Successfully replaced 10 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 type { ExtensionAPI, ExtensionCommandContext } from "./pi.ts";
+   8 import type {
+   9   ExtensionAPI,
+  10   ExtensionCommandContext,
+  11   ExtensionContext,
+  12   SessionInfo,
+  13 } from "./pi.ts";
    9 import {
   10   createTelegramControlItemBuilder,
   11   createTelegramControlQueueController,
   12   type PendingTelegramControlItem,
      ...
   33   model: "🤖",
   34   thinking: "🧠",
   35   compact: "🗜",
   36   new: "🆕",
+  42   resume: "🕘",
   37   queue: "🔢",
   38   next: "⏩",
   39   continue: "▶",
   40   abort: "⏹",
      ...
   85         "Start new clean session",
   86       ),
   87     },
   88     {
+  95       command: "resume",
+  96       description: formatTelegramBotCommandDescription(
+  97         "resume",
+  98         "Resume older session",
+  99       ),
+ 100     },
+ 101     {
   89       command: "next",
   90       description: formatTelegramBotCommandDescription(
   91         "next",
   92         "Force next turn",
      ...
  272   "status",
  273   "queue",
  274   "compact",
  275   "new",
+ 289   "resume",
  276   "model",
  277   "thinking",
  278   "settings",
  279   "help",
      ...
  304   | { kind: "continue"; executionMode: "immediate" }
  305   | { kind: "queue"; executionMode: "immediate" }
  306   | { kind: "compact"; executionMode: "immediate" }
  307   | { kind: "new"; executionMode: "immediate" }
+ 322   | { kind: "resume"; executionMode: "immediate" }
  308   | { kind: "status"; executionMode: "immediate" }
  309   | { kind: "model"; executionMode: "immediate" }
  310   | { kind: "thinking"; executionMode: "immediate" }
  311   | { kind: "settings"; executionMode: "immediate" }
      ...
  324   handleContinue: (message: TMessage, ctx: TContext) => Promise<void>;
  325   handleQueue: (message: TMessage, ctx: TContext) => Promise<void>;
  326   handleCompact: (message: TMessage, ctx: TContext) => Promise<void>;
  327   handleNew: (message: TMessage, ctx: TContext) => Promise<void>;
+ 343   handleResume: (message: TMessage, ctx: TContext) => Promise<void>;
  328   handleStatus: (message: TMessage, ctx: TContext) => Promise<void>;
  329   handleModel: (message: TMessage, ctx: TContext) => Promise<void>;
  330   handleThinking: (message: TMessage, ctx: TContext) => Promise<void>;
  331   handleSettings?: (message: TMessage, ctx: TContext) => Promise<void>;
      ...
  620   registerBotCommands: () => Promise<void>;
  621   getPromptTemplateCommands?: () => readonly TelegramPromptTemplateMenuCommand[];
  622   persistConfig: () => Promise<void>;
  623   sendTextReply: (message: TMessage, text: string) => Promise<void>;
+ 640   resumeSession?: (ctx: TContext, args: string, message: TMessage) => Promise<void>;
  624   sendUserMessage?: (
  625     message: string,
  626     options?: { deliverAs?: "steer" | "followUp" },
  627   ) => void;
      ...
  632   "",
  633   `${formatTelegramCommandEmojiPrefix("start")}/start — Open menu / Pair bridge`,
  634   `${formatTelegramCommandEmojiPrefix("compact")}/compact — Compact current session`,
  635   `${formatTelegramCommandEmojiPrefix("new")}/new — Start new clean session`,
+ 653   `${formatTelegramCommandEmojiPrefix("resume")}/resume — Resume older session`,
  636   `${formatTelegramCommandEmojiPrefix("next")}/next — Force next turn`,
  637   `${formatTelegramCommandEmojiPrefix("continue")}/continue — Queue continue prompt`,
  638   `${formatTelegramCommandEmojiPrefix("abort")}/abort — Abort π`,
  639   `${formatTelegramCommandEmojiPrefix("stop")}/stop — Abort π & Clear queue`,
      ...
  701   status: { kind: "status", executionMode: "immediate" },
  702   queue: { kind: "queue", executionMode: "immediate" },
  703   compact: { kind: "compact", executionMode: "immediate" },
  704   new: { kind: "new", executionMode: "immediate" },
+ 723   resume: { kind: "resume", executionMode: "immediate" },
  705   model: { kind: "model", executionMode: "immediate" },
  706   thinking: { kind: "thinking", executionMode: "immediate" },
  707   settings: { kind: "settings", executionMode: "immediate" },
  708   help: { kind: "help", commandName: "help", executionMode: "immediate" },
      ...
  912       return true;
  913     case "new":
  914       await deps.handleNew(message, ctx);
  915       return true;
+ 935     case "resume":
+ 936       await deps.handleResume(message, ctx);
+ 937       return true;
  916     case "status":
  917       await deps.handleStatus(message, ctx);
  918       return true;
  919     case "model":
      ...

--- /mnt/rpi/dev/pi-telegram-sebas/lib/commands.ts
+++ /mnt/rpi/dev/pi-telegram-sebas/lib/commands.ts
@@ -4,9 +4,14 @@
  * Owns Telegram slash-command normalization, bot command metadata, and pi-side command registration behind runtime ports
  */

