CLI >=2.1.97 rejects combining --session-id with --resume unless
--fork-session is also specified. Pass --session-id only on T1 (when
no --resume is used) and --resume only on T2+ (which already implies
the session UUID). Verified T1/T2/T3 multi-turn context preserved.
- transcript.py: replace isinstance(storage, GCS) branching in
restore_cli_session with _build_path_from_parts (extensible to
new backends without fallthrough bugs)
- transcript.py: log real_path (post-realpath) instead of session_file
in the boundary-check warning for clarity when symlinks are involved
- service.py: add comment explaining asyncio.shield + CancelledError
semantics to match the upload_transcript pattern above it
- service_helpers_test.py: rename test_compaction_same_size_drops to
test_compaction_invalid_transcript_drops (the test validates invalid
compacted content, not same-size content)
- transcript_test.py: add unit tests for upload_cli_session,
restore_cli_session, and _cli_session_path covering the path boundary
guard, FileNotFoundError fast-path, and success/failure return values
- retry_scenarios_test.py: add integration test
test_resume_skipped_when_cli_session_missing to TestStreamChatCompletion
RetryIntegration — exercises the actual cli_restored branch so changes
to service.py are caught immediately
The Claude CLI 2.1.97 changed --resume to accept a session UUID, not a
file path. The service was incorrectly passing a temp file path, causing
the CLI to crash with exit code 1 on every T2+ message.
Fix:
- Pass --session-id {app_uuid} so the CLI's native session file lands at
a predictable path: {projects_base}/{encoded_cwd}/{session_id}.jsonl
- After each turn: upload the CLI native session JSONL to remote storage
via upload_cli_session() -- enables cross-pod --resume without pod affinity
- On T2+: restore_cli_session() downloads and writes the native session
file back to the expected path, then pass --resume {session_uuid}
The DB reconstruction fallback is kept as a last resort (populates builder
state but does not set --resume since no native session is available).
Compaction retry path now runs without --resume since the compacted
content cannot be injected into the CLI native session format.
## Why
`platform_cost_test.py` had an extra blank line between
`TestUsdToMicrodollars.test_large_value` and `class TestMaskEmail`,
causing black to flag it. This failure was appearing in the CI merge
checks of unrelated PRs that target `dev`.
## What
Remove the extra blank line (3 → 2) to satisfy black's formatting rules.
## How
Single-character diff — no logic changes.
## Why
When the AutoPilot copilot needed to connect credentials for an existing
agent, it was routing users to the Builder — flagged by @Pwuts in [the
AutoPilot Credential UX
thread](https://discord.com/channels/1126875755960336515/1492203735034892471/1492204936056930304).
Two root causes:
1. **Credential race-condition on the run/schedule path.**
`_check_prerequisites` only catches missing creds *before* the
executor/scheduler call. If creds are deleted (or drift) between the
prereq check and the actual call, the executor/scheduler raises
`GraphValidationError`. The tool returned a plain `ErrorResponse`, and
the LLM fell back to `create_agent`/`edit_agent` — whose
`AgentSavedResponse.agent_page_link=/build?flowID=...` is exactly the
Builder redirect the user saw.
2. **`GraphValidationError.node_errors` lost over RPC.** The scheduler
call goes through `get_scheduler_client()` (RPC). The server-side error
handler only preserved `exc.args` — the structured `node_errors` mapping
was stripped, making it impossible for the copilot to distinguish
credential failures from other validation errors on the schedule path.
## What
- **Race-condition handling for both run and schedule paths.**
`_run_agent` and `_schedule_agent` now catch `GraphValidationError`,
detect credential-flavoured node errors, and rebuild the inline
`SetupRequirementsResponse` so the credential setup card renders inline
without leaving chat. Mixed credential+structural errors fall through to
plain `ErrorResponse` so structural errors aren't hidden.
- **`GraphValidationError` round-trips over RPC.** `service.py` now
packs `node_errors` into a typed `RemoteCallExtras` field on
`RemoteCallError`, and the client-side handler re-threads it back into
the reconstructed exception.
- **Shared credential-error matcher.** The credential-string matching
logic is extracted to `is_credential_validation_error_message()` in
`backend/executor/utils.py`, backed by `CRED_ERR_*` module-level
constants that are referenced at both raise sites and in the matcher —
so adding a new credential error string doesn't silently break the
copilot fallback.
- **Tool-description guardrails.** `create_agent` and `edit_agent`
descriptions now explicitly say "Do NOT use this to connect credentials
— call run_agent instead." `agent_generation_guide.md` has the same
guardrail for the agent-building context.
## How
- `backend/copilot/tools/run_agent.py`: new
`_build_setup_requirements_from_validation_error()` helper; try/except
around `add_graph_execution` and `add_execution_schedule` in the
respective `_run_agent`/`_schedule_agent` paths; race-condition warnings
logged.
- `backend/executor/utils.py`: `CRED_ERR_*` constants +
`_CREDENTIAL_ERROR_MARKERS` typed tuple + public
`is_credential_validation_error_message()` exported; old private
`_is_credential_error` lambda replaced.
- `backend/util/service.py`: `RemoteCallExtras` Pydantic model with
`node_errors: Optional[dict[str, dict[str, str]]]`; server handler packs
it for `GraphValidationError`; client handler re-threads it;
`exception_class is GraphValidationError` identity check (not
`issubclass`).
- `backend/copilot/tools/create_agent.py`, `edit_agent.py`: added
credential-routing guardrail to tool descriptions.
- `backend/copilot/sdk/agent_generation_guide.md`: added
credential-routing guardrail.
## Test plan
- [x] Unit tests for `is_credential_validation_error_message` (all four
error templates matched, case-insensitive, non-credential messages
rejected).
- [x] Parity tests in `utils_test.py` that pin all `CRED_ERR_*`
constants against `is_credential_validation_error_message` — drift when
a new credential error is added fails immediately.
- [x] Unit tests for `_build_setup_requirements_from_validation_error`:
credential error → `SetupRequirementsResponse`; non-credential error →
`None`; mixed errors → `None`.
- [x] E2E test for `_schedule_agent` race path:
`get_scheduler_client().add_execution_schedule` mocked to raise
credential `GraphValidationError` → response is `setup_requirements`,
not generic error.
- [x] E2E test for `_run_agent` race path:
`execution_utils.add_graph_execution` mocked with `AsyncMock` to raise
credential `GraphValidationError` → response is `setup_requirements`.
- [x] `RemoteCallError` round-trip tests in `service_test.py`: server
handler packs `node_errors` into `extras`; client handler unpacks; full
round-trip preserves `node_errors`.
- [x] Backwards-compat test: old `RemoteCallError` without `extras`
still deserializes to `GraphValidationError` with empty `node_errors`.
## Summary
- Extract `ThinkingStripper` from `baseline/service.py` into a shared
`copilot/thinking_stripper.py` module
- Apply thinking-tag stripping to the SDK streaming path
(`_dispatch_response`) so `<internal_reasoning>` and `<thinking>` tags
emitted by non-extended-thinking models (e.g. Sonnet) are stripped
before reaching the SSE client
- Flush any buffered text from the stripper at stream end so no content
is lost
- Add unit tests for the shared `ThinkingStripper` and integration tests
for the SDK dispatch path
## Problem
When using Claude Sonnet (which doesn't have extended thinking), the
model sometimes outputs `<internal_reasoning>...</internal_reasoning>`
tags as visible text in the response stream. The baseline path already
stripped these, but the SDK path did not.
## Test plan
- [ ] CI passes (unit tests for ThinkingStripper and SDK dispatch
stripping)
- [ ] Manual test: send a message via Sonnet and verify no
`<internal_reasoning>` tags appear in the response
## Summary
- Fixes duplicate message content shown in CoPilot during SSE
reconnections (page visibility change, network hiccups, wake-resync)
- The `resume_session_stream` backend always replays from `"0-0"`
(beginning of Redis stream), and replayed `UIMessage` objects get new
generated IDs from `useChat`, bypassing the old adjacent-only content
dedup
- Extends `deduplicateMessages` to track all seen `role +
preceding-user-context + content` fingerprints globally, catching
replayed messages regardless of different IDs or position in the list
- Scopes fingerprints by preceding user message text to avoid false
positives when the assistant legitimately gives the same answer to
different prompts
## Test plan
- [ ] Verify new unit tests pass in CI (`helpers.test.ts` - 7 new dedup
test cases)
- [ ] Manual: start a long tool-use session, switch tabs, return - no
duplicate content
- [ ] Manual: refresh page during active session - content loads from DB
without duplicates
- [ ] Manual: ask the same question twice in different turns - both
answers preserved
## Why
We've been pinned at `claude-agent-sdk==0.1.45` (bundled CLI 2.1.63)
since PR #12294 because newer versions had two OpenRouter
incompatibilities:
1. **`tool_reference` content blocks** (CLI 2.1.69+) — OpenRouter's Zod
validation rejects them
2. **`context-management-2025-06-27` beta header** (CLI 2.1.91+) —
OpenRouter returns 400
Both are now resolved:
- **`tool_reference`: Fixed by CLI's built-in proxy detection.** CLI
2.1.70+ detects `ANTHROPIC_BASE_URL` pointing to a non-Anthropic
endpoint and disables `tool_reference` blocks automatically. Verified
working in CLI 2.1.97 — the bare CLI test only XFAILs on the beta
header, NOT on tool_reference.
- **`context-management` beta: Fixed by
`CLAUDE_CODE_DISABLE_EXPERIMENTAL_BETAS=1` env var.** Injected via
`build_sdk_env()` for all SDK subprocess calls. Verified in CI.
## What
- Upgrades `claude-agent-sdk` from **0.1.45 → 0.1.58** (bundled CLI
2.1.63 → 2.1.97)
- Injects `CLAUDE_CODE_DISABLE_EXPERIMENTAL_BETAS=1` in
`build_sdk_env()` (all modes)
- Adds `claude_agent_cli_path` config override with executable
validation
- Adds `claude_agent_max_thinking_tokens=8192` (was unlimited — 54% of
$14K/5-day spend was thinking tokens at $75/M)
- Lowers `max_budget_usd` from $100 → $15 and `max_turns` from 1000 → 50
### Features unlocked by the upgrade
| Feature | SDK | Impact |
|---|---|---|
| `exclude_dynamic_sections` | 0.1.57 | Cross-user prompt cache hits
(see #12758) |
| `AssistantMessage.usage` per-turn | 0.1.49 | Cost attribution per LLM
call |
| `task_budget` | 0.1.51 | Per-task cost ceiling at SDK level |
| `get_context_usage()` | 0.1.52 | Live context-window monitoring |
| MCP large-tool-result fix | 0.1.55 | No more silent truncation >50K
chars |
| MCP HTTP/SSE buffer leak fix | CLI 2.1.97 | Production memory creep
~50 MB/hr |
| 429 retry exponential backoff | CLI 2.1.97 | Rate-limit recovery (was
burning all retries in ~13s) |
| `--resume` cache miss fix | CLI 2.1.90 | Prompt cache works after
resume |
| SDK session quadratic-write fix | CLI 2.1.90 | No more slowdown on
long sessions |
| `max_thinking_tokens` | 0.1.57 | Cap extended thinking cost |
## How
- `build_sdk_env()` in `env.py` injects the env var unconditionally (all
3 auth modes)
- `service.py` passes `max_thinking_tokens` to `ClaudeAgentOptions`
- `config.py` adds 3 new fields with env var overrides
- Regression tests verify both OpenRouter compat issues are handled
## Test plan
- [x] CI green on all test matrices (3.11, 3.12, 3.13)
- [x] `test_disable_experimental_betas_env_var_strips_headers` passes —
verifies env var strips both patterns
- [x] `test_bare_cli_*` correctly XFAILs — documents the CLI regression
exists
- [x] `test_sdk_exposes_max_thinking_tokens_option` guards the new param
- [x] Config validation tests use real temp executables
### Why
LLM token costs are significant, especially for the copilot feature. The
system prompt and tool definitions are the two largest static components
of every request — caching them dramatically reduces input token costs
(cache reads cost 10% of the base input price).
Previously, user-specific context (business understanding) was embedded
directly in the system prompt, making it unique per user and preventing
cache sharing across users or sessions. Every request paid full price
for the system prompt even when the content was functionally identical.
A secondary security concern was identified during review: because the
LLM is instructed to parse `<user_context>` blocks, a user could type a
literal `<user_context>…</user_context>` tag in any message and
potentially spoof or suppress their own personalisation context. This PR
includes a full defence-in-depth fix for that injection vector on the
first turn (including new users with no stored understanding), plus
GET-endpoint stripping so injected context is never surfaced back to the
client.
### What
- **`copilot/service.py`**: Added `USER_CONTEXT_TAG` constant (shared by
writer and reader). Added `_USER_CONTEXT_ANYWHERE_RE` /
`_USER_CONTEXT_PREFIX_RE` regexes, `format_user_context_prefix`,
`strip_user_context_prefix`, `sanitize_user_supplied_context`, and
`_sanitize_user_context_field` helpers. Replaced the old
`_build_cacheable_system_prompt` / `_build_system_prompt` pair with a
single `_build_system_prompt` that returns `(static_prompt,
understanding)`. Added `inject_user_context` which sanitizes user input,
optionally wraps trusted understanding, and persists the result to DB.
- **`copilot/sdk/service.py`**: On first turn calls
`inject_user_context` before `_build_query_message` so the query sees
the prefixed content. Passes `user_id if not has_history else None` to
avoid redundant DB lookups on subsequent turns.
- **`copilot/baseline/service.py`**: Same pattern —
`inject_user_context` called before transcript append and OpenAI message
list construction; `openai_messages` loop patches the first user entry
after injection.
- **`blocks/llm.py`**: System prompt sent as a structured block with
`cache_control: {"type": "ephemeral"}`. `cache_control` placed on the
last tool in the tool list. Guards against empty/whitespace-only system
blocks (Anthropic rejects them). Fixed `anthropic.omit` →
`anthropic.NOT_GIVEN` sentinel for the no-tools case.
- **`api/features/chat/routes.py`**: Added `_strip_injected_context`
which returns a shallow copy of each message with the server-injected
`<user_context>` prefix stripped before the GET `/sessions/{id}`
response, so the prefix is invisible to the frontend.
- **`copilot/db.py`**: Added defence-in-depth `result > 1` error log in
`update_message_content_by_sequence`. Added authorization note
documenting why a `userId` join is not required.
- **`data/db_manager.py`**: Registered
`update_message_content_by_sequence` on both the sync and async DB
manager clients.
### How it works
**Static system prompt**: The system prompt is now identical for every
user. The LLM is instructed to look for a `<user_context>` block in the
first user message when present, and to greet new users warmly when no
context is provided.
**User context injection**: On the first turn of a new session, the
caller's business understanding is prepended to the user's message as
`<user_context>…</user_context>`. The prefixed content is also persisted
to the DB so resumed sessions and page reloads retain personalisation.
**`<user_context>` tag sanitization (security)**: `inject_user_context`
calls `sanitize_user_supplied_context` unconditionally — even when
`understanding` is `None` — so new users cannot smuggle a
`<user_context>` tag to the LLM on the first turn. Fields from the
stored `BusinessUnderstanding` object are escaped with
`_sanitize_user_context_field` so user-controlled free-text cannot break
out of the trusted block. The GET endpoint strips the injected prefix
before returning message history to the client.
**All-turn sanitization**: `strip_user_context_tags` (a public alias of
`sanitize_user_supplied_context`) is called unconditionally on every
incoming message in both the SDK and baseline paths — before
`maybe_append_user_message` — so `<user_context>` tags typed by a user
on any turn (not just the first) are stripped before reaching the LLM.
Lone unpaired tags (e.g. `<user_context>spoof` without a closing tag)
are also caught by a second-pass `_USER_CONTEXT_LONE_TAG_RE`
substitution. The system prompt explicitly states the tag is
server-injected, only trusted on the first message, and must be ignored
on subsequent turns.
**Cache placement**: Per Anthropic's caching model, placing
`cache_control` on the system prompt block caches everything up to and
including it. Placing `cache_control` on the last tool definition caches
all tool schemas as a single prefix. Both cache points are set so
repeated requests from any user can hit both caches.
**Langfuse compatibility**: `_build_system_prompt` calls
`prompt.compile(users_information="")` so existing Langfuse prompt
templates remain static and cacheable.
### Checklist 📋
#### For code changes:
- [x] I have clearly listed my changes in the PR description
- [x] I have made a test plan
- [x] I have tested my changes according to the test plan:
- [x] Verify system prompt no longer contains user-specific information
- [x] Verify `<user_context>` block appears in the first user message on
new sessions
- [x] Verify returning users still receive personalised responses via
user context
- [x] Verify Langfuse-sourced prompts compile correctly with empty
`users_information`
- [x] Verify Anthropic API calls include `cache_control` on system block
and last tool
- [x] Verify user-supplied `<user_context>` tags are stripped on the
first turn (including when understanding is None)
- [x] Verify user-supplied `<user_context>` tags are stripped on all
turns (turn 2+ sanitization via `strip_user_context_tags`)
- [x] Verify lone unpaired `<user_context>` tags (no closing tag) are
also stripped
- [x] Verify GET `/sessions/{id}` does not expose the injected
`<user_context>` prefix to the client
---------
Co-authored-by: majdyz <majdy.zamil@gmail.com>
Co-authored-by: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
## Why
The platform cost tracking system had several gaps that made the admin
dashboard less accurate and harder to reason about:
**Q: Do we have per-model granularity on the provider page?**
The `model` column was stored in `PlatformCostLog` but the SQL
aggregation grouped only by `(provider, tracking_type)`, so all models
for a given provider collapsed into one row. Now grouped by `(provider,
tracking_type, model)` — each model gets its own row.
**Q: Why does Anthropic show `per_run` for OrchestratorBlock?**
Bug: `OrchestratorBlock._call_llm()` was building `NodeExecutionStats`
with only `input_token_count` and `output_token_count` — it dropped
`resp.provider_cost` entirely. For OpenRouter calls this silently
discarded the `cost_usd`. For the SDK (autopilot) path,
`ResultMessage.total_cost_usd` was never read. When `provider_cost` is
None and token counts are 0 (e.g. SDK error path), `resolve_tracking`
falls through to `per_run`. Fixed by propagating all cost/cache fields.
**Q: Why can't we get `cost_usd` for Anthropic direct API calls?**
The Anthropic Messages API does not return a dollar amount — only token
counts. OpenRouter returns cost via response headers, so it uses
`cost_usd` directly. The Claude Agent SDK *does* compute
`total_cost_usd` internally, so SDK-mode OrchestratorBlock runs now get
`cost_usd` tracking. For direct Anthropic LLM blocks the estimate uses
per-token rates (see cache section below).
**Q: What about labeling by source (autopilot vs block)?**
Already tracked: `block_name` stores `copilot:SDK`, `copilot:Baseline`,
or the actual block name. Visible in the raw logs table. Not added to
the provider group-by (would explode row count); use the logs table
filter instead.
**Q: Is there double-counting between `tokens`, `per_run`, and
`cost_usd`?**
No. `resolve_tracking()` uses a strict preference hierarchy — exactly
one tracking type per execution: `cost_usd` > `tokens` > provider
heuristics > `per_run`. A single execution produces exactly one
`PlatformCostLog` row.
**Q: Should we track Anthropic prompt cache tokens (PR #12725)?**
Yes — PR #12725 adds `cache_control` markers to Anthropic API calls,
which causes the API to return `cache_read_input_tokens` and
`cache_creation_input_tokens` alongside regular `input_tokens`. These
have different billing rates:
- Cache reads: **10%** of base input rate (much cheaper)
- Cache writes: **125%** of base input rate (slightly more expensive,
one-time)
- Uncached input: **100%** of base rate
Without tracking them separately, a flat-rate estimate on
`total_input_tokens` would be wrong in both directions.
## What
- **Per-model provider table**: SQL now groups by `(provider,
tracking_type, model)`. `ProviderCostSummary` and the frontend
`ProviderTable` show a model column.
- **Cache token columns**: New `cacheReadTokens` and
`cacheCreationTokens` columns in `PlatformCostLog` with matching
migration.
- **LLM block cache tracking**: `LLMResponse` captures
`cache_read_input_tokens` / `cache_creation_input_tokens` from Anthropic
responses. `NodeExecutionStats` gains `cache_read_token_count` /
`cache_creation_token_count`. Both propagate to `PlatformCostEntry` and
the DB.
- **Copilot path**: `token_tracking.persist_and_record_usage` now writes
cache tokens as dedicated `PlatformCostEntry` fields (was
metadata-only).
- **OrchestratorBlock bug fix**: `_call_llm()` now includes
`resp.provider_cost`, `resp.cache_read_tokens`,
`resp.cache_creation_tokens` in the stats merge. SDK path captures
`ResultMessage.total_cost_usd` as `provider_cost`.
- **Accurate cost estimation**: `estimateCostForRow` uses
token-type-specific rates for `tokens` rows (uncached=100%, reads=10%,
writes=125% of configured base rate).
## How
`resolve_tracking` priority is unchanged. For Anthropic LLM blocks the
tracking type remains `tokens` (Anthropic API returns no dollar amount).
For OrchestratorBlock in SDK/autopilot mode it now correctly uses
`cost_usd` because the Claude Agent SDK computes and returns
`total_cost_usd`. For OpenRouter through OrchestratorBlock it now
correctly uses `cost_usd` (was silently dropped before).
## Checklist 📋
#### For code changes:
- [x] I have clearly listed my changes in the PR description
- [x] I have made a test plan
- [x] I have tested my changes according to the test plan:
- [x] `ProviderCostSummary` SQL updated
- [x] Cache token fields present in `PlatformCostEntry` and
`PlatformCostLogCreateInput`
- [x] Prisma client regenerated — all type checks pass
- [x] Frontend `helpers.test.ts` updated for new `rateKey` format
- [x] Pre-commit hooks pass (Black, Ruff, isort, tsc, Prisma generate)
### Why / What / How
**Why:** The `ask_question` copilot tool previously only accepted a
single question per invocation. When the LLM needs to ask multiple
clarifying questions simultaneously, it either crams them into one text
field (requiring users to format numbered answers manually) or makes
multiple sequential tool calls (slow and disruptive UX).
**What:** Replace the single `question`/`options`/`keyword` parameters
with a `questions` array parameter so the LLM can ask multiple questions
in one tool call, each rendered as its own input box.
**How:** Simplified the tool to accept only `questions` (array of
question objects). Each item has `question` (required), `options`, and
`keyword`. The frontend `ClarificationQuestionsCard` already supports
rendering multiple questions — no frontend changes needed.
### Changes 🏗️
- `backend/copilot/tools/ask_question.py`: Replaced dual
question/questions schema with single `questions` array. Extracted
parsing into module-level `_parse_questions` and `_parse_one` helpers.
Follows backend code style: early returns, list comprehensions, top-down
ordering, functions under 40 lines.
- `backend/copilot/tools/ask_question_test.py`: Rewritten with 18
focused tests covering happy paths, keyword handling, options filtering,
and invalid input handling.
### Checklist 📋
#### For code changes:
- [x] I have clearly listed my changes in the PR description
- [x] I have made a test plan
- [ ] I have tested my changes according to the test plan:
- [ ] Run `poetry run pytest backend/copilot/tools/ask_question_test.py`
— all tests pass
🤖 Generated with [Claude Code](https://claude.com/claude-code)
---------
Co-authored-by: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
- Import get_subscription_price_id in v1.py
- get_subscription_status now calls stripe.Price.retrieve for PRO/BUSINESS
tiers to return actual unit_amount instead of hardcoded zeros
- UI will now show correct monthly costs when LD price IDs are configured
- Fix Button import from __legacy__ to design system in SubscriptionTierSection
- Update subscription status tests to mock the new Stripe price lookup
Drop the dual question/questions schema in favor of a single
`questions` array parameter. This removes ~175 lines of complexity
(the _execute_single path, duplicate params, precedence logic).
Restructured per backend code style rules:
- Top-down ordering: public _execute first, helpers below
- Early return with guard clauses, no deep nesting
- List comprehensions via walrus operator in _parse_questions
- Helpers extracted as module-level functions (not methods)
- Functions under 40 lines each
The frontend ClarificationQuestionsCard already renders arrays of
any length — no UI changes needed.
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
Add isinstance narrowing in test_execute_multiple_questions_ignores_single_params
to fix Pyright type-check CI failure (reportAttributeAccessIssue).
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
Tests that access `result.questions` without first narrowing the type
from `ToolResponseBase` to `ClarificationNeededResponse` cause Pyright
type-check failures. Added `assert isinstance(result,
ClarificationNeededResponse)` before accessing `.questions` in 4 tests.
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
When navigating back to a cached session, appliedActionKeys was reset to empty
but messages were preserved. This caused previously applied actions to reappear
as unapplied in the UI, allowing them to be re-applied and creating duplicate
undo entries. Clearing messages unconditionally on navigation ensures the
displayed action buttons always reflect the actual applied state.
- Restore top-level `required: ["question"]` in schema for LLM tool-
calling compatibility; validation handles the questions-only path
- Fix keyword null bug: `item.get("keyword")` returning None now
correctly falls back to `question-{idx}` instead of producing "None"
- Filter empty-string options in _build_question (`str(o).strip()`)
to avoid artifacts like "Email, , Slack"
- Revert session type hint to `ChatSession` to match base class contract
- Add tests for null keyword and empty-string options filtering
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
- Remove top-level `required: ["question"]` from schema so the
`questions`-only calling convention is valid for schema-compliant LLMs
- Move logger assignment below all imports (PEP 8 / isort)
- Remove duplicated option filtering in `_execute_single`; let
`_build_question` own that responsibility
- Fix `session` type hint to `ChatSession | None` to match the guard
- Add test for `questions` as non-list type (falls back to single path)
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
- Fix falsy option filtering: use `if o is not None` instead of `if o`
so valid values like "0" are preserved
- Improve multi-question `message` field: join all questions with ";"
instead of only using the first question's text
- Add logging warnings for skipped invalid items in multi-question path
instead of silently dropping them
- Simplify schema: use `"required": ["question"]` instead of empty
required + anyOf (more LLM-friendly)
- Add missing test cases: session=None, single-item questions array,
duplicate keywords, falsy option values
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
The ask_question tool previously only accepted a single question per
invocation, forcing the LLM to cram multiple queries into one text box
or make multiple sequential tool calls. This adds a `questions` parameter
(list of question objects) so multiple input fields render at once.
Backward-compatible: the existing `question`/`options`/`keyword` params
still work. When `questions` (plural) is provided, they take precedence.
The frontend ClarificationQuestionsCard already supports rendering
multiple questions — no frontend changes needed.
Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
Tests for GET/POST /credits/subscription covering:
- GET returns current tier (PRO, FREE default when None)
- POST FREE skips Stripe when payment disabled
- POST PRO sets tier directly for beta users (payment disabled)
- POST paid tier rejects missing success_url/cancel_url with 422
- POST paid tier creates Stripe Checkout Session and returns URL
- POST FREE with payment enabled cancels active Stripe subscription
- Remove useCallback from changeTier (not needed per project guidelines)
- Block self-service tier changes for ENTERPRISE users (admin-managed)
- Preserve current tier on unrecognized Stripe price_id instead of
defaulting to FREE (prevents accidental downgrades during price migration)
Tests for:
- Unknown/mismatched Stripe price_id defaults to FREE (not early return)
- None from LaunchDarkly price flags defaults to FREE
- BUSINESS tier mapping
- StripeError during cancel_stripe_subscription is logged, not raised
When sync_subscription_from_stripe encounters an unrecognized price_id
(e.g. LD flags unconfigured or price changed), it no longer returns early
leaving the user on a stale tier. Instead it defaults to FREE and logs a
warning, keeping the DB state consistent with Stripe's subscription status.
Also guard against None pro_price/biz_price from LaunchDarkly before
comparison to avoid silent mismatches.
EditAgentTool and RunAgentTool call useCopilotChatActions() which throws
if no provider is in the tree. Wrap the panel content with
CopilotChatActionsProvider wired to sendRawMessage so tool components
can send retry prompts without crashing.
The user message was saved to DB before the <user_context> prefix was added
to session.messages. Subsequent upsert_chat_session calls only append new
messages (slicing by existing_message_count), so the prefixed content was
never written to the DB. On page reload or --resume, the unprefixed version
was loaded, losing personalisation.
Fix: add update_message_content_by_sequence to db.py and call it after
injecting the prefix in both sdk/service.py and baseline/service.py.
Add customer.subscription.created to the sync handler so user tier is
upgraded immediately when the subscription is first created (not just on
subsequent updates/deletions).
dev branch already creates SubscriptionTier enum and subscriptionTier column in
20260326200000_add_rate_limit_tier. Remove duplicate DDL from our migration and
only add SUBSCRIPTION to CreditTransactionType using IF NOT EXISTS guard.
Add cancel_stripe_subscription() which lists and cancels all active Stripe
subscriptions for the customer, preventing continued billing after downgrade.
Call it from update_subscription_tier() when tier == FREE and payment is
enabled. Add two unit tests covering active and empty subscription scenarios.
Add tests for the /logs/export endpoint (success, truncated, filters, auth) and
fix missing import of get_platform_cost_logs_for_export in platform_cost_test.py.
Add upfront 422 validation when upgrading to a paid tier without providing
redirect URLs. Also catch stripe.StripeError alongside ValueError to return
a proper 422 instead of a 500 on Stripe API errors.
Pressing Escape while drafting a message was silently discarding the
user's text. Guard the handler so it only closes the panel when focus is
outside an editable element.
Remove get_subscription_cost (referenced deleted flags SUBSCRIPTION_COST_PRO/BUSINESS).
Subscription pricing is now handled by Stripe. Add GRAPHITI_MEMORY flag from dev.
- Remove `# type: ignore[attr-defined]` suppressors from `set_auto_top_up`
and `set_subscription_tier` — pyright resolves `CachedFunction.cache_delete`
through the import boundary without the suppressor
- Add `max(0, ...)` guard to `get_subscription_cost` to prevent negative
LaunchDarkly flag values from yielding negative costs
- Change `SubscriptionTierRequest.tier` from `str` to
`Literal["FREE", "PRO", "BUSINESS"]` so Pydantic rejects ENTERPRISE and
any unknown tier with a 422 at the schema layer
- Move `SubscriptionTier` and feature-flag imports from local function scope
to module-level in v1.py (top-level imports policy)
- Fix `test_sync_subscription_from_stripe_active` mock to use a proper async
`side_effect` function instead of calling an `AsyncMock` inline
POST /credits/subscription now returns {url} when Stripe checkout is needed.
Redirect user to Stripe on non-empty URL, refresh tier on empty URL (beta/FREE).
Remove credit-based tier validation; Stripe handles payment gating.
- Restore CreditTransactionType to original enum without SUBSCRIPTION
- Restore input/ctx fields in ValidationError schema
These changes were accidentally included from workspace drift; they are
not part of this PR and should come from their own respective PRs.
- Replace type: ignore suppressor with monkeypatch.setattr in AIConditionBlock test
- Replace bare sentry_sdk module with typed API imports in metrics/service/manager
- Fix CostLogRow field order: cache_read/creation_tokens after model
- Move /logs/export endpoint to correct position in paths (before analytics)
- Add model, block_name, tracking_type params to export endpoint schema
- Add PlatformCostExportResponse in correct schema position
- Add SUBSCRIPTION to CreditTransactionType enum
- Remove input/ctx from ValidationError schema
- Add model/block/type filter UI inputs and wire to hook/URL
- Make AnthropicIntegration and LaunchDarklyIntegration optional imports in metrics.py
- Add export CSV button wired to handleExport in LogsTable
The previous commit accidentally included SUBSCRIPTION in CreditTransactionType
via the local export-api-schema hook which used a Prisma client generated
from a different worktree schema. Restore to the correct pre-commit state.
- Add /api/admin/platform-costs/logs/export endpoint (100K row cap)
- Add cache_read_tokens and cache_creation_tokens to CostLogRow model
- Add CSV export button to LogsTable with buildCostLogsCsv helper
- Fix llm.py: persist total_provider_cost to stats even when all retries fail
- Update openapi.json: add PlatformCostExportResponse and export endpoint
- Guard Anthropic system block behind sysprompt.strip() to avoid 400 errors
when sysprompt is empty (Anthropic rejects empty text blocks with 400)
- Fix anthropic.omit -> anthropic.NOT_GIVEN in convert_openai_tool_fmt_to_anthropic
- Persist <user_context> prefix into session.messages and transcript on first
turn in both baseline and SDK paths so personalisation survives resume/reload
- Add test for empty-sysprompt -> system key omitted in Anthropic API call
- Re-add describe block for seed message sending (removed in 8b8eb80480):
- verifies sendMessage is called with buildSeedPrompt when isGraphLoaded=true
- verifies sendMessage is NOT called when isGraphLoaded=false (default)
- verifies the hasSentSeedMessageRef guard fires only once per session
- Add test for empty messages guard in prepareSendMessagesRequest
- Guard messages.at(-1) in prepareSendMessagesRequest with an early throw
so a runtime TypeError cannot occur if the AI SDK contract is violated
### Why
Admin user impersonation was silently broken for the copilot/autopilot
chat feature. The SSE stream requests and message feedback requests made
direct HTTP calls to the backend with only a Bearer token — missing the
`X-Act-As-User-Id` header that the impersonation feature requires.
This meant that when an admin impersonated a user and used copilot chat,
messages were processed and feedback was recorded under the admin's
identity, not the impersonated user's. The impersonation header was also
read inconsistently: `custom-mutator.ts` accessed `sessionStorage`
directly (breaking cross-tab impersonation), while other callers had no
impersonation support at all.
### What
- **`src/lib/impersonation.ts`**: Added `getSystemHeaders()` — a single
function that returns all cross-cutting request headers, currently
`X-Act-As-User-Id` when impersonation is active. Uses
`ImpersonationState.get()` which handles both `sessionStorage`
(same-tab) and cookie fallback (cross-tab). Added
`IMPERSONATION_COOKIE_NAME` constant to `constants.ts` to replace the
previously hardcoded local string.
- **`src/app/(platform)/copilot/helpers.ts`**: Added
`getCopilotAuthHeaders()` — combines `getWebSocketToken()` (JWT) with
`getSystemHeaders()` (impersonation) into a single async call for direct
backend requests.
- **`src/app/(platform)/copilot/useCopilotStream.ts`**: Replaced local
`getAuthHeaders()` (JWT only) with shared `getCopilotAuthHeaders()` in
both `prepareSendMessagesRequest` and `prepareReconnectToStreamRequest`.
-
**`src/app/(platform)/copilot/components/ChatMessagesContainer/useMessageFeedback.ts`**:
Switched from `getWebSocketToken()` to `getCopilotAuthHeaders()` for
feedback POST requests.
- **`src/app/api/mutators/custom-mutator.ts`**: Replaced raw
`sessionStorage.getItem(IMPERSONATION_STORAGE_KEY)` with
`getSystemHeaders()` (fixes cross-tab support for all generated API
calls).
- **Tests**: New unit tests for `getCopilotAuthHeaders` (4 cases),
`customMutator` impersonation header propagation (2 cases), and
`ImpersonationState`/`ImpersonationCookie`/`ImpersonationSession` (full
coverage across 3 describe blocks, 18 cases).
### How it works
`getSystemHeaders()` calls `ImpersonationState.get()` which reads
`sessionStorage` first and falls back to the impersonation cookie when
`sessionStorage` is empty (cross-tab scenario). The returned header map
is spread into every outbound request, so a single update to
`getSystemHeaders()` propagates to all callers automatically.
`getCopilotAuthHeaders()` wraps both the JWT fetch and the impersonation
header into one `async` call. Callers no longer need to know about
impersonation — they just spread the returned headers into their fetch
options.
### Checklist 📋
#### For code changes:
- [x] I have clearly listed my changes in the PR description
- [x] I have made a test plan
- [x] I have tested my changes according to the test plan:
- [x] As admin, impersonate a user and open copilot/autopilot chat —
messages processed in the context of the impersonated user
- [x] As admin, impersonate a user and submit feedback (upvote/downvote)
— feedback recorded against the impersonated user
- [x] Without impersonation active, copilot chat works normally
- [x] Frontend unit tests pass: `pnpm test:unit`
### Why
During autopilot sessions with \`dry_run=True\`, the LLM was leaking
awareness of simulation mode through three channels:
1. \`dry_run\` appeared as a required parameter in \`RunBlockTool\`'s
schema — the LLM could see and pass it.
2. \`is_dry_run: true\` appeared in the serialized MCP tool result JSON
the LLM received, causing it to narrate that execution was simulated.
3. The \`[DRY RUN]\` prefix on response messages told the LLM explicitly
that credentials were absent or execution was skipped.
This broke the illusion of a seamless preview experience: users watching
an autopilot dry-run would see the LLM comment on simulation rather than
treating the run as real.
### What
**Backend:**
- \`copilot/model.py\`: \`ChatSessionInfo.dry_run\` is the single source
of truth, stored in the \`metadata\` JSON column (no migration needed).
Set at session creation; never changes.
- \`copilot/tools/run_block.py\`: Removed \`dry_run\` from the tool
schema and \`_execute\` params entirely. Block always reads
\`session.dry_run\`.
