def __main(args: list) -> int:
validate_supported_runtime()
args = __process_arguments(args)
verbose = not args.quiet
setup_loggers(verbose=verbose)
if not args.frameworks:
raise Exception("Framework version (-f) must be specified.")
target_framework_monikers = dotnet \
.FrameworkAction \
.get_target_framework_monikers(args.frameworks)
# Acquire necessary tools (dotnet)
init_tools(architecture=args.architecture,
dotnet_versions=args.dotnet_versions,
target_framework_monikers=target_framework_monikers,
verbose=verbose)
# WORKAROUND
# The MicroBenchmarks.csproj targets .NET Core 2.1, 3.0, 3.1 and 5.0
# to avoid a build failure when using older frameworks (error NETSDK1045:
# The current .NET SDK does not support targeting .NET Core $XYZ)
# we set the TFM to what the user has provided.
os.environ['PERFLAB_TARGET_FRAMEWORKS'] = ';'.join(
target_framework_monikers)
# dotnet --info
dotnet.info(verbose=verbose)
BENCHMARKS_CSPROJ = dotnet.CSharpProject(project=args.csprojfile,
bin_directory=args.bin_directory)
if not args.run_only:
# .NET micro-benchmarks
# Restore and build micro-benchmarks
micro_benchmarks.build(BENCHMARKS_CSPROJ, args.configuration,
target_framework_monikers, args.incremental,
verbose)
# Run micro-benchmarks
if not args.build_only:
upload_container = UPLOAD_CONTAINER
try:
for framework in args.frameworks:
micro_benchmarks.run(BENCHMARKS_CSPROJ, args.configuration,
framework, verbose, args)
globpath = os.path.join(
get_artifacts_directory() if not args.bdn_artifacts else
args.bdn_artifacts, '**', '*perf-lab-report.json')
except CalledProcessError:
getLogger().info("Run failure registered")
# rethrow the caught CalledProcessError exception so that the exception being bubbled up correctly.
raise
dotnet.shutdown_server(verbose)
if args.upload_to_perflab_container:
import upload
upload.upload(globpath, upload_container, UPLOAD_QUEUE,
UPLOAD_TOKEN_VAR, UPLOAD_STORAGE_URI)
def main():
parser = ArgumentParser()
parser.add_argument('operation', choices=operations)
args = parser.parse_args()
setup_loggers(True)
if args.operation == SETUP_BUILD:
shutdown_dotnet_servers()
if not os.path.isdir(const.TMPDIR):
if not os.path.isdir(const.APPDIR):
raise Exception(
"\'app\' folder should exist. Please run pre.py.")
getLogger().info("Backing up project directory...")
shutil.copytree(const.APPDIR,
const.TMPDIR) # backup from app to tmp
else:
if os.path.isdir(const.APPDIR):
shutil.rmtree(const.APPDIR)
getLogger().info("Copying clean project directory...")
shutil.copytree(const.TMPDIR, const.APPDIR) # use the copy
if args.operation == SETUP_NEW:
if not os.path.isdir(const.APPDIR):
getLogger().info("Creating new project directory...")
os.mkdir(const.APPDIR)
if args.operation == CLEANUP:
if os.path.isdir(const.APPDIR):
getLogger().info("Removing project directory...")
shutil.rmtree(const.APPDIR)
def __main(args: list) -> int:
validate_supported_runtime()
args = __process_arguments(args)
verbose = not args.quiet
setup_loggers(verbose=verbose)
# This validation could be cleaner
if args.generate_benchview_data and not args.benchview_submission_name:
raise RuntimeError("""In order to generate BenchView data,
`--benchview-submission-name` must be provided.""")
target_framework_monikers = micro_benchmarks \
.FrameworkAction \
.get_target_framework_monikers(args.frameworks)
# Acquire necessary tools (dotnet, and BenchView)
init_tools(architecture=args.architecture,
dotnet_versions=args.dotnet_versions,
target_framework_monikers=target_framework_monikers,
verbose=verbose)
