def test_get_data_fail():
data_under_test = FakeInstrument([get_component()])
under_test = ComponentTreeModel(data_under_test)
under_test.createIndex(0, 0, data_under_test[0])
assert under_test.data(QModelIndex(), Qt.DisplayRole) is None
def test_component_has_2_rows():
data_under_test = FakeInstrument([get_component()])
under_test = ComponentTreeModel(data_under_test)
test_index = under_test.createIndex(0, 0, data_under_test[0])
assert under_test.rowCount(test_index) == 2
def test_get_data_success_2():
data_under_test = FakeInstrument([get_component()])
under_test = ComponentTreeModel(data_under_test)
test_index = under_test.createIndex(0, 0, data_under_test[0])
assert under_test.data(test_index, Qt.SizeHintRole) is None
def test_get_flags_component():
data_under_test = FakeInstrument([get_component()])
under_test = ComponentTreeModel(data_under_test)
index = under_test.createIndex(0, 0, data_under_test[0])
assert under_test.flags(index) == (Qt.ItemIsEnabled | Qt.ItemIsSelectable)
def test_number_of_components_2():
data_under_test = FakeInstrument([get_component(), get_component()])
under_test = ComponentTreeModel(data_under_test)
test_index = QModelIndex()
assert under_test.rowCount(test_index) == 2
def set_up_model(self, instrument):
self.component_model = ComponentTreeModel(instrument)
self.component_delegate = ComponentEditorDelegate(
self.component_tree_view, instrument
)
self.component_tree_view.setItemDelegate(self.component_delegate)
self.component_tree_view.setModel(self.component_model)
def test_get_component_parent():
data_under_test = FakeInstrument([get_component()])
under_test = ComponentTreeModel(data_under_test)
test_index = under_test.createIndex(0, 0, data_under_test[0])
assert under_test.parent(test_index) == QModelIndex()
def test_get_default_parent():
data_under_test = FakeInstrument()
under_test = ComponentTreeModel(data_under_test)
test_index = QModelIndex()
assert under_test.parent(test_index) == QModelIndex()
def test_get_invalid_index():
data_under_test = FakeInstrument([get_component()])
under_test = ComponentTreeModel(data_under_test)
test_index = QModelIndex()
assert under_test.index(2, 0, test_index) == QModelIndex()
def test_get_flags_fail():
data_under_test = FakeInstrument([get_component()])
under_test = ComponentTreeModel(data_under_test)
under_test.createIndex(0, 0, data_under_test[0])
assert under_test.flags(QModelIndex()) is Qt.NoItemFlags
def test_get_flags_component_info():
data_under_test = FakeInstrument([get_component()])
under_test = ComponentTreeModel(data_under_test)
item = ComponentInfo(parent=data_under_test[0])
index = under_test.createIndex(0, 0, item)
assert under_test.flags(index) == Qt.ItemIsEnabled
def test_rowCount_gets_unknown_type():
data_under_test = FakeInstrument()
under_test = ComponentTreeModel(data_under_test)
test_index = under_test.createIndex(0, 0, {})
with pytest.raises(RuntimeError):
under_test.rowCount(test_index)
def test_get_flags_transformation_list():
data_under_test = FakeInstrument([get_component()])
under_test = ComponentTreeModel(data_under_test)
component = data_under_test[0]
component.stored_transforms = component.transforms
index = under_test.createIndex(0, 0, component.stored_transforms)
assert under_test.flags(index) == Qt.ItemIsEnabled | Qt.ItemIsSelectable
def test_add_transformation_alt_1():
data_under_test = FakeInstrument([])
under_test = ComponentTreeModel(data_under_test)
under_test.add_component(get_component())
component_index = under_test.index(0, 0, QModelIndex())
transformation_list_index = under_test.index(1, 0, component_index)
assert under_test.rowCount(transformation_list_index) == 0
under_test.add_translation(transformation_list_index)
assert under_test.rowCount(transformation_list_index) == 1
