def __call__(self, tNode, inferredTriple, token, binding, debug):
bnodeEncountered = {}
bnodeCounter = 0
for headTriple in tNode.consequent:
for inferredTriple, binding in _mulPatternWithSubstitutions(
token, headTriple, tNode):
skolemInput = u''.join(
map(
lambda item: binding[item],
sorted([
key for key in binding
if isinstance(binding[key], URIRef)
and binding[key] not in self.skolemTerms
])))
if skolemInput:
skolemInput = createDigest(
skolemInput.encode('utf-8')).hexdigest()
for term in inferredTriple:
if isinstance(term,
BNode) and term not in bnodeEncountered:
bnodeCounter += 1
bnodeEncountered[term] = str(bnodeCounter)
inferredTriple = tuple(
map(
lambda item: SKOLEMIZED_CLASS_NS[
skolemInput + '_' + bnodeEncountered[item]]
if item in bnodeEncountered else item,
inferredTriple))
self.skolemTerms.update([
term for term in inferredTriple
if term.find(SKOLEMIZED_CLASS_NS) + 1
])
tNode.network.handleInferredTriple(inferredTriple, token,
tNode, binding, debug)
def __call__(self, tNode, inferredTriple, token, binding, debug):
bnodeEncountered = {}
bnodeCounter = 0
for headTriple in tNode.consequent:
for inferredTriple,binding in _mulPatternWithSubstitutions(
token,
headTriple,
tNode):
skolemInput = u''.join(map(lambda item: binding[item],
sorted([key for key in binding
if isinstance(binding[key],URIRef) and
binding[key] not in self.skolemTerms])))
if skolemInput:
skolemInput = createDigest(skolemInput.encode('utf-8')
).hexdigest()
for term in inferredTriple:
if isinstance(term,BNode) and term not in bnodeEncountered:
bnodeCounter += 1
bnodeEncountered[term] = str(bnodeCounter)
inferredTriple = tuple(
map(lambda item: SKOLEMIZED_CLASS_NS[
skolemInput+'_'+bnodeEncountered[item]]
if item in bnodeEncountered else item,
inferredTriple))
self.skolemTerms.update([term for term in inferredTriple
if term.find(SKOLEMIZED_CLASS_NS)+1])
tNode.network.handleInferredTriple(
inferredTriple,
token,
tNode,
binding,
debug)
def makeMD5Digest(value):
return createDigest(
isinstance(value, unicode) and value.encode('utf-8')
or value).hexdigest()
def makeMD5Digest(value):
return createDigest(
isinstance(value, unicode) and value.encode('utf-8')
or value).hexdigest()