- \`copilot/tools/run_agent.py\`: Kept \`dry_run\` as an **optional**
schema parameter (LLM may request a per-call test run in normal
sessions), but \`session.dry_run=True\` unconditionally forces it True.
Removed from \`required\`.
- \`copilot/tools/models.py\`: \`BlockOutputResponse.is_dry_run: bool |
None = None\` — field is absent from normal-run output (was always
\`false\`).
- \`copilot/tools/base.py\`: \`model_dump_json(exclude_none=True)\` —
omits \`None\` fields from serialized output, keeping payloads clean.
- \`copilot/sdk/tool_adapter.py\`: \`_strip_llm_fields\` removes
\`is_dry_run\` from MCP tool result JSON **after** stashing for the
frontend SSE stream. Stripping is conditional on \`session.dry_run\` —
in normal sessions \`is_dry_run\` remains visible so the LLM can reason
about individual simulated calls. Extracted \`_make_truncating_wrapper\`
(was \`_truncating\`) for direct unit testing.
- \`blocks/autopilot.py\`: \`dry_run\` propagates from
\`execution_context.dry_run\` so nested AutoPilot sessions inherit the
parent's simulation mode.
**Frontend:**
- \`useCopilotUIStore\`: Added \`isDryRun\` / \`setIsDryRun\` state
persisted to localStorage (\`COPILOT_DRY_RUN\` key).
- \`useChatSession\`: Accepts \`dryRun\` option; creates session with
\`dry_run: true\` when enabled; resets session when the toggle changes.
- \`DryRunToggleButton\`: New UI control for toggling dry_run mode.
- \`RunAgent.tsx\` / \`helpers.tsx\`: Added \`AgentOutputResponse\` type
handling and \`ExecutionStartedCard\` rendering for the \`agent_output\`
response type.
- OpenAPI: \`is_dry_run\` on \`BlockOutputResponse\` changed to
\`boolean | null\` (was \`boolean\`).
### How it works
**Three-layer defense:**
1. **Schema layer**: \`run_block\` exposes no \`dry_run\` parameter.
\`run_agent\` keeps it optional so the LLM can request test runs in
normal sessions, but \`session.dry_run\` always wins.
2. **Response layer**: \`is_dry_run: bool | None = None\` +
\`exclude_none=True\` means the field is absent from the serialized JSON
in non-dry-run mode — no leakage at rest.
3. **Transport layer**: When \`session.dry_run=True\`,
\`_strip_llm_fields\` removes \`is_dry_run\` from the MCP result before
the LLM sees it, while the stashed copy (for the frontend SSE stream)
retains the full payload.
**Stash-before-strip ordering**: \`_make_truncating_wrapper\` stashes
the full tool output *before* calling \`_strip_llm_fields\`. This
ensures \`StreamToolOutputAvailable\` events carry the complete payload
— so the frontend's "Simulated" badge renders correctly — while the LLM
only ever sees the stripped version.
**Session-level flag**: \`ChatSessionInfo.dry_run\` is set at session
creation and never changes. No LLM tool call can alter it.
**\`_strip_llm_fields\` fast path**: Stripping is skipped when none of
the \`_STRIP_FROM_LLM\` field names appear in the raw text (string scan
before JSON parse), keeping the common non-dry-run path allocation-free.
### Checklist 📋
#### For code changes:
- [x] I have clearly listed my changes in the PR description
- [x] I have made a test plan
- [x] I have tested my changes according to the test plan:
- [x] \`poetry run pytest backend/copilot/tools/test_dry_run.py\` — all
tests pass
- [x] \`poetry run pytest backend/copilot/sdk/tool_adapter_test.py\` —
all tests pass (including new \`TestStripLlmFields\` suite)
- [x] Pre-commit hooks pass (Ruff, Black, isort, pyright, tsc, OpenAPI
export + orval generate)
- [x] Verify LLM tool result JSON for a dry_run session does not contain
\`is_dry_run\`
- [x] Verify frontend SSE stream still delivers \`is_dry_run: true\` for
"Simulated" badge rendering
## Summary
Add Graphiti temporal knowledge graph memory to CoPilot, giving
AutoPilot persistent cross-session memory with entities, relationships,
and temporal validity tracking.
- **3 new CoPilot tools** (`graphiti_store`, `graphiti_search`,
`graphiti_delete_user_data`) as BaseTool implementations — automatically
available in both SDK and baseline/fast modes via existing TOOL_REGISTRY
bridge
- **FalkorDB** as graph database backend with per-user physical
isolation via `driver.clone(database=group_id)`
- **graphiti-core** Python library for in-process knowledge graph
operations (no separate MCP server needed)
- **MemoryEpisodeLog** append-only replay table for migration safety
- **LaunchDarkly flag** `graphiti-memory` for per-user rollout
- **OpenRouter** for extraction LLM, direct OpenAI for embeddings
### Memory Quality
- Episode body uses `"Speaker: content"` format matching graphiti's
extraction prompt expectations
- Only user messages ingested (Zep Cloud `ignore_roles` approach) —
assistant responses excluded from graph
- `custom_extraction_instructions` suppress meta-entity pollution (no
more "assistant", "human", block names as entities)
- `ep.content` attribute correctly surfaced in search results and warm
context
- Per-user asyncio.Queue serializes ingestion (graphiti-core
requirement)
### Architecture Decision
Custom BaseTool implementations over MCP — the existing
`create_copilot_mcp_server()` in `tool_adapter.py` already wraps every
BaseTool as MCP for the SDK path. One implementation serves both
execution paths with zero extra infrastructure.
## Test plan
- [x] Set LaunchDarkly flag `graphiti-memory` to true for test user
- [x] Verify FalkorDB is healthy: `docker compose up falkordb`
- [x] S1: Send message with user facts ("my assistant is Sarah, CC her
on client stuff, CRM is HubSpot")
- [x] Verify agent calls `graphiti_store` to save memories
- [x] S2 (new session): Ask "Who should I CC on outgoing client
proposals?"
- [x] Verify agent calls `graphiti_search` before answering
- [x] Verify agent answers correctly from memory (Sarah)
- [x] Verify graph entities are clean (no "assistant"/"human"/block
names)
- [x] Verify MemoryEpisodeLog has replay entries
- [ ] Verify `GRAPHITI_MEMORY=false` in LaunchDarkly → tools return "not
enabled" error
🤖 Generated with [Claude Code](https://claude.com/claude-code)
<!-- CURSOR_SUMMARY -->
---
> [!NOTE]
> **Medium Risk**
> Adds a new persistence layer and background ingestion flow for chat
memory plus new dependencies/services (FalkorDB, `graphiti-core`) and
prompt/tooling changes; rollout is gated by a LaunchDarkly flag but
failures could impact chat latency or resource usage.
>
> **Overview**
> Enables **optional, per-user Graphiti temporal memory** for CoPilot
(gated by LaunchDarkly `graphiti-memory`), including warm-start recall
on the first turn and background ingestion of user messages after each
turn in both `baseline` and SDK chat paths.
>
> Adds Graphiti infrastructure: new `memory_search`/`memory_store` tools
and response types, a per-user cached Graphiti client with safe
`group_id` derivation, a FalkorDB driver tweak for full-text queries,
and a serialized per-user ingestion queue with graceful failure/timeout
handling.
>
> Introduces new runtime configuration and local dev support
(`GRAPHITI_*` env vars, new `falkordb` docker service/volume), updates
permissions/OpenAPI enums, and adds dependencies (`graphiti-core`,
`falkordb`, `cachetools`) plus unit tests for the new modules.
>
> <sup>Reviewed by [Cursor Bugbot](https://cursor.com/bugbot) for commit
81eb14e30a. Bugbot is set up for automated
code reviews on this repo. Configure
[here](https://www.cursor.com/dashboard/bugbot).</sup>
<!-- /CURSOR_SUMMARY -->
---------
Co-authored-by: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
### Why
The copilot's Claude Code CLI integration had several production
reliability gaps reported from live deployments:
- **No transient retry**: 429 rate-limit errors, 5xx server errors, and
ECONNRESET connection resets surfaced immediately as failures — there
was no retry mechanism.
- **Subagent permission errors**: CLI subprocesses wrote temp files to
`/tmp/claude-0/` which was inaccessible inside E2B sandboxes, causing
subagent spawning to report "agent completed" without actually running.
- **Missing security hardening in non-OpenRouter modes**: Security env
vars (`CLAUDE_CODE_DISABLE_CLAUDE_MDS`,
`CLAUDE_CODE_SKIP_PROMPT_HISTORY`, `CLAUDE_CODE_DISABLE_AUTO_MEMORY`,
`CLAUDE_CODE_DISABLE_NONESSENTIAL_TRAFFIC`) were only applied in the
OpenRouter path, leaving subscription and direct Anthropic modes
unprotected in multi-tenant deployment.
- **No resource guardrails**: No per-query budget cap, turn limit, or
fallback model meant a single runaway query could burn unlimited
tokens/spend.
- **Lossy transcript reconstruction**: When no transcript file was
available (storage failure or compaction drop), the old code injected a
truncated plain-text summary that cut tool results at 500 chars and
dropped `tool_use`/`tool_result` structural linkage, causing the LLM to
lose conversation context.
### What
- **SDK guardrails** (`config.py`, `sdk/service.py`): Added
`fallback_model` (auto-failover on 529 overloaded), `max_turns=1000`
(runaway prevention), `max_budget_usd=100.0` (per-query cost cap). All
configurable via env-backed `ChatConfig` fields.
- **Transient retry** (`sdk/service.py`, `constants.py`): Exponential
backoff (1s, 2s, 4s) for 429/5xx/ECONNRESET errors, retried only when
`events_yielded == 0` to avoid breaking partial streams.
`_TRANSIENT_ERROR_PATTERNS` extended with status-code-specific patterns
to avoid false positives.
- **Workspace isolation** (`sdk/env.py`): `CLAUDE_CODE_TMPDIR` now set
in all auth modes so CLI subprocesses write to the per-session workspace
directory rather than `/tmp/`.
- **Security hardening** (`sdk/env.py`): Security env vars applied
uniformly across all three auth modes (subscription, direct Anthropic,
OpenRouter) via restructured `build_sdk_env()`.
- **Transcript reconstruction** (`sdk/service.py`):
`_session_messages_to_transcript()` converts `ChatMessage.tool_calls`
and `ChatMessage.tool_call_id` to proper `tool_use`/`tool_result` JSONL
blocks for `--resume`, restoring full structural fidelity.
- **Model normalization refactor** (`sdk/service.py`):
`_resolve_fallback_model()` and `_normalize_model_name()` extracted to
share prefix-stripping and dot→hyphen conversion logic between primary
and fallback model resolution.
### How it works
**Transient retry**: `_can_retry_transient()` checks the retry budget
and returns the next backoff delay (or `None` when exhausted). Retries
are gated on `events_yielded == 0` — if any events were already streamed
to the client, we cannot retry without breaking the SSE stream
mid-response. After all retries are exhausted, `FRIENDLY_TRANSIENT_MSG`
is surfaced to the user.
**Transcript reconstruction**: When `--resume` has no on-disk session
file, `_session_messages_to_transcript()` builds a JSONL transcript from
`session.messages`, emitting `tool_use` blocks for assistant tool calls
and `tool_result` blocks (with matching IDs) for their results. This
gives Claude CLI the same structural fidelity as an on-disk session —
preserving tool call/result pairing that the old plain-text injection
lost.
**`build_sdk_env()` restructure**: The three auth modes now share a
common "epilogue" block that applies workspace isolation and security
hardening env vars regardless of which mode is active, eliminating the
previous pattern of repeating `if sdk_cwd: env["CLAUDE_CODE_TMPDIR"] =
sdk_cwd` in each branch.
### Checklist 📋
#### For code changes:
- [x] I have clearly listed my changes in the PR description
- [x] I have made a test plan
- [x] I have tested my changes according to the test plan:
- [x] 729 unit tests passing: `env_test.py`, `p0_guardrails_test.py`,
`retry_scenarios_test.py` (incl. integration tests for both transient
retry paths), `service_test.py`, `sdk_compat_test.py`,
`response_adapter_test.py`
- [x] E2E tested: live copilot session (API + UI), multi-turn, security
env vars verified in all 3 auth modes, guardrail defaults confirmed
- [x] `_session_messages_to_transcript()`: 7 unit tests covering empty
input, tool_use blocks, tool_result blocks, no truncation (10K chars
preserved), parent UUID chain, malformed argument handling
- test_llm: rename test_retry_cost_uses_last_attempt_only → test_retry_cost_accumulates_across_attempts
and update assertion to expect sum of all attempt costs (0.03) instead of last-only (0.02).
- platform_cost_test: add 4th mock side effect for the separate total_agg_rows query
added in the previous commit; update await_count assertion from 3 → 4.
- test_orchestrator_dynamic_fields: explicitly set cache_read_tokens=0,
cache_creation_tokens=0, provider_cost=None on the mock LLM response to avoid
Pydantic validation errors when NodeExecutionStats is constructed from it.
Each retry attempt that gets a response from the provider incurs a cost.
Token counts were already accumulated per attempt, but provider_cost was
overwritten (last value only). Now total_provider_cost accumulates across
all attempts so no billed USD is lost when validation retries occur.
- Wrap ensure_subscription_paid in spend_credits with try/except (fails open like check_rate_limit)
- Invalidate get_user_by_id cache in set_auto_top_up to prevent stale auto top-up data
- Block ENTERPRISE tier self-service upgrades from POST /credits/subscription API
- Format error messages as \$X.XX/mo instead of raw cents
- Move get_feature_flag_value import to module level in credit.py
- Add explicit operation_id to subscription FastAPI routes
- Pass autoTopUpConfig as prop to SubscriptionTierSection (avoid duplicate fetch)
- Display fetch error in SubscriptionTierSection instead of silent null
- Add cache hit comment to rate_limit.py hot path
- Add tests: idempotency, free tier no-op, beta grant offset, tier upgrade validation
- Add SubscriptionTier enum (FREE/PRO/BUSINESS/ENTERPRISE) to schema
- Add SUBSCRIPTION CreditTransactionType for monthly charges
- Lazy monthly deduction via ensure_subscription_paid() — idempotent,
called from spend_credits() and rate-limit checks
- BetaUserCredit grant includes subscription offset so beta usage credits
are not reduced by subscription cost
- Auto top-up enforced >= subscription cost on tier upgrade and config update
- Subscription cost configurable via LaunchDarkly (subscription-cost-pro,
subscription-cost-business); 0 = feature off, no separate flag needed
- New endpoints: GET/POST /credits/subscription for tier management
- No proration: full month charged on upgrade, downgrade takes next cycle
- Frontend: SubscriptionTierSection component on billing page with tier
cards, upgrade/downgrade flow, and auto top-up guard
`_build_system_prompt` was renamed to `_build_cacheable_system_prompt`
in the SDK path as part of the prompt caching PR. Update the patch
target in `retry_scenarios_test.py` to match the new name so the tests
can find the attribute.
- Remove redundant cache_read/creation_tokens from metadata dict in
cost_tracking.py — now stored in dedicated DB columns only.
- Fix total_cost_usd accumulation in OrchestratorBlock SDK path: use
assignment not addition (ResultMessage is emitted once per run, so
summing double-counts if emitted multiple times).
- trackingValue now shows both read and write cache token counts:
"+Xr/Yw cached" instead of "+X cached".
- Add cache-aware estimateCostForRow test: validates 0.1x reads and
1.25x writes multipliers for Anthropic tokens.
Aligns fetch logic with injection logic: `should_inject_user_context`
now requires both `is_first_turn` and `is_user_message`, so
assistant-role calls (e.g. tool-result submissions) on the first turn
no longer trigger a needless `_build_cacheable_system_prompt(user_id)`
DB lookup.
Addresses coderabbitai nitpick from review 4082258841.
Keep caching changes (static system prompt + cache_control markers)
on top of dev's new features: transcript support, file attachments,
URL context in baseline path, and _update_title_async in SDK path.
- Group provider cost table by (provider, tracking_type, model) so each
model gets its own row with accurate usage and estimated cost.
- Add cacheReadTokens / cacheCreationTokens columns to PlatformCostLog.
- Capture Anthropic cache_read_input_tokens / cache_creation_input_tokens
from LLM block responses; propagate through NodeExecutionStats and
PlatformCostEntry to the DB.
- Use per-token-type rates in cost estimation: uncached=100%, reads=10%,
writes=125% of base rate — prevents overestimation when prompt caching
is active (PR #12725).
In the SDK path, pass user_id to _build_cacheable_system_prompt only
when has_history is False, matching the baseline path. Previously
user understanding was fetched from the DB on every turn even though
it is only injected into the first user message, causing an N+1 query.
Also add a defensive logger.warning in the baseline path when no user
message is found for context injection (guarded by is_first_turn, so
this edge case is nearly impossible but surfaces unexpected states).
Move user-specific context out of the system prompt into the first user
message, making the system prompt fully static across all users. Add
explicit Anthropic cache_control markers on both system prompt and tool
definitions in the direct API path (blocks/llm.py).
Import SEED_PROMPT_PREFIX in BuilderChatPanel and extend the
visibleMessages filter to exclude any user message whose text starts
with the prefix. Adds a regression test for the new filter.
- Fix visibleMessages filter: assistant messages with only dynamic-tool parts
(no text) were silently hidden — now included when any dynamic-tool part exists
- Normalize dynamic-tool parts to tool-{toolName} before rendering so
MessagePartRenderer routes them correctly: edit_agent and run_agent get their
existing copilot renderers, all other tools fall through to GenericTool
(collapsed accordion with icon, status text, expandable output)
Track effectFlowID at session creation start and compare against currentFlowIDRef
after the async postV2CreateSession resolves. If the user navigated to a different
graph before the response arrived, the old session ID is discarded instead of
being committed to the new graph's state, preventing chat history from being
crossed between graphs.
- Add DANGEROUS_KEYS blocklist (__proto__, constructor, prototype) checked before
the schema guard in handleApplyAction so schema-less nodes cannot be polluted
via AI-supplied keys
- Validate execution_id from run_agent tool output with /^[\w-]+$/i before
passing to setQueryStates, preventing URL-special characters from entering
query state
- Add tests for DANGEROUS_KEYS blocklist on schema-less nodes (three cases)
- Add tests for edit_agent tool call detection: verifies onGraphEdited fires on
output-available state, is suppressed during streaming, and is not called twice
for the same toolCallId (processedToolCallsRef deduplication)
- Add tests for session ID validation: verifies that path-traversal IDs
(../../admin) and IDs with spaces set sessionError and leave sessionId null
- Extract EMPTY_NODES module-level constant to give useShallow a stable
reference when the panel is closed, preventing spurious re-renders
- Wire isInitialLoadComplete as isGraphLoaded prop in Flow.tsx so the seed
message effect in useBuilderChatPanel actually fires once the graph is ready
- Add panelRef to BuilderChatPanel and pass it to the hook so the Escape key
listener only closes the panel when focus is inside it, preventing conflicts
with other dialogs or canvas keyboard handlers
- Update BuilderChatPanel test to use objectContaining for the hook call
assertion, accommodating the new panelRef argument
Replace the simplified ReactMarkdown block in BuilderChatPanel's MessageList
with MessagePartRenderer from the copilot panel, enabling proper rendering of
tool invocations, error markers, and system markers in addition to text parts.
- Restore isGraphLoaded prop and hasSentSeedMessageRef seed-message effect that
were removed in a prior external modification; all seed-message tests now pass
- Apply Object.prototype.hasOwnProperty.call() guard in inline handleApplyAction
for input-schema and handle validation (three sites), matching the extracted
helper functions; prototype-pollution tests now pass
- Export clearGraphSessionCacheForTesting() and call it in beforeEach to prevent
stale module-level graphSessionCache from leaking across tests (fixes flowID
reset test)
- Update BuilderChatPanel test to expect isGraphLoaded in useBuilderChatPanel call
- Remove unused Dispatch, SetStateAction, CustomEdge, CustomNode imports
- Remove auto-send seed message on chat open (user initiates context manually)
- Cache chat session per graph ID (module-level Map) so reopening the panel for
the same graph reuses the existing session and preserves conversation history
- Detect edit_agent tool completion → trigger graph refetch via onGraphEdited callback
- Detect run_agent tool completion → update flowExecutionID in URL to auto-follow run
- retrySession now evicts the stale cache entry so a fresh session is created
- Flow.tsx passes refetchGraph as onGraphEdited to BuilderChatPanel
- Fix prototype pollution bypass: use Object.prototype.hasOwnProperty.call instead of `in` operator for schema key validation, preventing __proto__/constructor injection through schema-validated nodes
- Extract applyUpdateNodeInput and applyConnectNodes as module-level helpers to reduce handleApplyAction from 165 lines to a 20-line dispatcher
- Add JSDoc to useBuilderChatPanel documenting session lifecycle, transport, seed message, action parsing, undo, and input responsibilities
- Add maxLength=4000 to PanelInput textarea to cap token usage
- Add prototype pollution tests (__proto__ and constructor keys rejected when inputSchema is present)
- Strengthen Send-button-disabled assertion in component test
Shows three bouncing dots in an assistant-style bubble while waiting
for the first response token (status submitted, no assistant text yet).
Disappears once streaming begins and text appears.
- Overlapping placeholders: add !seedMessage guard to empty-state block so the
"Ask me to explain…" and "Graph context sent" banners are mutually exclusive
- aria-modal without focus trap: replace role="dialog"/aria-modal="true" with
role="complementary" since this is a side panel, not a blocking modal
- Stale closure in handleApplyAction: use useNodeStore/useEdgeStore.getState()
for both validation and mutation so rapid applies see live data
- Gate nodes/edges Zustand subscriptions behind isOpen to prevent chat-panel
hook re-running on every node drag/resize when panel is closed
- inputValue not cleared on flowID change: add setInputValue("") to flowID reset
- ReactMarkdown links: add custom <a> component with target="_blank" and rel="noopener noreferrer"
- XML sanitization: apply sanitizeForXml() to n.id and edge handle names
- Regex statefulness: move JSON_BLOCK_REGEX inside parseGraphActions() to avoid
shared lastIndex state (eliminates fragile lastIndex=0 reset)
- Type guard soundness: add typeof p.text === "string" to extractTextFromParts filter
- Session ID validation: validate format before interpolating into streaming URL
- Shallow-copy undo snapshots: spread prevNodes/prevEdges so closures hold
independent arrays
- Set spread optimisation: use new Set(prev).add(key) instead of new Set([...prev, key])
- Tests: remove dead getGetV1GetSpecificGraphQueryKey mock, add markerEnd assertion
to connect_nodes tests, add transport prepareSendMessagesRequest coverage,
add Enter-with-empty-input and inputValue-reset-on-flowID-change tests
Closes branch gaps in platform_cost.py (lines 29-31 and 312→314) that
were introduced via the dev merge but not exercised by existing tests.
This also forces the backend CI to run so Codecov uploads fresh coverage
instead of carrying forward stale data from before the cost-tracking
feature landed on dev.
The AI SDK can return messages with undefined parts in certain error
scenarios. Accept null/undefined in extractTextFromParts and fall back
to an empty array to prevent a TypeError and component crash.
Adds a useEffect in useBuilderChatPanel that calls setMessages([]) whenever
the flowID query param changes, preventing old technical seed prompts from
the prior session briefly appearing when switching between agents.
Chat panel used setEdges directly without the markerEnd property that edgeStore.addEdge
sets automatically. Added MarkerType.ArrowClosed with strokeWidth=2, color="#555" to
match the standard edge appearance.
- Guard against duplicate connect_nodes edges: check prevEdges before applying,
mark as already-applied without duplicating if edge exists
- Cap undo stack at MAX_UNDO=20 to prevent unbounded memory growth for large graphs
- Fix React anti-pattern: call restore() before setUndoStack updater instead of
inside it (state updaters must be pure — no side effects)
- Add aria-modal="true" to dialog panel and aria-expanded to toggle button
- Extract IIFE nodeMap into ActionList sub-component (cleaner render path)
- Add 18 new tests: handleSend when canSend=false, Shift+Enter no-send,
schema-absent permissive paths (update + connect_nodes), sequential multi-undo
LIFO order, duplicate edge guard, undo stack size cap, empty stack no-op
Apply chat panel changes via setNodes/setEdges (bypassing history store)
so Ctrl+Z cannot revert them and leave the "Applied" badge stale.
Also hoist jsonBlockRegex to module scope, cap node description length
at 500 chars, and remove useShallow from single-value selectors.
Use setNodes/setEdges directly in undo restore closures instead of
updateNodeData/removeEdge which push to the history store. This prevents
the global Ctrl+Z from re-applying changes that the user already undid via
the chat panel's own undo button.
Also removes unused removeEdge selector from the hook.
- Replace fragile setTimeout double-toggle retry with dedicated retrySession()
callback that resets sessionError and lets the session-creation effect re-run
- Remove invalidateQueries after apply actions — caused server refetch to
overwrite local Zustand state changes (sentry HIGH severity bug)
- Deep-clone prevHardcoded before undo capture so sequential applies to the
same node each have an independent snapshot
- Remove unsolicited "What does this agent do?" question from seed prompt;
invite user to initiate instead
- Remove useCallback from handleUndoLastAction per project convention
- Remove unused sendMessage and status from hook return
- Remove JSDoc comment from BuilderChatPanel per project convention
- Hoist nodeMap construction from ActionItem to parent parsedActions.map
to avoid N identical Maps per render cycle
- Make useChat mock configurable (mockChatMessages/mockChatStatus) and add
tests for parsedActions integration, Escape key handler, retrySession,
and handleSend input-clearing behavior
Requested by @majdyz
## Why
As we enforce patch coverage targets via Codecov (see #12694), the
`pr-address` skill needs to guide agents to verify test coverage when
they write new code while addressing review comments. Without this, an
agent could address a comment by adding untested code and create a new
CI failure to fix.
## What
Adds a **Coverage** section to `.claude/skills/pr-address/SKILL.md`
with:
- The `pytest --cov` command to check coverage locally on changed files
- Clear rules: new code needs tests, don't remove existing tests, clean
up dead test code when deleting code
## Impact
Agents using `/pr-address` will now run coverage checks as part of their
workflow and won't land untested new code.
Linear: SECRT-2217
Co-authored-by: Zamil Majdy <zamil.majdy@agpt.co>
## Why
`POST /api/graphs` was returning **500** when an agent graph contained
an Agent Input block without a `name` field.
Root cause: `GraphModel._generate_schema` calls
`model_construct(**input_default)` (which skips Pydantic validation) to
build a list of field objects. If `input_default` doesn't include
`name`, the constructed `Input` object has no `name` attribute. The
subsequent dict comprehension (`p.name: {...}`) then raises
`AttributeError`, which is not handled and falls through to the generic
`Exception → 500` catch-all in `rest_api.py`. The `ValueError → 400`
handler already exists but is never reached.
## What
- In `_generate_schema`, wrap the `return {…}` block in `try/except
AttributeError` and re-raise as `ValueError`.
- Added a unit test that directly exercises
`GraphModel._generate_schema` with a nameless `AgentInputBlock.Input`
and asserts `ValueError` is raised.
## How
`rest_api.py` already has:
```python
app.add_exception_handler(ValueError, handle_internal_http_error(400))
```
The only change needed was to ensure `AttributeError` gets converted
before it propagates. The fix is a single `try/except` block — no new
exception types, no new handlers.
**Note:** In Pydantic v2, `ValidationError` is _not_ a subclass of
`ValueError` — they are separate hierarchies. `pydantic.ValidationError`
inherits directly from `Exception`. The existing separate handler for
`pydantic.ValidationError` is correct and unrelated to this fix.
## Checklist
- [x] My changes follow the project coding style
- [x] I've written/updated tests for the changes
- [x] Tests pass locally (`poetry run pytest
backend/data/graph_test.py::test_generate_schema_raises_value_error_when_name_missing`)
- sanitizeForXml now escapes &, ", ' in addition to < and >
- connect_nodes actions now push an undo snapshot (removeEdge) so they can be reverted like update_node_input
- useBuilderChatPanel.test.ts adds removeEdge mock and test for undo of connect_nodes
## Changes
- Wrap `metadata` field in `SafeJson()` when calling
`PrismaLog.prisma().create()` in `log_platform_cost`
- Add `platform_cost_integration_test.py` with DB round-trip tests for
the fix
## Why
`PrismaLog.prisma().create()` was silently failing with a `DataError`
because passing a plain Python `dict` to a `Json?`-typed Prisma field is
not allowed:
```
DataError: Invalid argument type. `metadata` should be of type NullableJsonNullValueInput or Json
```
The error was swallowed silently by `logger.exception` in the background
task, so **no rows ever landed in `PlatformCostLog`** — which is why the
dev admin cost dashboard showed no data after #12696 was merged.
## How
Wrap `entry.metadata` in `SafeJson()` (already used throughout the
codebase, lives in `backend/util/json.py`) before passing it to the
Prisma create call. `SafeJson` extends `prisma.Json`, sanitizes
PostgreSQL-incompatible control characters, and handles Pydantic-model
conversion.
Add two integration tests in `platform_cost_integration_test.py`
(following the `credit_integration_test.py` pattern) that write a record
to a real DB and read it back — confirming both metadata round-trip and
NULL metadata work correctly.
## Test plan
- [x] Integration tests verify metadata persists/reads correctly via
Prisma
- [x] Unit tests updated: `isinstance(data["metadata"], Json)` confirms
the field is wrapped
- [x] Verified on dev executor pod: cost rows now appear in the admin
dashboard after fix
## Why
A Sentry `AttributeError: 'dict' object has no attribute 'timezone'` was
traced to the scheduler accessing `user.timezone` on a value that was a
raw `dict` instead of a typed `User` model.
**Root cause (two-part):**
1. `User.model_config` had `extra='forbid'`. During a rolling deploy,
the database manager (newer pod) can return fields that the client
(older pod) doesn't yet know about. `extra='forbid'` caused
`TypeAdapter(User).validate_python()` to raise `ValidationError` on
those unknown fields.
2. `DynamicClient._get_return` had a silent `try/except` that swallowed
the `ValidationError` and fell back to returning the raw `dict`. The
scheduler then received a `dict` and crashed on `.timezone`.
## What
- **`backend/data/model.py`**: Change `User.model_config`
`extra='forbid'` → `extra='ignore'`. Unknown fields from a newer
database manager are silently dropped, making the RPC layer
forward-compatible during rolling deploys. This is the primary fix.
- **`backend/util/service.py`**: Restore the `try/except` fallback in
`_get_return`, but make it **observable**: log the full error message at
`WARNING` (so ValidationError details — field name, value — appear in
logs) and call `sentry_sdk.capture_exception(e)` so every fallback is
tracked and alerted without crashing the caller. The raw result is still
returned as before (continuity).
- **`backend/util/service_test.py`**: Add `TestGetReturn` with two
direct unit tests: valid dict (including an unknown future field) →
typed `User` returned; invalid dict (missing required fields) → fallback
returns raw dict (no crash). Uses a typed `_SupportsGetReturn` Protocol
+ `cast` instead of `# type: ignore` suppressors.
- **`backend/executor/utils_test.py`**: Fix misleading docstring; move
inner imports to module top level per code style.
## How
`extra='ignore'` is the standard Pydantic pattern for forward-compatible
models at service boundaries. It means a rolling deploy where the DB
manager has a new column will not break older client pods — the extra
field is simply dropped on deserialization.
The restored `_get_return` fallback preserves continuity (callers don't
crash) while the `logger.warning` + `sentry_sdk.capture_exception`
ensure no schema mismatch goes undetected. Silent degradation is
replaced by observable degradation.
## Checklist
- [x] Changes are backward-compatible (unknown fields ignored, not
rejected)
- [x] Regression tests added for `_get_return` typed deserialization
contract
- [x] Fallback preserved with observable logging and Sentry capture (no
silent degradation)
- [x] `extra='ignore'` is consistent with forward-compatibility
requirements at service boundaries
- [x] No `# type: ignore` suppressors introduced
## Why
`OnboardingProvider` was generating a Sentry alert (BUILDER-7ME:
"Authorization header is missing") on every behave test run. The root
cause: when a user's session expires mid-flow, they get redirected to
`/login`. The provider remounts on the login page, calls
`getV1CheckIfOnboardingIsCompleted()` while unauthenticated, and the 401
falls into the catch block which calls `console.error`. Sentry's
`captureConsole` integration auto-captures all `console.error` calls as
events, triggering the alert.
This is expected behavior — the auth middleware handles the redirect,
there's nothing broken. It was just noisy.
## What
- In `OnboardingProvider`'s `initializeOnboarding` catch block, return
early and silently on `ApiError` with status 401 — no `console.error`,
no toast
- Only unexpected errors (non-401) still surface via `console.error` and
the destructive toast
## How
```ts
} catch (error) {
if (error instanceof ApiError && error.status === 401) {
return;
}
// ... existing error handling
}
```
## Checklist
- [x] `pnpm format && pnpm lint && pnpm types` pass
- [x] Change is minimal and scoped to the one catch block
- [x] No new test needed — this is a logging/noise fix, not a behavioral
change
## Why
Two bugs block OrchestratorBlock from working correctly:
1. **Dry-run always fails with "credentials required"** even when
`OPEN_ROUTER_API_KEY` is set on dev. The n8n conversion dry-run hits
this.
2. **Agent-mode OrchestratorBlock fails on the second LLM call** with
`Error code: 400 – Unknown parameter: 'input[2].status'` when using
OpenAI models (Responses API path).
## What
**Bug 1 — manager.py credential null** (`backend/executor/manager.py`):
The dry-run path called `input_data[field_name] = None` to "clear" the
credential slot, but `_execute` in `_base.py` filters out `None` values
before calling `input_schema(**...)`. This drops the required
`credentials` field from the schema constructor, causing a Pydantic
validation error.
Fix: Don't null out the field. If the user already has credential
metadata in `input_data` (normal case), leave it intact. If not (no
credentials configured), synthesise a minimal
`CredentialsMetaInput`-compatible placeholder from the platform
credentials so schema construction passes. The actual
`APIKeyCredentials` (platform key) is still injected via
`extra_exec_kwargs`.
**Bug 2 — Responses API `status` field**
(`backend/blocks/orchestrator.py`):
OpenAI returns output items (function calls, messages) with a `status:
"completed"` field. When `_convert_raw_response_to_dict` serialises
these items and they are stored in `conversation_history`, they are sent
back as input on the next call — but OpenAI rejects `status` as an
input-only field.
Fix: Strip `status` from each output item before it enters the history.
## How
- `manager.py` lines 311-314: removed the `input_data[field_name] =
None` nullification; added a conditional placeholder when no credential
metadata is present.
- `orchestrator.py` `_convert_raw_response_to_dict`: filter `k !=
"status"` when extracting Responses API output items.
- Tests added for both fixes.
## Checklist
- [x] Tests written and passing (94 total, all green)
- [x] Pre-commit hooks passed (Black, Ruff, isort, typecheck)
- [x] No out-of-scope changes
- Move inputValue, handleSend, handleKeyDown, isStreaming, canSend into
useBuilderChatPanel (0ubbe: keep render logic out of component)
- Add undo support: snapshot node state before apply, expose undoStack +
handleUndoLastAction, show undo button in PanelHeader
- Add toast feedback on handleApplyAction validation failures so users
know why Apply did nothing
- Fix getActionKey for update_node_input to include value so AI corrections
in later turns are not silently dropped by the dedup Set
- Add getNodeDisplayName shared helper in helpers.ts; use in both
serializeGraphForChat and ActionItem (removes duplication)
- Use Map<id, node> in serializeGraphForChat for O(1) edge lookups
- Add Retry button to session error state in MessageList
- Add graph context sent banner after seed message so AI response
does not appear unprompted (addresses confusing auto-response UX)
- Add aria-label to Apply buttons for screen-reader accessibility
- Remove hook-only test file (0ubbe: test component, not hook)
- Expand component tests: undo, retry, seed banner, action label format,
getNodeDisplayName, getActionKey value-inclusion, edge truncation
- All 1026 tests pass; lint and types clean
- Filter seed message by content prefix (SEED_PROMPT_PREFIX) instead of position
- Add exhaustiveness guard for unhandled GraphAction types
- Guard handleApplyAction against unknown keys/handles via inputSchema/outputSchema
- Add renderHook-based tests: session lifecycle, flowID reset, handleApplyAction, edge cases
- Fix session-creation effect to use isCreatingSessionRef so state-driven re-renders
don't prematurely cancel the in-flight request via the cancelled flag
- Add empty-input rejection test for BuilderChatPanel send button
- Replace auto-apply with per-action Apply buttons; users must explicitly
confirm each AI suggestion before the graph is mutated
- Accumulate parsedActions across all assistant messages so multi-turn
suggestions remain visible rather than disappearing after the next turn
- Escape < and > in node names/descriptions before embedding in XML prompt
context to prevent AI prompt injection via crafted node labels
- Add MAX_EDGES cap (200) in serializeGraphForChat to mirror the MAX_NODES
limit and prevent token overruns on dense graphs
- Add Escape key handler in the hook to close the chat panel
- Add helpers.test.ts with unit tests for buildSeedPrompt,
extractTextFromParts, and XML sanitization
## Why
When system-managed credentials are used (AutoGPT pays the API bills),
there was no visibility into which providers were being called, how much
each costs, or which users were driving usage. This makes it impossible
to set appropriate per-user limits or reconcile expenses with actual API
invoices.