 import { pairTelegramUserIfNeeded } from "./config.ts";
-import type { ExtensionAPI, ExtensionCommandContext } from "./pi.ts";
+import type {
+  ExtensionAPI,
+  ExtensionCommandContext,
+  ExtensionContext,
+  SessionInfo,
+} from "./pi.ts";
 import {
   createTelegramControlItemBuilder,
   createTelegramControlQueueController,
   type PendingTelegramControlItem,
@@ -33,8 +38,9 @@
   model: "🤖",
   thinking: "🧠",
   compact: "🗜",
   new: "🆕",
+  resume: "🕘",
   queue: "🔢",
   next: "⏩",
   continue: "▶",
   abort: "⏹",
@@ -85,8 +91,15 @@
         "Start new clean session",
       ),
     },
     {
+      command: "resume",
+      description: formatTelegramBotCommandDescription(
+        "resume",
+        "Resume older session",
+      ),
+    },
+    {
       command: "next",
       description: formatTelegramBotCommandDescription(
         "next",
         "Force next turn",
@@ -272,8 +285,9 @@
   "status",
   "queue",
   "compact",
   "new",
+  "resume",
   "model",
   "thinking",
   "settings",
   "help",
@@ -304,8 +318,9 @@
   | { kind: "continue"; executionMode: "immediate" }
   | { kind: "queue"; executionMode: "immediate" }
   | { kind: "compact"; executionMode: "immediate" }
   | { kind: "new"; executionMode: "immediate" }
+  | { kind: "resume"; executionMode: "immediate" }
   | { kind: "status"; executionMode: "immediate" }
   | { kind: "model"; executionMode: "immediate" }
   | { kind: "thinking"; executionMode: "immediate" }
   | { kind: "settings"; executionMode: "immediate" }
@@ -324,8 +339,9 @@
   handleContinue: (message: TMessage, ctx: TContext) => Promise<void>;
   handleQueue: (message: TMessage, ctx: TContext) => Promise<void>;
   handleCompact: (message: TMessage, ctx: TContext) => Promise<void>;
   handleNew: (message: TMessage, ctx: TContext) => Promise<void>;
+  handleResume: (message: TMessage, ctx: TContext) => Promise<void>;
   handleStatus: (message: TMessage, ctx: TContext) => Promise<void>;
   handleModel: (message: TMessage, ctx: TContext) => Promise<void>;
   handleThinking: (message: TMessage, ctx: TContext) => Promise<void>;
   handleSettings?: (message: TMessage, ctx: TContext) => Promise<void>;
@@ -620,8 +636,9 @@
   registerBotCommands: () => Promise<void>;
   getPromptTemplateCommands?: () => readonly TelegramPromptTemplateMenuCommand[];
   persistConfig: () => Promise<void>;
   sendTextReply: (message: TMessage, text: string) => Promise<void>;
+  resumeSession?: (ctx: TContext, args: string, message: TMessage) => Promise<void>;
   sendUserMessage?: (
     message: string,
     options?: { deliverAs?: "steer" | "followUp" },
   ) => void;
@@ -632,8 +649,9 @@
   "",
   `${formatTelegramCommandEmojiPrefix("start")}/start — Open menu / Pair bridge`,
   `${formatTelegramCommandEmojiPrefix("compact")}/compact — Compact current session`,
   `${formatTelegramCommandEmojiPrefix("new")}/new — Start new clean session`,
+  `${formatTelegramCommandEmojiPrefix("resume")}/resume — Resume older session`,
   `${formatTelegramCommandEmojiPrefix("next")}/next — Force next turn`,
   `${formatTelegramCommandEmojiPrefix("continue")}/continue — Queue continue prompt`,
   `${formatTelegramCommandEmojiPrefix("abort")}/abort — Abort π`,
   `${formatTelegramCommandEmojiPrefix("stop")}/stop — Abort π & Clear queue`,
@@ -701,8 +719,9 @@
   status: { kind: "status", executionMode: "immediate" },
   queue: { kind: "queue", executionMode: "immediate" },
   compact: { kind: "compact", executionMode: "immediate" },
   new: { kind: "new", executionMode: "immediate" },
+  resume: { kind: "resume", executionMode: "immediate" },
   model: { kind: "model", executionMode: "immediate" },
   thinking: { kind: "thinking", executionMode: "immediate" },
   settings: { kind: "settings", executionMode: "immediate" },
   help: { kind: "help", commandName: "help", executionMode: "immediate" },
@@ -912,8 +931,11 @@
       return true;
     case "new":
       await deps.handleNew(message, ctx);
       return true;
+    case "resume":
+      await deps.handleResume(message, ctx);
+      return true;
     case "status":
       await deps.handleStatus(message, ctx);
       return true;
     case "model":


edit

export async function handleTelegramNewCommand(deps: {
  sendTextReply: (text: string) => Promise<void>;
  sendUserMessage: (message: string, options?: { deliverAs?: "steer" | "followUp" }) => void;
}): Promise<void> {
  await deps.sendTextReply("Creating new session…");
  deps.sendUserMessage("/new", { deliverAs: "followUp" });
}

export async function handleTelegramStatusCommand<TContext>(deps: {

export async function handleTelegramNewCommand(deps: {
  sendTextReply: (text: string) => Promise<void>;
  sendUserMessage: (message: string, options?: { deliverAs?: "steer" | "followUp" }) => void;
}): Promise<void> {
  await deps.sendTextReply("Creating new session…");
  deps.sendUserMessage("/new", { deliverAs: "followUp" });
}

function formatResumeSessionLine(
  session: SessionInfo,
  index: number,
  currentSessionPath?: string,
): string {
  const current = session.path === currentSessionPath ? " • current" : "";
  const title = session.name ?? session.firstMessage || session.id;
  return `${index}. ${title.slice(0, 42)}\n${session.id}${current}`;
}

export async function handleTelegramResumeCommand<
  TMessage extends TelegramCommandRuntimeMessage,
  TContext extends Pick<ExtensionContext, "sessionManager">,
>(
  message: TMessage,
  ctx: TContext,
  args: string,
  deps: {
    listSessions: (ctx: TContext) => Promise<SessionInfo[]>;
    executeResume: (ctx: TContext, args: string, message: TMessage) => Promise<void>;
    sendTextReply: (message: TMessage, text: string) => Promise<void>;
  },
): Promise<void> {
  if (args) {
    await deps.executeResume(ctx, args, message);
    return;
  }
  const sessions = await deps.listSessions(ctx);
  const currentSessionPath = ctx.sessionManager.getSessionFile();
  const choices = sessions.filter((session) => session.path !== currentSessionPath);
  if (choices.length === 0) {
    await deps.sendTextReply(message, "No older sessions found.");
    return;
  }
  const lines = choices.slice(0, 8).map((session, index) =>
    formatResumeSessionLine(session, index + 1, currentSessionPath),
  );
  await deps.sendTextReply(
    message,
    `Use /resume <n> or /resume <id>.\n\n${lines.join("\n\n")}`,
  );
}

export async function handleTelegramStatusCommand<TContext>(deps: {


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

      ...
  887   await deps.sendTextReply("Creating new session…");
  888   deps.sendUserMessage("/new", { deliverAs: "followUp" });
  889 }
  890
+ 891 function formatResumeSessionLine(
+ 892   session: SessionInfo,
+ 893   index: number,
+ 894   currentSessionPath?: string,
+ 895 ): string {
+ 896   const current = session.path === currentSessionPath ? " • current" : "";
+ 897   const title = session.name ?? session.firstMessage || session.id;
+ 898   return `${index}. ${title.slice(0, 42)}\n${session.id}${current}`;
+ 899 }
+ 900
+ 901 export async function handleTelegramResumeCommand<
+ 902   TMessage extends TelegramCommandRuntimeMessage,
+ 903   TContext extends Pick<ExtensionContext, "sessionManager">,
+ 904 >(
+ 905   message: TMessage,
+ 906   ctx: TContext,
+ 907   args: string,
+ 908   deps: {
+ 909     listSessions: (ctx: TContext) => Promise<SessionInfo[]>;
+ 910     executeResume: (ctx: TContext, args: string, message: TMessage) => Promise<void>;
+ 911     sendTextReply: (message: TMessage, text: string) => Promise<void>;
+ 912   },
+ 913 ): Promise<void> {
+ 914   if (args) {
+ 915     await deps.executeResume(ctx, args, message);
+ 916     return;
+ 917   }
+ 918   const sessions = await deps.listSessions(ctx);
+ 919   const currentSessionPath = ctx.sessionManager.getSessionFile();
+ 920   const choices = sessions.filter((session) => session.path !== currentSessionPath);
+ 921   if (choices.length === 0) {
+ 922     await deps.sendTextReply(message, "No older sessions found.");
+ 923     return;
+ 924   }
+ 925   const lines = choices.slice(0, 8).map((session, index) =>
+ 926     formatResumeSessionLine(session, index + 1, currentSessionPath),
+ 927   );
+ 928   await deps.sendTextReply(
+ 929     message,
+ 930     `Use /resume <n> or /resume <id>.\n\n${lines.join("\n\n")}`,
+ 931   );
+ 932 }
+ 933
  891 export async function handleTelegramStatusCommand<TContext>(deps: {
  892   ctx: TContext;
  893   showStatus: (ctx: TContext) => Promise<void>;
  894 }): Promise<void> {
      ...

