Increase Reliability by Finding Threading and Memory Errors Before They Happen

The Intel® Parallel Inspector memory error and thread checker rapidly provides root-cause analysis for crash-causing memory and threading defects by monitoring the runtime behavior of the code. It then maps those errors in an easy-to-understand manner. This capability is especially critical for nondeterministic errors (i.e., where the execution sequence changes from run to run) that are difficult to reproduce. It uses dynamic instrumentation that requires no special test builds or compilers, so it i's easier to test code more often.

Find Memory Errors in Serial and Threaded Code

Quickly find memory errors, including leaks and corruptions, in single and multithreaded applications with this powerful memory error checker and thread inspector. This decreases support costs by finding memory errors before an application ships.

Memory checking includes uninitialized load detection, use of invalid memory references, mismatched memory allocation and deallocation, memory leaks detection, stack memory checks, and stack trace with controllable stack trace depth.

Find Threading Errors that Cause Stalls and Crashes

The powerful thread inspector aAccurately pinpoints latent threading errors, including deadlocks and data races. This helps reduce stalls and crashes due to threading errors not found by debuggers and other tools.

Thread checker capabilities ing includes data race detection, deadlock detection, depth configurable call stack analysis, diagnostic guidance, and built-in knowledge of Intel® Threading Building Blocks, OpenMP*, and Windows* threads.