ukukhululwa kokuqaliswa kwamahhala kwe-OpenGL ne-Vulkan API - . Ukukhishwa kokuqala kwegatsha le-Mesa 19.3.0 kunesimo sokuhlola - ngemva kokuqiniswa kokugcina kwekhodi, inguqulo ezinzile 19.3.1 izokhishwa. Ku-Mesa 19.3 Ukusekelwa okugcwele kwe-OpenGL 4.6 kwe-Intel GPUs (i-i965, abashayeli be-iris), usekelo lwe-OpenGL 4.5 lwe-AMD (r600, radeonsi) ne-NVIDIA (nvc0) GPUs, nokusekelwa kwe-Vulkan 1.1 kwamakhadi e-Intel ne-AMD. Izolo izinguquko zokusekela i-OpenGL 4.6 futhi kumshayeli we-radeonsi, kodwa abazange bafakwe egatsheni le-Mesa 19.3.
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- I-backend entsha yokuhlanganisa ama-shader iphakanyiselwe i-RADV (umshayeli we-Vulkan wama-chips e-AMD) "", ethuthukiswa iValve njengenye indlela ye-LLVM shader compiler. I-backend ihloselwe ukuqinisekisa ukukhiqizwa kwekhodi okungcono ngangokunokwenzeka kuma-shader ezinhlelo zokusebenza zokudlala, kanye nokuzuza isivinini sokuhlanganisa esiphezulu kakhulu. I-ACO ibhalwe nge-C++, eklanywe kucatshangwa ngokuhlanganiswa kwe-JIT, futhi isebenzisa izakhiwo zedatha eziphindaphindwayo ngokushesha, igwema izakhiwo ezisuselwe ezikhombeni. Ukumelwa okumaphakathi kwekhodi kusekelwe ngokuphelele ku-SSA (I-Static Single Assignment) futhi kuvumela ukwabiwa kwerejista ngokubala kusengaphambili ngokunembile irejista kuye ngokuthi i-shader. I-ACO ingasebenza kuma-Vega 8, Vega 9, Vega 10 kanye ne-Navi 10 GPUs ngokusetha okuguquguqukayo kwemvelo βRADV_PERFTEST=acoβ;
- Umshayeli we-Gallium3D ufakwe kusisekelo sekhodi , esebenzisa i-OpenGL API phezu kwe-Vulkan. I-Zink ikuvumela ukuthi uthole i-OpenGL esheshisiwe yezingxenyekazi zekhompiyutha uma isistimu inabashayeli abalinganiselwe ekusekeleni kuphela i-Vulkan API;
- Umshayeli we-ANV Vulkan kanye nomshayeli we-iris OpenGL bahlinzeka ngokusekela kokuqala kwesizukulwane se-12 sama-Intel chips (Tiger Lake, gen12). Ku-Linux kernel, izingxenye zokusekela i-Tiger Lake zifakiwe kusukela ekukhululweni kwe-5.4;
- Abashayeli be-i965 kanye ne-iris bahlinzeka ngosekelo lokumelwa okuphakathi kwama-SPIR-V shader, okwenze kwaba nokwenzeka ukuthola ukwesekwa okuphelele kulaba bashayeli. ;
- Umshayeli we-RadeonSI wengeza ukusekelwa kwe-AMD Navi 14 GPUs futhi athuthukise ukusheshisa kokuqoshwa kwevidiyo, isibonelo, ukwengeza ukusekelwa kokuqopha ividiyo ye-8K kufomethi ye-H.265 ne-VP9;
- Ukwesekwa okwengeziwe komshayeli we-RADV Vulkan , lapho imicu eyethulwe ukuhlanganisa imithunzi ihlukaniswa kusetshenziswa indlela ye-seccomp. Imodi inikwe amandla kusetshenziswa i-RADV_SECURE_COMPILE_THREADS eguquguqukayo yemvelo;
- Abashayeli bama-chips e-AMD basebenzisa i-AMDGPU evele kumojula ye-kernel ukusetha kabusha i-GPU;
- Umsebenzi wenziwe ukuthuthukisa ukusebenza ezinhlelweni ezinama-APU e-AMD Radeon. Ukusebenza komshayeli we-Gallium3D u-Iris we-Intel GPUs nakho kuthuthukisiwe;
- Kumshayeli we-Gallium3D u-LLVMpipe, ohlinzeka ngokuhlinzekwa kwesofthiwe, ukusekelwa kwama-shader wokubala;
- Isistimu yokulondoloza isikhashana ye-Shader kudiski kumasistimu anama-cores angaphezu kwama-4 CPU;
- Inike amandla isistimu yokwakha ye-Meson ukuze ihlanganiswe ku-Windows isebenzisa i-MSVC ne-MinGW. Ukusetshenziswa kwama-scons ekwakheni kwehlisiwe kumasistimu okungewona awe-Windows;
- Kusetshenziswe isandiso se-EGL EGL_EXT_image_flush_yangaphandle;
- Kwengezwe izandiso ezintsha ze-OpenGL:
- kubashayeli be-i965 kanye ne-iris;
- _kubashayeli be-i965 kanye ne-iris;
- kubashayeli be-i965 kanye ne-iris;
- Kungezwe izandiso kumshayeli we-RADV Vulkan (wamakhadi e-AMD):
- Kungezwe izandiso kumshayeli we-ANV Vulkan (wamakhadi we-Intel):
Ukwengeza, kungaphawulwa nge-AMD ngokomyalo wezakhiwo ze-βVegaβ 7nm APU esekelwe ku-GCN (Graphics Core Next) microarchitecture.
Source: opennet.ru