def test_transformation_list_has_0_rows():
data_under_test = FakeInstrument([get_component()])
under_test = ComponentTreeModel(data_under_test)
data_under_test[0].stored_transforms = data_under_test[0].transforms
test_index = under_test.createIndex(0, 0,
data_under_test[0].stored_transforms)
assert under_test.rowCount(test_index) == 0
def test_get_component_info_parent():
data_under_test = FakeInstrument([get_component()])
under_test = ComponentTreeModel(data_under_test)
# Creating ComponentInfo in-line causes a segmentation error
temp_component_info = ComponentInfo(parent=data_under_test[0])
test_index = under_test.createIndex(0, 0, temp_component_info)
assert under_test.parent(
test_index).internalPointer() is data_under_test[0]
def test_transformation_link_has_0_rows():
component = get_component()
translation = component.add_translation(QVector3D(1.0, 0.0, 0.0))
component.depends_on = translation
data_under_test = FakeInstrument([component])
component.stored_transforms = component.transforms
under_test = ComponentTreeModel(data_under_test)
test_index = under_test.createIndex(0, 0, component.stored_transforms[0])
assert under_test.rowCount(test_index) == 0
def test_add_link_alt_2():
data_under_test = FakeInstrument([])
under_test = ComponentTreeModel(data_under_test)
under_test.add_component(get_component())
component_index = under_test.index(0, 0, QModelIndex())
transformation_list_index = under_test.index(1, 0, component_index)
assert under_test.rowCount(transformation_list_index) == 0
under_test.add_link(transformation_list_index)
assert under_test.rowCount(transformation_list_index) == 1
assert transformation_list_index.internalPointer().has_link
assert len(transformation_list_index.internalPointer()) == 0
def test_get_flags_other():
data_under_test = FakeInstrument([get_component()])
under_test = ComponentTreeModel(data_under_test)
class TestObject:
pass
test_item = TestObject()
index = under_test.createIndex(0, 0, test_item)
assert (under_test.flags(index) == Qt.ItemIsEnabled | Qt.ItemIsSelectable
| Qt.ItemIsEditable)
def test_get_transform_list_parent():
data_under_test = FakeInstrument([get_component()])
under_test = ComponentTreeModel(data_under_test)
data_under_test[0].stored_transforms = data_under_test[0].transforms
test_index = under_test.createIndex(0, 0,
data_under_test[0].stored_transforms)
temp_parent = under_test.parent(test_index)
assert temp_parent.internalPointer() is data_under_test[0]
assert temp_parent.row() == 0
def add_link_at_index(
component_model: ComponentTreeModel,
component_tree_view: QTreeView,
component_index: QModelIndex,
):
"""
Adds a link to the component model at a given index.
:param component_model: The component model.
:param component_tree_view: The component tree view.
:param component_index: The QModelIndex that is selected when the link is added.
"""
component_tree_view.setCurrentIndex(component_index)
component_model.add_link(component_index)
def test_duplicate_component():
data_under_test = Instrument(
NexusWrapper("test_component_model_duplicate"), NX_CLASS_DEFINITIONS)
under_test = ComponentTreeModel(data_under_test)
assert under_test.rowCount(QModelIndex()) == 1 # Sample
under_test.add_component(get_component())
component_index = under_test.index(0, 0, QModelIndex())
under_test.duplicate_node(component_index)
assert under_test.rowCount(QModelIndex()) == 3
def add_transformation_at_index(
component_model: ComponentTreeModel,
component_tree_view: QTreeView,
component_index: QModelIndex,
):
"""
Adds a transformation to the component model at a given index.
:param component_model: The component model.
:param component_tree_view: The component tree view.
:param component_index: The QModelIndex that is selected when the transformation is added.
