![]() ci_support/choose_your_config.yaml asĪ workaround for now. The build-locally.py script does not support Windows (yet, PRs welcome!). To bootstrap a conda environment and install conda-build, consider Scope of this documentation, there are ample discussions on them on the broader Use a general web search to explore - while these topics are beyond the If youĪre unfamiliar with VM systems or have trouble installing Microsoft’s VMs, please Makes available free, official Windows virtual machines (VMs) at this website. The first thing that you should know is that you can locally test Windowsīuilds of your packages even if you don’t own a Windows machine. This document presents conda-forge and conda-build information and examples is the same pkg-config information provided. The second line should give youĬheck that the file list is the same in both.Ĭheck that you use the same options as the same autoconf build.Ĭheck that the symbols exported are the same.Ĭheck that additional packaging information stays the same, e.g. These builds are mostly not ABI compatible with each other.Ĭheck that both libraries have the same SONAME on linuxĬheck that both libraries have the same install name and have the same Would like to switch to a cmake build because that provides windows buildsĮasily. Some packages maintain an autotools build and a cmake build. Moving from an autotools build to a CMake build ¶ Other useful cmake options are -B and -S to specify build and sourceĭirectories. See also the bld.bat in the Windows section below for an additional example. config Release if errorlevel 1 exit / b 1 Initial support for the Loongson 2K1000 processor.Īll the details and downloads via OpenBLAS on GitHub.Cmake - G "NMake Makefiles" - DCMAKE_BUILD_TYPE = Release - DPython3_EXECUTABLE = "%PYTHON%" if errorlevel 1 exit / b 1 cmake - build. Fixing compilation of OpenBLAS on various x86_64 CPU targets under different conditions. Initial support for the Arm Cortex A510 / A710 / X1 / X2 processors. Initial support for the Phytium FT2000 processor. Initial support for the Apple M1 CPU on Linux. Support for 64-bit Arm systems running Microsoft Windows. An SBGEMM kernel for the Arm Neoverse-N2 is added. OpenBLAS RISC-V CPU auto-detection logic has been fixed. The OpenBLAS POWER build now also enables compiling the BFLOAT16 kernels by default. Various IBM POWER fixes, including a number of Power10 fixes. ![]() There are now CMake targets exposed ranging from Intel Prescott to Sapphire Rapids and then on the AMD side from Barcelona to Zen. OpenBLAS' CMake build system now supports cross-compiling for individual Intel and AMD x86_64 targets. ![]() Initial support for Zhaoxin/Centaur KH40000 processors. Support for building OpenBLAS with the Intel IFX, Fujitsu FCC, and Cray C/Fortran compilers are now supported. The OpenBLAS 0.3.21 release highlights include: There is also support for more compilers, build system enhancements, and more. OpenBLAS 0.3.21 features support for more CPUs, particularly on the Arm side. OpenBLAS as the high performance, open-source BLAS / LAPACK implementation debuted a new version on Sunday with more CPU optimizations and expanded processor coverage. ![]()
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