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fuchsia / fuchsia / a8b1df8 / . / garnet / bin / hwstress
tree: bafa657f42ed6128cd939fd076764ed15bc7b54e [path history] [tgz]
  1. meta/
  2. args.cc
  3. args.h
  4. args_test.cc
  5. BUILD.gn
  6. compiler.h
  7. cpu_stress.cc
  8. cpu_stress.h
  9. cpu_stress_test.cc
  10. cpu_stressor.cc
  11. cpu_stressor.h
  12. cpu_stressor_test.cc
  13. cpu_workloads.cc
  14. cpu_workloads.h
  15. cpu_workloads_test.cc
  16. flash_stress_test.cc
  17. hwstress.cc
  18. hwstress.h
  19. hwstress_test.cc
  20. main.cc
  21. memory_patterns.cc
  22. memory_patterns.h
  23. memory_patterns_test.cc
  24. memory_range.cc
  25. memory_range.h
  26. memory_range_test.cc
  27. memory_stats.cc
  28. memory_stats.h
  29. memory_stats_test.cc
  30. memory_stress.cc
  31. memory_stress.h
  32. memory_stress_test.cc
  33. OWNERS
  34. profile_manager.cc
  35. profile_manager.h
  36. profile_manager_test.cc
  37. README.md
  38. status.cc
  39. status.h
  40. status_test.cc
  41. temperature_sensor.cc
  42. temperature_sensor.h
  43. temperature_sensor_test.cc
  44. testing_util.h
  45. util.cc
  46. util.h
  47. util_test.cc
garnet/bin/hwstress/README.md

hwstress

Tool for exercising hardware components, such as CPU and RAM, to try and detect faulty hardware.

Example usage:

hwstress

See also:

  • loadgen (src/zircon/bin/loadgen) which has many threads performing cycles of idle / CPU work, useful for exercising the kernel's scheduler.

  • kstress (src/zircon/bin/kstress) which is designed to stress test the kernel itself.