- INTEL OPENCL DRIVER LINUX INSTALL
- INTEL OPENCL DRIVER LINUX DRIVERS
- INTEL OPENCL DRIVER LINUX DRIVER
- INTEL OPENCL DRIVER LINUX SOFTWARE
If CMake is not provided by your build system or OS package manager, please consult the CMake website.
The OpenCL ICD Loader uses CMake for its build system. By default, the OpenCL ICD Loader will look for OpenCL Headers in the inc directory. Providing OPENCL_ICD_LOADER_HEADERS_DIR to CMake, one may specify the location of OpenCL Headers. INTEL OPENCL DRIVER LINUX INSTALL
It is recommended to install the headers via CMake, however a convenience shorthand is provided. If looking for streamlined build experience and a complete development package, refer to the SDK build instructions instead of the following guide. While the ICD Loader can be built and installed in isolation, it is part of the OpenCL SDK. INTEL OPENCL DRIVER LINUX DRIVER
The OpenCL Installable Client Driver extension ( cl_khr_icd) is described in the OpenCL extensions specification, which may be found on the Khronos OpenCL Registry. You will need to obtain and install an OpenCL implementation for your OpenCL device that supports the OpenCL ICD extension cl_khr_icd to run an application using the OpenCL ICD Loader. Note that this repo does not contain an OpenCL implementation (ICD). This repo contains the source code and tests for the Khronos official OpenCL ICD Loader.
Forwarding OpenCL API calls to the correct implementation. OpenCL defines an Installable Client Driver (ICD) mechanism to allow developers to build applications against an Installable Client Driver loader (ICD loader) rather than linking their applications against a specific OpenCL implementation. * subdirectories now correctly use OPENCL_ICD_LOADER_BUILD_SHARED_LIBS * removed outdated check in the add_library if * moved the OpenCL alias outside of the if statement This updated approach makes the fix more backwards compatible - builds that previously relied on BUILD_SHARED_LIBS will still compile the library as shared, but the cmake file no longer accidentally enables BUILD_SHARED_LIBS through option(), meaning other libraries are unaffected * Allowed BUILD_SHARED_LIBS as a flag that enables shared libraries Among the analysis features, users can find API call, kernel latency and occupancy analysis and memory command analysis.Renamed BUILD_SHARED_LIBS option ( #163 ) * Renamed BUILD_SHARED_LIBS optionĬhanged BUILD_SHARED_LIBS to OPENCL_ICD_LOADER_BUILD_SHARED_LIBS, so that the option doesn't change the default library type for all other libraries in the cmake project when the loader is added to the project using add_subdirectory. Debugging tools include API debugging, memory viewer, image viewer and call tracing. The build-related features include automatic code completion, syntax highlighting and a framework for kernel development. However, it should be noted that all its versions can be used to edit or build OpenCL code, debug kernels or collect various data regarding runtime. The Code Builder component can be used as standalone but can be integrated as a plugin for Microsoft Visual Studio or Eclipse, depending on the user's needs. A special situation is when users target an OpenCL CPU device, which requires a different CPU runtime. Intel SDK for OpenCL Applications offers users all the necessary components to setup and communicate with the OpenCL devices of their choice. It features integration into various development environments as well. The development kit consists of tools that let users build OpenCL applications, but also debug or analyze them. INTEL OPENCL DRIVER LINUX DRIVERS
In order to do that, users must have two components, the SDK mentioned above and also Intel Graphics drivers along with OpenCL runtime.
INTEL OPENCL DRIVER LINUX SOFTWARE
Intel SDK for OpenCL Applications is a development kit designed to help advanced computer users such as software developers or programmers build and run OpenCL applications on Intel platforms.
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