def test(self, vm, cwd=None, opts=[], vmbuild=None):
"""
Run this program as a sanity test.
"""
if (vm in self.ignoredVMs):
return True
if cwd is None:
cwd = self.defaultCwd
parser = OutputParser()
jvmError = re.compile(
r"(?P<jvmerror>([A-Z]:|/).*[/\\]hs_err_pid[0-9]+\.log)")
parser.addMatcher(ValuesMatcher(jvmError, {'jvmError': '<jvmerror>'}))
for successRE in self.successREs:
parser.addMatcher(ValuesMatcher(successRE, {'passed': '1'}))
for failureRE in self.failureREs:
parser.addMatcher(ValuesMatcher(failureRE, {'failed': '1'}))
tee = Tee()
retcode = commands.vm(self.vmOpts + opts + self.cmd,
vm,
nonZeroIsFatal=False,
out=tee.eat,
err=subprocess.STDOUT,
cwd=cwd,
vmbuild=vmbuild)
output = tee.output.getvalue()
valueMaps = parser.parse(output)
if len(valueMaps) == 0:
return False
record = {}
for valueMap in valueMaps:
for key, value in valueMap.items():
if record.has_key(key) and record[key] != value:
mx.abort(
'Inconsistant values returned by test machers : ' +
str(valueMaps))
record[key] = value
jvmErrorFile = record.get('jvmError')
if jvmErrorFile:
mx.log('/!\\JVM Error : dumping error log...')
with open(jvmErrorFile, 'rb') as fp:
mx.log(fp.read())
os.unlink(jvmErrorFile)
return False
if record.get('failed') == '1':
return False
return retcode == 0 and record.get('passed') == '1'
def test(self, vm, cwd=None, extraVmOpts=[], vmbuild=None):
"""
Run this program as a sanity test.
"""
if (vm in self.ignoredVMs):
return True
if cwd is None:
cwd = self.defaultCwd
parser = OutputParser()
jvmError = re.compile(r"(?P<jvmerror>([A-Z]:|/).*[/\\]hs_err_pid[0-9]+\.log)")
parser.addMatcher(ValuesMatcher(jvmError, {'jvmError' : '<jvmerror>'}))
for successRE in self.successREs:
parser.addMatcher(ValuesMatcher(successRE, {'passed' : '1'}))
for failureRE in self.failureREs:
parser.addMatcher(ValuesMatcher(failureRE, {'failed' : '1'}))
tee = Tee()
retcode = commands.vm(self.vmOpts + extraVmOpts + self.cmd, vm, nonZeroIsFatal=False, out=tee.eat, err=subprocess.STDOUT, cwd=cwd, vmbuild=vmbuild)
output = tee.output.getvalue()
valueMaps = parser.parse(output)
if len(valueMaps) == 0:
return False
record = {}
for valueMap in valueMaps:
for key, value in valueMap.items():
if record.has_key(key) and record[key] != value:
mx.abort('Inconsistant values returned by test machers : ' + str(valueMaps))
record[key] = value
jvmErrorFile = record.get('jvmError')
if jvmErrorFile:
mx.log('/!\\JVM Error : dumping error log...')
with open(jvmErrorFile, 'rb') as fp:
mx.log(fp.read())
os.unlink(jvmErrorFile)
return False
if record.get('failed') == '1':
return False
return retcode == 0 and record.get('passed') == '1'
def bench(self, vm, cwd=None, extraVmOpts=[], vmbuild=None):
"""
Run this program as a benchmark.