# WORKAROUND
# The MicroBenchmarks.csproj targets .NET Core 2.0, 2.1, 2.2 and 3.0
# to avoid a build failure when using older frameworks (error NETSDK1045:
# The current .NET SDK does not support targeting .NET Core $XYZ)
# we set the TFM to what the user has provided.
os.environ['PYTHON_SCRIPT_TARGET_FRAMEWORKS'] = ';'.join(
target_framework_monikers)
# dotnet --info
dotnet.info(verbose=verbose)
BENCHMARKS_CSPROJ = dotnet.CSharpProject(project=args.csprojfile,
bin_directory=args.bin_directory)
if not args.run_only:
# .NET micro-benchmarks
# Restore and build micro-benchmarks
micro_benchmarks.build(BENCHMARKS_CSPROJ, args.configuration,
target_framework_monikers, args.incremental,
verbose)
# Run micro-benchmarks
if not args.build_only:
for framework in args.frameworks:
micro_benchmarks.run(BENCHMARKS_CSPROJ, args.configuration,
framework, verbose, args)
benchview.run_scripts(args, verbose, BENCHMARKS_CSPROJ)
if args.upload_to_perflab_container:
if args.architecture == 'arm64':
globpath = os.path.join(
get_artifacts_directory() if not args.bdn_artifacts else
args.bdn_artifacts, '**', '*perf-lab-report.json')
upload.upload(globpath, 'results', 'PERFLAB_UPLOAD_TOKEN',
'pvscmdupload.blob.core.windows.net')
else:
AzCopy.upload_results('', args.bdn_artifacts, verbose=verbose)
def __init__(self, traits: TestTraits):
self.traits = traits
self.testtype = None
self.sdktype = None
self.scenarioname = None
self.coreroot = None
self.crossgenfile = None
setup_loggers(True)
def __main(args: list) -> int:
validate_supported_runtime()
args = __process_arguments(args)
verbose = not args.quiet
setup_loggers(verbose=verbose)
# This validation could be cleaner
if args.generate_benchview_data and not args.benchview_submission_name:
raise RuntimeError("""In order to generate BenchView data,
`--benchview-submission-name` must be provided.""")
# Acquire necessary tools (dotnet, and BenchView)
init_tools(architecture=args.architecture,
frameworks=args.frameworks,
verbose=verbose)
# Configure .NET Runtime
# TODO: Is this still correct across releases?
# Does it belong in the script?
if args.optimization_level == 'min_opt':
os.environ['COMPlus_JITMinOpts'] = '1'
os.environ['COMPlus_TieredCompilation'] = '0'
elif args.optimization_level == 'full_opt':
os.environ['COMPlus_TieredCompilation'] = '0'
# dotnet --info
dotnet.info(verbose=verbose)
# .NET micro-benchmarks
# Restore and build micro-benchmarks
micro_benchmarks.build(args.configuration, args.frameworks,
args.incremental, verbose)
# Run micro-benchmarks
for framework in args.frameworks:
run_args = ['--']
if args.category:
run_args += ['--allCategories', args.category]
if args.corerun:
run_args += ['--coreRun', args.corerun]
if args.cli:
run_args += ['--cli', args.cli]
if args.enable_pmc:
run_args += [
'--counters',
'BranchMispredictions+CacheMisses+InstructionRetired',
]
if args.filter:
run_args += ['--filter'] + args.filter
# Extra BenchmarkDotNet cli arguments.
if args.bdn_arguments:
run_args += args.bdn_arguments
micro_benchmarks.run(args.configuration, framework, verbose, *run_args)
__run_benchview_scripts(args, verbose)
def __main(args: list) -> int:
validate_supported_runtime()
args = __process_arguments(args)
verbose = not args.quiet
setup_loggers(verbose=verbose)
target_framework_monikers = micro_benchmarks \
.FrameworkAction \
.get_target_framework_monikers(args.frameworks)
# Acquire necessary tools (dotnet)
init_tools(architecture=args.architecture,
dotnet_versions=args.dotnet_versions,
target_framework_monikers=target_framework_monikers,
verbose=verbose)
