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plan.md

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Intro

  • Part 1: Codegen through template metaprog (new metaprog -> part 2)

    • SotA metaprog (Can't read)
      • C++ (Can't read)
      • Reflection
      • Brigand/mp11
      • Biblio: CTRE, Phoenix, Eigen/Blaze/NT2
      • Can't read
    • Application HPC:
      • GEMV (Low level codegen)
      • Blaze (ET codegen -> Expression level)
    • Conclusion: Limited syntax, ET are so 1990, long compile times

  • Part 2: Metaprog, compilation beyond expression templates (contribution)

    • Methodology: ctbench
    • BF: Metacompilaion of longs programs, trivial Turing-complete language Many examples, easy to generate code, many backends: What codegen strategy is the best?
    • Algebra: Realistic metacompiled language for HPC

  • Conclusion

    • Summary
    • Future work:
      • LR(1) parser generation for constexpr parsing
      • JIT compilation (C++ is the new Julia)
      • LaTeX parsing for reproductibility