendSessionInfo(name);
				},
			},
			currentSessionFilePath,
		);

		tui.setFocus?.(selector.getSessionList());

		return new ResumeOverlay({
			selector,
			sessionByPath,
			getTermHeight: () => tui.terminal?.rows ?? 40,
			requestRender: () => tui.requestRender(),
			theme,
		});
	});
}


(no output)

Command exited with code 1


sebas     467622    1326  0 23:25 ?        00:00:00 /usr/bin/tmux new-session -d -s pi-telegram cd '/home/sebas' && env TERM=tmux-256color COLORTERM=truecolor TERM_PROGRAM= PI_CODING_AGENT_DIR='/home/sebas/pi-config' '/home/sebas/.npm-global/bin/pi' --session '/home/sebas/pi-config/sessions/--home-sebas--/2026-06-08T20-30-56-470Z_019ea8ee-65d5-770a-b649-92be7aa9890a.jsonl'


**Understanding process handling**

I’m contemplating how the process should watch a lock file only if it already had a lock or during startup. According to the documentation, the session start can read an existing lock and resume polling for active owners. To take over, I'll likely need a command like /telegram-connect because session-start won’t create ownership from an external lock. If we write the lock to the target pid/cwd, it might not be enough if the process isn’t watching, calling for in-process request handling.

**Exploring polling process**

I’m considering how the process interacts with the session file. If it matches the current `ctx.sessionManager.getSessionFile()`, then the process should try to initiate `lockedPollingRuntime.startPolling(ctx, {force: true?})`. I need to inspect the `startPolling` builder found in the index/locks. Searching for that will help me understand how to proceed. It seems like there are some important details to clarify in that builder, which I’ll need to examine closely.

cd /mnt/rpi/dev/pi-telegram-sebas && rg -n "startPolling\(|lockedPollingRuntime|createTelegramLockedPollingRuntime|force: true|canTakeover" index.ts lib/locks.ts lib/polling.ts


index.ts:386:  const lockedPollingRuntime = Locks.createTelegramLockedPollingRuntime({
index.ts:419:    stopPolling: lockedPollingRuntime.suspend,
index.ts:424:    { onSessionStart: lockedPollingRuntime.onSessionStart },
index.ts:441:      startPolling: lockedPollingRuntime.start,
index.ts:448:    startPolling: lockedPollingRuntime.start,
index.ts:449:    stopPolling: lockedPollingRuntime.stop,
lib/locks.ts:81:  | { ok: true; message: string; canTakeover?: false }
lib/locks.ts:82:  | { ok: false; message: string; canTakeover?: boolean; owner?: string };
lib/locks.ts:253:export function createTelegramLockedPollingRuntime<
lib/locks.ts:303:          canTakeover: true,
lib/locks.ts:308:      await deps.startPolling(ctx);
lib/locks.ts:337:        await deps.startPolling(ctx);


}

export function createTelegramLockOwnershipGuard<
  TContext extends TelegramLockContext,
>(
  lock: TelegramLockRuntime<TContext>,
): TelegramLockOwnershipGuard<TContext> {
  return {
    ownsCurrentProcess: () => lock.owns(),
    ownsContext: (ctx) => lock.owns(ctx),
  };
}

