Interpreting C++ C++ JITs and REPLs are useful in number of areas such as education and science. The LLDB's expression evaluator, Cling and ClangJIT are based on Clang and its incremental processing facility. The C++ interpreters target to solve different sets of issues, however they share common requirements. We would like to use the round table to discuss common requirements when interpreting C++. We would like to invite developers and users interested in interpreting C++. We would like to discuss a possible way forward for implementing JIT and REPL support infrastructure in Clang and LLVM. Vassil Vassilev, Hal Finkel
LLVM Releases Discuss the current release process and possible areas for improvement. Tom Stellard, Hans Wennborg
Vector Predication Support for predicated SIMD/vector in LLVM is lacking. At this table, we are discussing concrete steps to change that. Topics include:
- LLVM-VP proposal (https://reviews.llvm.org/D57504) - Intersection with constrained-fp intrinsics and backend support (also complex arith). - Design of predicated reduction intrinsics (intersection with llvm.experimental.reduce[.v2].*). - Compatibility with SVE LLVM extension. - <Your topic here>" Simon Moll