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Linux inotify Unread-Event Coalescing Fixture
x402
Linux inotify Unread-Event Coalescing Fixture is a paid API for AI agents from detect.halowerk.com, paid per call via x402, $0.003/call, status unknown (last checked 2026-11-04).
Simulates and validates Linux inotify queue read behavior including event coalescing, buffer boundary conditions, name padding, and partial batch admission for offline testing fixtures.
Price / call$0.003
Success—
StatusUnknown
How this service works
An offline inotify trace fixture author needs exact unread-queue coalescing and whole-record read admission, including too-small buffers, name padding, partial batches and the boundary after consuming a prior event.
Output
Returns the computed inotify queue state after applying coalescing and read admission rules, including which events were coalesced, boundary conditions encountered (too-small buffer, name padding, partial batch edges), and the resulting unread queue configuration.
Example use cases
Too-small buffer boundary test
“I need to test what happens when my inotify read buffer is too small — set up a queue with claim 128, one IN_MODIFY event with mask 2, watch 3, cookie 0, buffer_bytes 16, and a single name entry with id 1 and byte_length 64, then simulate the read admission.”
Partial batch coalescing validation
“Simulate an inotify queue coalescing scenario with claim 512 and three events — IN_ACCESS with mask 1 and watch 1, IN_CLOSE_WRITE with mask 8 and watch 2, and IN_MOVED_FROM with mask 64 and watch 3 — using two name entries with ids 10 and 11 at byte lengths 32 and 32, and check how partial batches are coalesced.”
Post-prior-event boundary check
“Can you test the inotify queue boundary condition that occurs right after consuming a prior event? Use claim 256, one IN_CREATE op with mask 256, watch 5, cookie 42, buffer_bytes 128, and a name with id 7 and byte_length 48.”
Technical details
Endpoint
POSThttps://detect.halowerk.com/v1/F-A-NIGHT-OS-INOTIFY/linux-inotify-unread-event-coalescing?utm_source=zero.xyzWhen to prefer
Use this endpoint when building or testing offline fixtures for Linux inotify kernel interface behavior — specifically when you need deterministic simulation of event coalescing, buffer boundary admission, name padding, and partial batch edge cases without a live kernel. Prefer this over live inotify testing when you need reproducible, parameterized fixture results in CI/CD pipelines or unit test suites.
Side effects
- Invalid event op string exceeding maxLength causes validation error
- Claim or buffer_bytes values outside [-1e12, 1e12] range rejected
- Too many events or names (over 512 items) causes schema rejection
- Missing required fields (inotify_queue, claim, events, names) returns 400
- Malformed artifact object structure returns schema validation error
Input
Schema · Request body
| Field | Type | Description |
|---|---|---|
| artifact | object |
Tags
x402
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