def create_dependency_descriptor(requirement_string):
"""
Create a DependencyDescriptor from a PEP440 compliant string.
See https://www.python.org/dev/peps/pep-0440/#version-specifiers
:param str requirement_string: a PEP440 compliant requirement string
:return: A descriptor with version constraints from the requirement string
:rtype: DependencyDescriptor
"""
symbol_mapping = {
'==': 'version_eq',
'!=': 'version_neq',
'<=': 'version_lte',
'>=': 'version_gte',
'>': 'version_gt',
'<': 'version_lt',
}
requirement = parse_requirement(requirement_string)
metadata = {}
for symbol, version in (requirement.constraints or []):
if symbol in symbol_mapping:
metadata[symbol_mapping[symbol]] = version
elif symbol == '~=':
metadata['version_gte'] = version
metadata['version_lt'] = _next_incompatible_version(version)
else:
logger.warning(
"Ignoring unknown symbol '{symbol}' in '{requirement}'".
format_map(locals()))
return DependencyDescriptor(requirement.name, metadata=metadata)
def parse_config(content):
"""
Parse the Bazel project BUILD file content.
:param str content: The Bazel BUILD file content.
:returns: Dictionary of config.
:rtype: dict
"""
quoted = QuotedString(quoteChar='"') | QuotedString(quoteChar='\'')
item_name = pyparsing_common.identifier.setName('id')
item_value = (
Group( # Array values.
Literal('[').suppress() + delimitedList(quoted) +
Literal(']').suppress()) | Group( # Glob case.
Word('glob([').suppress() + delimitedList(quoted) +
Word('])').suppress()) | quoted).setName(
'value') # Quoted string value.
rule_item = Group(item_name + Literal('=').suppress() + item_value +
Optional(',').suppress())
rule_items = Dict(delimitedList(rule_item))
rule_values = nestedExpr(content=rule_items)
rule_taret = item_name
rule = Group(rule_taret + rule_values)
parser = Dict(OneOrMore(rule))
try:
config = parser.parseString(content)
except Exception as e:
logger.warning('No valid Build content')
return {}
return config.asDict()
def _get_build_type(pkg):
"""Get the build type of the ROS package."""
from catkin_pkg.package import InvalidPackage
try:
return pkg.get_build_type()
except InvalidPackage:
logger.warning(
"ROS package '{pkg.name}' in '{path}' has more than one "
'build type'.format_map(locals()))
return None
def _extra_deps(value, entry, depends_target, exclude=None):
if entry in value:
pattern = Group(
Optional(Group(Literal('@') + Word(alphanums + '_-')).suppress()) +
Optional(Literal('//').suppress()) +
Optional(Word(alphanums + '_-/').suppress()) +
Optional(Literal(':').suppress()) + Word(alphanums + '_-'))
for dep in value.get(entry):
try:
extract_name = pattern.parseString(dep)[0][0]
if extract_name != exclude: # exclude self references
depends_target.update({extract_name})
except Exception as e:
logger.warning('No valid Build content %s' % dep)
def identify(self, desc): # noqa: D102
if os.path.realpath(str(desc.path)) in metadata_by_path:
metadata2 = metadata_by_path[os.path.realpath(str(desc.path))]
if metadata2.get('type'):
if desc.type is None:
desc.type = metadata2.get('type')
logger.info("Package '{desc.path}' has configured type "
"'{desc.type}'".format_map(locals()))
elif desc.type != metadata2.get('type'):
logger.warning(
"type '%s' of package '%s' does not match configured "
"type '%s'", desc.type, desc.path,
metadata2.get('type'))
if metadata2.get('name'):
if desc.name is None:
desc.name = metadata2.get('name')
logger.info("Package '{desc.path}' has configured name "
"'{desc.name}'".format_map(locals()))
elif desc.name != metadata2.get('name'):
logger.warning(
"name '%s' of package '%s' does not match configured "
"name '%s'", desc.name, desc.path,
metadata2.get('name'))
if desc.name in metadata_by_name:
data = metadata_by_name[desc.name]
if 'type' in data:
# if the package name was defined based on the path
# then ignore the type defined for the package name
if desc.type is not None and desc.type != data['type']:
logger.warning(
"type '{desc.type}' of package '{desc.name}' "
"does not match configured type '{data[type]}'".
format_map(locals()))
else:
desc.type = data['type']