export function createTelegramLockedPollingRuntime<
  TContext extends TelegramLockContext,
>(
  deps: TelegramLockedPollingRuntimeDeps<TContext>,
): TelegramLockedPollingRuntime<TContext> {
  let ownershipInterval: ReturnType<typeof setInterval> | undefined;
  let ownershipStop: Promise<void> | undefined;
  const ownershipCheckMs = deps.ownershipCheckMs ?? 1000;
  const stopOwnershipWatcher = () => {
    if (!ownershipInterval) return;
    clearInterval(ownershipInterval);
    ownershipInterval = undefined;
  };
  const suspendPolling = async () => {
    stopOwnershipWatcher();
    if (ownershipStop) {
      await ownershipStop;
      return;
    }
    await deps.stopPolling();
  };
  const stopAfterOwnershipLoss = () => {
    if (ownershipStop) return;
    stopOwnershipWatcher();
    ownershipStop = deps
      .stopPolling()
      .catch((error) =>
        deps.recordRuntimeEvent?.("lock", error, { phase: "ownership-loss" }),
      )
      .finally(() => {
        ownershipStop = undefined;
      });
  };
  const startOwnershipWatcher = (ctx: TContext) => {
    const owner = snapshotLockContext(ctx);
    stopOwnershipWatcher();
    ownershipInterval = setInterval(() => {
      if (deps.lock.owns(owner)) return;
      stopAfterOwnershipLoss();
    }, ownershipCheckMs);
    ownershipInterval.unref?.();
  };
  return {
    start: async (ctx, options = {}) => {
      if (!deps.hasBotToken())
        return { ok: false, message: "Telegram bot is not configured." };
      const acquired = deps.lock.acquire(ctx, options);
      if (!acquired.ok) {
        return {
          ok: false,
          canTakeover: true,
          owner: formatLock(acquired.lock),
          message: `Telegram bridge is active in another π instance (${formatLock(acquired.lock)}).`,
        };
      }
      await deps.startPolling(ctx);
      startOwnershipWatcher(ctx);
      deps.updateStatus(ctx);
      const staleSuffix = acquired.replacedStale ? " Replaced stale lock." : "";
      return { ok: true, message: `Telegram bridge connected.${staleSuffix}` };
    },
    stop: async () => {
      await suspendPolling();
      const state = deps.lock.release();
      if (state.kind === "active-elsewhere") {
        return `Telegram bridge is active in another π instance (${formatLock(state.lock)}).`;
      }
      if (state.kind === "stale")
        return `Removed stale Telegram bridge lock (${formatLock(state.lock)}).`;
      return "Telegram bridge disconnected.";
    },
    suspend: suspendPolling,
    onSessionStart: async (_event, ctx) => {
      if (!deps.hasBotToken()) return;
      const ownsCurrentLock = deps.lock.owns(ctx);
      const state = ownsCurrentLock ? undefined : deps.lock.getState();
      const canResumeStaleSameCwd =
        state?.kind === "stale" && state.lock.cwd === ctx.cwd;
      if (!ownsCurrentLock && !canResumeStaleSameCwd) return;
      try {
        if (canResumeStaleSameCwd) {
          const acquired = deps.lock.acquire(ctx);
          if (!acquired.ok) return;
        }
        await deps.startPolling(ctx);
        startOwnershipWatcher(ctx);
        deps.updateStatus(ctx);
      } catch (error) {
        deps.recordRuntimeEvent?.("lock", error, { phase: "auto-start" });
      }
    },
  };
}


/**
 * Telegram lifecycle hook registration helpers
 * Zones: pi agent lifecycle, telegram session
 * Owns binding prepared Telegram lifecycle runtimes to pi extension lifecycle events
 */

import type {
  AgentEndEvent,
  AgentStartEvent,
  BeforeAgentStartEvent,
  ExtensionAPI,
  ExtensionContext,
  SessionShutdownEvent,
  SessionStartEvent,
} from "./pi.ts";

let resetTransportReplyDedupFn: (() => void) | undefined;

export function setResetTransportReplyDedup(fn: () => void): void {
  resetTransportReplyDedupFn = fn;
}

export function createAgentStartDedupHook(
  inner: (event: AgentStartEvent, ctx: ExtensionContext) => Promise<void>,
): (event: AgentStartEvent, ctx: ExtensionContext) => Promise<void> {
  return async function onAgentStartDedup(event, ctx) {
    if (resetTransportReplyDedupFn) resetTransportReplyDedupFn();
    return inner(event, ctx);
  };
}

export interface TelegramBeforeAgentStartResult {
  systemPrompt?: string;
}

type TelegramBeforeAgentStartReturn =
  | Promise<TelegramBeforeAgentStartResult | undefined>
  | TelegramBeforeAgentStartResult
  | undefined;

type TelegramLifecycleModel = ExtensionContext["model"];
type TelegramLifecycleMessage = AgentEndEvent["messages"][number];

