Add per-item, per-platform billing for the platform-native connectors (Reddit, Google Search, Google Maps places/reviews, YouTube videos/comments) through the capability gate/charge seam. Rates are config-driven with a shared wallet-credit module (wallet_credit) and a dedicated PlatformScrapeCreditService; agent and REST capability runs now record cost_micros. Google Maps scrape dual-meters places and attached reviews.
Remove the main-agent scrape_webpage tool now that the web.crawl capability covers single-page (maxCrawlDepth=0) and site crawling. The main agent now reaches crawling via task(web_crawler, ...). Update prompts, tool catalog, receipts, skills, proprietary docs, and tests; drop the obsolete chat-turn crawl fold path.
Co-authored-by: Cursor <cursoragent@cursor.com>
MCP consolidation:
- Route all MCP-capable connectors (Slack, Jira, Linear, ClickUp, Airtable,
Notion, Confluence, interim Gmail/Calendar, custom MCP) through a single
`mcp_discovery` subagent. Drive/OneDrive/Dropbox stay native to enrich the KB.
- Deprecate Discord/Teams/Luma: no viable official MCP server.
Google-only web search:
- Remove the main-agent `web_search` tool and the SearXNG platform service;
all public web search now flows through the `google_search` subagent via task().
- Deprecate the Tavily/SearXNG/Linkup/Baidu search connectors (HTTP 410 on
create, "Deprecated" badge); guide heavy users to the custom MCP connector.
- Remove web search from anonymous chat (pure Q&A).
- Tear SearXNG out of docker compose + install scripts; drop tavily-python
and linkup-sdk deps and their config/env vars.
Fix:
- metrics._package_version() now swallows any metadata lookup failure. A
malformed editable-install distribution with no `Version` field raised
KeyError deep in importlib.metadata, and since it runs on every
record_subagent_invoke_duration call it was crashing every task()
delegation. Verified end-to-end against live GPT-5.4.
Co-authored-by: Cursor <cursoragent@cursor.com>
Resolve conflicts against the new native google-maps actor + repo-wide
ruff-format pass:
- Keep legacy webcrawler KB indexer + its test deleted (modify/delete).
- test_validators: keep WEBCRAWLER case removed (validator gone).
- test_fetch_resilience: keep platforms.youtube import path (our reorg).
- Relocate google_maps actor + tests scrapers/ -> platforms/ to match the
reorg convention (youtube already there); rewrite imports + fixture paths.
- Add missing __init__.py across the capabilities/ test subtree so duplicate
test basenames get unique module paths under importlib mode.
Note: google_maps fixture-backed tests error on ci_mvp too (fixtures/*.json
never committed upstream) - pre-existing, out of scope here.
Wire captchatools as the StealthyFetcher-tier page_action to detect, harvest
(egressing from the crawl's own proxy IP), inject, and submit reCAPTCHA v2/v3
and hCaptcha tokens. Opt-in and off by default (zero attempts, zero cost).
Licensing split:
- Apache-2 app/utils/captcha/ holds the generic, vendor-agnostic config
(CaptchaConfig + captcha_enabled() = flag AND key present).
- Proprietary app/proprietary/web_crawler/captcha.py holds the bypass logic
(detect/harvest/inject) plus a process-wide solver latch that halts solving
on unrecoverable errors (no balance / bad key).
Crawler: CrawlOutcome gains captcha_attempts/captcha_solved, surfaced via a
per-call captcha_state dict threaded crawl_url -> _crawl_with_stealthy(_sync)
and stamped onto every stealth terminal outcome. The stealth tier captures the
proxy once and reuses it for both the fetch and the solver (IP-coherence).
Billing: WebCrawlCreditService gains captcha_billing_enabled,
captcha_solves_to_micros, charge_captcha, and a generic check_balance, sharing
a single _apply_debit path. The indexer accumulates attempts (even on failed
crawls), runs a combined crawl+captcha pre-flight, and posts a per-attempt
owner charge as usage_type="web_crawl_captcha". The captcha worst-case is only
reserved when solving is actually enabled, so a solving-off deployment is never
blocked for captcha that can never run. Both chat scrape tools fold attempts
into the current turn before the success/fail branch.
