golang-troubleshooting

To debug intermittent Go deadlocks and crashes in production, use pprof profiling, GODEBUG tracing, and Delve to collect evidence, inspect stack traces, and trace the root cause before verifying a fix.

The best way to find race conditions causing flaky tests in Golang is to use the race detector alongside an evidence-first workflow, narrowing scope and testing one hypothesis at a time to isolate the concurrency failure.

To trace the root cause of high CPU usage or memory leaks in a Go service, use pprof profiling and GODEBUG tracing to inspect resource consumption, identify the exact bottleneck, and verify the regression fix.

Your Go code fails with nil pointer and interface nil gotchas due to common concurrency and typing pitfalls; diagnose the exact runtime behavior using Delve debugging to inspect variables and trace the root cause systematically.

Yes, you can use Delve to investigate unexpected runtime behavior and channel bugs by stepping through code, inspecting select statement execution, and verifying hypotheses against failing tests to resolve the root cause.

To verify a fix for a Golang build failure or unexpected runtime behavior, you must reproduce the original issue, implement the fix, and confirm the resolution through regression verification using failing tests and systematic debugging.