# WORKAROUND
# The MicroBenchmarks.csproj targets .NET Core 2.0, 2.1, 2.2 and 3.0
# to avoid a build failure when using older frameworks (error NETSDK1045:
# The current .NET SDK does not support targeting .NET Core $XYZ)
# we set the TFM to what the user has provided.
os.environ['PERFLAB_TARGET_FRAMEWORKS'] = ';'.join(
target_framework_monikers)
# dotnet --info
dotnet.info(verbose=verbose)
BENCHMARKS_CSPROJ = dotnet.CSharpProject(project=args.csprojfile,
bin_directory=args.bin_directory)
if not args.run_only:
# .NET micro-benchmarks
# Restore and build micro-benchmarks
micro_benchmarks.build(BENCHMARKS_CSPROJ, args.configuration,
target_framework_monikers, args.incremental,
verbose)
# Run micro-benchmarks
if not args.build_only:
for framework in args.frameworks:
micro_benchmarks.run(BENCHMARKS_CSPROJ, args.configuration,
framework, verbose, args)
dotnet.shutdown_server(verbose)
if args.upload_to_perflab_container:
import upload
globpath = os.path.join(
get_artifacts_directory() if not args.bdn_artifacts else
args.bdn_artifacts, '**', '*perf-lab-report.json')
#No queue insertion
upload.upload(globpath, UPLOAD_CONTAINER, None, UPLOAD_TOKEN_VAR,
UPLOAD_STORAGE_URI)
#With queue insertion
upload.upload(globpath, 'resultsandbox', UPLOAD_QUEUE,
UPLOAD_TOKEN_VAR, UPLOAD_STORAGE_URI)
def main():
setup_loggers(True)
shutdown_server(verbose=True)
getLogger().info("Removing project directory...")
if os.path.isdir(const.APPDIR):
shutil.rmtree(const.APPDIR)
getLogger().info("Copying clean project directory...")
copyfrom = const.TMPDIR if os.path.isdir(
const.TMPDIR) else const.SRCDIR # tmp dir for dynamic templates
shutil.copytree(copyfrom, const.APPDIR)
def __main(args: list) -> int:
validate_supported_runtime()
args = __process_arguments(args)
setup_loggers(verbose=args.verbose)
install(
architecture=args.architecture,
channels=args.channels,
verbose=args.verbose,
install_dir=args.install_dir,
)
def __main(args: list) -> int:
try:
validate_supported_runtime()
args = __process_arguments(args)
configuration = args.configuration
frameworks = args.frameworks
incremental = args.incremental
verbose = args.verbose
setup_loggers(verbose=verbose)
# dotnet --info
dotnet.info(verbose)
# dotnet build
build(configuration, frameworks, incremental, verbose)
for framework in frameworks:
run_args = ['--']
if args.category:
run_args += ['--allCategories', args.category]
if args.corerun:
run_args += ['--coreRun', args.corerun]
if args.cli:
run_args += ['--cli', args.cli]
if args.enable_pmc:
run_args += [
'--counters',
'BranchMispredictions+CacheMisses+InstructionRetired',
]
if args.filter:
run_args += ['--filter'] + args.filter
# Extra BenchmarkDotNet cli arguments.
if args.bdn_arguments:
run_args += args.bdn_arguments
# dotnet run
run(configuration, framework, verbose, *run_args)
return 0
except CalledProcessError as ex:
getLogger().error(
'Command: "%s", exited with status: %s', ex.cmd, ex.returncode)
except IOError as ex:
getLogger().error(
"I/O error (%s): %s: %s", ex.errno, ex.strerror, ex.filename)
except SystemExit: # Argparse throws this exception when it exits.
pass
except Exception:
getLogger().error('Unexpected error: %s', sys.exc_info()[0])
getLogger().error(format_exc())
return 1
def __main(args: list) -> int:
try:
validate_supported_runtime()
args = __process_arguments(args)
configuration = args.configuration
frameworks = args.frameworks
incremental = args.incremental
verbose = args.verbose
target_framework_monikers = dotnet.FrameworkAction. \
get_target_framework_monikers(frameworks)
setup_loggers(verbose=verbose)
# dotnet --info
dotnet.info(verbose)
BENCHMARKS_CSPROJ = dotnet.CSharpProject(
project=args.csprojfile,
bin_directory=args.bin_directory
)
# dotnet build
build(
BENCHMARKS_CSPROJ,
configuration,
target_framework_monikers,
incremental,
verbose
)
for framework in frameworks:
# dotnet run
run(
BENCHMARKS_CSPROJ,
configuration,
framework,
verbose,
args
)
return 0
except CalledProcessError as ex:
getLogger().error(
'Command: "%s", exited with status: %s', ex.cmd, ex.returncode)
except IOError as ex:
getLogger().error(
"I/O error (%s): %s: %s", ex.errno, ex.strerror, ex.filename)
except SystemExit: # Argparse throws this exception when it exits.
