def processURIIOCondensedTypeQuery(root):
kdmanager = KnowledgeDomainManager()
kd = kdmanager.getDomain()
nType = kd.typeManager.getType(root.text)
print(root.text)
if nType is None:
return "<failed>Could not find type " + root.text + " in this Knowledge Domain</failed>"
cType = nType.condense()
xmlStr = "<condensedType><name>" + cType.type + "</name>"
strlocked = "no"
if nType.locked:
strlocked = "yes"
strsysdef = "no"
if nType.systemDefined:
strsysdef = "yes"
xmlStr += "<locked>" + strlocked + "</locked>"
xmlStr += "<systemDefined>" + strsysdef + "</systemDefined>"
xmlStr += "<parent>"
if nType.parent is not None:
xmlStr += nType.parent.type
xmlStr += "</parent>"
xmlStr += "<superTypes>"
for st in cType.supertypes:
xmlStr += "<superType>" + st + "</superType>"
xmlStr += "</superTypes>"
xmlStr += "<properties>"
for ap in cType.properties:
xmlStr += "<property>" + ap.name + "<type>" + ap.type + "</type></property>"
xmlStr += "</properties>"
xmlStr += "</condensedType>"
return xmlStr
def processURIIOTypeDelete(root):
kdmanager = KnowledgeDomainManager()
kd = kdmanager.getDomain()
if kd.typeManager.getType(root.text) is None:
return "<failed>type " + root.text + " does not exist in the type dictionary.</failed>"
kd.typeManager.delete(root.text)
return kd.typeManager.getCriteria().asXML()
def processPredicateDefinitionQuery(root):
kdmanager = KnowledgeDomainManager()
kd = kdmanager.getDomain()
criteria = kd.predicateDefinitionManager.getCriteria()
for child in root:
if child.tag == "name":
criteria.name = child.text
elif child.tag == "reflective":
if child.text == "true":
criteria.reflective = True
else:
criteria.reflective = False
elif child.tag == "transitive":
if child.text == "true":
criteria.transitive = True
else:
criteria.transitive = False
elif child.tag == "subject":
if kd.typeManager.getType(child.text) is not None:
criteria.subject = kd.typeManager.getType(child.text)
elif child.tag == "object":
if kd.typeManager.getType(child.text) is not None:
criteria.object = kd.typeManager.getType(child.text)
criteria.resolve()
return criteria.asXML()
def processURIIOTypeSave(root):
kdmanager = KnowledgeDomainManager()
kd = kdmanager.getDomain()
for child in root:
if child.tag == "type":
nType = URIIOType(None, "")
for ch in child:
if ch.tag == "name":
nType.type = ch.text
elif ch.tag == "property":
prop = URIIOTypeProperty(ch.text)
for c in ch:
if c.tag == "type":
prop.type = c.text
nType.properties.append(prop)
elif ch.tag == "parent":
p = kd.typeManager.getType(ch.text)
if p is not None:
nType.parent = p
elif ch.tag == "locked":
if ch.text == "yes":
nType.locked = True
else:
nType.locked = False
kd.typeManager.saveType(nType)
return kd.typeManager.getCriteria().asXML()
def processRemovePredicate(root):
kdmanager = KnowledgeDomainManager()
kd = kdmanager.getDomain()
suburi = ""
objuri = ""
predname = ""
for child in root:
if child.tag == "subject":
suburi = child.text
elif child.tag == "object":
objuri = child.text
elif child.tag == "predicate":
predname = child.text
sub = kd.URIIOManager.getURIIO(suburi)
if sub is None:
return "<failed>Subject with URI " + suburi + "is not known in this Knowledge Domain</failed>"
obj = kd.URIIOManager.getURIIO(objuri)
if obj is None:
return "<failed>Subject with URI " + objuri + "is not known in this Knowledge Domain</failed>"
pred = kd.predicateDefinitionManager.getPredicate(predname)
if pred is None:
return "<failed>Predicate with name " + predname + " is not known in this Knowledge Domain</failed>"
kd.predicateManager.removePredicate(sub, pred, obj)
return "<success></success>"
def processURIIODelete(root):
kdmanager = KnowledgeDomainManager()
kd = kdmanager.getDomain()
for child in root:
if child.tag == "URI":
kd.URIIOManager.removeURIIO(child.text)
return "<success></sucess>"
def processURIIOTypeQuery(root):
kdmanager = KnowledgeDomainManager()
kd = kdmanager.getDomain()
criteria = kd.typeManager.getCriteria()
"""
built the criteria object
"""
for child in root:
if child.tag == "name":
ctp = kd.typeManager.getType(child.text)
if ctp is not None:
criteria.type = ctp
for ch in child:
if ch.tag == "exactType":
if ch.text == "yes":
criteria.exactType = True
if child.tag == "properties":
for aptag in child:
if aptag.tag == "property":