## What
End-to-end platform cost tracking for all 22 system-credential providers
+ both copilot modes:
- Every block execution that uses system credentials records a
`PlatformCostLog` row (provider, cost, tokens, user, execution IDs)
- Copilot turns (SDK + baseline) are tracked with model name, token
counts, and actual USD cost
- Admin dashboard at `/admin/platform-costs` shows cost breakdown by
provider and user with date/provider/user filters and paginated raw logs
- Admin API endpoints with 30s TTL cache: `GET
/platform-costs/dashboard` and `GET /platform-costs/logs`
## How
### Core hook
`cost_tracking.py` calls `log_system_credential_cost()` after each block
node execution. It reads `NodeExecutionStats.provider_cost` (set by
`merge_stats()` inside each block) and dispatches a fire-and-forget
`INSERT` via `log_platform_cost_safe()`.
### Per-block tracking
Each block calls `self.merge_stats(NodeExecutionStats(provider_cost=...,
provider_cost_type=...))`:
| Tracking type | Providers | Amount |
|---|---|---|
| `cost_usd` | OpenRouter, Exa | Actual USD from API response |
| `tokens` | OpenAI, Anthropic, Groq, Ollama, Jina | Token count from
response.usage |
| `characters` | Unreal Speech, ElevenLabs, D-ID | Input text length |
| `sandbox_seconds` | E2B | Walltime |
| `walltime_seconds` | FAL, Revid, Replicate | Walltime |
| `per_run` | Google Maps, Apollo, SmartLead, etc. | 1 per execution |
OpenRouter cost: extracted via `with_raw_response.create()` and
`raw.headers.get("x-total-cost")` with `math.isfinite` + `>= 0`
validation (replaces private `_response` access).
### Copilot tracking
`token_tracking.py` writes a `PlatformCostLog` row per copilot LLM turn
via an async fire-and-forget queue bounded by a `Semaphore(50)`. SDK
path uses `sdk_msg.total_cost_usd`; baseline path uses the
`x-total-cost` header from OpenRouter streaming responses.
### Executor drain
`drain_pending_cost_logs()` is called before `executor.shutdown()` using
a module-level loop registry (`_active_node_execution_loops`) so that
pending log tasks from each worker thread's event loop are awaited
before the process exits. Tasks are filtered by `task.get_loop() is
current_loop` to avoid cross-loop `RuntimeError` in Python ≥ 3.10.
### CoPilot executor lifecycle
Worker threads connect Prisma on startup and disconnect on cleanup (even
on failure). If `db.connect()` fails during `@func_retry`, the event
loop is stopped and joined before re-raising so no loop is leaked across
retry attempts.
### Schema
```prisma
model PlatformCostLog {
id String @id @default(uuid())
createdAt DateTime @default(now())
userId String?
graphExecId String?
nodeExecId String?
blockName String
provider String
trackingType String
costMicrodollars BigInt @default(0)
inputTokens Int?
outputTokens Int?
duration Float?
model String?
}
```
### Admin dashboard
React page with three tabs (By Provider / By User / Raw Logs) driven by
two generated Orval hooks (`useGetV2GetPlatformCostDashboard`,
`useGetV2GetPlatformCostLogs`). Filters are URL-based (`searchParams`)
for bookmarkability. Pagination for raw logs. Per-provider estimated
totals using configurable cost-per-unit multipliers.
## Test plan
- [x] Migration applies cleanly
- [x] Block execution with system credentials creates PlatformCostLog
row
- [x] Copilot conversation records cost log with tokens + model
- [x] `/admin/platform-costs` dashboard renders with correct data
- [x] Date/provider/user filters work correctly
- [x] Non-admin users get 403 on cost endpoints
- [x] Executor drain completes before process exit (no lost logs)
---------
Co-authored-by: Zamil Majdy <majdyz@users.noreply.github.com>
Co-authored-by: Nicholas Tindle <nicholas.tindle@agpt.co>
### Why / What / How
**Why:** A series of production failures exposed gaps in the agent fleet
tooling:
1. Agents using `_wait_idle`/`wait_for_claude_idle` would time out
waiting for `❯` while a settings-error dialog blocked progress — because
the dialog can appear above the last 3 captured lines.
2. The run-loop's adaptive backoff used `POLL_CURRENT * 3 / 2` which
stalls at 1 forever in bash integer arithmetic, and printed the interval
*before* recomputing it.
3. `pr-address` agents were silently missing review threads when a PR
had >100 threads across multiple pages — they'd stop at page 1, address
69/111 threads, and falsely report "done".
4. `resolveReviewThread` was being called without a committed fix —
producing false "0 unresolved" signals that bypassed verification.
5. The onboarding bypass in `/pr-test` had no timeout on curl calls, so
the step could hang forever if the backend wasn't ready yet.
6. The orchestrator's own verification query used `first: 1` which can't
reliably count unresolved threads across all pages.
**What:**
- Idle detection hardened in both `spawn-agent.sh` and `run-loop.sh` —
full-pane check for 'Enter to confirm' so the dialog is never missed
- Adaptive backoff arithmetic fixed (`POLL_CURRENT + POLL_CURRENT/2 + 1`
always increments); log ordering corrected; `POLL_IDLE_MAX` made
env-configurable
- `pr-address/SKILL.md`: mandatory cursor-pagination loop collecting ALL
thread IDs before addressing anything; prominent ⚠️ warning with the PR
#12636 incident (142 threads, 2 pages, agent stopped at 69)
- `pr-address/SKILL.md`: new "Parallel thread resolution" section —
batch by file, one commit per file group, concurrent reply subshells
with 3s gaps, sequential resolves
- `pr-address/SKILL.md`: "Verify actual count" section now uses
paginated loop (not single first:100 query)
- `orchestrate/SKILL.md`: verification query fixed to paginate all
pages; new "Thread resolution integrity" section with anti-patterns;
fake-resolution detection query; state-staleness recovery; RUNNING-count
confusion explained
- `/pr-test` onboarding bypass: `--max-time 30` on curl calls; hard-fail
on bypass failure
**How:** All changes are to DX skill files and orchestration scripts —
no production code modified. Each fix is a separate commit so the change
history is readable.
### Changes 🏗️
**Scripts:**
- `run-loop.sh`: `wait_for_claude_idle` — add 'Enter to confirm' dialog
check (reset elapsed on dialog); fix backoff arithmetic stall; fix log
ordering; make `POLL_IDLE_MAX` env-configurable; reset poll interval
when `waiting_approval` agents present
- `spawn-agent.sh`: `_wait_idle` — capture full pane (not just `tail
-3`) for 'Enter to confirm' check; wait-for-idle before sending agent
objective to prevent stuck pasted-text
**SKILL.md files:**
- `pr-address/SKILL.md`:
- ⚠️ WARNING + totalCount step + cursor-pagination loop before
addressing any threads
- "Parallel thread resolution" section: group by file, batch commits,
concurrent replies, sequential resolves
- "Verify actual count" section: full paginated loop instead of single
first:100 query
- "What counts as a valid resolution" with explicit anti-patterns
(Acknowledged, Accepted, no-commit resolves)
- Rate limits table (403 secondary vs 429 primary), 2-3 min recovery
- `git rev-parse HEAD` pattern with `${FULL_SHA:0:9}` short SHA
- `orchestrate/SKILL.md`:
- Thread resolution integrity section + fake-resolution detection query
- Verification query fixed to paginate all pages
- State file staleness recovery (stale `loop_window`, closed windows,
repair recipes)
- RUNNING count confusion: explains `waiting_approval` included in regex
- Idle check before re-briefing agents
- `pr-test/SKILL.md`:
- `--max-time 30` on onboarding bypass curl calls
- Hard-fail (`exit 1`) if bypass verification fails
### Checklist 📋
#### For code changes:
- [x] I have clearly listed my changes in the PR description
- [x] I have made a test plan
- [x] I have tested my changes according to the test plan:
- [x] Verified adaptive backoff increments correctly (no longer stalls
at 1)
- [x] Verified 'Enter to confirm' dialog handled in both wait functions
- [x] Verified pagination loop collects all thread IDs across pages
- [x] Verified PR #12636 onboarding bypass works end-to-end (11/11
scenarios PASS)
---------
Co-authored-by: Zamil Majdy <majdy.zamil@gmail.com>
The initialization prompt ("I'm building an agent in the AutoGPT flow
builder...") was sent as a visible user message, exposing raw prompt
engineering instructions to end users. Track its ID via seedMessageId
and exclude it from the rendered message list.
handleApplyAction was defined and exported but never called, so the
"AI applied these changes" panel was displaying actions that had no
effect. Wire up a handleApplyActionRef so the status-change effect
can safely apply each parsed action to the local Zustand stores once
per completed AI turn, before the canvas refetch resolves.
Rejects update_node_input keys not present in inputSchema.properties and
connect_nodes handles not present in outputSchema/inputSchema.properties,
preventing AI from writing arbitrary fields that blocks do not support.
Validation is permissive when schema is undefined (backwards-compatible).
- Add useBuilderChatPanel.test.ts with direct tests for handleApplyAction:
update_node_input (merges hardcodedValues, no-ops for unknown node),
connect_nodes (calls addEdge with correct args, no-ops if either node missing)
- Add panel open/close state tests for useBuilderChatPanel
- Add session error UI test to BuilderChatPanel.test.tsx
- Extract `getActionKey(action)` to helpers.ts, removing duplicated key
computation from BuilderChatPanel.tsx and useBuilderChatPanel.ts
- Wire `textareaRef` through PanelInputProps so focus-on-open works
- Add `getActionKey` tests covering both action types
Merge resolution keeps:
- buildSeedPrompt helper (prompt injection mitigation with XML tags)
- extractTextFromParts naming (aligned with remote)
- cancelled flag pattern for session creation cleanup
- streamError display and empty/welcome state (new in this branch)
- Static Applied badge (span, no dead toggle logic)
- ARIA roles: role=dialog, role=log
- react-markdown for assistant messages
- Placeholder hint for Enter/Shift+Enter
- All new tests: keyboard, multi-action, customized_name, truncation,
primitive validation, stream error, ARIA assertions
Security:
- Wrap graph context in <graph_context> XML tags and label as untrusted to
mitigate prompt injection from node names/descriptions
- Add comment confirming backend validates session ownership before streaming
- Restrict update_node_input value to string|number|boolean primitives to
prevent prototype-pollution from crafted AI responses
- Add MAX_NODES=100 cap in serializeGraphForChat to prevent token overruns
- Add source/target node existence check before addEdge in handleApplyAction
Correctness:
- Add `ignore` flag to session-creation effect to prevent state updates after
unmount or effect re-run
- Add nodes+edges to initialization effect deps (hasSentSeedMessageRef guards
against re-firing)
- Gate parsedActions useMemo on status==='ready' to avoid hot-path regex
during streaming
Code quality:
- Rename initializedRef → hasSentSeedMessageRef for clarity
- Extract buildSeedPrompt and getMessageText helpers into helpers.ts
- Remove dead ActionItem handleApply/applied toggle (actions are auto-applied)
- Remove redundant setTimeout scroll in handleSend (useEffect already scrolls)
- Export error from useChat for stream error display
UX / accessibility:
- Add react-markdown rendering for assistant message bubbles
- Add empty/welcome state when no messages
- Add role="dialog" + aria-label to panel, role="log" + aria-live to messages
- Add streaming error display when useChat error is set
- Update placeholder to hint Enter/Shift+Enter behaviour
Tests:
- Add Enter-to-send and Shift+Enter-no-send keyboard tests
- Add multi-action block parsing test
- Add metadata.customized_name preference test
- Add MAX_NODES truncation test
- Add primitive value validation test (number, boolean)
- Add stream error display test
- Add ARIA role assertion tests
- Validate node existence before connect_nodes in handleApplyAction
- Add cleanup guard to session creation effect to prevent state updates
after unmount
- Extract extractTextFromParts helper to deduplicate text extraction
- Remove dead code in ActionItem (applied state was always true)
- Remove redundant setTimeout scroll in handleSend (useEffect handles it)
- Update test to match simplified ActionItem
## Changes
### verify-complete.sh
- CHANGES_REQUESTED reviews are now compared against the latest commit
timestamp. If the review was submitted **before** the latest commit, it
is treated as stale and does not block verification.
- Added fail-closed guard: if the `gh pr view` fetch fails, the script
exits 1 (rather than treating missing data as "no blocking reviews")
- Fixed edge case: a `CHANGES_REQUESTED` review with a null
`submittedAt` is now counted as fresh/blocking (previously silently
skipped)
- Combined two separate `gh pr view` calls into one (`--json
commits,reviews`) to reduce API calls and ensure consistency
### SKILL.md (orchestrate skill)
- Added `### /pr-test result evaluation` section with explicit
pass/partial/fail handling table
- **PARTIAL on any headline feature scenario = immediate blocker**:
re-brief the agent, fix, and re-run from scratch. Never approve or
output ORCHESTRATOR:DONE with a PARTIAL headline result.
- Concrete incident callout: PR #12699 S5 (Apply suggestions) was
PARTIAL — AI never output JSON action blocks — but was nearly approved.
This rule prevents recurrence.
- Updated `verify-complete.sh` description throughout to include "no
fresh CHANGES_REQUESTED"
- Added staleness rule documentation: a review only blocks if submitted
*after* the latest commit
## Why
Two separate incidents prompted these changes:
1. **verify-complete.sh false positive**: An automated bot
(autogpt-pr-reviewer) submitted a `CHANGES_REQUESTED` review in April.
An agent then pushed fixing commits. The old script still blocked on the
stale review, preventing the PR from being verified as done.
2. **Missed PARTIAL signal**: PR #12699 had a PARTIAL result on its
headline scenario (S5 Apply button) because the AI emitted direct
builder tool calls instead of JSON action blocks. The orchestrator
nearly approved it. The new SKILL.md rule makes PARTIAL = blocker
explicit.
## Checklist
- [x] I have read the contribution guide
- [x] My changes follow the code style of this project
- [x] Changes are limited to the scope of this PR (< 20% unrelated
changes)
- [x] All new and existing tests pass
- Feature-flag the BuilderChatPanel behind BUILDER_CHAT_PANEL flag (ntindle)
- Reset sessionId/initializedRef on flowID navigation (sentry x2)
- Block input until session is ready to prevent pre-seed messages (coderabbitai)
- Reset sessionError on panel reopen so retry works (coderabbitai)
- Gate canvas invalidation on actual graph mutations only (coderabbitai)
- Add comment explaining ActionItem applied=true is intentional (sentry)
- Rename test and assert disabled state directly (coderabbitai)
- Embed JSON action block instruction in the seed message so the AI
outputs parseable blocks after edit_agent calls, making the changes
section visible without a backend system-prompt deploy
- Auto-invalidate the graph React Query after streaming completes so
useFlow.ts re-fetches and repopulates nodeStore/edgeStore in real-time
- Start ActionItem in pre-applied state; section label reads "AI applied
these changes" since edit_agent saves immediately server-side
- Update tests to match new label and pre-applied default
### Why
When running multiple Claude Code agents in parallel worktrees, they
frequently get stuck: an agent exits and sits at a shell prompt, freezes
mid-task, or waits on an approval prompt with no human watching. Fixing
this currently requires manually checking each tmux window.
### What
Adds a `/orchestrate` skill — a meta-agent supervisor that manages a
fleet of Claude Code agents across tmux windows and spare worktrees. It
auto-discovers available worktrees, spawns agents, monitors them, kicks
idle/stuck ones, auto-approves safe confirmations, and recycles
worktrees on completion.
### How to use
**Prerequisites:**
- One tmux session already running (the skill adds windows to it; it
does not create a new session)
- Spare worktrees on `spare/N` branches (e.g. `AutoGPT3` on `spare/3`,
`AutoGPT7` on `spare/7`)
**Basic workflow:**
```
/orchestrate capacity → see how many spare worktrees are free
/orchestrate start → enter task list, agents spawn automatically
/orchestrate status → check what's running
/orchestrate add → add one more task to the next free worktree
/orchestrate stop → mark inactive (agents finish current work)
/orchestrate poll → one manual poll cycle (debug / on-demand)
```
**Worktree lifecycle:**
```text
spare/N branch → /orchestrate add → new window + feat/branch + claude running
↓
ORCHESTRATOR:DONE
↓
kill window + git checkout spare/N
↓
spare/N (free again)
```
Windows are always capped by worktree count — no creep.
### Changes
- `.claude/skills/orchestrate/SKILL.md` — skill definition with 5
subcommands, state file schema, spawn/recycle helpers, approval policy
- `.claude/skills/orchestrate/scripts/classify-pane.sh` — pane state
classifier: `idle` (shell foreground), `running` (non-shell),
`waiting_approval` (pattern match), `complete` (ORCHESTRATOR:DONE)
- `.claude/skills/orchestrate/scripts/poll-cycle.sh` — poll loop:
reads/updates state file atomically, outputs JSON action list, stuck
detection via output-hash sampling
**State detection:**
| State | Detection method |
|---|---|
| `idle` | `pane_current_command` is a shell (zsh/bash/fish) |
| `running` | `pane_current_command` is non-shell (claude/node) |
| `stuck` | pane hash unchanged for N consecutive polls |
| `waiting_approval` | pattern match on last 40 lines of pane output |
| `complete` | `ORCHESTRATOR:DONE` string present in pane output |
**Safety policy for auto-approvals:** git ops, package installs, tests,
docker compose → approve. `rm -rf` outside worktree, force push, `sudo`,
secrets → escalate to user.
State file lives at `~/.claude/orchestrator-state.json` (outside repo,
never committed).
### Checklist
#### For code changes:
- [x] I have clearly listed my changes in the PR description
- [x] I have made a test plan
- [x] I have tested my changes according to the test plan:
- [x] `classify-pane.sh`: idle shell → `idle`, running process →
`running`, `ORCHESTRATOR:DONE` → `complete`, approval prompt →
`waiting_approval`, nonexistent window → `error`
- [x] `poll-cycle.sh`: inactive state → `[]`, empty agents array → `[]`,
spare worktree discovery, stuck detection (3-poll hash cycle)
- [x] Real agent spawn in `autogpt1` tmux session — agent ran, output
`ORCHESTRATOR:DONE`, recycle verified
- [x] Upfront JSON validation before `set -e`-guarded jq reads
- [x] Idle timer reset only on `idle → running` transition (not stuck),
preventing false stuck-detections
- [x] Classify fallback only triggers when output is empty (no
double-JSON on classify exit 1)
- Validate required fields in parseGraphActions before emitting actions
(coderabbitai: reject malformed payloads instead of coercing to "")
- Gate chat seeding on isGraphLoaded to avoid seeding with empty graph
when panel is opened before graph finishes loading (coderabbitai)
- Deduplicate parsedActions in the hook to prevent duplicate React keys
when AI suggests the same action twice (sentry)
- Add tests for malformed action field validation
- Prevent infinite retry loop on session creation failure by tracking
sessionError state and bailing out on non-200 or thrown errors
- Remove nodes/edges from initialization effect deps (only fire once
when sessionId+transport become available)
- Show node display name instead of raw ID in action item labels
- Use stable content-based keys for action items instead of array index
Copilot chat sessions with long histories loaded all messages at once,
causing slow initial loads. This PR adds cursor-based pagination so only
the most recent messages load initially, with older messages fetched on
demand as the user scrolls up.
### Changes 🏗️
**Backend:**
- Cursor-based pagination on `GET /sessions/{session_id}` (`limit`,
`before_sequence` params)
- `user_id` relation filter on the paginated query — ownership check and
message fetch now run in parallel
- Backward boundary expansion to keep tool-call / assistant message
pairs intact at page edges
- Unit tests for paginated queries
**Frontend:**
- `useLoadMoreMessages` hook + `LoadMoreSentinel` (IntersectionObserver)
for infinite scroll upward
- `ScrollPreserver` to maintain scroll position when older messages are
prepended
- Session-keyed `Conversation` remount with one-frame opacity hide to
eliminate scroll flash on switch
- Scrollbar moved to the correct scroll container; loading spinner no
longer causes overflow
### Checklist 📋
- [x] Pagination: only recent messages load initially; older pages load
on scroll-up
- [x] Scroll position preserved on prepend; no flash on session switch
- [x] Tool-call boundary pairs stay intact across page edges
- [x] Stream reconnection still works on initial load
---------
Co-authored-by: Claude Opus 4.6 <noreply@anthropic.com>
Co-authored-by: Nicholas Tindle <nicholas.tindle@agpt.co>
## Why
Stale feature flags add noise to the codebase and make it harder to
understand which flags are actually gating live features. Four flags
were defined but never referenced anywhere in the frontend, and the
"Share Execution Results" flag has been stable long enough to remove its
gate.
## What
- Remove 4 unused flags from the `Flag` enum and `defaultFlags`:
`NEW_BLOCK_MENU`, `GRAPH_SEARCH`, `ENABLE_ENHANCED_OUTPUT_HANDLING`,
`AGENT_FAVORITING`
- Remove the `SHARE_EXECUTION_RESULTS` flag and its conditional — the
`ShareRunButton` now always renders
## How
- Deleted enum entries and default values in `use-get-flag.ts`
- Removed the `useGetFlag` call and conditional wrapper around
`<ShareRunButton />` in `SelectedRunActions.tsx`
## Changes
- `src/services/feature-flags/use-get-flag.ts` — removed 5 flags from
enum + defaults
- `src/app/(platform)/library/.../SelectedRunActions.tsx` — removed flag
import, condition; share button always renders
### Checklist
- [x] My PR is small and focused on one change
- [x] I've tested my changes locally
- [x] `pnpm format && pnpm lint` pass
🤖 Generated with [Claude Code](https://claude.com/claude-code)
Co-authored-by: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
Requested by @Abhi1992002
## Why
JSON output data in the "Complete Output Data" dialog and node output
panel gets clipped — text overflows and is hidden with no way to scroll
right. Reported by Zamil in #frontend.
## What
The `ContentRenderer` wrapper divs used `overflow-hidden` which
prevented the `JSONRenderer`'s `overflow-x-auto` from working. Changed
both wrapper divs from `overflow-hidden` to `overflow-x-auto`.
```diff
- overflow-hidden [&>*]:rounded-xlarge [&>*]:!text-xs [&_pre]:whitespace-pre-wrap [&_pre]:break-words
+ overflow-x-auto [&>*]:rounded-xlarge [&>*]:!text-xs [&_pre]:whitespace-pre-wrap [&_pre]:break-words
- overflow-hidden [&>*]:rounded-xlarge [&>*]:!text-xs
+ overflow-x-auto [&>*]:rounded-xlarge [&>*]:!text-xs
```
## Scope
- 1 file changed (`ContentRenderer.tsx`)
- 2 lines: `overflow-hidden` → `overflow-x-auto`
- CSS only, no logic changes
Resolves SECRT-2206
Co-authored-by: Abhimanyu Yadav <122007096+Abhi1992002@users.noreply.github.com>
Co-authored-by: Nicholas Tindle <nicholas.tindle@agpt.co>
### Why / What / How
Copilot artifacts were not previewing reliably: PDFs downloaded instead
of rendering, Python code could still render like markdown, JSX/TSX
artifacts were brittle, HTML dashboards/charts could fail to execute,
and users had to manually open artifact panes after generation. The pane
also got stuck at maximized width when trying to drag it smaller.
This PR adds a dedicated copilot artifact panel and preview pipeline
across the backend/frontend boundary. It preserves artifact metadata
needed for classification, adds extension-first preview routing,
introduces dedicated preview/rendering paths for HTML/CSV/code/PDF/React
artifacts, auto-opens new or edited assistant artifacts, and fixes the
maximized-pane resize path so dragging exits maximized mode immediately.
### Changes 🏗️
- add artifact card and artifact panel UI in copilot, including
persisted panel state and resize/maximize/minimize behavior
- add shared artifact extraction/classification helpers and auto-open
behavior for new or edited assistant messages with artifacts
- add preview/rendering support for HTML, CSV, PDF, code, and React
artifact files
- fix code artifacts such as Python to render through the code renderer
with a dark code surface instead of markdown-style output
- improve JSX/TSX preview behavior with provider wrapping, fallback
export selection, and explicit runtime error surfaces
- allow script execution inside HTML previews so embedded chart
dashboards can render
- update workspace artifact/backend API handling and regenerate the
frontend OpenAPI client
- add regression coverage for artifact helpers, React preview runtime,
auto-open behavior, code rendering, and panel store behavior
- post-review hardening: correct download path for cross-origin URLs,
defer scroll restore until content mounts, gate auto-open behind the
ARTIFACTS flag, parse CSVs with RFC 4180-compliant quoted newlines + BOM
handling, distinguish 413 vs 409 on upload, normalize empty session_id,
and keep AnimatePresence mounted so the panel exit animation plays
### Checklist 📋
#### For code changes:
- [x] I have clearly listed my changes in the PR description
- [x] I have made a test plan
- [x] I have tested my changes according to the test plan:
- [x] `pnpm format`
- [x] `pnpm lint`
- [x] `pnpm types`
- [x] `pnpm test:unit`
#### For configuration changes:
- [x] `.env.default` is updated or already compatible with my changes
- [x] `docker-compose.yml` is updated or already compatible with my
changes
- [x] I have included a list of my configuration changes in the PR
description (under **Changes**)
<!-- CURSOR_SUMMARY -->
---
> [!NOTE]
> **Medium Risk**
> Adds a new Copilot artifact preview surface that executes
user/AI-generated HTML/React in sandboxed iframes and changes workspace
file upload/listing behavior, so regressions could affect file handling
and client security assumptions despite sandboxing safeguards.
>
> **Overview**
> Adds an **Artifacts** feature (flagged by `Flag.ARTIFACTS`) to
Copilot: workspace file links/attachments now render as `ArtifactCard`s
and can open a new resizable/minimizable `ArtifactPanel` with history,
auto-open behavior, copy/download actions, and persisted panel width.
>
> Introduces a richer artifact preview pipeline with type classification
and dedicated renderers for **HTML**, **CSV**, **PDF**, **code
(Shiki-highlighted)**, and **React/TSX** (transpiled and executed in a
sandboxed iframe), plus safer download filename handling and content
caching/scroll restore.
>
> Extends the workspace backend API by adding `GET /workspace/files`
pagination, standardizing operation IDs in OpenAPI, attaching
`metadata.origin` on uploads/agent-created files, normalizing empty
`session_id`, improving upload error mapping (409 vs 413), and hardening
post-quota soft-delete error handling; updates and expands test coverage
accordingly.
>
> <sup>Reviewed by [Cursor Bugbot](https://cursor.com/bugbot) for commit
b732d10eca. Bugbot is set up for automated
code reviews on this repo. Configure
[here](https://www.cursor.com/dashboard/bugbot).</sup>
<!-- /CURSOR_SUMMARY -->
---------
Co-authored-by: Zamil Majdy <zamil.majdy@agpt.co>
Co-authored-by: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
### Why / What / How
**Why:** The onboarding flow had inconsistent branding ("Autopilot" vs
"AutoPilot"), a heavy progress bar that dominated the header, an extra
click on the role screen, and no guidance on how many pain points to
select — leading to users selecting everything or nothing useful.
**What:** Copy & brand fixes, UX improvements (auto-advance, soft cap),
and visual polish (progress bar, checkmark badges, purple focus inputs).
**How:**
- Replaced all "Autopilot" with "AutoPilot" (capital P) across screens
1-3
- Removed the `?` tooltip on screen 1 (users will learn about AutoPilot
from the access email)
- Changed name label to conversational "What should I call you?"
- Screen 2: auto-advances 350ms after role selection (except "Other"
which still shows input + button)
- Screen 3: soft cap of 3 selections with green confirmation text and
shake animation on overflow attempt
- Thinned progress bar from ~10px to 3px (Linear/Notion style)
- Added purple checkmark badges on selected cards
- Updated Input atom focus state to purple ring
### Changes 🏗️
- **WelcomeStep**: "AutoPilot" branding, removed tooltip, conversational
label
- **RoleStep**: Updated subtitle, auto-advance on non-"Other" role
select, Continue button only for "Other"
- **PainPointsStep**: Soft cap of 3 with dynamic helper text and shake
animation
- **usePainPointsStep**: Added `atLimit`/`shaking` state, wrapped
`togglePainPoint` with cap logic
- **store.ts**: `togglePainPoint` returns early when at 3 and adding
- **ProgressBar**: 3px height, removed glow shadow
- **SelectableCard**: Added purple checkmark badge on selected state
- **Input atom**: Focus ring changed from zinc to purple
- **tailwind.config.ts**: Added `shake` keyframe and `animate-shake`
utility
### Checklist 📋
#### For code changes:
- [ ] I have clearly listed my changes in the PR description
- [ ] I have made a test plan
- [ ] I have tested my changes according to the test plan:
- [ ] Navigate through full onboarding flow (screens 1→2→3→4)
- [ ] Verify "AutoPilot" branding on all screens (no "Autopilot")
- [ ] Verify screen 2 auto-advances after tapping a role (non-"Other")
- [ ] Verify "Other" role still shows text input and Continue button
- [ ] Verify Back button works correctly from screen 2 and 3
- [ ] Select 3 pain points and verify green "3 selected" text
- [ ] Attempt 4th selection and verify shake animation + swap message
- [ ] Deselect one and verify can select a different one
- [ ] Verify checkmark badges appear on selected cards
- [ ] Verify progress bar is thin (3px) and subtle
- [ ] Verify input focus state is purple across onboarding inputs
- [ ] Verify "Something else" + other text input still works on screen 3
---------
Co-authored-by: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
## Changes
### 1. Inline image enforcement (Step 7)
- Added `CRITICAL` warning: never post a bare directory tree link
- Added post-comment verification block that greps for `` inline
- Screenshot captions were too vague to be useful ("shows the page")
- No mechanism to catch incomplete test runs — agent could skip
scenarios and still post a passing report
## Checklist
- [x] `.claude/skills/pr-test/SKILL.md` updated
- [x] No production code changes — skill/dx only
- [x] Pre-commit hooks pass
### Why / What / How
**Why:** Some AI-category blocks do not expose a `"model"` input
property in their `inputSchema`. The `fix_ai_model_parameter` fixer was
unconditionally injecting a default model value (e.g. `"gpt-4o"`) into
any node whose block has category `"AI"`, regardless of whether that
block actually accepts a `model` input. This causes the agent JSON to
include an invalid field for those blocks.
**What:** Guard the model-injection logic with a check that `"model"`
exists in the block's `inputSchema.properties` before attempting to set
or validate the field. AI blocks that have no model selector are now
skipped entirely.
**How:** In `fix_ai_model_parameter`, after confirming `is_ai_block`,
extract `input_properties` from the block's `inputSchema.properties` and
`continue` if `"model"` is absent. The subsequent `model_schema` lookup
is also simplified to reuse the already-fetched `input_properties` dict.
A regression test is added to cover this case.
### Changes 🏗️
- `backend/copilot/tools/agent_generator/fixer.py`: In
`fix_ai_model_parameter`, skip AI-category nodes whose block
`inputSchema.properties` does not contain a `"model"` key; reuse
`input_properties` for the subsequent `model_schema` lookup.
- `backend/copilot/tools/agent_generator/fixer_test.py`: Add
`test_ai_block_without_model_property_is_skipped` to
`TestFixAiModelParameter`.
### Checklist 📋
#### For code changes:
- [ ] I have clearly listed my changes in the PR description
- [ ] I have made a test plan
- [ ] I have tested my changes according to the test plan:
- [ ] Run `poetry run pytest
backend/copilot/tools/agent_generator/fixer_test.py` — all 50 tests pass
(49 pre-existing + 1 new)
Co-authored-by: Claude Sonnet 4.6 <noreply@anthropic.com>
## Summary
- Establish React integration tests (Vitest + RTL + MSW) as the primary
frontend testing strategy (~90% of tests)
- Update all contributor documentation (TESTING.md, CONTRIBUTING.md,
AGENTS.md) to reflect the integration-first convention
- Add `NuqsTestingAdapter` and `TooltipProvider` to the shared test
wrapper so page-level tests work out of the box
- Write 8 integration tests for the library page as a reference example
for the pattern
## Why
We had the testing infrastructure (Vitest, RTL, MSW, Orval-generated
handlers) but no established convention for page-level integration
tests. Most existing tests were for stores or small components. Since
our frontend is client-first, we need a documented, repeatable pattern
for testing full pages with mocked APIs.
## What
- **Docs**: Rewrote `TESTING.md` as a comprehensive guide. Updated
testing sections in `CONTRIBUTING.md`, `frontend/AGENTS.md`,
`platform/AGENTS.md`, and `autogpt_platform/AGENTS.md`
- **Test infra**: Added `NuqsTestingAdapter` (for `nuqs` query state
hooks) and `TooltipProvider` (for Radix tooltips) to `test-utils.tsx`
- **Reference tests**: `library/__tests__/main.test.tsx` with 8 tests
covering agent rendering, tabs, folders, search bar, and Jump Back In
## How
- Convention: tests live in `__tests__/` next to `page.tsx`, named
descriptively (`main.test.tsx`, `search.test.tsx`)
- Pattern: `setupHandlers()` → `render(<Page />)` → `findBy*` assertions
- MSW handlers from
`@/app/api/__generated__/endpoints/{tag}/{tag}.msw.ts` for API mocking
- Custom `render()` from `@/tests/integrations/test-utils` wraps all
required providers
## Test plan
- [x] All 422 unit/integration tests pass (`pnpm test:unit`)
- [x] `pnpm format` clean
- [x] `pnpm lint` clean (no new errors)
- [x] `pnpm types` — pre-existing onboarding type errors only, no new
errors
🤖 Generated with [Claude Code](https://claude.com/claude-code)
---------
Co-authored-by: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
Co-authored-by: Nicholas Tindle <nicholas.tindle@agpt.co>
Co-authored-by: Reinier van der Leer <pwuts@agpt.co>
### Why / What / How
Users need a way to choose between fast, cheap responses (Sonnet) and
deep reasoning (Opus) in the copilot. Previously only the SDK/Opus path
existed, and the baseline path was a degraded fallback with no tool
calling, no file attachments, no E2B sandbox, and no permission
enforcement.
This PR adds a copilot mode toggle and brings the baseline (fast) path
to full feature parity with the SDK (extended thinking) path.
### Changes 🏗️
#### 1. Mode toggle (UI → full stack)
- Add Fast / Thinking mode toggle to ChatInput footer (Phosphor
`Brain`/`Zap` icons via lucide-react)
- Thread `mode: "fast" | "extended_thinking" | null` from
`StreamChatRequest` → RabbitMQ queue → executor → service selection
- Fast → baseline service (Sonnet 4 via OpenRouter), Thinking → SDK
service (Opus 4.6)
- Toggle gated behind `CHAT_MODE_OPTION` feature flag with server-side
enforcement
- Mode persists in localStorage with SSR-safe init
#### 2. Baseline service full tool parity
- **Tool call persistence**: Store structured `ChatMessage` entries
(assistant + tool results) instead of flat concatenated text — enables
frontend to render tool call details and maintain context across turns
- **E2B sandbox**: Wire up `get_or_create_sandbox()` so `bash_exec`
routes to E2B (image download, Python/PIL compression, filesystem
access)
- **File attachments**: Accept `file_ids`, download workspace files,
embed images as OpenAI vision blocks, save non-images to working dir
- **Permissions**: Filter tool list via `CopilotPermissions`
(whitelist/blacklist)
- **URL context**: Pass `context` dict to user message for URL-shared
content
- **Execution context**: Pass `sandbox`, `sdk_cwd`, `permissions` to
`set_execution_context()`
- **Model**: Changed `fast_model` from `google/gemini-2.5-flash` to
`anthropic/claude-sonnet-4` for reliable function calling
- **Temp dir cleanup**: Lazy `mkdtemp` (only when files attached) +
`shutil.rmtree` in finally
#### 3. Transcript support for Fast mode
- Baseline service now downloads / validates / loads / appends / uploads
transcripts (parity with SDK)
- Enables seamless mode switching mid-conversation via shared transcript
- Upload shielded from cancellation, bounded at 5s timeout
#### 4. Feature-flag infrastructure fixes
- `FORCE_FLAG_*` env-var overrides on both backend and frontend for
local dev / E2E
- LaunchDarkly context parity (frontend mirrors backend user context)
- `CHAT_MODE_OPTION` default flipped to `false` to match backend
#### 5. Other hardening
- Double-submit ref guard in `useChatInput` + reconnect dedup in
`useCopilotStream`
- `copilotModeRef` pattern to read latest mode without recreating
transport
- Shared `CopilotMode` type across frontend files
- File name collision handling with numeric suffix
- Path sanitization in file description hints (`os.path.basename`)
### Test plan
- [x] 30 new unit tests: `_env_flag_override` (12), `envFlagOverride`
(8), `_filter_tools_by_permissions` (4), `_prepare_baseline_attachments`
(6)
- [x] E2E tested on dev: fast mode creates E2B sandbox, calls 7-10
tools, generates and renders images
- [x] Mode switching mid-session works (shared transcript + session
messages)
- [x] Server-side flag gate enforced (crafted `mode=fast` stripped when
flag off)
- [x] All 37 CI checks green
- [x] Verified via agent-browser: workspace images render correctly in
all message positions
🤖 Generated with [Claude Code](https://claude.com/claude-code)
---------
Co-authored-by: Zamil Majdy <majdy.zamil@gmail.com>
## Why
#12604 (intermediate persistence) introduced two bugs on dev:
1. **Duplicate user messages** — `set_turn_duration` calls
`invalidate_session_cache()` which deletes the Redis key. Concurrent
`get_chat_session()` calls re-populate it from DB with stale data. The
executor loads this stale cache, misses the user message, and re-appends
it.
