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{"type":"user","message":{"role":"user","content":[{"tool_use_id":"toolu_01CM1YhqFKZEVdmMMAtLDQP3","type":"tool_result","content":"[{\"body\":\"### Bug type\\n\\nRegression (worked before, now fails)\\n\\n### Summary\\n\\n[plugins] telegram failed to load from /app/extensions/telegram/index.ts: Error: Cannot find module '../../src/plugin-sdk/telegram.js'\\nRequire stack:\\n- /app/extensions/telegram/runtime-api.ts\\n\\n### Steps to reproduce\\n\\n1. Install/update OpenClaw to version 2026.3.14\\n2. Enable Telegram plugin in config\\n3. Configure Telegram channel with bot token\\n4. Restart Gateway\\n5. Observe plugin load errors in logs\\n\\n### Expected behavior\\n\\nTelegram plugin should load successfully and allow:\\n- Sending messages to configured channels/groups\\n- Receiving messages from paired users and allowed groups\\n- Processing commands and mentions\\n\\n### Actual behavior\\n\\nPlugin fails to load with module resolution error. The error suggests the plugin is trying to import from '../../src/plugin-sdk/telegram.js' which doesn't exist.\\n\\n### OpenClaw version\\n\\n2026.3.14\\n\\n### Operating system\\n\\nDebian 13\\n\\n### Install method\\n\\nDocker container via official image\\n\\n### Model\\n\\nqwen3.5-plus\\n\\n### Provider / routing chain\\n\\nOpenClaw Gateway → ModelStudio API (DashScope) → qwen3.5-plus\\n\\n### Additional provider/model setup details\\n\\n<img width=\\\"1918\\\" height=\\\"1102\\\" alt=\\\"Image\\\" src=\\\"https://github.com/user-attachments/assets/cbc45e99-5f9c-4dab-9f31-69612566cbd3\\\" />\\n\\n### Logs, screenshots, and evidence\\n\\n```shell\\n\\n```\\n\\n### Impact and severity\\n\\n_No response_\\n\\n### Additional information\\n\\n_No response_\",\"createdAt\":\"2026-03-21T18:44:33Z\",\"number\":51815,\"title\":\"[Bug]: Telegram plugin fails to load\"},{\"body\":\"### Bug type\\n\\nRegression (worked before, now fails)\\n\\n### Summary\\n\\n\\n### Summary\\nOn macOS, after updating to OpenClaw 2026.3.13, `openclaw update` and `openclaw doctor` now fail whenever `channels.telegram.botToken` is stored via a file-based SecretRef (`file:filemain:/channels/telegram/botToken`). The gateway itself works, but the stricter post-update doctor can’t resolve the SecretRef outside the live gateway runtime, so Control UI + CLI runs all error out.\\n\\n### Environment\\n- macOS (local install)\\n- OpenClaw 2026.3.13 (61d171a)\\n- Telegram bot token stored in `~/.openclaw/secrets.json` via:\\n```json\\n\\\"channels\\\": {\\n\\\"telegram\\\": {\\n\\\"botToken\\\": {\\n\\\"source\\\": \\\"file\\\",\\n\\\"provider\\\": \\\"filemain\\\",\\n\\\"id\\\": \\\"/channels/telegram/botToken\\\"\\n}\\n}\\n}\\n\\nActual Behavior\\n\\nDoctor/update abort with the unresolved SecretRef error. Control UI “Update” button also fails at the doctor stage and reports the same error.\\n\\nWorkaround\\n\\nWrap maintenance commands in a helper script that temporarily inlines the Telegram token, runs the command, then restores the SecretRef:\\n~/.openclaw/scripts/openclaw_safe.sh update\\n~/.openclaw/scripts/openclaw_safe.sh doctor\\nInside the script we read the token from ~/.openclaw/secrets.json, set it inline in openclaw.json, run openclaw …, then write the SecretRef back. It works but defeats the purpose of keeping secrets file-only.\\n\\nRequest\\n\\nPlease add support for file-based SecretRefs in the doctor/update flows (or skip that check) so installations that keep their Telegram token in secrets.json can run maintenance without exposing the token.\\n\\n### Steps to reproduce\\n\\nSteps to Reproduce\\n\\n1. Configure Telegram bot token as a file-based SecretRef (provider filemain, path ~/.openclaw/secrets.json).\\n2. Run openclaw update (or openclaw doctor) from CLI or Control UI.\\n3. Post-update doctor step fails with:\\nchannels.telegram.botToken: unresolved SecretRef \\\"file:filemain:/channels/telegram/botToken\\\".\\nResolve this command against an active gateway runtime snapshot before reading it.\\n\\n\\n### Expected behavior\\n\\nExpected Behavior\\n\\nDoctor/update should succeed (resolving file-based secrets the same way the gateway does), so we don’t have to inline the Telegram token.\\n\\n\\n### Actual behavior\\n\\nActual Behavior\\n\\nDoctor/update abort with the unresolved SecretRef error. Control UI “Update” button also fails at the doctor stage and reports the same error.\\n\\n### OpenClaw version\\n\\n2026.3.13\\n\\n### Operating system\\n\\nmacOS 26.3 (build 25D125)\\n\\n### Install method\\n\\n_No response_\\n\\n### Model\\n\\nModel stack is the default OpenClaw agent setup: primary openai-codex/gpt-5.2 with fallbacks openai/gpt-5.1-codex and anthropic/claude-sonnet-4-6\\n\\n### Provider / routing chain\\n\\npenclaw update/doctor runs via the OpenClaw CLI → local gateway service on this Mac (127.0.0.1:18789). No external proxy/model router is involved for this step—the failure happens before any provider call (it’s the post-update doctor reading config/secrets)\\n\\n### Additional provider/model setup details\\n\\n• Telegram bot token is stored via secrets.providers.filemain pointing at ~/.openclaw/secrets.json with mode: json. channels.telegram.botToken references it via { \\\"source\\\": \\\"file\\\", \\\"provider\\\": \\\"filemain\\\", \\\"id\\\": \\\"/channels/telegram/botToken\\\" }.\\n• Secrets defaults still prefer the file provider; we intentionally do not inline the token or place it in ~/.openclaw/.env for security.\\n• Gateway runs locally as a LaunchAgent (~/Library/LaunchAgents/ai.openclaw.gateway.plist, port 18789).\\n• The issue reproduces whether commands are launched from Control UI or directly via openclaw update/openclaw doctor in Terminal.\\n• Workaround script temporarily writes the token inline before invoking the command, then restores the SecretRef afterward. Without that inline swap, the doctor refuses to run.\\n\\nNo additional providers or per-agent overrides are involved.\\n\\n### Logs, screenshots, and evidence\\n\\n```shell\\n\\n```\\n\\n### Impact and severity\\n\\n_No response_\\n\\n### Additional information\\n\\n_No response_\",\"createdAt\":\"2026-03-21T18:32:21Z\",\"number\":51810,\"title\":\"[Bug]: Doctor/update fails when Telegram bot token uses file-based SecretRef (2026.3 regression)\"},{\"body\":\"### Bug type\\n\\nRegression (worked before, now fails)\\n\\n### Summary\\n\\n## Bug Description\\n\\nWhen selecting a non-Anthropic model from the model dropdown in the dashboard, \\nthe gateway receives the wrong provider prefix (anthropic/) instead of the \\ncorrect one.\\n\\n## Environment\\n- OpenClaw version: 2026.3.13 (61d171a)\\n- OS: macOS (Apple Silicon, M4 Mac mini)\\n- Install method: npm (sudo npm install -g openclaw)\\n\\n## Steps to Reproduce\\n1. Configure both Anthropic and Google (Gemini) models in openclaw.json\\n2. Open the dashboard (openclaw dashboard)\\n3. Click the model dropdown\\n4. Select google/gemini-2.5-flash\\n\\n## Expected Behavior\\nGateway receives: google/gemini-2.5-flash\\n\\n## Actual Behavior\\nGateway receives: anthropic/gemini-2.5-flash\\n\\n## Error Message\\nFailed to set model: GatewayRequestError: model not allowed: anthropic/gemini-2.5-flash\\n\\n## Additional Notes\\n- Same issue occurs with lmstudio/qwen3.5-4b-mlx → becomes anthropic/qwen3.5-4b-mlx\\n- The config file (openclaw.json) is correct with proper prefixes\\n- The models work correctly when called directly via API\\n- The bug appears to be in the dashboard UI which hardcodes anthropic/ prefix \\n  regardless of the selected model's actual provider\\n\\n### Steps to reproduce\\n\\n1. Configure both Anthropic and Google (Gemini) models in openclaw.json\\n2. Open the dashboard (openclaw dashboard)\\n3. Click the model dropdown\\n4. Select google/gemini-2.5-flash\\n\\n### Expected behavior\\n\\nGateway receives: google/gemini-2.5-flash\\n\\n### Actual behavior\\n\\nGateway receives: anthropic/gemini-2.5-flash\\n\\n### OpenClaw version\\n\\n2026.3.13 (61d171a)\\n\\n### Operating system\\n\\nmacOS (Apple Silicon, M4 Mac mini)\\n\\n### Install method\\n\\nnpm (sudo npm install -g openclaw)\\n\\n### Model\\n\\ngoogle/gemini-2.5-flash\\n\\n### Provider / routing chain\\n\\nOpenClaw dashboard UI → OpenClaw gateway (local, port 18789) → Google Generative AI API\\n\\n### Additional provider/model setup details\\n\\nGoogle Gemini configured in openclaw.json under models.providers.google with api: \\\"google-generative-ai\\\". \\nAlso reproduced with lmstudio/qwen3.5-4b-mlx (local LM Studio model).\\nDashboard sends anthropic/ prefix for all non-Anthropic models.\\n\\n### Logs, screenshots, and evidence\\n\\n```shell\\n\\n```\\n\\n### Impact and severity\\n\\n_No response_\\n\\n### Additional information\\n\\n_No response_\",\"createdAt\":\"2026-03-21T18:30:21Z\",\"number\":51809,\"title\":\"[Bug]: Dashboard model picker sends anthropic/ prefix for non-Anthropic models\"},{\"body\":\"### Bug type\\n\\nRegression (worked before, now fails)\\n\\n### Summary\\n\\n[openclaw_bug_report.pdf](https://github.com/user-attachments/files/26160531/openclaw_bug_report.pdf)\\n\\n### Steps to reproduce\\n\\nSpawn Subagent for answer for 9x9 (any questions) \\n\\n### Expected behavior\\n\\nrefer the report \\n\\n### Actual behavior\\n\\nrefer the report\\n\\n### OpenClaw version\\n\\nVersion v2026.3.13\\n\\n### Operating system\\n\\nAWS EC2 Ubuntu/Window 11 \\n\\n### Install method\\n\\n_No response_\\n\\n### Model\\n\\ngemini-2.5-pro\\n\\n### Provider / routing chain\\n\\nN/A\\n\\n### Additional provider/model setup details\\n\\n_No response_\\n\\n### Logs, screenshots, and evidence\\n\\n```shell\\n\\n```\\n\\n### Impact and severity\\n\\n_No response_\\n\\n### Additional information\\n\\n_No response_\",\"createdAt\":\"2026-03-21T17:25:26Z\",\"number\":51780,\"title\":\"[Bug]: UI Running Indicator Stuck After Subagent Completion on Remote Server OpenClaw Gateway • Subagent Sessions • WebSocket Lifecycle Events Product\"},{\"body\":\"### Bug type\\n\\nBehavior bug (incorrect output/state without crash)\\n\\n### Summary\\n\\nTwo distinct bugs in the Google provider adapter both result in failed API calls when using Google (Gemini) models via the OpenAI-compatible endpoint. They can occur independently but are often experienced together.\\n\\nBug 1 — \\\"stream\\\": true sent to an endpoint that doesn't support streaming\\nOpenClaw sends \\\"stream\\\": true by default in all completions requests. Google's OpenAI-compatible endpoint (/v1beta/openai/chat/completions) does not support streaming and returns a 400 Bad Request when this flag is present.\\nReproduction:\\n\\nConfigure a Google/Gemini model via the OpenAI-compatible baseUrl (https://generativelanguage.googleapis.com/v1beta/openai/)\\nSend any chat completion request with default settings\\nObserve 400 error — the request never completes\\n\\nWorkaround (required to use Google models at all):\\njson\\\"models\\\": {\\n  \\\"google/gemini-2.5-pro\\\": {\\n    \\\"params\\\": { \\\"streaming\\\": false }\\n  }\\n}\\nThis shouldn't be required. Either the Google adapter should suppress stream: true automatically, or there should be a provider-level supportsStreaming: false flag that sets this as the default for all models under that provider — so users don't have to add it per-model.\\nSuggested fix:\\nIn the Google adapter, either:\\n\\nHard-code streaming: false on all requests (Google's native SDK supports streaming, but the OpenAI-compatible shim does not)\\nAdd a provider-level capability flag supportsStreaming that adapters can set to false, which suppresses the stream flag without requiring per-model config\\n\\n\\nBug 2 — Empty \\\"required\\\": [] arrays in tool schemas rejected by Google's validator\\nWhen tools/functions are passed to Google's endpoint, OpenClaw includes \\\"required\\\": [] (empty array) in the JSON schema for parameters that have no required fields. Google's schema validator rejects this — required must be omitted entirely when empty, not set to an empty array. This is consistent with the JSON Schema spec, which treats an absent required and required: [] differently at the validator level.\\nReproduction:\\n\\nConfigure a Google/Gemini model\\nCall it with any tool that has optional-only parameters (i.e., no required fields)\\nObserve 400 error from Google's schema validator\\n\\nSuggested fix:\\nIn the tool schema serialization step, strip required from the output when it would be an empty array:\\ntypescriptif (schema.required && schema.required.length === 0) {\\n  delete schema.required;\\n}\\n\\n------------------------------------------------------------------\\nRelated: #51743 (Google usageMetadata not mapped — also in the Google adapter)\\n\\nNote: Both bugs are isolated to the Google adapter's request serialization layer. Neither requires logic changes — Bug 1 is a capability flag, Bug 2 is a one-line schema cleanup. A single PR could address both alongside #51743.