deadlock-finder-and-fixer

Diagnose a concurrency deadlock by capturing a thread dump of the hung process, classifying the symptom using the Nine Classes taxonomy, and generating a runtime lock-wait graph to prove the deadlock exists. You can then apply the Exhaust-Search flow to locate all hazards.

The best way to find all deadlock hazards is using a static-audit recipe combined with exhaustive hazard discovery, which systematically locates every instance of locks held across waits or awaits for comprehensive code coverage. Canonical fixes from the Fix Catalog can then be applied.

Yes, deadlock analysis applies to Rust, C/C++, and Go applications, as well as across process boundaries. It handles locks held across waits or awaits in various multi-threaded software environments.

Fix deadlocks by applying canonical fixes from the Fix Catalog. Prevent recurrence by adopting prevention-by-design patterns like structured concurrency, single-writer models, and two-phase channels to avoid future hazards.

A multi-threaded process hangs due to concurrency hazards like deadlocks, classifiable into the Nine Classes taxonomy using the Symptom Triage Table to identify the specific lock-wait issue before generating a lock-wait graph.