def testExecute2(self):
self.assertPreExecute()
definition = self.createDefinition()
reference = DefinitionModule.ReferenceDefinition()
reference.definitionToReference(definition)
reference.name(definition.name())
reference = GeneratePomsetsModule.pickleAndReloadDefinition(
'.'.join([self.getPicklePath(), 'pomset']),
reference
)
task = self.createTask(reference)
self.bindTaskParameterValues(task)
request = self.executeTask(task)
self.request = request
self.assertPostExecute()
return
def testPickleAndLoad(self):
"""
This verifies a pomset saved out and reloaded
still references the same definition
- create a pomset that references the two library definitions
- save out the pomset
- load the pomset again
- assert the references are identical, using Python's "is"
"""
# load the library definitions
library = self.initializeLibrary()
request = self.automaton.runBootstrapLoader(library)
assert not request.exception
# create the pomset, add a node
# and have that node reference a library definition
filter = RelationalModule.ColumnValueFilter(
'definition',
FilterModule.IdFilter(TestDefinitionModule.ID_WORDCOUNT))
definitionToReference = library.getDefinition(filter)
compositeDefinition = DefinitionModule.getNewNestDefinition()
mapperNode = compositeDefinition.createNode(id='mapper')
mapperNode.definitionToReference(definitionToReference)
# pickle the pomset
# unpickle the pomset
definition = TestDefinitionModule.pickleAndReloadDefinition(
os.sep.join(['', 'tmp', 'foo.pomset']),
compositeDefinition
)
library.updateWithLibraryDefinitions(definition.definitionToReference())
definitionToReference = library.getDefinition(filter)
self.assertTrue(definition.definitionToReference().nodes()[0].definitionToReference() is definitionToReference)
return