\\n\\n------------------------------------------------------------------\\n2026.3.13 Ubuntu 24.04 npm global\\nopenclaw -> google (generativelanguage.googleapis.com/v1beta/openai/)\\n\\n------------------------------------------------------------------\\n**Steps to reproduce**\\n\\n1. Add a Google provider to openclaw.json with baseUrl:\\n   https://generativelanguage.googleapis.com/v1beta/openai/\\n\\n2. Configure a Gemini model (e.g. gemini-2.5-pro) without any\\n   params override.\\n\\n3. Send any chat message to that model via Telegram or API.\\n\\n4. (For Bug 2 only) Attach any tool/function that has optional-only\\n   parameters (no required fields).\\n\\n------------------------------------------------------------------\\n**Expected result**\\n\\nChat completion succeeds. Token usage is recorded. Tool calls\\nresolve without schema validation errors.\\n\\n------------------------------------------------------------------\\n**Actual result**\\n\\nBug 1 — Streaming: Request returns HTTP 400. Google's OpenAI-\\ncompatible endpoint does not support \\\"stream\\\": true, which OpenClaw\\nsends by default. Workaround: add params: { streaming: false } to\\nevery Google model in config.\\n\\nBug 2 — Empty required[]: Request returns HTTP 400 when tools are\\npresent. Google's schema validator rejects \\\"required\\\": [] — the\\nfield must be omitted entirely when no fields are required.\\n------------------------------------------------------------------\",\"createdAt\":\"2026-03-21T17:13:36Z\",\"number\":51774,\"title\":\"[Bug]: Google provider adapter: streaming flag causes 400 + empty required arrays rejected by schema validator\"}]","is_error":false}]},"parent_tool_use_id":null,"session_id":"c17165f5-e9dd-4b60-ac1d-9278958791ba","uuid":"1bc9954d-97a7-427d-9eec-73015aa3cd21","timestamp":"2026-03-21T18:51:19.420Z","tool_use_result":{"stdout":"[{\"body\":\"### Bug type\\n\\nRegression (worked before, now fails)\\n\\n### Summary\\n\\n[plugins] telegram failed to load from /app/extensions/telegram/index.ts: Error: Cannot find module '../../src/plugin-sdk/telegram.js'\\nRequire stack:\\n- /app/extensions/telegram/runtime-api.ts\\n\\n### Steps to reproduce\\n\\n1. Install/update OpenClaw to version 2026.3.14\\n2. Enable Telegram plugin in config\\n3. Configure Telegram channel with bot token\\n4. Restart Gateway\\n5. Observe plugin load errors in logs\\n\\n### Expected behavior\\n\\nTelegram plugin should load successfully and allow:\\n- Sending messages to configured channels/groups\\n- Receiving messages from paired users and allowed groups\\n- Processing commands and mentions\\n\\n### Actual behavior\\n\\nPlugin fails to load with module resolution error. The error suggests the plugin is trying to import from '../../src/plugin-sdk/telegram.js' which doesn't exist.\\n\\n### OpenClaw version\\n\\n2026.3.14\\n\\n### Operating system\\n\\nDebian 13\\n\\n### Install method\\n\\nDocker container via official image\\n\\n### Model\\n\\nqwen3.5-plus\\n\\n### Provider / routing chain\\n\\nOpenClaw Gateway → ModelStudio API (DashScope) → qwen3.5-plus\\n\\n### Additional provider/model setup details\\n\\n<img width=\\\"1918\\\" height=\\\"1102\\\" alt=\\\"Image\\\" src=\\\"https://github.com/user-attachments/assets/cbc45e99-5f9c-4dab-9f31-69612566cbd3\\\" />\\n\\n### Logs, screenshots, and evidence\\n\\n```shell\\n\\n```\\n\\n### Impact and severity\\n\\n_No response_\\n\\n### Additional information\\n\\n_No response_\",\"createdAt\":\"2026-03-21T18:44:33Z\",\"number\":51815,\"title\":\"[Bug]: Telegram plugin fails to load\"},{\"body\":\"### Bug type\\n\\nRegression (worked before, now fails)\\n\\n### Summary\\n\\n\\n### Summary\\nOn macOS, after updating to OpenClaw 2026.3.13, `openclaw update` and `openclaw doctor` now fail whenever `channels.telegram.botToken` is stored via a file-based SecretRef (`file:filemain:/channels/telegram/botToken`). The gateway itself works, but the stricter post-update doctor can’t resolve the SecretRef outside the live gateway runtime, so Control UI + CLI runs all error out.\\n\\n### Environment\\n- macOS (local install)\\n- OpenClaw 2026.3.13 (61d171a)\\n- Telegram bot token stored in `~/.openclaw/secrets.json` via:\\n```json\\n\\\"channels\\\": {\\n\\\"telegram\\\": {\\n\\\"botToken\\\": {\\n\\\"source\\\": \\\"file\\\",\\n\\\"provider\\\": \\\"filemain\\\",\\n\\\"id\\\": \\\"/channels/telegram/botToken\\\"\\n}\\n}\\n}\\n\\nActual Behavior\\n\\nDoctor/update abort with the unresolved SecretRef error. Control UI “Update” button also fails at the doctor stage and reports the same error.\\n\\nWorkaround\\n\\nWrap maintenance commands in a helper script that temporarily inlines the Telegram token, runs the command, then restores the SecretRef:\\n~/.openclaw/scripts/openclaw_safe.sh update\\n~/.openclaw/scripts/openclaw_safe.sh doctor\\nInside the script we read the token from ~/.openclaw/secrets.json, set it inline in openclaw.json, run openclaw …, then write the SecretRef back. It works but defeats the purpose of keeping secrets file-only.\\n\\nRequest\\n\\nPlease add support for file-based SecretRefs in the doctor/update flows (or skip that check) so installations that keep their Telegram token in secrets.json can run maintenance without exposing the token.\\n\\n### Steps to reproduce\\n\\nSteps to Reproduce\\n\\n1. Configure Telegram bot token as a file-based SecretRef (provider filemain, path ~/.openclaw/secrets.json).\\n2. Run openclaw update (or openclaw doctor) from CLI or Control UI.\\n3. Post-update doctor step fails with:\\nchannels.telegram.botToken: unresolved SecretRef \\\"file:filemain:/channels/telegram/botToken\\\".\\nResolve this command against an active gateway runtime snapshot before reading it.\\n\\n\\n### Expected behavior\\n\\nExpected Behavior\\n\\nDoctor/update should succeed (resolving file-based secrets the same way the gateway does), so we don’t have to inline the Telegram token.\\n\\n\\n### Actual behavior\\n\\nActual Behavior\\n\\nDoctor/update abort with the unresolved SecretRef error. Control UI “Update” button also fails at the doctor stage and reports the same error.\\n\\n### OpenClaw version\\n\\n2026.3.13\\n\\n### Operating system\\n\\nmacOS 26.3 (build 25D125)\\n\\n### Install method\\n\\n_No response_\\n\\n### Model\\n\\nModel stack is the default OpenClaw agent setup: primary openai-codex/gpt-5.2 with fallbacks openai/gpt-5.1-codex and anthropic/claude-sonnet-4-6\\n\\n### Provider / routing chain\\n\\npenclaw update/doctor runs via the OpenClaw CLI → local gateway service on this Mac (127.0.0.1:18789). No external proxy/model router is involved for this step—the failure happens before any provider call (it’s the post-update doctor reading config/secrets)\\n\\n### Additional provider/model setup details\\n\\n• Telegram bot token is stored via secrets.providers.filemain pointing at ~/.openclaw/secrets.json with mode: json. channels.telegram.botToken references it via { \\\"source\\\": \\\"file\\\", \\\"provider\\\": \\\"filemain\\\", \\\"id\\\": \\\"/channels/telegram/botToken\\\" }.\\n• Secrets defaults still prefer the file provider; we intentionally do not inline the token or place it in ~/.openclaw/.env for security.\\n• Gateway runs locally as a LaunchAgent (~/Library/LaunchAgents/ai.openclaw.gateway.plist, port 18789).\\n• The issue reproduces whether commands are launched from Control UI or directly via openclaw update/openclaw doctor in Terminal.\\n• Workaround script temporarily writes the token inline before invoking the command, then restores the SecretRef afterward. Without that inline swap, the doctor refuses to run.\\n\\nNo additional providers or per-agent overrides are involved.\\n\\n### Logs, screenshots, and evidence\\n\\n```shell\\n\\n```\\n\\n### Impact and severity\\n\\n_No response_\\n\\n### Additional information\\n\\n_No response_\",\"createdAt\":\"2026-03-21T18:32:21Z\",\"number\":51810,\"title\":\"[Bug]: Doctor/update fails when Telegram bot token uses file-based SecretRef (2026.3 regression)\"},{\"body\":\"### Bug type\\n\\nRegression (worked before, now fails)\\n\\n### Summary\\n\\n## Bug Description\\n\\nWhen selecting a non-Anthropic model from the model dropdown in the dashboard, \\nthe gateway receives the wrong provider prefix (anthropic/) instead of the \\ncorrect one.\\n\\n## Environment\\n- OpenClaw version: 2026.3.13 (61d171a)\\n- OS: macOS (Apple Silicon, M4 Mac mini)\\n- Install method: npm (sudo npm install -g openclaw)\\n\\n## Steps to Reproduce\\n1. Configure both Anthropic and Google (Gemini) models in openclaw.json\\n2. Open the dashboard (openclaw dashboard)\\n3. Click the model dropdown\\n4. Select google/gemini-2.5-flash\\n\\n## Expected Behavior\\nGateway receives: google/gemini-2.5-flash\\n\\n## Actual Behavior\\nGateway receives: anthropic/gemini-2.5-flash\\n\\n## Error Message\\nFailed to set model: GatewayRequestError: model not allowed: anthropic/gemini-2.5-flash\\n\\n## Additional Notes\\n- Same issue occurs with lmstudio/qwen3.5-4b-mlx → becomes anthropic/qwen3.5-4b-mlx\\n- The config file (openclaw.json) is correct with proper prefixes\\n- The models work correctly when called directly via API\\n- The bug appears to be in the dashboard UI which hardcodes anthropic/ prefix \\n  regardless of the selected model's actual provider\\n\\n### Steps to reproduce\\n\\n1. Configure both Anthropic and Google (Gemini) models in openclaw.json\\n2. Open the dashboard (openclaw dashboard)\\n3. Click the model dropdown\\n4. Select google/gemini-2.5-flash\\n\\n### Expected behavior\\n\\nGateway receives: google/gemini-2.5-flash\\n\\n### Actual behavior\\n\\nGateway receives: anthropic/gemini-2.5-flash\\n\\n### OpenClaw version\\n\\n2026.3.13 (61d171a)\\n\\n### Operating system\\n\\nmacOS (Apple Silicon, M4 Mac mini)\\n\\n### Install method\\n\\nnpm (sudo npm install -g openclaw)\\n\\n### Model\\n\\ngoogle/gemini-2.5-flash\\n\\n### Provider / routing chain\\n\\nOpenClaw dashboard UI → OpenClaw gateway (local, port 18789) → Google Generative AI API\\n\\n### Additional provider/model setup details\\n\\nGoogle Gemini configured in openclaw.json under models.providers.google with api: \\\"google-generative-ai\\\". \\nAlso reproduced with lmstudio/qwen3.5-4b-mlx (local LM Studio model).\\nDashboard sends anthropic/ prefix for all non-Anthropic models.\\n\\n### Logs, screenshots, and evidence\\n\\n```shell\\n\\n```\\n\\n### Impact and severity\\n\\n_No response_\\n\\n### Additional information\\n\\n_No response_\",\"createdAt\":\"2026-03-21T18:30:21Z\",\"number\":51809,\"title\":\"[Bug]: Dashboard model picker sends anthropic/ prefix for non-Anthropic models\"},{\"body\":\"### Bug type\\n\\nRegression (worked before, now fails)\\n\\n### Summary\\n\\n[openclaw_bug_report.pdf](https://github.com/user-attachments/files/26160531/openclaw_bug_report.pdf)\\n\\n### Steps to reproduce\\n\\nSpawn Subagent for answer for 9x9 (any questions) \\n\\n### Expected behavior\\n\\nrefer the report \\n\\n### Actual behavior\\n\\nrefer the report\\n\\n### OpenClaw version\\n\\nVersion v2026.3.13\\n\\n### Operating system\\n\\nAWS EC2 Ubuntu/Window 11 \\n\\n### Install method\\n\\n_No response_\\n\\n### Model\\n\\ngemini-2.5-pro\\n\\n### Provider / routing chain\\n\\nN/A\\n\\n### Additional provider/model setup details\\n\\n_No response_\\n\\n### Logs, screenshots, and evidence\\n\\n```shell\\n\\n```\\n\\n### Impact and severity\\n\\n_No response_\\n\\n### Additional information\\n\\n_No response_\",\"createdAt\":\"2026-03-21T17:25:26Z\",\"number\":51780,\"title\":\"[Bug]: UI Running Indicator Stuck After Subagent Completion on Remote Server OpenClaw Gateway • Subagent Sessions • WebSocket Lifecycle Events Product\"},{\"body\":\"### Bug type\\n\\nBehavior bug (incorrect output/state without crash)\\n\\n### Summary\\n\\nTwo distinct bugs in the Google provider adapter both result in failed API calls when using Google (Gemini) models via the OpenAI-compatible endpoint. They can occur independently but are often experienced together.\\n\\nBug 1 — \\\"stream\\\": true sent to an endpoint that doesn't support streaming\\nOpenClaw sends \\\"stream\\\": true by default in all completions requests. Google's OpenAI-compatible endpoint (/v1beta/openai/chat/completions) does not support streaming and returns a 400 Bad Request when this flag is present.