2. **Tool outputs lost on hydration** — Intermediate flushes save
assistant messages to DB before `StreamToolInputAvailable` sets
`tool_calls` on them. Since `_save_session_to_db` is append-only (uses
`start_sequence`), the `tool_calls` update is lost — subsequent flushes
start past that index. On page refresh / SSE reconnect, tool UIs
(SetupRequirementsCard, run_block output, etc.) are invisible.
3. **Sessions stuck running** — If a tool call hangs (e.g. WebSearch
provider not responding), the stream never completes,
`mark_session_completed` never runs, and the `active_stream` flag stays
stale in Redis.
## What
- **In-place cache update** in `set_turn_duration` — replaces
`invalidate_session_cache()` with a read-modify-write that patches the
duration on the cached session, eliminating the stale-cache repopulation
window
- **tool_calls backfill** — tracks the flush watermark and assistant
message index; when `StreamToolInputAvailable` sets `tool_calls` on an
already-flushed assistant, updates the DB record directly via
`update_message_tool_calls()`
- **Improved message dedup** — `is_message_duplicate()` /
`maybe_append_user_message()` scans trailing same-role messages (current
turn) instead of only checking `messages[-1]`
- **Idle timeout** — aborts the stream with a retryable error if no
meaningful SDK message arrives for 10 minutes, preventing hung tool
calls from leaving sessions stuck
## Changes
- `copilot/db.py` — `update_message_tool_calls()`, in-place cache update
in `set_turn_duration`
- `copilot/model.py` — `is_message_duplicate()`,
`maybe_append_user_message()`
- `copilot/sdk/service.py` — flush watermark tracking, tool_calls
backfill, idle timeout
- `copilot/baseline/service.py` — use `maybe_append_user_message()`
- `copilot/model_test.py` — unit tests for dedup
- `copilot/db_test.py` — unit tests for set_turn_duration cache update
## Checklist
- [x] My PR title follows [conventional
commit](https://www.conventionalcommits.org/) format
- [x] Out-of-scope changes are less than 20% of the PR
- [x] Changes to `data/*.py` validated for user ID checks (N/A)
- [x] Protected routes updated in middleware (N/A)
### Why / What / How
**Why:** We had no local pre-commit protection against accidentally
committing secrets. The existing `detect-secrets` hook only ran on
`pre-push`, which is too late — secrets are already in git history by
that point. GitHub's push protection only covers known provider patterns
and runs server-side.
**What:** Adds a 3-layer defense against secret leaks: local pre-commit
hooks (gitleaks + detect-secrets), and a CI workflow as a safety net.
**How:**
- Moved `detect-secrets` from `pre-push` to `pre-commit` stage
- Added `gitleaks` as a second pre-commit hook (Go binary, faster and
more comprehensive rule set)
- Added `.gitleaks.toml` config with allowlists for known false
positives (test fixtures, dev docker JWTs, Firebase public keys, lock
files, docs examples)
- Added `repo-secret-scan.yml` CI workflow using `gitleaks-action` on
PRs/pushes to master/dev
### Changes 🏗️
- `.pre-commit-config.yaml`: Moved `detect-secrets` to pre-commit stage,
added baseline arg, added `gitleaks` hook
- `.gitleaks.toml`: New config with tuned allowlists for this repo's
false positives
- `.secrets.baseline`: Empty baseline for detect-secrets to track known
findings
- `.github/workflows/repo-secret-scan.yml`: New CI workflow running
gitleaks on every PR and push
### Checklist 📋
#### For code changes:
- [x] I have clearly listed my changes in the PR description
- [x] I have made a test plan
- [x] I have tested my changes according to the test plan:
- [x] Ran `gitleaks detect --no-git` against the full repo — only `.env`
files (gitignored) remain as findings
- [x] Verified gitleaks catches a test secret file correctly
- [x] Pre-commit hooks pass on commit (both detect-secrets and gitleaks
passed)
#### For configuration changes:
- [x] `.env.default` is updated or already compatible with my changes
- [x] `docker-compose.yml` is updated or already compatible with my
changes
- [x] I have included a list of my configuration changes in the PR
description (under **Changes**)
## Summary
- Adds a four-tier subscription system (FREE/PRO/BUSINESS/ENTERPRISE)
for CoPilot with configurable multipliers (1x/5x/20x/60x) applied on top
of the base LaunchDarkly/config limits
- Stores user tier in the database (`User.subscriptionTier` column as a
Prisma enum, defaults to PRO for beta testing) with admin API endpoints
for tier management
- Includes tier info in usage status responses and OTEL/Langfuse trace
metadata for observability
## Tier Structure
| Tier | Multiplier | Daily Tokens | Weekly Tokens | Notes |
|------|-----------|-------------|--------------|-------|
| FREE | 1x | 2.5M | 12.5M | Base tier (unused during beta) |
| PRO | 5x | 12.5M | 62.5M | Default on sign-up (beta) |
| BUSINESS | 20x | 50M | 250M | Manual upgrade for select users |
| ENTERPRISE | 60x | 150M | 750M | Highest tier, custom |
## Changes
- **`rate_limit.py`**: `SubscriptionTier` enum
(FREE/PRO/BUSINESS/ENTERPRISE), `TIER_MULTIPLIERS`, `get_user_tier()`,
`set_user_tier()`, update `get_global_rate_limits()` to apply tier
multiplier and return 3-tuple, add `tier` field to `CoPilotUsageStatus`
- **`rate_limit_admin_routes.py`**: Add `GET/POST
/admin/rate_limit/tier` endpoints, include `tier` in
`UserRateLimitResponse`
- **`routes.py`** (chat): Include tier in `/usage` endpoint response
- **`sdk/service.py`**: Send `subscription_tier` in OTEL/Langfuse trace
metadata
- **`schema.prisma`**: Add `SubscriptionTier` enum and
`subscriptionTier` column to `User` model (default: PRO)
- **`config.py`**: Update docs to reflect tier system
- **Migration**: `20260326200000_add_rate_limit_tier` — creates enum,
migrates STANDARD→PRO, adds BUSINESS, sets default to PRO
## Test plan
- [x] 72 unit tests all passing (43 rate_limit + 11 admin routes + 18
chat routes)
- [ ] Verify FREE tier users get base limits (2.5M daily, 12.5M weekly)
- [ ] Verify PRO tier users get 5x limits (12.5M daily, 62.5M weekly)
- [ ] Verify BUSINESS tier users get 20x limits (50M daily, 250M weekly)
- [ ] Verify ENTERPRISE tier users get 60x limits (150M daily, 750M
weekly)
- [ ] Verify admin can read and set user tiers via API
- [ ] Verify tier info appears in Langfuse traces
- [ ] Verify migration applies cleanly (creates enum, migrates STANDARD
users to PRO, adds BUSINESS, default PRO)
---------
Co-authored-by: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
Co-authored-by: Nicholas Tindle <nicholas.tindle@agpt.co>
### Why / What / How
**Why:** Frontend test coverage is still ramping up. The default
component status checks (project + patch at 80%) would block merges for
insufficient coverage on frontend changes, which isn't practical yet.
**What:** Override the platform-frontend component's coverage statuses
to be `informational: true`, so they report but don't block merges.
**How:** Added explicit `statuses` to the `platform-frontend` component
in `codecov.yml` with `informational: true` on both project and patch
checks, overriding the `default_rules`.
### Changes 🏗️
- **`codecov.yml`**: Added `informational: true` to platform-frontend
component's project and patch status checks
### Checklist 📋
#### For code changes:
- [ ] I have clearly listed my changes in the PR description
- [ ] I have made a test plan
- [ ] I have tested my changes according to the test plan:
- [ ] Verify Codecov frontend status checks show as informational
(non-blocking) on PRs touching frontend code
#### For configuration changes:
- [x] `.env.default` is updated or already compatible with my changes
- [x] `docker-compose.yml` is updated or already compatible with my
changes
- [x] I have included a list of my configuration changes in the PR
description (under **Changes**)
<!-- CURSOR_SUMMARY -->
---
> [!NOTE]
> **Low Risk**
> Low risk: Codecov configuration-only change that affects merge gating
for frontend coverage statuses but does not alter runtime code.
>
> **Overview**
> Updates `codecov.yml` to override the `platform-frontend` component’s
coverage `statuses` so both **project** and **patch** checks are marked
`informational: true` (non-blocking), while leaving the default
component coverage rules unchanged for other components.
>
> <sup>Written by [Cursor
Bugbot](https://cursor.com/dashboard?tab=bugbot) for commit
f8e8426a31. This will update automatically
on new commits. Configure
[here](https://cursor.com/dashboard?tab=bugbot).</sup>
<!-- /CURSOR_SUMMARY -->
Co-authored-by: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
AutoPilot (copilot) notifications had several follow-up issues after
initial implementation: old "Otto" branding, UX quirks, a service-worker
crash, notification state that didn't persist or sync across tabs, a
broken notification sound, and noisy Sentry alerts from SSR.
### Changes 🏗️
- **Rename "Otto" → "AutoPilot"** in all notification surfaces: browser
notifications, document title badge, permission dialog copy, and
notification banner copy
- **Agent Activity icon**: changed from `Bell` to `Pulse` (Phosphor) in
the navbar dropdown
- **Centered dialog buttons**: the "Stay in the loop" permission dialog
buttons are now centered instead of right-aligned
- **Service worker notification fix**: wrapped `new Notification()` in
try-catch so it degrades gracefully in service worker / PWA contexts
instead of throwing `TypeError: Illegal constructor`
- **Persist notification state**: `completedSessionIDs` is now stored in
localStorage (`copilot-completed-sessions`) so it survives page
refreshes and new tabs
- **Cross-tab sync**: a `storage` event listener keeps
`completedSessionIDs` and `document.title` in sync across all open tabs
— clearing a notification in one tab clears it everywhere
- **Fix notification sound**: corrected the sound file path from
`/sounds/notification.mp3` to `/notification.mp3` and added a
`.gitignore` exception (root `.gitignore` has a blanket `*.mp3` ignore
rule from legacy AutoGPT agent days)
- **Fix SSR Sentry noise**: guarded the Copilot Zustand store
initialization with a client-side check so `storage.get()` is never
called during SSR, eliminating spurious Sentry alerts (BUILDER-7CB, 7CC,
7C7) while keeping the Sentry reporting in `local-storage.ts` intact for
genuinely unexpected SSR access
### Checklist 📋
#### For code changes:
- [x] I have clearly listed my changes in the PR description
- [x] I have made a test plan
- [x] I have tested my changes according to the test plan:
- [x] Verify "AutoPilot" appears (not "Otto") in browser notification,
document title, permission dialog, and banner
- [x] Verify Pulse icon in navbar Agent Activity dropdown
- [x] Verify "Stay in the loop" dialog buttons are centered
- [x] Open two tabs on copilot → trigger completion → both tabs show
badge/checkmark
- [x] Click completed session in tab 1 → badge clears in both tabs
- [x] Refresh a tab → completed session state is preserved
- [x] Verify notification sound plays on completion
- [x] Verify no Sentry alerts from SSR localStorage access
---------
Co-authored-by: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
## Why
The copilot's `edit_agent` tool requires the LLM to provide a complete
agent JSON (all nodes + links), but the LLM had **no way to see the
current graph structure** before editing. It was editing blindly —
guessing/hallucinating the entire node+link structure and replacing the
graph wholesale.
## What
- Add `include_graph` boolean parameter (default `false`) to the
existing `find_library_agent` tool
- When `true`, each returned `AgentInfo` includes a `graph` field with
the full graph JSON (nodes, links, `input_default` values)
- Update the agent generation guide to instruct the LLM to always fetch
the current graph before editing
## How
- Added `graph: dict[str, Any] | None` field to `AgentInfo` model
- Added `_enrich_agents_with_graph()` helper in `agent_search.py` that
calls the existing `get_agent_as_json()` utility to fetch full graph
data
- Threaded `include_graph` parameter through `find_library_agent` →
`search_agents` → `_search_library`
- Updated `agent_generation_guide.md` to add an "if editing" step that
fetches the graph first
No new tools introduced — reuses existing `find_library_agent` with one
optional flag.
## Test plan
- [x] Unit tests: 2 new tests added
(`test_include_graph_fetches_nodes_and_links`,
`test_include_graph_false_does_not_fetch`)
- [x] All 7 `agent_search_test.py` tests pass
- [x] All pre-commit hooks pass (lint, format, typecheck)
- [ ] Verify copilot correctly uses `include_graph=true` before editing
an agent (manual test)
## Why
Dry-run block simulation is failing in production with `404 - model
gemini-2.5-flash does not exist`. The simulator's default model
(`google/gemini-2.5-flash`) is a non-OpenAI model that requires
OpenRouter routing, but the shared `get_openai_client()` prefers the
direct OpenAI key, creating a client that can't handle non-OpenAI
models. The old code also stripped the provider prefix, sending
`gemini-2.5-flash` to OpenAI's API.
## What
- Added `prefer_openrouter` keyword parameter to `get_openai_client()` —
when True, prefers the OpenRouter key (returns None if unavailable,
rather than falling back to an incompatible direct OpenAI client)
- Simulator now calls `get_openai_client(prefer_openrouter=True)` so
`google/gemini-2.5-flash` routes correctly through OpenRouter
- Removed the redundant `SIMULATION_MODEL` env var override and the
now-unnecessary provider prefix stripping from `_simulator_model()`
## How
`get_openai_client()` is decorated with `@cached(ttl_seconds=3600)`
which keys by args, so `get_openai_client()` and
`get_openai_client(prefer_openrouter=True)` are cached independently.
When `prefer_openrouter=True` and no OpenRouter key exists, returns
`None` instead of falling back — the simulator already handles `None`
with a clear error message.
### Checklist
- [x] All 24 dry-run tests pass
- [x] Test asserts `get_openai_client` is called with
`prefer_openrouter=True`
- [x] Format, lint, and pyright pass
- [x] No changes to user-facing APIs
- [ ] Deploy to staging and verify simulation works
---------
Co-authored-by: Nicholas Tindle <nicholas.tindle@agpt.co>
### Why / What / How
<img width="800" height="827" alt="Screenshot 2026-04-02 at 15 40 24"
src="https://github.com/user-attachments/assets/69a381c1-2884-434b-9406-4a3f7eec87cf"
/>
<img width="800" height="825" alt="Screenshot 2026-04-02 at 15 40 41"
src="https://github.com/user-attachments/assets/c6191a68-a8ba-482b-ba47-c06c71d69f0c"
/>
<img width="800" height="825" alt="Screenshot 2026-04-02 at 15 40 48"
src="https://github.com/user-attachments/assets/31b632b9-59cb-4bf7-a6a0-6158846fcf9a"
/>
<img width="800" height="812" alt="Screenshot 2026-04-02 at 15 40 54"
src="https://github.com/user-attachments/assets/64e38a15-2e56-4c0e-bd84-987bf6076bf7"
/>
**Why:** The existing onboarding flow was outdated and didn't align with
the new Autopilot-first experience. New users need a streamlined,
visually polished wizard that collects their role and pain points to
personalize Autopilot suggestions.
**What:** Complete redesign of the onboarding wizard as a 4-step flow:
Welcome → Role selection → Pain points → Preparing workspace. Uses the
design system throughout (atoms/molecules), adds animations, and syncs
steps with URL search params.
**How:**
- Zustand store manages wizard state (name, role, pain points, current
step)
- Steps synced to `?step=N` URL params for browser navigation support
- Pain points reordered based on selected role (e.g. Sales sees "Finding
leads" first)
- Design system components used exclusively (no raw shadcn `ui/`
imports)
- New reusable components: `FadeIn` (atom), `TypingText` (molecule) with
Storybook stories
- `AutoGPTLogo` made sizeable via Tailwind className prop, migrated in
Navbar
- Fixed `SetupAnalytics` crash (client component was rendered inside
`<head>`)
### Changes 🏗️
- **New onboarding wizard** (`steps/WelcomeStep`, `RoleStep`,
`PainPointsStep`, `PreparingStep`)
- **New shared components**: `ProgressBar`, `StepIndicator`,
`SelectableCard`, `CardCarousel`
- **New design system components**: `FadeIn` atom with stories,
`TypingText` molecule with stories
- **`AutoGPTLogo`** — size now controlled via `className` prop instead
of numeric `size`
- **Navbar** — migrated from legacy `IconAutoGPTLogo` to design system
`AutoGPTLogo`
- **Layout fix** — moved `SetupAnalytics` from `<head>` to `<body>` to
fix React hydration crash
- **Role-based pain point ordering** — top picks surfaced first based on
role selection
- **URL-synced steps** — `?step=N` search params for back/forward
navigation
- Removed old onboarding pages (1-welcome through 6-congrats, reset
page)
- Emoji/image assets for role selection cards
### Checklist 📋
#### For code changes:
- [x] I have clearly listed my changes in the PR description
- [x] I have made a test plan
- [x] I have tested my changes according to the test plan:
- [x] Complete onboarding flow from step 1 through 4 as a new user
- [x] Verify back button navigates to previous step
- [x] Verify progress bar advances correctly (hidden on step 4)
- [x] Verify step indicator dots show for steps 1-3
- [x] Verify role selection reorders pain points on next step
- [x] Verify "Other" role/pain point shows text input
- [x] Verify typing animation on PreparingStep title
- [x] Verify fade-in animations on all steps
- [x] Verify URL updates with `?step=N` on navigation
- [x] Verify browser back/forward works with step URLs
- [x] Verify mobile horizontal scroll on card grids
- [x] Verify `pnpm types` passes cleanly
---------
Co-authored-by: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
## Summary
This PR modernizes AutoGPT Classic to make it more useful for day-to-day
autonomous agent development. Major changes include consolidating the
project structure, adding new prompt strategies, modernizing the
benchmark system, and improving the development experience.
**Note: AutoGPT Classic is an experimental, unsupported project
preserved for educational/historical purposes. Dependencies will not be
actively updated.**
## Changes 🏗️
### Project Structure & Build System
- **Consolidated Poetry projects** - Merged `forge/`,
`original_autogpt/`, and benchmark packages into a single
`pyproject.toml` at `classic/` root
- **Removed old benchmark infrastructure** - Deleted the complex
`agbenchmark` package (3000+ lines) in favor of the new
`direct_benchmark` harness
- **Removed frontend** - Deleted `benchmark/frontend/` React app (no
longer needed)
- **Cleaned up CI workflows** - Simplified GitHub Actions workflows for
the consolidated project structure
- **Added CLAUDE.md** - Documentation for working with the codebase
using Claude Code
### New Direct Benchmark System
- **`direct_benchmark` harness** - New streamlined benchmark runner
with:
- Rich TUI with multi-panel layout showing parallel test execution
- Incremental resume and selective reset capabilities
- CI mode for non-interactive environments
- Step-level logging with colored prefixes
- "Would have passed" tracking for timed-out challenges
- Copy-paste completion blocks for sharing results
### Multiple Prompt Strategies
Added pluggable prompt strategy system supporting:
- **one_shot** - Single-prompt completion
- **plan_execute** - Plan first, then execute steps
- **rewoo** - Reasoning without observation (deferred tool execution)
- **react** - Reason + Act iterative loop
- **lats** - Language Agent Tree Search (MCTS-based exploration)
- **sub_agent** - Multi-agent delegation architecture
- **debate** - Multi-agent debate for consensus
### LLM Provider Improvements
- Added support for modern **Anthropic Claude models**
(claude-3.5-sonnet, claude-3-haiku, etc.)
- Added **Groq** provider support
- Improved tool call error feedback for LLM self-correction
- Fixed deprecated API usage
### Web Components
- **Replaced Selenium with Playwright** for web browsing (better async
support, faster)
- Added **lightweight web fetch component** for simple URL fetching
- **Modernized web search** with tiered provider system (Tavily, Serper,
Google)
### Agent Capabilities
- **Workspace permissions system** - Pattern-based allow/deny lists for
agent commands
- **Rich interactive selector** for command approval with scopes
(once/agent/workspace/deny)
- **TodoComponent** with LLM-powered task decomposition
- **Platform blocks integration** - Connect to AutoGPT Platform API for
additional blocks
- **Sub-agent architecture** - Agents can spawn and coordinate
sub-agents
### Developer Experience
- **Python 3.12+ support** with CI testing on 3.12, 3.13, 3.14
- **Current working directory as default workspace** - Run `autogpt`
from any project directory
- Simplified log format (removed timestamps)
- Improved configuration and setup flow
- External benchmark adapters for GAIA, SWE-bench, and AgentBench
### Bug Fixes
- Fixed N/A command loop when using native tool calling
- Fixed auto-advance plan steps in Plan-Execute strategy
- Fixed approve+feedback to execute command then send feedback
- Fixed parallel tool calls in action history
- Always recreate Docker containers for code execution
- Various pyright type errors resolved
- Linting and formatting issues fixed across codebase
## Test Plan
- [x] CI lint, type, and test checks pass
- [x] Run `poetry install` from `classic/` directory
- [x] Run `poetry run autogpt` and verify CLI starts
- [x] Run `poetry run direct-benchmark run --tests ReadFile` to verify
benchmark works
## Notes
- This is a WIP PR for personal use improvements
- The project is marked as **unsupported** - no active maintenance
planned
- Contains known vulnerabilities in dependencies (intentionally not
updated)
<!-- CURSOR_SUMMARY -->
---
> [!NOTE]
> **Medium Risk**
> CI/build workflows are substantially reworked (runner matrix removal,
path/layout changes, new benchmark runner), so breakage is most likely
in automation and packaging rather than runtime behavior.
>
> **Overview**
> **Modernizes the `classic/` project layout and automation around a
single consolidated Poetry project** (root
`classic/pyproject.toml`/`poetry.lock`) and updates docs
(`classic/README.md`, new `classic/CLAUDE.md`) accordingly.
>
> **Replaces the old `agbenchmark` CI usage with `direct-benchmark` in
GitHub Actions**, including new/updated benchmark smoke and regression
workflows, standardized `working-directory: classic`, and a move to
**Python 3.12** on Ubuntu-only runners (plus updated caching, coverage
flags, and required `ANTHROPIC_API_KEY` wiring).
>
> Cleans up repo/dev tooling by removing the classic frontend workflow,
deleting the Forge VCR cassette submodule (`.gitmodules`) and associated
CI steps, consolidating `flake8`/`isort`/`pyright` pre-commit hooks to
run from `classic/`, updating ignores for new report/workspace
artifacts, and updating `classic/Dockerfile.autogpt` to build from
Python 3.12 with the consolidated project structure.
>
> <sup>Written by [Cursor
Bugbot](https://cursor.com/dashboard?tab=bugbot) for commit
de67834dac. This will update automatically
on new commits. Configure
[here](https://cursor.com/dashboard?tab=bugbot).</sup>
<!-- /CURSOR_SUMMARY -->
---------
Co-authored-by: Claude Opus 4.5 <noreply@anthropic.com>
Co-authored-by: Zamil Majdy <zamil.majdy@agpt.co>
## Summary
- Add a read-only SQL query block for CoPilot/AutoPilot analytics access
- Supports **multiple databases**: PostgreSQL, MySQL, SQLite, MSSQL via
SQLAlchemy
- Enforces read-only queries (SELECT only) with defense-in-depth SQL
validation using sqlparse
- SSRF protection: blocks connections to private/internal IPs
- Credentials stored securely via the platform credential system
## Changes
- New `SQLQueryBlock` in `backend/blocks/sql_query_block.py` with
`DatabaseType` enum
- SQLAlchemy-based execution with dialect-specific read-only and timeout
settings
- Connection URL validation ensuring driver matches selected database
type
- Comprehensive test suite (62 tests) including URL validation,
sanitization, serialization
- Documentation in `docs/integrations/block-integrations/data.md`
- Added `DATABASE` provider to `ProviderName` enum
### Checklist 📋
- [x] I have clearly listed my changes in the PR description
- [x] I have made a test plan
- [x] I have tested my changes according to the test plan
#### Test plan:
- [x] Unit tests pass for query validation, URL validation, error
sanitization, value serialization
- [x] Read-only enforcement rejects INSERT/UPDATE/DELETE/DROP
- [x] Multi-statement injection blocked
- [x] SSRF protection blocks private IPs
- [x] Connection URL driver validation works for all 4 database types
---------
Co-authored-by: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
## Summary
- **OrchestratorBlock & AgentExecutorBlock** now execute for real in
dry-run mode so the orchestrator can make LLM calls and agent executors
can spawn child graphs. Their downstream tool blocks and child-graph
blocks are still simulated via `simulate_block()`. Credential fields
from node defaults are restored since `validate_exec()` wipes them in
dry-run mode. Agent-mode iterations capped at 1 in dry-run.
- **All blocks** (including MCPToolBlock) are simulated via a single
generic `simulate_block()` path. The LLM prompt is grounded by
`inspect.getsource(block.run)`, giving the simulator access to the exact
implementation of each block's `run()` method. This produces realistic
mock responses for any block type without needing block-specific
simulation logic.
- Updated agent generation guide to document special block dry-run
behavior.
- Minor frontend fixes: exported `formatCents` from
`RateLimitResetDialog` for reuse in `UsagePanelContent`, used `useRef`
for stable callback references in `useResetRateLimit` to avoid stale
closures.
- 74 tests (21 existing dry-run + 53 new simulator tests covering prompt
building, passthrough logic, and special block dry-run).
## Design
The simulator (`backend/executor/simulator.py`) uses a two-tier
approach:
1. **Passthrough blocks** (OrchestratorBlock, AgentExecutorBlock):
`prepare_dry_run()` returns modified input_data so these blocks execute
for real in `manager.py`. OrchestratorBlock gets `max_iterations=1`
(agent mode) or 0 (traditional mode). AgentExecutorBlock spawns real
child graph executions whose blocks inherit `dry_run=True`.
2. **All other blocks**: `simulate_block()` builds an LLM prompt
containing:
- Block name and description
- Input/output schemas (JSON Schema)
- The block's `run()` source code via `inspect.getsource(block.run)`
- The actual input values (with credentials stripped and long values
truncated)
The LLM then role-plays the block's execution, producing realistic
outputs grounded in the actual implementation.
Special handling for input/output blocks: `AgentInputBlock` and
`AgentOutputBlock` are pure passthrough (no LLM call needed).
## Test plan
- [x] All 74 tests pass (`pytest backend/copilot/tools/test_dry_run.py
backend/executor/simulator_test.py`)
- [x] Pre-commit hooks pass (ruff, isort, black, pyright, frontend
typecheck)
- [x] CI: all checks green
- [x] E2E: dry-run execution completes with `is_dry_run=true`, cost=0,
no errors
- [x] E2E: normal (non-dry-run) execution unchanged
- [x] E2E: Create agent with OrchestratorBlock + tool blocks, run with
`dry_run=True`, verify orchestrator makes real LLM calls while tool
blocks are simulated
- [x] E2E: AgentExecutorBlock spawns child graph in dry-run, child
blocks are LLM-simulated
- [x] E2E: Builder simulate button works end-to-end with special blocks
---------
Co-authored-by: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
### Why / What / How
**Why:** The Claude Agent SDK CLI renamed the sub-agent tool from
`"Task"` to `"Agent"` in v2.x. Our security hooks only checked for
`"Task"`, so all sub-agent security controls were silently bypassed on
production: concurrency limiting didn't apply, and slot tracking was
broken. This was discovered via Langfuse trace analysis of session
`62b1b2b9` where background sub-agents ran unchecked.
Additionally, the CLI writes sub-agent output to `/tmp/claude-<uid>/`
and project state to `$HOME/.claude/` — both outside the per-session
workspace (`/tmp/copilot-<session>/`). This caused `PermissionError` in
E2B sandboxes and silently lost sub-agent results.
The frontend also had no rendering for the `Agent` / `TaskOutput` SDK
built-in tools — they fell through to the generic "other" category with
no context-aware display.
**What:**
1. Fix the sub-agent tool name recognition (`"Task"` → `{"Task",
"Agent"}`)
2. Allow `run_in_background` — the SDK handles async lifecycle cleanly
(returns `isAsync:true`, model polls via `TaskOutput`)
3. Route CLI state into the workspace via `CLAUDE_CODE_TMPDIR` and
`HOME` env vars
4. Add lifecycle hooks (`SubagentStart`/`SubagentStop`) for
observability
5. Add frontend `"agent"` tool category with proper UI rendering
**How:**
- Security hooks check `tool_name in _SUBAGENT_TOOLS` (frozenset of
`"Task"` and `"Agent"`)
- Background agents are allowed but still count against `max_subtasks`
concurrency limit
- Frontend detects `isAsync: true` output → shows "Agent started
(background)" not "Agent completed"
- `TaskOutput` tool shows retrieval status and collected results
- Robot icon and agent-specific accordion rendering for both foreground
and background agents
### Changes 🏗️
**Backend:**
- **`security_hooks.py`**: Replace `tool_name == "Task"` with `tool_name
in _SUBAGENT_TOOLS`. Remove `run_in_background` deny block (SDK handles
async lifecycle). Add `SubagentStart`/`SubagentStop` hooks.
- **`tool_adapter.py`**: Add `"Agent"` to `_SDK_BUILTIN_ALWAYS` list
alongside `"Task"`.
- **`service.py`**: Set `CLAUDE_CODE_TMPDIR=sdk_cwd` and `HOME=sdk_cwd`
in SDK subprocess env.
- **`security_hooks_test.py`**: Update background tests (allowed, not
blocked). Add test for background agents counting against concurrency
limit.
**Frontend:**
- **`GenericTool/helpers.ts`**: Add `"agent"` tool category for `Agent`,
`Task`, `TaskOutput`. Agent-specific animation text detecting `isAsync`
output. Input summaries from description/prompt fields.
- **`GenericTool/GenericTool.tsx`**: Add `RobotIcon` for agent category.
Add `getAgentAccordionData()` with async-aware title/content.
`TaskOutput` shows retrieval status.
- **`useChatSession.ts`**: Fix pre-existing TS error (void mutation
body).
### Checklist 📋
#### For code changes:
- [x] I have clearly listed my changes in the PR description
- [x] I have made a test plan
- [x] I have tested my changes according to the test plan:
- [x] All security hooks tests pass (background allowed + limit
enforced)
- [x] Pre-commit hooks (ruff, black, isort, pyright, tsc) all pass
- [x] E2E test: copilot agent create+run scenario PASS
- [ ] Deploy to dev and test copilot sub-agent spawning with background
mode
#### For configuration changes:
- [x] `.env.default` is updated or already compatible
- [x] `docker-compose.yml` is updated or already compatible
### Why / What / How
**Why:** When copilot tools return large outputs (e.g. 3MB+ base64
images from API calls), the agent cannot process them in the E2B
sandbox. Three compounding issues prevent seamless file access:
1. The `<tool-output-truncated path="...">` tag uses a bare `path=`
attribute that the model confuses with a local filesystem path (it's
actually a workspace path)
2. `is_allowed_local_path` rejects `tool-outputs/` directories (only
`tool-results/` was allowed)
3. SDK-internal files read via the `Read` tool are not available in the
E2B sandbox for `bash_exec` processing
**What:** Fixes all three issues so that large tool outputs can be
seamlessly read and processed in both host and E2B contexts.
**How:**
- Changed `path=` → `workspace_path=` in the truncation tag to
disambiguate workspace vs filesystem paths
- Added `save_to_path` guidance in the retrieval instructions for E2B
users
- Extended `is_allowed_local_path` to accept both `tool-results` and
`tool-outputs` directories
- Added automatic bridging: when E2B is active and `Read` accesses an
SDK-internal file, the file is automatically copied to `/tmp/<filename>`
in the sandbox
- Updated system prompting to explain both SDK tool-result bridging and
workspace `<tool-output-truncated>` handling
### Changes 🏗️
- **`tools/base.py`**: `_persist_and_summarize` now uses
`workspace_path=` attribute and includes `save_to_path` example for E2B
processing
- **`context.py`**: `is_allowed_local_path` accepts both `tool-results`
and `tool-outputs` directory names
- **`sdk/e2b_file_tools.py`**: `_handle_read_file` bridges SDK-internal
files to `/tmp/` in E2B sandbox; new `_bridge_to_sandbox` helper
- **`prompting.py`**: Updated "SDK tool-result files" section and added
"Large tool outputs saved to workspace" section
- **Tests**: Added `tool-outputs` path validation tests in
`context_test.py` and `e2b_file_tools_test.py`; updated `base_test.py`
assertion for `workspace_path`
### Checklist 📋
#### For code changes:
- [x] I have clearly listed my changes in the PR description
- [x] I have made a test plan
- [x] I have tested my changes according to the test plan:
- [x] `poetry run pytest backend/copilot/tools/base_test.py` — all 9
tests pass (persistence, truncation, binary fields)
- [x] `poetry run format` and `poetry run lint` pass clean
- [x] All pre-commit hooks pass
- [ ] `context_test.py`, `e2b_file_tools_test.py`,
`security_hooks_test.py` — blocked by pre-existing DB migration issue on
worktree (missing `User.subscriptionTier` column); CI will validate
these
## Summary
Sets git author/committer identity in E2B sandboxes using the user's
connected GitHub account profile, so commits are properly attributed.
## Changes
### `integration_creds.py`
- Added `get_github_user_git_identity(user_id)` that fetches the user's
name and email from the GitHub `/user` API
- Uses TTL cache (10 min) to avoid repeated API calls
- Falls back to GitHub noreply email
(`{id}+{login}@users.noreply.github.com`) when user has a private email
- Falls back to `login` if `name` is not set
### `bash_exec.py`
- After injecting integration env vars, calls
`get_github_user_git_identity()` and sets `GIT_AUTHOR_NAME`,
`GIT_AUTHOR_EMAIL`, `GIT_COMMITTER_NAME`, `GIT_COMMITTER_EMAIL`
- Only sets these if the user has a connected GitHub account
### `bash_exec_test.py`
- Added tests covering: identity set from GitHub profile, no identity
when GitHub not connected, no injection when no user_id
## Why
Previously, commits made inside E2B sandboxes had no author identity
set, leading to unattributed commits. This dynamically resolves identity
from the user's actual GitHub account rather than hardcoding a default.
<!-- CURSOR_SUMMARY -->
---
> [!NOTE]
> **Medium Risk**
> Adds outbound calls to GitHub’s `/user` API during `bash_exec` runs
and injects returned identity into the sandbox environment, which could
impact reliability (network/timeouts) and attribution behavior. Caching
mitigates repeated calls but incorrect/expired tokens or API failures
may lead to missing identity in commits.
>
> **Overview**
> Sets git author/committer environment variables in the E2B `bash_exec`
path by fetching the connected user’s GitHub profile and injecting
`GIT_AUTHOR_*`/`GIT_COMMITTER_*` into the sandbox env.
>
> Introduces `get_github_user_git_identity()` with TTL caching
(including a short-lived null cache), fallback to GitHub noreply email
when needed, and ensures `invalidate_user_provider_cache()` also clears
identity caches for the `github` provider. Updates tests to cover
identity injection behavior and the new cache invalidation semantics.
>
> <sup>Written by [Cursor
Bugbot](https://cursor.com/dashboard?tab=bugbot) for commit
955ec81efe. This will update automatically
on new commits. Configure
[here](https://cursor.com/dashboard?tab=bugbot).</sup>
<!-- /CURSOR_SUMMARY -->
---------
Co-authored-by: AutoGPT <autopilot@agpt.co>
### Why / What / How
**Why:** The copilot can ask clarifying questions in plain text, but
that text gets collapsed into hidden "reasoning" UI when the LLM also
calls tools in the same turn. This makes clarification questions
invisible to users. The existing `ClarificationNeededResponse` model and
`ClarificationQuestionsCard` UI component were built for this purpose
but had no tool wiring them up.
**What:** Adds a generic `ask_question` tool that produces a visible,
interactive clarification card instead of collapsible plain text. Unlike
the agent-generation-specific `clarify_agent_request` proposed in
#12601, this tool is workflow-agnostic — usable for agent building,
editing, troubleshooting, or any flow needing user input.
**How:**
- Backend: New `AskQuestionTool` reuses existing
`ClarificationNeededResponse` model. Registered in `TOOL_REGISTRY` and
`ToolName` permissions.
- Frontend: New `AskQuestion/` renderer reuses
`ClarificationQuestionsCard` from CreateAgent. Registered in
`CUSTOM_TOOL_TYPES` (prevents collapse into reasoning) and
`MessagePartRenderer`.
- Guide: `agent_generation_guide.md` updated to reference `ask_question`
for the clarification step.