export interface TelegramLifecycleRegistrationDeps {
  onSessionStart: (
    event: SessionStartEvent,
    ctx: ExtensionContext,
  ) => Promise<void>;
  onSessionShutdown: (
    event: SessionShutdownEvent,
    ctx: ExtensionContext,
  ) => Promise<void>;
  onBeforeAgentStart: (
    event: BeforeAgentStartEvent,
    ctx: ExtensionContext,
  ) => TelegramBeforeAgentStartReturn;
  onModelSelect: (
    event: { model: TelegramLifecycleModel },
    ctx: ExtensionContext,
  ) => Promise<void> | void;
  onAgentStart: (
    event: AgentStartEvent,
    ctx: ExtensionContext,
  ) => Promise<void>;
  onToolExecutionStart: (
    event: unknown,
    ctx: ExtensionContext,
  ) => Promise<void> | void;
  onToolExecutionEnd: (
    event: unknown,
    ctx: ExtensionContext,
  ) => Promise<void> | void;
  onMessageStart: (
    event: { message: TelegramLifecycleMessage },
    ctx: ExtensionContext,
  ) => Promise<void>;
  onMessageUpdate: (
    event: { message: TelegramLifecycleMessage },
    ctx: ExtensionContext,
  ) => Promise<void>;
  onAgentEnd: (event: AgentEndEvent, ctx: ExtensionContext) => Promise<void>;
}

export interface TelegramSessionLifecycleHooks {
  onSessionStart: (
    event: SessionStartEvent,
    ctx: ExtensionContext,
  ) => Promise<void>;
  onSessionShutdown: (
    event: SessionShutdownEvent,
    ctx: ExtensionContext,
  ) => Promise<void>;
}

export function createDedupAgentStartHook(
  dedup: { reset(): void },
  inner: (event: AgentStartEvent, ctx: ExtensionContext) => Promise<void>,
): (event: AgentStartEvent, ctx: ExtensionContext) => Promise<void> {
  return async (event, ctx) => {
    dedup.reset();
    await inner(event, ctx);
  };
}

export interface TelegramExtraLifecycleHooks {
  onSessionStart?: (
    event: SessionStartEvent,
    ctx: ExtensionContext,
  ) => Promise<void>;
  onSessionShutdown?: (
    event: SessionShutdownEvent,
    ctx: ExtensionContext,
  ) => Promise<void>;
}

export function appendTelegramLifecycleHooks(
  base: TelegramSessionLifecycleHooks,
  extra: TelegramExtraLifecycleHooks,
): TelegramSessionLifecycleHooks {
  return {
    onSessionStart: async (event, ctx) => {
      await base.onSessionStart(event, ctx);
      await extra.onSessionStart?.(event, ctx);
    },
    onSessionShutdown: async (event, ctx) => {
      await base.onSessionShutdown(event, ctx);
      await extra.onSessionShutdown?.(event, ctx);
    },
  };
}

export function registerTelegramLifecycleHooks(
  pi: ExtensionAPI,
  deps: TelegramLifecycleRegistrationDeps,
): void {
  pi.on("session_start", async (event, ctx) => {
    await deps.onSessionStart(event, ctx);
  });
  pi.on("session_shutdown", async (event, ctx) => {
    await deps.onSessionShutdown(event, ctx);
  });
  pi.on("before_agent_start", async (event, ctx) => {
    return deps.onBeforeAgentStart(event, ctx);
  });
  pi.on("model_select", async (event, ctx) => {
    await deps.onModelSelect(event, ctx);
  });
  pi.on("agent_start", async (event, ctx) => {
    await deps.onAgentStart(event, ctx);
  });
  pi.on("tool_execution_start", async (event, ctx) => {
    await deps.onToolExecutionStart(event, ctx);
  });
  pi.on("tool_execution_end", async (event, ctx) => {
    await deps.onToolExecutionEnd(event, ctx);
  });
  pi.on("message_start", async (event, ctx) => {
    await deps.onMessageStart(event, ctx);
  });
  pi.on("message_update", async (event, ctx) => {
    await deps.onMessageUpdate(event, ctx);
  });
  pi.on("agent_end", async (event, ctx) => {
    await deps.onAgentEnd(event, ctx);
  });
}


**Implementing tests**

I think it’s time to run the selected tests along with maybe a new one to ensure everything works as expected. I want to make sure I cover all bases, but I also don't want to overwhelm myself. It's important that I approach this with a clear plan to avoid any confusion. Let's get started and see how things go!