\\nReproduction:\\n\\nConfigure a Google/Gemini model via the OpenAI-compatible baseUrl (https://generativelanguage.googleapis.com/v1beta/openai/)\\nSend any chat completion request with default settings\\nObserve 400 error — the request never completes\\n\\nWorkaround (required to use Google models at all):\\njson\\\"models\\\": {\\n  \\\"google/gemini-2.5-pro\\\": {\\n    \\\"params\\\": { \\\"streaming\\\": false }\\n  }\\n}\\nThis shouldn't be required. Either the Google adapter should suppress stream: true automatically, or there should be a provider-level supportsStreaming: false flag that sets this as the default for all models under that provider — so users don't have to add it per-model.\\nSuggested fix:\\nIn the Google adapter, either:\\n\\nHard-code streaming: false on all requests (Google's native SDK supports streaming, but the OpenAI-compatible shim does not)\\nAdd a provider-level capability flag supportsStreaming that adapters can set to false, which suppresses the stream flag without requiring per-model config\\n\\n\\nBug 2 — Empty \\\"required\\\": [] arrays in tool schemas rejected by Google's validator\\nWhen tools/functions are passed to Google's endpoint, OpenClaw includes \\\"required\\\": [] (empty array) in the JSON schema for parameters that have no required fields. Google's schema validator rejects this — required must be omitted entirely when empty, not set to an empty array. This is consistent with the JSON Schema spec, which treats an absent required and required: [] differently at the validator level.\\nReproduction:\\n\\nConfigure a Google/Gemini model\\nCall it with any tool that has optional-only parameters (i.e., no required fields)\\nObserve 400 error from Google's schema validator\\n\\nSuggested fix:\\nIn the tool schema serialization step, strip required from the output when it would be an empty array:\\ntypescriptif (schema.required && schema.required.length === 0) {\\n  delete schema.required;\\n}\\n\\n------------------------------------------------------------------\\nRelated: #51743 (Google usageMetadata not mapped — also in the Google adapter)\\n\\nNote: Both bugs are isolated to the Google adapter's request serialization layer. Neither requires logic changes — Bug 1 is a capability flag, Bug 2 is a one-line schema cleanup. A single PR could address both alongside #51743.\\n\\n------------------------------------------------------------------\\n2026.3.13 Ubuntu 24.04 npm global\\nopenclaw -> google (generativelanguage.googleapis.com/v1beta/openai/)\\n\\n------------------------------------------------------------------\\n**Steps to reproduce**\\n\\n1. Add a Google provider to openclaw.json with baseUrl:\\n   https://generativelanguage.googleapis.com/v1beta/openai/\\n\\n2. Configure a Gemini model (e.g. gemini-2.5-pro) without any\\n   params override.\\n\\n3. Send any chat message to that model via Telegram or API.\\n\\n4. (For Bug 2 only) Attach any tool/function that has optional-only\\n   parameters (no required fields).\\n\\n------------------------------------------------------------------\\n**Expected result**\\n\\nChat completion succeeds. Token usage is recorded. Tool calls\\nresolve without schema validation errors.\\n\\n------------------------------------------------------------------\\n**Actual result**\\n\\nBug 1 — Streaming: Request returns HTTP 400. Google's OpenAI-\\ncompatible endpoint does not support \\\"stream\\\": true, which OpenClaw\\nsends by default. Workaround: add params: { streaming: false } to\\nevery Google model in config.\\n\\nBug 2 — Empty required[]: Request returns HTTP 400 when tools are\\npresent. Google's schema validator rejects \\\"required\\\": [] — the\\nfield must be omitted entirely when no fields are required.\\n------------------------------------------------------------------\",\"createdAt\":\"2026-03-21T17:13:36Z\",\"number\":51774,\"title\":\"[Bug]: Google provider adapter: streaming flag causes 400 + empty required arrays rejected by schema validator\"}]","stderr":"","interrupted":false,"isImage":false,"noOutputExpected":false}}
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{"type":"user","message":{"role":"user","content":[{"tool_use_id":"toolu_012jprpaRv9z8YJnpw5EfxHg","type":"tool_result","content":"[]\n[{\"body\":\"## Summary\\r\\n\\r\\n- **Problem:** Telegram native slash commands use a synthetic `To: slash:<senderId>` target. Parsing that value as the chat id broke binding resolution for topic/thread context. Separately, plugin tools that need `messageThreadId` did not receive the current agent thread id unless the model passed it explicitly.\\r\\n- **Why it matters:** Topic/thread-scoped flows (e.g. forum topics) and plugin tools that thread by `messageThreadId` could mis-route or lack thread context. Without this we can use \\\"one-topic-per-project\\\" management for DevClaw projects.\\r\\n- **What changed:**\\r\\n  - (1) For Telegram command binding resolution, when `to` starts with `slash:`, prefer `from` for parsing so group/topic ids come from the real peer.\\r\\n  - (2) In `createOpenClawTools`, wrap plugin tools whose JSON schema exposes a `messageThreadId` property so `agentThreadId` is injected when missing, with numeric coercion for string ids.\\r\\n  - (3) Tests for both behaviors.\\r\\n  - (4) OpenAI embedding default wiring: use `OPENAI_DEFAULT_EMBEDDING_MODEL` from `providers/openai-defaults` in normalization and memory sync to align with the shared defaults export.\\r\\n  \\r\\n- **What did NOT change (scope boundary):** Core (non-plugin) tools are not wrapped; tools without `messageThreadId` in their declared schema are unchanged; explicit `messageThreadId` from the caller is never overwritten.\\r\\n\\r\\n## Change Type\\r\\n\\r\\n- [x] Bug fix\\r\\n- [x] Chore/infra\\r\\n\\r\\n## Scope\\r\\n\\r\\n- [x] Gateway / orchestration\\r\\n- [x] Skills / tool execution\\r\\n- [x] Integrations\\r\\n\\r\\n## Linked Issue/PR\\r\\n\\r\\n- Closes #48308\\r\\n\\r\\n## User-visible / Behavior Changes\\r\\n\\r\\n- Telegram: Native slash command handling in topic/group contexts should resolve the correct conversation and thread when `To` is the synthetic `slash:<senderId>` form.\\r\\n- Agents: Plugin-defined tools whose parameters include `messageThreadId` receive it automatically from the current `agentThreadId` when the model omits it (string thread ids are coerced to finite numbers).\\r\\n- Memory/embeddings: No intentional user-facing behavior change beyond fixing default OpenAI embedding model resolution to use the shared provider default constant.\\r\\n\\r\\n## Security Impact\\r\\n\\r\\n- New permissions/capabilities? **No**\\r\\n- Secrets/tokens handling changed? **No**\\r\\n- New/changed network calls? **No**\\r\\n- Command/tool execution surface changed? **Yes** — plugin tools with a `messageThreadId` parameter get an extra default argument when absent; same tools and same execute path, only parameters may be augmented.\\r\\n- Data access scope changed? **No**\\r\\n\\r\\n## Repro + Verification\\r\\n\\r\\n### Environment\\r\\n\\r\\n- OS: MacOS Tahoe 26.2\\r\\n- Runtime/container: Node 22+ / `pnpm` (per repo)\\r\\n- Model/provider: anthropic/claude-haiku-4-5-20251001\\r\\n- Integration/channel: Telegram topic / native slash commands\\r\\n- Relevant config: N/A\\r\\n\\r\\n### Steps\\r\\n\\r\\n1. `pnpm test -- src/agents/openclaw-tools.plugin-context.test.ts src/plugins/commands.test.ts`\\r\\n2. (Optional) Exercise a Telegram plugin slash command inside a forum topic and confirm routing/thread behavior.\\r\\n\\r\\n### Expected\\r\\n\\r\\n- Tests pass; Telegram binding resolves `conversationId` / `threadId` from `from` when `to` is `slash:...`.\\r\\n- Plugin tools with `messageThreadId` in schema receive injected id when args omit it.\\r\\n\\r\\n### Actual\\r\\n\\r\\n- `pnpm test -- src/agents/openclaw-tools.plugin-context.test.ts src/plugins/commands.test.ts` — all tests passed (7 + 14 tests across the two files in parallel lanes).\\r\\n\\r\\n## Evidence\\r\\n\\r\\nAs this is not a feature, not bugfix, I can't add any evidence, but I already tested full example from scratch:\\r\\n1. Create one Telegram group\\r\\n2. Create 2 topics in it.\\r\\n3. Deploy 2 different projects, each on different topic.\\r\\n4. Create GitLab issue from first topic and from second.\\r\\n5. Perform issues from different topics.\\r\\n6. Received 2 different PR in different GitLab repos as it should be. Full DevClaw project isolation (issues, repo, PR, etc).\\r\\n\\r\\n## Human Verification\\r\\n\\r\\nWhat you personally verified (not just CI), and how:\\r\\n\\r\\n- **Verified scenarios:** Unit tests added/updated for tool injection and Telegram `slash:` binding resolution.\\r\\n- **Edge cases checked:** Explicit `messageThreadId` in tool args is not overridden; string `agentThreadId` coerces to number; tools without `messageThreadId` in schema are not wrapped.\\r\\n- **What you did not verify:** I created two topics in the Telegram, successfully deployed different DevClaw projects in each, create GitLab issues from the Telegram with help of tools, performed two test issues in the different repositories.\\r\\n\\r\\n## Review Conversations\\r\\n\\r\\n- [x] I replied to or resolved every bot review conversation I addressed in this PR.\\r\\n\\r\\nIf a bot review conversation is addressed by this PR, resolve that conversation yourself. Do not leave bot review conversation cleanup for maintainers.\\r\\n\\r\\n## Compatibility / Migration\\r\\n\\r\\n- Backward compatible? **Yes**\\r\\n- Config/env changes? **No**\\r\\n- Migration needed? **No**\\r\\n\\r\\n## Failure Recovery (if this breaks)\\r\\n\\r\\n- **How to disable/revert this change quickly:** Revert the branch commit(s) touching `src/agents/openclaw-tools.ts`, `src/plugins/commands.ts`, and related tests; revert embedding import/default lines if those regress separately.\\r\\n- **Files/config to restore:** Above source files to prior `main` versions.\\r\\n- **Known bad symptoms reviewers should watch for:** Wrong Telegram command routing; plugin tools receiving unexpected `messageThreadId`; embedding model normalization pointing at wrong default (unlikely if revert is consistent).\\r\\n\\r\\n## Risks and Mitigations\\r\\n\\r\\n- **Risk:** Schema detection uses presence of `messageThreadId` in `parameters.properties` only — unusual schemas might not match.\\r\\n  - **Mitigation:** Matches explicit JSON-schema style used by plugin tools; callers can still pass `messageThreadId` explicitly.\\r\\n\\r\\n- **Risk:** `agentThreadId` string coercion could parse unexpected strings.\\r\\n- **Mitigation:** Only finite numeric parses are applied; blank/non-numeric strings result in no injection.\\r\\n\",\"number\":51783,\"title\":\"fix(telegram): inject messageThreadId for plugin tools and fix Telegram slash command binding #48308\"},{\"body\":\"Fixes #51245\\n\\n## Problem\\n\\n`openclaw sandbox explain --session telegram:slash:12345` shows `channel: (unknown)` for Telegram slash sessions, causing elevated `allowFrom` checks to fail even when the Telegram sender is correctly allowlisted.\\n\\n## Root Cause\\n\\n`inferProviderFromSessionKey()` in `sandbox-explain.ts` uses `normalizeAnyChannelId()` which depends on the **runtime channel plugin registry**. When running from the CLI (`sandbox explain`), channel plugins may not be loaded, so built-in channels like `telegram` don't resolve.\\n\\n## Fix\\n\\nFall back to the static `normalizeChatChannelId()` which uses the hardcoded `CHAT_CHANNEL_META` registry and always resolves built-in channels like `telegram`, `discord`, `slack`, etc.\\n\\n## Test\\n\\n```\\npnpm test -- src/commands/sandbox-explain.test.ts\\n✓ 1 test passed\\n```\\n\",\"number\":51584,\"title\":\"fix(sandbox): fall back to static channel registry for sandbox explain channel resolution\"},{\"body\":\"## Summary\\nThe Telegram plugin fails to load due to missing `createScopedDmSecurityResolver` function in the SDK. This fix adds a simple implementation of the function directly in the Telegram plugin to work around the issue.\\n\\n## Fix\\nAdded a local implementation of `createScopedDmSecurityResolver` in `extensions/telegram/src/channel.ts` to replace the missing SDK function.