1. 11 Apr, 2014 2 commits
  2. 10 Apr, 2014 16 commits
  3. 09 Apr, 2014 19 commits
  4. 08 Apr, 2014 3 commits
    • Rob Pike's avatar
      doc/go1.3.html: gccgo status · 96775a36
      Rob Pike authored
      LGTM=iant
      R=iant
      CC=golang-codereviews
      https://golang.org/cl/85720043
      96775a36
    • Adam Langley's avatar
      crypto/(ec)dsa: use Fermat's inversion. · f23d3ea8
      Adam Langley authored
      Now that we have a constant-time P-256 implementation, it's worth
      paying more attention elsewhere.
      
      The inversion of k in (EC)DSA was using Euclid's algorithm which isn't
      constant-time. This change switches to Fermat's algorithm, which is
      much better. However, it's important to note that math/big itself isn't
      constant time and is using a 4-bit window for exponentiation with
      variable memory access patterns.
      
      (Since math/big depends quite deeply on its values being in minimal (as
      opposed to fixed-length) represetation, perhaps crypto/elliptic should
      grow a constant-time implementation of exponentiation in the scalar
      field.)
      
      R=bradfitz
      Fixes #7652.
      
      LGTM=rsc
      R=golang-codereviews, bradfitz, rsc
      CC=golang-codereviews
      https://golang.org/cl/82740043
      f23d3ea8
    • Rob Pike's avatar
      doc/go1.3.html: linker, go command, miscellany · c5f14c55
      Rob Pike authored
      LGTM=bradfitz
      R=golang-codereviews, bradfitz
      CC=golang-codereviews
      https://golang.org/cl/85660043
      c5f14c55