def test_owl_text(self):
self.assertEqual('this_is_a_long_string',
OWLText('this_is_a_long_string'))
self.assertEqual('this_is_a_long_string',
OWLText('this_is_a\nlong _string'))
self.assertEqual('this_is_another_long_string',
OWLText('this is another\n\nlong string'))
def predicates(self, item=None, name=None, diagram=None):
"""
Returns a collection of predicate nodes belonging to the given diagram.
If no diagram is supplied the lookup is performed across the whole Project Index.
:type item: Item
:type name: str
:type diagram: Diagram
:rtype: set
"""
try:
if not item and not name:
collection = set()
if not diagram:
for i in self[K_PREDICATE]:
for j in self[K_PREDICATE][i]:
collection.update(
*self[K_PREDICATE][i][j][K_NODE].values())
else:
for i in self[K_PREDICATE]:
for j in self[K_PREDICATE][i]:
collection.update(
self[K_PREDICATE][i][j][K_NODE][diagram.name])
return collection
if item and not name:
collection = set()
if not diagram:
for i in self[K_PREDICATE][item]:
collection.update(
*self[K_PREDICATE][item][i][K_NODE].values())
else:
for i in self[K_PREDICATE][item]:
collection.update(
self[K_PREDICATE][item][i][K_NODE][diagram.name])
return collection
if not item and name:
collection = set()
name = OWLText(name)
if not diagram:
for i in self[K_PREDICATE]:
collection.update(
*self[K_PREDICATE][i][name][K_NODE].values())
else:
for i in self[K_PREDICATE]:
collection.update(
self[K_PREDICATE][i][name][K_NODE][diagram.name])
return collection
if item and name:
name = OWLText(name)
if not diagram:
return set.union(
*self[K_PREDICATE][item][name][K_NODE].values())
return self[K_PREDICATE][item][name][K_NODE][diagram.name]
except KeyError:
return set()
def meta(self, item, name):
"""
Retrieves metadata for the given predicate, expressed as pair (item, name).
:type item: Item
:type name: str
:rtype: dict
"""
try:
name = OWLText(name)
return self[K_PREDICATE][item][name][K_META]
except KeyError:
return dict()
def unsetMeta(self, item, name):
"""
Unset metadata for the given predicate type/name combination.
:type item: Item
:type name: str
:rtype: bool
"""
name = OWLText(name)
if item in self[K_PREDICATE]:
if name in self[K_PREDICATE][item]:
if K_META in self[K_PREDICATE][item][name]:
del self[K_PREDICATE][item][name][K_META]
return True
return False
def removeItem(self, diagram, item):
"""
Remove the given item from the Project index.
:type diagram: Diagram
:type item: AbstractItem
:rtype: bool
"""
i = item.type()
if diagram.name in self[K_ITEMS]:
if item.id in self[K_ITEMS][diagram.name]:
del self[K_ITEMS][diagram.name][item.id]
if not self[K_ITEMS][diagram.name]:
del self[K_ITEMS][diagram.name]
if diagram.name in self[K_TYPE]:
if i in self[K_TYPE][diagram.name]:
self[K_TYPE][diagram.name][i] -= {item}
if not self[K_TYPE][diagram.name][i]:
del self[K_TYPE][diagram.name][i]
if not self[K_TYPE][diagram.name]:
del self[K_TYPE][diagram.name]
if item.isNode():
if diagram.name in self[K_NODE]:
if item.id in self[K_NODE][diagram.name]:
del self[K_NODE][diagram.name][item.id]
if not self[K_NODE][diagram.name]:
del self[K_NODE][diagram.name]
if item.isPredicate():
k = OWLText(item.text())
if i in self[K_PREDICATE]:
if k in self[K_PREDICATE][i]:
if diagram.name in self[K_PREDICATE][i][k][K_NODE]:
self[K_PREDICATE][i][k][K_NODE][
diagram.name] -= {item}
if not self[K_PREDICATE][i][k][K_NODE][
diagram.name]:
del self[K_PREDICATE][i][k][K_NODE][
diagram.name]
if not self[K_PREDICATE][i][k][K_NODE]:
del self[K_PREDICATE][i][k]
if not self[K_PREDICATE][i]:
del self[K_PREDICATE][i]
if item.isEdge():
if diagram.name in self[K_EDGE]:
if item.id in self[K_EDGE][diagram.name]:
del self[K_EDGE][diagram.name][item.id]
if not self[K_EDGE][diagram.name]:
del self[K_EDGE][diagram.name]
return True
return False
def setMeta(self, item, name, meta):
"""
Set metadata for the given predicate type/name combination.
:type item: Item
:type name: str
:type meta: dict
:rtype: bool
"""
try:
name = OWLText(name)
self[K_PREDICATE][item][name][K_META] = meta
except KeyError:
return False
else:
return True
def addItem(self, diagram, item):
"""
Add the given item to the Project index.
:type diagram: Diagram
:type item: AbstractItem
:rtype: bool
"""
i = item.type()
if diagram.name not in self[K_ITEMS]:
self[K_ITEMS][diagram.name] = dict()
if item.id not in self[K_ITEMS][diagram.name]:
self[K_ITEMS][diagram.name][item.id] = item
if diagram.name not in self[K_TYPE]:
self[K_TYPE][diagram.name] = dict()
if i not in self[K_TYPE][diagram.name]:
self[K_TYPE][diagram.name][i] = set()
self[K_TYPE][diagram.name][i] |= {item}
if item.isNode():
if diagram.name not in self[K_NODE]:
self[K_NODE][diagram.name] = dict()
self[K_NODE][diagram.name][item.id] = item
if item.isPredicate():
k = OWLText(item.text())
if i not in self[K_PREDICATE]:
self[K_PREDICATE][i] = dict()
if k not in self[K_PREDICATE][i]:
self[K_PREDICATE][i][k] = {K_NODE: dict()}
if diagram.name not in self[K_PREDICATE][i][k][K_NODE]:
self[K_PREDICATE][i][k][K_NODE][diagram.name] = set()
self[K_PREDICATE][i][k][K_NODE][diagram.name] |= {item}
if item.isEdge():
if diagram.name not in self[K_EDGE]:
self[K_EDGE][diagram.name] = dict()
self[K_EDGE][diagram.name][item.id] = item
return True
return False
def test_owl_text():
assert 'this_is_a_long_string' == OWLText('this_is_a_long_string')
assert 'this_is_a_long_string' == OWLText('this_is_a\nlong _string')
assert 'this_is_another_long_string' == OWLText('this is another\n\nlong string')