### Changes 🏗️
- **`copilot/tools/ask_question.py`** — New generic tool: takes
`question`, optional `options[]` and `keyword`, returns
`ClarificationNeededResponse`
- **`copilot/tools/__init__.py`** — Register `ask_question` in
`TOOL_REGISTRY`
- **`copilot/permissions.py`** — Add `ask_question` to `ToolName`
literal
- **`copilot/sdk/agent_generation_guide.md`** — Reference `ask_question`
tool in clarification step
- **`ChatMessagesContainer/helpers.ts`** — Add `tool-ask_question` to
`CUSTOM_TOOL_TYPES`
- **`MessagePartRenderer.tsx`** — Add switch case for
`tool-ask_question`
- **`AskQuestion/AskQuestion.tsx`** — Renderer reusing
`ClarificationQuestionsCard`
- **`AskQuestion/helpers.ts`** — Output parsing and animation text
### Checklist 📋
#### For code changes:
- [x] I have clearly listed my changes in the PR description
- [x] I have made a test plan
- [x] I have tested my changes according to the test plan:
- [x] Backend format + pyright pass
- [x] Frontend lint + types pass
- [x] Pre-commit hooks pass
- [ ] Manual test: copilot uses `ask_question` and card renders visibly
(not collapsed)
## Summary
Resolves [REQ-78](https://linear.app/autogpt/issue/REQ-78): The
`placeholder_values` field on `AgentDropdownInputBlock` is misleadingly
named. In every major UI framework "placeholder" means non-binding hint
text that disappears on focus, but this field actually creates a
dropdown selector that restricts the user to only those values.
## Changes
### Core rename (`autogpt_platform/backend/backend/blocks/io.py`)
- Renamed `placeholder_values` → `options` on
`AgentDropdownInputBlock.Input`
- Added clear field description: *"If provided, renders the input as a
dropdown selector restricted to these values. Leave empty for free-text
input."*
- Updated class docstring to describe actual behavior
- Overrode `model_construct()` to remap legacy `placeholder_values` →
`options` for **backward compatibility** with existing persisted agent
JSON
### Tests (`autogpt_platform/backend/backend/blocks/test/test_block.py`)
- Updated existing tests to use canonical `options` field name
- Added 2 new backward-compat tests verifying legacy
`placeholder_values` still works through both `model_construct()` and
`Graph._generate_schema()` paths
### Documentation
- Updated
`autogpt_platform/backend/backend/copilot/sdk/agent_generation_guide.md`
— changed field name in CoPilot SDK guide
- Updated `docs/integrations/block-integrations/basic.md` — changed
field name and description in public docs
### Load tests
(`autogpt_platform/backend/load-tests/tests/api/graph-execution-test.js`)
- Removed spurious `placeholder_values: {}` from AgentInputBlock node
(this field never existed on AgentInputBlock)
- Fixed execution input to use `value` instead of `placeholder_values`
## Backward Compatibility
Existing agents with `placeholder_values` in their persisted
`input_default` JSON will continue to work — the `model_construct()`
override transparently remaps the old key to `options`. No database
migration needed since the field is stored inside a JSON blob, not as a
dedicated column.
## Testing
- All existing tests updated and passing
- 2 new backward-compat tests added
- No frontend changes needed (frontend reads `enum` from generated JSON
Schema, not the field name directly)
---------
Co-authored-by: Zamil Majdy <zamil.majdy@agpt.co>
## Why
PR #12625 fixed the prompt-too-long retry mechanism for most paths, but
two SDK-specific paths were still broken. The dev session `d2f7cba3`
kept accumulating synthetic "Prompt is too long" error entries on every
turn, growing the transcript from 2.5 MB → 3.2 MB, making recovery
impossible.
Root causes identified from production logs (`[T25]`, `[T28]`):
**Path 1 — AssistantMessage content check:**
When the Claude API rejects a prompt, the SDK surfaces it as
`AssistantMessage(error="invalid_request", content=[TextBlock("Prompt is
too long")])`. Our check only inspected `error_text = str(sdk_error)`
which is `"invalid_request"` — not a prompt-too-long pattern. The
content was then streamed out as `StreamText`, setting `events_yielded =
1`, which blocked retry even when the ResultMessage fired.
**Path 2 — ResultMessage success subtype:**
After the SDK auto-compacts internally (via `PreCompact` hook) and the
compacted transcript is _still_ too long, the SDK returns
`ResultMessage(subtype="success", result="Prompt is too long")`. Our
check only ran for `subtype="error"`. With `subtype="success"`, the
stream "completed normally", appended the synthetic error entry to the
transcript via `transcript_builder`, and uploaded it to GCS — causing
the transcript to grow on each failed turn.
## What
- **AssistantMessage handler**: when `sdk_error` is set, also check the
content text. `sdk_error` being non-`None` confirms this is an API error
message (not user-generated content), so content inspection is safe.
- **ResultMessage handler**: check `result` for prompt-too-long patterns
regardless of `subtype`, covering the SDK auto-compact path where
`subtype="success"` with `result="Prompt is too long"`.
## How
Two targeted one-line condition expansions in `_run_stream_attempt`,
plus two new integration tests in `retry_scenarios_test.py` that
reproduce each broken path and verify retry fires correctly.
## Changes
- `backend/copilot/sdk/service.py`: fix AssistantMessage content check +
ResultMessage subtype-independent check
- `backend/copilot/sdk/retry_scenarios_test.py`: add 2 integration tests
for the new scenarios
## Checklist
- [x] Tests added for both new scenarios (45 total, all pass)
- [x] Formatted (`poetry run format`)
- [x] No false-positive risk: AssistantMessage check gated behind
`sdk_error is not None`
- [x] Root cause verified from production pod logs
## Why
CoPilot autopilot sessions are inconsistently failing to load user
credentials (specifically GitHub OAuth). Some sessions proceed normally,
some show "provide credentials" prompts despite the user having valid
creds, and some are completely blocked.
Production logs confirmed the root cause: `RuntimeError: Task got Future
<Future pending> attached to a different loop` in the credential refresh
path, cascading into null-cache poisoning that blocks credential lookups
for 60 seconds.
## What
Three interrelated bugs in the credential system:
1. **`refresh_if_needed` always acquired Redis locks even with
`lock=False`** — The `lock` parameter only controlled the inner
credential lock, but the outer "refresh" scope lock was always acquired.
The copilot executor uses multiple worker threads with separate event
loops; the `asyncio.Lock` inside `AsyncRedisKeyedMutex` was bound to one
loop and failed on others.
2. **Stale event loop in `locks()` singleton** — Both
`IntegrationCredentialsManager` and `IntegrationCredentialsStore` cached
their `AsyncRedisKeyedMutex` without tracking which event loop created
it. When a different worker thread (with a different loop) reused the
singleton, it got the "Future attached to different loop" error.
3. **Null-cache poisoning on refresh failure** — When OAuth refresh
failed (due to the event loop error), the code fell through to cache "no
credentials found" for 60 seconds via `_null_cache`. This blocked ALL
subsequent credential lookups for that user+provider, even though the
credentials existed and could refresh fine on retry.
## How
- Split `refresh_if_needed` into `_refresh_locked` / `_refresh_unlocked`
so `lock=False` truly skips ALL Redis locking (safe for copilot's
best-effort background injection)
- Added event loop tracking to `locks()` in both
`IntegrationCredentialsManager` and `IntegrationCredentialsStore` —
recreates the mutex when the running loop changes
- Only populate `_null_cache` when the user genuinely has no
credentials; skip caching when OAuth refresh failed transiently
- Updated existing test to verify null-cache is not poisoned on refresh
failure
## Test plan
- [x] All 14 existing `integration_creds_test.py` tests pass
- [x] Updated
`test_oauth2_refresh_failure_returns_none_without_null_cache` verifies
null-cache is not populated on refresh failure
- [x] Format, lint, and typecheck pass
- [ ] Deploy to staging and verify copilot sessions consistently load
GitHub credentials
The SDK returns AssistantMessage(error="invalid_request", content=[TextBlock("Prompt is too long")])
followed by ResultMessage(subtype="success", result="Prompt is too long") when the transcript is
rejected after internal auto-compaction. Both paths bypassed the retry mechanism:
- AssistantMessage handler only checked error_text ("invalid_request"), not the content which
holds the actual error description. The content was then streamed as text, setting events_yielded=1,
which blocked retry even when ResultMessage fired.
- ResultMessage handler only triggered prompt-too-long detection for subtype="error", not
subtype="success". The stream "completed normally", stored the synthetic error entry in the
transcript, and uploaded it — causing the transcript to grow unboundedly on each failed turn.
Fixes:
1. AssistantMessage handler: when sdk_error is set (confirmed error message), also check content
text. sdk_error being set guarantees this is an API error, not user-generated content, so
content inspection is safe.
2. ResultMessage handler: check result for prompt-too-long regardless of subtype, covering the
case where the SDK auto-compacts internally but the result is still too long.
Adds integration tests for both new scenarios.
## Why
CoPilot has several context management issues that degrade long
sessions:
1. "Prompt is too long" errors crash the session instead of triggering
retry/compaction
2. Stale thinking blocks bloat transcripts, causing unnecessary
compaction every turn
3. Compression target is hardcoded regardless of model context window
size
4. Truncated tool calls (empty `{}` args from max_tokens) kill the
session instead of guiding the model to self-correct
## What
**Fix 1: Prompt-too-long retry bypass (SENTRY-1207)**
The SDK surfaces "prompt too long" via `AssistantMessage.error` and
`ResultMessage.result` — neither triggered the retry/compaction loop
(only Python exceptions did). Now both paths are intercepted and
re-raised.
**Fix 2: Strip stale thinking blocks before upload**
Thinking/redacted_thinking blocks in non-last assistant entries are
10-50K tokens each but only needed for API signature verification in the
*last* message. Stripping before upload reduces transcript size and
prevents per-turn compaction.
**Fix 3: Model-aware compression target**
`compress_context()` now computes `target_tokens` from the model's
context window (e.g. 140K for Opus 200K) instead of a hardcoded 120K
default. Larger models retain more history; smaller models compress more
aggressively.
**Fix 4: Self-correcting truncated tool calls**
When the model's response exceeds max_tokens, tool call inputs get
silently truncated to `{}`. Previously this tripped a circuit breaker
after 3 attempts. Now the MCP wrapper detects empty args and returns
guidance: "write in chunks with `cat >>`, pass via
`@@agptfile:filename`". The model can self-correct instead of the
session dying.
## How
- **service.py**: `_is_prompt_too_long` checks in both
`AssistantMessage.error` and `ResultMessage` error handlers. Circuit
breaker limit raised from 3→5.
- **transcript.py**: `strip_stale_thinking_blocks()` reverse-scans for
last assistant `message.id`, strips thinking blocks from all others.
Called in `upload_transcript()`.
- **prompt.py**: `get_compression_target(model)` computes
`context_window - 60K overhead`. `compress_context()` uses it when
`target_tokens` is None.
- **tool_adapter.py**: `_truncating` wrapper intercepts empty args on
tools with required params, returns actionable guidance instead of
failing.
## Related
- Fixes SENTRY-1207
- Sessions: `d2f7cba3` (repeated compaction), `08b807d4` (prompt too
long), `130d527c` (truncated tool calls)
- Extends #12413, consolidates #12626
## Test plan
- [x] 6 unit tests for `strip_stale_thinking_blocks`
- [x] 1 integration test for ResultMessage prompt-too-long → compaction
retry
- [x] Pyright clean (0 errors), all pre-commit hooks pass
- [ ] E2E: Load transcripts from affected sessions and verify behavior
## Why
CoPilot sessions are duplicating Linear tickets and GitHub PRs.
Investigation of 5 production sessions (March 31st) found that 3/5
created duplicate Linear issues — each with consecutive IDs at the exact
same timestamp, but only one visible in Langfuse traces.
Production gcloud logs confirm: **279 arg mismatch warnings per day**,
**37 duplicate block execution pairs**, and all LinearCreateIssueBlock
failures in pairs.
Related: SECRT-2204
## What
Replace the speculative pre-launch mechanism with the SDK's native
parallel dispatch via `readOnlyHint` tool annotations. Remove ~580 lines
of pre-launch infrastructure code.
## How
### Root cause
The pre-launch mechanism had three compounding bugs:
1. **Arg mismatch**: The SDK CLI normalises args between the
`AssistantMessage` (used for pre-launch) and the MCP `tools/call`
dispatch, causing frequent mismatches (279/day in prod)
2. **FIFO desync on denial**: Security hooks can deny tool calls,
causing the CLI to skip the MCP dispatch — but the pre-launched task
stays in the FIFO queue, misaligning all subsequent matches
3. **Cancel race**: `task.cancel()` is best-effort in asyncio — if the
HTTP call to Linear/GitHub already completed, the side effect is
irreversible
### Fix
- **Removed** `pre_launch_tool_call()`, `cancel_pending_tool_tasks()`,
`_tool_task_queues` ContextVar, all FIFO queue logic, and all 4
`cancel_pending_tool_tasks()` calls in `service.py`
- **Added** `readOnlyHint=True` annotations on 15+ read-only tools
(`find_block`, `search_docs`, `list_workspace_files`, etc.) — the SDK
CLI natively dispatches these in parallel ([ref:
anthropics/claude-code#14353](https://github.com/anthropics/claude-code/issues/14353))
- Side-effect tools (`run_block`, `bash_exec`, `create_agent`, etc.)
have no annotation → CLI runs them sequentially → no duplicate execution
risk
### Net change: -578 lines, +105 lines
### Why / What / How
**Why:** When a user asks CoPilot to build an agent with an ambiguous
goal (output format, delivery channel, data source, or trigger
unspecified), the agent generator previously made assumptions and jumped
straight into JSON generation. This produced agents that didn't match
what the user actually wanted, requiring multiple correction cycles.
**What:** Adds a "Clarifying Before Building" section to the agent
generation guide. When the goal is ambiguous, CoPilot first calls
`find_block` to discover what the platform actually supports for the
ambiguous dimension, then asks the user one concrete question grounded
in real platform options (e.g. "The platform supports Gmail, Slack, and
Google Docs — which should the agent use for delivery?"). Only after the
user answers does the full agent generation workflow proceed.
**How:** The clarification instruction is added to
`agent_generation_guide.md` — the guide loaded on-demand via
`get_agent_building_guide` when the LLM is about to build an agent. This
avoids polluting the system prompt supplement (which loads for every
CoPilot conversation, not just agent building). No dedicated tool is
needed — the LLM asks naturally in conversation text after discovering
real platform options via `find_block`.
### Changes 🏗️
- `backend/copilot/sdk/agent_generation_guide.md`: Adds "Clarifying
Before Building" section before the workflow steps. Instructs the model
to call `find_block` for the ambiguous dimension, ask the user one
grounded question, wait for the answer, then proceed to generation.
- `backend/copilot/prompting_test.py`: New test file verifying the guide
contains the clarification section and references `find_block`.
### Checklist 📋
#### For code changes:
- [x] I have clearly listed my changes in the PR description
- [x] I have made a test plan
- [x] I have tested my changes according to the test plan:
- [ ] Ask CoPilot to "build an agent to send a report" (ambiguous
output) — verify it calls `find_block` for delivery options and asks one
grounded question before generating JSON
- [ ] Ask CoPilot to "build an agent to scrape prices from Amazon and
email me daily" (specific goal) — verify it skips clarification and
proceeds directly to agent generation
- [ ] Verify the clarification question lists real block options (e.g.
Gmail, Slack, Google Docs) rather than abstract options
---------
Co-authored-by: Claude Sonnet 4.6 <noreply@anthropic.com>
Co-authored-by: Zamil Majdy <zamil.majdy@agpt.co>
### Why / What / How
<!-- Why: Why does this PR exist? What problem does it solve, or what's
broken/missing without it? -->
This PR fixes
[BUILDER-7HD](https://sentry.io/organizations/significant-gravitas/issues/7374387984/).
The issue was that: LaunchDarkly SDK fails to construct streaming URL
due to non-string `_url` from malformed `localStorage` bootstrap data.
<!-- What: What does this PR change? Summarize the changes at a high
level. -->
Removed the `bootstrap: "localStorage"` option from the LaunchDarkly
provider configuration.
<!-- How: How does it work? Describe the approach, key implementation
details, or architecture decisions. -->
This change ensures that LaunchDarkly no longer attempts to load initial
feature flag values from local storage. Flag values will now always be
fetched directly from the LaunchDarkly service, preventing potential
issues with stale local storage data.
### Changes 🏗️
<!-- List the key changes. Keep it higher level than the diff but
specific enough to highlight what's new/modified. -->
- Removed the `bootstrap: "localStorage"` option from the LaunchDarkly
provider configuration.
- LaunchDarkly will now always fetch flag values directly from its
service, bypassing local storage.
### Checklist 📋
#### For code changes:
- [x] I have clearly listed my changes in the PR description
- [ ] I have made a test plan
- [ ] I have tested my changes according to the test plan:
<!-- Put your test plan here: -->
- [ ] Verify that LaunchDarkly flags are loaded correctly without
issues.
- [ ] Ensure no errors related to `localStorage` or streaming URL
construction appear in the console.
<details>
<summary>Example test plan</summary>
- [ ] Create from scratch and execute an agent with at least 3 blocks
- [ ] Import an agent from file upload, and confirm it executes
correctly
- [ ] Upload agent to marketplace
- [ ] Import an agent from marketplace and confirm it executes correctly
- [ ] Edit an agent from monitor, and confirm it executes correctly
</details>
#### For configuration changes:
- [ ] `.env.default` is updated or already compatible with my changes
- [ ] `docker-compose.yml` is updated or already compatible with my
changes
- [ ] I have included a list of my configuration changes in the PR
description (under **Changes**)
<details>
<summary>Examples of configuration changes</summary>
- Changing ports
- Adding new services that need to communicate with each other
- Secrets or environment variable changes
- New or infrastructure changes such as databases
</details>
---------
Co-authored-by: Zamil Majdy <zamil.majdy@agpt.co>
Co-authored-by: seer-by-sentry[bot] <157164994+seer-by-sentry[bot]@users.noreply.github.com>
### Why / What / How
Why: repo guidance was split between Claude-specific `CLAUDE.md` files
and Codex-specific `AGENTS.md` files, which duplicated instruction
content and made the same repository behave differently across agents.
The repo also had Claude skills under `.claude/skills` but no
Codex-visible repo skill path.
What: this PR bridges the repo's Claude skills into Codex and normalizes
shared instruction files so `AGENTS.md` becomes the canonical source
while each `CLAUDE.md` imports its sibling `AGENTS.md`.
How: add a repo-local `.agents/skills` symlink pointing to
`../.claude/skills`; move nested `CLAUDE.md` content into sibling
`AGENTS.md` files; replace each repo `CLAUDE.md` with a one-line
`@AGENTS.md` shim so Claude and Codex read the same scoped guidance
without duplicating text. The root `CLAUDE.md` now imports the root
`AGENTS.md` rather than symlinking to it.
Note: the instruction-file normalization commit was created with
`--no-verify` because the repo's frontend pre-commit `tsc` hook
currently fails on unrelated existing errors, largely missing
`autogpt_platform/frontend/src/app/api/__generated__/*` modules.
### Changes 🏗️
- Add `.agents/skills` as a repo-local symlink to `../.claude/skills` so
Codex discovers the existing Claude repo skills.
- Add a real root `CLAUDE.md` shim that imports the canonical root
`AGENTS.md`.
- Promote nested scoped instruction content into sibling `AGENTS.md`
files under `autogpt_platform/`, `autogpt_platform/backend/`,
`autogpt_platform/frontend/`, `autogpt_platform/frontend/src/tests/`,
and `docs/`.
- Replace the corresponding nested `CLAUDE.md` files with one-line
`@AGENTS.md` shims.
- Preserve the existing scoped instruction hierarchy while making the
shared content cross-compatible between Claude and Codex.
### Checklist 📋
#### For code changes:
- [x] I have clearly listed my changes in the PR description
- [x] I have made a test plan
- [x] I have tested my changes according to the test plan:
- [x] Verified `.agents/skills` resolves to `../.claude/skills`
- [x] Verified each repo `CLAUDE.md` now contains only `@AGENTS.md`
- [x] Verified the expected `AGENTS.md` files exist at the root and
nested scoped directories
- [x] Verified the branch contains only the intended agent-guidance
commits relative to `dev` and the working tree is clean
#### For configuration changes:
- [x] `.env.default` is updated or already compatible with my changes
- [x] `docker-compose.yml` is updated or already compatible with my
changes
- [x] I have included a list of my configuration changes in the PR
description (under **Changes**)
No runtime configuration changes are included in this PR.
<!-- CURSOR_SUMMARY -->
---
> [!NOTE]
> **Low Risk**
> Low risk: documentation/instruction-file reshuffle plus an
`.agents/skills` pointer; no runtime code paths are modified.
>
> **Overview**
> Unifies agent guidance so **`AGENTS.md` becomes canonical** and all
corresponding `CLAUDE.md` files become 1-line shims (`@AGENTS.md`) at
the repo root, `autogpt_platform/`, backend, frontend, frontend tests,
and `docs/`.
>
> Adds `.agents/skills` pointing to `../.claude/skills` so non-Claude
agents discover the same shared skills/instructions, eliminating
duplicated/agent-specific guidance content.
>
> <sup>Written by [Cursor
Bugbot](https://cursor.com/dashboard?tab=bugbot) for commit
839483c3b6. This will update automatically
on new commits. Configure
[here](https://cursor.com/dashboard?tab=bugbot).</sup>
<!-- /CURSOR_SUMMARY -->
## Summary
- **Backend**: Strip empty `error` pins from dry-run simulation outputs
that the simulator always includes (set to `""` meaning "no error").
This was causing the LLM to misinterpret successful simulations as
failures and report "INCOMPLETE" status to users
- **Backend**: Add explicit "Status: COMPLETED" to dry-run response
message to prevent LLM misinterpretation
- **Backend**: Update simulation prompt to exclude `error` from the
"MUST include" keys list, and instruct LLM to omit error unless
simulating a logical failure
- **Frontend**: Fix `isRunBlockErrorOutput()` type guard that was too
broad (`"error" in output` matched BlockOutputResponse objects, not just
ErrorResponse), causing dry-run results to be displayed as errors
- **Frontend**: Fix `parseOutput()` fallback matching to not classify
BlockOutputResponse as ErrorResponse
- **Frontend**: Filter out empty error pins from `BlockOutputCard`
display and accordion metadata output key counting
- **Frontend**: Clear stale execution results before dry-run/no-input
runs so the UI shows fresh output
- **Frontend**: Fix first-click simulate race condition by invalidating
execution details query after WebSocket subscription confirms
## Test plan
- [x] All 12 existing + 5 new dry-run tests pass (`poetry run pytest
backend/copilot/tools/test_dry_run.py -x -v`)
- [x] All 23 helpers tests pass (`poetry run pytest
backend/copilot/tools/helpers_test.py -x -v`)
- [x] All 13 run_block tests pass (`poetry run pytest
backend/copilot/tools/run_block_test.py -x -v`)
- [x] Backend linting passes (ruff check + format)
- [x] Frontend linting passes (next lint)
- [ ] Manual: trigger dry-run on a block with error output pin (e.g.
Komodo Image Generator) — should show "Simulated" status with clean
output, no misleading "error" section
- [ ] Manual: first click on Simulate button should immediately show
results (no race condition)
---------
Co-authored-by: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
Co-authored-by: Nicholas Tindle <nicholas.tindle@agpt.co>
Co-authored-by: copilot-swe-agent[bot] <198982749+Copilot@users.noreply.github.com>
## Why
CoPilot session `d2f7cba3` took **82 minutes** and cost **$20.66** for a
single user message. Root causes:
1. Redis session meta key expired after 1h, making the session invisible
to the resume endpoint — causing empty page on reload
2. Redis stream key also expired during sub-agent gaps (task_progress
events produced no chunks)
3. No intermediate persistence — session messages only saved to DB after
the entire turn completes
4. Sub-agents retried similar WebSearch queries (addressed via prompt
guidance)
## What
### Redis TTL fixes (root cause of empty session on reload)
- `publish_chunk()` now periodically refreshes **both** the session meta
key AND stream key TTL (every 60s).
- `task_progress` SDK events now emit `StreamHeartbeat` chunks, ensuring
`publish_chunk` is called even during long sub-agent gaps where no real
chunks are produced.
- Without this fix, turns exceeding the 1h `stream_ttl` lose their
"running" status and stream data, making `get_active_session()` return
False.
### Intermediate DB persistence
- Session messages flushed to DB every **30 seconds** or **10 new
messages** during the stream loop.
- Uses `asyncio.shield(upsert_chat_session())` matching the existing
`finally` block pattern.
### Orphaned message cleanup on rollback
- On stream attempt rollback, orphaned messages persisted by
intermediate flushes are now cleaned up from the DB via
`delete_messages_from_sequence`.
- Prevents stale messages from resurfacing on page reload after a failed
retry.
### Prompt guidance
- Added web search best practices to code supplement (search efficiency,
sub-agent scope separation).
### Approach: root cause fixes, not capability limits
- **No tool call caps** — artificial limits on WebSearch or total tool
calls would reduce autopilot capability without addressing why searches
were redundant.
- **Task tool remains enabled** — sub-agent delegation via Task is a
core capability. The existing `max_subtasks` concurrency guard is
sufficient.
- The real fixes (TTL refresh, persistence, prompt guidance) address the
underlying bugs and behavioral issues.
## How
### Files changed
- `stream_registry.py` — Redis meta + stream key TTL refresh in
`publish_chunk()`, module-level keepalive tracker
- `response_adapter.py` — `task_progress` SystemMessage →
StreamHeartbeat emission
- `service.py` — Intermediate DB persistence in `_run_stream_attempt`
stream loop, orphan cleanup on rollback
- `db.py` — `delete_messages_from_sequence` for rollback cleanup
- `prompting.py` — Web search best practices
### GCP log evidence
```
# Meta key expired during 82-min turn:
09:49 — GET_SESSION: active_session=False, msg_count=1 ← meta gone
10:18 — Session persisted in finally with 189 messages ← turn completed
# T13 (1h45min) same bug reproduced live:
16:20 — task_progress events still arriving, but active_session=False
# Actual cost:
Turn usage: cache_read=347916, cache_create=212472, output=12375, cost_usd=20.66
```
### Test plan
- [x] task_progress emits StreamHeartbeat
- [x] Task background blocked, foreground allowed, slot release on
completion/failure
- [x] CI green (lint, type-check, tests, e2e, CodeQL)
---------
Co-authored-by: Zamil Majdy <majdy.zamil@gmail.com>
Fixes#9175
### Changes 🏗️
The Agent Outputs panel only displayed the last execution result per
output node, discarding all prior outputs during a run.
**Root cause:** In `AgentOutputs.tsx`, the `outputs` useMemo extracted
only the last element from `nodeExecutionResults`:
```tsx
const latestResult = executionResults[executionResults.length - 1];
```
**Fix:** Changed `.map()` to `.flatMap()` over output nodes, iterating
through all `executionResults` for each node. Each execution result now
gets its own renderer lookup and metadata entry, so the panel shows
every output produced during the run.
### Checklist 📋
#### For code changes:
- [x] I have clearly listed my changes in the PR description
- [x] I have made a test plan
- [x] I have tested my changes according to the test plan:
- [x] Verified TypeScript compiles without errors
- [x] Confirmed the flatMap logic correctly iterates all execution
results
- [x] Verified existing filter for null renderers is preserved
- [x] Run an agent with multiple outputs and confirm all show in the
panel
---------
Signed-off-by: majiayu000 <1835304752@qq.com>
Co-authored-by: Zamil Majdy <zamil.majdy@agpt.co>
## Summary
- Adds a session-level `dry_run` flag that forces ALL tool calls
(`run_block`, `run_agent`) in a copilot/autopilot session to use dry-run
simulation mode
- Stores the flag in a typed `ChatSessionMetadata` JSON model on the
`ChatSession` DB row, accessed via `session.dry_run` property
- Adds `dry_run` to the AutoPilot block Input schema so graph builders
can create dry-run autopilot nodes
- Refactors multiple copilot tools from `**kwargs` to explicit
parameters for type safety
## Changes
- **Prisma schema**: Added `metadata` JSON column to `ChatSession` model
with migration
- **Python models**: Added `ChatSessionMetadata` model with `dry_run`
field, added `metadata` field to `ChatSessionInfo` and `ChatSession`,
updated `from_db()`, `new()`, and `create_chat_session()`
- **Session propagation**: `set_execution_context(user_id, session)`
called from `baseline/service.py` so tool handlers can read
session-level flags via `session.dry_run`
- **Tool enforcement**: `run_block` and `run_agent` check
`session.dry_run` and force `dry_run=True` when set; `run_agent` blocks
scheduling in dry-run sessions
- **AutoPilot block**: Added `dry_run` input field, passes it when
creating sessions
- **Chat API**: Added `CreateSessionRequest` model with `dry_run` field
to `POST /sessions` endpoint; added `metadata` to session responses
- **Frontend**: Updated `useChatSession.ts` to pass body to the create
session mutation
- **Tool refactoring**: Multiple copilot tools refactored from
`**kwargs` to explicit named parameters (agent_browser, manage_folders,
workspace_files, connect_integration, agent_output, bash_exec, etc.) for
better type safety
## Test plan
- [x] Unit tests for `ChatSession.new()` with dry_run parameter
- [x] Unit tests for `RunBlockTool` session dry_run override
- [x] Unit tests for `RunAgentTool` session dry_run override
- [x] Unit tests for session dry_run blocks scheduling
- [x] Existing dry_run tests still pass (12/12)
- [x] Existing permissions tests still pass
- [x] All pre-commit hooks pass (ruff, isort, pyright, tsc)
- [ ] Manual: Create autopilot session with `dry_run=True`, verify
run_block/run_agent calls use simulation
---------
Co-authored-by: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
### Why / What / How
**Why:** We need a third credential type: **system-provided but unique
per user** (managed credentials). Currently we have system credentials
(same for all users) and user credentials (user provides their own
keys). Managed credentials bridge the gap — the platform provisions them
automatically, one per user, for integrations like AgentMail where each
user needs their own pod-scoped API key.
**What:**
- Generic **managed credential provider registry** — any integration can
register a provider that auto-provisions per-user credentials
- **AgentMail** is the first consumer: creates a pod + pod-scoped API
key using the org-level API key
- Managed credentials appear in the credential dropdown like normal API
keys but with `autogpt_managed=True` — users **cannot update or delete**
them
- **Auto-provisioning** on `GET /credentials` — lazily creates managed
credentials when users browse their credential list
- **Account deletion cleanup** utility — revokes external resources
(pods, API keys) before user deletion
- **Frontend UX** — hides the delete button for managed credentials on
the integrations page
**How:**
### Backend
**New files:**
- `backend/integrations/managed_credentials.py` —
`ManagedCredentialProvider` ABC, global registry,
`ensure_managed_credentials()` (with per-user asyncio lock +
`asyncio.gather` for concurrency), `cleanup_managed_credentials()`
- `backend/integrations/managed_providers/__init__.py` —
`register_all()` called at startup
- `backend/integrations/managed_providers/agentmail.py` —
`AgentMailManagedProvider` with `provision()` (creates pod + API key via
agentmail SDK) and `deprovision()` (deletes pod)
**Modified files:**
- `credentials_store.py` — `autogpt_managed` guards on update/delete,
`has_managed_credential()` / `add_managed_credential()` helpers
- `model.py` — `autogpt_managed: bool` + `metadata: dict` on
`_BaseCredentials`
- `router.py` — calls `ensure_managed_credentials()` in list endpoints,
removed explicit `/agentmail/connect` endpoint
- `user.py` — `cleanup_user_managed_credentials()` for account deletion
- `rest_api.py` — registers managed providers at startup
- `settings.py` — `agentmail_api_key` setting
### Frontend
- Added `autogpt_managed` to `CredentialsMetaResponse` type
- Conditionally hides delete button on integrations page for managed
credentials
### Key design decisions
- **Auto-provision in API layer, not data layer** — keeps
`get_all_creds()` side-effect-free
- **Race-safe** — per-(user, provider) asyncio lock with double-check
pattern prevents duplicate pods
- **Idempotent** — AgentMail SDK `client_id` ensures pod creation is
idempotent; `add_managed_credential()` uses upsert under Redis lock
- **Error-resilient** — provisioning failures are logged but never block
credential listing
### Changes 🏗️
| File | Action | Description |
|------|--------|-------------|
| `backend/integrations/managed_credentials.py` | NEW | ABC, registry,
ensure/cleanup |
| `backend/integrations/managed_providers/__init__.py` | NEW | Registers
all providers at startup |
| `backend/integrations/managed_providers/agentmail.py` | NEW |
AgentMail provisioning/deprovisioning |
| `backend/integrations/credentials_store.py` | MODIFY | Guards +
managed credential helpers |
| `backend/data/model.py` | MODIFY | `autogpt_managed` + `metadata`
fields |
| `backend/api/features/integrations/router.py` | MODIFY |
Auto-provision on list, removed `/agentmail/connect` |
| `backend/data/user.py` | MODIFY | Account deletion cleanup |
| `backend/api/rest_api.py` | MODIFY | Provider registration at startup
|
| `backend/util/settings.py` | MODIFY | `agentmail_api_key` setting |
| `frontend/.../integrations/page.tsx` | MODIFY | Hide delete for
managed creds |
| `frontend/.../types.ts` | MODIFY | `autogpt_managed` field |
### Checklist 📋
#### For code changes:
- [x] I have clearly listed my changes in the PR description
- [x] I have made a test plan
- [x] I have tested my changes according to the test plan:
- [x] 23 tests pass in `router_test.py` (9 new tests for
ensure/cleanup/auto-provisioning)
- [x] `poetry run format && poetry run lint` — clean
- [x] OpenAPI schema regenerated
- [x] Manual: verify managed credential appears in AgentMail block
dropdown
- [x] Manual: verify delete button hidden for managed credentials
- [x] Manual: verify managed credential cannot be deleted via API (403)
#### For configuration changes:
- [x] `.env.default` is updated with `AGENTMAIL_API_KEY=`
---------
Co-authored-by: Zamil Majdy <zamil.majdy@agpt.co>
### Why / What / How
**Why:** When `AIConversationBlock` receives an empty messages list and
an empty prompt, the block blindly forwards the empty array to the
downstream LLM API, which returns a cryptic `400 Bad Request` error:
`"Invalid 'messages': empty array. Expected an array with minimum length
1."` This is confusing for users who don't understand why their agent
failed.
**What:** Add early input validation in `AIConversationBlock.run()` that
raises a clear `ValueError` when both `messages` and `prompt` are empty.
Also add three unit tests covering the validation logic.
**How:** A simple guard clause at the top of the `run` method checks `if
not input_data.messages and not input_data.prompt` before the LLM call
is made. If both are empty, a descriptive `ValueError` is raised. If
either one has content, the block proceeds normally.
### Changes
- `autogpt_platform/backend/backend/blocks/llm.py`: Add validation guard
in `AIConversationBlock.run()` to reject empty messages + empty prompt
before calling the LLM
- `autogpt_platform/backend/backend/blocks/test/test_llm.py`: Add
`TestAIConversationBlockValidation` with three tests:
- `test_empty_messages_and_empty_prompt_raises_error` — validates the
guard clause
- `test_empty_messages_with_prompt_succeeds` — ensures prompt-only usage
still works
- `test_nonempty_messages_with_empty_prompt_succeeds` — ensures
messages-only usage still works
### Checklist
#### For code changes:
- [x] I have clearly listed my changes in the PR description
- [x] I have made a test plan
- [x] I have tested my changes according to the test plan:
- [x] Lint passes (`ruff check`)
- [x] Formatting passes (`ruff format`)
- [x] New unit tests validate the empty-input guard and the happy paths
Closes#11875
---------
Co-authored-by: Zamil Majdy <zamil.majdy@agpt.co>
## Summary
`extract_openai_tool_calls()` in `llm.py` crashes with `IndexError` when
the LLM provider returns a response with an empty `choices` list.
### Changes 🏗️
- Added a guard check `if not response.choices: return None` before
accessing `response.choices[0]`
- This is consistent with the function's existing pattern of returning
`None` when no tool calls are found
### Bug Details
When an LLM provider returns a response with an empty choices list
(e.g., due to content filtering, rate limiting, or API errors),
`response.choices[0]` raises `IndexError`. This can crash the entire
agent execution pipeline.
### Checklist 📋
#### For code changes:
- [x] I have clearly listed my changes in the PR description
- [x] I have made a test plan
- [x] I have tested my changes according to the test plan:
- Verified that the function returns `None` when `response.choices` is
empty
- Verified existing behavior is unchanged when `response.choices` is
non-empty
---------
Co-authored-by: goingforstudying-ctrl <forgithubuse@gmail.com>
Co-authored-by: Claude Opus 4.6 <noreply@anthropic.com>
Co-authored-by: Zamil Majdy <zamil.majdy@agpt.co>
## Summary
- Adds `ExecutionMode` enum with `BUILT_IN` (default built-in tool-call
loop) and `EXTENDED_THINKING` (delegates to Claude Agent SDK for richer
reasoning)
- Extracts shared `tool_call_loop` into `backend/util/tool_call_loop.py`
— reusable by both OrchestratorBlock agent mode and copilot baseline
- Refactors copilot baseline to use the shared `tool_call_loop` with
callback-driven iteration
## ExecutionMode enum
`ExecutionMode` (`backend/blocks/orchestrator.py`) controls how
OrchestratorBlock executes tool calls:
- **`BUILT_IN`** — Default mode. Runs the built-in tool-call loop
(supports all LLM providers).
