GCC 3.0 Status Report

[Mark Mitchell <mark@codesourcery.com>]

I was flaky with the weekly status report over the last couple of
weeks, but I'm trying to turn over a new leaf.

--
Mark Mitchell                   mark@codesourcery.com
CodeSourcery, LLC               http://www.codesourcery.com

GCC 3.0 Status Report
=====================

Overall
-------

  The Steering Committee has concluded that the release criteria
  are somewhat over-ambitious given the lack of resources available
  to complete some of the tasks.

  Therefore, the GCC 3.0 release will be largely a functionality
  release, featuring the rewritten x86 back-end, improved Java
  compiler, new C++ ABI, and new C++ standard library.  Stability
  will remain a focus, but quality of the generated code will
  become a secondary priority.  This withstanding, we believe that
  GCC 3.0 will generate better code than GCC 2.95.x in many 
  circumstances.

  In the short term, we will focus on compile-time performance, 
  especially in C++.  At that point, application testing will 
  become the major focus.  Performance of the generated code
  will be a greater focus of the 3.1 release.

Last Week
---------

  Analysis of open bugs is largely complete.  Many of the remainder
  are hard to analyze due to being target-specific in various ways.

  Richard Henderson provided a number of DWARF2 fixes and
  improvements.  Zack Weinberg checked in a number of cleanups
  to simply configuration.

  I began working on a variety of compile-time performance
  optimizations.  One of the lowest-hanging pieces of fruit appears
  to be lazy name-mangling in C++.  I've got that working and will
  check it in soon.  Preliminary work on this project broke the ARM
  bootstrap.  This turned out to be a generic optimization bug; it
  is now fixed.

  Numerous other bugs fixed.

Kudos
-----

  For his continuing work on the GCC 3.0 documentation and web-site, 
  the GCC 3.0 Volunteer of the Week is ...

    ... Gerald Pfeifer!

  Congratulations!

Next Week
---------

  Work on compile-time performance.

  Fix critical bugs.