tlaplus-guided-code-repair

You can fix source code bugs by analyzing the TLC error trace to pinpoint the exact state and action causing the invariant violation or deadlock, then mapping the required TLA+ guard fix to your source code.

Yes, you can automatically resolve a deadlock by analyzing the TLC error trace to identify the faulty action's guard that should have been false, and applying the necessary patch directly to the corresponding source code.

The process involves parsing the TLC trace to determine the specific predicate that failed, identifying the enabling condition that should have been false, and translating that TLA+ state transition fix into source code changes.

Yes, understanding TLA+ action enablement and variable state transitions is required to effectively identify the root cause of the error and map the TLA+ predicate fix to the corresponding source code.

Code repair can be guided by TLC model checking errors that report either invariant violations or deadlocks, allowing the identification of the specific state and action causing the failure.

The primary limitation is that effective repair requires understanding TLA+ action enablement and variable state transitions, meaning the source code must map directly to the TLA+ specification to apply the automated patch.