def BuildPackage(self, package):
"""Build a single package.
Assumes dependencies of the package have been built.
Args:
package: Package to build.
"""
package_info = self._packages[package]
# Validate the package description.
if 'type' not in package_info:
raise Exception('package %s does not have a type' % package)
type_text = package_info['type']
if type_text not in ('source', 'build'):
raise Exception('package %s has unrecognized type: %s' %
(package, type_text))
is_source_target = type_text == 'source'
if 'commands' not in package_info:
raise Exception('package %s does not have any commands' % package)
# Source targets are the only ones to run when doing sync-only.
if not is_source_target and self._options.sync_sources_only:
logging.debug('Build skipped: not running commands for %s' % package)
return
# Source targets do not run when skipping sync.
if is_source_target and not (
self._options.sync_sources or self._options.sync_sources_only):
logging.debug('Sync skipped: not running commands for %s' % package)
return
pynacl.log_tools.WriteAnnotatorLine(
'@@@BUILD_STEP %s (%s)@@@' % (package, type_text))
logging.debug('Building %s package %s' % (type_text, package))
dependencies = package_info.get('dependencies', [])
# Collect a dict of all the inputs.
inputs = {}
# Add in explicit inputs.
if 'inputs' in package_info:
for key, value in package_info['inputs'].iteritems():
if key in dependencies:
raise Exception('key "%s" found in both dependencies and inputs of '
'package "%s"' % (key, package))
inputs[key] = value
elif type_text != 'source':
# Non-source packages default to a particular input directory.
inputs['src'] = os.path.join(self._options.source, package)
# Add in each dependency by package name.
for dependency in dependencies:
inputs[dependency] = self.GetOutputDir(dependency, True)
# Each package generates intermediate into output/<PACKAGE>_work.
# Clobbered here explicitly.
work_dir = os.path.join(self._options.output, package + '_work')
if self._options.clobber:
logging.debug('Clobbering working directory %s' % work_dir)
pynacl.file_tools.RemoveDirectoryIfPresent(work_dir)
pynacl.file_tools.MakeDirectoryIfAbsent(work_dir)
output = self.GetOutputDir(package, False)
output_subdir = self.GetOutputDir(package, True)
if not is_source_target or self._options.clobber_source:
logging.debug('Clobbering output directory %s' % output)
pynacl.file_tools.RemoveDirectoryIfPresent(output)
os.makedirs(output_subdir)
commands = package_info.get('commands', [])
# Create a command option object specifying current build.
cmd_options = command_options.CommandOptions(
work_dir=work_dir,
clobber_working=self._options.clobber,
clobber_source=self._options.clobber_source,
trybot=self._options.trybot,
buildbot=self._options.buildbot)
# Do it.
self._build_once.Run(
package, inputs, output,
commands=commands,
cmd_options=cmd_options,
working_dir=work_dir,
memoize=not is_source_target,
signature_file=self._signature_file,
subdir=output_subdir)
if not is_source_target and self._options.install:
install = pynacl.platform.CygPath(self._options.install)
logging.debug('Installing output to %s' % install)
pynacl.file_tools.CopyTree(output, install)
def BuildPackage(self, package):
"""Build a single package.
Assumes dependencies of the package have been built.
Args:
package: Package to build.
"""
package_info = self._packages[package]
# Validate the package description.
if 'type' not in package_info:
raise BuildError('package %s does not have a type' % package)
type_text = package_info['type']
if type_text not in ('source', 'build', 'build_noncanonical', 'work'):
raise BuildError('package %s has unrecognized type: %s' %
(package, type_text))
is_source_target = type_text == 'source'
is_build_target = type_text in ('build', 'build_noncanonical')
build_signature_key_extra = ''
if type_text == 'build_noncanonical':
build_signature_key_extra = '_' + pynacl.gsd_storage.LegalizeName(
pynacl.platform.PlatformTriple())
if 'commands' not in package_info:
raise BuildError('package %s does not have any commands' % package)
# Source targets are the only ones to run when doing sync-only.
if not is_source_target and self._options.sync_sources_only:
logging.debug('Build skipped: not running commands for %s' %
package)
return
# Source targets do not run when skipping sync.
if is_source_target and not (self._options.sync_sources
or self._options.sync_sources_only):
logging.debug('Sync skipped: not running commands for %s' %
package)
return
if type_text == 'build_noncanonical' and self._options.canonical_only:
logging.debug('Non-canonical build of %s skipped' % package)
return
pynacl.log_tools.WriteAnnotatorLine('@@@BUILD_STEP %s (%s)@@@' %
(package, type_text))
logging.debug('Building %s package %s' % (type_text, package))
dependencies = package_info.get('dependencies', [])