--- /mnt/rpi/dev/pi-telegram-sebas/lib/commands.ts
+++ /mnt/rpi/dev/pi-telegram-sebas/lib/commands.ts
@@ -887,8 +887,51 @@
   await deps.sendTextReply("Creating new session…");
   deps.sendUserMessage("/new", { deliverAs: "followUp" });
 }

+function formatResumeSessionLine(
+  session: SessionInfo,
+  index: number,
+  currentSessionPath?: string,
+): string {
+  const current = session.path === currentSessionPath ? " • current" : "";
+  const title = session.name ?? session.firstMessage || session.id;
+  return `${index}. ${title.slice(0, 42)}\n${session.id}${current}`;
+}
+
+export async function handleTelegramResumeCommand<
+  TMessage extends TelegramCommandRuntimeMessage,
+  TContext extends Pick<ExtensionContext, "sessionManager">,
+>(
+  message: TMessage,
+  ctx: TContext,
+  args: string,
+  deps: {
+    listSessions: (ctx: TContext) => Promise<SessionInfo[]>;
+    executeResume: (ctx: TContext, args: string, message: TMessage) => Promise<void>;
+    sendTextReply: (message: TMessage, text: string) => Promise<void>;
+  },
+): Promise<void> {
+  if (args) {
+    await deps.executeResume(ctx, args, message);
+    return;
+  }
+  const sessions = await deps.listSessions(ctx);
+  const currentSessionPath = ctx.sessionManager.getSessionFile();
+  const choices = sessions.filter((session) => session.path !== currentSessionPath);
+  if (choices.length === 0) {
+    await deps.sendTextReply(message, "No older sessions found.");
+    return;
+  }
+  const lines = choices.slice(0, 8).map((session, index) =>
+    formatResumeSessionLine(session, index + 1, currentSessionPath),
+  );
+  await deps.sendTextReply(
+    message,
+    `Use /resume <n> or /resume <id>.\n\n${lines.join("\n\n")}`,
+  );
+}
+
 export async function handleTelegramStatusCommand<TContext>(deps: {
   ctx: TContext;
   showStatus: (ctx: TContext) => Promise<void>;
 }): Promise<void> {


**Modifying command handling**

I'm thinking about changing the handleCommand signature and runtime so I can pass arguments more effectively. It's important for the system's functionality, and I want to ensure that the updates work smoothly without causing any issues. I should look into how the current implementation is set up and what adjustments are necessary. Let's explore this together and see what steps I need to take for a successful update.

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

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

  return async function handleTelegramCommand(
    commandName: string | undefined,
    message: TMessage,
    ctx: TContext,
  ): Promise<boolean> {
    return handleTelegramCommandRuntime(commandName, message, ctx, deps);
  };
}

  return async function handleTelegramCommand(
    command: ParsedTelegramCommand | undefined,
    message: TMessage,
    ctx: TContext,
  ): Promise<boolean> {
    return handleTelegramCommandRuntime(command, message, ctx, deps);
  };
}

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

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

  commandName: string | undefined,
  message: TMessage,
  ctx: TContext,
  deps: TelegramCommandRuntimeDeps<TMessage, TContext>,
): Promise<boolean> {

  command: ParsedTelegramCommand | undefined,
  message: TMessage,
  ctx: TContext,
  deps: TelegramCommandRuntimeDeps<TMessage, TContext>,
): Promise<boolean> {


Successfully replaced 5 block(s) in /mnt/rpi/dev/pi-telegram-sebas/lib/commands.ts.

      ...
  583
  584 export interface TelegramCommandOrPromptRuntimeDeps<TMessage, TContext> {
  585   extractRawText: (messages: TMessage[]) => string;
  586   handleCommand: (
- 587     commandName: string | undefined,
+ 587     command: ParsedTelegramCommand | undefined,
  588     message: TMessage,
  589     ctx: TContext,
  590   ) => Promise<boolean>;
  591   expandPromptTemplateCommand?: (
      ...
 1081   TMessage extends TelegramCommandRuntimeMessage,
 1082   TContext,
 1083 >(deps: TelegramCommandRuntimeDeps<TMessage, TContext>) {
 1084   return async function handleTelegramCommand(
-1085     commandName: string | undefined,
+1085     command: ParsedTelegramCommand | undefined,
 1086     message: TMessage,
 1087     ctx: TContext,
 1088   ): Promise<boolean> {
-1089     return handleTelegramCommandRuntime(commandName, message, ctx, deps);
+1089     return handleTelegramCommandRuntime(command, message, ctx, deps);
 1090   };
 1091 }
 1092
 1093 export function createTelegramCommandOrPromptRuntime<TMessage, TContext>(
      ...
 1100     ): Promise<void> => {
 1101       const firstMessage = messages[0];
 1102       if (!firstMessage) return;
 1103       const command = parseTelegramCommand(deps.extractRawText(messages));
-1104       const handled = await deps.handleCommand(
-1105         command?.name,
-1106         firstMessage,
-1107         ctx,
-1108       );
+1104       const handled = await deps.handleCommand(command, firstMessage, ctx);
 1109       if (handled) return;
 1110       if (command?.name && deps.expandPromptTemplateCommand) {
 1111         const expanded = deps.expandPromptTemplateCommand(
 1112           command.name,
      ...
 1131 async function handleTelegramCommandRuntime<
 1132   TMessage extends TelegramCommandRuntimeMessage,
 1133   TContext,
 1134 >(
-1135   commandName: string | undefined,
+1131   command: ParsedTelegramCommand | undefined,
 1136   message: TMessage,
 1137   ctx: TContext,
 1138   deps: TelegramCommandRuntimeDeps<TMessage, TContext>,
 1139 ): Promise<boolean> {
      ...
 1141     deps.sendTextReply(nextMessage, text);
 1142   const updateStatusFor = (commandCtx: TContext) => () =>
 1143     deps.updateStatus(commandCtx);
 1144   return executeTelegramCommandAction(
-1145     buildTelegramCommandAction(commandName),
+1141     buildTelegramCommandAction(command?.name),
 1146     message,
 1147     ctx,
 1148     {
 1149       handleStop: async (nextMessage, commandCtx) => {
      ...

--- /mnt/rpi/dev/pi-telegram-sebas/lib/commands.ts
+++ /mnt/rpi/dev/pi-telegram-sebas/lib/commands.ts
@@ -583,9 +583,9 @@

 export interface TelegramCommandOrPromptRuntimeDeps<TMessage, TContext> {
   extractRawText: (messages: TMessage[]) => string;
   handleCommand: (
-    commandName: string | undefined,
+    command: ParsedTelegramCommand | undefined,
     message: TMessage,
     ctx: TContext,
   ) => Promise<boolean>;
   expandPromptTemplateCommand?: (
@@ -1081,13 +1081,13 @@
   TMessage extends TelegramCommandRuntimeMessage,
   TContext,
 >(deps: TelegramCommandRuntimeDeps<TMessage, TContext>) {
   return async function handleTelegramCommand(
-    commandName: string | undefined,
+    command: ParsedTelegramCommand | undefined,
     message: TMessage,
     ctx: TContext,
   ): Promise<boolean> {
-    return handleTelegramCommandRuntime(commandName, message, ctx, deps);
+    return handleTelegramCommandRuntime(command, message, ctx, deps);
   };
 }

 export function createTelegramCommandOrPromptRuntime<TMessage, TContext>(
@@ -1100,13 +1100,9 @@
     ): Promise<void> => {
       const firstMessage = messages[0];
       if (!firstMessage) return;
       const command = parseTelegramCommand(deps.extractRawText(messages));
-      const handled = await deps.handleCommand(
-        command?.name,
-        firstMessage,
-        ctx,
-      );
+      const handled = await deps.handleCommand(command, firstMessage, ctx);
       if (handled) return;
       if (command?.name && deps.expandPromptTemplateCommand) {
         const expanded = deps.expandPromptTemplateCommand(
           command.name,
@@ -1131,9 +1127,9 @@
 async function handleTelegramCommandRuntime<
   TMessage extends TelegramCommandRuntimeMessage,
   TContext,
 >(
-  commandName: string | undefined,
+  command: ParsedTelegramCommand | undefined,
   message: TMessage,
   ctx: TContext,
   deps: TelegramCommandRuntimeDeps<TMessage, TContext>,
 ): Promise<boolean> {
@@ -1141,9 +1137,9 @@
     deps.sendTextReply(nextMessage, text);
   const updateStatusFor = (commandCtx: TContext) => () =>
     deps.updateStatus(commandCtx);
   return executeTelegramCommandAction(
-    buildTelegramCommandAction(commandName),
+    buildTelegramCommandAction(command?.name),
     message,
     ctx,
     {
       handleStop: async (nextMessage, commandCtx) => {


