def __resolveRecordReferenceNodes(self):
nodeFilter = DepthFirstNodeFilter(
filterType=UnresolvedRecordReferenceNode)
for unresolvedRecordReferenceNode in nodeFilter.getAll(self.__astRoot):
parent = unresolvedRecordReferenceNode.getParent()
fqName = unresolvedRecordReferenceNode.getAttribute("type")
recordSequenceNode = self.__astRoot.getSpecification(
).getRecordSequences().getRecordSequence(fqName)
if not recordSequenceNode:
message = "Cannot resolve record reference for record of type `%s`" % (
fqName)
self.__log.error(message)
raise RuntimeError(message)
recordTypeNode = recordSequenceNode.getRecordType()
resolvedRecordReferenceNode = ResolvedRecordReferenceNode()
resolvedRecordReferenceNode.setAttribute(
'name', unresolvedRecordReferenceNode.getAttribute("name"))
resolvedRecordReferenceNode.setAttribute(
'type',
StringTransformer.ucFirst(
StringTransformer.us2cc(
unresolvedRecordReferenceNode.getAttribute("type"))))
resolvedRecordReferenceNode.setRecordTypeRef(recordTypeNode)
resolvedRecordReferenceNode.orderkey = unresolvedRecordReferenceNode.orderkey
parent.setReference(resolvedRecordReferenceNode)
def __setterFactory(self, setterXMLNode):
t = setterXMLNode.prop("type")
k = setterXMLNode.prop("key")
setterNode = None
for cls in AstUtils.iterSubClasses(AbstractSetterNode):
try:
args, kwargs = cls.parseType(t)
kwargs.update(key=k)
kwargs.update(type_alias="%sType" %
StringTransformer.us2ccAll(k))
setterNode = cls(*args, **kwargs)
break
except ParseTypeError:
pass
if setterNode is None:
raise RuntimeError(
'Unexpected setter type `%s` for setter `%s` (expected one of `(field|reference)_setter`)'
% (t, k))
# recursively read range provider arguments
ArgumentReader.readArguments(setterXMLNode, setterNode)
return setterNode
def __resolveRecordReferenceNodes(self):
nodeFilter = DepthFirstNodeFilter(filterType=UnresolvedRecordReferenceNode)
for unresolvedRecordReferenceNode in nodeFilter.getAll(self.__astRoot):
parent = unresolvedRecordReferenceNode.getParent()
fqName = unresolvedRecordReferenceNode.getAttribute("type")
recordSequenceNode = self.__astRoot.getSpecification().getRecordSequences().getRecordSequence(fqName)
if not recordSequenceNode:
message = "Cannot resolve record reference for record of type `%s`" % (fqName)
self.__log.error(message)
raise RuntimeError(message)
recordTypeNode = recordSequenceNode.getRecordType()
resolvedRecordReferenceNode = ResolvedRecordReferenceNode()
resolvedRecordReferenceNode.setAttribute('name', unresolvedRecordReferenceNode.getAttribute("name"))
resolvedRecordReferenceNode.setAttribute('type', StringTransformer.ucFirst(StringTransformer.us2cc(unresolvedRecordReferenceNode.getAttribute("type"))))
resolvedRecordReferenceNode.setRecordTypeRef(recordTypeNode)
resolvedRecordReferenceNode.orderkey = unresolvedRecordReferenceNode.orderkey
parent.setReference(resolvedRecordReferenceNode)
def __setterFactory(self, setterXMLNode):
t = setterXMLNode.prop("type")
k = setterXMLNode.prop("key")
setterNode = None
for cls in AstUtils.iterSubClasses(AbstractSetterNode):
try:
args, kwargs = cls.parseType(t)
kwargs.update(key=k)
kwargs.update(type_alias="%sType" % StringTransformer.us2ccAll(k))
setterNode = cls(*args, **kwargs)
break
except ParseTypeError:
pass
if setterNode is None:
raise RuntimeError('Unexpected setter type `%s` for setter `%s` (expected one of `(field|reference)_setter`)' % (t, k))
# recursively read range provider arguments
ArgumentReader.readArguments(setterXMLNode, setterNode)
return setterNode