write

/**
 * Telegram live-session resume helpers
 * Zones: telegram session handoff, pi lifecycle, local process coordination
 * Owns live session registry, handoff requests, and cross-process /resume takeover flow
 */

import { homedir } from "node:os";
import { dirname, join } from "node:path";
import { mkdirSync, readFileSync, rmSync, writeFileSync } from "node:fs";

import type { ExtensionContext, SessionShutdownEvent, SessionStartEvent } from "./pi.ts";

interface TelegramLiveSessionEntry {
  pid: number;
  cwd: string;
  sessionFile: string;
  updatedAt: string;
}

interface TelegramLiveSessionRegistry {
  entries: TelegramLiveSessionEntry[];
}

interface TelegramLiveResumeRequest {
  id: string;
  sourcePid: number;
  targetSessionFile: string;
  createdAt: string;
}

interface TelegramLiveResumeAck {
  requestId: string;
  status: "ok" | "error";
  pid: number;
  sessionFile: string;
  updatedAt: string;
  message?: string;
}

function getAgentRuntimeDir(): string {
  return join(homedir(), ".pi", "agent");
}

function ensureParent(path: string): void {
  mkdirSync(dirname(path), { recursive: true });
}

function readJsonFile<T>(path: string): T | undefined {
  try {
    return JSON.parse(readFileSync(path, "utf8")) as T;
  } catch {
    return undefined;
  }
}

function writeJsonFile(path: string, value: unknown): void {
  ensureParent(path);
  writeFileSync(path, `${JSON.stringify(value, null, 2)}\n`, "utf8");
}

function isPidAlive(pid: number): boolean {
  try {
    process.kill(pid, 0);
    return true;
  } catch {
    return false;
  }
}

export interface TelegramLiveResumeRuntimeDeps<
  TContext extends Pick<ExtensionContext, "cwd" | "sessionManager">,
> {
  registryPath?: string;
  requestPath?: string;
  ackPath?: string;
  heartbeatMs?: number;
  requestPollMs?: number;
  takeOverTelegram: (ctx: TContext) => Promise<{ ok: boolean; message?: string }>;
  recordRuntimeEvent?: (
    category: string,
    error: unknown,
    details?: Record<string, unknown>,
  ) => void;
}

export interface TelegramLiveResumeRequester<
  TContext extends Pick<ExtensionContext, "cwd" | "sessionManager">,
> {
  findLiveSessionOwner: (sessionFile: string) => TelegramLiveSessionEntry | undefined;
  requestLiveHandoff: (sessionFile: string, ctx: TContext) => Promise<boolean>;
}

export interface TelegramLiveResumeLifecycle<
  TContext extends Pick<ExtensionContext, "cwd" | "sessionManager">,
> {
  onSessionStart: (event: SessionStartEvent, ctx: TContext) => Promise<void>;
  onSessionShutdown: (event: SessionShutdownEvent, ctx: TContext) => Promise<void>;
}

export function createTelegramLiveResumeRuntime<
  TContext extends Pick<ExtensionContext, "cwd" | "sessionManager">,
>(
  deps: TelegramLiveResumeRuntimeDeps<TContext>,
): TelegramLiveResumeRequester<TContext> & TelegramLiveResumeLifecycle<TContext> {
  const registryPath = deps.registryPath ?? join(getAgentRuntimeDir(), "telegram-live-sessions.json");
  const requestPath = deps.requestPath ?? join(getAgentRuntimeDir(), "telegram-live-resume-request.json");
  const ackPath = deps.ackPath ?? join(getAgentRuntimeDir(), "telegram-live-resume-ack.json");
  const heartbeatMs = deps.heartbeatMs ?? 2000;
  const requestPollMs = deps.requestPollMs ?? 1000;
  let heartbeat: ReturnType<typeof setInterval> | undefined;
  let requestWatcher: ReturnType<typeof setInterval> | undefined;
  let lastHandledRequestId: string | undefined;

  const readRegistry = (): TelegramLiveSessionRegistry => {
    const data = readJsonFile<TelegramLiveSessionRegistry>(registryPath);
    const entries = (data?.entries ?? []).filter((entry) => isPidAlive(entry.pid));
    return { entries };
  };

  const writeRegistry = (registry: TelegramLiveSessionRegistry): void => {
    writeJsonFile(registryPath, registry);
  };

  const upsertCurrentProcess = (ctx: TContext): void => {
    const sessionFile = ctx.sessionManager.getSessionFile();
    if (!sessionFile) return;
    const registry = readRegistry();
    const nextEntry: TelegramLiveSessionEntry = {
      pid: process.pid,
      cwd: ctx.cwd,
      sessionFile,
      updatedAt: new Date().toISOString(),
    };
    const nextEntries = registry.entries.filter((entry) => entry.pid !== process.pid);
    nextEntries.push(nextEntry);
    writeRegistry({ entries: nextEntries });
  };

