def fuzzyTextMatchElseNew(graph, default_graphs, basens, ctype, attrs=[], string='', lang='nl', max_diff=.4, interactive=True,\
align='off', endpoint=''):
exnode = None
if align == 'local' or align == 'global' or align == 'both':
(exnode, source) = fuzzyTextMatch(graph, default_graphs, ctype, attrs, string, max_diff, interactive, align, endpoint)
# guarantee uniqueness within a converted graph
if source == graph:
return exnode
# else ensure complete graph by using 'sameAs'
nss = dict(ns for ns in graph.namespace_manager.namespaces())
hid = hf.genHash(None, None, [], salt=string + ctype.toPython())
node = hf.getNode(graph, hid)
if node is None:
node = rdflib.URIRef(basens + hid)
hf.addType(graph, node, ctype)
label = rdflib.Literal(string, datatype=rdflib.URIRef(nss['xsd'] + 'string'))
hf.addLabel(graph, node, label, lang)
if exnode is not None and exnode.toPython() != node.toPython():
hf.addProperty(graph, node, exnode, rdflib.URIRef(nss['rdfs'] + 'sameAs'))
hf.addProperty(graph, exnode, node, rdflib.URIRef(nss['rdfs'] + 'sameAs'))
return node
def fuzzyTextMatchElseNew(graph, default_graphs, basens, ctype, attrs=[], string='', lang='nl', max_diff=.4, interactive=True,\
align='off', endpoint=''):
exnode = None
if align == 'local' or align == 'global' or align == 'both':
(exnode, source) = fuzzyTextMatch(graph, default_graphs, ctype, attrs,
string, max_diff, interactive, align,
endpoint)
# guarantee uniqueness within a converted graph
if source == graph:
return exnode
# else ensure complete graph by using 'sameAs'
nss = dict(ns for ns in graph.namespace_manager.namespaces())
hid = hf.genHash(None, None, [], salt=string + ctype.toPython())
node = hf.getNode(graph, hid)
if node is None:
node = rdflib.URIRef(basens + hid)
hf.addType(graph, node, ctype)
label = rdflib.Literal(string,
datatype=rdflib.URIRef(nss['xsd'] + 'string'))
hf.addLabel(graph, node, label, lang)
if exnode is not None and exnode.toPython() != node.toPython():
hf.addProperty(graph, node, exnode,
rdflib.URIRef(nss['rdfs'] + 'sameAs'))
hf.addProperty(graph, exnode, node,
rdflib.URIRef(nss['rdfs'] + 'sameAs'))
return node
def propertyHandler(self, element, basename, superprop, proprange=None):
node = rdflib.URIRef(self.basens + self.baseid + '_' + element.attrib['name'])
hf.addType(self.graph, node, rdflib.URIRef(self.nss['rdf'] + 'Property'))
hf.addProperty(self.graph, node, superprop, rdflib.URIRef(self.nss['rdfs'] + 'subpropertyOf'))
hf.addLabel(self.graph, node, element.attrib['name'] + ' van ' + basename, 'nl')
#self.addDoc(element, node)
hf.addProperty(self.graph, node, rdflib.URIRef(self.basens + self.baseid + '_' + basename.title()), rdflib.URIRef(self.nss['rdfs'] + 'domain'))
if proprange is not None:
hf.addProperty(self.graph, node, proprange, rdflib.URIRef(self.nss['rdfs'] + 'range'))
def classHandler(self, ctype, name, superclass):
node = rdflib.URIRef(self.basens + self.baseid + '_' + name)
hf.addType(self.graph, node, rdflib.URIRef(self.nss['rdf'] + 'Resource'))
hf.addSubClassOf(self.graph, node, superclass)
hf.addLabel(self.graph, node, name, 'nl')
self.addDoc(ctype, node)