address-sanitizer

To detect memory errors like buffer overflows in C++ code, compile your program using the `-fsanitize=address` flag. This instrumentation identifies memory corruption bugs and use-after-free violations during execution.

AddressSanitizer integrates with fuzz testing by instrumenting compiled C/C++ code to catch memory safety violations dynamically. It exposes critical bugs like buffer overflows triggered by malformed inputs during fuzzing runs.

Yes, you can use AddressSanitizer to find use-after-free bugs in C. By compiling with specific sanitizer flags, the tool detects memory access violations that occur after memory has been deallocated.

Yes, you need to recompile your code to use AddressSanitizer because it requires compile-time instrumentation. You must add specific compiler flags to your build process to enable memory error detection.

AddressSanitizer can identify several memory safety violations including buffer overflows, use-after-free bugs, and other memory corruption errors. It prevents these issues from causing crashes and security vulnerabilities.