**Searching for command occurrences**

I need to work on changing the `createTelegramCommandHandlerTargetRuntime` types and creating a specific runtime handler for the resume functionality. To do this, my first step is to search through the code for all occurrences of `commandName`. Finding these instances will help me understand how they integrate with the current setup so that I can make the necessary adjustments. Let's see what I can find!

bash

cd /mnt/rpi/dev/pi-telegram-sebas && rg -n "commandName|handleResume|resumeSession|ParsedTelegramCommand" lib/commands.ts


20:export interface ParsedTelegramCommand {
305:  commandName: string | undefined,
306:): commandName is TelegramReservedCommandName {
308:    commandName !== undefined &&
309:    TELEGRAM_RESERVED_COMMAND_NAME_SET.has(commandName)
329:      commandName: "help" | "start";
343:  handleResume: (message: TMessage, ctx: TContext) => Promise<void>;
350:    commandName: "help" | "start",
587:    command: ParsedTelegramCommand | undefined,
592:    commandName: string,
640:  resumeSession?: (ctx: TContext, args: string, message: TMessage) => Promise<void>;
705:): ParsedTelegramCommand | undefined {
727:  help: { kind: "help", commandName: "help", executionMode: "immediate" },
728:  start: { kind: "help", commandName: "start", executionMode: "immediate" },
732:  commandName: string | undefined,
734:  if (!isTelegramReservedCommandName(commandName)) {
737:  return TELEGRAM_COMMAND_ACTIONS[commandName];
979:      await deps.handleResume(message, ctx);
995:      await deps.handleHelp(message, action.commandName, ctx);
1026:  commandName: string | undefined,
1085:    command: ParsedTelegramCommand | undefined,
1131:  command: ParsedTelegramCommand | undefined,


export interface TelegramCommandHandlerTargetRuntimeDeps<
  TMessage extends TelegramCommandRuntimeMessage,
  TContext,
>
  extends
    Omit<
      TelegramCommandRuntimeDeps<TMessage, TContext>,
      | "enqueueControlItem"
      | "showStatus"
      | "openModelMenu"
      | "openSettingsMenu"
      | "sendTextReply"
      | "registerBotCommands"
    >,
    Omit<TelegramCommandTargetQueueRuntimeDeps<TContext>, "createControlItem">,
    TelegramBotCommandRegistrationDeps {
  allocateItemOrder: () => number;
  allocateControlOrder: () => number;
}

export function createTelegramCommandHandlerTargetRuntime<
  TMessage extends TelegramCommandRuntimeMessage,
  TContext,
>(
  deps: TelegramCommandHandlerTargetRuntimeDeps<TMessage, TContext>,
): (
  commandName: string | undefined,
  message: TMessage,
  ctx: TContext,
) => Promise<boolean> {
  const commandTargetRuntime = createTelegramCommandTargetQueueRuntime<
    TMessage,
    TContext
  >({
    createControlItem: createTelegramControlItemBuilder<TContext>({
      allocateItemOrder: deps.allocateItemOrder,
      allocateControlOrder: deps.allocateControlOrder,
    }),
    appendControlItem: deps.appendControlItem,
    dispatchNextQueuedTelegramTurn: deps.dispatchNextQueuedTelegramTurn,
    showStatus: deps.showStatus,
    openModelMenu: deps.openModelMenu,
    openSettingsMenu: deps.openSettingsMenu,
    sendTextReply: deps.sendTextReply,
  });
  return createTelegramCommandHandler({
    hasAbortHandler: deps.hasAbortHandler,
    clearPendingModelSwitch: deps.clearPendingModelSwitch,
    hasQueuedTelegramItems: deps.hasQueuedTelegramItems,
    clearQueuedTelegramItems: deps.clearQueuedTelegramItems,
    setPreserveQueuedTurnsAsHistory: deps.setPreserveQueuedTurnsAsHistory,
    abortCurrentTurn: deps.abortCurrentTurn,
    isIdle: deps.isIdle,
    hasPendingMessages: deps.hasPendingMessages,
    hasActiveTelegramTurn: deps.hasActiveTelegramTurn,
    hasDispatchPending: deps.hasDispatchPending,
    isCompactionInProgress: deps.isCompactionInProgress,
    setCompactionInProgress: deps.setCompactionInProgress,
    updateStatus: deps.updateStatus,
    dispatchNextQueuedTelegramTurn: deps.dispatchNextQueuedTelegramTurn,
    enqueueContinueTurn: deps.enqueueContinueTurn,
    compact: deps.compact,
    enqueueControlItem: commandTargetRuntime.enqueueControlItem,
    showStatus: commandTargetRuntime.showStatus,
    openModelMenu: commandTargetRuntime.openModelMenu,
    openThinkingMenu: deps.openThinkingMenu,
    openQueueMenu: deps.openQueueMenu,
    openSettingsMenu: commandTargetRuntime.openSettingsMenu,
    getAllowedUserId: deps.getAllowedUserId,
    setAllowedUserId: deps.setAllowedUserId,
    registerBotCommands: createTelegramBotCommandRegistrar({
      setMyCommands: deps.setMyCommands,
    }),
    persistConfig: deps.persistConfig,
    sendTextReply: commandTargetRuntime.sendTextReply,
    sendUserMessage: deps.sendUserMessage,
    recordRuntimeEvent: deps.recordRuntimeEvent,
  });
}

export function createTelegramCommandHandler<
  TMessage extends TelegramCommandRuntimeMessage,
  TContext,
>(deps: TelegramCommandRuntimeDeps<TMessage, TContext>) {
  return async function handleTelegramCommand(
    command: ParsedTelegramCommand | undefined,
    message: TMessage,
    ctx: TContext,
  ): Promise<boolean> {
    return handleTelegramCommandRuntime(command, message, ctx, deps);
  };
}

export function createTelegramCommandOrPromptRuntime<TMessage, TContext>(
  deps: TelegramCommandOrPromptRuntimeDeps<TMessage, TContext>,
) {
  return {
    dispatchMessages: async (
      messages: TMessage[],
      ctx: TContext,
    ): Promise<void> => {
      const firstMessage = messages[0];
      if (!firstMessage) return;
      const command = parseTelegramCommand(deps.extractRawText(messages));
      const handled = await deps.handleCommand(command, firstMessage, ctx);
      if (handled) return;
      if (command?.name && deps.expandPromptTemplateCommand) {
        const expanded = deps.expandPromptTemplateCommand(
          command.name,
          command.args,
        );
        if (expanded !== undefined) {
          await deps.enqueueTurn(
            [
              deps.replaceMessageText(firstMessage, expanded),
              ...messages.slice(1),
            ],
            ctx,
          );
          return;
        }
      }
      await deps.enqueueTurn(messages, ctx);
    },
  };
}

