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Introsort based sorting function for libc++Ĭode Size Optimization: Interprocedural Outlining at the IR Level Porting LeakSanitizer: A Beginner's Guide Welcome to the back-end: The LLVM machine representation. Daniel Sanders, Aditya Nandakumar and Justin Bogner Xinmin Tian, Hal Finkel, Tb Schardl, Johannes Doerfert and Vikram AdveīoF - Loop and Accelerator Compilation Using Integer Polyhedra Thoughts and State for Representing Parallelism with Minimal IR Extensions in LLVM Devin Coughlin, Artem Dergachev and Anna Zaks Storing Clang data for IDEs and static analysis Serge Guelton, Adrien Guinet, Juan Manuel Martinez and Pierrick Brunetīuilding Your Product Around LLVM Releases

Outlook.Ĭhallenges when building an LLVM bitcode Obfuscator Vectorizing Loops with VPlan – Current State and Next Steps Douglas Gregor, Slava Pestov and John McCall

Scale, Robust and Regression-Free Loop Optimizations for Scientific Fortran and Modern C++ XRay in LLVM: Function Call Tracing and Analysisĭominator Trees and incremental updates that transcend time Kostya Serebryany, Vitaly Buka and Matt MorehouseĪdding Index‐While‐Building and Refactoring to Clang Structure-aware fuzzing for Clang and LLVM with libprotobuf-mutator The Type Sanitizer: Free Yourself from -fno-strict-aliasingĮnabling Parallel Computing in Chapel with Clang and LLVM The Further Benefits of Explicit Modularization: Modular Codegen Tobias Edler von Koch, Sergei Larin, Shankar Easwaran and Hemant KulkarniĪdvancing Clangd: Bringing persisted indexing to Clang tooling Marcello Maggioni and Charu Chandrasekaranīringing link-time optimization to the embedded world: (Thin)LTO with Linker Scripts Stephen Hines, Nick Desaulniers and Greg HackmannĪpple LLVM GPU Compiler: Embedded Dragons See below for full listing and abstracts.Ĭompiling Android userspace and Linux kernel with LLVM