- **`EXTENDED_THINKING`** — Delegates to the Claude Agent SDK for
extended thinking and multi-step planning. Requires Anthropic-compatible
providers (`anthropic` / `open_router`) and direct API credentials
(subscription mode not supported). Validates both provider and model
name at runtime.
## Shared tool_call_loop
`backend/util/tool_call_loop.py` provides a generic, provider-agnostic
conversation loop:
1. Call LLM with tools → 2. Extract tool calls → 3. Execute tools → 4.
Update conversation → 5. Repeat
Callers provide three callbacks:
- `llm_call`: wraps any LLM provider (OpenAI streaming, Anthropic,
llm.llm_call, etc.)
- `execute_tool`: wraps any tool execution (TOOL_REGISTRY, graph block
execution, etc.)
- `update_conversation`: formats messages for the specific protocol
## OrchestratorBlock EXTENDED_THINKING mode
- `_create_graph_mcp_server()` converts graph-connected blocks to MCP
tools
- `_execute_tools_sdk_mode()` runs `ClaudeSDKClient` with those MCP
tools
- Agent mode refactored to use shared `tool_call_loop`
## Copilot baseline refactored
- Streaming callbacks buffer `Stream*` events during loop execution
- Events are drained after `tool_call_loop` returns
- Same conversation logic, less code duplication
## SDK environment builder extraction
- `build_sdk_env()` extracted to `backend/copilot/sdk/env.py` for reuse
by both copilot SDK service and OrchestratorBlock
## Provider validation
EXTENDED_THINKING mode validates `provider in ('anthropic',
'open_router')` and `model_name.startswith('claude')` because the Claude
Agent SDK requires an Anthropic API key or OpenRouter key. Subscription
mode is not supported — it uses the platform's internal credit system
which doesn't provide raw API keys needed by the SDK. The validation
raises a clear `ValueError` if an unsupported provider or model is used.
## PR Dependencies
This PR builds on #12511 (Claude SDK client). It can be reviewed
independently — #12511 only adds the SDK client module which this PR
imports. If #12511 merges first, this PR will have no conflicts.
### Checklist 📋
#### For code changes:
- [x] I have clearly listed my changes in the PR description
- [x] I have made a test plan
- [x] I have tested my changes according to the test plan:
- [x] All pre-commit hooks pass (typecheck, lint, format)
- [x] Existing OrchestratorBlock tests still pass
- [x] Copilot baseline behavior unchanged (same stream events, same tool
execution)
- [x] Manual: OrchestratorBlock with execution_mode=EXTENDED_THINKING +
downstream blocks → SDK calls tools
- [x] Agent mode regression test (non-SDK path works as before)
- [x] SDK mode error handling (invalid provider raises ValueError)
### Why / What / How
**Why:** When a user or LLM supplies a malformed recipient string (e.g.
a bare username, a JSON blob, or an empty value) to `GmailSendBlock`,
`GmailCreateDraftBlock`, or any reply block, the Gmail API returns an
opaque `HttpError 400: "Invalid To header"`. This surfaces as a
`BlockUnknownError` with no actionable guidance, making it impossible
for the LLM to self-correct. (Fixes#11954)
**What:** Adds a lightweight `validate_email_recipients()` function that
checks every recipient against a simplified RFC 5322 pattern
(`local@domain.tld`) and raises a clear `ValueError` listing all invalid
entries before any API call is made.
**How:** The validation is called in two shared code paths —
`create_mime_message()` (used by send and draft blocks) and
`_build_reply_message()` (used by reply blocks) — so all Gmail blocks
that compose outgoing email benefit from it with zero per-block changes.
The regex is intentionally permissive (any `x@y.z` passes) to avoid
false positives on unusual but valid addresses.
### Changes 🏗️
- Added `validate_email_recipients()` helper in `gmail.py` with a
compiled regex
- Hooked validation into `create_mime_message()` for `to`, `cc`, and
`bcc` fields
- Hooked validation into `_build_reply_message()` for reply/draft-reply
blocks
- Added `TestValidateEmailRecipients` test class covering valid,
invalid, mixed, empty, JSON-string, and field-name scenarios
### Checklist 📋
#### For code changes:
- [x] I have clearly listed my changes in the PR description
- [x] I have made a test plan
- [x] I have tested my changes according to the test plan:
- [x] Verified `validate_email_recipients` correctly accepts valid
emails (`user@example.com`, `a@b.com`, `test@sub.domain.co`)
- [x] Verified it rejects malformed entries (bare names, missing domain
dot, empty strings, JSON strings)
- [x] Verified error messages include the field name and all invalid
entries
- [x] Verified empty recipient lists pass without error
- [x] Confirmed `gmail.py` and test file parse correctly (AST check)
---------
Co-authored-by: Zamil Majdy <zamil.majdy@agpt.co>
## Why
The OrchestratorBlock fails with `Tool names must be unique` when
multiple nodes use the same block type (e.g., two "Web Search" blocks
connected as tools). The Anthropic API rejects the request because
duplicate tool names are sent.
## What
- Detect duplicate tool names after building tool signatures
- Append `_1`, `_2`, etc. suffixes to disambiguate
- Enrich descriptions of duplicate tools with their hardcoded default
values so the LLM can distinguish between them
- Clean up internal `_hardcoded_defaults` metadata before sending to API
- Exclude sensitive/credential fields from default value descriptions
## How
- After `_create_tool_node_signatures` builds all tool functions, count
name occurrences
- For duplicates: rename with suffix and append `[Pre-configured:
key=value]` to description using the node's `input_default` (excluding
linked fields that the LLM provides)
- Added defensive `isinstance(defaults, dict)` check for compatibility
with test mocks
- Suffix collision avoidance: skips candidates that collide with
existing tool names
- Long tool names truncated to fit within 64-character API limit
- 47 unit tests covering: basic dedup, description enrichment, unique
names unchanged, no metadata leaks, single tool, triple duplicates,
linked field exclusion, mixed unique/duplicate scenarios, sensitive
field exclusion, long name truncation, suffix collision, malformed
tools, missing description, empty list, 10-tool all-same-name, multiple
distinct groups, large default truncation, suffix collision cascade,
parameter preservation, boundary name lengths, nested dict/list
defaults, null defaults, customized name priority, required fields
## Test plan
- [x] All 47 tests in `test_orchestrator_tool_dedup.py` pass
- [x] All 11 existing orchestrator unit tests pass (dict, dynamic
fields, responses API)
- [x] Pre-commit hooks pass (ruff, black, isort, pyright)
- [ ] Manual test: connect two same-type blocks to an orchestrator and
verify the LLM call succeeds
---------
Co-authored-by: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
### Why / What / How
Remove extraneous whitespace in README.md:
- "Workflow Management" description: extra spaces between "block" and
"performs"
- "Agent Interaction" description: extra spaces between "user-friendly"
and "interface"
---------
Co-authored-by: Zamil Majdy <zamil.majdy@agpt.co>
## Why
The copilot chat had no indication of how long the AI spent "thinking"
on a response. Users couldn't tell if a long wait was normal or
something was stuck. Additionally, the thinking duration was lost on
page reload since it was only tracked client-side.
## What
- **Live elapsed timer**: Shows elapsed time ("23s", "1m 5s") in the
ThinkingIndicator while the AI is processing (appears after 20s to avoid
spam on quick responses)
- **Frozen "Thought for Xm Ys"**: Displays the final thinking duration
in TurnStatsBar after the response completes
- **Persisted duration**: Saves `durationMs` on the last assistant
message in the DB so the timer survives page reloads
## How
**Backend:**
- Added `durationMs Int?` column to `ChatMessage` (Prisma migration)
- `mark_session_completed` in `stream_registry.py` computes wall-clock
duration from Redis session `created_at` and saves it via
`DatabaseManager.set_turn_duration()`
- Invalidates Redis session cache after writing so GET returns fresh
data
**Frontend:**
- `useElapsedTimer` hook tracks client-side elapsed seconds during
streaming
- `ThinkingIndicator` shows only the elapsed time (no phrases) after
20s, with `font-mono text-sm` styling
- `TurnStatsBar` displays "Thought for Xs" after completion, preferring
live `elapsedSeconds` and falling back to persisted `durationMs`
- `convertChatSessionToUiMessages` extracts `duration_ms` from
historical messages into a `Map<string, number>` threaded through to
`ChatMessagesContainer`
## Test plan
- [ ] Send a message in copilot — verify ThinkingIndicator shows elapsed
time after 20s
- [ ] After response completes — verify "Thought for Xs" appears below
the response
- [ ] Refresh the page — verify "Thought for Xs" still appears
(persisted from DB)
- [ ] Check older conversations — they should NOT show timer (no
historical data)
- [ ] Verify no Zod/SSE validation errors in browser console
🤖 Generated with [Claude Code](https://claude.com/claude-code)
---------
Co-authored-by: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
## Summary
- Fixed `_resolve_discriminated_credentials()` in `helpers.py` to handle
URL/host-based credential discrimination (used by
`SendAuthenticatedWebRequestBlock`)
- Previously, only provider-based discrimination (with
`discriminator_mapping`) was handled; URL-based discrimination (with
`discriminator` set but no `discriminator_mapping`) was silently skipped
- This caused host-scoped credentials to either match the wrong host or
fail to match at all when the CoPilot called `run_block` for
authenticated HTTP requests
- Added 14 targeted tests covering discriminator resolution, host
matching, credential resolution integration, and RunBlockTool end-to-end
flows
## Root Cause
`_resolve_discriminated_credentials()` checked `if
field_info.discriminator and field_info.discriminator_mapping:` which
excluded host-scoped credentials where `discriminator="url"` but
`discriminator_mapping=None`. The URL from `input_data` was never added
to `discriminator_values`, so `_credential_is_for_host()` received empty
`discriminator_values` and returned `True` for **any** host-scoped
credential regardless of URL match.
## Fix
When `discriminator` is set without `discriminator_mapping`, the URL
value from `input_data` is now copied into `discriminator_values` on a
shallow copy of the field info (to avoid mutating the cached schema).
This enables `_credential_is_for_host()` to properly match the
credential's host against the target URL.
## Test plan
- [x] `TestResolveDiscriminatedCredentials` - 4 tests verifying URL
discriminator populates values, handles missing URL, doesn't mutate
original, preserves provider/type
- [x] `TestFindMatchingHostScopedCredential` - 5 tests verifying
correct/wrong host matching, wildcard hosts, multiple credential
selection
- [x] `TestResolveBlockCredentials` - 3 integration tests verifying full
credential resolution with matching/wrong/missing hosts
- [x] `TestRunBlockToolAuthenticatedHttp` - 2 end-to-end tests verifying
SetupRequirementsResponse when creds missing and BlockDetailsResponse
when creds matched
- [x] All 28 existing + new tests pass
- [x] Ruff lint, isort, Black formatting, pyright typecheck all pass
---------
Co-authored-by: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
## Why
Sentry alert
[AUTOGPT-SERVER-8C8](https://significant-gravitas.sentry.io/issues/7367978095/)
— `AIConditionBlock` failing in prod with:
```
Invalid 'max_output_tokens': integer below minimum value.
Expected a value >= 16, but got 10 instead.
```
Two problems:
1. `max_tokens=10` is below OpenAI's new minimum of 16
2. The `except Exception` handler was calling `logger.error()` which
triggered Sentry for what are known block errors, AND silently
defaulting to `result=False` — making the block appear to succeed with
an incorrect answer
## What
- Bump `max_tokens` from 10 to 16 (fixes the root cause)
- Remove the `try/except` entirely — the executor already handles
exceptions correctly (`ValueError` = known/no Sentry, everything else =
unknown/Sentry). The old handler was just swallowing errors and
producing wrong results.
## Test plan
- [x] Existing `AIConditionBlock` tests pass (block only expects
"true"/"false", 16 tokens is plenty)
- [x] No more silent `result=False` on errors
- [x] No more spurious Sentry alerts from `logger.error()`
Fixes AUTOGPT-SERVER-8C8
🤖 Generated with [Claude Code](https://claude.com/claude-code)
---------
Co-authored-by: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
### Why / What / How
**Why:** Agents working in worktrees lack guidance on two of the most
common workflows: properly opening PRs (using the repo template,
validating test coverage, triggering the review bot) and bootstrapping
the repo from scratch with a worktree-based layout. Without these
skills, agents either skip steps (no test plan, wrong template) or
require manual hand-holding for setup.
**What:** Adds two new Claude Code skills under `.claude/skills/`:
- `/open-pr` — A structured PR creation workflow that enforces the
canonical `.github/PULL_REQUEST_TEMPLATE.md`, validates test coverage
for existing and new behaviors, supports a configurable base branch, and
integrates the `/review` bot workflow for agents without local testing
capability. Cross-references `/pr-test`, `/pr-review`, and `/pr-address`
for the full PR lifecycle.
- `/setup-repo` — An interactive repo bootstrapping skill that creates a
worktree-based layout (main + reviews + N numbered work branches).
Handles .env file provisioning with graceful fallbacks (.env.default,
.env.example), copies branchlet config, installs dependencies, and is
fully idempotent (safe to re-run).
**How:** Markdown-based SKILL.md files following the existing skill
conventions. Both skills use proper bash patterns (seq-based loops
instead of brace expansion with variables, existence checks before
branch/worktree creation, error reporting on install failures).
`/open-pr` delegates to AskUserQuestion-style prompts for base branch
selection. `/setup-repo` uses AskUserQuestion for interactive branch
count and base branch selection.
### Changes 🏗️
- Added `.claude/skills/open-pr/SKILL.md` — PR creation workflow with:
- Pre-flight checks (committed, pushed, formatted)
- Test coverage validation (existing behavior not broken, new behavior
covered)
- Canonical PR template enforcement (read and fill verbatim, no
pre-checked boxes)
- Configurable base branch (defaults to dev)
- Review bot workflow (`/review` comment + 30min wait) for agents
without local testing
- Related skills table linking `/pr-test`, `/pr-review`, `/pr-address`
- Added `.claude/skills/setup-repo/SKILL.md` — Repo bootstrap workflow
with:
- Interactive setup (branch count: 4/8/16/custom, base branch selection)
- Idempotent branch creation (skips existing branches with info message)
- Idempotent worktree creation (skips existing directories)
- .env provisioning with fallback chain (.env → .env.default →
.env.example → warning)
- Branchlet config propagation
- Dependency installation with success/failure reporting per worktree
### Checklist 📋
#### For code changes:
- [x] I have clearly listed my changes in the PR description
- [x] I have made a test plan
- [x] I have tested my changes according to the test plan:
- [x] Verified SKILL.md frontmatter follows existing skill conventions
- [x] Verified trigger conditions match expected user intents
- [x] Verified cross-references to existing skills are accurate
- [x] Verified PR template section matches
`.github/PULL_REQUEST_TEMPLATE.md`
- [x] Verified bash snippets use correct patterns (seq, show-ref, quoted
vars)
- [x] Pre-commit hooks pass on all commits
- [x] Addressed all CodeRabbit, Sentry, and Cursor review comments
🤖 Generated with [Claude Code](https://claude.com/claude-code)
<!-- CURSOR_SUMMARY -->
---
> [!NOTE]
> **Low Risk**
> Low risk documentation-only change: adds new markdown skills without
modifying runtime code. Main risk is workflow guidance drift (e.g.,
`.env`/worktree steps) if it diverges from actual repo conventions.
>
> **Overview**
> Adds two new Claude Code skills under `.claude/skills/` to standardize
common developer workflows.
>
> `/open-pr` documents a PR creation flow that enforces using
`.github/PULL_REQUEST_TEMPLATE.md` verbatim, calls out required test
coverage, and describes how to trigger/poll the `/review` bot when local
testing isn’t available.
>
> `/setup-repo` documents an idempotent, interactive bootstrap for a
multi-worktree layout (creates `reviews` and `branch1..N`, provisions
`.env` files with `.env.default`/`.env.example` fallbacks, copies
`.branchlet.json`, and installs dependencies), complementing the
existing `/worktree` skill.
>
> <sup>Written by [Cursor
Bugbot](https://cursor.com/dashboard?tab=bugbot) for commit
80dbeb1596. This will update automatically
on new commits. Configure
[here](https://cursor.com/dashboard?tab=bugbot).</sup>
<!-- /CURSOR_SUMMARY -->
---------
Co-authored-by: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
Co-authored-by: copilot-swe-agent[bot] <198982749+Copilot@users.noreply.github.com>
## Why
AutoPilot users hit `invalid_request_error` ("thinking or
redacted_thinking blocks in the latest assistant message cannot be
modified") when sessions get long enough to trigger transcript
compaction. The Anthropic API requires thinking blocks in the last
assistant message to be byte-for-byte identical to the original response
— our compaction was flattening them to plain text, destroying the
cryptographic signatures.
Reported in Discord `#breakage` by John Ababseh with session
`31d3f08a-cb94-45eb-9fce-56b3f0287ef4`.
## What
- **`compact_transcript`** now splits the transcript into a compressible
prefix and a preserved tail (last assistant entry + trailing entries).
Only the prefix is compressed; the tail is re-appended verbatim,
preserving thinking blocks exactly.
- **`_flatten_assistant_content`** now silently drops `thinking` and
`redacted_thinking` blocks instead of creating `[__thinking__]`
placeholders — they carry no useful context for compression summaries.
- **`response_adapter`** explicitly handles `ThinkingBlock` (skip
gracefully instead of silently falling through the isinstance chain).
- **`_format_sdk_content_blocks`** now passes through raw dict blocks
(e.g. `redacted_thinking` that the SDK may not have a typed class for)
verbatim to the transcript.
## How
The key insight is the Anthropic API's asymmetric constraint:
- **Last assistant message**: thinking/redacted_thinking blocks must be
preserved byte-for-byte
- **Older assistant messages**: thinking blocks can be removed entirely
`compact_transcript` uses `_find_last_assistant_entry()` to split the
JSONL into two parts:
1. **Prefix** (everything before the last assistant): flattened and
compressed normally
2. **Tail** (last assistant + any trailing user message): preserved
verbatim and re-chained via `_rechain_tail()` to maintain the
`parentUuid` chain
This ensures the API always sees the original thinking blocks in the
last assistant message while still achieving meaningful compression on
older turns.
## Test plan
- [x] 25 new tests across `thinking_blocks_test.py` (TDD: written before
implementation)
- [x] `_find_last_assistant_entry` splits correctly at last assistant,
handles edges (no assistant, index 0, trailing user)
- [x] `_rechain_tail` patches parentUuid chain, handles empty tail
- [x] `_flatten_assistant_content` strips thinking/redacted_thinking
blocks, handles mixed content
- [x] `compact_transcript` preserves last assistant's thinking blocks
- [x] `compact_transcript` strips thinking from older assistant messages
- [x] Edge cases: trailing user message, single assistant, no thinking
blocks
- [x] `response_adapter` handles ThinkingBlock without crash
- [x] `_format_sdk_content_blocks` preserves thinking block format and
raw dict blocks
- [x] All existing copilot SDK tests pass
- [x] Pre-commit hooks (lint, format, typecheck) all pass
## Why
Multiple Sentry issues paging on-call in prod:
1. **AUTOGPT-SERVER-8BP**: `ConversionError: Failed to convert
anthropic/claude-sonnet-4-6 to <enum 'LlmModel'>` — the copilot passes
OpenRouter-style provider-prefixed model names
(`anthropic/claude-sonnet-4-6`) to blocks, but the `LlmModel` enum only
recognizes the bare model ID (`claude-sonnet-4-6`).
2. **BUILDER-7GF**: `Error invoking postEvent: Method not found` —
Sentry SDK internal error on Chrome Mobile Android, not a platform bug.
3. **XMLParserBlock**: `BlockUnknownError raised by XMLParserBlock with
message: Error in input xml syntax` — user sent bad XML but the block
raised `SyntaxError`, which gets wrapped as `BlockUnknownError`
(unexpected) instead of `BlockExecutionError` (expected).
4. **AUTOGPT-SERVER-8BS**: `Virus scanning failed for Screenshot
2026-03-26 091900.png: range() arg 3 must not be zero` — empty (0-byte)
file upload causes `range(0, 0, 0)` in the virus scanner chunking loop,
and the failure is logged at `error` level which pages on-call.
5. **AUTOGPT-SERVER-8BT**: `ValueError: <Token var=<ContextVar
name='current_context'>> was created in a different Context` —
OpenTelemetry `context.detach()` fails when the SDK streaming async
generator is garbage-collected in a different context than where it was
created (client disconnect mid-stream).
6. **AUTOGPT-SERVER-8BW**: `RuntimeError: Attempted to exit cancel scope
in a different task than it was entered in` — anyio's
`TaskGroup.__aexit__` detects cancel scope entered in one task but
exited in another when `GeneratorExit` interrupts the SDK cleanup during
client disconnect.
7. **Workspace UniqueViolationError**: `UniqueViolationError: Unique
constraint failed on (workspaceId, path)` — race condition during
concurrent file uploads handled by `WorkspaceManager._persist_db_record`
retry logic, but Sentry still captures the exception at the raise site.
8. **Library UniqueViolationError**: `UniqueViolationError` on
`LibraryAgent (userId, agentGraphId, agentGraphVersion)` — race
conditions in `add_graph_to_library` and `create_library_agent` caused
crashes or silent data loss.
9. **Graph version collision**: `UniqueViolationError` on `AgentGraph
(id, version)` — copilot re-saving an agent at an existing version
collides with the primary key.
## What
### Backend: `LlmModel._missing_()` for provider-prefixed model names
- Adds `_missing_` classmethod to `LlmModel` enum that strips the
provider prefix (e.g., `anthropic/`) when direct lookup fails
- Self-contained in the enum — no changes to the generic type conversion
system
### Frontend: Filter Sentry SDK noise
- Adds `postEvent: Method not found` to `ignoreErrors` — a known Sentry
SDK issue on certain mobile browsers
### Backend: XMLParserBlock — raise ValueError instead of SyntaxError
- Changed `_validate_tokens()` to raise `ValueError` instead of
`SyntaxError`
- Changed the `except SyntaxError` handler in `run()` to re-raise as
`ValueError`
- This ensures `Block.execute()` wraps XML parsing failures as
`BlockExecutionError` (expected/user-caused) instead of
`BlockUnknownError` (unexpected/alerts Sentry)
### Backend: Virus scanner — handle empty files + reduce alert noise
- Added early return for empty (0-byte) files in `scan_file()` to avoid
`range() arg 3 must not be zero` when `chunk_size` is 0
- Added `max(1, len(content))` guard on `chunk_size` as defense-in-depth
- Downgraded `scan_content_safe` failure log from `error` to `warning`
so single-file scan failures don't page on-call via Sentry
### Backend: Suppress SDK client cleanup errors on SSE disconnect
- Replaced `async with ClaudeSDKClient` in `_run_stream_attempt` with
manual `__aenter__`/`__aexit__` wrapped in new
`_safe_close_sdk_client()` helper
- `_safe_close_sdk_client()` catches `ValueError` (OTEL context token
mismatch) and `RuntimeError` (anyio cancel scope in wrong task) during
`__aexit__` and logs at `debug` level — these are expected when SSE
client disconnects mid-stream
- Added `_is_sdk_disconnect_error()` helper for defense-in-depth at the
outer `except BaseException` handler in `stream_chat_completion_sdk`
- Both Sentry errors (8BT and 8BW) are now suppressed without affecting
normal cleanup flow
### Backend: Filter workspace UniqueViolationError from Sentry alerts
- Added `before_send` filter in `_before_send()` to drop
`UniqueViolationError` events where the message contains `workspaceId`
and `path`
- The error is already handled by `WorkspaceManager._persist_db_record`
retry logic — it must propagate for the retry logic to work, so the fix
is at the Sentry filter level rather than catching/suppressing at source
### Backend: Library agent race condition fixes
- **`add_graph_to_library`**: Replaced check-then-create pattern with
create-then-catch-`UniqueViolationError`-then-update. On collision,
updates the existing row (restoring soft-deleted/archived agents)
instead of crashing.
- **`create_library_agent`**: Replaced `create` with `upsert` on the
`(userId, agentGraphId, agentGraphVersion)` composite unique constraint,
so concurrent adds restore soft-deleted entries instead of throwing.
### Backend: Graph version auto-increment on collision
- `__create_graph` now checks if the `(id, version)` already exists
before `create_many`, and auto-increments the version to `max_existing +
1` to avoid `UniqueViolationError` when the copilot re-saves an agent.
### Backend: Workspace `get_or_create_workspace` upsert
- Changed from find-then-create to `upsert` to atomically handle
concurrent workspace creation.
## Test plan
- [x] `LlmModel("anthropic/claude-sonnet-4-6")` resolves correctly
- [x] `LlmModel("claude-sonnet-4-6")` still works (no regression)
- [x] `LlmModel("invalid/nonexistent-model")` still raises `ValueError`
- [x] XMLParserBlock: unclosed tags, extra closing tags, empty XML all
raise `ValueError`
- [x] XMLParserBlock: `SyntaxError` from gravitasml library is caught
and re-raised as `ValueError`
- [x] Virus scanner: empty file (0 bytes) returns clean without hitting
ClamAV
- [x] Virus scanner: single-byte file scans normally (regression test)
- [x] Virus scanner: `scan_content_safe` logs at WARNING not ERROR on
failure
- [x] SDK disconnect: `_is_sdk_disconnect_error` correctly identifies
cancel scope and context var errors
- [x] SDK disconnect: `_is_sdk_disconnect_error` rejects unrelated
errors
- [x] SDK disconnect: `_safe_close_sdk_client` suppresses ValueError,
RuntimeError, and unexpected exceptions
- [x] SDK disconnect: `_safe_close_sdk_client` calls `__aexit__` on
clean exit
- [x] Library: `add_graph_to_library` creates new agent on first call
- [x] Library: `add_graph_to_library` updates existing on
UniqueViolationError
- [x] Library: `create_library_agent` uses upsert to handle concurrent
adds
- [x] All existing workspace overwrite tests still pass
- [x] All tests passing (existing + 4 XML syntax + 3 virus scanner + 10
SDK disconnect + library tests)
## Summary
- When users hit their daily CoPilot token limit, they can now spend
credits ($2.00 default) to reset it and continue working
- Adds a dialog prompt when rate limit error occurs, offering the
credit-based reset option
- Adds a "Reset daily limit" button in the usage limits panel when the
daily limit is reached
- Backend: new `POST /api/chat/usage/reset` endpoint,
`reset_daily_usage()` Redis helper, `rate_limit_reset_cost` config
- Frontend: `RateLimitResetDialog` component, updated
`UsagePanelContent` with reset button, `useCopilotStream` exposes rate
limit state
- **NEW: Resetting the daily limit also reduces weekly usage by the
daily limit amount**, effectively granting 1 extra day's worth of weekly
capacity (e.g., daily_limit=10000 → weekly usage reduced by 10000,
clamped to 0)
## Context
Users have been confused about having credits available but being
blocked by rate limits (REQ-63, REQ-61). This provides a short-term
solution allowing users to spend credits to bypass their daily limit.
The weekly usage reduction ensures that a paid daily reset doesn't just
move the bottleneck to the weekly limit — users get genuine additional
capacity for the day they paid to unlock.
### Checklist 📋
#### For code changes:
- [x] I have clearly listed my changes in the PR description
- [x] I have made a test plan
- [x] I have tested my changes according to the test plan:
- [x] Hit daily rate limit → dialog appears with reset option
- [x] Click "Reset for $2.00" → credits charged, daily counter reset,
dialog closes
- [x] Usage panel shows "Reset daily limit" button when at 100% daily
usage
- [x] When `rate_limit_reset_cost=0` (disabled), rate limit shows toast
instead of dialog
- [x] Insufficient credits → error toast shown
- [x] Verify existing rate limit tests pass
- [x] Unit tests: weekly counter reduced by daily_limit on reset
- [x] Unit tests: weekly counter clamped to 0 when usage < daily_limit
- [x] Unit tests: no weekly reduction when daily_token_limit=0
#### For configuration changes:
- [x] `.env.default` is updated or already compatible with my changes
(new config fields `rate_limit_reset_cost` and `max_daily_resets` have
defaults in code)
- [x] `docker-compose.yml` is updated or already compatible with my
changes (no Docker changes needed)
## Why
Admins need visibility into per-user CoPilot rate limit usage and the
ability to reset a user's counters when needed (e.g., after a false
positive or for debugging). Additionally, the global rate limits were
hardcoded deploy-time constants with no way to adjust without
redeploying.
## What
- Admin endpoints to **check** a user's current rate limit usage and
**reset** their daily/weekly counters to zero
- Global rate limits are now **LaunchDarkly-configurable** via
`copilot-daily-token-limit` and `copilot-weekly-token-limit` flags,
falling back to existing `ChatConfig` values
- Frontend admin page at `/admin/rate-limits` with user lookup, usage
visualization, and reset capability
- Chat routes updated to source global limits from LD flags
## How
- **Backend**: Added `reset_user_usage()` to `rate_limit.py` that
deletes Redis usage keys. New admin routes in
`rate_limit_admin_routes.py` (GET `/api/copilot/admin/rate_limit` and
POST `/api/copilot/admin/rate_limit/reset`). Added
`COPILOT_DAILY_TOKEN_LIMIT` and `COPILOT_WEEKLY_TOKEN_LIMIT` to the
`Flag` enum. Chat routes use `_get_global_rate_limits()` helper that
checks LD first.
- **Frontend**: New `/admin/rate-limits` page with `RateLimitManager`
(user lookup) and `RateLimitDisplay` (usage bars + reset button). Added
`getUserRateLimit` and `resetUserRateLimit` to `BackendAPI` client.
## Test plan
- [x] Backend: 4 tests covering get, reset, redis failure, and
admin-only access
- [ ] Manual: Look up a user's rate limits in the admin UI
- [ ] Manual: Reset a user's usage counters
- [ ] Manual: Verify LD flag overrides are respected for global limits
Replaces "Sort my bookmarks into categories" with "Summarize my unread
emails" in the Organize suggestion category. CoPilot has no access to
browser bookmarks or local files, so the original prompt was misleading.
---
Co-authored-by: Toran Bruce Richards (@Torantulino)
<Torantulino@users.noreply.github.com>
## Why
`AgentInputBlock` has a `placeholder_values` field whose
`generate_schema()` converts it into a JSON schema `enum`. The frontend
renders any field with `enum` as a dropdown/select. This means
AI-generated agents that populate `placeholder_values` with example
values (e.g. URLs) on regular `AgentInputBlock` nodes end up with
dropdowns instead of free-text inputs — users can't type custom values.
Only `AgentDropdownInputBlock` should produce dropdown behavior.
## What
- Removed `placeholder_values` field from `AgentInputBlock.Input`
- Moved the `enum` generation logic to
`AgentDropdownInputBlock.Input.generate_schema()`
- Cleaned up test data for non-dropdown input blocks
- Updated copilot agent generation guide to stop suggesting
`placeholder_values` for `AgentInputBlock`
## How
The base `AgentInputBlock.Input.generate_schema()` no longer converts
`placeholder_values` → `enum`. Only `AgentDropdownInputBlock.Input`
defines `placeholder_values` and overrides `generate_schema()` to
produce the `enum`.
**Backward compatibility**: Existing agents with `placeholder_values` on
`AgentInputBlock` nodes load fine — `model_construct()` silently ignores
extra fields not defined on the model. Those inputs will now render as
text fields (desired behavior).
## Test plan
- [x] `poetry run pytest backend/blocks/test/test_block.py -xvs` — all
block tests pass
- [x] `poetry run format && poetry run lint` — clean
- [ ] Import an agent JSON with `placeholder_values` on an
`AgentInputBlock` — verify it loads and renders as text input
- [ ] Create an agent with `AgentDropdownInputBlock` — verify dropdown
still works
Requested by @itsababseh
Users can copy assistant output messages but not their own prompts. This
adds the same copy button to user messages — appears on hover,
right-aligned, using the existing `CopyButton` component.
## Why
Users write long prompts and need to copy them to reuse or share.
Currently requires manual text selection. ChatGPT shows copy on hover
for user messages — this matches that pattern.
## What
- Added `CopyButton` to user prompt messages in
`ChatMessagesContainer.tsx`
- Shows on hover (`group-hover:opacity-100`), positioned right-aligned
below the message
- Reuses the existing `CopyButton` and `MessageActions` components —
zero new code
## How
One file changed, 11 lines added:
1. Import `MessageActions` and `CopyButton`
2. Render them after user `MessageContent`, gated on `message.role ===
"user"` and having text parts
---
Co-authored-by: itsababseh (@itsababseh)
<36419647+itsababseh@users.noreply.github.com>
Fix broken UI when selecting nodes with array fields (list[str],
list[Enum]) in the builder. The select/input inside array items was
squeezed by the Remove button instead of taking full width.
<img width="2559" height="1077" alt="Screenshot 2026-03-26 at 10 23
34 AM"
src="https://github.com/user-attachments/assets/2ffc28a2-8d6c-428c-897c-021b1575723c"
/>
### Changes 🏗️
- **ArrayFieldItemTemplate**: Changed layout from horizontal flex-row to
vertical flex-col so the input takes full width and Remove button sits
below aligned left, with tighter spacing between them
- **Storybook config**: Added `renderers/**` glob to
`.storybook/main.ts` so renderer stories are discoverable
- **FormRenderer stories**: Added comprehensive Storybook stories
covering all backend field types (string, int, float, bool, enum,
date/time, list[str], list[int], list[Enum], list[bool], nested objects,
Optional, anyOf unions, oneOf discriminated unions, multi-select, list
of objects, and a kitchen sink). Includes exact Twitter GetUserBlock
schema for realistic oneOf + multi-select testing.
### Checklist 📋
#### For code changes:
- [x] I have clearly listed my changes in the PR description
- [x] I have made a test plan
- [x] I have tested my changes according to the test plan:
- [x] Verified array field items render with full-width input and Remove
button below in Storybook
- [x] Verified list[Enum] select dropdown takes full width
- [x] Verified list[str] text input takes full width
- [x] Verified all FormRenderer stories render without errors in
Storybook
- [x] Verified multi-select and oneOf discriminated union stories match
real backend schemas
### Why / What / How
**Why:** When voice recording is active in the CoPilot chat input, the
recording UI (waveform + timer) overlays on top of the placeholder/hint
text, creating a visually broken appearance. Reported by a user via
SECRT-2163.
**What:** Hide the textarea placeholder text while voice recording is
active so it doesn't bleed through the `RecordingIndicator` overlay.
**How:** When `isRecording` is true, the placeholder is set to an empty
string. The existing `RecordingIndicator` overlay (waveform animation +
elapsed time) then displays cleanly without the hint text showing
underneath.
### Changes 🏗️
- Clear the `PromptInputTextarea` placeholder to `""` when voice
recording is active, preventing it from rendering behind the
`RecordingIndicator` overlay
### Checklist 📋
#### For code changes:
- [x] I have clearly listed my changes in the PR description
- [x] I have made a test plan
- [x] I have tested my changes according to the test plan:
- [x] Open CoPilot chat at /copilot
- [x] Click the microphone button or press Space to start voice
recording
- [x] Verify the placeholder text ("Type your message..." / "What else
can I help with?") is hidden during recording
- [x] Verify the RecordingIndicator (waveform + timer) displays cleanly
without overlapping text
- [x] Stop recording and verify placeholder text reappears
- [x] Verify "Transcribing..." placeholder shows during transcription
## Summary
- Added `validate_sink_input_existence` method to `AgentValidator` to
ensure all sink names in links and input defaults reference valid input
schema fields in the corresponding block
- Added comprehensive tests covering valid/invalid sink names, nested
inputs, and default key handling
- Updated `ReadDiscordMessagesBlock` description to clarify it reads new
messages and triggers on new posts
- Removed leftover test function file
## Test plan
- [ ] Run `pytest` on `validator_test.py` to verify all sink input
validation cases pass
- [ ] Verify existing agent validation flow is unaffected
- [ ] Confirm `ReadDiscordMessagesBlock` description update is accurate
🤖 Generated with [Claude Code](https://claude.com/claude-code)
---------
Co-authored-by: Claude Sonnet 4.6 <noreply@anthropic.com>
Co-authored-by: Zamil Majdy <zamil.majdy@agpt.co>
## Summary
- Adds `visibilitychange`-based sleep/wake detection to the copilot chat
— when the page becomes visible after >30s hidden, automatically refetch
the session and either resume an active stream or hydrate completed
messages
- Blocks chat input during re-sync (`isSyncing` state) to prevent users
from accidentally sending a message that overwrites the agent's
completed work
- Replaces `PulseLoader` with a spinning `CircleNotch` icon on sidebar
session names for background streaming sessions (closer to ChatGPT's UX)
## How it works
1. When the page goes hidden, we record a timestamp
2. When the page becomes visible, we check elapsed time
3. If >30s elapsed (indicating sleep or long background), we refetch the
session from the API
4. If backend still has `active_stream=true` → remove stale assistant
message and resume SSE
5. If backend is done → the refetch triggers React Query invalidation
which hydrates the completed messages
6. Chat input stays disabled (`isSyncing=true`) until re-sync completes
## Test plan
- [ ] Open copilot, start a long-running agent task
- [ ] Close laptop lid / lock screen for >30 seconds
- [ ] Wake device — verify chat shows the agent's completed response (or
resumes streaming)
- [ ] Verify chat input is temporarily disabled during re-sync, then
re-enables
- [ ] Verify sidebar shows spinning icon (not pulse loader) for
background sessions
- [ ] Verify no duplicate messages appear after wake
- [ ] Verify normal streaming (no sleep) still works as expected
Resolves: [SECRT-2159](https://linear.app/autogpt/issue/SECRT-2159)
🤖 Generated with [Claude Code](https://claude.com/claude-code)
---------
Co-authored-by: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
## Summary
<img width="700" height="575" alt="Screenshot 2026-03-23 at 21 40 07"
src="https://github.com/user-attachments/assets/f6138c63-dd5e-4bde-a2e4-7434d0d3ec72"
/>
Re-applies #12452 which was reverted as collateral in #12485 (invite
system revert).