Fully config-driven prices; no migration. New unit tests cover the config,
factory (detection/latch/timeout/cap), credit service, indexer wiring, and the
chat fold.
Co-authored-by: Cursor <cursoragent@cursor.com>
Add a config-driven crawl meter (1 USD / 1000 successes by default, retunable
via WEB_CRAWL_MICROS_PER_SUCCESS) mirroring EtlCreditService:
- WebCrawlCreditService (gate -> pre-check -> post-charge) on the unified wallet
- webcrawler indexer: pre-flight credit block + post-charge of the workspace
owner per success, with a web_crawl TokenUsage audit row
- chat scrape_webpage (main + research): fold each successful scrape into the
active turn's token accumulator so it settles with the chat turn
- WEB_CRAWL_CREDIT_BILLING_ENABLED / WEB_CRAWL_MICROS_PER_SUCCESS config + env
- unit tests (service) + integration tests (indexer wiring)
- scripts/e2e_phase3_crawl_billing.py: manual functional e2e (3a/3b/3c)
Co-authored-by: Cursor <cursoragent@cursor.com>
- Updated main-agent middleware to clarify that both filesystem reads/writes and knowledge-base retrieval are handled by the `knowledge_base` subagent.
- Introduced `_forward_mention_pins` function to carry `@`-mention pins into subagent state.
- Revised system prompts to reflect the new retrieval method and ensure proper citation handling.
- Removed the `search_knowledge_base` tool and its related tests, consolidating functionality under the `task` tool.
- Enhanced documentation to guide usage of the new retrieval approach and citation practices.
Presentation and citation ordering moves off Chunk.id/created_at to the
explicit position column (id kept as tiebreaker). Vector and ts_rank
ranking order_by clauses are untouched.
document_converters, the github size-fallback chunker, revert_service
restores, and the kb-persistence middleware now write explicit positions
(the middleware read path also orders by position).
Every file ingestion path (Dropbox, Google Drive / Composio Drive, OneDrive,
local folder, Obsidian, and the legacy upload handlers) now parses via the
extract_with_cache facade instead of calling EtlPipelineService.extract
directly, so identical bytes are deduplicated globally regardless of source.
vision_llm is passed through, keeping the existing cacheability gate intact.
- Introduced LLMErrorCategory and adapt_llm_exception to normalize LLM exceptions.
- Updated llm_retryable_message and llm_permanent_message to utilize the new adaptation logic.
- Enhanced classify_stream_exception to classify provider errors and return user-friendly messages.
- Added tests for error classification and adaptation to ensure robustness.
- Updated frontend error handling to display appropriate messages based on new classifications.
- Updated environment variables and - configurations for credit purchases via Stripe, replacing legacy page pack system.
- Introduced auto-reload feature for credit top-ups and modified database models to track credit transactions.
- Updated notification system to handle insufficient credits and auto-reload failures.
- Adjusted API routes and schemas to reflect changes in credit management.
- Replaced environment variable usage with a centralized configuration system in multiple modules, including `celery_app`, `agent_cache_store`, `sandbox`, `file_storage`, and `connector_service`.
- Enhanced maintainability and readability by sourcing configuration values from the `config` module instead of directly from environment variables.
- Updated relevant settings to ensure consistent access to configuration values across the application.
Move the lower-level runtime/infra modules out of multi_agent_chat/shared/
(they were never used by subagents, so they failed the shared-by-all-siblings
rule) and unify them with the already-relocated checkpointer:
agents/runtime/ -> agents/chat/runtime/
mac/shared/errors.py -> chat/runtime/errors.py
mac/shared/llm_config.py -> chat/runtime/llm_config.py
mac/shared/prompt_caching.py -> chat/runtime/prompt_caching.py
mac/shared/mention_resolver.py -> chat/runtime/mention_resolver.py
mac/shared/path_resolver.py -> chat/runtime/path_resolver.py
These sit below the agent packages: the boundary + agent factory + shared
middleware depend on them, and they import no agent code (acyclic).