pass
except Exception:
getLogger().error('Unexpected error: %s', sys.exc_info()[0])
getLogger().error(format_exc())
return 1
def __main(args: list) -> int:
validate_supported_runtime()
args = __process_arguments(args)
verbose = not args.quiet
setup_loggers(verbose=verbose)
# This validation could be cleaner
if args.generate_benchview_data and not args.benchview_submission_name:
raise RuntimeError("""In order to generate BenchView data,
`--benchview-submission-name` must be provided.""")
target_framework_monikers = micro_benchmarks \
.FrameworkAction \
.get_target_framework_monikers(args.frameworks)
# Acquire necessary tools (dotnet, and BenchView)
init_tools(architecture=args.architecture,
target_framework_monikers=target_framework_monikers,
verbose=verbose)
# WORKAROUND
# The MicroBenchmarks.csproj targets .NET Core 2.0, 2.1, 2.2 and 3.0
# to avoid a build failure when using older frameworks (error NETSDK1045:
# The current .NET SDK does not support targeting .NET Core $XYZ)
# we set the TFM to what the user has provided.
os.environ['PYTHON_SCRIPT_TARGET_FRAMEWORKS'] = ';'.join(
target_framework_monikers)
# dotnet --info
dotnet.info(verbose=verbose)
BENCHMARKS_CSPROJ = dotnet.CSharpProject(project=args.csprojfile,
bin_directory=args.bin_directory)
if not args.run_only:
# .NET micro-benchmarks
# Restore and build micro-benchmarks
micro_benchmarks.build(BENCHMARKS_CSPROJ, args.configuration,
target_framework_monikers, args.incremental,
verbose)
# Run micro-benchmarks
if not args.build_only:
for framework in args.frameworks:
micro_benchmarks.run(BENCHMARKS_CSPROJ, args.configuration,
framework, verbose, args)
benchview.run_scripts(args, verbose, BENCHMARKS_CSPROJ)
def __main(args: list) -> int:
validate_supported_runtime()
args = __process_arguments(args)
verbose = not args.quiet
setup_loggers(verbose=verbose)
# if repository is not set, then we are doing a core-sdk in performance repo run
# if repository is set, user needs to supply the commit_sha
if not ((args.commit_sha is None) == (args.repository is None)):
raise ValueError(
'Either both commit_sha and repository should be set or neither')
target_framework_monikers = micro_benchmarks \
.FrameworkAction \
.get_target_framework_monikers(args.frameworks)
# Acquire necessary tools (dotnet, and BenchView)
# For arm64 runs, download the x64 version so we can get the information we need, but set all variables
# as if we were running normally. This is a workaround due to the fact that arm64 binaries cannot run
# in the cross containers, so we are running the ci setup script in a normal ubuntu container
architecture = 'x64' if args.architecture == 'arm64' else args.architecture
init_tools(architecture=architecture,
dotnet_versions=args.dotnet_versions,
target_framework_monikers=target_framework_monikers,
verbose=verbose)
# dotnet --info
dotnet.info(verbose=verbose)
# When running on internal repos, the repository comes to us incorrectly
# (ie https://github.com/dotnet-coreclr). Replace dashes with slashes in that case.
repo_url = None if args.repository is None else args.repository.replace(
'-', '/')
variable_format = 'set %s=%s\n' if sys.platform == 'win32' else 'export %s=%s\n'
owner, repo = ('dotnet', 'core-sdk') if args.repository is None else (
dotnet.get_repository(repo_url))
config_string = ';'.join(
args.build_configs) if sys.platform == 'win32' else '"%s"' % ';'.join(
args.build_configs)
remove_dotnet = False
output = ''
with push_dir(get_repo_root_path()):
output = check_output(['git', 'rev-parse', 'HEAD'])
decoded_lines = []
for line in output.splitlines():
decoded_lines = decoded_lines + [line.decode('utf-8')]
decoded_output = ''.join(decoded_lines)
perfHash = decoded_output if args.get_perf_hash else args.perf_hash
remove_frameworks = ['netcoreapp3.0', 'netcoreapp5.0']
for framework in target_framework_monikers:
if framework.startswith('netcoreapp'):
if framework in remove_frameworks:
remove_dotnet = True
target_framework_moniker = micro_benchmarks.FrameworkAction.get_target_framework_moniker(
framework)
dotnet_version = dotnet.get_dotnet_version(
target_framework_moniker, args.cli)
commit_sha = dotnet.get_dotnet_sdk(
target_framework_moniker,
args.cli) if args.commit_sha is None else args.commit_sha
source_timestamp = dotnet.get_commit_date(target_framework_moniker,
commit_sha, repo_url)
branch = micro_benchmarks.FrameworkAction.get_branch(
target_framework_moniker) if not args.branch else args.branch
getLogger().info("Writing script to %s" % args.output_file)
with open(args.output_file, 'w') as out_file:
out_file.write(variable_format % ('PERFLAB_INLAB', '1'))
out_file.write(variable_format %
('PERFLAB_REPO', '/'.join([owner, repo])))
out_file.write(variable_format % ('PERFLAB_BRANCH', branch))
out_file.write(variable_format %
('PERFLAB_PERFHASH', perfHash))
out_file.write(variable_format % ('PERFLAB_HASH', commit_sha))
out_file.write(variable_format % ('PERFLAB_QUEUE', args.queue))
out_file.write(variable_format %
('PERFLAB_BUILDNUM', args.build_number))
out_file.write(variable_format %
('PERFLAB_BUILDARCH', args.architecture))
out_file.write(variable_format %
('PERFLAB_LOCALE', args.locale))
out_file.write(variable_format %
('PERFLAB_BUILDTIMESTAMP', source_timestamp))
out_file.write(variable_format %
('PERFLAB_CONFIGS', config_string))
out_file.write(variable_format %
('DOTNET_VERSION', dotnet_version))
out_file.write(variable_format %
('PERFLAB_TARGET_FRAMEWORKS', framework))
else:
with open(args.output_file, 'w') as out_file:
out_file.write(variable_format % ('PERFLAB_INLAB', '0'))
out_file.write(variable_format %
('PERFLAB_TARGET_FRAMEWORKS', framework))
# On non-windows platforms, delete dotnet, so that we don't have to deal with chmoding it on the helix machines
# This is only necessary for netcoreapp3.0 and netcoreapp5.0
if sys.platform != 'win32' and remove_dotnet:
dotnet.remove_dotnet(architecture)
def __init__(self, traits: TestTraits):
self.traits = traits
self.testtype = None
self.sdktype = None
setup_loggers(True)
def __main(args: list) -> int:
setup_loggers(verbose=True)
args = __process_arguments(args)
rootPath = os.path.normpath(os.path.join(os.path.dirname(__file__), '..'))
sdkPath = os.path.join(rootPath, 'tools', 'dotnet')
logPrefix = ''
logger = getLogger()
logLevel = logger.getEffectiveLevel()
def log(text: str):
logger.log(logLevel, logPrefix + text)
if args.dry_run:
logPrefix = '[DRY RUN] '
if args.run_once:
if args.bdn_arguments:
args.bdn_arguments += '--iterationCount 1 --warmupCount 0 --invocationCount 1 --unrollFactor 1 --strategy ColdStart'
else:
args.bdn_arguments = '--iterationCount 1 --warmupCount 0 --invocationCount 1 --unrollFactor 1 --strategy ColdStart'
versionTarFiles = []
for versionName in args.versions:
version = get_version_from_name(versionName)
moniker = version['tfm'].replace(
'nativeaot',
'net') # results of nativeaotX.0 are stored in netX.0 folder
resultsPath = os.path.join(rootPath, 'artifacts', 'bin',
'MicroBenchmarks', 'Release', moniker,
'BenchmarkDotNet.Artifacts', 'results')
if not args.no_clean:
# Delete any preexisting SDK installations, which allows
# multiple versions to be run from a single command
if os.path.isdir(sdkPath):
log('rmdir -r ' + sdkPath)
if not args.dry_run:
shutil.rmtree(sdkPath)
benchmarkArgs = [
'--skip-logger-setup', '--filter', args.filter, '--architecture',
args.architecture, '-f', version['tfm']
]
if 'build' in version:
benchmarkArgs += ['--dotnet-versions', version['build']]
if args.resume:
benchmarkArgs += ['--resume']
else:
if os.path.isdir(resultsPath):
log('rmdir -r ' + resultsPath)
if not args.dry_run:
shutil.rmtree(resultsPath)
if args.bdn_arguments:
if version['tfm'].startswith('nativeaot'):
benchmarkArgs += [
'--bdn-arguments', args.bdn_arguments +
' --ilCompilerVersion ' + version['ilc']
]
else:
