Calculate Throughput with LLVM's Scheduling Model
(myhsu.xyz)
Compiler, uArch, and a little bit of...jigsaw puzzle?
Compiler, uArch, and a little bit of...jigsaw puzzle?
Introduction to MLIR and Modern Compilers
(vectorfold.studio)
MLIR is a newer project within the LLVM ecosystem, designed to address the challenges of modern hardware accelerators and machine learning frameworks.
MLIR is a newer project within the LLVM ecosystem, designed to address the challenges of modern hardware accelerators and machine learning frameworks.
RealtimeSanitizer for Rust
(steck.tech)
A few months ago, I gave my first talk about Rust for audio apps at AudioDevCon in Bristol. There, I met Chris and David, who presented their work on RealtimeSanitizer (RTSan) - a tool that will be officially included in LLVM20. RTSan is a powerful addition to the developer toolkit, helping detect real-time violations in your code that can be particularly challenging to spot, especially for newcomers to real-time programming.
A few months ago, I gave my first talk about Rust for audio apps at AudioDevCon in Bristol. There, I met Chris and David, who presented their work on RealtimeSanitizer (RTSan) - a tool that will be officially included in LLVM20. RTSan is a powerful addition to the developer toolkit, helping detect real-time violations in your code that can be particularly challenging to spot, especially for newcomers to real-time programming.
Sony Proposes Changing LLVM Clang Default to C++20 Mode
(phoronix.com)
Sony engineers are proposing that the LLVM Clang compiler changes its default C++ mode from C++17 to C++20.
Sony engineers are proposing that the LLVM Clang compiler changes its default C++ mode from C++17 to C++20.
Jank is now running on LLVM IR
(jank-lang.org)
Hi everyone! It's been a very busy couple of months as I've been developing jank's LLVM IR generation, improving jank's semantic analysis, and furthering jank's module loading system.
Hi everyone! It's been a very busy couple of months as I've been developing jank's LLVM IR generation, improving jank's semantic analysis, and furthering jank's module loading system.
LLVM-powered devirtualization
(thalium.re)
This work was carried out during an internship at Thalium on the subject of deobfuscation of virtualized binaries.
This work was carried out during an internship at Thalium on the subject of deobfuscation of virtualized binaries.
Removing global state from LLD, the LLVM linker
(maskray.me)
LLD, the LLVM linker, is a mature and fast linker supporting multiple binary formats (ELF, Mach-O, PE/COFF, WebAssembly). Designed as a standalone program, the code base relies heavily on global state, making it less than ideal for library integration.
LLD, the LLVM linker, is a mature and fast linker supporting multiple binary formats (ELF, Mach-O, PE/COFF, WebAssembly). Designed as a standalone program, the code base relies heavily on global state, making it less than ideal for library integration.
AMD Developing Next-Gen Fortran Compiler Based on Flang, Optimized for AMD GPUs
(phoronix.com)
AMD today went public with details on the "AMD Next-Gen Fortran Compiler" as a new Fortran compiler they are working on based on LLVM's Flang.
AMD today went public with details on the "AMD Next-Gen Fortran Compiler" as a new Fortran compiler they are working on based on LLVM's Flang.
Working with Igalia to Improve RISC-V LLVM Continuous Integration
(riseproject.dev)
The LLVM project provides a very widely used and actively developed suite of compiler and toolchain technologies: including Clang, the LLVM middle-end optimizer and backend code generator, MLIR, LLD linker, and much more. While RISC-V LLVM support has progressed significantly, a key area that needed attention was the limited level of continuous integration (CI) for the RISC-V target.
The LLVM project provides a very widely used and actively developed suite of compiler and toolchain technologies: including Clang, the LLVM middle-end optimizer and backend code generator, MLIR, LLD linker, and much more. While RISC-V LLVM support has progressed significantly, a key area that needed attention was the limited level of continuous integration (CI) for the RISC-V target.
Triaging Clang C++ front end bugs
(shafik.github.io)
I have been triaging clang C++ frontend bugs for about a couple of years now and I wanted to share some of the lessons I have learnt in the hopes that others in the C++/LLVM community can feel less intimidated and get in on the fun as well. I have tried to develop some good practices for triaging and I have attempted to distill those here as well.
I have been triaging clang C++ frontend bugs for about a couple of years now and I wanted to share some of the lessons I have learnt in the hopes that others in the C++/LLVM community can feel less intimidated and get in on the fun as well. I have tried to develop some good practices for triaging and I have attempted to distill those here as well.
Jank development update – Moving to LLVM IR
(jank-lang.org)
Hi everyone! It's been a few months since the last update and I'm excited to outline what's been going on and what's upcoming for jank, the native Clojure dialect.
Hi everyone! It's been a few months since the last update and I'm excited to outline what's been going on and what's upcoming for jank, the native Clojure dialect.
A high-performance, zero-overhead, extensible Python compiler using LLVM
(github.com/exaloop)
Codon is a high-performance Python implementation that compiles to native machine code without any runtime overhead.
Codon is a high-performance Python implementation that compiles to native machine code without any runtime overhead.