def getReferencesToModule(root, fqn):
modulename = fqn.split(".")[-1]
moduleobj = getTypeOf(root, fqn)
moduleRefFinder = ModuleRefFinder(moduleobj)
for ref in globalScanForMatches(moduleRefFinder, modulename):
yield ref
def getReferencesToModule(root, fqn):
modulename = fqn.split(".")[-1]
moduleobj = getTypeOf(root, fqn)
moduleRefFinder = ModuleRefFinder(moduleobj)
for ref in globalScanForMatches(moduleRefFinder, modulename):
yield ref
def generateRefsToName(name,scope,sourcenode,defnmatch):
assert scope is not None
if isinstance(scope,Function):
# search can be limited to scope
return scanScopeForMatches(sourcenode,scope,
NameRefFinder(name,defnmatch),
name)
else:
return globalScanForMatches(sourcenode.filename,
NameRefFinder(name,defnmatch),
name)
def findReferencesIncludingDefn_impl(sourcenode,node,scope,defnmatch):
if isinstance(node,Name) or isinstance(node,AssName):
return generateRefsToName(node.name,scope,sourcenode,defnmatch)
elif isinstance(node,Getattr) or isinstance(node,AssAttr):
exprtype = getTypeOfExpr(scope,node.expr)
if exprtype is None or isinstance(exprtype,UnfoundType):
raise CouldntFindDefinitionException()
if isinstance(exprtype,Instance):
exprtype = exprtype.getType()
return generateRefsToAttribute(exprtype,node.attrname)
else:
targetname = node.attrname
return globalScanForMatches(sourcenode.filename,
NameRefFinder(targetname, defnmatch),
targetname, )
elif isinstance(node,compiler.ast.Function) or \
isinstance(node,compiler.ast.Class):
return handleClassOrFunctionRefs(scope, node, defnmatch)
else:
assert 0,"Seed to references must be Name,Getattr,Function or Class"
def generateRefsToAttribute(classobj,attrname):
rootClasses = getRootClassesOfHierarchy(classobj)
attrRefFinder = AttrbuteRefFinder(rootClasses,attrname)
for ref in globalScanForMatches(classobj.filename, attrRefFinder, attrname):
yield ref
print >>log.progress,"Done"