\\n\\n## Error\\n```\\nERROR telegram: failed to load plugin: TypeError: (0 , _compat.createScopedDmSecurityResolver) is not a function\\n```\\n\\n## Testing\\n- Built and tested on Armbian (Linux arm64)\\n- Telegram plugin loads successfully after the fix\",\"number\":44629,\"title\":\"fix(telegram): add createScopedDmSecurityResolver implementation\"},{\"body\":\"## Summary\\n- add first-class Telegram forum topic deletion path to `message action=delete`\\n- keep backward compatibility for message deletion via `messageId`\\n- accept `threadId`/`topicId` (and parse `:topic:<id>` targets) for topic deletion\\n- add Telegram transport helper `deleteForumTopicTelegram`\\n- update docs and tests for delete message/topic routing\\n\\n## Details\\n- `src/channels/plugins/actions/telegram.ts`\\n  - `delete` now routes to `deleteMessage` when `messageId` is provided\\n  - otherwise routes to `deleteForumTopic` when `threadId`/`topicId` (or topic-qualified target) is provided\\n  - throws clear error when neither path has required id\\n- `src/agents/tools/telegram-actions.ts`\\n  - added `deleteForumTopic` action handling (gated with `createForumTopic` toggle)\\n- `src/telegram/send.ts`\\n  - added `deleteForumTopicTelegram(chatId, topicId, opts)` with chat normalization + retry/diag wrappers\\n- `src/agents/tools/message-tool.ts`\\n  - added `topicId` schema alias for forum topic id input\\n- `docs/channels/telegram.md`\\n  - documented `deleteForumTopic` and `delete` behavior for `messageId` vs `threadId/topicId`\\n\\n## Tests run\\n- `pnpm exec oxfmt --check src/channels/plugins/actions/telegram.ts src/agents/tools/telegram-actions.ts src/telegram/send.ts src/agents/tools/telegram-actions.test.ts src/channels/plugins/actions/actions.test.ts src/telegram/send.test.ts src/telegram/send.proxy.test.ts src/agents/tools/message-tool.ts src/telegram/send.test-harness.ts docs/channels/telegram.md`\\n- `pnpm exec vitest run src/channels/plugins/actions/actions.test.ts src/agents/tools/telegram-actions.test.ts src/telegram/send.proxy.test.ts src/agents/tools/message-tool.test.ts src/telegram/send.test.ts -t \\\"deleteForumTopicTelegram|createForumTopicTelegram|deletes a forum topic|respects createForumTopic gating for deleteForumTopic|delete maps to deleteForumTopic|delete maps to deleteMessage|rejects delete when neither messageId nor topic/thread id is provided\\\"`\\n- `pnpm exec vitest run src/telegram/send.proxy.test.ts`\\n- `pnpm exec vitest run src/agents/tools/message-tool.test.ts`\\n\\n## Note\\n- A full run of `src/telegram/send.test.ts` includes 2 pre-existing flaky failures around retry timing (`retries on transient errors with retry_after`, `retries when grammY network envelope message includes failed-after wording`) unrelated to this change.\\n\",\"number\":41410,\"title\":\"telegram: add forum topic deletion support to message delete action\"},{\"body\":\"## Summary\\n\\nThe Telegram channel plugin contributes `buttons` to the message tool send schema via `createMessageToolButtonsSchema()`, but the field is not wrapped in `Type.Optional()`. This causes TypeBox to include `buttons` in the JSON Schema `required` array, which makes AJV reject any `message(action=\\\"send\\\")` call that omits the field — including plain text sends with no inline keyboard intended.\\n\\n## Root Cause\\n\\nIn `extensions/telegram/src/channel-actions.ts`:\\n\\n```ts\\nschema.push({\\n  properties: {\\n    buttons: createMessageToolButtonsSchema(), // ← not Optional\\n  },\\n});\\n```\\n\\n`createMessageToolButtonsSchema()` returns `Type.Array(...)` — a required TypeBox field. When TypeBox serialises the merged tool schema to JSON Schema, `buttons` appears in the `required` array. AJV then rejects any tool call missing it.\\n\\n## Impact\\n\\nAny agent (particularly cron/isolated sessions) that calls `message(action=\\\"send\\\")` without explicitly including `buttons` gets a validation error and the message silently fails to deliver. This affects all Telegram setups with `inlineButtons` enabled (the default).\\n\\nThis is especially acute for scheduled cron agents generating briefs, alerts, or notifications — they have no reason to know that `buttons` is contextually required.\\n\\n## Fix\\n\\nOne line: wrap the contribution in `Type.Optional()` and import `Type` from `@sinclair/typebox`:\\n\\n```ts\\nbuttons: Type.Optional(createMessageToolButtonsSchema())\\n```\\n\\nThis correctly marks `buttons` as optional in the generated JSON Schema. Omitting `buttons` or passing `buttons: []` both work — the Telegram action runtime already handles empty arrays gracefully (returns `undefined` for `reply_markup`, no keyboard sent).\\n\\n## Change Type\\n\\n- [x] Bug fix\\n\\n## Scope\\n\\n- [x] Integrations (Telegram channel plugin)\\n\\n## User-visible / Behavior Changes\\n\\n- `message(action=\\\"send\\\")` no longer requires `buttons` to be passed when Telegram inline buttons are enabled\\n- Existing callers that pass `buttons` are unaffected\\n- Cron/isolated sessions that send plain text messages to Telegram threads now work correctly without workarounds\\n\\n## Security Impact\\n\\n- New permissions/capabilities? No\\n- Secrets/tokens handling changed? No\\n- New/changed network calls? No\\n- Command/tool execution surface changed? No\\n\\n## Related\\n\\n- History: #18567 originally added `buttons` to the schema (pre-plugin-SDK era). The `b48194a07e` refactor (\\\"Plugins: move message tool schemas into channel plugins\\\") moved it into the plugin but carried over the non-optional pattern.\\n- Complementary: #38413 strips inert empty-array fields from send params — different scope but related problem surface.\",\"number\":50657,\"title\":\"fix(telegram): make buttons schema contribution Optional\"},{\"body\":\"## Summary\\n\\nDuring heartbeat embedded runs, the Telegram plugin fails to load with:\\n```\\nCannot find module '.../dist/plugin-sdk/index.js/telegram'\\n```\\n\\n## Root Cause\\n\\nTwo separate jiti instances were being created with different configurations:\\n\\n1. **`plugins/loader.ts`** - creates jiti with scoped aliases:\\n   - `openclaw/plugin-sdk/telegram` → `telegram.js`\\n   - `openclaw/plugin-sdk/discord` → `discord.js`\\n   - etc.\\n\\n2. **`plugin-sdk/root-alias.cjs`** - creates its own jiti **without** aliases\\n\\nWhen `root-alias.cjs` is loaded during embedded runs and a plugin tries to import `openclaw/plugin-sdk/telegram`, the alias-less jiti can't resolve it properly. It falls back to appending `/telegram` to the base path (`index.js`), resulting in the malformed path `index.js/telegram`.\\n\\n## Fix\\n\\nShare the jiti instance via a global Symbol so `root-alias.cjs` reuses the properly configured loader from `plugins/loader.ts`.\\n\\n### Changes:\\n- **`loader.ts`**: Store jiti instance globally via `Symbol.for(\\\"openclaw.pluginJitiLoader\\\")`\\n- **`root-alias.cjs`**: Check for global jiti first, use it if available, fall back to local instance for backwards compatibility\\n\\n## Testing\\n\\nThis fix ensures that during heartbeat embedded runs:\\n1. Plugins load successfully  \\n2. Telegram messages are delivered correctly\\n3. No more \\\"Cannot find module\\\" errors\\n\\nFixes #36425\",\"number\":36589,\"title\":\"fix(plugins): share jiti instance with scoped aliases for heartbeat runs\"},{\"body\":\"## Problem\\nCron jobs with `delivery.mode = \\\"announce\\\"` silently fail to deliver to Telegram forum topics. The `deliveryStatus` shows `\\\"not-delivered\\\"` with no surfaced error, even with valid targets like `telegram:-GROUP/TOPIC` or `telegram:group:-GROUP:topic:TOPIC`.\\n\\nRoot cause: `resolveDeliveryTarget` in `delivery-target.ts` relies on `parseExplicitTargetWithPlugin` to extract the threadId from forum topic target strings. But this function calls `resolveOutboundChannelPlugin`, which requires the Telegram plugin to be bootstrapped — and bootstrap only happens when the gateway config includes a Telegram account. In isolated cron sessions (no full gateway config), the plugin is never loaded, so `parseExplicitTarget` is never called, and the threadId is silently dropped.\\n\\nAdditionally, `parseTelegramTarget` did not handle the legacy slash format (`chatId/topicId`), causing it to pass the full string as chatId.\\n\\n## Fix\\n1. **Pre-parse forum topic formats** in `delivery-target.ts` using a lightweight regex parser (`extractForumTopicFromTarget`) that doesn't depend on plugin loading. This runs before `resolveSessionDeliveryTarget` and injects the extracted threadId as `explicitThreadId`.\\n2. **Add slash format** to `parseTelegramTarget` so `-GROUP/TOPIC` is parsed correctly everywhere.\\n3. **Pass `cfg` through** `resolveSessionDeliveryTarget` → `parseExplicitTargetWithPlugin` as a fallback for environments where plugin bootstrap is possible.\\n4. **Propagate `deliveryError`** from dispatch through to the run result so failures surface in `lastDeliveryError` instead of silent `not-delivered`.\\n\\n## Files changed\\n- `src/cron/isolated-agent/delivery-target.ts` — core fix\\n- `extensions/telegram/src/targets.ts` — slash format support\\n- `src/infra/outbound/targets.ts` — cfg passthrough\\n- `src/cron/isolated-agent/delivery-dispatch.ts` + `run.ts` — deliveryError propagation\\n- `docs/automation/cron-jobs.md` — document all supported formats\\n- Tests added for all new behaviour\\n\\n## Testing\\nAll new tests pass. No regressions in existing test suite.\\n\",\"number\":49704,\"title\":\"fix(cron): announce delivery for Telegram forum topics\"},{\"body\":\"## Summary\\n\\nRemove the last remaining restriction that limited ACP bindings to only discord, telegram, and feishu channels. The underlying type system (`ConfiguredAcpBindingChannel = ChannelId`) and the new `configured-binding-registry` resolution logic are already fully channel-agnostic; this was the final guard.\\n\\n## Changes\\n\\n- **zod-schema.agents.ts**: Replace channel allowlist (`discord | telegram | feishu`) with a non-empty channel check\\n- **config.acp-binding-cutover.test.ts**: Update test to verify any channel is accepted; add empty channel rejection test\\n\\n## Why\\n\\nPlugin channels (Bridge, Mattermost, Slack, etc.) cannot configure ACP bindings because the zod validator rejects them, even though the binding resolution pipeline already handles them correctly. This unlocks ACP for the entire plugin channel ecosystem.\\n\\n## Testing\\n\\n- All 12 tests in `config.acp-binding-cutover.test.ts` pass\\n- All 119 ACP-related tests pass (15 test files)\\n- Telegram and Feishu channel-specific peer ID validation preserved\\n- No changes to runtime behavior for existing discord/telegram/feishu bindings\\n\\nCloses #41988\",\"number\":51560,\"title\":\"feat(acp): support ACP bindings on any channel (plugin channels)\"},{\"body\":\"## Summary\\n\\nThe `message_sending` plugin hook exists in the hook runner but **never fires** — every channel dispatcher sends messages directly, bypassing the hook pipeline.\\n\\nVerified by instrumenting `deliverOutboundPayloadsCore` with `console.warn` — zero invocations across Telegram, webchat, and message tool sends.\\n\\n## Changes\\n\\n### New: `src/plugins/outbound-hook.ts`\\nShared `runOutboundMessageHook()` utility wrapping `getGlobalHookRunner().runMessageSending()`:\\n- Early exit when no hooks registered\\n- Error swallowing — plugin bugs never break delivery\\n- Consistent interface across all dispatchers\\n\\n### Wired into all 7 channel dispatchers (per-reply, before chunking/formatting):\\n| Channel | File |\\n|---------|------|\\n| Telegram | `src/telegram/bot/delivery.ts` |\\n| WhatsApp | `extensions/whatsapp/src/auto-reply/deliver-reply.ts` |\\n| Discord | `extensions/discord/src/monitor/reply-delivery.ts` |\\n| Slack | `extensions/slack/src/monitor/replies.ts` |\\n| Signal | `extensions/signal/src/monitor.ts` |\\n| iMessage | `extensions/imessage/src/monitor/deliver.ts` |\\n| Line | `src/line/auto-reply-delivery.ts` |\\n\\nPlugins can modify `result.content` or cancel sends (`result.cancel`).\\n\\n## Not covered\\nWebchat WebSocket streaming — streamed as deltas, buffering requires architectural changes. Follow-up candidate.\\n\\n## AI-Assisted PR 🤖\\nWritten by Cass (AI agent on OpenClaw). Supersedes #48402 and #26921.\\n\\nFixes #26422\\nRefs #25715\",\"number\":48408,\"title\":\"fix: wire message_sending plugin hook into all channel reply dispatchers\"},{\"body\":\"## Summary\\n\\nAdd `src/plugins/runtime/index.ts` to the core dist build entries so it is pre-compiled to `dist/plugins/runtime/index.js`.\\n\\nWithout this, `resolvePluginRuntimeModulePath()` falls back to the `.ts` source file, and `jiti` synchronously compiles the entire plugin runtime dependency tree on first message — blocking the Node.js event loop for **~100 seconds** and stalling all Telegram polling sessions simultaneously.\\n\\n## Root cause\\n\\n`resolvePluginRuntimeModulePath()` in `src/plugins/loader.ts` checks for `dist/plugins/runtime/index.js` first (when running from dist), but this file was never generated because `src/plugins/runtime/index.ts` was not included in any build entry. jiti then compiles the `.ts` source and its full import tree (`model-auth`, `tts`, `media-understanding`, 6 runtime-* submodules, etc.) synchronously on the main thread.