criteria.atomicProperties.append(aptag.text)
criteria.resolve()
return criteria.asXML()
def processURIIOQuery(root):
kdmanager = KnowledgeDomainManager()
kd = kdmanager.getDomain()
criteria = kd.URIIOManager.getCriteria()
for child in root:
if child.tag == "type":
criteria.TypeRestrictions.append(child.text)
elif child.tag == "property":
name = ""
value = ""
for propdef in child:
if propdef.tag == "name":
name = propdef.text
elif propdef.tag == "value":
value = propdef.text
criteria.addPropertyRestriction(name, value)
elif child.tag == "predicate":
pred = ""
obj = ""
for preddef in child:
if preddef.tag == "name":
pred = preddef.text
elif preddef.tag == "object":
obj = preddef.text
criteria.addPredicateRestrition(pred, obj)
elif child.tag == "uriio":
criteria.addURIRestriction(child.text)
criteria.resolve()
return criteria.asXML()
def processPredicateDefinitionDelete(root):
kdmanager = KnowledgeDomainManager()
kd = kdmanager.getDomain()
for child in root:
if child.tag == "name":
kd.predicateDefinitionManager.deletePredicate(child.text)
return "<success></success>"
return "<failed>You have to include a name tag to your query.</failed>"
def addDataToKnowledgeInstance(root):
kdmanager = KnowledgeDomainManager()
domain = kdmanager.getDomain()
usrmanager = UserManager()
userBox = usrmanager.getUserBoxForUser("jonathan")
domain.dataSourceManager.addToKnowledgeInstance(userBox, None, domain)
return "<success></success>"
def processURIIOBaseTypeQuery(root):
kdmanager = KnowledgeDomainManager()
kd = kdmanager.getDomain()
nType = kd.typeManager.getType("type")
xmlStr = "<baseType>"
xmlStr += "<name>" + nType.type + "</name>"
xmlStr += "</baseType>"
return xmlStr
def processURIIOSubTypesQuery(root):
kdmanager = KnowledgeDomainManager()
kd = kdmanager.getDomain()
nType = kd.typeManager.getType(root.text)
xmlStr = "<subTypes>"
for child in nType.children:
xmlStr += "<subType>" + child.type + "</subType>"
xmlStr += "</subTypes"
return xmlStr
def processCardinalityForURIIO(root):
kdmanager = KnowledgeDomainManager()
kd = kdmanager.getDomain()
uri = ""
for child in root:
if child.tag == "uri":
uri = child.text
uriio = kd.URIIOManager.getURIIO(uri)
if uriio is not None:
return "<cardinality><uri>" + uri + "</uri><cardinality>" + str(kd.predicateManager.getCardinality(uriio)) + "</cardinality></cardinality>"
def processURIIOAddType(root):
kdmanager = KnowledgeDomainManager()
kd = kdmanager.getDomain()
uri = ""
type = ""
for child in root:
if child.tag == "uri":
uri = child.text
elif child.tag == "type":
type = child.text
uriio = kd.URIIOManager.getURIIO(uri)
uriio.type.append(kd.typeManager.getType(type))
return "<success></sucess>"
def processURIIORemoveProperty(root):
kdmanager = KnowledgeDomainManager()
kd = kdmanager.getDomain()
uri = ""
propname = ""
for child in root:
if child.tag == "uri":
uri = child.text
elif child.tag == "property":
for propdef in child:
if propdef.tag == "name":
propname = propdef.text
uriio = kd.URIIOManager.getURIIO(uri)
uriio.removeProperty(propname)
return "<success></sucess>"
def processPredicateURIQuery(root):
kdmanager = KnowledgeDomainManager()
kd = kdmanager.getDomain()
uri = ""
for child in root:
if child.tag == "uri":
uri = child.text
uriio = kd.URIIOManager.getURIIO(uri)
if uriio is None:
return "<failed>The URIIO with URI '" + uri + "' does not exist in this Knowledge Domain.</failed>"
list = kd.predicateManager.getPredicatesForURIIO(uriio)
output = "<predicates>"
for p in list:
output += "<predicate>"
output += "<subject>" + p.subject.type + "</subject>"
output += "<predicate>" + p.predicate.name + "</predicate>"
output += "<object>" + p.object.type + "</object>"
output += "</predicate>"
output += "</predicates>"
return output
def processPredicateQuery(root):
kdmanager = KnowledgeDomainManager()
kd = kdmanager.getDomain()
predname = ""
for child in root:
if child.tag == "predicate":
predname = child.text
preddef = kd.predicateDefinitionManager.getPredicate(predname)
if preddef is None:
return "<failed>The predicate with name '" + predname + "' does not exist in this Knowledge Domain.</failed>"
list = kd.predicateManager.getPredicatesForPredicateDefinition(preddef)
output = "<predicates>"
for p in list:
output += "<predicate>"