  const removeCurrentProcess = (): void => {
    const registry = readRegistry();
    const nextEntries = registry.entries.filter((entry) => entry.pid !== process.pid);
    if (nextEntries.length === 0) {
      rmSync(registryPath, { force: true });
      return;
    }
    writeRegistry({ entries: nextEntries });
  };

  const stopWatchers = (): void => {
    if (heartbeat) clearInterval(heartbeat);
    if (requestWatcher) clearInterval(requestWatcher);
    heartbeat = undefined;
    requestWatcher = undefined;
  };

  const handleLiveResumeRequest = async (ctx: TContext): Promise<void> => {
    const sessionFile = ctx.sessionManager.getSessionFile();
    if (!sessionFile) return;
    const request = readJsonFile<TelegramLiveResumeRequest>(requestPath);
    if (!request || request.id === lastHandledRequestId) return;
    if (request.sourcePid === process.pid) return;
    if (request.targetSessionFile !== sessionFile) return;
    lastHandledRequestId = request.id;
    try {
      const result = await deps.takeOverTelegram(ctx);
      const ack: TelegramLiveResumeAck = {
        requestId: request.id,
        status: result.ok ? "ok" : "error",
        pid: process.pid,
        sessionFile,
        updatedAt: new Date().toISOString(),
        message: result.message,
      };
      writeJsonFile(ackPath, ack);
    } catch (error) {
      deps.recordRuntimeEvent?.("resume-live", error, { phase: "takeover" });
      const ack: TelegramLiveResumeAck = {
        requestId: request.id,
        status: "error",
        pid: process.pid,
        sessionFile,
        updatedAt: new Date().toISOString(),
        message: error instanceof Error ? error.message : String(error),
      };
      writeJsonFile(ackPath, ack);
    }
  };

  return {
    findLiveSessionOwner: (sessionFile) => {
      const registry = readRegistry();
      return registry.entries
        .filter((entry) => entry.sessionFile === sessionFile && entry.pid !== process.pid)
        .sort((a, b) => b.updatedAt.localeCompare(a.updatedAt))[0];
    },
    requestLiveHandoff: async (sessionFile, _ctx) => {
      const owner = readRegistry().entries.find(
        (entry) => entry.sessionFile === sessionFile && entry.pid !== process.pid,
      );
      if (!owner) return false;
      const requestId = `${Date.now()}-${process.pid}`;
      writeJsonFile(requestPath, {
        id: requestId,
        sourcePid: process.pid,
        targetSessionFile: sessionFile,
        createdAt: new Date().toISOString(),
      } satisfies TelegramLiveResumeRequest);
      const deadline = Date.now() + 5000;
      while (Date.now() < deadline) {
        await new Promise((resolve) => setTimeout(resolve, 250));
        const ack = readJsonFile<TelegramLiveResumeAck>(ackPath);
        if (!ack || ack.requestId !== requestId) continue;
        return ack.status === "ok" && ack.sessionFile === sessionFile;
      }
      return false;
    },
    onSessionStart: async (_event, ctx) => {
      stopWatchers();
      upsertCurrentProcess(ctx);
      heartbeat = setInterval(() => {
        try {
          upsertCurrentProcess(ctx);
        } catch (error) {
          deps.recordRuntimeEvent?.("resume-live", error, { phase: "heartbeat" });
        }
      }, heartbeatMs);
      heartbeat.unref?.();
      requestWatcher = setInterval(() => {
        void handleLiveResumeRequest(ctx);
      }, requestPollMs);
      requestWatcher.unref?.();
    },
    onSessionShutdown: async () => {
      stopWatchers();
      removeCurrentProcess();
    },
  };
}


Successfully wrote 7852 bytes to /mnt/rpi/dev/pi-telegram-sebas/lib/live-resume.ts


**Integrating hooks into components**

I need to figure out how to hook into the resume.ts and the index/lifecycle files. I'll start by examining the existing structure in those files. I'm curious about how the hooks can enhance functionality. It seems like a small adjustment could have a big impact. I want to ensure I integrate everything smoothly and correctly, so I'll pay close attention to details as I make these changes. Let's see what's possible!