async function handleTelegramCommandRuntime<
  TMessage extends TelegramCommandRuntimeMessage,
  TContext,
>(
  command: ParsedTelegramCommand | undefined,
  message: TMessage,
  ctx: TContext,
  deps: TelegramCommandRuntimeDeps<TMessage, TContext>,
): Promise<boolean> {
  const sendReplyFor = (nextMessage: TMessage) => (text: string) =>
    deps.sendTextReply(nextMessage, text);
  const updateStatusFor = (commandCtx: TContext) => () =>
    deps.updateStatus(commandCtx);
  return executeTelegramCommandAction(
    buildTelegramCommandAction(command?.name),
    message,
    ctx,
    {
      handleStop: async (nextMessage, commandCtx) => {
        await handleTelegramStopCommand({
          hasAbortHandler: deps.hasAbortHandler,
          clearPendingModelSwitch: deps.clearPendingModelSwitch,
          clearQueuedTelegramItems: () =>
            deps.clearQueuedTelegramItems(commandCtx),
          setPreserveQueuedTurnsAsHistory: deps.setPreserveQueuedTurnsAsHistory,
          abortCurrentTurn: deps.abortCurrentTurn,
          updateStatus: updateStatusFor(commandCtx),
          sendTextReply: sendReplyFor(nextMessage),
        });
      },
      handleAbort: async (nextMessage, commandCtx) => {
        await handleTelegramAbortCommand({
          hasAbortHandler: deps.hasAbortHandler,
          clearPendingModelSwitch: deps.clearPendingModelSwitch,
          abortCurrentTurn: deps.abortCurrentTurn,
          setPreserveForIdle: () => deps.setPreserveQueuedTurnsAsHistory(true),
          updateStatus: updateStatusFor(commandCtx),
          sendTextReply: sendReplyFor(nextMessage),
        });
      },
      handleNext: async (nextMessage, commandCtx) => {
        await handleTelegramNextCommand({
          hasAbortHandler: deps.hasAbortHandler,

[92 more lines in file. Use offset=1170 to continue.]


edit

export function createTelegramCommandHandlerTargetRuntime<
  TMessage extends TelegramCommandRuntimeMessage,
  TContext,
>(
  deps: TelegramCommandHandlerTargetRuntimeDeps<TMessage, TContext>,
): (
  commandName: string | undefined,
  message: TMessage,
  ctx: TContext,
) => Promise<boolean> {

export function createTelegramCommandHandlerTargetRuntime<
  TMessage extends TelegramCommandRuntimeMessage,
  TContext,
>(
  deps: TelegramCommandHandlerTargetRuntimeDeps<TMessage, TContext>,
): (
  command: ParsedTelegramCommand | undefined,
  message: TMessage,
  ctx: TContext,
) => Promise<boolean> {

    persistConfig: deps.persistConfig,
    sendTextReply: commandTargetRuntime.sendTextReply,
    sendUserMessage: deps.sendUserMessage,
    recordRuntimeEvent: deps.recordRuntimeEvent,
  });
}

    persistConfig: deps.persistConfig,
    sendTextReply: commandTargetRuntime.sendTextReply,
    resumeSession: deps.resumeSession,
    sendUserMessage: deps.sendUserMessage,
    recordRuntimeEvent: deps.recordRuntimeEvent,
  });
}

      handleNew: async (nextMessage, _commandCtx) => {
        if (!deps.sendUserMessage) {
          await sendReplyFor(nextMessage)(
            "New session not available in this runtime.",
          );
          return;
        }
        await handleTelegramNewCommand({
          sendTextReply: sendReplyFor(nextMessage),
          sendUserMessage: deps.sendUserMessage,
        });
      },
      handleStatus: async (nextMessage, commandCtx) => {

      handleNew: async (nextMessage, _commandCtx) => {
        if (!deps.sendUserMessage) {
          await sendReplyFor(nextMessage)(
            "New session not available in this runtime.",
          );
          return;
        }
        await handleTelegramNewCommand({
          sendTextReply: sendReplyFor(nextMessage),
          sendUserMessage: deps.sendUserMessage,
        });
      },
      handleResume: async (nextMessage, commandCtx) => {
        if (!deps.resumeSession) {
          await sendReplyFor(nextMessage)(
            "Resume session not available in this runtime.",
          );
          return;
        }
        await handleTelegramResumeCommand(
          nextMessage,
          commandCtx as TContext & Pick<ExtensionContext, "sessionManager">,
          command?.args ?? "",
          {
            listSessions: async (resumeCtx) => {
              const listFn = (await import("./pi.ts")).listSessionsForContext;
              return listFn(
                resumeCtx as TContext & Pick<ExtensionContext, "cwd" | "sessionManager">,
              );
            },
            executeResume: deps.resumeSession,
            sendTextReply: deps.sendTextReply,
          },
        );
      },
      handleStatus: async (nextMessage, commandCtx) => {


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

      ...
 1022   TContext,
 1023 >(
 1024   deps: TelegramCommandHandlerTargetRuntimeDeps<TMessage, TContext>,
 1025 ): (
-1026   commandName: string | undefined,
+1026   command: ParsedTelegramCommand | undefined,
 1027   message: TMessage,
 1028   ctx: TContext,
 1029 ) => Promise<boolean> {
 1030   const commandTargetRuntime = createTelegramCommandTargetQueueRuntime<
      ...
 1071       setMyCommands: deps.setMyCommands,
 1072     }),
 1073     persistConfig: deps.persistConfig,
 1074     sendTextReply: commandTargetRuntime.sendTextReply,
+1075     resumeSession: deps.resumeSession,
 1075     sendUserMessage: deps.sendUserMessage,
 1076     recordRuntimeEvent: deps.recordRuntimeEvent,
 1077   });
 1078 }
      ...
 1215           sendTextReply: sendReplyFor(nextMessage),
 1216           sendUserMessage: deps.sendUserMessage,
 1217         });
 1218       },
+1220       handleResume: async (nextMessage, commandCtx) => {
+1221         if (!deps.resumeSession) {
+1222           await sendReplyFor(nextMessage)(
+1223             "Resume session not available in this runtime.",
+1224           );
+1225           return;
+1226         }
+1227         await handleTelegramResumeCommand(
+1228           nextMessage,
+1229           commandCtx as TContext & Pick<ExtensionContext, "sessionManager">,
+1230           command?.args ?? "",
+1231           {
+1232             listSessions: async (resumeCtx) => {
+1233               const listFn = (await import("./pi.ts")).listSessionsForContext;
+1234               return listFn(
+1235                 resumeCtx as TContext & Pick<ExtensionContext, "cwd" | "sessionManager">,
+1236               );
+1237             },
+1238             executeResume: deps.resumeSession,
+1239             sendTextReply: deps.sendTextReply,
+1240           },
+1241         );
+1242       },
 1219       handleStatus: async (nextMessage, commandCtx) => {
 1220         await deps.showStatus(nextMessage, commandCtx);
 1221       },
 1222       handleModel: async (nextMessage, commandCtx) => {
      ...