\\n\\n**CPU profile evidence:**\\n\\n| Function | Time |\\n|----------|------|\\n| `jiti.cjs` (compilation) | **87.5s** |\\n| `node:fs` `statSync` | 6.9s |\\n| `node:fs` `readFileSync` | 2.7s |\\n| Total event loop block | **~98s** |\\n\\n## What changed\\n\\nOne line added to `buildCoreDistEntries()` in `tsdown.config.ts`:\\n\\n```typescript\\n\\\"plugins/runtime/index\\\": \\\"src/plugins/runtime/index.ts\\\",\\n```\\n\\n## Before / After\\n\\n| Metric | Before | After |\\n|--------|--------|-------|\\n| Event loop block on first message | **~100s** | **0s** |\\n| Polling stall on first message | Yes (all accounts) | No |\\n| `dist/plugins/runtime/index.js` exists | No | Yes |\\n\\n## Validation\\n\\n- Gateway with 7 Telegram bot accounts\\n- Send message after fresh startup\\n- Before: `EVENT LOOP BLOCKED for 98.5s` + all 7 accounts report polling stall\\n- After: no event loop blocking, no polling stall, message processed normally\\n\\n## Related\\n\\n- #48536 (Telegram startup long-poll stall — root cause is this jiti blocking, not networking)\",\"number\":49255,\"title\":\"Build: pre-compile plugin runtime to eliminate jiti event loop blocking\"}]","is_error":false}]},"parent_tool_use_id":null,"session_id":"c17165f5-e9dd-4b60-ac1d-9278958791ba","uuid":"6e754a9d-c10a-4a5d-b409-eddbc2427a6c","timestamp":"2026-03-21T18:51:23.503Z","tool_use_result":{"stdout":"[]\n[{\"body\":\"## Summary\\r\\n\\r\\n- **Problem:** Telegram native slash commands use a synthetic `To: slash:<senderId>` target. Parsing that value as the chat id broke binding resolution for topic/thread context. Separately, plugin tools that need `messageThreadId` did not receive the current agent thread id unless the model passed it explicitly.\\r\\n- **Why it matters:** Topic/thread-scoped flows (e.g. forum topics) and plugin tools that thread by `messageThreadId` could mis-route or lack thread context. Without this we can use \\\"one-topic-per-project\\\" management for DevClaw projects.\\r\\n- **What changed:**\\r\\n  - (1) For Telegram command binding resolution, when `to` starts with `slash:`, prefer `from` for parsing so group/topic ids come from the real peer.\\r\\n  - (2) In `createOpenClawTools`, wrap plugin tools whose JSON schema exposes a `messageThreadId` property so `agentThreadId` is injected when missing, with numeric coercion for string ids.\\r\\n  - (3) Tests for both behaviors.\\r\\n  - (4) OpenAI embedding default wiring: use `OPENAI_DEFAULT_EMBEDDING_MODEL` from `providers/openai-defaults` in normalization and memory sync to align with the shared defaults export.\\r\\n  \\r\\n- **What did NOT change (scope boundary):** Core (non-plugin) tools are not wrapped; tools without `messageThreadId` in their declared schema are unchanged; explicit `messageThreadId` from the caller is never overwritten.\\r\\n\\r\\n## Change Type\\r\\n\\r\\n- [x] Bug fix\\r\\n- [x] Chore/infra\\r\\n\\r\\n## Scope\\r\\n\\r\\n- [x] Gateway / orchestration\\r\\n- [x] Skills / tool execution\\r\\n- [x] Integrations\\r\\n\\r\\n## Linked Issue/PR\\r\\n\\r\\n- Closes #48308\\r\\n\\r\\n## User-visible / Behavior Changes\\r\\n\\r\\n- Telegram: Native slash command handling in topic/group contexts should resolve the correct conversation and thread when `To` is the synthetic `slash:<senderId>` form.\\r\\n- Agents: Plugin-defined tools whose parameters include `messageThreadId` receive it automatically from the current `agentThreadId` when the model omits it (string thread ids are coerced to finite numbers).\\r\\n- Memory/embeddings: No intentional user-facing behavior change beyond fixing default OpenAI embedding model resolution to use the shared provider default constant.\\r\\n\\r\\n## Security Impact\\r\\n\\r\\n- New permissions/capabilities? **No**\\r\\n- Secrets/tokens handling changed? **No**\\r\\n- New/changed network calls? **No**\\r\\n- Command/tool execution surface changed? **Yes** — plugin tools with a `messageThreadId` parameter get an extra default argument when absent; same tools and same execute path, only parameters may be augmented.\\r\\n- Data access scope changed? **No**\\r\\n\\r\\n## Repro + Verification\\r\\n\\r\\n### Environment\\r\\n\\r\\n- OS: MacOS Tahoe 26.2\\r\\n- Runtime/container: Node 22+ / `pnpm` (per repo)\\r\\n- Model/provider: anthropic/claude-haiku-4-5-20251001\\r\\n- Integration/channel: Telegram topic / native slash commands\\r\\n- Relevant config: N/A\\r\\n\\r\\n### Steps\\r\\n\\r\\n1. `pnpm test -- src/agents/openclaw-tools.plugin-context.test.ts src/plugins/commands.test.ts`\\r\\n2. (Optional) Exercise a Telegram plugin slash command inside a forum topic and confirm routing/thread behavior.\\r\\n\\r\\n### Expected\\r\\n\\r\\n- Tests pass; Telegram binding resolves `conversationId` / `threadId` from `from` when `to` is `slash:...`.\\r\\n- Plugin tools with `messageThreadId` in schema receive injected id when args omit it.\\r\\n\\r\\n### Actual\\r\\n\\r\\n- `pnpm test -- src/agents/openclaw-tools.plugin-context.test.ts src/plugins/commands.test.ts` — all tests passed (7 + 14 tests across the two files in parallel lanes).\\r\\n\\r\\n## Evidence\\r\\n\\r\\nAs this is not a feature, not bugfix, I can't add any evidence, but I already tested full example from scratch:\\r\\n1. Create one Telegram group\\r\\n2. Create 2 topics in it.\\r\\n3. Deploy 2 different projects, each on different topic.\\r\\n4. Create GitLab issue from first topic and from second.\\r\\n5. Perform issues from different topics.\\r\\n6. Received 2 different PR in different GitLab repos as it should be. Full DevClaw project isolation (issues, repo, PR, etc).\\r\\n\\r\\n## Human Verification\\r\\n\\r\\nWhat you personally verified (not just CI), and how:\\r\\n\\r\\n- **Verified scenarios:** Unit tests added/updated for tool injection and Telegram `slash:` binding resolution.\\r\\n- **Edge cases checked:** Explicit `messageThreadId` in tool args is not overridden; string `agentThreadId` coerces to number; tools without `messageThreadId` in schema are not wrapped.\\r\\n- **What you did not verify:** I created two topics in the Telegram, successfully deployed different DevClaw projects in each, create GitLab issues from the Telegram with help of tools, performed two test issues in the different repositories.\\r\\n\\r\\n## Review Conversations\\r\\n\\r\\n- [x] I replied to or resolved every bot review conversation I addressed in this PR.\\r\\n\\r\\nIf a bot review conversation is addressed by this PR, resolve that conversation yourself. Do not leave bot review conversation cleanup for maintainers.\\r\\n\\r\\n## Compatibility / Migration\\r\\n\\r\\n- Backward compatible? **Yes**\\r\\n- Config/env changes? **No**\\r\\n- Migration needed? **No**\\r\\n\\r\\n## Failure Recovery (if this breaks)\\r\\n\\r\\n- **How to disable/revert this change quickly:** Revert the branch commit(s) touching `src/agents/openclaw-tools.ts`, `src/plugins/commands.ts`, and related tests; revert embedding import/default lines if those regress separately.\\r\\n- **Files/config to restore:** Above source files to prior `main` versions.\\r\\n- **Known bad symptoms reviewers should watch for:** Wrong Telegram command routing; plugin tools receiving unexpected `messageThreadId`; embedding model normalization pointing at wrong default (unlikely if revert is consistent).\\r\\n\\r\\n## Risks and Mitigations\\r\\n\\r\\n- **Risk:** Schema detection uses presence of `messageThreadId` in `parameters.properties` only — unusual schemas might not match.\\r\\n  - **Mitigation:** Matches explicit JSON-schema style used by plugin tools; callers can still pass `messageThreadId` explicitly.\\r\\n\\r\\n- **Risk:** `agentThreadId` string coercion could parse unexpected strings.\\r\\n- **Mitigation:** Only finite numeric parses are applied; blank/non-numeric strings result in no injection.\\r\\n\",\"number\":51783,\"title\":\"fix(telegram): inject messageThreadId for plugin tools and fix Telegram slash command binding #48308\"},{\"body\":\"Fixes #51245\\n\\n## Problem\\n\\n`openclaw sandbox explain --session telegram:slash:12345` shows `channel: (unknown)` for Telegram slash sessions, causing elevated `allowFrom` checks to fail even when the Telegram sender is correctly allowlisted.\\n\\n## Root Cause\\n\\n`inferProviderFromSessionKey()` in `sandbox-explain.ts` uses `normalizeAnyChannelId()` which depends on the **runtime channel plugin registry**. When running from the CLI (`sandbox explain`), channel plugins may not be loaded, so built-in channels like `telegram` don't resolve.\\n\\n## Fix\\n\\nFall back to the static `normalizeChatChannelId()` which uses the hardcoded `CHAT_CHANNEL_META` registry and always resolves built-in channels like `telegram`, `discord`, `slack`, etc.\\n\\n## Test\\n\\n```\\npnpm test -- src/commands/sandbox-explain.test.ts\\n✓ 1 test passed\\n```\\n\",\"number\":51584,\"title\":\"fix(sandbox): fall back to static channel registry for sandbox explain channel resolution\"},{\"body\":\"## Summary\\nThe Telegram plugin fails to load due to missing `createScopedDmSecurityResolver` function in the SDK. This fix adds a simple implementation of the function directly in the Telegram plugin to work around the issue.\\n\\n## Fix\\nAdded a local implementation of `createScopedDmSecurityResolver` in `extensions/telegram/src/channel.ts` to replace the missing SDK function.\\n\\n## Error\\n```\\nERROR telegram: failed to load plugin: TypeError: (0 , _compat.createScopedDmSecurityResolver) is not a function\\n```\\n\\n## Testing\\n- Built and tested on Armbian (Linux arm64)\\n- Telegram plugin loads successfully after the fix\",\"number\":44629,\"title\":\"fix(telegram): add createScopedDmSecurityResolver implementation\"},{\"body\":\"## Summary\\n- add first-class Telegram forum topic deletion path to `message action=delete`\\n- keep backward compatibility for message deletion via `messageId`\\n- accept `threadId`/`topicId` (and parse `:topic:<id>` targets) for topic deletion\\n- add Telegram transport helper `deleteForumTopicTelegram`\\n- update docs and tests for delete message/topic routing\\n\\n## Details\\n- `src/channels/plugins/actions/telegram.ts`\\n  - `delete` now routes to `deleteMessage` when `messageId` is provided\\n  - otherwise routes to `deleteForumTopic` when `threadId`/`topicId` (or topic-qualified target) is provided\\n  - throws clear error when neither path has required id\\n- `src/agents/tools/telegram-actions.ts`\\n  - added `deleteForumTopic` action handling (gated with `createForumTopic` toggle)\\n- `src/telegram/send.ts`\\n  - added `deleteForumTopicTelegram(chatId, topicId, opts)` with chat normalization + retry/diag wrappers\\n- `src/agents/tools/message-tool.ts`\\n  - added `topicId` schema alias for forum topic id input\\n- `docs/channels/telegram.md`\\n  - documented `deleteForumTopic` and `delete` behavior for `messageId` vs `threadId/topicId`\\n\\n## Tests run\\n- `pnpm exec oxfmt --check src/channels/plugins/actions/telegram.ts src/agents/tools/telegram-actions.ts src/telegram/send.ts src/agents/tools/telegram-actions.test.ts src/channels/plugins/actions/actions.test.ts src/telegram/send.test.ts src/telegram/send.proxy.test.ts src/agents/tools/message-tool.ts src/telegram/send.test-harness.ts docs/channels/telegram.md`\\n- `pnpm exec vitest run src/channels/plugins/actions/actions.test.ts src/agents/tools/telegram-actions.test.ts src/telegram/send.proxy.test.ts src/agents/tools/message-tool.test.ts src/telegram/send.test.ts -t \\\"deleteForumTopicTelegram|createForumTopicTelegram|deletes a forum topic|respects createForumTopic gating for deleteForumTopic|delete maps to deleteForumTopic|delete maps to deleteMessage|rejects delete when neither messageId nor topic/thread id is provided\\\"`\\n- `pnpm exec vitest run src/telegram/send.proxy.test.ts`\\n- `pnpm exec vitest run src/agents/tools/message-tool.test.ts`\\n\\n## Note\\n- A full run of `src/telegram/send.test.ts` includes 2 pre-existing flaky failures around retry timing (`retries on transient errors with retry_after`, `retries when grammY network envelope message includes failed-after wording`) unrelated to this change.\\n\",\"number\":41410,\"title\":\"telegram: add forum topic deletion support to message delete action\"},{\"body\":\"## Summary\\n\\nThe Telegram channel plugin contributes `buttons` to the message tool send schema via `createMessageToolButtonsSchema()`, but the field is not wrapped in `Type.Optional()`. This causes TypeBox to include `buttons` in the JSON Schema `required` array, which makes AJV reject any `message(action=\\\"send\\\")` call that omits the field — including plain text sends with no inline keyboard intended.\\n\\n## Root Cause\\n\\nIn `extensions/telegram/src/channel-actions.ts`:\\n\\n```ts\\nschema.push({\\n  properties: {\\n    buttons: createMessageToolButtonsSchema(), // ← not Optional\\n  },\\n});\\n```\\n\\n`createMessageToolButtonsSchema()` returns `Type.Array(...)