benchmarkArgs += ['--bdn-arguments', args.bdn_arguments]
elif version['tfm'].startswith('nativeaot'):
benchmarkArgs += [
'--bdn-arguments', '--ilCompilerVersion ' + version['ilc']
]
log('Executing: benchmarks_ci.py ' + str.join(' ', benchmarkArgs))
if not args.dry_run:
try:
benchmarks_ci.__main(benchmarkArgs)
except CalledProcessError:
log('benchmarks_ci exited with non zero exit code, please check the log and report benchmark failure'
)
# don't rethrow if some results were produced, as we want to create the tar file with results anyway
if not os.path.isdir(resultsPath):
raise
log('Results were created in the following folder:')
log(' ' + resultsPath)
timestamp = datetime.now().strftime('%Y-%m-%d-%H-%M')
if args.device_name:
resultsName = timestamp + '-' + args.device_name + '-' + versionName
else:
resultsName = timestamp + '-' + versionName
resultsName = args.architecture + '-' + resultsName
resultsTarPath = os.path.join(rootPath, 'artifacts',
resultsName + '.tar.gz')
versionTarFiles += [resultsTarPath]
if not args.dry_run:
resultsTar = tarfile.open(resultsTarPath, 'w:gz')
resultsTar.add(resultsPath, arcname=resultsName)
resultsTar.close()
log('Results were collected into the following tar archive(s):')
for versionTarFile in versionTarFiles:
log(' ' + versionTarFile)
def __main(args: list) -> int:
validate_supported_runtime()
args = __process_arguments(args)
verbose = not args.quiet
setup_loggers(verbose=verbose)
# if repository is not set, then we are doing a core-sdk in performance repo run
# if repository is set, user needs to supply the commit_sha
if not ((args.commit_sha is None) == (args.repository is None)):
raise ValueError(
'Either both commit_sha and repository should be set or neither')
# Acquire necessary tools (dotnet)
# For arm64 runs, download the x64 version so we can get the information we need, but set all variables
# as if we were running normally. This is a workaround due to the fact that arm64 binaries cannot run
# in the cross containers, so we are running the ci setup script in a normal ubuntu container
architecture = 'x64' if args.architecture == 'arm64' else args.architecture
init_tools(architecture=architecture,
dotnet_versions=args.dotnet_versions,
channel=args.channel,
verbose=verbose,
install_dir=args.install_dir)
# dotnet --info
dotnet.info(verbose=verbose)
# When running on internal repos, the repository comes to us incorrectly
# (ie https://github.com/dotnet-coreclr). Replace dashes with slashes in that case.
repo_url = None if args.repository is None else args.repository.replace(
'-', '/')
variable_format = 'set %s=%s\n' if sys.platform == 'win32' else 'export %s=%s\n'
path_variable = 'set PATH=%%PATH%%;%s\n' if sys.platform == 'win32' else 'export PATH=$PATH:%s\n'
dotnet_path = '%HELIX_CORRELATION_PAYLOAD%\dotnet' if sys.platform == 'win32' else '$HELIX_CORRELATION_PAYLOAD/dotnet'
owner, repo = ('dotnet', 'core-sdk') if args.repository is None else (
dotnet.get_repository(repo_url))
config_string = ';'.join(
args.build_configs) if sys.platform == 'win32' else '"%s"' % ';'.join(
args.build_configs)
output = ''
with push_dir(get_repo_root_path()):
output = check_output(['git', 'rev-parse', 'HEAD'])
decoded_lines = []
for line in output.splitlines():
decoded_lines = decoded_lines + [line.decode('utf-8')]
decoded_output = ''.join(decoded_lines)
perfHash = decoded_output if args.get_perf_hash else args.perf_hash
framework = ChannelMap.get_target_framework_moniker(args.channel)
if framework.startswith('netcoreapp'):
target_framework_moniker = dotnet.FrameworkAction.get_target_framework_moniker(
framework)
dotnet_version = dotnet.get_dotnet_version(target_framework_moniker,
args.cli)
commit_sha = dotnet.get_dotnet_sdk(
target_framework_moniker,
args.cli) if args.commit_sha is None else args.commit_sha
source_timestamp = dotnet.get_commit_date(target_framework_moniker,
commit_sha, repo_url)
branch = ChannelMap.get_branch(
