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unnecessarily. Most prominently, no longer re-run 'tar xf &&
configure' every benchmark run. Instead, if configure was
successfully executed last benchmark run, just do 'make clean'. This
is equivalent to what we do now between build runs, when the
repeat-count is > 1.
This feature is not turned on by default, but must be enabled with the
new --force=0 flag. --force=1 keeps the same behavior as before: we
always re-run configure in each build-directory. --force=2 adds more
repeat-work than before; in --force=2 mode, we always re-download the
package from the web, even if we had successfully downloaded it
before.
Note that the 'tar' command currently warms the file-cache, which
makes build times more consistent, so there is so cost to setting
--force=0, in terms of the data collected.
Reviewed by klarlund
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This makes the linux kernel build with pump-mode when the benchmark script is
used.
Also, include the '-t' option to the include server; that prints out the elapsed
and CPU times at the end of the build.
REVIEW: csilvers@google.com
TESTS: (on quad-cpu workstation)
DISTCC_HOSTS="--randomize `/home/klarlund/svn-distcc/distcc/lsdistcc -P1 -k100 -d`" PATH=`pwd`:$PATH bench/benchmark.py --cc='/usr/crosstool/v10/gcc-4.2.1-glibc-2.3.2/x86_64-unknown-linux-gnu/bin/x86_64-unknown-linux-gnu-gcc' --cxx='void' -n 5 -c 'pump,h40,j120' -c 'dist,h40,j32' linux-2.6.25
project compiler time s.d.
linux-2.6.25 pump_h39_j120 69.6525s 3.0969s
linux-2.6.25 dist_h39_j32 103.8416s 10.8041s
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(typically the only change is in the FSF street address). Add Google
copyright line in some places it was missing. Add GPLv2 notice to
avahi patches.
OKed by fergus
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Get rid of source_name, which isn't used anywhere.
Also, add a few more benchmark projects. These are big(ish) and
written in C++, to test distcc on C++ code.
Reviewed by klarlund@google.com
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directory up to the top level: delete the distcc directory (I already
copied it all to the top level in my last commit).
This requires changing all files that refer to distcc/FOO to refer
directly to FOO instead. Mostly this is Makefile.in and setup.py, but
there are a few other changes in scripts that have to hard-code paths,
like configure.ac and pump.in. Also, several files changed their
comments to refer to the new location, which isn't strictly necessary
but I did anyway.
The only other change I made was to get rid of the hack I had put in
before, which renamed distcc to distcc-bin. I had needed to do that
before, temporarily, because "distcc" was already the name of a
directory, and couldn't also be the name of a binary. Now that the
distcc directory is going away, I can rename the target back to
distcc.
Tested by running './autogen; ./configure; make maintainer-check'.
I also ran 'make pump-check' and 'make distcheck'.
To be reviewed (post-facto) by klarlund@google.com and fergus@google.com
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level. I'm doing this in two stages, because I don't understand svn
enough to be confident to do it in one. This first stage just copies
all the files from distcc/FOO to FOO. Now there are two copies of
each file under distcc; the Makefile/etc uses the one in distcc and
ignores the one at the top level.
The next commit will delete everything under distcc, and rewrite the
Makefile/etc to use the top-level versions instead.
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