` — a required TypeBox field. When TypeBox serialises the merged tool schema to JSON Schema, `buttons` appears in the `required` array. AJV then rejects any tool call missing it.\\n\\n## Impact\\n\\nAny agent (particularly cron/isolated sessions) that calls `message(action=\\\"send\\\")` without explicitly including `buttons` gets a validation error and the message silently fails to deliver. This affects all Telegram setups with `inlineButtons` enabled (the default).\\n\\nThis is especially acute for scheduled cron agents generating briefs, alerts, or notifications — they have no reason to know that `buttons` is contextually required.\\n\\n## Fix\\n\\nOne line: wrap the contribution in `Type.Optional()` and import `Type` from `@sinclair/typebox`:\\n\\n```ts\\nbuttons: Type.Optional(createMessageToolButtonsSchema())\\n```\\n\\nThis correctly marks `buttons` as optional in the generated JSON Schema. Omitting `buttons` or passing `buttons: []` both work — the Telegram action runtime already handles empty arrays gracefully (returns `undefined` for `reply_markup`, no keyboard sent).\\n\\n## Change Type\\n\\n- [x] Bug fix\\n\\n## Scope\\n\\n- [x] Integrations (Telegram channel plugin)\\n\\n## User-visible / Behavior Changes\\n\\n- `message(action=\\\"send\\\")` no longer requires `buttons` to be passed when Telegram inline buttons are enabled\\n- Existing callers that pass `buttons` are unaffected\\n- Cron/isolated sessions that send plain text messages to Telegram threads now work correctly without workarounds\\n\\n## Security Impact\\n\\n- New permissions/capabilities? No\\n- Secrets/tokens handling changed? No\\n- New/changed network calls? No\\n- Command/tool execution surface changed? No\\n\\n## Related\\n\\n- History: #18567 originally added `buttons` to the schema (pre-plugin-SDK era). The `b48194a07e` refactor (\\\"Plugins: move message tool schemas into channel plugins\\\") moved it into the plugin but carried over the non-optional pattern.\\n- Complementary: #38413 strips inert empty-array fields from send params — different scope but related problem surface.\",\"number\":50657,\"title\":\"fix(telegram): make buttons schema contribution Optional\"},{\"body\":\"## Summary\\n\\nDuring heartbeat embedded runs, the Telegram plugin fails to load with:\\n```\\nCannot find module '.../dist/plugin-sdk/index.js/telegram'\\n```\\n\\n## Root Cause\\n\\nTwo separate jiti instances were being created with different configurations:\\n\\n1. **`plugins/loader.ts`** - creates jiti with scoped aliases:\\n   - `openclaw/plugin-sdk/telegram` → `telegram.js`\\n   - `openclaw/plugin-sdk/discord` → `discord.js`\\n   - etc.\\n\\n2. **`plugin-sdk/root-alias.cjs`** - creates its own jiti **without** aliases\\n\\nWhen `root-alias.cjs` is loaded during embedded runs and a plugin tries to import `openclaw/plugin-sdk/telegram`, the alias-less jiti can't resolve it properly. It falls back to appending `/telegram` to the base path (`index.js`), resulting in the malformed path `index.js/telegram`.\\n\\n## Fix\\n\\nShare the jiti instance via a global Symbol so `root-alias.cjs` reuses the properly configured loader from `plugins/loader.ts`.\\n\\n### Changes:\\n- **`loader.ts`**: Store jiti instance globally via `Symbol.for(\\\"openclaw.pluginJitiLoader\\\")`\\n- **`root-alias.cjs`**: Check for global jiti first, use it if available, fall back to local instance for backwards compatibility\\n\\n## Testing\\n\\nThis fix ensures that during heartbeat embedded runs:\\n1. Plugins load successfully  \\n2. Telegram messages are delivered correctly\\n3. No more \\\"Cannot find module\\\" errors\\n\\nFixes #36425\",\"number\":36589,\"title\":\"fix(plugins): share jiti instance with scoped aliases for heartbeat runs\"},{\"body\":\"## Problem\\nCron jobs with `delivery.mode = \\\"announce\\\"` silently fail to deliver to Telegram forum topics. The `deliveryStatus` shows `\\\"not-delivered\\\"` with no surfaced error, even with valid targets like `telegram:-GROUP/TOPIC` or `telegram:group:-GROUP:topic:TOPIC`.\\n\\nRoot cause: `resolveDeliveryTarget` in `delivery-target.ts` relies on `parseExplicitTargetWithPlugin` to extract the threadId from forum topic target strings. But this function calls `resolveOutboundChannelPlugin`, which requires the Telegram plugin to be bootstrapped — and bootstrap only happens when the gateway config includes a Telegram account. In isolated cron sessions (no full gateway config), the plugin is never loaded, so `parseExplicitTarget` is never called, and the threadId is silently dropped.\\n\\nAdditionally, `parseTelegramTarget` did not handle the legacy slash format (`chatId/topicId`), causing it to pass the full string as chatId.\\n\\n## Fix\\n1. **Pre-parse forum topic formats** in `delivery-target.ts` using a lightweight regex parser (`extractForumTopicFromTarget`) that doesn't depend on plugin loading. This runs before `resolveSessionDeliveryTarget` and injects the extracted threadId as `explicitThreadId`.\\n2. **Add slash format** to `parseTelegramTarget` so `-GROUP/TOPIC` is parsed correctly everywhere.\\n3. **Pass `cfg` through** `resolveSessionDeliveryTarget` → `parseExplicitTargetWithPlugin` as a fallback for environments where plugin bootstrap is possible.\\n4. **Propagate `deliveryError`** from dispatch through to the run result so failures surface in `lastDeliveryError` instead of silent `not-delivered`.\\n\\n## Files changed\\n- `src/cron/isolated-agent/delivery-target.ts` — core fix\\n- `extensions/telegram/src/targets.ts` — slash format support\\n- `src/infra/outbound/targets.ts` — cfg passthrough\\n- `src/cron/isolated-agent/delivery-dispatch.ts` + `run.ts` — deliveryError propagation\\n- `docs/automation/cron-jobs.md` — document all supported formats\\n- Tests added for all new behaviour\\n\\n## Testing\\nAll new tests pass. No regressions in existing test suite.\\n\",\"number\":49704,\"title\":\"fix(cron): announce delivery for Telegram forum topics\"},{\"body\":\"## Summary\\n\\nRemove the last remaining restriction that limited ACP bindings to only discord, telegram, and feishu channels. The underlying type system (`ConfiguredAcpBindingChannel = ChannelId`) and the new `configured-binding-registry` resolution logic are already fully channel-agnostic; this was the final guard.\\n\\n## Changes\\n\\n- **zod-schema.agents.ts**: Replace channel allowlist (`discord | telegram | feishu`) with a non-empty channel check\\n- **config.acp-binding-cutover.test.ts**: Update test to verify any channel is accepted; add empty channel rejection test\\n\\n## Why\\n\\nPlugin channels (Bridge, Mattermost, Slack, etc.) cannot configure ACP bindings because the zod validator rejects them, even though the binding resolution pipeline already handles them correctly. This unlocks ACP for the entire plugin channel ecosystem.\\n\\n## Testing\\n\\n- All 12 tests in `config.acp-binding-cutover.test.ts` pass\\n- All 119 ACP-related tests pass (15 test files)\\n- Telegram and Feishu channel-specific peer ID validation preserved\\n- No changes to runtime behavior for existing discord/telegram/feishu bindings\\n\\nCloses #41988\",\"number\":51560,\"title\":\"feat(acp): support ACP bindings on any channel (plugin channels)\"},{\"body\":\"## Summary\\n\\nThe `message_sending` plugin hook exists in the hook runner but **never fires** — every channel dispatcher sends messages directly, bypassing the hook pipeline.\\n\\nVerified by instrumenting `deliverOutboundPayloadsCore` with `console.warn` — zero invocations across Telegram, webchat, and message tool sends.\\n\\n## Changes\\n\\n### New: `src/plugins/outbound-hook.ts`\\nShared `runOutboundMessageHook()` utility wrapping `getGlobalHookRunner().runMessageSending()`:\\n- Early exit when no hooks registered\\n- Error swallowing — plugin bugs never break delivery\\n- Consistent interface across all dispatchers\\n\\n### Wired into all 7 channel dispatchers (per-reply, before chunking/formatting):\\n| Channel | File |\\n|---------|------|\\n| Telegram | `src/telegram/bot/delivery.ts` |\\n| WhatsApp | `extensions/whatsapp/src/auto-reply/deliver-reply.ts` |\\n| Discord | `extensions/discord/src/monitor/reply-delivery.ts` |\\n| Slack | `extensions/slack/src/monitor/replies.ts` |\\n| Signal | `extensions/signal/src/monitor.ts` |\\n| iMessage | `extensions/imessage/src/monitor/deliver.ts` |\\n| Line | `src/line/auto-reply-delivery.ts` |\\n\\nPlugins can modify `result.content` or cancel sends (`result.cancel`).\\n\\n## Not covered\\nWebchat WebSocket streaming — streamed as deltas, buffering requires architectural changes. Follow-up candidate.\\n\\n## AI-Assisted PR 🤖\\nWritten by Cass (AI agent on OpenClaw). Supersedes #48402 and #26921.\\n\\nFixes #26422\\nRefs #25715\",\"number\":48408,\"title\":\"fix: wire message_sending plugin hook into all channel reply dispatchers\"},{\"body\":\"## Summary\\n\\nAdd `src/plugins/runtime/index.ts` to the core dist build entries so it is pre-compiled to `dist/plugins/runtime/index.js`.\\n\\nWithout this, `resolvePluginRuntimeModulePath()` falls back to the `.ts` source file, and `jiti` synchronously compiles the entire plugin runtime dependency tree on first message — blocking the Node.js event loop for **~100 seconds** and stalling all Telegram polling sessions simultaneously.\\n\\n## Root cause\\n\\n`resolvePluginRuntimeModulePath()` in `src/plugins/loader.ts` checks for `dist/plugins/runtime/index.js` first (when running from dist), but this file was never generated because `src/plugins/runtime/index.ts` was not included in any build entry. jiti then compiles the `.ts` source and its full import tree (`model-auth`, `tts`, `media-understanding`, 6 runtime-* submodules, etc.) synchronously on the main thread.\\n\\n**CPU profile evidence:**\\n\\n| Function | Time |\\n|----------|------|\\n| `jiti.cjs` (compilation) | **87.5s** |\\n| `node:fs` `statSync` | 6.9s |\\n| `node:fs` `readFileSync` | 2.7s |\\n| Total event loop block | **~98s** |\\n\\n## What changed\\n\\nOne line added to `buildCoreDistEntries()` in `tsdown.config.ts`:\\n\\n```typescript\\n\\\"plugins/runtime/index\\\": \\\"src/plugins/runtime/index.ts\\\",\\n```\\n\\n## Before / After\\n\\n| Metric | Before | After |\\n|--------|--------|-------|\\n| Event loop block on first message | **~100s** | **0s** |\\n| Polling stall on first message | Yes (all accounts) | No |\\n| `dist/plugins/runtime/index.js` exists | No | Yes |\\n\\n## Validation\\n\\n- Gateway with 7 Telegram bot accounts\\n- Send message after fresh startup\\n- Before: `EVENT LOOP BLOCKED for 98.5s` + all 7 accounts report polling stall\\n- After: no event loop blocking, no polling stall, message processed normally\\n\\n## Related\\n\\n- #48536 (Telegram startup long-poll stall — root cause is this jiti blocking, not networking)\",\"number\":49255,\"title\":\"Build: pre-compile plugin runtime to eliminate jiti event loop blocking\"}]","stderr":"","interrupted":false,"isImage":false,"noOutputExpected":false}}
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{"type":"user","message":{"role":"user","content":[{"tool_use_id":"toolu_01PB6qNortysVDxgGUw48rjn","type":"tool_result","content":"[]\n[{\"number\":36589,\"title\":\"fix(plugins): share jiti instance with scoped aliases for heartbeat runs\"},{\"number\":48523,\"title\":\"docker: fix self-build breakage after extension migration\"},{\"number\":35915,\"title\":\"Plugins: clean up channel config on uninstall\"},{\"number\":34942,\"title\":\"feat: batch document attachments sent in quick succession into a single agent turn\"},{\"number\":29793,\"title\":\"feat(concurrency): optional workspace mutation locking for shared-workspace agents\"},{\"number\":49834,\"title\":\"fix: per-model cooldown scope, stepped backoff, and user-facing rate-limit message\"}]","is_error":false}]},"parent_tool_use_id":null,"session_id":"c17165f5-e9dd-4b60-ac1d-9278958791ba","uuid":"d068aeb3-b54c-469c-bbc7-0ddba5275db1","timestamp":"2026-03-21T18:51:29.907Z","tool_use_result":{"stdout":"[]\n[{\"number\":36589,\"title\":\"fix(plugins): share jiti instance with scoped aliases for heartbeat runs\"},{\"number\":48523,\"title\":\"docker: fix self-build breakage after extension migration\"},{\"number\":35915,\"title\":\"Plugins: clean up channel config on uninstall\"},{\"number\":34942,\"title\":\"feat: batch document attachments sent in quick succession into a single agent turn\"},{\"number\":29793,\"title\":\"feat(concurrency): optional workspace mutation locking for shared-workspace agents\"},{\"number\":49834,\"title\":\"fix: per-model cooldown scope, stepped backoff, and user-facing rate-limit message\"}]","stderr":"","interrupted":false,"isImage":false,"noOutputExpected":false}}
