def __init__(self, path, data=None):
"""
Load and parse the given XPD
"""
# Save path
self.path = path
# Load our data
if data is None:
self._data = util.load_xpd(path)
else:
self._data = data
# Read fields and define properties
self.name = self._data['name']
self.version = self._data['version']
self.dependencies = self._data.get('dependencies', [])
self.build_dependencies = self._data.get('build-dependencies', [])
self.description = self._data.get('description', '')
def __init__(self, path, data=None):
"""
Load and parse the given XPD
"""
# Save path
self.path = path
# Load our data
if data is None:
self._data = util.load_xpd(path)
else:
self._data = data
# Read fields and define properties
self.name = self._data['name']
self.version = self._data['version']
self.dependencies = self._data.get('dependencies', [])
self.build_dependencies = self._data.get('build-dependencies', [])
self.description = self._data.get('description', '')
def _load_package_info(self, input_val):
"""
Gets all the package info based on the input value, which can be an
the path to a XPD, or XPA file, or package==version string.
"""
# Get all name version pairs from the input
packages = []
if input_val.endswith('.xpa'):
# Grab the name out of the XPA metadata
xpa = XPA(input_val)
name = xpa.info['name']
version = xpa.info['version']
packages.append((name, version))
elif input_val.endswith('.xpd'):
# Path is an xpd file load that then install
xpd_data = util.load_xpd(input_val)
# Check for all those package combinations
if 'packages' in xpd_data:
for name, data in xpd_data['packages'].iteritems():
# Default to main version if one doesn't exist
if data:
version = data.get('version', xpd_data['version'])
else:
version = xpd_data['version']
packages.append((name, version))
else:
packages.append((xpd_data['name'], xpd_data['version']))
else:
# The input_val must be a package name so try to find the xpd
# so first try to find the package in a pre-compile manner
name, version = self._parse_install_input(input_val)
packages.append((name, version))
return packages
def _load_package_info(self, input_val):
"""
Gets all the package info based on the input value, which can be an
the path to a XPD, or XPA file, or package==version string.
"""
# Get all name version pairs from the input
packages = []
if input_val.endswith('.xpa'):
# Grab the name out of the XPA metadata
xpa = XPA(input_val)
name = xpa.info['name']
version = xpa.info['version']
packages.append((name, version))
elif input_val.endswith('.xpd'):
# Path is an xpd file load that then install
xpd_data = util.load_xpd(input_val)
# Check for all those package combinations
if 'packages' in xpd_data:
for name, data in xpd_data['packages'].iteritems():
# Default to main version if one doesn't exist
if data:
version = data.get('version', xpd_data['version'])
else:
version = xpd_data['version']
packages.append((name, version))
else:
packages.append((xpd_data['name'], xpd_data['version']))
else:
# The input_val must be a package name so try to find the xpd
# so first try to find the package in a pre-compile manner
name, version = self._parse_install_input(input_val)
packages.append((name, version))
return packages