args.channel) if not args.branch else args.branch
getLogger().info("Writing script to %s" % args.output_file)
with open(args.output_file, 'w') as out_file:
out_file.write(variable_format % ('PERFLAB_INLAB', '1'))
out_file.write(variable_format %
('PERFLAB_REPO', '/'.join([owner, repo])))
out_file.write(variable_format % ('PERFLAB_BRANCH', branch))
out_file.write(variable_format % ('PERFLAB_PERFHASH', perfHash))
out_file.write(variable_format % ('PERFLAB_HASH', commit_sha))
out_file.write(variable_format % ('PERFLAB_QUEUE', args.queue))
out_file.write(variable_format %
('PERFLAB_BUILDNUM', args.build_number))
out_file.write(variable_format %
('PERFLAB_BUILDARCH', args.architecture))
out_file.write(variable_format % ('PERFLAB_LOCALE', args.locale))
out_file.write(variable_format %
('PERFLAB_BUILDTIMESTAMP', source_timestamp))
out_file.write(variable_format %
('PERFLAB_CONFIGS', config_string))
out_file.write(variable_format %
('DOTNET_VERSION', dotnet_version))
out_file.write(variable_format %
('PERFLAB_TARGET_FRAMEWORKS', framework))
out_file.write(variable_format %
('DOTNET_CLI_TELEMETRY_OPTOUT', '1'))
out_file.write(variable_format % ('DOTNET_MULTILEVEL_LOOKUP', '0'))
out_file.write(variable_format % ('UseSharedCompilation', 'false'))
out_file.write(variable_format % ('DOTNET_ROOT', dotnet_path))
out_file.write(path_variable % dotnet_path)
else:
with open(args.output_file, 'w') as out_file:
out_file.write(variable_format % ('PERFLAB_INLAB', '0'))
out_file.write(variable_format %
('PERFLAB_TARGET_FRAMEWORKS', framework))
out_file.write(path_variable % dotnet_path)
# The '_Framework' is needed for specifying frameworks in proj files and for building tools later in the pipeline
__write_pipeline_variable('_Framework', framework)
def __main(args: list) -> int:
validate_supported_runtime()
args = __process_arguments(args)
verbose = not args.quiet
setup_loggers(verbose=verbose)
# if repository is not set, then we are doing a core-sdk in performance repo run
# if repository is set, user needs to supply the commit_sha
if not ((args.commit_sha is None) == (args.repository is None)):
raise ValueError('Either both commit_sha and repository should be set or neither')
target_framework_monikers = micro_benchmarks \
.FrameworkAction \
.get_target_framework_monikers(args.frameworks)
# Acquire necessary tools (dotnet, and BenchView)
init_tools(
architecture=args.architecture,
dotnet_versions=args.dotnet_versions,
target_framework_monikers=target_framework_monikers,
verbose=verbose
)
# dotnet --info
dotnet.info(verbose=verbose)
variable_format = 'set %s=%s\n' if sys.platform == 'win32' else 'export %s=%s\n'
owner, repo = ('dotnet', 'core-sdk') if args.repository is None else (dotnet.get_repository(args.repository))
config_string = ';'.join(args.build_configs) if sys.platform == 'win32' else '"%s"' % ';'.join(args.build_configs)
is_netcoreapp_30 = False
output = ''
with push_dir(get_repo_root_path()):
output = check_output(['git', 'rev-parse', 'HEAD'])
decoded_lines = []
for line in output.splitlines():
decoded_lines = decoded_lines + [line.decode('utf-8')]
decoded_output = ''.join(decoded_lines)
perfHash = decoded_output if args.get_perf_hash else args.perf_hash
for framework in target_framework_monikers:
if framework.startswith('netcoreapp'):
if framework == 'netcoreapp3.0':
is_netcoreapp_30 = True
target_framework_moniker = micro_benchmarks.FrameworkAction.get_target_framework_moniker(framework)
dotnet_version = dotnet.get_dotnet_version(target_framework_moniker, args.cli)
commit_sha = dotnet.get_dotnet_sdk(target_framework_moniker, args.cli) if args.commit_sha is None else args.commit_sha
source_timestamp = dotnet.get_commit_date(target_framework_moniker, commit_sha, args.repository)
branch = micro_benchmarks.FrameworkAction.get_branch(target_framework_moniker) if not args.branch else args.branch
getLogger().info("Writing script to %s" % args.output_file)
