llvm-project
The LLVM Project is a collection of modular and reusable compiler and toolchain technologies.
Explore LLVM codegen options and their impact on instruction selection. Discover how TargetOptions and CodeGenOptions influence the IR to machine instruction conversion process.
How to Debug LLVM Using Crash Dumps: A Step-by-Step GuideLearn to debug LLVM with crash dumps. Use core dumps in LLDB or GDB to inspect compiler state after a fatal signal. Follow our step-by-step guide for effective LLVM debugging.
How to Use LLVM's C API (LLVM-C) to Build Custom Tools: A Complete GuideMaster LLVM's C API (LLVM-C) to build custom tools. This guide covers IR generation, JIT compilation, and code execution using key LLVM-C functions. Start building now!
How to Build LLVM with Link Time Optimization (LTO)Learn how to build LLVM with Link Time Optimization LTO using CMake options like Thin or Full. Ensure you use LLD or Gold for effective LTO builds in your llvm project.
Polly Polyhedral Framework: LLVM's Mathematical Loop OptimizerDiscover Polly, LLVM's polyhedral optimizer. Transform loops mathematically for advanced optimizations like tiling and automatic parallelization on SCoPs. Boost your code's performance.
How Does libc++ Compare to Other C++ Standard Libraries?Discover how libc++ stands out from GNU libstdc++ and Microsoft STL. LLVM's modern C++ library offers better C++20/23 support, configurable hardening, and LLVM toolchain integration.
LLVM Performance Profiling with `perf` and Intel VTune: A Complete GuideMaster LLVM performance profiling with Linux perf and Intel VTune. Learn to convert perf recordings with llvm-profgen and analyze JIT-compiled code with VTune for optimal performance.
How to Enable Z3 Solver Support in LLVM for Symbolic ExecutionLearn how to enable Z3 solver support in LLVM for symbolic execution. Configure your build with LLVM_ENABLE_Z3_SOLVER=ON and streamline your static analysis workflow.
What Is MLIR and How Does It Relate to LLVM: A Technical Deep DiveDiscover MLIR, LLVM's flexible compiler infrastructure. Learn how MLIR's modular dialects enable advanced compiler front-ends, optimizers, and code generators. Dive deep into this LLVM sub-project.
How to Use LLVM TableGen for Defining Instruction Sets: A Complete GuideLearn to use LLVM TableGen to define instruction sets in .td files and generate C++ backend code with the llvm-tblgen tool. Master this essential LLVM feature today.
How LLVM Bitcode Format Works for Serialization: A Deep Dive into IR Module EncodingDiscover how LLVM bitcode serializes IR modules with a hierarchical block and record structure. Learn about efficient storage, transmission, and lazy loading.
LLDB Debugger Architecture and Clang AST Integration: A Technical Deep DiveExplore the LLDB debugger architecture and its seamless integration with Clang ASTs. Understand how LLDB parses user expressions and resolves types for efficient debugging.
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