--- /mnt/rpi/dev/pi-telegram-sebas/lib/commands.ts
+++ /mnt/rpi/dev/pi-telegram-sebas/lib/commands.ts
@@ -1022,9 +1022,9 @@
   TContext,
 >(
   deps: TelegramCommandHandlerTargetRuntimeDeps<TMessage, TContext>,
 ): (
-  commandName: string | undefined,
+  command: ParsedTelegramCommand | undefined,
   message: TMessage,
   ctx: TContext,
 ) => Promise<boolean> {
   const commandTargetRuntime = createTelegramCommandTargetQueueRuntime<
@@ -1071,8 +1071,9 @@
       setMyCommands: deps.setMyCommands,
     }),
     persistConfig: deps.persistConfig,
     sendTextReply: commandTargetRuntime.sendTextReply,
+    resumeSession: deps.resumeSession,
     sendUserMessage: deps.sendUserMessage,
     recordRuntimeEvent: deps.recordRuntimeEvent,
   });
 }
@@ -1215,8 +1216,31 @@
           sendTextReply: sendReplyFor(nextMessage),
           sendUserMessage: deps.sendUserMessage,
         });
       },
+      handleResume: async (nextMessage, commandCtx) => {
+        if (!deps.resumeSession) {
+          await sendReplyFor(nextMessage)(
+            "Resume session not available in this runtime.",
+          );
+          return;
+        }
+        await handleTelegramResumeCommand(
+          nextMessage,
+          commandCtx as TContext & Pick<ExtensionContext, "sessionManager">,
+          command?.args ?? "",
+          {
+            listSessions: async (resumeCtx) => {
+              const listFn = (await import("./pi.ts")).listSessionsForContext;
+              return listFn(
+                resumeCtx as TContext & Pick<ExtensionContext, "cwd" | "sessionManager">,
+              );
+            },
+            executeResume: deps.resumeSession,
+            sendTextReply: deps.sendTextReply,
+          },
+        );
+      },
       handleStatus: async (nextMessage, commandCtx) => {
         await deps.showStatus(nextMessage, commandCtx);
       },
       handleModel: async (nextMessage, commandCtx) => {


**Considering imports for simplicity**

I'm realizing that using dynamic imports can feel a bit awkward. It might be okay, but I think there's a simpler way to handle it by just importing `listSessionsForContext`. It would be great to patch the imports to make the code cleaner and easier to manage. Simplifying the imports should streamline things and reduce potential complications. Let’s work on that!

  ExtensionAPI,
  ExtensionCommandContext,
  ExtensionContext,
  SessionInfo,
} from "./pi.ts";

  ExtensionAPI,
  ExtensionCommandContext,
  ExtensionContext,
  SessionInfo,
  listSessionsForContext,
} from "./pi.ts";

            listSessions: async (resumeCtx) => {
              const listFn = (await import("./pi.ts")).listSessionsForContext;
              return listFn(
                resumeCtx as TContext & Pick<ExtensionContext, "cwd" | "sessionManager">,
              );
            },

            listSessions: (resumeCtx) =>
              listSessionsForContext(
                resumeCtx as TContext & Pick<ExtensionContext, "cwd" | "sessionManager">,
              ),


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

      ...
    9   ExtensionAPI,
   10   ExtensionCommandContext,
   11   ExtensionContext,
   12   SessionInfo,
+  13   listSessionsForContext,
   13 } from "./pi.ts";
   14 import {
   15   createTelegramControlItemBuilder,
   16   createTelegramControlQueueController,
      ...
 1228           nextMessage,
 1229           commandCtx as TContext & Pick<ExtensionContext, "sessionManager">,
 1230           command?.args ?? "",
 1231           {
-1232             listSessions: async (resumeCtx) => {
-1233               const listFn = (await import("./pi.ts")).listSessionsForContext;
-1234               return listFn(
+1233             listSessions: (resumeCtx) =>
+1234               listSessionsForContext(
 1235                 resumeCtx as TContext & Pick<ExtensionContext, "cwd" | "sessionManager">,
-1236               );
-1237             },
+1236               ),
 1238             executeResume: deps.resumeSession,
 1239             sendTextReply: deps.sendTextReply,
 1240           },
 1241         );
      ...

--- /mnt/rpi/dev/pi-telegram-sebas/lib/commands.ts
+++ /mnt/rpi/dev/pi-telegram-sebas/lib/commands.ts
@@ -9,8 +9,9 @@
   ExtensionAPI,
   ExtensionCommandContext,
   ExtensionContext,
   SessionInfo,
+  listSessionsForContext,
 } from "./pi.ts";
 import {
   createTelegramControlItemBuilder,
   createTelegramControlQueueController,
@@ -1228,14 +1229,12 @@
           nextMessage,
           commandCtx as TContext & Pick<ExtensionContext, "sessionManager">,
           command?.args ?? "",
           {
-            listSessions: async (resumeCtx) => {
-              const listFn = (await import("./pi.ts")).listSessionsForContext;
-              return listFn(
+            listSessions: (resumeCtx) =>
+              listSessionsForContext(
                 resumeCtx as TContext & Pick<ExtensionContext, "cwd" | "sessionManager">,
-              );
-            },
+              ),
             executeResume: deps.resumeSession,
             sendTextReply: deps.sendTextReply,
           },
         );


**Considering code structure**

I'm thinking I need to add dependencies in the runtime interface, which might involve compiling. I’ve also noted that I need to focus on the routing and indexing, particularly passing the resumeSession. It seems there’s something missing with resumeSession that I need to search for. I wonder if I should destructure the exec function in the index too. I’ll take a closer look to make sure everything is in order!

bash

cd /mnt/rpi/dev/pi-telegram-sebas && rg -n "resumeSession" lib index.ts


lib/commands.ts:641:  resumeSession?: (ctx: TContext, args: string, message: TMessage) => Promise<void>;
lib/commands.ts:1076:    resumeSession: deps.resumeSession,
lib/commands.ts:1222:        if (!deps.resumeSession) {
lib/commands.ts:1237:            executeResume: deps.resumeSession,


**Implementing dependencies in routing**

I'm thinking I need to add dependency types to the routing system and implement it in the index. Maybe I should even create a helper function for routing dependencies. I'll need to inspect the existing routing types to ensure everything fits smoothly. There’s a lot to consider here; I want to make sure I’m not overlooking anything important as I go through this process. Let's get started on this!


/**
 * Telegram inbound routing composition
 * Zones: telegram inbound, orchestration, queue/menu/command composition
 * Wires authorized updates into menus, commands, media grouping, and prompt queueing
 */

import * as OutboundHandlers from "./outbound-handlers.ts";
import * as Commands from "./commands.ts";
import type { TelegramConfigStore } from "./config.ts";
import type { TelegramInboundHandlerRuntime } from "./inbound-handlers.ts";
import * as Media from "./media.ts";
import * as Menu from "./menu.ts";
import * as Model from "./model.ts";
import * as Queue from "./queue.ts";
import * as PromptTemplates from "./prompt-templates.ts";
import type { TelegramBridgeRuntime } from "./runtime.ts";
import * as TextGroups from "./text-groups.ts";
import * as Turns from "./turns.ts";
import * as Updates from "./updates.ts";

export type TelegramRoutedMessage = Updates.TelegramUpdateMessage &
  Media.TelegramMediaMessage &
  Media.TelegramMediaGroupMessage &
  Commands.TelegramCommandRuntimeMessage &
  Turns.TelegramTurnMessage;

export type TelegramRoutedCallbackQuery = Updates.TelegramCallbackQuery &
  Menu.MenuCallbackQuery;

