def testAddScalarDataObject(self):
root = DataNode.objects.create(type='string')
text = 'text'
data_object = _get_string_data_object(text)
data_path = []
root.add_data_object(data_path, data_object)
self.assertEqual(root.get_data_object(data_path).substitution_value, text)
def testAddScalarDataObjectTwice(self):
root = DataNode.objects.create(type='string')
text = 'text'
data_object = _get_string_data_object(text)
data_path = []
root.add_data_object(data_path, data_object)
with self.assertRaises(DataAlreadyExistsError):
root.add_data_object(data_path, data_object)
def testAddScalarDataObject(self):
root = DataNode.objects.create(type='string')
text = 'text'
data_object = _get_string_data_object(text)
data_path = []
root.add_data_object(data_path, data_object)
self.assertEqual(
root.get_data_object(data_path).substitution_value, text)
def testIndexOutOfRangeError(self):
degree = 2
data_object = _get_string_data_object('text')
root = DataNode.objects.create(degree=degree, type='string')
with self.assertRaises(IndexOutOfRangeError):
root.add_leaf(degree, data_object)
with self.assertRaises(IndexOutOfRangeError):
root.add_leaf(-1, data_object)
def testFlattenedClone_leaf(self):
leaf = DataNode.objects.create(type='string')
leaf.add_data_object(
[], _get_string_data_object(
'al ultimo se lo estan comiendo las hormigas'))
clone = leaf.flattened_clone()
self.assertNotEqual(leaf.uuid, clone.uuid)
self.assertEqual(leaf.data_object.uuid, clone.data_object.uuid)
def testAddScalarDataObjectTwice(self):
root = DataNode.objects.create(type='string')
text = 'text'
data_object = _get_string_data_object(text)
data_path = []
root.add_data_object(data_path, data_object)
with self.assertRaises(DataAlreadyExistsError):
root.add_data_object(data_path, data_object)
def testIndexOutOfRangeError(self):
degree = 2
data_object = _get_string_data_object('text')
root = DataNode.objects.create(degree=degree, type='string')
with self.assertRaises(IndexOutOfRangeError):
root.add_leaf(degree, data_object)
with self.assertRaises(IndexOutOfRangeError):
root.add_leaf(-1, data_object)
def testFlattenedClone_leaf(self):
leaf = DataNode.objects.create(type='string')
leaf.add_data_object(
[],
_get_string_data_object(
'al ultimo se lo estan comiendo las hormigas'))
clone = leaf.flattened_clone()
self.assertNotEqual(leaf.uuid, clone.uuid)
self.assertEqual(leaf.data_object.uuid, clone.data_object.uuid)
def getScalarInput(channel_name='channel1', mode='no_gather', group=0):
data_node = DataNode.objects.create(type='string')
data_node.add_data_object([], _get_string_data_object(scalar_input_text))
step_run_input = RunInput.objects.create(channel=channel_name,
group=group,
mode=mode,
type='string')
step_run_input.data_node = data_node
step_run_input.save()
return step_run_input
def getInputWithFullTree(channel_name='channel1',
mode='no_gather',
group=0):
data_node = DataNode.objects.create(type='string')
for data_path, letter in full_input_data:
data_object = _get_string_data_object(letter)
data_node.add_data_object(data_path, data_object, save=True)
step_run_input = RunInput.objects.create(
channel=channel_name, group=group, mode=mode, type='string')
step_run_input.data_node = data_node
step_run_input.save()
return step_run_input
def testAddDataObject(self):
data_channel = RunOutput.objects.create(channel='test',
mode='no_scatter', type='string')
path = [(1,2), (0,1)]
string_value = 'text'
data_object = _get_string_data_object(string_value)
data_channel.add_data_object(path, data_object)
with self.assertRaises(MissingBranchError):
data_channel.get_data_object([(0,2),(0,1)])
self.assertEqual(
data_channel.get_data_object([(1,2),(0,1)]).substitution_value,
