def _createastchild(self, astnode):
if hasattr(astnode, 'lineno'):
if astnode.lineno - 1 in self.model.readlines:
return
if isinstance(astnode, _ast.Import) \
or isinstance(astnode, _ast.ImportFrom):
import_ = Import(None, [], astnode, self.model.buffer)
import_.readlines = self.model.readlines
self.model[str(import_.uuid)] = import_
elif isinstance(astnode, _ast.FunctionDef):
function = Function(None, astnode, self.model.buffer)
function.readlines = self.model.readlines
self.model[str(function.uuid)] = function
for childastnode in astnode.body:
function.parser._createastchild(childastnode)
function.initdecorators()
elif isinstance(astnode, _ast.ClassDef):
class_ = Class(None, astnode, self.model.buffer)
class_.readlines = self.model.readlines
self.model[str(class_.uuid)] = class_
for childastnode in astnode.body:
class_.parser._createastchild(childastnode)
class_.initdecorators()
elif isinstance(astnode, _ast.Expr) \
and isinstance(astnode.value, _ast.Str):
docstring = Docstring(None, astnode, self.model.buffer)
docstring.readlines = self.model.readlines
self.model[str(docstring.uuid)] = docstring
elif isinstance(astnode, _ast.Assign):
if not IFunction.providedBy(self.model):
attribute = Attribute([], None, astnode, self.model.buffer)
attribute.readlines = self.model.readlines
self.model[str(attribute.uuid)] = attribute
def _createastchild(self, astnode):
if hasattr(astnode, 'lineno'):
if astnode.lineno - 1 in self.model.readlines:
return
if isinstance(astnode, _ast.Import) \
or isinstance(astnode, _ast.ImportFrom):
import_ = Import(None, [], astnode, self.model.buffer)
import_.readlines = self.model.readlines
self.model[str(import_.uuid)] = import_
elif isinstance(astnode, _ast.FunctionDef):
function = Function(None, astnode, self.model.buffer)
function.readlines = self.model.readlines
self.model[str(function.uuid)] = function
for childastnode in astnode.body:
function.parser._createastchild(childastnode)
function.initdecorators()
elif isinstance(astnode, _ast.ClassDef):
class_ = Class(None, astnode, self.model.buffer)
class_.readlines = self.model.readlines
self.model[str(class_.uuid)] = class_
for childastnode in astnode.body:
class_.parser._createastchild(childastnode)
class_.initdecorators()
elif isinstance(astnode, _ast.Expr) \
and isinstance(astnode.value, _ast.Str):
docstring = Docstring(None, astnode, self.model.buffer)
docstring.readlines = self.model.readlines
self.model[str(docstring.uuid)] = docstring
elif isinstance(astnode, _ast.Assign):
if not IFunction.providedBy(self.model):
attribute = Attribute([], None, astnode, self.model.buffer)
attribute.readlines = self.model.readlines
self.model[str(attribute.uuid)] = attribute
#happens if the factory cannot be called without args (e.g. .pt)
#in this case its no python file and doesnt have to be removed
continue
if not module.name.endswith('.py'):
# XXX: thats perhaps not the perfect solution to sk
continue
if IDirectory.providedBy(module) \
or module.name == '__init__.py' \
or module in ignores:
continue
if len(module) > 1:
continue
if len(module):
bl = module[module.keys()[0]]
if IFunction.providedBy(bl):
continue
if bl.lines != as_comment(get_copyright(source)):
continue
# dont throw away templates
if ITemplate.providedBy(module) and module.template:
continue
del module.parent[module.name]
@handler('apiexporter', 'uml2fs', 'semanticsgenerator', 'api')
def apiexporter(self, source,target):
"""Takes classes with 'api' stereotype and imports them into
the pyegg's __init__.py.
"""
egg = egg_source(source)