export interface TelegramInboundRouteRuntimeDeps<
  TMessage extends TelegramRoutedMessage,
  TCallbackQuery extends TelegramRoutedCallbackQuery,
  TContext,
  TModel extends Model.MenuModel,
> {
  configStore: Pick<
    TelegramConfigStore,
    "getAllowedUserId" | "setAllowedUserId" | "persist"
  >;
  bridgeRuntime: TelegramBridgeRuntime;
  activeTurnRuntime: Queue.TelegramActiveTurnStore;
  mediaGroupRuntime: Media.TelegramMediaGroupController<TMessage, TContext>;
  textGroupRuntime: TextGroups.TelegramTextGroupController<TMessage, TContext>;
  telegramQueueStore: Queue.TelegramQueueStateStore<TContext>;
  queueMutationRuntime: Queue.TelegramQueueMutationController<TContext>;
  modelMenuRuntime: Menu.TelegramModelMenuRuntime<TModel>;
  currentModelRuntime: Model.CurrentModelRuntime<TContext, TModel>;
  modelSwitchController: Model.TelegramModelSwitchController<
    TContext,
    Model.ScopedTelegramModel<TModel>
  >;
  menuActions: Menu.TelegramMenuActionRuntime<TContext, TModel>;
  updateSettingsMenuMessage?: (
    state: Menu.TelegramModelMenuState<TModel>,
    ctx: TContext,
  ) => Promise<void>;
  openQueueMenu: (
    chatId: number,
    replyToMessageId: number,
    ctx: TContext,
  ) => Promise<void>;
  openSettingsMenu?: (
    chatId: number,
    replyToMessageId: number,
    ctx: TContext,
  ) => Promise<void>;
  settingsMenuCallbackHandler?: (
    query: TCallbackQuery,
    ctx: TContext,
  ) => Promise<boolean>;
  queueMenuCallbackHandler: (
    query: TCallbackQuery,
    ctx: TContext,
  ) => Promise<boolean>;
  buttonActionStore?: OutboundHandlers.TelegramButtonActionStore;
  inboundHandlerRuntime: TelegramInboundHandlerRuntime<TContext>;
  updateStatus: (ctx: TContext, error?: string) => void;
  dispatchNextQueuedTelegramTurn: (ctx: TContext) => void;
  answerCallbackQuery: (
    callbackQueryId: string,
    text?: string,
  ) => Promise<void>;
  sendTextReply: (
    chatId: number,
    replyToMessageId: number,
    text: string,
  ) => Promise<number | undefined>;
  setMyCommands: Commands.TelegramBotCommandRegistrationDeps["setMyCommands"];
  getCommands: () => Parameters<
    typeof PromptTemplates.getTelegramPromptTemplateCommands
  >[0];
  downloadFile: Media.DownloadTelegramMessageFilesDeps["downloadFile"];
  getThinkingLevel: () => Model.ThinkingLevel;
  setThinkingLevel: (level: Model.ThinkingLevel) => void;
  persistScopedModelPatterns?: (
    patterns: string[],
    ctx: TContext,
  ) => Promise<void>;
  setModel: (model: TModel) => Promise<boolean>;
  sendUserMessage?: (message: string) => void;
  isIdle: (ctx: TContext) => boolean;
  hasPendingMessages: (ctx: TContext) => boolean;
  compact: (
    ctx: TContext,
    callbacks: { onComplete: () => void; onError: (error: unknown) => void },
  ) => void;
  recordRuntimeEvent?: (
    category: string,
    error: unknown,
    details?: Record<string, unknown>,
  ) => void;
}

const TELEGRAM_OWNED_CALLBACK_PREFIXES = [
  "menu:",
  "model:",
  "queue:",
  "settings:",
  "status:",
  "tgbtn:",

[267 more lines in file. Use offset=121 to continue.]


**Considering route creation**

I’m thinking about adding a resumeSession dependency. It seems I might need to index it and maybe look into creating a route for it as well. I’ll need to explore how to create that route effectively within the index framework. It feels a bit abstract right now, so I should probably clarify what I want this route to accomplish to ensure I’m moving in the right direction. Let’s dig deeper into this task!

cd /mnt/rpi/dev/pi-telegram-sebas && rg -n "createTelegramInboundRouteRuntime|sendUserMessage:" index.ts


307:  const inboundRouteRuntime = Routing.createTelegramInboundRouteRuntime<


    answerCallbackQuery,
    isProactivePushEnabled,
    setProactivePushEnabled,
  });

  // --- Polling ---

  const inboundRouteRuntime = Routing.createTelegramInboundRouteRuntime<
    Api.TelegramUpdate,
    Api.TelegramMessage,
    Api.TelegramCallbackQuery,
    Pi.ExtensionContext,
    ActivePiModel
  >({
    configStore,
    bridgeRuntime,
    activeTurnRuntime,
    mediaGroupRuntime,
    textGroupRuntime,
    telegramQueueStore,
    queueMutationRuntime,
    modelMenuRuntime,
    currentModelRuntime,
    modelSwitchController,
    menuActions,
    updateSettingsMenuMessage: settingsMenuRuntime.updateSettingsMenuMessage,
    openQueueMenu: queueMenuRuntime.openQueueMenu,
    queueMenuCallbackHandler: queueMenuRuntime.handleCallbackQuery,
    openSettingsMenu: settingsMenuRuntime.openSettingsMenu,
    settingsMenuCallbackHandler: settingsMenuRuntime.handleCallbackQuery,
    buttonActionStore,
    inboundHandlerRuntime,
    updateStatus,
    dispatchNextQueuedTelegramTurn,
    answerCallbackQuery,
    sendTextReply,
    setMyCommands,
    getCommands,
    downloadFile: downloadTelegramBridgeFile,
    getThinkingLevel,
    setThinkingLevel,
    persistScopedModelPatterns: Pi.createScopedModelPatternPersister({
      createSettingsManager: Pi.createSettingsManager,
      clearCachedModelMenuInputs: modelMenuRuntime.clearCachedInputs,
    }),
    setModel,
    sendUserMessage,
    isIdle,
    hasPendingMessages,
    compact,
    recordRuntimeEvent,
  });
  const pollingRuntime = Polling.createTelegramPollingControllerRuntime<
    Api.TelegramUpdate,
    Pi.ExtensionContext
  >({
    state: pollingControllerState,
    getConfig: configStore.get,
    hasBotToken: configStore.hasBotToken,
    deleteWebhook,
    getUpdates,
    persistConfig: configStore.persist,
    handleUpdate: createTelegramExternalHandleUpdate({
      defaultHandle: inboundRouteRuntime.handleUpdate,
    }),
    stopTypingLoop: typing.stop,
    updateStatus,
    recordRuntimeEvent,
  });
  const lockedPollingRuntime = Locks.createTelegramLockedPollingRuntime({

[155 more lines in file. Use offset=370 to continue.]


edit

  setModel: (model: TModel) => Promise<boolean>;
  sendUserMessage?: (message: string) => void;
  resumeSession?: (
    ctx: TContext,
    args: string,
    message: TMessage,
  ) => Promise<void>;

    persistConfig: deps.configStore.persist,
    sendTextReply: deps.sendTextReply,
    sendUserMessage: deps.sendUserMessage,
    recordRuntimeEvent: deps.recordRuntimeEvent,
  });

    persistConfig: deps.configStore.persist,
    sendTextReply: deps.sendTextReply,
    resumeSession: deps.resumeSession,
    sendUserMessage: deps.sendUserMessage,
    recordRuntimeEvent: deps.recordRuntimeEvent,
  });


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

     ...
  97     ctx: TContext,
  98   ) => Promise<void>;
  99   setModel: (model: TModel) => Promise<boolean>;
 100   sendUserMessage?: (message: string) => void;
+101   resumeSession?: (
+102     ctx: TContext,
+103     args: string,
+104     message: TMessage,
+105   ) => Promise<void>;
 101   isIdle: (ctx: TContext) => boolean;
 102   hasPendingMessages: (ctx: TContext) => boolean;
 103   compact: (
 104     ctx: TContext,
     ...
 310     setMyCommands: deps.setMyCommands,
 311     getPromptTemplateCommands,
 312     persistConfig: deps.configStore.persist,
 313     sendTextReply: deps.sendTextReply,
+319     resumeSession: deps.resumeSession,
 314     sendUserMessage: deps.sendUserMessage,
 315     recordRuntimeEvent: deps.recordRuntimeEvent,
 316   });
 317   const promptEnqueue = Queue.createTelegramPromptEnqueueController<
     ...

