def main(options, args):
if os.path.exists(options.picklefile):
benchmark_result = pickle.load(open(options.picklefile, 'rb'))
else:
benchmark_result = BenchmarkResultSet()
benchmarks = []
for b in BENCHMARKS:
if b.name in options.benchmarks:
if not b.check():
print "can't run %s benchmark for some reason"%(b.name,)
else:
benchmarks.append(b)
exes = get_executables(args)
pythons = 'python2.5 python2.4 python2.3'.split()
full_pythons = []
for python in pythons:
full_python = py.path.local.sysfind(python)
if full_python:
full_pythons.append(str(full_python))
sys.stdout.flush()
refs = {}
if not options.nocpython:
exes = full_pythons + exes
for i in range(int(options.runcount)) + [None]:
if i is not None:
for exe in exes:
for b in benchmarks:
benchmark_result.result(exe, allowcreate=True).run_benchmark(b, verbose=True)
pickle.dump(benchmark_result, open(options.picklefile, 'wb'))
exe_stats = ['stat:st_mtime', 'exe_name', 'pypy_rev']
if not SPLIT_TABLE:
stats = exe_stats[:]
else:
stats = ['exe']
for b in benchmarks:
stats.append('bench:'+b.name)
if options.relto:
relto = options.relto
else:
relto = full_pythons[0]
kwds = {'relto': relto,
'filteron' :lambda r: r.exe_name in exes,
}
for row in benchmark_result.txt_summary(stats, **kwds):
print row
if SPLIT_TABLE:
print
print 'Reference:'
for row in benchmark_result.txt_summary(['exe'] + exe_stats,
**kwds):
print row
print
def main(options, args):
if os.path.exists(options.picklefile):
benchmark_result = pickle.load(open(options.picklefile, 'rb'))
else:
benchmark_result = BenchmarkResultSet()
benchmarks = []
for b in BENCHMARKS:
if b.name in options.benchmarks:
if not b.check():
print "can't run %s benchmark for some reason" % (b.name, )
else:
benchmarks.append(b)
exes = get_executables(args)
pythons = 'python2.5 python2.4 python2.3'.split()
full_pythons = []
for python in pythons:
full_python = py.path.local.sysfind(python)
if full_python:
full_pythons.append(str(full_python))
sys.stdout.flush()
refs = {}
if not options.nocpython:
exes = full_pythons + exes
for i in range(int(options.runcount)) + [None]:
if i is not None:
for exe in exes:
for b in benchmarks:
benchmark_result.result(
exe, allowcreate=True).run_benchmark(b, verbose=True)
pickle.dump(benchmark_result, open(options.picklefile, 'wb'))
stats = ['stat:st_mtime', 'exe_name', 'pypy_rev']
for b in benchmarks:
stats.append('bench:' + b.name)
if options.relto:
relto = options.relto
else:
relto = full_pythons[0]
for row in benchmark_result.txt_summary(
stats, relto=relto, filteron=lambda r: r.exe_name in exes):
print row
def main(options, args):
if os.path.exists(options.picklefile):
benchmark_result = pickle.load(open(options.picklefile, 'rb'))
else:
benchmark_result = BenchmarkResultSet()
benchmarks = []
for b in BENCHMARKS:
if b.name in options.benchmarks:
if not b.check():
print "can't run %s benchmark for some reason" % (b.name, )
else:
if int(options.sizefactor) > 1:
b = b * int(options.sizefactor)
benchmarks.append(b)
exes = get_executables(args)
pythons = 'python2.6 python2.5 python2.4'.split()
full_pythons = []
for python in pythons:
full_python = py.path.local.sysfind(python)
if full_python:
full_pythons.append(str(full_python))
sys.stdout.flush()
refs = {}
final_error_count = 0
if not options.nocpython:
exes = full_pythons + exes
for i in range(int(options.runcount)) or [None]:
if i is not None:
for exe in exes:
for b in benchmarks:
br = benchmark_result.result(exe, allowcreate=True)
result = br.run_benchmark(b, verbose=options.verbose)
if not result:
final_error_count += 1
if options.relto:
relto = options.relto
else:
relto = full_pythons[0]
if relto not in benchmark_result.benchmarks:
continue
pickle.dump(benchmark_result, open(options.picklefile, 'wb'))
exe_stats = ['stat:st_mtime', 'exe_name', 'pypy_rev']
if not SPLIT_TABLE:
stats = exe_stats[:]
else:
stats = ['exe']
for b in benchmarks:
stats.append('bench:' + b.name)
kwds = {
'relto': relto,
'filteron': lambda r: r.exe_name in exes,
}
for row in benchmark_result.txt_summary(stats, **kwds):
print row
if SPLIT_TABLE:
print
print 'Reference:'
for row in benchmark_result.txt_summary(['exe'] + exe_stats,
**kwds):
print row
print
if final_error_count:
raise SystemExit("%d benchmark run(s) failed (see -FAILED- above)" %
final_error_count)
def main(options, args):
if os.path.exists(options.picklefile):
benchmark_result = pickle.load(open(options.picklefile, 'rb'))
else:
benchmark_result = BenchmarkResultSet()
benchmarks = []
for b in BENCHMARKS:
if b.name in options.benchmarks:
if not b.check():
print "can't run %s benchmark for some reason"%(b.name,)
else:
if int(options.sizefactor) > 1:
b = b * int(options.sizefactor)
benchmarks.append(b)
exes = get_executables(args)
pythons = 'python2.6 python2.5 python2.4'.split()
full_pythons = []
for python in pythons:
full_python = py.path.local.sysfind(python)
if full_python:
full_pythons.append(str(full_python))
sys.stdout.flush()
refs = {}
final_error_count = 0
if not options.nocpython:
exes = full_pythons + exes
for i in range(int(options.runcount)) or [None]:
if i is not None:
for exe in exes:
for b in benchmarks:
br = benchmark_result.result(exe, allowcreate=True)
result = br.run_benchmark(b, verbose=options.verbose)
if not result:
final_error_count += 1
if options.relto:
relto = options.relto
else:
relto = full_pythons[0]
if relto not in benchmark_result.benchmarks:
continue
pickle.dump(benchmark_result, open(options.picklefile, 'wb'))
exe_stats = ['stat:st_mtime', 'exe_name', 'pypy_rev']
if not SPLIT_TABLE:
stats = exe_stats[:]
else:
stats = ['exe']
for b in benchmarks:
stats.append('bench:'+b.name)
kwds = {'relto': relto,
'filteron' :lambda r: r.exe_name in exes,
}
for row in benchmark_result.txt_summary(stats, **kwds):
print row
if SPLIT_TABLE:
print
print 'Reference:'
for row in benchmark_result.txt_summary(['exe'] + exe_stats,
**kwds):
print row
print
if final_error_count:
raise SystemExit("%d benchmark run(s) failed (see -FAILED- above)"
% final_error_count)