string_value)
def getInputWithFullTree(channel_name='channel1', mode='no_gather', group=0):
data_node = DataNode.objects.create(type='string')
for data_path, letter in full_input_data:
data_object = _get_string_data_object(letter)
data_node.add_data_object(data_path, data_object)
step_run_input = RunInput.objects.create(channel=channel_name,
group=group,
mode=mode,
type='string')
step_run_input.data_node = data_node
step_run_input.save()
return step_run_input
def testAddDataObject(self):
data_channel = RunOutput.objects.create(channel='test',
mode='no_scatter',
type='string')
path = [(1, 2), (0, 1)]
string_value = 'text'
data_object = _get_string_data_object(string_value)
data_channel.add_data_object(path, data_object)
with self.assertRaises(MissingBranchError):
data_channel.get_data_object([(0, 2), (0, 1)])
self.assertEqual(
data_channel.get_data_object([(1, 2), (0, 1)]).substitution_value,
string_value)
def getScalarInput(channel_name='channel1',
mode='no_gather',
group=0):
data_node = DataNode.objects.create(type='string')
data_node.add_data_object(
[],
_get_string_data_object(scalar_input_text),
save=True)
step_run_input = RunInput.objects.create(
channel=channel_name, group=group, mode=mode, type='string')
step_run_input.data_node = data_node
step_run_input.save()
return step_run_input
def testAddBranchOverLeaf(self):
root = DataNode.objects.create(degree=2, type='string')
data_object = _get_string_data_object('text')
root.add_leaf(1, data_object)
with self.assertRaises(UnexpectedLeafNodeError):
root.add_branch(1, 1)
def testDegreeOutOfRangeError(self):
data_object = _get_string_data_object('text')
root = DataNode.objects.create(degree=2, type='string')
with self.assertRaises(ValidationError):
root.add_branch(1, -1)
def testDegreeMismatchError(self):
data_object = _get_string_data_object('text')
root = DataNode.objects.create(degree=2, type='string')
root.add_branch(1, 2)
with self.assertRaises(DegreeMismatchError):
root.add_branch(1, 3)
def addData(self, root, data):
for data_path, value in data:
data_object = _get_string_data_object(value)
root.add_data_object(data_path, data_object)
def testUnknownDegreeError(self):
data_object = _get_string_data_object('text')
root = DataNode.objects.create(type='string')
with self.assertRaises(UnknownDegreeError):
root.add_leaf(0, data_object)
def testUnknownDegreeError(self):
data_object = _get_string_data_object('text')
root = DataNode.objects.create(type='string')
with self.assertRaises(UnknownDegreeError):
root.add_leaf(0, data_object)
def testDegreeMismatchError(self):
data_object = _get_string_data_object('text')
root = DataNode.objects.create(degree=2, type='string')
root.add_branch(1, 2)
with self.assertRaises(DegreeMismatchError):
root.add_branch(1, 3)
def addData(self, root, data):
for data_path, value in data:
data_object = _get_string_data_object(value)
root.add_data_object(data_path, data_object)
def testAddLeafTwice(self):
root = DataNode.objects.create(degree=1, type='string')
data_object = _get_string_data_object('text')
root.add_leaf(0, data_object)
with self.assertRaises(NodeAlreadyExistsError):
root.add_leaf(0, data_object)
def testAddBranchOverLeaf(self):
root = DataNode.objects.create(degree=2, type='string')
data_object = _get_string_data_object('text')
root.add_leaf(1, data_object)
with self.assertRaises(UnexpectedLeafNodeError):
root.add_branch(1, 1)
def testAddLeafTwice(self):
root = DataNode.objects.create(degree=1, type='string')
data_object = _get_string_data_object('text')
root.add_leaf(0, data_object)
with self.assertRaises(NodeAlreadyExistsError):
root.add_leaf(0, data_object)