Replaces the flat list of suggestion pills in the CoPilot empty session
with themed prompt categories (Learn, Create, Automate, Organize), each
shown as a popover with contextual prompts.
- **Backend**: Adds `suggested_prompts` as a themed `dict[str,
list[str]]` keyed by category. Updates Tally extraction LLM prompt to
generate prompts per theme, and the `/suggested-prompts` API to return
grouped themes. Legacy `list[str]` rows are preserved under a
`"General"` key for backward compatibility.
- **Frontend**: Replaces inline pill buttons with a `SuggestionThemes`
popover component. Each theme button (with icon) opens a dropdown of 5
relevant prompts. Falls back to hardcoded defaults when the API has no
personalized prompts. Normalizes partial API responses by padding
missing themes with defaults. Legacy `"General"` prompts are distributed
round-robin across themes.
### Changes 🏗️
- `backend/data/understanding.py`: `suggested_prompts` field added as
`dict[str, list[str]]`; legacy list rows preserved under `"General"` key
via `_json_to_themed_prompts`
- `backend/data/tally.py`: LLM prompt updated to generate themed
prompts; validation now per-theme with blank-string rejection
- `backend/api/features/chat/routes.py`: New `SuggestedTheme` model;
endpoint returns `themes[]`
- `frontend/copilot/components/EmptySession/EmptySession.tsx`: Uses
generated API hooks for suggested prompts
- `frontend/copilot/components/EmptySession/helpers.ts`:
`DEFAULT_THEMES` replaces `DEFAULT_QUICK_ACTIONS`; `getSuggestionThemes`
normalizes partial API responses
-
`frontend/copilot/components/EmptySession/components/SuggestionThemes/`:
New popover component with theme icons and loading states
### Checklist 📋
- [x] I have clearly listed my changes in the PR description
- [x] I have made a test plan
- [x] I have tested my changes according to the test plan:
- [x] Verify themed suggestion buttons render on CoPilot empty session
- [x] Click each theme button and confirm popover opens with prompts
- [x] Click a prompt and confirm it sends the message
- [x] Verify fallback to default themes when API returns no custom
prompts
- [x] Verify legacy users' personalized prompts are preserved and
visible
🤖 Generated with [Claude Code](https://claude.com/claude-code)
---------
Co-authored-by: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
## Summary
Two backend fixes for CoPilot stability:
1. **Steer model away from bash_exec for SDK tool-result files** — When
the SDK returns tool results as file paths, the copilot model was
attempting to use `bash_exec` to read them instead of treating the
content directly. Added system prompt guidance to prevent this.
2. **Guard against missing 'name' in execution input_data** —
`GraphExecution.from_db()` assumed all INPUT/OUTPUT block node
executions have a `name` field in `input_data`. This crashes with
`KeyError: 'name'` when non-standard blocks (e.g., OrchestratorBlock)
produce node executions without this field. Added `"name" in
exec.input_data` guards.
## Why
- The bash_exec issue causes copilot to fail when processing SDK tool
outputs
- The KeyError crashes the `update_graph_execution_stats` endpoint,
causing graph executions to appear stuck (retries 35+ times, never
completes)
## How
- Added system prompt instruction to treat tool result file contents
directly
- Added `"name" in exec.input_data` guard in both input extraction (line
340) and output extraction (line 365) in `execution.py`
### Changes
- `backend/copilot/sdk/service.py` — system prompt guidance
- `backend/data/execution.py` — KeyError guard for missing `name` field
### Checklist 📋
- [x] I have clearly listed my changes in the PR description
- [x] I have made a test plan
- [x] I have tested my changes according to the test plan
#### Test plan:
- [x] OrchestratorBlock graph execution no longer gets stuck
- [x] Standard Agent Input/Output blocks still work correctly
- [x] Copilot SDK tool results are processed without bash_exec
2026-03-25 13:58:24 +07:00
3337 changed files with 661761 additions and 0 deletions
description: Open a pull request with proper PR template, test coverage, and review workflow. Guides agents through creating a PR that follows repo conventions, ensures existing behaviors aren't broken, covers new behaviors with tests, and handles review via bot when local testing isn't possible. TRIGGER when user asks to "open a PR", "create a PR", "make a PR", "submit a PR", "open pull request", "push and create PR", or any variation of opening/submitting a pull request.
user-invocable: true
args: "[base-branch] — optional target branch (defaults to dev)."
metadata:
author: autogpt-team
version: "1.0.0"
---
# Open a Pull Request
## Step 1: Pre-flight checks
Before opening the PR:
1. Ensure all changes are committed
2. Ensure the branch is pushed to the remote (`git push -u origin <branch>`)
3. Run linters/formatters across the whole repo (not just changed files) and commit any fixes
## Step 2: Test coverage
**This is critical.** Before opening the PR, verify:
### Existing behavior is not broken
- Identify which modules/components your changes touch
- Run the existing test suites for those areas
- If tests fail, fix them before opening the PR — do not open a PR with known regressions
### New behavior has test coverage
- Every new feature, endpoint, or behavior change needs tests
- If you added a new block, add tests for that block
- If you changed API behavior, add or update API tests
- If you changed frontend behavior, verify it doesn't break existing flows
If you cannot run the full test suite locally, note which tests you ran and which you couldn't in the test plan.
## Step 3: Create the PR using the repo template
Read the canonical PR template at `.github/PULL_REQUEST_TEMPLATE.md` and use it **verbatim** as your PR body:
1. Read the template: `cat .github/PULL_REQUEST_TEMPLATE.md`
2. Preserve the exact section titles and formatting, including:
-`### Why / What / How`
-`### Changes 🏗️`
-`### Checklist 📋`
3. Replace HTML comment prompts (`<!-- ... -->`) with actual content; do not leave them in
4.**Do not pre-check boxes** — leave all checkboxes as `- [ ]` until each step is actually completed
5. Do not alter the template structure, rename sections, or remove any checklist items
**PR title must use conventional commit format** (e.g., `feat(backend): add new block`, `fix(frontend): resolve routing bug`, `dx(skills): update PR workflow`). See CLAUDE.md for the full list of scopes.
Use `gh pr create` with the base branch (defaults to `dev` if no `[base-branch]` was provided). Use `--body-file` to avoid shell interpretation of backticks and special characters:
```bash
BASE_BRANCH="${BASE_BRANCH:-dev}"
PR_BODY=$(mktemp)
cat > "$PR_BODY"<< 'PREOF'
<filled-in template from .github/PULL_REQUEST_TEMPLATE.md>
### If you have a workspace that allows testing (docker, running backend, etc.)
- Run `/pr-test` to do E2E manual testing of the PR using docker compose, agent-browser, and API calls. This is the most thorough way to validate your changes before review.
- After testing, run `/pr-review` to self-review the PR for correctness, security, code quality, and testing gaps before requesting human review.
### If you do NOT have a workspace that allows testing
This is common for agents running in worktrees without a full stack. In this case:
1. Run `/pr-review` locally to catch obvious issues before pushing
2.**Comment `/review` on the PR** after creating it to trigger the review bot
3.**Poll for the review** rather than blindly waiting — check for new review comments every 30 seconds using `gh api repos/Significant-Gravitas/AutoGPT/pulls/{N}/reviews --paginate` and the GraphQL inline threads query. The bot typically responds within 30 minutes, but polling lets the agent react as soon as it arrives.
4. Do NOT proceed or merge until the bot review comes back
5. Address any issues the bot raises — use `/pr-address` which has a full polling loop with CI + comment tracking
```bash
# After creating the PR:
PR_NUMBER=$(gh pr view --json number -q .number)
gh pr comment "$PR_NUMBER" --body "/review"
# Then use /pr-address to poll for and address the review when it arrives
```
## Step 5: Address review feedback
Once the review bot or human reviewers leave comments:
- Run `/pr-address` to address review comments. It will loop until CI is green and all comments are resolved.
- Do not merge without human approval.
## Related skills
| Skill | When to use |
|---|---|
| `/pr-test` | E2E testing with docker compose, agent-browser, API calls — use when you have a running workspace |
| `/pr-review` | Review for correctness, security, code quality — use before requesting human review |
| `/pr-address` | Address reviewer comments and loop until CI green — use after reviews come in |
## Step 6: Post-creation
After the PR is created and review is triggered:
- Share the PR URL with the user
- If waiting on the review bot, let the user know the expected wait time (~30 min)
description: "Meta-agent supervisor that manages a fleet of Claude Code agents running in tmux windows. Auto-discovers spare worktrees, spawns agents, monitors state, kicks idle agents, approves safe confirmations, and recycles worktrees when done. TRIGGER when user asks to supervise agents, run parallel tasks, manage worktrees, check agent status, or orchestrate parallel work."
user-invocable: true
argument-hint: "any free text — e.g. 'start 3 agents on X Y Z', 'show status', 'add task: implement feature A', 'stop', 'how many are free?'"
metadata:
author: autogpt-team
version: "6.0.0"
---
# Orchestrate — Agent Fleet Supervisor
One tmux session, N windows — each window is one agent working in its own worktree. Speak naturally; Claude maps your intent to the right scripts.
| `verify-complete.sh WINDOW` | Verify PR is done: checkpoints ✓ + 0 unresolved threads + CI green + no fresh CHANGES_REQUESTED. Repo auto-derived from state file `.repo` or git remote. |
| `notify.sh MESSAGE` | Send notification via Discord webhook (env `DISCORD_WEBHOOK_URL` or state `.discord_webhook`), macOS notification center, and stdout |
| `capacity.sh [REPO_ROOT]` | Print available + in-use worktrees |
| `status.sh` | Print fleet status + live pane commands |
| `classify-pane.sh WINDOW` | Classify one pane state |
## Supervision model
```
Orchestrating Claude (this Claude session — IS the supervisor)
└── Reads pane output, checks CI, intervenes with targeted guidance
run-loop.sh (separate tmux window, every 30s)
└── Mechanical only: idle restart, dialog approval, recycle on ORCHESTRATOR:DONE
```
**You (the orchestrating Claude)** are the supervisor. After spawning agents, stay in this conversation and actively monitor: poll each agent's pane every 2-3 minutes, check CI, nudge stalled agents, and verify completions. Do not spawn a separate supervisor Claude window — it loses context, is hard to observe, and compounds context compression problems.
**run-loop.sh** is the mechanical layer — zero tokens, handles things that need no judgment: restart crashed agents, press Enter on dialogs, recycle completed worktrees (only after `verify-complete.sh` passes).
## Checkpoint protocol
Agents output checkpoints as they complete each required step:
```
CHECKPOINT:<step-name>
```
Required steps are passed as args to `spawn-agent.sh` (e.g. `pr-address pr-test`). `run-loop.sh` will not recycle a window until all required checkpoints are found in the pane output. If `verify-complete.sh` fails, the agent is re-briefed automatically.
verify-complete.sh: checkpoints ✓ + 0 threads + CI green + no fresh CHANGES_REQUESTED
↓
state → "done", notify, window KEPT OPEN
↓
user/orchestrator explicitly requests recycle
↓
recycle-agent.sh → spare/N (free again)
```
**Windows are never auto-killed.** The worktree stays on its branch, the session stays alive. The agent is done working but the window, git state, and Claude session are all preserved until you choose to recycle.
**To resume a done or crashed session:**
```bash
# Resume by stored session ID (preferred — exact session, full context)
claude --resume SESSION_ID --permission-mode bypassPermissions
# Or resume most recent session in that worktree directory
cd /path/to/worktree && claude --continue --permission-mode bypassPermissions
-`repo` — GitHub `owner/repo` for CI/thread checks. Auto-derived from git remote if omitted.
-`discord_webhook` — Discord webhook URL for completion notifications. Also reads `DISCORD_WEBHOOK_URL` env var.
Per-agent fields:
-`session_id` — UUID passed to `claude --session-id` at spawn; use with `claude --resume UUID` to restore exact session context after a crash or window close.
-`last_rebriefed_at` — Unix timestamp of last re-brief; enforces 5-min cooldown to prevent spam.
`done` means verified complete — window is still open, session still alive, worktree still on task branch. Not recycled yet.
## Serial /pr-test rule
`/pr-test` and `/pr-test --fix` run local Docker + integration tests that use shared ports, a shared database, and shared build caches. **Running two `/pr-test` jobs simultaneously will cause port conflicts and database corruption.**
**Rule: only one `/pr-test` runs at a time. The orchestrator serializes them.**
You (the orchestrating Claude) own the test queue:
1. Agents do `pr-review` and `pr-address` in parallel — that's safe (they only push code and reply to GitHub).
2. When a PR needs local testing, add it to your mental queue — don't give agents a `pr-test` step.
3. Run `/pr-test https://github.com/OWNER/REPO/pull/PR_NUMBER --fix` yourself, sequentially.
4. Feed results back to the relevant agent via `tmux send-keys`:
```bash
tmux send-keys -t SESSION:WIN "Local tests for PR #N: <paste failure output or 'all passed'>. Fix any failures and push, then output ORCHESTRATOR:DONE."
sleep 0.3
tmux send-keys -t SESSION:WIN Enter
```
5. Wait for CI to confirm green before marking the agent done.
If multiple PRs need testing at the same time, pick the one furthest along (fewest pending CI checks) and test it first. Only start the next test after the previous one completes.
## Session restore (tested and confirmed)
Agent sessions are saved to disk. To restore a closed or crashed session:
tmux send-keys -t "SESSION:${NEW_WIN}" "cd /path/to/worktree && claude --resume SESSION_ID --permission-mode bypassPermissions" Enter
# If no session_id (use --continue for most recent session in that directory):
tmux send-keys -t "SESSION:${NEW_WIN}" "cd /path/to/worktree && claude --continue --permission-mode bypassPermissions" Enter
```
`--continue` restores the full conversation history including all tool calls, file edits, and context. The agent resumes exactly where it left off. After restoring, update the window address in the state file:
```bash
jq --arg old "SESSION:OLD_WIN" --arg new "SESSION:NEW_WIN" \
Use an existing session. **Never create a tmux session from within Claude** — it becomes a child of Claude's process and dies when the session ends. If no session exists, tell the user to run `tmux new-session -d -s autogpt1` in their terminal first, then re-invoke `/orchestrate`.
`spawn-agent.sh` writes the initial agent record (window, worktree_path, branch, objective, state, etc.) to the state file automatically — **do not append the record again after calling it.** The record already exists and `pr_number`/`steps` are patched in by the script itself.
### 6. Begin supervising directly in this conversation
You are the supervisor. After spawning, immediately start your first poll loop (see **Supervisor duties** below) and continue every 2-3 minutes. Do NOT spawn a separate supervisor Claude window.
## Adding an agent
Find the next spare worktree, then spawn and append to state — same as steps 2–4 above but for a single task. If no spare worktrees are available, tell the user.
## Supervisor duties (YOUR job, every 2-3 min in this conversation)
You are the supervisor. Run this poll loop directly in your Claude session — not in a separate window.
### Poll loop mechanism
You are reactive — you only act when a tool completes or the user sends a message. To create a self-sustaining poll loop without user involvement:
1. Start each poll with `run_in_background: true` + a sleep before the work:
and capture every window listed. If you manually added a window outside spawn-agent.sh, ensure it's in the state file first.
### RUNNING count includes waiting_approval agents
The `RUNNING` count from run-loop.sh includes agents in `waiting_approval` state (they match the regex `running|stuck|waiting_approval|idle`). This means a fleet that is only `waiting_approval` still shows RUNNING > 0 in the log — it does **not** mean agents are actively working.
When you see `RUNNING > 0` in the run-loop log but suspect agents are actually blocked, check state directly:
A count of `running=1 waiting=1` in the log actually means one agent is waiting for approval — the orchestrator should check and approve, not wait.
### State file staleness recovery
The state file is written by scripts but can drift from reality when windows are closed, sessions expire, or the orchestrator restarts across conversations.
**Signs of stale state:**
- `loop_window` points to a window that no longer exists in the tmux session
- An agent's `state` is `running` but tmux window is closed or shows a shell prompt (not claude)
- `last_seen_at` is hours old but state still says `running`
4. **After any state repair, re-run `status.sh` to confirm coherence before resuming supervision.**
### Strict ORCHESTRATOR:DONE gate
`verify-complete.sh` handles the main checks automatically (checkpoints, threads, CI green, spawned_at, and CHANGES_REQUESTED). Run it:
**CHANGES_REQUESTED staleness rule**: a `CHANGES_REQUESTED` review only blocks if it was submitted *after* the latest commit. If the latest commit postdates the review, the review is considered stale (feedback already addressed) and does not block. This avoids false negatives when a bot reviewer hasn't re-reviewed after the agent's fixing commits.
```bash
SKILLS_DIR=~/.claude/orchestrator/scripts
bash $SKILLS_DIR/verify-complete.sh SESSION:WIN
```
If it passes → run-loop.sh will recycle the window automatically. No manual action needed.
If it fails → re-brief the agent with the failure reason. Never manually mark state `done` to bypass this.
### Re-brief a stalled agent
**Before sending any nudge, verify the pane is at an idle ❯ prompt.** Sending text into a still-processing pane produces stuck `[Pasted text +N lines]` that the agent never sees.
2. **Reference the path in the objective string**:
```bash
OBJECTIVE="Implement the layout shown in /tmp/orchestrator-context-1234567890.png. Read that image first with the Read tool to understand the design."
```
3. The agent uses its `Read` tool to view the image at startup — Claude Code agents are multimodal and can read image files directly.
**Rule**: always use `/tmp/orchestrator-context-<timestamp>.png` as the naming convention so the supervisor knows what to look for if it needs to re-brief an agent with the same image.
---
## Orchestrator final evaluation (YOU decide, not the script)
`verify-complete.sh` is a gate — it blocks premature marking. But it cannot tell you if the work is actually good. That is YOUR job.
When run-loop marks an agent `pending_evaluation` and you're notified, do all of these before marking done:
### 1. Run /pr-test (required, serialized, use TodoWrite to queue)
`/pr-test` is the only reliable confirmation that the objective is actually met. Run it yourself, not the agent.
**When multiple PRs reach `pending_evaluation` at the same time, use TodoWrite to queue them:**
Context: This PR implements <objective from state file>. Key files: <list>.
Please verify: <specific behaviors to check>.
```
Only one `/pr-test` at a time — they share ports and DB.
### /pr-test result evaluation
**PARTIAL on any headline feature scenario is an immediate blocker.** Do not approve, do not mark done, do not let the agent output `ORCHESTRATOR:DONE`.
| `/pr-test` result | Action |
|---|---|
| All headline scenarios **PASS** | Proceed to evaluation step 2 |
| Any headline scenario **PARTIAL** | Re-brief the agent immediately — see below |
| Any headline scenario **FAIL** | Re-brief the agent immediately |
**What PARTIAL means**: the feature is only partly working. Example: the Apply button never appeared, or the AI returned no action blocks. The agent addressed part of the objective but not all of it.
**When any headline scenario is PARTIAL or FAIL:**
1. Do NOT mark the agent done or accept `ORCHESTRATOR:DONE`
2. Re-brief the agent with the specific scenario that failed and what was missing:
```bash
tmux send-keys -t SESSION:WIN "PARTIAL result on /pr-test — S5 (Apply button) never appeared. The AI must output JSON action blocks for the Apply button to render. Fix this before re-running /pr-test."
4. Wait for new `ORCHESTRATOR:DONE`, then re-run `/pr-test` from scratch
**Rule: only ALL-PASS qualifies for approval.** A mix of PASS + PARTIAL is a failure.
> **Why this matters**: A PR was once wrongly approved with S5 PARTIAL — the AI never output JSON action blocks so the Apply button never appeared. The fix was already in the agent's reach but slipped through because PARTIAL was not treated as blocking.
### 2. Do your own evaluation
1. **Read the PR diff and objective** — does the code actually implement what was asked? Is anything obviously missing or half-done?
2. **Read the resolved threads** — were comments addressed with real fixes, or just dismissed/resolved without changes?
3. **Check CI run names** — any suspicious retries that shouldn't have passed?
4. **Check the PR description** — title, summary, test plan complete?
### 3. Decide
- `/pr-test` all scenarios PASS + evaluation looks good → mark `done` in state, tell the user the PR is ready, ask if window should be closed
- `/pr-test` any scenario PARTIAL or FAIL → re-brief the agent with the specific failing scenario, set state back to `running` (see `/pr-test result evaluation` above)
- Evaluation finds gaps even with all PASS → re-brief the agent with specific gaps, set state back to `running`
**Never mark done based purely on script output.** You hold the full objective context; the script does not.
Stop the fleet (`active = false`) when **all** of the following are true:
| Check | How to verify |
|---|---|
| All agents are `done` or `escalated` | `jq '[.agents[] | select(.state | test("running\|stuck\|idle\|waiting_approval"))] | length' ~/.claude/orchestrator-state.json` == 0 |
| All PRs have 0 unresolved review threads | GraphQL `isResolved` check per PR |
| All PRs have green CI **on a run triggered after the agent's last push** | `gh run list --branch BRANCH --limit 1` timestamp > `spawned_at` in state |
| No fresh CHANGES_REQUESTED (after latest commit) | `verify-complete.sh` checks this — stale pre-commit reviews are ignored |
| No agents are `escalated` without human review | If any are escalated, surface to user first |
**Do NOT stop just because agents output `ORCHESTRATOR:DONE`.** That is a signal to verify, not a signal to stop.
**Do stop** if the user explicitly says "stop", "shut down", or "kill everything", even with agents still running.
Does **not** recycle running worktrees — agents may still be mid-task. Run `capacity.sh` to see what's still in progress.
## tmux send-keys pattern
**Always split long messages into text + Enter as two separate calls with a sleep between them.** If sent as one call (`"text" Enter`), Enter can fire before the full string is buffered into Claude's input — leaving the message stuck as `[Pasted text +N lines]` unsent.
```bash
# CORRECT — text then Enter separately
tmux send-keys -t "$WINDOW" "your long message here"
sleep 0.3
tmux send-keys -t "$WINDOW" Enter
# WRONG — Enter may fire before text is buffered
tmux send-keys -t "$WINDOW" "your long message here" Enter
```
Short single-character sends (`y`, `Down`, empty Enter for dialog approval) are safe to combine since they have no buffering lag.
---
## Protected worktrees
Some worktrees must **never** be used as spare worktrees for agent tasks because they host files critical to the orchestrator itself:
| Worktree | Protected branch | Why |
|---|---|---|
| `AutoGPT1` | `dx/orchestrate-skill` | Hosts the orchestrate skill scripts. `recycle-agent.sh` would check out `spare/1`, wiping `.claude/skills/` and breaking all subsequent `spawn-agent.sh` calls. |
**Rule**: when selecting spare worktrees via `find-spare.sh`, skip any worktree whose CURRENT branch matches a protected branch. If you accidentally spawn an agent in a protected worktree, do not let `recycle-agent.sh` run on it — manually restore the branch after the agent finishes.
When `dx/orchestrate-skill` is merged into `dev`, `AutoGPT1` becomes a normal spare again.
---
## Thread resolution integrity (critical)
**Agents MUST NOT resolve review threads via GraphQL unless a real code fix has been committed and pushed first.**
This is the most common failure mode: agents call `resolveReviewThread` to make unresolved counts drop without actually fixing anything. This produces a false "done" signal that gets past verify-complete.sh.
**The only valid resolution sequence:**
1. Read the thread and understand what it's asking
2. Make the actual code change
3. `git commit` and `git push`
4. Reply to the thread with the commit SHA (e.g. "Fixed in `abc1234`")
5. THEN call `resolveReviewThread`
**The supervisor must verify actual thread counts via GraphQL** — never trust an agent's claim of "0 unresolved." After any agent's ORCHESTRATOR:DONE, always run:
If unresolved > 0, the agent is NOT done — re-brief with the actual count and the rule.
**Include this in every agent objective:**
> IMPORTANT: Do NOT resolve any review thread via GraphQL unless the code fix is committed and pushed first. Fix the code → commit → push → reply with SHA → then resolve. Never resolve without a real commit. "Accepted" or "Acknowledged" replies are NOT resolutions — only real commits qualify.
### Detecting fake resolutions
When an agent claims "0 unresolved threads", query GitHub GraphQL yourself and also inspect how each thread was resolved. A resolved thread whose last comment is `"Acknowledged"`, `"Same as above"`, `"Accepted trade-off"`, or `"Deferred"` — with no commit SHA — is a fake resolution.
To spot these, paginate all pages and collect resolved threads with missing SHA links:
```bash
# Paginate all pages — first:100 misses threads beyond page 1 on large PRs
Any resolved thread whose last comment does NOT contain `"Fixed in"`, `"Removed in"`, or `"Addressed in"` (with a commit link) should be investigated — either the agent falsely resolved it, or it was a genuine false positive that needs explanation.
## GitHub abuse rate limits
Two distinct rate limits exist with different recovery times:
| Error | HTTP status | Cause | Recovery |
|---|---|---|---|
| `{"code":"abuse"}` in body | 403 | Secondary rate limit — too many write operations (comments, mutations) in a short window | Wait **2–3 minutes**. 60s is often not enough. |
| `API rate limit exceeded` | 429 | Primary rate limit — too many read calls per hour | Wait until `X-RateLimit-Reset` timestamp |
**Prevention:** Agents must add `sleep 3` between individual thread reply API calls. For >20 unresolved threads, increase to `sleep 5`.
If you see a 403 `abuse` error from an agent's pane:
1. Nudge the agent: `"You hit a GitHub secondary rate limit (403). Stop all API writes. Wait 2 minutes, then resume with sleep 3 between each thread reply."`
2. Do NOT nudge again during the 2-minute wait — a second nudge restarts the clock.
Add this to agent briefings when there are >20 unresolved threads:
> Post replies with `sleep 3` between each reply. If you hit a 403 abuse error, wait 2 minutes (not 60s — secondary limits take longer to clear) then continue.
## Key rules
1. **Scripts do all the heavy lifting** — don't reimplement their logic inline in this file
2. **Never ask the user to pick a worktree** — auto-assign from `find-spare.sh` output
3. **Never restart a running agent** — only restart on `idle` kicks (foreground is a shell)
4. **Auto-dismiss settings dialogs** — if "Enter to confirm" appears, send Down+Enter
5. **Always `--permission-mode bypassPermissions`** on every spawn
6. **Escalate after 3 kicks** — mark `escalated`, surface to user
7. **Atomic state writes** — always write to `.tmp` then `mv`
8. **Never approve destructive commands** outside the worktree scope — when in doubt, escalate
9. **Never recycle without verification** — `verify-complete.sh` must pass before recycling
10. **No TASK.md files** — commit risk; use state file + `gh pr view` for agent context persistence
11. **Re-brief stalled agents** — read objective from state file + `gh pr view`, send via tmux
12. **ORCHESTRATOR:DONE is a signal to verify, not to accept** — always run `verify-complete.sh` and check CI run timestamp before recycling
13. **Protected worktrees** — never use the worktree hosting the skill scripts as a spare
14. **Images via file path** — save screenshots to `/tmp/orchestrator-context-<ts>.png`, pass path in objective; agents read with the `Read` tool
15. **Split send-keys** — always separate text and Enter with `sleep 0.3` between calls for long strings
16. **Poll ALL windows from state file** — never hardcode window count. Derive active windows dynamically: `jq -r '.agents[] | select(.state | test("running|idle|stuck")) | .window' ~/.claude/orchestrator-state.json`. If you added a window mid-session outside spawn-agent.sh, add it to the state file immediately.
20. **Orchestrator handles its own approvals** — when spawning a subagent to make edits (SKILL.md, scripts, config), review the diff yourself and approve/reject without surfacing it to the user. The user should never have to open a file to check the orchestrator's work. Use the Agent tool with `subagent_type: general-purpose` for drafting, then verify the result yourself before considering the task done.
17.**Update state file on re-task** — whenever an agent is re-tasked mid-session (objective changes, new PR assigned), update the state file record immediately so objectives stay accurate for re-briefing after compaction.
18.**No GraphQL resolveReviewThread without a commit** — see Thread resolution integrity above. This is rule #1 for pr-address work.
19.**Verify thread counts yourself** — after any agent claims "0 unresolved threads", query GitHub GraphQL directly before accepting. Never trust the agent's self-report.
# Wait up to 60s for claude to be fully interactive and idle (❯ visible, no spinner).
if ! _wait_idle "$WINDOW" 60;then
echo"[spawn-agent] WARNING: timed out waiting for idle ❯ prompt on $WINDOW — sending objective anyway" >&2
fi
# Send the task. Split text and Enter — if combined, Enter can fire before the string
# is fully buffered, leaving the message stuck as "[Pasted text +N lines]" unsent.
tmux send-keys -t "$WINDOW""${OBJECTIVE} Output each completed step as CHECKPOINT:<step-name>. When ALL steps are done, output ORCHESTRATOR:DONE on its own line."
sleep 0.3
tmux send-keys -t "$WINDOW" Enter
# Only output the window address — nothing else (callers parse this)
description: Address PR review comments and loop until CI green and all comments resolved. TRIGGER when user asks to address comments, fix PR feedback, respond to reviewers, or babysit/monitor a PR.
user-invocable: true
argument-hint: "[PR number or URL] — if omitted, finds PR for current branch."
metadata:
author: autogpt-team
version: "1.0.0"
---
# PR Address
## Find the PR
```bash
gh pr list --head $(git branch --show-current) --repo Significant-Gravitas/AutoGPT
gh pr view {N}
```
## Read the PR description
Understand the **Why / What / How** before addressing comments — you need context to make good fixes:
> ⚠️ **WARNING — PAGINATE ALL PAGES BEFORE ADDRESSING ANYTHING**
>
> `reviewThreads(first: 100)` returns at most 100 threads per page AND returns threads **oldest-first**. On a PR with many review cycles (e.g. 373 threads), the oldest 100–200 threads are from past cycles and are **all already resolved**. Filtering client-side with `select(.isResolved == false)` on page 1 therefore yields **0 results** — even though pages 2–4 contain many unresolved threads from recent review cycles.
>
> **This is the most common failure mode:** agent fetches page 1, sees 0 unresolved after filtering, stops pagination, reports "done" — while hundreds of unresolved threads sit on later pages.
>
> One observed PR had 142 total threads: page 1 returned 0 unresolved (all old/resolved), while pages 2–3 had 111 unresolved. Another with 373 threads across 4 pages also had page 1 entirely resolved.
>
> **The rule: ALWAYS paginate to `hasNextPage == false` regardless of the per-page unresolved count. Never stop early because a page returns 0 unresolved.**
**Step 1 — Fetch total count and sanity-check the newest threads:**
```bash
# Get total count and the newest 100 threads (last: 100 returns newest-first)
If `total > 100`, you have multiple pages — you **must** paginate all of them regardless of what `newest_unresolved` shows. The `last: 100` check is a sanity signal only; the full loop below is mandatory.
**Step 2 — Collect all unresolved thread IDs across all pages:**
```bash
# Accumulate all unresolved threads — loop until hasNextPage == false
**Step 3 — Address every thread in `ALL_THREADS`, then resolve.**
Only after this loop completes (all pages fetched, count confirmed) should you begin making fixes.
> **Why reverse?** GraphQL returns threads oldest-first and exposes no `orderBy` option. A PR with 373 threads has ~4 pages; threads from the latest review cycle land on the last pages. Processing in reverse ensures the newest, most blocking comments are addressed first — the earlier pages mostly contain outdated threads from prior cycles.
**Filter to unresolved threads only** — skip any thread where `isResolved: true`. `comments(last: 1)` returns the most recent comment in the thread — act on that; it reflects the reviewer's final ask. Use the thread `id` (Relay global ID) to track threads across polls.
### 2. Top-level reviews — REST (MUST paginate)
```bash
gh api repos/Significant-Gravitas/AutoGPT/pulls/{N}/reviews --paginate
```
**CRITICAL — always `--paginate`.** Reviews default to 30 per page. PRs can have 80–170+ reviews (mostly empty resolution events). Without pagination you miss reviews past position 30 — including `autogpt-reviewer`'s structured review which is typically posted after several CI runs and sits well beyond the first page.
Two things to extract:
- **Overall state**: look for `CHANGES_REQUESTED` or `APPROVED` reviews.
- **Actionable feedback**: non-empty bodies only. Empty-body reviews are thread-resolution events — they indicate progress but have no feedback to act on.
**Where each reviewer posts:**
-`autogpt-reviewer` — posts detailed structured reviews ("Blockers", "Should Fix", "Nice to Have") as **top-level reviews**. Not present on every PR. Address ALL items.
-`sentry[bot]` — posts bug predictions as **inline threads**. Fix real bugs, explain false positives.
-`coderabbitai[bot]` — posts summaries as **top-level reviews** AND actionable items as **inline threads**. Address actionable items.
- Human reviewers — can post in any source. Address ALL non-empty feedback.
### 3. PR conversation comments — REST
```bash
gh api repos/Significant-Gravitas/AutoGPT/issues/{N}/comments --paginate
```
Mostly contains: bot summaries (`coderabbitai[bot]`), CI/conflict detection (`github-actions[bot]`), and author status updates. Scan for non-empty messages from non-bot human reviewers that aren't the PR author — those are the ones that need a response.
## For each unaddressed comment
**CRITICAL: The only valid sequence is fix → commit → push → reply → resolve. Never resolve a thread without a real code commit.**
Resolving a thread via `resolveReviewThread` without an actual fix is the most common failure mode — it makes unresolved counts drop without any real change, producing a false "done" signal. If the issue was genuinely a false positive (no code change needed), reply explaining why and then resolve. Otherwise:
Address comments **one at a time**: fix → commit → push → inline reply → resolve.
1. Read the referenced code, make the fix (or reply explaining why it's not needed)
2. Commit and push the fix
3. Reply **inline** (not as a new top-level comment) referencing the fixing commit — this is what resolves the conversation for bot reviewers (coderabbitai, sentry):
Use a **markdown commit link** so GitHub renders it as a clickable reference. Always get the full SHA with `git rev-parse HEAD`**after** committing — never copy a SHA from a previous commit or hardcode one:
```bash
FULL_SHA=$(git rev-parse HEAD)
gh api repos/Significant-Gravitas/AutoGPT/pulls/{N}/comments/{ID}/replies \
-f body="🤖 Fixed in [${FULL_SHA:0:9}](https://github.com/Significant-Gravitas/AutoGPT/commit/${FULL_SHA}): <description>"
```
| Comment type | How to reply |
|---|---|
| Inline review (`pulls/{N}/comments`) | `gh api repos/Significant-Gravitas/AutoGPT/pulls/{N}/comments/{ID}/replies -f body="🤖 Fixed in [abc1234](https://github.com/Significant-Gravitas/AutoGPT/commit/FULL_SHA): <description>"` |
| Conversation (`issues/{N}/comments`) | `gh api repos/Significant-Gravitas/AutoGPT/issues/{N}/comments -f body="🤖 Fixed in [abc1234](https://github.com/Significant-Gravitas/AutoGPT/commit/FULL_SHA): <description>"` |
### What counts as a valid resolution
Only two situations justify calling `resolveReviewThread`:
1.**Real code fix**: you changed the code, committed + pushed, and replied with the SHA. The commit diff must actually address the concern — not just touch the same file.
2.**Genuine false positive**: the reviewer's concern does not apply to this code, and you can give a specific technical reason (e.g. "Not applicable — `sdk_cwd` is pre-validated by `_make_sdk_cwd()` which applies normpath + prefix assertion before reaching this point").
**Anti-patterns that look resolved but aren't — never do these:**
-`"Accepted, tracked as follow-up"` — a deferral, not a fix. The concern is still open. Do not resolve.
-`"Acknowledged"` or `"Same as above"` — these are acknowledgements, not fixes. Do not resolve.
-`"Fixed in abc1234"` where `abc1234` is a commit that doesn't actually change the flagged line/logic — dishonest. Verify `git show abc1234 -- path/to/file` changes the right thing before posting.
- Resolving without replying — the reviewer never sees what happened.
When in doubt: if a code change is needed, make it. A deferred issue means the thread stays open until the follow-up PR is merged.
## Codecov coverage
Codecov patch target is **80%** on changed lines. Checks are **informational** (not blocking) but should be green.
### Running coverage locally
**Backend** (from `autogpt_platform/backend/`):
```bash
poetry run pytest -s -vv --cov=backend --cov-branch --cov-report term-missing
2. For each uncovered file — extract inline logic to `helpers.ts`/`helpers.py` and test those (highest ROI). Colocate tests as `*_test.py` (backend) or `__tests__/*.test.ts` (frontend).
