def resolveNS(resType):
globalNS = pyscope.getGlobalNS()
scopeLs = []
ltype = resType
if ltype:
while True:
ltype = ltype.parent
if not ltype: break
scopeLs.append(ltype)
# go from global ns to our namespace
# if there is not, generate new namespace
# this functionality is in pyscope module
scopeLs.reverse() # from top to bottom
currScope = globalNS
# walk/generate namespaces
for scope in scopeLs:
if scope == None:
pymisc.cfgSet('scopeLs', scopeLs)
raise Exception('none scope caught')
currScope = globalNS.childScope(scope)
return currScope
def resolveNS(resType):
globalNS = pyscope.getGlobalNS()
scopeLs = []
ltype = resType
if ltype:
while True:
ltype = ltype.parent
if not ltype: break
scopeLs.append(ltype)
# go from global ns to our namespace
# if there is not, generate new namespace
# this functionality is in pyscope module
scopeLs.reverse() # from top to bottom
currScope = globalNS
# walk/generate namespaces
for scope in scopeLs:
if scope == None:
pymisc.cfgSet('scopeLs', scopeLs)
raise Exception('none scope caught')
currScope = globalNS.childScope(scope)
return currScope
def __new__(typ, *args, **kwargs):
print "typ::", typ
print "ArGS::", args, kwargs
if len(args) > 0:
decl = args[0]
else:
decl = kwargs['decl']
obj = object.__new__(typ, args, kwargs)
obj.setTreeNodeInfo(decl) # pre-init
globNS = pyscope.getGlobalNS()
return globNS.findChild(obj)
def __new__(typ, *args, **kwargs):
print "typ::", typ
print "ArGS::", args, kwargs
if len(args) > 0:
decl = args[0]
else:
decl = kwargs['decl']
obj = object.__new__(typ, args, kwargs)
obj.setTreeNodeInfo(decl) # pre-init
globNS = pyscope.getGlobalNS()
return globNS.findChild(obj)