/**
 * Telegram session resume helpers
 * Zones: telegram controls, pi session selection, local process restart
 * Owns older-session lookup and restart-script dispatch for Telegram /resume flows
 */

import type { SessionInfo } from "./pi.ts";

export interface TelegramResumeMessage {
  chat: { id: number };
  message_id: number;
}

export interface TelegramResumeRuntimeContext {
  cwd: string;
  sessionManager: {
    getSessionFile(): string | undefined;
  };
}

export interface TelegramResumeRuntimeDeps<
  TContext extends TelegramResumeRuntimeContext,
  TMessage extends TelegramResumeMessage,
> {
  listSessions: (ctx: TContext) => Promise<SessionInfo[]>;
  sendTextReply: (
    chatId: number,
    replyToMessageId: number,
    text: string,
  ) => Promise<number | undefined>;
  execResumeScript: (sessionPath: string, ctx: TContext) => Promise<void>;
}

export function createTelegramResumeScriptExecutor<
  TContext extends TelegramResumeRuntimeContext,
>(
  scriptPath: string,
  exec: (
    command: string,
    args?: string[],
    options?: { cwd?: string },
  ) => Promise<unknown>,
): TelegramResumeRuntimeDeps<TContext, TelegramResumeMessage>["execResumeScript"] {
  return (sessionPath, ctx) => exec(scriptPath, [sessionPath], { cwd: ctx.cwd });
}

export function createTelegramSessionResumeRuntime<
  TContext extends TelegramResumeRuntimeContext,
  TMessage extends TelegramResumeMessage,
>(deps: TelegramResumeRuntimeDeps<TContext, TMessage>) {
  return async function resumeSession(
    ctx: TContext,
    args: string,
    message: TMessage,
  ): Promise<void> {
    const sessions = await deps.listSessions(ctx);
    const currentSessionPath = ctx.sessionManager.getSessionFile();
    const choices = sessions.filter((session) => session.path !== currentSessionPath);
    const trimmedArgs = args.trim();
    const target = trimmedArgs.match(/^\d+$/)
      ? choices[Number(trimmedArgs) - 1]
      : choices.find(
          (session) =>
            session.id === trimmedArgs ||
            session.id.startsWith(trimmedArgs) ||
            session.path.includes(trimmedArgs),
        );
    if (!target) {
      await deps.sendTextReply(
        message.chat.id,
        message.message_id,
        `Session not found: ${trimmedArgs}`,
      );
      return;
    }
    await deps.sendTextReply(
      message.chat.id,
      message.message_id,
      `Switching to ${target.name ?? target.id}…`,
    );
    await deps.execResumeScript(target.path, ctx);
  };
}


**Updating resume details**

I need to edit my resume to include a handoff section. This is important because it shows my ability to delegate tasks and collaborate effectively. I want to make sure I highlight how this contributes to project success. I might want to think about including specific examples of successful handoffs or how they improved team performance. I'll take my time to get this right and showcase my skills appropriately.

edit

 * Telegram session resume helpers
 * Zones: telegram controls, pi session selection, local process restart
 * Owns older-session lookup and restart-script dispatch for Telegram /resume flows

 * Telegram session resume helpers
 * Zones: telegram controls, pi session selection, local process restart
 * Owns older-session lookup plus live-handoff-or-restart behavior for Telegram /resume flows

export interface TelegramResumeRuntimeDeps<
  TContext extends TelegramResumeRuntimeContext,
  TMessage extends TelegramResumeMessage,
> {
  listSessions: (ctx: TContext) => Promise<SessionInfo[]>;
  sendTextReply: (
    chatId: number,
    replyToMessageId: number,
    text: string,
  ) => Promise<number | undefined>;
  execResumeScript: (sessionPath: string, ctx: TContext) => Promise<void>;
}

export interface TelegramResumeRuntimeDeps<
  TContext extends TelegramResumeRuntimeContext,
  TMessage extends TelegramResumeMessage,
> {
  listSessions: (ctx: TContext) => Promise<SessionInfo[]>;
  sendTextReply: (
    chatId: number,
    replyToMessageId: number,
    text: string,
  ) => Promise<number | undefined>;
  requestLiveHandoff?: (sessionPath: string, ctx: TContext) => Promise<boolean>;
  execResumeScript: (sessionPath: string, ctx: TContext) => Promise<void>;
}

    await deps.sendTextReply(
      message.chat.id,
      message.message_id,
      `Switching to ${target.name ?? target.id}…`,
    );
    await deps.execResumeScript(target.path, ctx);

    const targetLabel = target.name ?? target.id;
    if (await deps.requestLiveHandoff?.(target.path, ctx)) {
      await deps.sendTextReply(
        message.chat.id,
        message.message_id,
        `Attached Telegram to live session ${targetLabel}.`,
      );
      return;
    }
    await deps.sendTextReply(
      message.chat.id,
      message.message_id,
      `Switching to ${targetLabel}…`,
    );
    await deps.execResumeScript(target.path, ctx);


Successfully replaced 3 block(s) in /mnt/rpi/dev/pi-telegram-sebas/lib/resume.ts.

