Making it easier to work with shaders https://git.yummers.dev/slang.git/atom?h=master 2020-08-18T17:42:46+00:00 2020-08-18T17:42:46+00:00 jsmall-nvidia jsmall@nvidia.com 2020-08-18T17:42:46+00:00 urn:sha1:9abcb6ea24dbc7184c3a2ad9f4458f63f8901928 * Fix premake5.lua so it uses the new path needed for OpenCLDebugInfo100.h * Keep including the includes directory. * Added the spirv-tools-generated files. * We don't need to include the spirv/unified1 path because the files needed are actually in the spirv-tools-generated folder. * Put the build_info.h glslang generated files in external/glslang-generated. Alter premake5.lua to pick up that header. * First pass at documenting how to build glslang and spirv-tools. * Improved glsl/spir-v tools README.md * Added revision.h * Change how gResources is calculated. Update about revision.h * Update docs a little. * Split out spirv-tools into a separate project for building glslang. This was not necessary on linux, but *is* necessary on windows, because there is a file disassemble.cpp in spirv-tools and in glslang, and this leads to VS choosing only one. With the separate library, the problem is resolved. * Fix direct-spirv-emit output. * Update to latest version of spirv headers and spirv-tools. * Upgrade submodule version of glslang in external. * Add fPIC to build options of slang-spirv-tools * WIP adding support for InterlockedAddFp32 * Upgrade slang-binaries to have new glslang. * Fix issues with Windows slang-glslang binaries, via update of slang-binaries used. * WIP - atomicAdd. This solution can't work as we can't do (float*) in glsl. * WIP on atomic float ops. * Added checking for multiple decls that takes into account __target_intrinsic and __specialized_for_target. First pass impl of atomic add on float for glsl. * Split __atomicAdd so extensions are applied appropriately. * Made Dxc/Fxc support includes. Use HLSL prelude to pass the path to nvapi Added -nv-api-path * Refactor around IncludeHandler and impl of IncludeSystem * slang-include-handler -> slang-include-system Have IncludeHandler/Impl defined in slang-preprocessor * Small comment improvements. * Document atomic float add addition in target-compatibility.md. * CUDA float atomic support on RWByteAddressBuffer. * Add atomic-float-byte-address-buffer-cross.slang * Removed inappropriate-once.slang - the test is no longer valid when a file is loaded and has a unique identity by default. A test could be made, but would require an API call to create the file (so no unique id). Improved handling of loadFile - uses uniqueId if has one. * Work around for testing target overlaps - to avoid exceptions on adding targets. Simplify PathInfo setup. Modify single-target-intrinsic.slang - it no longer failed because there were no longer multiple definitions for the same target. Co-authored-by: Tim Foley <tfoleyNV@users.noreply.github.com> 2018-10-16T22:49:11+00:00 jsmall-nvidia jsmall@nvidia.com 2018-10-16T22:49:11+00:00 urn:sha1:3e74d39f24fdfaa547ce900be177863e2bfe2dea * Refactor of path handling. * Added PathInfo * Changed ISlangFileSystem - such that has separate concepts of reading a file, getting a relative path and getting a canonical path * Added support for getting a canonical path for windows/linux * Made maps/testing around canonicalPaths * User output remains around 'foundPath' - which is the same as before * Small improvements around PathInfo * Added a type and make constructors to make clear the different 'path' uses * Fixed bug in findViewRecursively * Checking and reporting for ignored #pragma once. * Removed SLANG_PATH_TYPE_NONE as doesn't serve any useful purpose. * Improve comments in slang.h aroung ISlangFileSystem * Remove the need for <windows.h> in slang-io.cpp * Ran premake5. * Improvements and fixes around PathInfo. * Fix typo on linix GetCanonical * Make the ISlangFileSystem the same as before, and ISlangFileSystem contain the new methods. Internally it always uses the ISlangFileSystemExt, and will wrap a ISlangFileSystem with WrapFileSystem, if it is determined (via queryInterface) that it doesn't implement the full interface.