# Collect a dict of all the inputs.
inputs = {}
# Add in explicit inputs.
if 'inputs' in package_info:
for key, value in package_info['inputs'].iteritems():
if key in dependencies:
raise BuildError(
'key "%s" found in both dependencies and inputs of '
'package "%s"' % (key, package))
inputs[key] = value
elif type_text != 'source':
# Non-source packages default to a particular input directory.
inputs['src'] = os.path.join(self._options.source, package)
# Add in each dependency by package name.
for dependency in dependencies:
inputs[dependency] = self.GetOutputDir(dependency, True)
# Each package generates intermediate into output/<PACKAGE>_work.
# Clobbered here explicitly.
work_dir = os.path.join(self._options.output, package + '_work')
if self._options.clobber:
logging.debug('Clobbering working directory %s' % work_dir)
pynacl.file_tools.RemoveDirectoryIfPresent(work_dir)
pynacl.file_tools.MakeDirectoryIfAbsent(work_dir)
output = self.GetOutputDir(package, False)
output_subdir = self.GetOutputDir(package, True)
if not is_source_target or self._options.clobber_source:
logging.debug('Clobbering output directory %s' % output)
pynacl.file_tools.RemoveDirectoryIfPresent(output)
os.makedirs(output_subdir)
commands = package_info.get('commands', [])
# Create a command option object specifying current build.
cmd_options = command_options.CommandOptions(
work_dir=work_dir,
clobber_working=self._options.clobber,
clobber_source=self._options.clobber_source,
trybot=self._options.trybot,
buildbot=self._options.buildbot)
# Do it.
try:
self._build_once.Run(package,
inputs,
output,
commands=commands,
cmd_options=cmd_options,
working_dir=work_dir,
memoize=is_build_target,
signature_file=self._signature_file,
subdir=output_subdir,
bskey_extra=build_signature_key_extra)
except subprocess.CalledProcessError as e:
raise BuildError('Error building %s: %s' % (package, str(e)))
if not is_source_target and self._options.install:
install = pynacl.platform.CygPath(self._options.install)
logging.debug('Installing output to %s' % install)
pynacl.file_tools.CopyTree(output, install)
def BuildPackage(self, package):
"""Build a single package.
Assumes dependencies of the package have been built.
Args:
package: Package to build.
"""
package_info = self._packages[package]
# Validate the package description.
if "type" not in package_info:
raise BuildError("package %s does not have a type" % package)
type_text = package_info["type"]
if type_text not in ("source", "build", "build_noncanonical", "work"):
raise BuildError("package %s has unrecognized type: %s" % (package, type_text))
is_source_target = type_text == "source"
is_build_target = type_text in ("build", "build_noncanonical")
build_signature_key_extra = ""
if type_text == "build_noncanonical":
build_signature_key_extra = "_" + pynacl.gsd_storage.LegalizeName(pynacl.platform.PlatformTriple())
if "commands" not in package_info:
raise BuildError("package %s does not have any commands" % package)
# Source targets are the only ones to run when doing sync-only.
if not is_source_target and self._options.sync_sources_only:
logging.debug("Build skipped: not running commands for %s" % package)
return
# Source targets do not run when skipping sync.
if is_source_target and not (self._options.sync_sources or self._options.sync_sources_only):
logging.debug("Sync skipped: not running commands for %s" % package)
return
if type_text == "build_noncanonical" and self._options.canonical_only:
logging.debug("Non-canonical build of %s skipped" % package)
return
pynacl.log_tools.WriteAnnotatorLine("@@@BUILD_STEP %s (%s)@@@" % (package, type_text))
logging.debug("Building %s package %s" % (type_text, package))
dependencies = package_info.get("dependencies", [])
# Collect a dict of all the inputs.
inputs = {}
# Add in explicit inputs.
if "inputs" in package_info:
for key, value in package_info["inputs"].iteritems():
if key in dependencies:
raise BuildError(
'key "%s" found in both dependencies and inputs of ' 'package "%s"' % (key, package)
)
inputs[key] = value
elif type_text != "source":
# Non-source packages default to a particular input directory.
inputs["src"] = os.path.join(self._options.source, package)
# Add in each dependency by package name.
for dependency in dependencies:
inputs[dependency] = self.GetOutputDir(dependency, True)