3. Run coverage locally to verify, commit, push.
## Format and commit
After fixing, format the changed code:
- **Backend** (from `autogpt_platform/backend/`): `poetry run format`
Never manually edit files in `src/app/api/__generated__/`.
Then commit and **push immediately** — never batch commits without pushing. Each fix should be visible on GitHub right away so CI can start and reviewers can see progress.
**Never push empty commits** (`git commit --allow-empty`) to re-trigger CI or bot checks. When a check fails, investigate the root cause (unchecked PR checklist, unaddressed review comments, code issues) and fix those directly. Empty commits add noise to git history.
For backend commits in worktrees: `poetry run git commit` (pre-commit hooks).
## Coverage
Codecov enforces patch coverage on new/changed lines — new code you write must be tested. Before pushing, verify you haven't left new lines uncovered:
```bash
cd autogpt_platform/backend
poetry run pytest --cov=. --cov-report=term-missing {path/to/changed/module}
```
Look for lines marked `miss` — those are uncovered. Add tests for any new code you wrote as part of addressing comments.
**Rules:**
- New code you add should have tests
- Don't remove existing tests when fixing comments
- If a reviewer asks you to delete code, also delete its tests, but verify coverage hasn't dropped on remaining lines
## The loop
```text
address comments → format → commit → push
→ wait for CI (while addressing new comments) → fix failures → push
→ re-check comments after CI settles
→ repeat until: all comments addressed AND CI green AND no new comments arriving
```
### Polling for CI + new comments
After pushing, poll for **both** CI status and new comments in a single loop. Do not use `gh pr checks --watch` — it blocks the tool and prevents reacting to new comments while CI is running.
> **Note:** `gh pr checks --watch --fail-fast` is tempting but it blocks the entire Bash tool call, meaning the agent cannot check for or address new comments until CI fully completes. Always poll manually instead.
Parse the results: if every check has `bucket` of `"pass"` or `"skipping"`, CI is green. If any has `"fail"`, CI has failed. Otherwise CI is still pending.
If the result is `"CONFLICTING"`, the PR has a merge conflict — see "Resolving merge conflicts" below. If `"UNKNOWN"`, GitHub is still computing mergeability — wait and re-check next poll.
3. Check for new/changed comments (all three sources):
**Inline threads** — re-run the GraphQL query from "Fetch comments". For each unresolved thread, record `{thread_id, last_comment_databaseId}` as your baseline. On each poll, action is needed if:
- A new thread `id` appears that wasn't in the baseline (new thread), OR
- An existing thread's `last_comment_databaseId` has changed (new reply on existing thread)
**Conversation comments:**
```bash
gh api repos/Significant-Gravitas/AutoGPT/issues/{N}/comments --paginate
```
Compare total count and newest `id` against baseline. Filter to non-empty, non-bot, non-author-update messages.
**Top-level reviews:**
```bash
gh api repos/Significant-Gravitas/AutoGPT/pulls/{N}/reviews --paginate
```
Watch for new non-empty reviews (`CHANGES_REQUESTED` or `COMMENTED` with body). Compare total count and newest `id` against baseline.
4. **React in this precedence order (first match wins):**
| Mergeability is `UNKNOWN` | GitHub is still computing mergeability. Sleep 30 seconds, then restart polling from the top. |
| New comments detected | Address them (fix → commit → push → reply). After pushing, re-fetch all comments to update your baseline, then restart this polling loop from the top (new commits invalidate CI status). |
| CI failed (bucket == "fail") | Get failed check links: `gh pr checks {N} --repo Significant-Gravitas/AutoGPT --json bucket,link --jq '.[] \| select(.bucket == "fail") \| .link'`. Extract run ID from link (format: `.../actions/runs/<run-id>/job/...`), read logs with `gh run view <run-id> --repo Significant-Gravitas/AutoGPT --log-failed`. Fix → commit → push → restart polling. |
| CI green + no new comments | **Do not exit immediately.** Bots (coderabbitai, sentry) often post reviews shortly after CI settles. Continue polling for **2 more cycles (60s)** after CI goes green. Only exit after 2 consecutive green+quiet polls. |
| CI pending + no new comments | Sleep 30 seconds, then poll again. |
**The loop ends when:** CI fully green + all comments addressed + **2 consecutive polls with no new comments after CI settled.**
git remote -v # find the remote pointing to Significant-Gravitas/AutoGPT (typically 'upstream' in forks, 'origin' for direct contributors)
```
2. Pull the latest base branch with a 3-way merge:
```bash
git pull {base-remote} {base-branch} --no-rebase
```
3. Resolve conflicting files, then verify no conflict markers remain:
```bash
if grep -R -n -E '^(<<<<<<<|=======|>>>>>>>)' <conflicted-files>; then
echo "Unresolved conflict markers found — resolve before proceeding."
exit 1
fi
```
4. Stage and push:
```bash
git add <conflicted-files>
git commit -m "Resolve merge conflicts with {base-branch}"
git push
```
5. Restart the polling loop from the top — new commits reset CI status.
## GitHub abuse rate limits
Two distinct rate limits exist — they have different causes and recovery times:
| Error | HTTP code | Cause | Recovery |
|---|---|---|---|
| `{"code":"abuse"}` | 403 | Secondary rate limit — too many write operations (comments, mutations) in a short window | Wait **2–3 minutes**. 60s is often not enough. |
| `{"message":"API rate limit exceeded"}` | 429 | Primary rate limit — too many API calls per hour | Wait until `X-RateLimit-Reset` header timestamp |
**Prevention:** Add `sleep 3` between individual thread reply API calls. When posting >20 replies, increase to `sleep 5`.
4. If 403 persists after 2 min, wait another 2 min before retrying
Never batch all replies in a tight loop — always space them out.
## Parallel thread resolution
When a PR has more than 10 unresolved threads, addressing one commit per thread is slow. Use this strategy instead:
### Group by file, batch per commit
1. Sort `ALL_THREADS` by `path` — threads in the same file can share a single commit.
2. Fix all threads in one file → `git commit` → `git push` → reply to **all** those threads with the same SHA → resolve them all.
3. Move to the next file group and repeat.
This reduces N commits to (number of files touched), which is usually 3–5 instead of 15–30.
### Posting replies concurrently (for large batches)
For truly independent thread groups (different files, no shared logic), you can post replies in parallel using background subshells — but always space out API writes:
```bash
# Post replies to a batch of threads concurrently, 3s apart
(
sleep 3
gh api repos/Significant-Gravitas/AutoGPT/pulls/{N}/comments/{ID1}/replies \
-f body="🤖 Fixed in [${FULL_SHA:0:9}](https://github.com/Significant-Gravitas/AutoGPT/commit/${FULL_SHA}): ..."
) &
(
sleep 6
gh api repos/Significant-Gravitas/AutoGPT/pulls/{N}/comments/{ID2}/replies \
-f body="🤖 Fixed in [${FULL_SHA:0:9}](https://github.com/Significant-Gravitas/AutoGPT/commit/${FULL_SHA}): ..."
) &
wait # wait for all background replies before resolving
```
Then resolve sequentially (GraphQL mutations):
```bash
for THREAD_ID in "$THREAD1" "$THREAD2" "$THREAD3"; do
**Always sleep 3s between individual API writes** — GitHub's secondary rate limit (403) triggers on bursts of >20 writes. Increase to `sleep 5` when posting more than 20 replies in a batch.
## Resolving threads via GraphQL
Use `resolveReviewThread` **only after** the commit is pushed and the reply is posted:
**Never call this mutation before committing the fix.** The orchestrator will verify actual unresolved counts via GraphQL after you output `ORCHESTRATOR:DONE` — false resolutions will be caught and you will be re-briefed.
### Verify actual count before outputting ORCHESTRATOR:DONE
Before claiming "0 unresolved threads", always query GitHub directly — don't rely on your own bookkeeping. Paginate all pages — a single `first: 100` query misses threads beyond page 1:
description: Review a PR for correctness, security, code quality, and testing issues. TRIGGER when user asks to review a PR, check PR quality, or give feedback on a PR.
user-invocable: true
args: "[PR number or URL] — if omitted, finds PR for current branch."
metadata:
author: autogpt-team
version: "1.0.0"
---
# PR Review
## Find the PR
```bash
gh pr list --head $(git branch --show-current) --repo Significant-Gravitas/AutoGPT
gh pr view {N}
```
## Read the PR description
Before reading code, understand the **why**, **what**, and **how** from the PR description:
```bash
gh pr view {N} --json body --jq '.body'
```
Every PR should have a Why / What / How structure. If any of these are missing, note it as feedback.
## Read the diff
```bash
gh pr diff {N}
```
## Fetch existing review comments
Before posting anything, fetch existing inline comments to avoid duplicates:
```bash
gh api repos/Significant-Gravitas/AutoGPT/pulls/{N}/comments --paginate
gh api repos/Significant-Gravitas/AutoGPT/pulls/{N}/reviews
```
## What to check
**Description quality:** Does the PR description cover Why (motivation/problem), What (summary of changes), and How (approach/implementation details)? If any are missing, request them — you can't judge the approach without understanding the problem and intent.
**Security:** input validation at boundaries, no injection (command, XSS, SQL), secrets not logged, file paths sanitized (`os.path.basename()` in error messages).
**Code quality:** apply rules from backend/frontend CLAUDE.md files.
**Architecture:** DRY, single responsibility, modular functions. `Security()` vs `Depends()` for FastAPI auth. `data:` for SSE events, `: comment` for heartbeats. `transaction=True` for Redis pipelines.
**Testing:** edge cases covered, colocated `*_test.py` (backend) / `__tests__/` (frontend), mocks target where symbol is **used** not defined, `AsyncMock` for async.
## Output format
Every comment **must** be prefixed with `🤖` and a criticality badge:
| Tier | Badge | Meaning |
|---|---|---|
| Blocker | `🔴 **Blocker**` | Must fix before merge |
| Should Fix | `🟠 **Should Fix**` | Important improvement |
| Nice to Have | `🟡 **Nice to Have**` | Minor suggestion |
| Nit | `🔵 **Nit**` | Style / wording |
Example: `🤖 🔴 **Blocker**: Missing error handling for X — suggest wrapping in try/except.`
## Post inline comments
For each finding, post an inline comment on the PR (do not just write a local report):
```bash
# Get the latest commit SHA for the PR
COMMIT_SHA=$(gh api repos/Significant-Gravitas/AutoGPT/pulls/{N} --jq '.head.sha')
# Post an inline comment on a specific file/line
gh api repos/Significant-Gravitas/AutoGPT/pulls/{N}/comments \
description: "E2E manual testing of PRs/branches using docker compose, agent-browser, and API calls. TRIGGER when user asks to manually test a PR, test a feature end-to-end, or run integration tests against a running system."
user-invocable: true
argument-hint: "[worktree path or PR number] — tests the PR in the given worktree. Optional flags: --fix (auto-fix issues found)"
metadata:
author: autogpt-team
version: "2.0.0"
---
# Manual E2E Test
Test a PR/branch end-to-end by building the full platform, interacting via browser and API, capturing screenshots, and reporting results.
## Critical Requirements
These are NON-NEGOTIABLE. Every test run MUST satisfy ALL the following:
### 1. Screenshots at Every Step
- Take a screenshot at EVERY significant test step — not just at the end
- Every test scenario MUST have at least one BEFORE and one AFTER screenshot
- Name screenshots sequentially: `{NN}-{action}-{state}.png` (e.g., `01-credits-before.png`, `02-credits-after.png`)
- If a screenshot is missing for a scenario, the test is INCOMPLETE — go back and take it
### 2. Screenshots MUST Be Posted to PR
- Push ALL screenshots to a temp branch `test-screenshots/pr-{N}`
- Post a PR comment with ALL screenshots embedded inline using GitHub raw URLs
- This is NOT optional — every test run MUST end with a PR comment containing screenshots
- If screenshot upload fails, retry. If it still fails, list failed files and require manual drag-and-drop/paste attachment in the PR comment
### 3. State Verification with Before/After Evidence
- For EVERY state-changing operation (API call, user action), capture the state BEFORE and AFTER
- Log the actual API response values (e.g., `credits_before=100, credits_after=95`)
- Screenshot MUST show the relevant UI state change
- Compare expected vs actual values explicitly — do not just eyeball it
### 4. Negative Test Cases Are Mandatory
- Test at least ONE negative case per feature (e.g., insufficient credits, invalid input, unauthorized access)
- Verify error messages are user-friendly and accurate
- Verify the system state did NOT change after a rejected operation
### 5. Test Report Must Include Full Evidence
Each test scenario in the report MUST have:
- **Steps**: What was done (exact commands or UI actions)
- **Expected**: What should happen
- **Actual**: What actually happened
- **API Evidence**: Before/after API response values for state-changing operations
- **Screenshot Evidence**: Before/after screenshots with explanations
## State Manipulation for Realistic Testing
When testing features that depend on specific states (rate limits, credits, quotas):
1.**Use Redis CLI to set counters directly:**
```bash
# Find the Redis container
REDIS_CONTAINER=$(docker ps --format '{{.Names}}' | grep redis | head -1)
# Set a key with expiry
docker exec $REDIS_CONTAINER redis-cli SET key value EX ttl
# Example: Set rate limit counter to near-limit
docker exec $REDIS_CONTAINER redis-cli SET "rate_limit:user:test@test.com" 99 EX 3600
# Example: Check current value
docker exec $REDIS_CONTAINER redis-cli GET "rate_limit:user:test@test.com"
3. **Take screenshots BEFORE and AFTER state changes** — the UI must reflect the backend state change
4. **Never rely on mocked/injected browser state** — always use real backend state. Do NOT use `agent-browser eval` to fake UI state. The backend must be the source of truth.
5. **Use direct DB queries when needed:**
```bash
# Query via Supabase's PostgREST or docker exec into the DB
docker exec supabase-db psql -U supabase_admin -d postgres -c "SELECT credits FROM user_credits WHERE user_id = '...';"
```
6. **After every API test, verify the state change actually persisted:**
```bash
# Example: After a credits purchase, verify DB matches API
- `REPO_ROOT` — the root repo directory: `git -C "$WORKTREE_PATH" worktree list | head -1 | awk '{print $1}'` (or `git rev-parse --show-toplevel` if not a worktree)
The copilot needs an LLM API to function. Two approaches (try subscription first):
#### Option 1: Subscription mode (preferred — uses your Claude Max/Pro subscription)
The `claude_agent_sdk` Python package **bundles its own Claude CLI binary** — no need to install `@anthropic-ai/claude-code` via npm. The backend auto-provisions credentials from environment variables on startup.
Run the helper script to extract tokens from your host and auto-update `backend/.env` (works on macOS, Linux, and Windows/WSL):
```bash
# Extracts OAuth tokens and writes CLAUDE_CODE_OAUTH_TOKEN + CLAUDE_CODE_REFRESH_TOKEN into .env
It sets `CLAUDE_CODE_OAUTH_TOKEN`, `CLAUDE_CODE_REFRESH_TOKEN`, and `CHAT_USE_CLAUDE_CODE_SUBSCRIPTION=true` in the `.env` file. On container startup, the backend auto-provisions `~/.claude/.credentials.json` inside the container from these env vars. The SDK's bundled CLI then authenticates using that file. No `claude login`, no npm install needed.
**Note:** The OAuth token expires (~24h). If copilot returns auth errors, re-run the script and restart: `$BACKEND_DIR/scripts/refresh_claude_token.sh --env-file $BACKEND_DIR/.env && docker compose up -d copilot_executor`
#### Option 2: OpenRouter API key mode (fallback)
If subscription mode doesn't work, switch to API key mode using OpenRouter:
```bash
# In $BACKEND_DIR/.env, ensure these are set:
CHAT_USE_CLAUDE_CODE_SUBSCRIPTION=false
CHAT_API_KEY=<value of OPEN_ROUTER_API_KEY from the same .env>
if [ ${PIPESTATUS[0]} -ne 0 ]; then echo "ERROR: Docker build failed"; exit 1; fi
cd $PLATFORM_DIR && docker compose up -d 2>&1 | tail -20
if [ ${PIPESTATUS[0]} -ne 0 ]; then echo "ERROR: Docker compose up failed"; exit 1; fi
```
**Note:** If the container appears to be running old code (e.g. missing PR changes), use `docker compose build --no-cache` to force a full rebuild. Docker BuildKit may sometimes reuse cached `COPY` layers from a previous build on a different branch.
**Expected time: 3-8 minutes** for build, 5-10 minutes with `--no-cache`.
- At least TWO screenshots per test scenario (before + after)
- At least ONE screenshot for each negative test case showing the error state
- If a test fails, screenshot the failure state AND any error logs visible in the UI
## Step 6: Show results to user with screenshots
**CRITICAL: After all tests complete, you MUST show every screenshot to the user using the Read tool, with an explanation of what each screenshot shows.** This is the most important part of the test report — the user needs to visually verify the results.
For each screenshot:
1. Use the `Read` tool to display the PNG file (Claude can read images)
2. Write a 1-2 sentence explanation below it describing:
- What page/state is being shown
- What the screenshot proves (which test scenario it validates)
- Any notable details visible in the UI
Format the output like this:
```markdown
### Screenshot 1: {descriptive title}
[Read the PNG file here]
**What it shows:** {1-2 sentence explanation of what this screenshot proves}
---
```
After showing all screenshots, output a **detailed** summary table:
| # | Scenario | Result | API Evidence | Screenshot Evidence |
# ... one row per test scenario with actual results
```
## Step 7: Post test report as PR comment with screenshots
Upload screenshots to the PR using the GitHub Git API (no local git operations — safe for worktrees), then post a comment with inline images and per-screenshot explanations.
**This step is MANDATORY. Every test run MUST post a PR comment with screenshots. No exceptions.**
**CRITICAL — NEVER post a bare directory link like `https://github.com/.../tree/...`.** Every screenshot MUST appear as `` inline in the PR comment so reviewers can see them without clicking any links. After posting, the verification step below greps the comment for ` enabled, the compiler automatically hoists static JSX elements and optimizes component re-renders, making manual hoisting unnecessary.
When rendering content that depends on client-side storage (localStorage, cookies), avoid both SSR breakage and post-hydration flickering by injecting a synchronous script that updates the DOM before React hydrates.
var theme = localStorage.getItem('theme') || 'light';
var el = document.getElementById('theme-wrapper');
if (el) el.className = theme;
} catch (e) {}
})();
`,
}}
/>
</>
)
}
```
The inline script executes synchronously before showing the element, ensuring the DOM already has the correct value. No flickering, no hydration mismatch.
This pattern is especially useful for theme toggles, user preferences, authentication states, and any client-only data that should render immediately without flashing default values.
Reduce SVG coordinate precision to decrease file size. The optimal precision depends on the viewBox size, but in general reducing precision should be considered.
**Incorrect (excessive precision):**
```svg
<pathd="M 10.293847 20.847362 L 30.938472 40.192837"/>
When updating state based on the current state value, use the functional update form of setState instead of directly referencing the state variable. This prevents stale closures, eliminates unnecessary dependencies, and creates stable callback references.
**Incorrect (requires state as dependency):**
```tsx
functionTodoList() {
const[items,setItems]=useState(initialItems)
// Callback must depend on items, recreated on every items change
The first callback is recreated every time `items` changes, which can cause child components to re-render unnecessarily. The second callback has a stale closure bug—it will always reference the initial `items` value.
**Correct (stable callbacks, no stale closures):**
```tsx
functionTodoList() {
const[items,setItems]=useState(initialItems)
// Stable callback, never recreated
constaddItems=useCallback((newItems: Item[])=>{
setItems(curr=>[...curr,...newItems])
},[])// ✅ No dependencies needed
// Always uses latest state, no stale closure risk
1.**Stable callback references** - Callbacks don't need to be recreated when state changes
2.**No stale closures** - Always operates on the latest state value
3.**Fewer dependencies** - Simplifies dependency arrays and reduces memory leaks
4.**Prevents bugs** - Eliminates the most common source of React closure bugs
**When to use functional updates:**
- Any setState that depends on the current state value
- Inside useCallback/useMemo when state is needed
- Event handlers that reference state
- Async operations that update state
**When direct updates are fine:**
- Setting state to a static value: `setCount(0)`
- Setting state from props/arguments only: `setName(newName)`
- State doesn't depend on previous value
**Note:** If your project has [React Compiler](https://react.dev/learn/react-compiler) enabled, the compiler can automatically optimize some cases, but functional updates are still recommended for correctness and to prevent stale closure bugs.
Pass a function to `useState` for expensive initial values. Without the function form, the initializer runs on every render even though the value is only used once.
**Incorrect (runs on every render):**
```tsx
functionFilteredList({items}:{items: Item[]}){
// buildSearchIndex() runs on EVERY render, even after initialization
Use lazy initialization when computing initial values from localStorage/sessionStorage, building data structures (indexes, maps), reading from the DOM, or performing heavy transformations.
For simple primitives (`useState(0)`), direct references (`useState(props.value)`), or cheap literals (`useState({})`), the function form is unnecessary.
**Note:** If your project has [React Compiler](https://react.dev/learn/react-compiler) enabled, manual memoization with `memo()` and `useMemo()` is not necessary. The compiler automatically optimizes re-renders.
Use Next.js's `after()` to schedule work that should execute after a response is sent. This prevents logging, analytics, and other side effects from blocking the response.
`React.cache()` only works within one request. For data shared across sequential requests (user clicks button A then button B), use an LRU cache.
**Implementation:**
```typescript
import{LRUCache}from'lru-cache'
constcache=newLRUCache<string,any>({
max: 1000,
ttl: 5*60*1000// 5 minutes
})
exportasyncfunctiongetUser(id: string){
constcached=cache.get(id)
if(cached)returncached
constuser=awaitdb.user.findUnique({where:{id}})
cache.set(id,user)
returnuser
}
// Request 1: DB query, result cached
// Request 2: cache hit, no DB query
```
Use when sequential user actions hit multiple endpoints needing the same data within seconds.
**With Vercel's [Fluid Compute](https://vercel.com/docs/fluid-compute):** LRU caching is especially effective because multiple concurrent requests can share the same function instance and cache. This means the cache persists across requests without needing external storage like Redis.
**In traditional serverless:** Each invocation runs in isolation, so consider Redis for cross-process caching.
The React Server/Client boundary serializes all object properties into strings and embeds them in the HTML response and subsequent RSC requests. This serialized data directly impacts page weight and load time, so **size matters a lot**. Only pass fields that the client actually uses.
description: Set up a new git worktree for parallel development. Creates the worktree, copies .env files, installs dependencies, and generates Prisma client. TRIGGER when user asks to set up a worktree, work on a branch in isolation, or needs a separate environment for a branch or PR.
user-invocable: true
args: "[name] — optional worktree name (e.g., 'AutoGPT7'). If omitted, uses next available AutoGPT<N>."
metadata:
author: autogpt-team
version: "3.0.0"
---
# Worktree Setup
## Create the worktree
Derive paths from the git toplevel. If a name is provided as argument, use it. Otherwise, check `git worktree list` and pick the next `AutoGPT<N>`.
```bash
ROOT=$(git rev-parse --show-toplevel)
PARENT=$(dirname "$ROOT")
# From an existing branch
git worktree add "$PARENT/<NAME>" <branch-name>
# From a new branch off dev
git worktree add -b <new-branch> "$PARENT/<NAME>" dev
```
## Copy environment files
Copy `.env` from the root worktree. Falls back to `.env.default` if `.env` doesn't exist.
```bash
ROOT=$(git rev-parse --show-toplevel)
TARGET="$(dirname "$ROOT")/<NAME>"
for envpath in autogpt_platform/backend autogpt_platform/frontend autogpt_platform;do
description: "Analyze the current branch diff against dev, plan integration tests for changed frontend pages/components, and write them. TRIGGER when user asks to write frontend tests, add test coverage, or 'write tests for my changes'."
user-invocable: true
args: "[base branch] — defaults to dev. Optionally pass a specific base branch to diff against."
metadata:
author: autogpt-team
version: "1.0.0"
---
# Write Frontend Tests
Analyze the current branch's frontend changes, plan integration tests, and write them.
## References
Before writing any tests, read the testing rules and conventions:
[wiki page on Contributing]: https://github.com/Significant-Gravitas/AutoGPT/wiki/Contributing
- type:checkboxes
attributes:
label:⚠️ Search for existing issues first ⚠️
description:>
Please [search the history](https://github.com/Significant-Gravitas/AutoGPT/issues)
to see if an issue already exists for the same problem.
options:
- label:I have searched the existing issues, and there is no existing issue for my problem
required:true
- type:markdown
attributes:
value:|
Please confirm that the issue you have is described well and precise in the title above ⬆️.
A good rule of thumb: What would you type if you were searching for the issue?
For example:
BAD - my AutoGPT keeps looping
GOOD - After performing execute_python_file, AutoGPT goes into a loop where it keeps trying to execute the file.
⚠️ SUPER-busy repo, please help the volunteer maintainers.
The less time we spend here, the more time we can spend building AutoGPT.
Please help us help you by following these steps:
- Search for existing issues, adding a comment when you have the same or similar issue is tidier than "new issue" and
newer issues will not be reviewed earlier, this is dependent on the current priorities set by our wonderful team
- Ask on our Discord if your issue is known when you are unsure (https://discord.gg/autogpt)
- Provide relevant info:
- Provide commit-hash (`git rev-parse HEAD` gets it) if possible
- If it's a pip/packages issue, mention this in the title and provide pip version, python version
- If it's a crash, provide traceback and describe the error you got as precise as possible in the title.
- type:dropdown
attributes:
label:Which Operating System are you using?
description:>
Please select the operating system you were using to run AutoGPT when this problem occurred.
options:
- Windows
- Linux
- MacOS
- Docker
- Devcontainer / Codespace
- Windows Subsystem for Linux (WSL)
- Other
validations:
required:true
nested_fields:
- type:text
attributes:
label:Specify the system
description:Please specify the system you are working on.
- type:dropdown
attributes:
label:Which version of AutoGPT are you using?
description:|
Please select which version of AutoGPT you were using when this issue occurred.
If you downloaded the code from the [releases page](https://github.com/Significant-Gravitas/AutoGPT/releases/) make sure you were using the latest code.
**If you weren't please try with the [latest code](https://github.com/Significant-Gravitas/AutoGPT/releases/)**.
If installed with git you can run `git branch` to see which version of AutoGPT you are running.
options:
- Latest Release
- Stable (branch)
- Master (branch)
validations:
required:true
- type:dropdown
attributes:
label:What LLM Provider do you use?
description:>
If you are using AutoGPT with `SMART_LLM=gpt-3.5-turbo`, your problems may be caused by
the [limitations](https://github.com/Significant-Gravitas/AutoGPT/issues?q=is%3Aissue+label%3A%22AI+model+limitation%22) of GPT-3.5.
options:
- Azure
- Groq
- Anthropic
- Llamafile
- Other (detail in issue)
validations:
required:true
- type:dropdown
attributes:
label:Which area covers your issue best?
description:>
Select the area related to the issue you are reporting.
options:
- Installation and setup
- Memory
- Performance
- Prompt
- Commands
- Plugins
- AI Model Limitations
- Challenges
- Documentation
- Logging
- Agents
- Other
validations:
required:true
autolabels:true
nested_fields:
- type:text
attributes:
label:Specify the area
description:Please specify the area you think is best related to the issue.
- type:input
attributes:
label:What commit or version are you using?
description:It is helpful for us to reproduce to know what version of the software you were using when this happened. Please run `git log -n 1 --pretty=format:"%H"` to output the full commit hash.
validations:
required:true
- type:textarea
attributes:
label:Describe your issue.
description:Describe the problem you are experiencing. Try to describe only the issue and phrase it short but clear. ⚠️ Provide NO other data in this field
validations:
required:true
#Following are optional file content uploads
- type:markdown
attributes:
value:|
⚠️The following is OPTIONAL, please keep in mind that the log files may contain personal information such as credentials.⚠️
"The log files are located in the folder 'logs' inside the main AutoGPT folder."
- type:textarea
attributes:
label:Upload Activity Log Content
description:|
Upload the activity log content, this can help us understand the issue better.
To do this, go to the folder logs in your main AutoGPT folder, open activity.log and copy/paste the contents to this field.
⚠️ The activity log may contain personal data given to AutoGPT by you in prompt or input as well as
any personal information that AutoGPT collected out of files during last run. Do not add the activity log if you are not comfortable with sharing it. ⚠️
validations:
required:false
- type:textarea
attributes:
label:Upload Error Log Content
description:|
Upload the error log content, this will help us understand the issue better.
To do this, go to the folder logs in your main AutoGPT folder, open error.log and copy/paste the contents to this field.
⚠️ The error log may contain personal data given to AutoGPT by you in prompt or input as well as
any personal information that AutoGPT collected out of files during last run. Do not add the activity log if you are not comfortable with sharing it. ⚠️
First, check out our [wiki page on Contributing](https://github.com/Significant-Gravitas/AutoGPT/wiki/Contributing)
Please provide a searchable summary of the issue in the title above ⬆️.
- type:checkboxes
attributes:
label:Duplicates
description:Please [search the history](https://github.com/Significant-Gravitas/AutoGPT/issues) to see if an issue already exists for the same problem.
options:
- label:I have searched the existing issues
required:true
- type:textarea
attributes:
label:Summary 💡
description:Describe how it should work.
- type:textarea
attributes:
label:Examples 🌈
description:Provide a link to other implementations, or screenshots of the expected behavior.
- type:textarea
attributes:
label:Motivation 🔦
description:What are you trying to accomplish? How has the lack of this feature affected you? Providing context helps us come up with a solution that is more useful in the real world.
This file provides comprehensive onboarding information for GitHub Copilot coding agent to work efficiently with the AutoGPT repository.
## Repository Overview
**AutoGPT** is a powerful platform for creating, deploying, and managing continuous AI agents that automate complex workflows. This is a large monorepo (~150MB) containing multiple components:
- **AutoGPT Platform** (`autogpt_platform/`) - Main focus: Modern AI agent platform (Polyform Shield License)
- **Classic AutoGPT** (`classic/`) - Legacy agent system (MIT License)
- **Documentation** (`docs/`) - MkDocs-based documentation site
- **Infrastructure** - Docker configurations, CI/CD, and development tools
- `frontend/src/lib/supabase/` - Authentication and database client
**Protected Routes**: Update `frontend/lib/supabase/middleware.ts` when adding protected routes
### Agent Block System
Agents are built using a visual block-based system where each block performs a single action. Blocks are defined in `backend/blocks/` and must include:
- Block definition with input/output schemas
- Execution logic with proper error handling
- Tests validating functionality
### Database & ORM
**Prisma ORM** with PostgreSQL backend including pgvector for embeddings:
- Schema in `schema.prisma`
- Migrations in `backend/migrations/`
- Always run `prisma migrate dev` and `prisma generate` after schema changes
5. Shell environment variables have highest precedence
### Docker Environment Setup
- All services use hardcoded defaults (no `${VARIABLE}` substitutions)
- The `env_file` directive loads variables INTO containers at runtime
- Backend/Frontend services use YAML anchors for consistent configuration
- Copy `.env.default` files to `.env` for local development customization
## Advanced Development Patterns
### Adding New Blocks
1. Create file in `/backend/backend/blocks/`
2. Inherit from `Block` base class with input/output schemas
3. Implement `run` method with proper error handling
4. Generate block UUID using `uuid.uuid4()`
5. Register in block registry
6. Write tests alongside block implementation
7. Consider how inputs/outputs connect with other blocks in graph editor
### API Development
1. Update routes in `/backend/backend/api/features/`
2. Add/update Pydantic models in same directory
3. Write tests alongside route files
4. For `data/*.py` changes, validate user ID checks
5. Run `poetry run test` to verify changes
### Frontend Development
**📖 Complete Frontend Guide**: See `autogpt_platform/frontend/CONTRIBUTING.md` and `autogpt_platform/frontend/.cursorrules` for comprehensive patterns and conventions.
# required to fetch internal or private CodeQL packs
packages:read
# only required for workflows in private repositories
actions:read
contents:read
strategy:
fail-fast:false
matrix:
include:
- language:typescript
build-mode:none
- language:python
build-mode:none
# CodeQL supports the following values keywords for 'language': 'c-cpp', 'csharp', 'go', 'java-kotlin', 'javascript-typescript', 'python', 'ruby', 'swift'
# Use `c-cpp` to analyze code written in C, C++ or both
# Use 'java-kotlin' to analyze code written in Java, Kotlin or both
# Use 'javascript-typescript' to analyze code written in JavaScript, TypeScript or both
# To learn more about changing the languages that are analyzed or customizing the build mode for your analysis,
# see https://docs.github.com/en/code-security/code-scanning/creating-an-advanced-setup-for-code-scanning/customizing-your-advanced-setup-for-code-scanning.
# If you are analyzing a compiled language, you can modify the 'build-mode' for that language to customize how
# your codebase is analyzed, see https://docs.github.com/en/code-security/code-scanning/creating-an-advanced-setup-for-code-scanning/codeql-code-scanning-for-compiled-languages
steps:
- name:Checkout repository
uses:actions/checkout@v6
# Initializes the CodeQL tools for scanning.
- name:Initialize CodeQL
uses:github/codeql-action/init@v4
with:
languages:${{ matrix.language }}
build-mode:${{ matrix.build-mode }}
# If you wish to specify custom queries, you can do so here or in a config file.
# By default, queries listed here will override any specified in a config file.
# Prefix the list here with "+" to use these queries and those in the config file.
config:|
paths-ignore:
- classic/frontend/build/**
# For more details on CodeQL's query packs, refer to: https://docs.github.com/en/code-security/code-scanning/automatically-scanning-your-code-for-vulnerabilities-and-errors/configuring-code-scanning#using-queries-in-ql-packs
# queries: security-extended,security-and-quality
# If the analyze step fails for one of the languages you are analyzing with
# "We were unable to automatically build your code", modify the matrix above
# to set the build mode to "manual" for that language. Then modify this step
# to build your code.
# ℹ️ Command-line programs to run using the OS shell.
# 📚 See https://docs.github.com/en/actions/using-workflows/workflow-syntax-for-github-actions#jobsjob_idstepsrun
- if:matrix.build-mode == 'manual'
shell:bash
run:|
echo 'If you are using a "manual" build mode for one or more of the' \
'languages you are analyzing, replace this with the commands to build' \
# Automatically run the setup steps when they are changed to allow for easy validation, and
# allow manual testing through the repository's "Actions" tab
on:
workflow_dispatch:
push:
paths:
- .github/workflows/copilot-setup-steps.yml
pull_request:
paths:
- .github/workflows/copilot-setup-steps.yml
jobs:
# The job MUST be called `copilot-setup-steps` or it will not be picked up by Copilot.
copilot-setup-steps:
runs-on:ubuntu-latest
timeout-minutes:45
# Set the permissions to the lowest permissions possible needed for your steps.
# Copilot will be given its own token for its operations.
permissions:
# If you want to clone the repository as part of your setup steps, for example to install dependencies, you'll need the `contents: read` permission. If you don't clone the repository in your setup steps, Copilot will do this for you automatically after the steps complete.
contents:read
# You can define any steps you want, and they will run before the agent starts.
# If you do not check out your code, Copilot will do this for you.
2. **For Each Documentation File** (up to ${{ inputs.max_blocks }} files):
a. Read the documentation file
b. Identify which block(s) it documents (look for the block class name)
c. Find and read the corresponding block implementation in `autogpt_platform/backend/backend/blocks/`
d. Improve the MANUAL sections:
**"How it works" section** (within `<!-- MANUAL: how_it_works -->` markers):
- Explain the technical flow of the block
- Describe what APIs or services it connects to
- Note any important configuration or prerequisites
- Keep it concise but informative (2-4 paragraphs)
**"Possible use case" section** (within `<!-- MANUAL: use_case -->` markers):
- Provide 2-3 practical, real-world examples
- Make them specific and actionable
- Show how this block could be used in an automation workflow
3. **Important Rules**
- ONLY modify content within `<!-- MANUAL: -->` and `<!-- END MANUAL -->` markers
- Do NOT modify auto-generated sections (inputs/outputs tables, descriptions)
- Keep content accurate based on the actual block implementation
- Write for users who may not be technical experts
4. **Output**
${{ inputs.dry_run == true && 'DRY RUN MODE: Show proposed changes for each file but do NOT actually edit the files. Describe what you would change.' || 'LIVE MODE: Actually edit the files to improve the documentation.' }}
## Example Improvements
**Before (How it works):**
```
_Add technical explanation here._
```
**After (How it works):**
```
This block connects to the GitHub API to retrieve issue information. When executed,
it authenticates using your GitHub credentials and fetches issue details including
title, body, labels, and assignees.
The block requires a valid GitHub OAuth connection with repository access permissions.
It supports both public and private repositories you have access to.
```
**Before (Possible use case):**
```
_Add practical use case examples here._
```
**After (Possible use case):**
```
**Customer Support Automation**: Monitor a GitHub repository for new issues with
the "bug" label, then automatically create a ticket in your support system and
notify the on-call engineer via Slack.
**Release Notes Generation**: When a new release is published, gather all closed
issues since the last release and generate a summary for your changelog.
```
Begin by finding and listing the documentation files to process.
body: `🧹 **Auto-undeploying**: PR closed with active deployment. Cleaning up development environment for PR #${{ github.event.pull_request.number }}.`
});
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