output += "<subject>" + p.subject.type + "</subject>"
output += "<predicate>" + p.predicate.name + "</predicate>"
output += "<object>" + p.object.type + "</object>"
output += "</predicate>"
output += "</predicates>"
return output
def processSaveDataSource(root):
kdmanager = KnowledgeDomainManager()
kd = kdmanager.getDomain()
for dstype in root:
if dstype.tag == "XLSXSource":
src = DataSourceXLSX("")
for ch in dstype:
if ch.tag == "file":
src.sourceFile = ch.text
elif ch.tag == "template":
kdmanager = KnowledgeDomainManager()
kd = kdmanager.getDomain()
tpt = kd.templateManager.getTemplate(ch.text)
if tpt is not None:
src.template = tpt
kd.dataSourceManager.addDataSource(src)
if dstype.tag == "SQLiteSource":
src = DataSourceSQLite("")
for ch in dstype:
if ch.tag == "file":
src.sourceFile = ch.text
elif ch.tag == "template":
kdmanager = KnowledgeDomainManager()
kd = kdmanager.getDomain()
tpt = kd.templateManager.getTemplate(ch.text)
if tpt is not None:
src.template = tpt
kd.dataSourceManager.addDataSource(src)
return "<success></success>"
def processPredicateDefinition(root):
kdmanager = KnowledgeDomainManager()
kd = kdmanager.getDomain()
name = ""
description = ""
reflective = False
transitive = False
subject = None
object = None
for child in root:
if child.tag == "name":
name = child.text
elif child.tag == "description":
description = child.text
elif child.tag == "reflective":
if child.text == "true":
reflective = True
elif child.tag == "transitive":
if child.text == "true":
transitive = True
elif child.tag == "subject":
if kd.typeManager.getType(child.text) is not None:
subject = child.text
elif child.tag == "object":
if kd.typeManager.getType(child.text) is not None:
object = child.text
if object == "":
return "<failed>The type <" + object + "> is not a known type in this knowledge domain</failed>"
if subject == "":
return "<failed>The type <" + subject + "> is not a known type in this knowledge domain</failed>"
if name == "":
return "<failed>No name passed!</failed>"
kd.predicateDefinitionManager.addPredicate(name, description, reflective, transitive, subject, object)
return "<success></success>"
def processSaveTemplate(root):
kdmanager = KnowledgeDomainManager()
kd = kdmanager.getDomain()
for ttype in root:
if ttype.tag == "XLSXTemplate":
t = TemplateXLSX()
for objtempl in ttype:
odef = XLSXObjectTemplate("type")
for obchild in objtempl:
if obchild.tag == "type":
odef.type = obchild.text
elif obchild.tag == "property":
prop = XLSXObjectPropertyTemplate(0,0,0,0)
for p in obchild:
if p.tag == "x":
prop.x = int(p.text)
elif p.tag == "y":
prop.y = int(p.text)
elif p.tag == "namex":
prop.namex = int(p.text)
elif p.tag == "namey":
prop.namey = int(p.text)
elif p.tag == "name":
prop.name = p.text
odef.properties.append(prop)
elif obchild.tag == "predicateConnector":
conn = XLSXObjectConnectorTemplate(0,0,"type", "", "has relation to", True)
for c in obchild:
if c.tag == "connectorField":
for cc in c:
if cc.tag == "x":
conn.x = int(cc.text)
elif cc.tag == "y":
conn.y = int(cc.text)
elif c.tag == "connectsToType":
conn.type = c.text
elif c.tag == "connectsOnProperty":
conn.property = c.text
elif c.tag == "connectorPredicate":
conn.predicate = c.text
elif c.tag == "subject":
sub = True
if c.text == "no":
sub = False
conn.subject = sub
odef.predicateConnectors.append(conn)
t.objectTemplates.append(odef)
kd.templateManager.setTemplate(t)
elif ttype.tag == "SQLiteTemplate":
t = TemplateSQLite()
for tables in ttype:
if tables.tag == "table":
table = SQLTable("")
for td in tables:
if td.tag == "name":
table.name = td.text
elif td.tag == "type":
table.type = td.text
elif td.tag == "columns":
for cd in td:
if cd.tag == "column":
column = SQLColumn("", 0)
for cdd in cd:
if cdd.tag == "name":
column.name = cdd.text
elif cdd.tag == "number":
column.number = int(cdd.text)
table.columns.append(column)
t.tables.append(table)
kd.templateManager.setTemplate(t)
return "<success></success>"
def processURIIOTypePurge(root):
kdmanager = KnowledgeDomainManager()
kd = kdmanager.getDomain()
kd.typeManager.purgeDictionary()
return kd.typeManager.getCriteria().asXML()
def processURIIONew(root):
kdmanager = KnowledgeDomainManager()
kd = kdmanager.getDomain()
uriio = kd.URIIOManager.newURIIO()
return uriio.asXML()