pto-isa-cpu-sim-kernel-test

To validate PTOAS-generated C++ kernels, integrate them into existing or new PTO ISA CPU system-test cases with host launchers, test data, and CMake wiring, then run the targeted test using the local CPU simulator test harness.

Running PTO ISA CPU simulator kernel tests requires a local PTO ISA checkout, compatible PTOAS and LLVM tooling, Python, CMake, and the CPU simulator test harness installed on your system.

Yes, PTOAS kernel validation works across Windows, WSL, and Linux, diagnosing configuration, compilation, file lookup, wrapper mismatch, and numeric validation failures on these platforms.

Debug functional failures in PTO ISA CPU simulator test cases by investigating configuration issues, compilation errors, file lookup problems, wrapper mismatches, and numeric validation failures using the local test harness.

Yes, you can generate PTO input from samples and compile it with PTOAS into C++ kernels, then adapt those generated kernels into PTO ISA CPU system-test cases for functional verification.

Numerical validation failures in PTOAS-generated kernels often stem from wrapper mismatches, incorrect test data generation, or CMake wiring issues, which can be diagnosed by integrating the kernel with the CPU simulator testcase harness and comparing against golden output data.