# Each package generates intermediate into output/<PACKAGE>_work.
# Clobbered here explicitly.
work_dir = os.path.join(self._options.output, package + "_work")
if self._options.clobber:
logging.debug("Clobbering working directory %s" % work_dir)
pynacl.file_tools.RemoveDirectoryIfPresent(work_dir)
pynacl.file_tools.MakeDirectoryIfAbsent(work_dir)
output = self.GetOutputDir(package, False)
output_subdir = self.GetOutputDir(package, True)
if not is_source_target or self._options.clobber_source:
logging.debug("Clobbering output directory %s" % output)
pynacl.file_tools.RemoveDirectoryIfPresent(output)
os.makedirs(output_subdir)
commands = package_info.get("commands", [])
# Create a command option object specifying current build.
cmd_options = command_options.CommandOptions(
work_dir=work_dir,
clobber_working=self._options.clobber,
clobber_source=self._options.clobber_source,
trybot=self._options.trybot,
buildbot=self._options.buildbot,
)
# Do it.
try:
self._build_once.Run(
package,
inputs,
output,
commands=commands,
cmd_options=cmd_options,
working_dir=work_dir,
memoize=is_build_target,
signature_file=self._signature_file,
subdir=output_subdir,
bskey_extra=build_signature_key_extra,
)
except subprocess.CalledProcessError as e:
raise BuildError("Error building %s: %s" % (package, str(e)))
if not is_source_target and self._options.install:
install = pynacl.platform.CygPath(self._options.install)
logging.debug("Installing output to %s" % install)
pynacl.file_tools.CopyTree(output, install)
def BuildPackage(self, package):
"""Build a single package.
Assumes dependencies of the package have been built.
Args:
package: Package to build.
"""
package_info = self._packages[package]
# Validate the package description.
if 'type' not in package_info:
raise Exception('package %s does not have a type' % package)
type_text = package_info['type']
if type_text not in ('source', 'build'):
raise Execption('package %s has unrecognized type: %s' %
(package, type_text))
is_source_target = type_text == 'source'
if 'commands' not in package_info:
raise Exception('package %s does not have any commands' % package)
# Source targets are the only ones to run when doing sync-only.
if not is_source_target and self._options.sync_sources_only:
logging.debug('Build skipped: not running commands for %s' %
package)
return
# Source targets do not run when skipping sync.
if is_source_target and not (self._options.sync_sources
or self._options.sync_sources_only):
logging.debug('Sync skipped: not running commands for %s' %
package)
return
PrintFlush('@@@BUILD_STEP %s (%s)@@@' % (package, type_text))
logging.debug('Building %s package %s' % (type_text, package))
dependencies = package_info.get('dependencies', [])
# Collect a dict of all the inputs.
inputs = {}
# Add in explicit inputs.
if 'inputs' in package_info:
for key, value in package_info['inputs'].iteritems():
if key in dependencies:
raise Exception(
'key "%s" found in both dependencies and inputs of '
'package "%s"' % (key, package))
inputs[key] = value
else:
inputs['src'] = os.path.join(self._options.source, package)
# Add in each dependency by package name.
for dependency in dependencies:
inputs[dependency] = self.GetOutputDir(dependency, True)
# Each package generates intermediate into output/<PACKAGE>_work.
# Clobbered here explicitly.
work_dir = os.path.join(self._options.output, package + '_work')
if self._options.clobber:
logging.debug('Clobbering working directory %s' % work_dir)
pynacl.file_tools.RemoveDirectoryIfPresent(work_dir)
pynacl.file_tools.MakeDirectoryIfAbsent(work_dir)
output = self.GetOutputDir(package, False)
output_subdir = self.GetOutputDir(package, True)
if not is_source_target or self._options.clobber_source:
logging.debug('Clobbering output directory %s' % output)
pynacl.file_tools.RemoveDirectoryIfPresent(output)
os.makedirs(output_subdir)
commands = package_info.get('commands', [])
if not self._options.clobber and len(os.listdir(work_dir)) > 0:
commands = [
cmd for cmd in commands
if not (hasattr(cmd, 'skip_for_incremental')
and cmd.skip_for_incremental)
]
# Do it.
self._build_once.Run(package,
inputs,
output,
commands=commands,
working_dir=work_dir,
memoize=not is_source_target,
signature_file=self._signature_file,
subdir=output_subdir)
if not is_source_target and self._options.install:
logging.debug('Installing output to %s' % self._options.install)
pynacl.file_tools.CopyTree(output, self._options.install)