with open(args.output_file, 'w') as out_file:
out_file.write(variable_format % ('PERFLAB_INLAB', '1'))
out_file.write(variable_format % ('PERFLAB_REPO', '/'.join([owner, repo])))
out_file.write(variable_format % ('PERFLAB_BRANCH', branch))
out_file.write(variable_format % ('PERFLAB_PERFHASH', perfHash))
out_file.write(variable_format % ('PERFLAB_HASH', commit_sha))
out_file.write(variable_format % ('PERFLAB_QUEUE', args.queue))
out_file.write(variable_format % ('PERFLAB_BUILDNUM', args.build_number))
out_file.write(variable_format % ('PERFLAB_BUILDARCH', args.architecture))
out_file.write(variable_format % ('PERFLAB_LOCALE', args.locale))
out_file.write(variable_format % ('PERFLAB_BUILDTIMESTAMP', source_timestamp))
out_file.write(variable_format % ('PERFLAB_CONFIGS', config_string))
out_file.write(variable_format % ('DOTNET_VERSION', dotnet_version))
else:
with open(args.output_file, 'w') as out_file:
out_file.write(variable_format % ('PERFLAB_INLAB', '0'))
# On non-windows platforms, delete dotnet, so that we don't have to deal with chmoding it on the helix machines
# This is only necessary for netcoreapp3.0
if sys.platform != 'win32' and is_netcoreapp_30:
dotnet.remove_dotnet(args.architecture)
'''
pre-command
'''
import sys
from performance.logger import setup_loggers
from shared.precommands import PreCommands
from shared import const
from test import EXENAME
setup_loggers(True)
precommands = PreCommands()
precommands.new(template='razorclasslib',
output_dir=const.APPDIR,
bin_dir=const.BINDIR,
exename=EXENAME,
working_directory=sys.path[0])
precommands.execute()
def __main():
validate_supported_runtime()
setup_loggers(verbose=True)
install()
def __main(args: list) -> int:
setup_loggers(verbose=True)
args = __process_arguments(args)
rootPath = os.path.normpath(os.path.join(os.path.dirname(__file__), '..'))
sdkPath = os.path.join(rootPath, 'tools', 'dotnet', args.architecture)
logPrefix = ''
if args.dry_run:
logPrefix = '[DRY RUN] '
for versionName in args.versions:
version = get_version_from_name(versionName)
resultsPath = os.path.join(rootPath, 'artifacts', 'bin',
'MicroBenchmarks', 'Release',
version['tfm'], 'BenchmarkDotNet.Artifacts',
'results')
if not args.no_clean:
# Delete any preexisting SDK and results, which allows
# multiple versions to be run from a single command
if os.path.isdir(sdkPath):
getLogger().log(getLogger().getEffectiveLevel(),
logPrefix + 'rmdir -r ' + sdkPath)
if not args.dry_run:
shutil.rmtree(sdkPath)
if os.path.isdir(resultsPath):
getLogger().log(getLogger().getEffectiveLevel(),
logPrefix + 'rmdir -r ' + resultsPath)
if not args.dry_run:
shutil.rmtree(resultsPath)
benchmarkArgs = [
'--skip-logger-setup', '--filter', args.filter, '--architecture',
args.architecture, '-f', version['tfm']
]
if 'build' in version:
benchmarkArgs += ['--dotnet-versions', version['build']]
if args.bdn_arguments:
benchmarkArgs += ['--bdn-arguments', args.bdn_arguments]
getLogger().log(
getLogger().getEffectiveLevel(), logPrefix +
'Executing: benchmarks_ci.py ' + str.join(' ', benchmarkArgs))
if not args.dry_run:
benchmarks_ci.__main(benchmarkArgs)
getLogger().log(
getLogger().getEffectiveLevel(),
logPrefix + 'Results were created in the following folder:')
getLogger().log(getLogger().getEffectiveLevel(),
logPrefix + ' ' + resultsPath)
timestamp = datetime.now().strftime('%Y-%m-%d-%H-%M')
if args.device_name:
resultsName = timestamp + '-' + args.device_name + '-' + versionName
else:
resultsName = timestamp + '-' + versionName
resultsTarPath = os.path.join(rootPath, 'artifacts',
resultsName + '.tar.gz')
if not args.dry_run:
resultsTar = tarfile.open(resultsTarPath, 'w:gz')
resultsTar.add(resultsPath, arcname=resultsName)
resultsTar.close()
getLogger().log(
getLogger().getEffectiveLevel(), logPrefix +
'Results were collected into the following tar archive:')
getLogger().log(getLogger().getEffectiveLevel(),
logPrefix + ' ' + resultsTarPath)
