This example demonstrates how to load precompiled code objects from memory and execute the contained kernel(s). For more information on this topic, please refer to the HIP documentation.

1. Two data vectors are created on the host.
2. Two data buffers are created on the device.
3. The vectors are copied to their corresponding buffers.
4. A precompiled code module is loaded from memory.
5. A kernel function is loaded from the module.
6. A buffer for kernel arguments is created. It contains both (device) data buffers.
7. A kernel launch configuration is created.
8. The kernel is launched.
9. The results are copied back to the data vectors.
10. The device buffers are freed.

• hipModuleLoadDataEx loads a precompiled code module from memory.
• hipModuleGetFunction loads a kernel from a given module.
• hipModuleLaunchKernel launches a kernel which was loaded from a precompiled module.

• hipCtxCreate
• hipCtxDetach
• hipDeviceGet
• hipFree
• hipGetErrorString
• hipInit
• hipMalloc
• hipMemcpyDtoH
• hipMemcpyHtoD
• hipModuleGetFunction
• hipModuleLaunchKernel
• hipModuleLoadDataEx