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Intel Compute Runtime 24.13.29138.7 Brings Improved OpenCL/OpenGL Sharing

As the first new release to Intel's open-source Compute Runtime stack in about one month for this OpenCL and Level Zero compute support, Intel Compute Runtime 24.13.29138.7 was released this morning with much improved OpenCL/OpenGL sharing and interoperability on Linux, out-of-the-box support for the Xe kernel graphics driver, new optimizations, and many other changes. ....

Intel Data Center , Compute Runtime , Level Zero , Intel Compute Runtime , Vinci Resolve , Link Time Optimization , Inux Hardware Reviews , Inux Hardware Benchmarks , Inux Server Benchmarks , Inux Benchmarking , Esktop Linux , Inux Performance , Pen Source Graphics , Inux How To , Buntu Benchmarks , Buntu Hardware , Horonix Test Suite ,

Extend a C/C++ Project with Zig

Zig is not just a programming language but also a toolchain that can help you maintain and gradually. Tagged with c, cpp, cabi. ....

Zig Software Foundation , Redis Module , Redis Object , Link Time Optimization , Zig Learn ,

GCC Gets a New Frontend for Rust

Slashdot reader sleeping cat shares a recent FOSDEM talk by a compiler engineer on the team building Rust-GCC, "an alternative compiler implementation for the Rust programming language."

"If gccrs interprets a program differently from rustc, this is considered a bug," explains the project s FAQ o. ....

Arthur Cohen , Linux Kernel , Open Source Security , Link Time Optimization ,

Reducing code size with LLVM Machine Outliner on 32-bit Arm targets


Reducing code size with LLVM Machine Outliner on 32-bit Arm targets
Yvan Roux |
9 mins read
With the upcoming release of LLVM 12.0.0, 32-bit Arm targets have gained the full support of the Machine Outliner code size optimization for Arm and Thumb-2 instruction sets. The expected code size gain provided by this optimization is around 5% on average (you can jump straight to the results part for more details). It is not turned on by default (see How to use it section) but our goal is to have it enabled under -Oz for all Arm cores inside LLVM 13.0.0.
Function outlining is a compilation process which consists of replacing a chunk of consecutive statements with a call to a new function containing those statements. In a nutshell, it is the inverse of the well known inlining optimization. It is used in different areas of compilation to achieve various goals such as code refactoring or kernel extraction in source to source compilers, shrinking large functions to reduce c ....

Jessica Paquette , Machine Outliner , Identical Code Folding , Outliner Example , Machine Outlining , Link Time Optimization , Machine Outliner , Code Optimization , Crm Software , ஜெசிகா ப்யாகயெட் , இணைப்பு நேரம் தேர்வுமுறை , ர்ம் மென்பொருள் ,