"""
component_tree_view.setCurrentIndex(component_index)
component_model.add_transformation(component_index,
TransformationType.TRANSLATION)
def test_remove_component_with_transformation(nexus_wrapper):
instrument = Instrument(nexus_wrapper, NX_CLASS_DEFINITIONS)
under_test = ComponentTreeModel(instrument)
instrument.create_component("Some name", "some class", "desc")
component_index = under_test.index(0, 0, QModelIndex())
under_test.add_rotation(component_index)
assert under_test.rowCount(QModelIndex()) == 1
under_test.remove_node(component_index)
assert under_test.rowCount(QModelIndex()) == 0, (
"Expected component to be successfully deleted because it has "
"a transformation that only has it as a dependent")
def add_transformation(
transformation_type: TransformationType,
component_tree_view: QTreeView,
component_model: ComponentTreeModel,
):
selected = component_tree_view.selectedIndexes()
if len(selected) > 0:
current_index = selected[0]
if transformation_type == TransformationType.TRANSLATION:
component_model.add_translation(current_index)
elif transformation_type == TransformationType.ROTATION:
component_model.add_rotation(current_index)
else:
raise ValueError(f"Unknown transformation type: {transformation_type}")
expand_transformation_list(current_index, component_tree_view, component_model)
def test_get_transformation_parent():
component = get_component()
translation = component.add_translation(QVector3D(1.0, 0.0, 0.0))
component.depends_on = translation
data_under_test = FakeInstrument([component])
component.stored_transforms = component.transforms
translation.parent = component.stored_transforms
under_test = ComponentTreeModel(data_under_test)
test_index = under_test.createIndex(0, 0, translation)
found_parent = under_test.parent(test_index)
assert found_parent.internalPointer(
) == data_under_test[0].stored_transforms
assert found_parent.row() == 1
def test_get_transformation_link_parent():
component = get_component()
data_under_test = FakeInstrument([component])
component.stored_transforms = component.transforms
transform_link = LinkTransformation(component.stored_transforms)
component.stored_transforms.link = transform_link
component.stored_transforms.has_link = True
under_test = ComponentTreeModel(data_under_test)
test_index = under_test.createIndex(0, 0, transform_link)
found_parent = under_test.parent(test_index)
assert found_parent.internalPointer(
) == data_under_test[0].stored_transforms
assert found_parent.row() == 1
def test_GIVEN_component_with_cylindrical_shape_information_WHEN_duplicating_component_THEN_shape_information_is_stored_in_nexus_file(
nexus_wrapper, ):
instrument = Instrument(nexus_wrapper, NX_CLASS_DEFINITIONS)
first_component_name = "component1"
first_component_nx_class = "NXdetector"
description = "desc"
first_component = instrument.create_component(first_component_name,
first_component_nx_class,
description)
axis_direction = QVector3D(1, 0, 0)
height = 2
radius = 3
units = "cm"
first_component.set_cylinder_shape(axis_direction=axis_direction,
height=height,
radius=radius,
units=units)
tree_model = ComponentTreeModel(instrument)
first_component_index = tree_model.index(0, 0, QModelIndex())
tree_model.duplicate_node(first_component_index)
assert tree_model.rowCount(QModelIndex()) == 3
second_component_index = tree_model.index(2, 0, QModelIndex())
second_component = second_component_index.internalPointer()
second_shape, _ = second_component.shape
assert second_shape.axis_direction == axis_direction
assert second_shape.height == height
assert second_shape.units == units
def test_remove_component(nexus_wrapper):
instrument = Instrument(nexus_wrapper, NX_CLASS_DEFINITIONS)
under_test = ComponentTreeModel(instrument)
instrument.create_component("Some name", "some class", "desc")
component_index = under_test.index(0, 0, QModelIndex())
assert under_test.rowCount(QModelIndex()) == 1
under_test.remove_node(component_index)
assert under_test.rowCount(QModelIndex()) == 0
def expand_transformation_list(
node: QModelIndex,
component_tree_view: QTreeView,
component_model: ComponentTreeModel,
):
current_pointer = node.internalPointer()
if isinstance(current_pointer, TransformationsList) or isinstance(
current_pointer, Component):
component_tree_view.expand(node)
if isinstance(current_pointer, Component):
trans_list_index = component_model.index(1, 0, node)
component_tree_view.expand(trans_list_index)
else:
component_index = component_model.parent(node)
component_tree_view.expand(component_index)
elif isinstance(current_pointer, Transformation):
trans_list_index = component_model.parent(node)
component_tree_view.expand(trans_list_index)
component_index = component_model.parent(trans_list_index)
component_tree_view.expand(component_index)