{"type":"assistant","message":{"model":"claude-sonnet-4-6","id":"msg_01PJbNaNLmwpaBvjpiVfg1FT","type":"message","role":"assistant","content":[{"type":"tool_use","id":"toolu_0138MU2ShYjS1nBTnExhL8i6","name":"Bash","input":{"command":"gh pr list --repo openclaw/openclaw --state open --search \"plugin-sdk/telegram\" --json number,title,body --limit 5 2>/dev/null","description":"Search for PRs about plugin-sdk telegram module resolution"},"caller":{"type":"direct"}}],"stop_reason":null,"stop_sequence":null,"usage":{"input_tokens":1,"cache_creation_input_tokens":388,"cache_read_input_tokens":26711,"cache_creation":{"ephemeral_5m_input_tokens":0,"ephemeral_1h_input_tokens":388},"output_tokens":25,"service_tier":"standard","inference_geo":"not_available"},"context_management":null},"parent_tool_use_id":null,"session_id":"c17165f5-e9dd-4b60-ac1d-9278958791ba","uuid":"28ff7cce-a286-4d0c-8fb2-67fe94cb0ee9"}
{"type":"user","message":{"role":"user","content":[{"tool_use_id":"toolu_0138MU2ShYjS1nBTnExhL8i6","type":"tool_result","content":"[{\"body\":\"## Summary\\nThe Telegram plugin fails to load due to missing `createScopedDmSecurityResolver` function in the SDK. This fix adds a simple implementation of the function directly in the Telegram plugin to work around the issue.\\n\\n## Fix\\nAdded a local implementation of `createScopedDmSecurityResolver` in `extensions/telegram/src/channel.ts` to replace the missing SDK function.\\n\\n## Error\\n```\\nERROR telegram: failed to load plugin: TypeError: (0 , _compat.createScopedDmSecurityResolver) is not a function\\n```\\n\\n## Testing\\n- Built and tested on Armbian (Linux arm64)\\n- Telegram plugin loads successfully after the fix\",\"number\":44629,\"title\":\"fix(telegram): add createScopedDmSecurityResolver implementation\"},{\"body\":\"## Summary\\n\\nDuring heartbeat embedded runs, the Telegram plugin fails to load with:\\n```\\nCannot find module '.../dist/plugin-sdk/index.js/telegram'\\n```\\n\\n## Root Cause\\n\\nTwo separate jiti instances were being created with different configurations:\\n\\n1. **`plugins/loader.ts`** - creates jiti with scoped aliases:\\n   - `openclaw/plugin-sdk/telegram` → `telegram.js`\\n   - `openclaw/plugin-sdk/discord` → `discord.js`\\n   - etc.\\n\\n2. **`plugin-sdk/root-alias.cjs`** - creates its own jiti **without** aliases\\n\\nWhen `root-alias.cjs` is loaded during embedded runs and a plugin tries to import `openclaw/plugin-sdk/telegram`, the alias-less jiti can't resolve it properly. It falls back to appending `/telegram` to the base path (`index.js`), resulting in the malformed path `index.js/telegram`.\\n\\n## Fix\\n\\nShare the jiti instance via a global Symbol so `root-alias.cjs` reuses the properly configured loader from `plugins/loader.ts`.\\n\\n### Changes:\\n- **`loader.ts`**: Store jiti instance globally via `Symbol.for(\\\"openclaw.pluginJitiLoader\\\")`\\n- **`root-alias.cjs`**: Check for global jiti first, use it if available, fall back to local instance for backwards compatibility\\n\\n## Testing\\n\\nThis fix ensures that during heartbeat embedded runs:\\n1. Plugins load successfully  \\n2. Telegram messages are delivered correctly\\n3. No more \\\"Cannot find module\\\" errors\\n\\nFixes #36425\",\"number\":36589,\"title\":\"fix(plugins): share jiti instance with scoped aliases for heartbeat runs\"},{\"body\":\"## Summary\\n\\nAdd two missing exports to the `plugin-sdk/feishu` subpath surface:\\n\\n- **`resolveMentionGatingWithBypass`** — from `../channels/mention-gating.js`\\n- **`promptAccountId`** — from `../channels/plugins/setup-wizard-helpers.js`\\n\\nBoth symbols are used by the external feishu channel plugin ([`@m1heng-clawd/feishu`](https://github.com/m1heng/clawdbot-feishu)) and were previously importable from the main `openclaw/plugin-sdk` entry. After the recent plugin-sdk subpath restructuring they are no longer reachable from any public surface for feishu consumers.\\n\\n## Context\\n\\nThe recent refactors that slimmed `plugin-sdk/index.ts` and introduced per-channel subpaths (`plugin-sdk/feishu`, `plugin-sdk/telegram`, etc.) moved most value exports off the main entry. The bundled `extensions/feishu` does not need these two symbols directly, but the standalone npm plugin does — it uses `resolveMentionGatingWithBypass` for group mention policy and `promptAccountId` for the onboarding wizard.\\n\\n## Test plan\\n\\n- [ ] `tsc --noEmit` passes\\n- [ ] Existing tests unaffected (additive change only)\",\"number\":49881,\"title\":\"fix(feishu): export missing plugin-sdk/feishu subpath symbols\"},{\"body\":\"## Summary\\n\\nExtend ACP persistent bindings to Feishu and QQ bot channels, and add `acp.defaultChannels` for implicit catch-all ACP binding synthesis. This lets users route all messages on a channel through an external agent CLI (Claude Code, Codex, OpenCode, Gemini CLI) with minimal config, reusing their existing subscriptions.\\n\\nCloses #40097\\nCloses #41988\\n\\n### Quick start\\n\\n```sh\\nopenclaw config set acp.defaultAgent claude\\nopenclaw config set acp.defaultChannels '[\\\"feishu\\\",\\\"qqbot\\\"]'\\n```\\n\\nThe `acpx` backend plugin now auto-enables when `defaultChannels` is set or ACP bindings are configured.\\n\\n### Changes\\n\\n1. **`ConfiguredAcpBindingChannel`** extended: `\\\"discord\\\" | \\\"telegram\\\"` -> `\\\"discord\\\" | \\\"telegram\\\" | \\\"feishu\\\" | \\\"qqbot\\\"`\\n\\n2. **Feishu/QQ binding resolution** with four-bucket priority: peer exact > peer wildcard > catch-all exact > catch-all wildcard. Catch-all bindings (omit `match.peer`) match all conversations on a channel/account.\\n\\n3. **`acp.defaultChannels`** config: array of channels that implicitly use ACP for all conversations when no explicit binding matches. Synthesizes binding specs on the fly using agent runtime ACP defaults.\\n\\n4. **Zod validation**: feishu/qqbot allow omitting `match.peer` (catch-all), but reject empty `peer.id` when `match.peer` is specified.\\n\\n5. **Plugin auto-enable**: `acpx` plugin now auto-enables when `acp.defaultChannels` is set or `bindings[].type=\\\"acp\\\"` exists (previously required explicit `acp.enabled: true`).\\n\\n6. **Feishu integration**: ACP route resolution + session init in `extensions/feishu/src/bot.ts`.\\n\\n7. **Plugin SDK exports**: ACP route helpers exported from both `plugin-sdk/feishu.ts` and `plugin-sdk/index.ts` for external channel plugins (e.g., qqbot).\\n\\n8. **README**: ACP agent runtime added to highlights and core platform sections.\\n\\n### Commits\\n\\n- `e521cd8d9` feat(acp): extend persistent bindings to feishu and qqbot channels\\n- `17810f408` fix(acp): document catch-all reverse lookup limitation and add test\\n- `7dfeb1ea3` feat(acp): export ACP route helpers from generic plugin SDK and improve docs\\n- `a75f4fd2a` feat(acp): add defaultChannels config for implicit ACP binding synthesis\\n- `9b69ef3d6` fix(acp): validate defaultChannels values and normalize telegram topic IDs in fallback\\n- `3599f5440` fix(acp): add missing label for defaultChannels and soften doc wording\\n- `09fde0060` fix(acp): prioritize peer-specific bindings over catch-all and reject empty peer IDs\\n- `814030815` feat(acp): auto-enable acpx plugin for defaultChannels and ACP bindings, add README highlight\\n\\n### Test plan\\n\\n- [x] 32 unit tests for binding resolution (feishu/qqbot explicit, catch-all, priority, reverse lookup, defaultChannels synthesis/priority/exclusion/runtime defaults, telegram normalization)\\n- [x] 2 new plugin-auto-enable tests for defaultChannels and ACP binding triggers\\n- [x] 20 schema quality tests (labels, help text)\\n- [x] `pnpm build` passes (TypeScript + rolldown)\\n- [x] `pnpm check` passes (oxlint + oxfmt)\\n- [ ] Manual: send Feishu message -> verify ACP session created with `acp:binding:feishu:` key\\n- [ ] Manual: qqbot plugin integration (companion PR: sliverp/qqbot#156)\",\"number\":43170,\"title\":\"feat(acp): extend persistent bindings to feishu and qqbot channels\"},{\"body\":\"## Summary\\n\\nThe Telegram channel plugin contributes `buttons` to the message tool send schema via `createMessageToolButtonsSchema()`, but the field is not wrapped in `Type.Optional()`. This causes TypeBox to include `buttons` in the JSON Schema `required` array, which makes AJV reject any `message(action=\\\"send\\\")` call that omits the field — including plain text sends with no inline keyboard intended.\\n\\n## Root Cause\\n\\nIn `extensions/telegram/src/channel-actions.ts`:\\n\\n```ts\\nschema.push({\\n  properties: {\\n    buttons: createMessageToolButtonsSchema(), // ← not Optional\\n  },\\n});\\n```\\n\\n`createMessageToolButtonsSchema()` returns `Type.Array(...)` — a required TypeBox field. When TypeBox serialises the merged tool schema to JSON Schema, `buttons` appears in the `required` array. AJV then rejects any tool call missing it.\\n\\n## Impact\\n\\nAny agent (particularly cron/isolated sessions) that calls `message(action=\\\"send\\\")` without explicitly including `buttons` gets a validation error and the message silently fails to deliver. This affects all Telegram setups with `inlineButtons` enabled (the default).\\n\\nThis is especially acute for scheduled cron agents generating briefs, alerts, or notifications — they have no reason to know that `buttons` is contextually required.\\n\\n## Fix\\n\\nOne line: wrap the contribution in `Type.Optional()` and import `Type` from `@sinclair/typebox`:\\n\\n```ts\\nbuttons: Type.Optional(createMessageToolButtonsSchema())\\n```\\n\\nThis correctly marks `buttons` as optional in the generated JSON Schema. Omitting `buttons` or passing `buttons: []` both work — the Telegram action runtime already handles empty arrays gracefully (returns `undefined` for `reply_markup`, no keyboard sent).\\n\\n## Change Type\\n\\n- [x] Bug fix\\n\\n## Scope\\n\\n- [x] Integrations (Telegram channel plugin)\\n\\n## User-visible / Behavior Changes\\n\\n- `message(action=\\\"send\\\")` no longer requires `buttons` to be passed when Telegram inline buttons are enabled\\n- Existing callers that pass `buttons` are unaffected\\n- Cron/isolated sessions that send plain text messages to Telegram threads now work correctly without workarounds\\n\\n## Security Impact\\n\\n- New permissions/capabilities? No\\n- Secrets/tokens handling changed? No\\n- New/changed network calls? No\\n- Command/tool execution surface changed? No\\n\\n## Related\\n\\n- History: #18567 originally added `buttons` to the schema (pre-plugin-SDK era). The `b48194a07e` refactor (\\\"Plugins: move message tool schemas into channel plugins\\\") moved it into the plugin but carried over the non-optional pattern.\\n- Complementary: #38413 strips inert empty-array fields from send params — different scope but related problem surface.\",\"number\":50657,\"title\":\"fix(telegram): make buttons schema contribution Optional\"}]","is_error":false}]},"parent_tool_use_id":null,"session_id":"c17165f5-e9dd-4b60-ac1d-9278958791ba","uuid":"3b3e7c48-6c09-4905-a086-55f2d06b0dd7","timestamp":"2026-03-21T18:51:33.438Z","tool_use_result":{"stdout":"[{\"body\":\"## Summary\\nThe Telegram plugin fails to load due to missing `createScopedDmSecurityResolver` function in the SDK. This fix adds a simple implementation of the function directly in the Telegram plugin to work around the issue.\\n\\n## Fix\\nAdded a local implementation of `createScopedDmSecurityResolver` in `extensions/telegram/src/channel.ts` to replace the missing SDK function.\\n\\n## Error\\n```\\nERROR telegram: failed to load plugin: TypeError: (0 , _compat.createScopedDmSecurityResolver) is not a function\\n```\\n\\n## Testing\\n- Built and tested on Armbian (Linux arm64)\\n- Telegram plugin loads successfully after the fix\",\"number\":44629,\"title\":\"fix(telegram): add createScopedDmSecurityResolver implementation\"},{\"body\":\"## Summary\\n\\nDuring heartbeat embedded runs, the Telegram plugin fails to load with:\\n```\\nCannot find module '.../dist/plugin-sdk/index.js/telegram'\\n```\\n\\n## Root Cause\\n\\nTwo separate jiti instances were being created with different configurations:\\n\\n1. **`plugins/loader.ts`** - creates jiti with scoped aliases:\\n   - `openclaw/plugin-sdk/telegram` → `telegram.js`\\n   - `openclaw/plugin-sdk/discord` → `discord.js`\\n   - etc.\\n\\n2. **`plugin-sdk/root-alias.cjs`** - creates its own jiti **without** aliases\\n\\nWhen `root-alias.cjs` is loaded during embedded runs and a plugin tries to import `openclaw/plugin-sdk/telegram`, the alias-less jiti can't resolve it properly. It falls back to appending `/telegram` to the base path (`index.js`), resulting in the malformed path `index.js/telegram`.\\n\\n## Fix\\n\\nShare the jiti instance via a global Symbol so `root-alias.cjs` reuses the properly configured loader from `plugins/loader.ts`.