def dispatch_one(self, method, params):
""" Dispatches a single method call. """
params = map(to_unicode, params)
method = self._getFunc(method)
result = method(*params)
# The DB must be flushed after each call so that data from
# one call is available to the subsequent calls.
db.flush()
# rpcify must be called after the flush so that persistant
# objects which have just been created will get an id
return rpcify(result)
def dispatch_one(self, method, params):
""" Dispatches a single method call. """
params = map(to_unicode, params)
method = self._getFunc(method)
result = method(*params)
# The DB must be flushed after each call so that data from
# one call is available to the subsequent calls.
db.flush()
# rpcify must be called after the flush so that persistant
# objects which have just been created will get an id
return rpcify(result)
def add_data(self):
from pyols.model import *
ns = Namespace(name=u"testns")
for kw in (u"kw0", u"kw1", u"kw2"):
setattr(self, kw, Keyword.new(name=kw, namespace=ns))
for rel in (u"rel0", u"rel1"):
setattr(self, rel, Relation.new(name=rel, namespace=ns))
self.kwr0 = KeywordRelationship.new(left=self.kw0, relation=self.rel0,
right=self.kw1)
self.kwr1 = KeywordRelationship.new(left=self.kw0, relation=self.rel1,
right=self.kw1)
self.kwr2 = KeywordRelationship.new(left=self.kw1, relation=self.rel0,
right=self.kw0)
self.kwa0 = KeywordAssociation.new(keyword=self.kw0, path=u"kwa0")
self.kwa1 = KeywordAssociation.new(keyword=self.kw2, path=u"kwa1")
self.ns = ns
db.flush()
def add_data(self):
from pyols.model import *
ns = Namespace(name=u"testns")
for kw in (u"kw0", u"kw1", u"kw2"):
setattr(self, kw, Keyword.new(name=kw, namespace=ns))
for rel in (u"rel0", u"rel1"):
setattr(self, rel, Relation.new(name=rel, namespace=ns))
self.kwr0 = KeywordRelationship.new(left=self.kw0,
relation=self.rel0,
right=self.kw1)
self.kwr1 = KeywordRelationship.new(left=self.kw0,
relation=self.rel1,
right=self.kw1)
self.kwr2 = KeywordRelationship.new(left=self.kw1,
relation=self.rel0,
right=self.kw0)
self.kwa0 = KeywordAssociation.new(keyword=self.kw0, path=u"kwa0")
self.kwa1 = KeywordAssociation.new(keyword=self.kw2, path=u"kwa1")
self.ns = ns
db.flush()
def importOWL(ot, owl_data):
""" Import OWL data 'owl_data' into the ontology.
Note that it is possible that existing data will be silently
overwritten with the new data. """
owl_data = StringIO(owl_data)
oi = OWLImporter(owl_data)
oi.importClasses()
oi.importProperties()
for rel in oi.getRelations():
ot.addRelation(**rel)
db.flush()
for kw in oi.getKeywords():
ot.addKeyword(**kw)
db.flush()
for kwr in oi.getKeywordRelationshps():
ot.addKeywordRelationship(*kwr)
db.flush()
