def __bit_already_installed(self, name, version):
try:
bit_description = project_descriptor_parser.parse_from(
f'bits/{name}')
return bit_description.version == version
except:
return False
def install(self, name, version):
if self.__bit_already_installed(name, version):
print(f'cpm: bit already installed: {name}:{version}')
return
project_description = project_descriptor_parser.parse_from('.')
self._log_install_or_upgrade(project_description, name, version)
bit_download = self.cpm_hub_connector.download_bit(name, version)
self.bit_installer.install(bit_download)
def load(self, directory):
project_descriptor = project_descriptor_parser.parse_from(directory)
# TODO: Target specific bits
self.parse_build_bit_descriptors(project_descriptor.build.bits,
project_descriptor.build.declared_bits,
lambda description: description.build.declared_bits)
self.parse_build_bit_descriptors(project_descriptor.test.bits,
project_descriptor.test.declared_bits,
lambda description: description.test.declared_bits)
return project_composer.compose(project_descriptor)
def load(self, directory, target_name='default'):
project_descriptor = project_descriptor_parser.parse_from(directory)
if not target_is_valid(project_descriptor, target_name):
raise InvalidTarget
# TODO: Target specific bits
self.parse_bit_build_descriptors(
project_descriptor.build.bits,
project_descriptor.build.declared_bits,
lambda description: description.build.declared_bits)
self.parse_bit_build_descriptors(
project_descriptor.test.bits,
project_descriptor.test.declared_bits,
lambda description: description.test.declared_bits)
return project_composer.compose(project_descriptor, target_name)
def parse_bit_build_descriptors(self, bits, declared_bits,
next_declared_bits):
for declared_bit in declared_bits:
if declared_bit.name not in bits:
try:
bit_descriptor = project_descriptor_parser.parse_from(
f'bits/{declared_bit.name}')
bit_descriptor.declared_bit = declared_bit
bits[declared_bit.name] = bit_descriptor
self.parse_bit_build_descriptors(
bits, next_declared_bits(bit_descriptor),
next_declared_bits)
except ProjectDescriptorNotFound:
print(
f'cpm: warning: bit \'{declared_bit.name}:{declared_bit.version}\' not installed. '
f'Run \'cpm install\' to install missing bits.')
def __install_recursively(self, directory='.'):
project_descriptor = project_descriptor_parser.parse_from(directory)
for declared_bit in project_descriptor.build.declared_bits:
self.install(declared_bit.name, declared_bit.version)
self.__install_recursively(f'bits/{declared_bit.name}')
def install_all(self, directory='.'):
self.__install_recursively(directory)
project_descriptor = project_descriptor_parser.parse_from(directory)
for declared_bit in project_descriptor.test.declared_bits:
self.install(declared_bit.name, declared_bit.version)
def publish_template(self):
project_descriptor = project_descriptor_parser.parse_from('.')
package_name = self.template_packager.pack(project_descriptor, 'dist')
self.cpm_hub_connector.publish_template(project_descriptor,
package_name)
def parse_build_bit_descriptors(self, bits, declared_bits, next_declared_bits):
for declared_bit in declared_bits:
if declared_bit.name not in bits:
bit_descriptor = project_descriptor_parser.parse_from(f'bits/{declared_bit.name}')
bits[declared_bit.name] = bit_descriptor
self.parse_build_bit_descriptors(bits, next_declared_bits(bit_descriptor), next_declared_bits)