1. 13 Mar, 2014 6 commits
  2. 12 Mar, 2014 1 commit
  3. 11 Mar, 2014 10 commits
  4. 10 Mar, 2014 4 commits
  5. 08 Mar, 2014 1 commit
  6. 07 Mar, 2014 6 commits
  7. 06 Mar, 2014 5 commits
  8. 05 Mar, 2014 2 commits
    • Gabor Greif's avatar
      Typos in comments · 2d828460
      Gabor Greif authored
    • Joachim Breitner's avatar
      Major Call Arity rework · cb8a63cb
      Joachim Breitner authored
      This patch improves the call arity analysis in various ways.
      Most importantly, it enriches the analysis result information so that
      when looking at a call, we do not have to make a random choice about
      what side we want to take the information from. Instead we can combine
      the results in a way that does not lose valuable information.
      To do so, besides the incoming arities, we store remember "what can be
      called with what", i.e. an undirected graph between the (interesting)
      free variables of an expression. Of course it makes combining the
      results a bit more tricky (especially mutual recursion), but still
      The actually implemation of the graph structure is abstractly put away
      in a module of its own (UnVarGraph.hs)
      The implementation is geared towards efficiently representing the graphs
      that we need (which can contain large complete and large complete
      bipartite graphs, which would be huge in other representations). If
      someone feels like designing data structures: There is surely some
      speed-up to be obtained by improving that data structure.
      Additionally, the analysis now takes into account that if a RHS stays a
      thunk, then its calls happen only once, even if the variables the RHS is
      bound to is evaluated multiple times, or is part of a recursive group.
  9. 04 Mar, 2014 1 commit
  10. 03 Mar, 2014 1 commit
  11. 01 Mar, 2014 2 commits
  12. 28 Feb, 2014 1 commit
    • Austin Seipp's avatar
      binary-dist: when using xz, use extreme compression. · 251b18ab
      Austin Seipp authored
      When building a binary distribution with TAR_COMP=xz, using the -9e flag
      (extremely high compression) results in substantial savings: for the
      Mavericks builds, bzip2 scores in at about 120mb, while xz at level 9
      scores about 60mb - a huge reduction!
      This of course takes significantly longer - but it does not affect
      decompression speed for end users, so it's certainly worth it.
      Signed-off-by: default avatarAustin Seipp <austin@well-typed.com>