Be warned, however, that the source tree is huge because it also includes in-place anonymous checkouts of gcc and src. This is nice because you can merge upstream gcc and src sources with their respective tools (svn and cvs).
The top level also includes a little ant build.xml to help you configure, build, test and install a working toolchain. Just run "ant" to get a list of the build targets.
I have some additional tools (ie. ggxamine, to examine static instruction usage) and pre-configured benchmarks (MiBench) which I'll commit to the tree soon as well.
> Be warned, however, that the source tree is huge because it also includes
> in-place anonymous checkouts of gcc and src. This is nice because you can
> merge upstream gcc and src sources with their respective tools (svn and
> cvs).
> The top level also includes a little ant build.xml to help you configure,
> build, test and install a working toolchain. Just run "ant" to get a list
> of the build targets.
> I have some additional tools (ie. ggxamine, to examine static instruction
> usage) and pre-configured benchmarks (MiBench) which I'll commit to the
> tree soon as well.
> Be warned, however, that the source tree is huge because it also includes
> in-place anonymous checkouts of gcc and src. This is nice because you can
> merge upstream gcc and src sources with their respective tools (svn and
> cvs).
> The top level also includes a little ant build.xml to help you configure,
> build, test and install a working toolchain. Just run "ant" to get a list
> of the build targets.
> I have some additional tools (ie. ggxamine, to examine static instruction
> usage) and pre-configured benchmarks (MiBench) which I'll commit to the
> tree soon as well.