\\n\\n### Changes:\\n- **`loader.ts`**: Store jiti instance globally via `Symbol.for(\\\"openclaw.pluginJitiLoader\\\")`\\n- **`root-alias.cjs`**: Check for global jiti first, use it if available, fall back to local instance for backwards compatibility\\n\\n## Testing\\n\\nThis fix ensures that during heartbeat embedded runs:\\n1. Plugins load successfully  \\n2. Telegram messages are delivered correctly\\n3. No more \\\"Cannot find module\\\" errors\\n\\nFixes #36425\",\"number\":36589,\"title\":\"fix(plugins): share jiti instance with scoped aliases for heartbeat runs\"},{\"body\":\"## Summary\\n\\nAdd two missing exports to the `plugin-sdk/feishu` subpath surface:\\n\\n- **`resolveMentionGatingWithBypass`** — from `../channels/mention-gating.js`\\n- **`promptAccountId`** — from `../channels/plugins/setup-wizard-helpers.js`\\n\\nBoth symbols are used by the external feishu channel plugin ([`@m1heng-clawd/feishu`](https://github.com/m1heng/clawdbot-feishu)) and were previously importable from the main `openclaw/plugin-sdk` entry. After the recent plugin-sdk subpath restructuring they are no longer reachable from any public surface for feishu consumers.\\n\\n## Context\\n\\nThe recent refactors that slimmed `plugin-sdk/index.ts` and introduced per-channel subpaths (`plugin-sdk/feishu`, `plugin-sdk/telegram`, etc.) moved most value exports off the main entry. The bundled `extensions/feishu` does not need these two symbols directly, but the standalone npm plugin does — it uses `resolveMentionGatingWithBypass` for group mention policy and `promptAccountId` for the onboarding wizard.\\n\\n## Test plan\\n\\n- [ ] `tsc --noEmit` passes\\n- [ ] Existing tests unaffected (additive change only)\",\"number\":49881,\"title\":\"fix(feishu): export missing plugin-sdk/feishu subpath symbols\"},{\"body\":\"## Summary\\n\\nExtend ACP persistent bindings to Feishu and QQ bot channels, and add `acp.defaultChannels` for implicit catch-all ACP binding synthesis. This lets users route all messages on a channel through an external agent CLI (Claude Code, Codex, OpenCode, Gemini CLI) with minimal config, reusing their existing subscriptions.\\n\\nCloses #40097\\nCloses #41988\\n\\n### Quick start\\n\\n```sh\\nopenclaw config set acp.defaultAgent claude\\nopenclaw config set acp.defaultChannels '[\\\"feishu\\\",\\\"qqbot\\\"]'\\n```\\n\\nThe `acpx` backend plugin now auto-enables when `defaultChannels` is set or ACP bindings are configured.\\n\\n### Changes\\n\\n1. **`ConfiguredAcpBindingChannel`** extended: `\\\"discord\\\" | \\\"telegram\\\"` -> `\\\"discord\\\" | \\\"telegram\\\" | \\\"feishu\\\" | \\\"qqbot\\\"`\\n\\n2. **Feishu/QQ binding resolution** with four-bucket priority: peer exact > peer wildcard > catch-all exact > catch-all wildcard. Catch-all bindings (omit `match.peer`) match all conversations on a channel/account.\\n\\n3. **`acp.defaultChannels`** config: array of channels that implicitly use ACP for all conversations when no explicit binding matches. Synthesizes binding specs on the fly using agent runtime ACP defaults.\\n\\n4. **Zod validation**: feishu/qqbot allow omitting `match.peer` (catch-all), but reject empty `peer.id` when `match.peer` is specified.\\n\\n5. **Plugin auto-enable**: `acpx` plugin now auto-enables when `acp.defaultChannels` is set or `bindings[].type=\\\"acp\\\"` exists (previously required explicit `acp.enabled: true`).\\n\\n6. **Feishu integration**: ACP route resolution + session init in `extensions/feishu/src/bot.ts`.\\n\\n7. **Plugin SDK exports**: ACP route helpers exported from both `plugin-sdk/feishu.ts` and `plugin-sdk/index.ts` for external channel plugins (e.g., qqbot).\\n\\n8. **README**: ACP agent runtime added to highlights and core platform sections.\\n\\n### Commits\\n\\n- `e521cd8d9` feat(acp): extend persistent bindings to feishu and qqbot channels\\n- `17810f408` fix(acp): document catch-all reverse lookup limitation and add test\\n- `7dfeb1ea3` feat(acp): export ACP route helpers from generic plugin SDK and improve docs\\n- `a75f4fd2a` feat(acp): add defaultChannels config for implicit ACP binding synthesis\\n- `9b69ef3d6` fix(acp): validate defaultChannels values and normalize telegram topic IDs in fallback\\n- `3599f5440` fix(acp): add missing label for defaultChannels and soften doc wording\\n- `09fde0060` fix(acp): prioritize peer-specific bindings over catch-all and reject empty peer IDs\\n- `814030815` feat(acp): auto-enable acpx plugin for defaultChannels and ACP bindings, add README highlight\\n\\n### Test plan\\n\\n- [x] 32 unit tests for binding resolution (feishu/qqbot explicit, catch-all, priority, reverse lookup, defaultChannels synthesis/priority/exclusion/runtime defaults, telegram normalization)\\n- [x] 2 new plugin-auto-enable tests for defaultChannels and ACP binding triggers\\n- [x] 20 schema quality tests (labels, help text)\\n- [x] `pnpm build` passes (TypeScript + rolldown)\\n- [x] `pnpm check` passes (oxlint + oxfmt)\\n- [ ] Manual: send Feishu message -> verify ACP session created with `acp:binding:feishu:` key\\n- [ ] Manual: qqbot plugin integration (companion PR: sliverp/qqbot#156)\",\"number\":43170,\"title\":\"feat(acp): extend persistent bindings to feishu and qqbot channels\"},{\"body\":\"## Summary\\n\\nThe Telegram channel plugin contributes `buttons` to the message tool send schema via `createMessageToolButtonsSchema()`, but the field is not wrapped in `Type.Optional()`. This causes TypeBox to include `buttons` in the JSON Schema `required` array, which makes AJV reject any `message(action=\\\"send\\\")` call that omits the field — including plain text sends with no inline keyboard intended.\\n\\n## Root Cause\\n\\nIn `extensions/telegram/src/channel-actions.ts`:\\n\\n```ts\\nschema.push({\\n  properties: {\\n    buttons: createMessageToolButtonsSchema(), // ← not Optional\\n  },\\n});\\n```\\n\\n`createMessageToolButtonsSchema()` returns `Type.Array(...)` — a required TypeBox field. When TypeBox serialises the merged tool schema to JSON Schema, `buttons` appears in the `required` array. AJV then rejects any tool call missing it.\\n\\n## Impact\\n\\nAny agent (particularly cron/isolated sessions) that calls `message(action=\\\"send\\\")` without explicitly including `buttons` gets a validation error and the message silently fails to deliver. This affects all Telegram setups with `inlineButtons` enabled (the default).\\n\\nThis is especially acute for scheduled cron agents generating briefs, alerts, or notifications — they have no reason to know that `buttons` is contextually required.\\n\\n## Fix\\n\\nOne line: wrap the contribution in `Type.Optional()` and import `Type` from `@sinclair/typebox`:\\n\\n```ts\\nbuttons: Type.Optional(createMessageToolButtonsSchema())\\n```\\n\\nThis correctly marks `buttons` as optional in the generated JSON Schema. Omitting `buttons` or passing `buttons: []` both work — the Telegram action runtime already handles empty arrays gracefully (returns `undefined` for `reply_markup`, no keyboard sent).\\n\\n## Change Type\\n\\n- [x] Bug fix\\n\\n## Scope\\n\\n- [x] Integrations (Telegram channel plugin)\\n\\n## User-visible / Behavior Changes\\n\\n- `message(action=\\\"send\\\")` no longer requires `buttons` to be passed when Telegram inline buttons are enabled\\n- Existing callers that pass `buttons` are unaffected\\n- Cron/isolated sessions that send plain text messages to Telegram threads now work correctly without workarounds\\n\\n## Security Impact\\n\\n- New permissions/capabilities? No\\n- Secrets/tokens handling changed? No\\n- New/changed network calls? No\\n- Command/tool execution surface changed? No\\n\\n## Related\\n\\n- History: #18567 originally added `buttons` to the schema (pre-plugin-SDK era). The `b48194a07e` refactor (\\\"Plugins: move message tool schemas into channel plugins\\\") moved it into the plugin but carried over the non-optional pattern.\\n- Complementary: #38413 strips inert empty-array fields from send params — different scope but related problem surface.\",\"number\":50657,\"title\":\"fix(telegram): make buttons schema contribution Optional\"}]","stderr":"","interrupted":false,"isImage":false,"noOutputExpected":false}}
{"type":"assistant","message":{"model":"claude-sonnet-4-6","id":"msg_01JByTJ6bdbxRBDBeD68zQrX","type":"message","role":"assistant","content":[{"type":"thinking","thinking":"The most recent open bug issue is #51815: \"[Bug]: Telegram plugin fails to load\" (created 2026-03-21T18:44:33Z).\n\nThe error in issue #51815 is:\n```\n[plugins] telegram failed to load from /app/extensions/telegram/index.ts: Error: Cannot find module '../../src/plugin-sdk/telegram.js'\nRequire stack:\n- /app/extensions/telegram/runtime-api.ts\n```\n\nNow let me look at existing open PRs that might address this. PR #36589 \"fix(plugins): share jiti instance with scoped aliases for heartbeat runs\" addresses a similar \"Cannot find module\" error for `plugin-sdk/index.js/telegram`, but it fixes #36425, not #51815. However, looking at the error more carefully:\n\n\nThe two errors are actually different—#51815 is looking for `../../src/plugin-sdk/telegram.js` while #36589 dealt with a different path pattern in the dist folder. I don't see an open PR that directly addresses this specific issue.","signature":" "}],"stop_reason":null,"stop_sequence":null,"usage":{"input_tokens":1,"cache_creation_input_tokens":2934,"cache_read_input_tokens":27099,"cache_creation":{"ephemeral_5m_input_tokens":0,"ephemeral_1h_input_tokens":2934},"output_tokens":8,"service_tier":"standard","inference_geo":"not_available"},"context_management":null},"parent_tool_use_id":null,"session_id":"c17165f5-e9dd-4b60-ac1d-9278958791ba","uuid":"aa84e7e5-c03a-4911-b07a-d324cc87b1ca"}
{"type":"assistant","message":{"model":"claude-sonnet-4-6","id":"msg_01JByTJ6bdbxRBDBeD68zQrX","type":"message","role":"assistant","content":[{"type":"text","text":"**Most recent open bug issue:**\n\n**#51815 — \"[Bug]: Telegram plugin fails to load\"** (opened 2026-03-21)\n\n> Error: `Cannot find module '../../src/plugin-sdk/telegram.js'`  \n> Triggered in `extensions/telegram/runtime-api.ts` after updating to version 2026.3.14 via Docker.\n\n---\n\n**Fix in progress: No** — no open PR explicitly references #51815 in its title or body.\n\nThe closest related open PR is **#36589** (\"fix(plugins): share jiti instance with scoped aliases for heartbeat runs\"), which addresses a similar Telegram plugin module resolution failure (`Cannot find module '.../dist/plugin-sdk/index.js/telegram'`) and fixes #36425 — but it targets a different error path and a different issue. It does not reference #51815."}],"stop_reason":null,"stop_sequence":null,"usage":{"input_tokens":1,"cache_creation_input_tokens":2934,"cache_read_input_tokens":27099,"cache_creation":{"ephemeral_5m_input_tokens":0,"ephemeral_1h_input_tokens":2934},"output_tokens":8,"service_tier":"standard","inference_geo":"not_available"},"context_management":null},"parent_tool_use_id":null,"session_id":"c17165f5-e9dd-4b60-ac1d-9278958791ba","uuid":"3974fabf-fb66-492f-b4e3-53ca82192858"}
{"type":"result","subtype":"success","is_error":false,"duration_ms":31912,"duration_api_ms":28075,"num_turns":5,"result":"**Most recent open bug issue:**\n\n**#51815 — \"[Bug]: Telegram plugin fails to load\"** (opened 2026-03-21)\n\n> Error: `Cannot find module '../../src/plugin-sdk/telegram.js'`  \n> Triggered in `extensions/telegram/runtime-api.ts` after updating to version 2026.3.14 via Docker.\n\n---\n\n**Fix in progress: No** — no open PR explicitly references #51815 in its title or body.\n\nThe closest related open PR is **#36589** (\"fix(plugins): share jiti instance with scoped aliases for heartbeat runs\"), which addresses a similar Telegram plugin module resolution failure (`Cannot find module '.../dist/plugin-sdk/index.js/telegram'`) and fixes #36425 — but it targets a different error path and a different issue. It does not reference #51815.","stop_reason":"end_turn","session_id":"c17165f5-e9dd-4b60-ac1d-9278958791ba","total_cost_usd":0.12879165,"usage":{"input_tokens":7,"cache_creation_input_tokens":21435,"cache_read_input_tokens":98548,"output_tokens":1255,"server_tool_use":{"web_search_requests":0,"web_fetch_requests":0},"service_tier":"standard","cache_creation":{"ephemeral_1h_input_tokens":21435,"ephemeral_5m_input_tokens":0},"inference_geo":"","iterations":[],"speed":"standard"},"modelUsage":{"claude-sonnet-4-6":{"inputTokens":7,"outputTokens":1255,"cacheReadInputTokens":98548,"cacheCreationInputTokens":21435,"webSearchRequests":0,"costUSD":0.12879165,"contextWindow":200000,"maxOutputTokens":32000}},"permission_denials":[],"fast_mode_state":"off","uuid":"1772cb07-c384-4088-bb96-21ba749cae35"}