"""
if (vm in self.ignoredVMs):
return {}
if cwd is None:
cwd = self.defaultCwd
parser = OutputParser()
for successRE in self.successREs:
parser.addMatcher(ValuesMatcher(successRE, {'passed' : '1'}))
for failureRE in self.failureREs:
parser.addMatcher(ValuesMatcher(failureRE, {'failed' : '1'}))
for scoreMatcher in self.scoreMatchers:
parser.addMatcher(scoreMatcher)
if self.benchmarkCompilationRate:
if vm == 'graal':
bps = re.compile(r"ParsedBytecodesPerSecond@final: (?P<rate>[0-9]+)")
ibps = re.compile(r"InlinedBytecodesPerSecond@final: (?P<rate>[0-9]+)")
parser.addMatcher(ValuesMatcher(bps, {'group' : 'ParsedBytecodesPerSecond', 'name' : self.name, 'score' : '<rate>'}))
parser.addMatcher(ValuesMatcher(ibps, {'group' : 'InlinedBytecodesPerSecond', 'name' : self.name, 'score' : '<rate>'}))
else:
ibps = re.compile(r"(?P<compiler>[\w]+) compilation speed: +(?P<rate>[0-9]+) bytes/s {standard")
parser.addMatcher(ValuesMatcher(ibps, {'group' : 'InlinedBytecodesPerSecond', 'name' : '<compiler>:' + self.name, 'score' : '<rate>'}))
startDelim = 'START: ' + self.name
endDelim = 'END: ' + self.name
outputfile = os.environ.get('BENCH_OUTPUT', None)
if outputfile:
# Used only to debug output parsing
with open(outputfile) as fp:
output = fp.read()
start = output.find(startDelim)
end = output.find(endDelim, start)
if start == -1 and end == -1:
return {}
output = output[start + len(startDelim + os.linesep): end]
mx.log(startDelim)
mx.log(output)
mx.log(endDelim)
else:
tee = Tee()
mx.log(startDelim)
if commands.vm(self.vmOpts + extraVmOpts + self.cmd, vm, nonZeroIsFatal=False, out=tee.eat, err=subprocess.STDOUT, cwd=cwd, vmbuild=vmbuild) != 0:
mx.abort("Benchmark failed (non-zero retcode)")
mx.log(endDelim)
output = tee.output.getvalue()
groups = {}
passed = False
for valueMap in parser.parse(output):
assert (valueMap.has_key('name') and valueMap.has_key('score') and valueMap.has_key('group')) or valueMap.has_key('passed') or valueMap.has_key('failed'), valueMap
if valueMap.get('failed') == '1':
mx.abort("Benchmark failed")
if valueMap.get('passed') == '1':
passed = True
groupName = valueMap.get('group')
if groupName:
group = groups.setdefault(groupName, {})
name = valueMap.get('name')
score = valueMap.get('score')
if name and score:
group[name] = score
if not passed:
mx.abort("Benchmark failed (not passed)")
return groups
def bench(self, vm, cwd=None, opts=[], vmbuild=None):
"""
Run this program as a benchmark.
"""
if (vm in self.ignoredVMs):
return {}
if cwd is None:
cwd = self.defaultCwd
parser = OutputParser()
for successRE in self.successREs:
parser.addMatcher(ValuesMatcher(successRE, {'passed': '1'}))
for failureRE in self.failureREs:
parser.addMatcher(ValuesMatcher(failureRE, {'failed': '1'}))
for scoreMatcher in self.scoreMatchers:
parser.addMatcher(scoreMatcher)
if self.benchmarkCompilationRate:
if vm == 'graal':
bps = re.compile(
r"ParsedBytecodesPerSecond@final: (?P<rate>[0-9]+)")
ibps = re.compile(
r"InlinedBytecodesPerSecond@final: (?P<rate>[0-9]+)")
parser.addMatcher(
ValuesMatcher(
bps, {
'group': 'ParsedBytecodesPerSecond',
'name': self.name,
'score': '<rate>'
}))
parser.addMatcher(
ValuesMatcher(
ibps, {
'group': 'InlinedBytecodesPerSecond',
'name': self.name,
'score': '<rate>'
}))
else:
ibps = re.compile(
r"(?P<compiler>[\w]+) compilation speed: +(?P<rate>[0-9]+) bytes/s {standard"
)
parser.addMatcher(
ValuesMatcher(
ibps, {
'group': 'InlinedBytecodesPerSecond',
'name': '<compiler>:' + self.name,
'score': '<rate>'
}))
startDelim = 'START: ' + self.name
endDelim = 'END: ' + self.name
outputfile = os.environ.get('BENCH_OUTPUT', None)
if outputfile:
# Used only to debug output parsing
with open(outputfile) as fp:
output = fp.read()
start = output.find(startDelim)
end = output.find(endDelim, start)
if start == -1 and end == -1:
return {}
output = output[start + len(startDelim + os.linesep):end]
mx.log(startDelim)
mx.log(output)
mx.log(endDelim)
else:
tee = Tee()
mx.log(startDelim)
if commands.vm(self.vmOpts + opts + self.cmd,
vm,
nonZeroIsFatal=False,
out=tee.eat,
err=subprocess.STDOUT,
cwd=cwd,
vmbuild=vmbuild) != 0:
mx.abort("Benchmark failed (non-zero retcode)")
mx.log(endDelim)
output = tee.output.getvalue()
groups = {}
passed = False
for valueMap in parser.parse(output):
assert (valueMap.has_key('name') and valueMap.has_key('score')
and valueMap.has_key('group')) or valueMap.has_key(
'passed') or valueMap.has_key('failed'), valueMap
if valueMap.get('failed') == '1':
mx.abort("Benchmark failed")
if valueMap.get('passed') == '1':
passed = True
groupName = valueMap.get('group')
if groupName:
group = groups.setdefault(groupName, {})
name = valueMap.get('name')
score = valueMap.get('score')
if name and score:
group[name] = score
if not passed:
mx.abort("Benchmark failed (not passed)")
return groups