  1 /**
  2  * Telegram session resume helpers
  3  * Zones: telegram controls, pi session selection, local process restart
- 4  * Owns older-session lookup and restart-script dispatch for Telegram /resume flows
+ 4  * Owns older-session lookup plus live-handoff-or-restart behavior for Telegram /resume flows
  5  */
  6
  7 import type { SessionInfo } from "./pi.ts";
  8
    ...
 27     chatId: number,
 28     replyToMessageId: number,
 29     text: string,
 30   ) => Promise<number | undefined>;
+31   requestLiveHandoff?: (sessionPath: string, ctx: TContext) => Promise<boolean>;
 31   execResumeScript: (sessionPath: string, ctx: TContext) => Promise<void>;
 32 }
 33
 34 export function createTelegramResumeScriptExecutor<
    ...
 72         `Session not found: ${trimmedArgs}`,
 73       );
 74       return;
 75     }
+77     const targetLabel = target.name ?? target.id;
+78     if (await deps.requestLiveHandoff?.(target.path, ctx)) {
+79       await deps.sendTextReply(
+80         message.chat.id,
+81         message.message_id,
+82         `Attached Telegram to live session ${targetLabel}.`,
+83       );
+84       return;
+85     }
 76     await deps.sendTextReply(
 77       message.chat.id,
 78       message.message_id,
-79       `Switching to ${target.name ?? target.id}…`,
+89       `Switching to ${targetLabel}…`,
 80     );
 81     await deps.execResumeScript(target.path, ctx);
 82   };
 83 }

--- /mnt/rpi/dev/pi-telegram-sebas/lib/resume.ts
+++ /mnt/rpi/dev/pi-telegram-sebas/lib/resume.ts
@@ -1,8 +1,8 @@
 /**
  * Telegram session resume helpers
  * Zones: telegram controls, pi session selection, local process restart
- * Owns older-session lookup and restart-script dispatch for Telegram /resume flows
+ * Owns older-session lookup plus live-handoff-or-restart behavior for Telegram /resume flows
  */

 import type { SessionInfo } from "./pi.ts";

@@ -27,8 +27,9 @@
     chatId: number,
     replyToMessageId: number,
     text: string,
   ) => Promise<number | undefined>;
+  requestLiveHandoff?: (sessionPath: string, ctx: TContext) => Promise<boolean>;
   execResumeScript: (sessionPath: string, ctx: TContext) => Promise<void>;
 }

 export function createTelegramResumeScriptExecutor<
@@ -72,12 +73,21 @@
         `Session not found: ${trimmedArgs}`,
       );
       return;
     }
+    const targetLabel = target.name ?? target.id;
+    if (await deps.requestLiveHandoff?.(target.path, ctx)) {
+      await deps.sendTextReply(
+        message.chat.id,
+        message.message_id,
+        `Attached Telegram to live session ${targetLabel}.`,
+      );
+      return;
+    }
     await deps.sendTextReply(
       message.chat.id,
       message.message_id,
-      `Switching to ${target.name ?? target.id}…`,
+      `Switching to ${targetLabel}…`,
     );
     await deps.execResumeScript(target.path, ctx);
   };
 }


**Setting up runtime hooks**

I’m starting with importing and setting up runtime and hooks. My next step is to read up on the relevant sections around lifecycle, since that’s important for understanding how everything fits together. It seems crucial to get the lifecycle part right so that I can effectively manage state and events. I’m curious if there's anything specific I should look for that could impact how I implement these hooks. Let's explore this further!

bash

cd /mnt/rpi/dev/pi-telegram-sebas && rg -n "appendTelegramLifecycleHooks|createSessionLifecycleRuntime|onSessionStart: lockedPollingRuntime.onSessionStart|registerTelegramLifecycleHooks" index.ts


422:  const sessionLifecycleRuntime = Lifecycle.appendTelegramLifecycleHooks(
424:    { onSessionStart: lockedPollingRuntime.onSessionStart },
528:  Lifecycle.registerTelegramLifecycleHooks(pi, {