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|description=This test case verifies that the Intel Compute Runtime for OpenCL applications functions correctly on systems with Intel graphics hardware. | |description=This test case verifies that the Intel Compute Runtime for OpenCL applications functions correctly on systems with Intel graphics hardware. | ||
|setup= | |setup= | ||
# Ensure Fedora is installed on a system with Intel integrated graphics. | # Ensure Fedora is installed on a system with Intel integrated graphics (from roughly year 2014 (Broadwell) or newer). | ||
# Install the "intel-compute-runtime" package using `sudo dnf install intel-compute-runtime`. | # Install the "intel-compute-runtime" package using `sudo dnf install intel-compute-runtime`. | ||
# Additionally, install OpenCL utilities and development packages, e.g., `sudo dnf install clinfo opencl-headers`. | # Additionally, install OpenCL utilities and development packages, e.g., `sudo dnf install clinfo darktable opencl-headers`. | ||
# Reboot the system to ensure all drivers are correctly loaded. | # Reboot the system to ensure all drivers are correctly loaded. | ||
|actions= | |actions= | ||
# Open a terminal. | # Open a terminal. | ||
# Run `clinfo` to list all OpenCL platforms and devices detected on the system. Ensure Intel devices are listed. | # Run `clinfo` to list all OpenCL platforms and devices detected on the system. Ensure Intel devices are listed (Number of platforms reported is not 0). | ||
# Compile and run a simple OpenCL application that performs a basic computation, for example, vector addition. You can find sample code in the OpenCL SDK or online tutorials. | # Compile and run a simple OpenCL application that performs a basic computation, for example, vector addition. You can find sample code in the OpenCL SDK or online tutorials. Or try a darktable-cltest. | ||
# Monitor the system performance and stability while the OpenCL application is running, using system monitoring tools like `htop` or `intel_gpu_top`. | # Monitor the system performance and stability while the OpenCL application is running, using system monitoring tools like `htop` or `intel_gpu_top`. | ||
|results= | |results= | ||
The following must be true to consider this a successful test run. | The following must be true to consider this a successful test run. | ||
# `clinfo` successfully lists Intel integrated graphics as an available OpenCL device. | # `clinfo` successfully lists Intel integrated graphics as an available OpenCL device (Number of platforms reported is not 0). | ||
# The OpenCL application compiles without errors and runs successfully. | # The OpenCL application compiles without errors and runs successfully. | ||
# For the darkatble-cltest, run `rm -rf ~/.cache/darktable/ && darktable-cltest` and watch out for `[opencl_init] FINALLY: opencl is AVAILABLE and ENABLED.` line near the end of the output. | |||
# The application correctly utilizes the Intel GPU for computation, as evidenced by output validation and GPU activity monitors. | # The application correctly utilizes the Intel GPU for computation, as evidenced by output validation and GPU activity monitors. | ||
# No system instability or crashes are observed during the execution of OpenCL applications. | # No system instability or crashes are observed during the execution of OpenCL applications. | ||
Latest revision as of 08:25, 9 April 2024
Description
This test case verifies that the Intel Compute Runtime for OpenCL applications functions correctly on systems with Intel graphics hardware.
Setup
- Ensure Fedora is installed on a system with Intel integrated graphics (from roughly year 2014 (Broadwell) or newer).
- Install the "intel-compute-runtime" package using
sudo dnf install intel-compute-runtime. - Additionally, install OpenCL utilities and development packages, e.g.,
sudo dnf install clinfo darktable opencl-headers. - Reboot the system to ensure all drivers are correctly loaded.
How to test
- Open a terminal.
- Run
clinfoto list all OpenCL platforms and devices detected on the system. Ensure Intel devices are listed (Number of platforms reported is not 0). - Compile and run a simple OpenCL application that performs a basic computation, for example, vector addition. You can find sample code in the OpenCL SDK or online tutorials. Or try a darktable-cltest.
- Monitor the system performance and stability while the OpenCL application is running, using system monitoring tools like
htoporintel_gpu_top.
Expected Results
The following must be true to consider this a successful test run.
clinfosuccessfully lists Intel integrated graphics as an available OpenCL device (Number of platforms reported is not 0).- The OpenCL application compiles without errors and runs successfully.
- For the darkatble-cltest, run
rm -rf ~/.cache/darktable/ && darktable-cltestand watch out for[opencl_init] FINALLY: opencl is AVAILABLE and ENABLED.line near the end of the output. - The application correctly utilizes the Intel GPU for computation, as evidenced by output validation and GPU activity monitors.
- No system instability or crashes are observed during the execution of OpenCL applications.
Optional
Test with various OpenCL versions supported by the runtime, and try running more complex or GPU-intensive OpenCL applications to further evaluate performance and stability.