Debugging intermittent failures - whether in development, test or in production - takes time. It slows down development projects and frustrates customers...
What if you could record your program's execution as it fails and replay the recording offline any time anywhere?
LiveRecorder captures all non-deterministic data (down to instruction level) and recreates your application’s entire memory and the register state - on demand and with minimal overhead.
The recording represents a reproducible test case.
LiveRecorder's core recording technology is language independent and compatible with most mainstream Linux distributions.
Shared memory corruption in a multi-process system can seem impossible to debug. This feature simplifies debugging by recording the exact order in which processes altered shared memory variables. Zero-in on specific variables and skip backwards to the last line of code - in any process - to have altered the variable.
LiveRecorder 5.0 can record and replay the execution of individual Kubernetes and Docker containers to help resolve defects faster in microservices environments.
Non-determinism makes race conditions and other multi-threading issues hard to predict. When integrated into your test pipeline, LiveRecorder 5.0 thread fuzzing exposes potential defects by randomizing thread execution to help reveal more race conditions, crashes, and other multi-threading defects.