slang.git/tests/slang-extension/atomic-float-byte-address-buffer-cross.slang, branch master

Capability System: Implicit capability upgrade warning/error (#4241)

2024-06-12T20:38:23+00:00

* capability upgrade warning/error adjusted implementation + tests to support a warning/error if capabilities are implicitly upgraded and test accordingly. * add glsl profile caps * add GLSL and HLSL capabilities to the associated capability * syntax error in capdef * only error if user explicitly enables capabilities 1. changed testing infrastructure to not set a `profile` explicitly, 2. Added tests to be sure this works as intended with user API and with slangc command line * Change capability atom definitions and how Slang manages them to fix errors 1. most `glsl_spirv` version atoms have been removed from `.capdef`, instead we will translate `spirv` version atoms into `glsl_spirv` since there is no point in writing the same code twice in `.capdef` files to define `spirv` versions. 2. add spirv version, and hlsl sm version (and equivlent) capability dependencies 3. removed some stage requirments which were set on objects, keep the wrapper capabilities. I am keeping the wrapper capabilities since I am unaware on if there are stage limitations (spec says code in practice does not work). * check internal version instead of version profile (_spirv_1_5 vs. spirv_1_5) * remove unused OpCapability. adjust SPIRV version'ing again for glsl_spirv * apply workaround for glslang bug with rayquery usage * ensure capabilities targetted by a profile and added together by a user are valid * remove additions to `spirv_1_*` wrapper * spirv_* -> glsl_spirv fix * fix bug where incompatable profiles would cause invalid target caps * try to avoid joining invalid capabilities * fix the warning/error & printing * run through tests to fix capability system and test mistakes many mistakes were mesh shaders doing `-profile glsl_450+spirv_1_4`. This is not allowed for a few reasons 1. the test tooling does not handle arguments the same as `slangc` 2. glsl_450 core profile does not support mesh shaders, nor does spirv_1_4. sm_6_5 does work in this senario * set some sm_4_1 intrinsics to sm_4_0 * replace `GLSL_` defs with `glsl_` * swap the unsupported render-test syntax for working syntax * set d3d11/d3d12 profile defaults this is required since sm version changes compiled code & behavior * adjusted nvapi capabilities with atomics + d3d11 set to use sm_5_0 as per default * cleanup * address review * incorrect styling * change `bitscanForward` to work as intended on 32 bit targets --------- Co-authored-by: Yong He

Improve compile time performance. (#3857)

2024-05-30T01:01:11+00:00

* Handle type check cache update on extensions more gracefully. * Correctness fix. * Cache implcit cast overload resolution results. * Fix. * More optimizations. * Cache implicit default ctor resolution. * Disable redundancy removal. * Fix. * Fix test. * Fix. * Correctness fix. * Fix. * Fix, * Fix test. * Small tweak.

Switch to direct-to-spirv backend as default. (#4002)

2024-04-23T19:14:21+00:00

* Switch to direct-to-spirv backend as default. * Fix slang-test. * Fix. * Fix.

Initial pass to add capability declarations to stdlib intrinsics. (#3912)

2024-04-20T03:18:40+00:00

Force Inline all the InterlockedAdd functions in stdlib (#3965)

2024-04-17T06:59:41+00:00

This change forcibly inlines the InterlockedAdd functions when using byteAddress buffer. The IR generated when using nonUniformResourceInst on RWByteAddressBuffer: buffer[NonUniformResourceIndex(uint(0))].InterlockedAdd(0, 1); follows the sequence of a call into an index lookup that is wrapped by a nonuniformResourceIndex: %ld = nonUniformResourceIndex(0) Call RWStructBufferInterlockedAdd(%ld, 0, 1) This prevents NonUniformResource decoration of the buffer because it is wrapped by the function call to InterlockedAdd, that further expands to: %gep = getElement(%buffer, 0) SpirvAsmInst(..., rwStructuredBufferGEP(%gep, 0), ...) By Force-Inlining the atomic functions, the buffer / resource is made visible to the nonUniformResourceIndex inst, allowing the decoration. Identified while debugging tests/spirv/coherent-2.slang

Warning on lossy implicit casts. (#2367)

2022-08-18T06:08:34+00:00

* Warning on bool to float conversion. * Fix test cases. * Improve. * LanguageServer: don't show constant value for non constant variables. * Fix tests. * Fix warnings in tests. Co-authored-by: Yong He

RWByteAddressBuffer::InterlockedCompareExchangeU64 (#1513)

2020-08-24T19:23:40+00:00

* First pass at incorporating nvapi into test harness. * D3d12 Atomic Float Add via NVAPI working * Dx12 atomic float appears to work. * Atomic float add on Dx12. * Added atomic64 feature addition to vk. Fix correct output for atomic-float-byte-address.slang * Disable atomic float failing tests. * Upgraded VK headers. * Detect atomic float availability on VK. * Try to get test working for in64 atomic. * Made HLSL prelude controlled via the render-test requirements. * Added -enable-nvapi to premake. * Fix D3D12Renderer when NVAPI is not available. * Small improvements to VKRenderer. * Improve atomic documentation in target-compatibility.md. * Fixed NVAPI working on D3D12. * Test for specific NVAPI features. * Remove requiredFeatures from Renderer::Desc as was ignored. Tried to document more around nvapiExtnSlot. * Readded requiredFeatures to Renderer::Desc * Improve comments in the tests. * Rename Fp32 -> F32 Added cas-int64-byte-address-buffer.slang test Co-authored-by: Tim Foley

Support for float atomics on RWByteAddressBuffer (#1502)

2020-08-18T17:42:46+00:00

* 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