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
def zcaadapterdefaultinit(self, source, target):
"""Set default __init__ function on adapter class if not present yet.
"""
if source.stereotype('pyegg:function'):
# XXX: <<function>> <<adapter>> on class
return
adapter_class = read_target_node(source, target.target)
exists = False
for function in adapter_class.filteredvalues(IFunction):
if function.functionname == '__init__':
exists = function
break
if not exists:
tok = token(str(adapter_class.uuid), False)
adapts = token(str(source.uuid), False).adapts
if len(adapts) == 1:
params = ['context']
else:
params = []
for cl in adapts:
if cl.name.startswith('I'):
params.append(cl.name[1:].lower())
else:
params.append(cl.name.lower())
func = Function('__init__')
func.args = params
block = Block()
for param in params:
block.lines.append('self.%s = %s' % (param, param))
func[block.uuid] = block
adapter_class[func.uuid] = func