--- /mnt/rpi/dev/pi-telegram-sebas/lib/routing.ts
+++ /mnt/rpi/dev/pi-telegram-sebas/lib/routing.ts
@@ -97,8 +97,13 @@
     ctx: TContext,
   ) => Promise<void>;
   setModel: (model: TModel) => Promise<boolean>;
   sendUserMessage?: (message: string) => void;
+  resumeSession?: (
+    ctx: TContext,
+    args: string,
+    message: TMessage,
+  ) => Promise<void>;
   isIdle: (ctx: TContext) => boolean;
   hasPendingMessages: (ctx: TContext) => boolean;
   compact: (
     ctx: TContext,
@@ -310,8 +315,9 @@
     setMyCommands: deps.setMyCommands,
     getPromptTemplateCommands,
     persistConfig: deps.configStore.persist,
     sendTextReply: deps.sendTextReply,
+    resumeSession: deps.resumeSession,
     sendUserMessage: deps.sendUserMessage,
     recordRuntimeEvent: deps.recordRuntimeEvent,
   });
   const promptEnqueue = Queue.createTelegramPromptEnqueueController<


const activeTurnRuntime = Queue.createTelegramActiveTurnStore();
  const resumeTelegramSessionScript = "/home/sebas/pi-config/bin/pi-telegram-resume-session";

    setModel,
    sendUserMessage,
    isIdle,

    setModel,
    sendUserMessage,
    resumeSession: async (ctx, args, message) => {
      const sessions = await Pi.listSessionsForContext(ctx);
      const currentSessionPath = ctx.sessionManager.getSessionFile();
      const choices = sessions.filter((session) => session.path !== currentSessionPath);
      const trimmedArgs = args.trim();
      let 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 sendTextReply(
          message.chat.id,
          message.message_id,
          `Session not found: ${trimmedArgs}`,
        );
        return;
      }
      await sendTextReply(
        message.chat.id,
        message.message_id,
        `Switching to ${target.name ?? target.id}…`,
      );
      await piRuntime.exec(resumeTelegramSessionScript, [target.path], {
        cwd: ctx.cwd,
      });
    },
    isIdle,


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

     ...
  57   const lockRuntime = Locks.createTelegramLockRuntime<Pi.ExtensionContext>();
  58   const lockOwnershipGuard =
  59     Locks.createTelegramLockOwnershipGuard(lockRuntime);
  60   const activeTurnRuntime = Queue.createTelegramActiveTurnStore();
+ 61   const resumeTelegramSessionScript = "/home/sebas/pi-config/bin/pi-telegram-resume-session";
  61   const proactivePushChatIdGetter =
  62     Config.createTelegramProactivePushChatIdGetter({
  63       getActiveTurnChatId: activeTurnRuntime.getChatId,
  64       getAllowedUserId: configStore.getAllowedUserId,
     ...
 343       clearCachedModelMenuInputs: modelMenuRuntime.clearCachedInputs,
 344     }),
 345     setModel,
 346     sendUserMessage,
+348     resumeSession: async (ctx, args, message) => {
+349       const sessions = await Pi.listSessionsForContext(ctx);
+350       const currentSessionPath = ctx.sessionManager.getSessionFile();
+351       const choices = sessions.filter((session) => session.path !== currentSessionPath);
+352       const trimmedArgs = args.trim();
+353       let target = trimmedArgs.match(/^\d+$/)
+354         ? choices[Number(trimmedArgs) - 1]
+355         : choices.find(
+356             (session) =>
+357               session.id === trimmedArgs ||
+358               session.id.startsWith(trimmedArgs) ||
+359               session.path.includes(trimmedArgs),
+360           );
+361       if (!target) {
+362         await sendTextReply(
+363           message.chat.id,
+364           message.message_id,
+365           `Session not found: ${trimmedArgs}`,
+366         );
+367         return;
+368       }
+369       await sendTextReply(
+370         message.chat.id,
+371         message.message_id,
+372         `Switching to ${target.name ?? target.id}…`,
+373       );
+374       await piRuntime.exec(resumeTelegramSessionScript, [target.path], {
+375         cwd: ctx.cwd,
+376       });
+377     },
 347     isIdle,
 348     hasPendingMessages,
 349     compact,
 350     recordRuntimeEvent,
     ...

--- /mnt/rpi/dev/pi-telegram-sebas/index.ts
+++ /mnt/rpi/dev/pi-telegram-sebas/index.ts
@@ -57,8 +57,9 @@
   const lockRuntime = Locks.createTelegramLockRuntime<Pi.ExtensionContext>();
   const lockOwnershipGuard =
     Locks.createTelegramLockOwnershipGuard(lockRuntime);
   const activeTurnRuntime = Queue.createTelegramActiveTurnStore();
+  const resumeTelegramSessionScript = "/home/sebas/pi-config/bin/pi-telegram-resume-session";
   const proactivePushChatIdGetter =
     Config.createTelegramProactivePushChatIdGetter({
       getActiveTurnChatId: activeTurnRuntime.getChatId,
       getAllowedUserId: configStore.getAllowedUserId,
@@ -343,8 +344,38 @@
       clearCachedModelMenuInputs: modelMenuRuntime.clearCachedInputs,
     }),
     setModel,
     sendUserMessage,
+    resumeSession: async (ctx, args, message) => {
+      const sessions = await Pi.listSessionsForContext(ctx);
+      const currentSessionPath = ctx.sessionManager.getSessionFile();
+      const choices = sessions.filter((session) => session.path !== currentSessionPath);
+      const trimmedArgs = args.trim();
+      let 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 sendTextReply(
+          message.chat.id,
+          message.message_id,
+          `Session not found: ${trimmedArgs}`,
+        );
+        return;
+      }
+      await sendTextReply(
+        message.chat.id,
+        message.message_id,
+        `Switching to ${target.name ?? target.id}…`,
+      );
+      await piRuntime.exec(resumeTelegramSessionScript, [target.path], {
+        cwd: ctx.cwd,
+      });
+    },
     isIdle,
     hasPendingMessages,
     compact,
     recordRuntimeEvent,


**Evaluating code issues**

I think there might be an indentation issue stemming from an inserted constant. I’ll need to prepare some tests to check the command list expectations and possibly skip over compile errors. There's a type mismatch with the `sendUserMessage`, but that might be okay for now. I'll run tests and TypeScript checks. It seems like the command handler could have a generic constraint issue related to needing the session manager. So, let's go ahead and test this!

bash

cd /mnt/rpi/dev/pi-telegram-sebas && npm test -- --runInBand tests/commands.test.ts tests/index.test.ts tests/runtime.test.ts