def test_replaceHandle(self):
mock_wsd = MockWorkspaceDisplay()
observer = WorkspaceDisplayADSObserver(mock_wsd)
expected_name = "a"
expected_parameter = 444555.158
observer.replaceHandle(expected_name, expected_parameter)
mock_wsd.replace_workspace.assert_called_once_with(expected_name, expected_parameter)
def test_replaceHandle(self):
mock_wsd = MockWorkspaceDisplay()
observer = WorkspaceDisplayADSObserver(mock_wsd)
expected_name = "a"
expected_parameter = 444555.158
observer.replaceHandle(expected_name, expected_parameter)
mock_wsd.replace_workspace.assert_called_once_with(
expected_name, expected_parameter)
def __init__(self, ws, plot=None, parent=None, model=None, view=None, ads_observer=None, container=None,
window_width=600, window_height=400):
"""
Creates a display for the provided workspace.
:param ws: Workspace to be displayed
:param plot: Plotting function that will be used to plot workspaces. Passed in as parameter to allow mocking
:param parent: Parent of the widget
:param model: Model to be used by the widget. Passed in as parameter to allow mocking
:param view: View to be used by the widget. Passed in as parameter to allow mocking
:param ads_observer: ADS observer to be used by the presenter. If not provided the default
one is used. Mainly intended for testing.
"""
# Create model and view, or accept mocked versions
self.model = model if model else MatrixWorkspaceDisplayModel(ws)
self.view = view if view else MatrixWorkspaceDisplayView(self, parent)
self.container = container if container else StatusBarView(parent, self.view, self.model.get_name(),
window_width=window_width,
window_height=window_height,
presenter=self)
super(MatrixWorkspaceDisplay, self).__init__(self.container.status_bar)
self.plot = plot
self.ads_observer = ads_observer if ads_observer else WorkspaceDisplayADSObserver(self)
self.setup_tables()
self.view.set_context_menu_actions(self.view.table_y)
self.view.set_context_menu_actions(self.view.table_x)
self.view.set_context_menu_actions(self.view.table_e)
def __init__(self,
ws,
parent=None,
window_flags=Qt.Window,
ads_observer=None,
view: InstrumentView = None):
super(InstrumentViewPresenter, self).__init__()
self.ws_name = str(ws)
self.container = view
if not self.container:
workspace = AnalysisDataService.retrieve(self.ws_name)
workspace.readLock()
try:
self.container = InstrumentView(parent=parent,
presenter=self,
name=self.ws_name,
window_flags=window_flags)
finally:
workspace.unlock()
if ads_observer:
self.ads_observer = ads_observer
else:
self.ads_observer = WorkspaceDisplayADSObserver(
self, observe_replace=False)
# TODO FIXME - this may not be a good design. It violates the OO principles
# Update the instrument view manager
InstrumentViewManager.register(self, self.ws_name)
def __init__(self, ws, parent=None, ads_observer=None):
super(InstrumentViewPresenter, self).__init__()
self.ws_name = ws.name()
self.container = InstrumentView(parent, self, self.ws_name)
if ads_observer:
self.ads_observer = ads_observer
else:
self.ads_observer = WorkspaceDisplayADSObserver(
self, observe_replace=False)
def __init__(self,
ws,
plot=None,
parent=None,
window_flags=Qt.Window,
model=None,
view=None,
ads_observer=None,
container=None,
window_width=600,
window_height=400):
"""
Creates a display for the provided workspace.
:param ws: Workspace to be displayed
:param plot: Plotting function that will be used to plot workspaces. Passed in as parameter to allow mocking
:param parent: Parent of the widget
:param model: Model to be used by the widget. Passed in as parameter to allow mocking
:param view: View to be used by the widget. Passed in as parameter to allow mocking
:param ads_observer: ADS observer to be used by the presenter. If not provided the default
one is used. Mainly intended for testing.
"""
self.hasDx = any(
[ws.hasDx(i) for i in range(ws.getNumberHistograms())])
# Create model and view, or accept mocked versions
self.model = model if model else MatrixWorkspaceDisplayModel(ws)
self.view = view if view else MatrixWorkspaceDisplayView(
self, parent, window_flags)
self.container = container if container else StatusBarView(
parent,
self.view,
self.model.get_name(),
window_width=window_width,
window_height=window_height,
presenter=self,
window_flags=window_flags)
super(MatrixWorkspaceDisplay, self).__init__(self.container.status_bar)
self.plot = plot
self.ads_observer = ads_observer if ads_observer else WorkspaceDisplayADSObserver(
self)
self.setup_tables()
self.view.set_context_menu_actions(self.view.table_y)
self.view.set_context_menu_actions(self.view.table_x)
self.view.set_context_menu_actions(self.view.table_e)
if self.hasDx:
self.view.set_context_menu_actions(self.view.table_dx)
# connect to replace_signal signal to handle replacement of the workspace
self.container.replace_signal.connect(self.action_replace_workspace)
self.container.rename_signal.connect(self.action_rename_workspace)
def __init__(
self,
ws,
parent=None,
window_flags=Qt.Window,
plot=None,
model=None,
view=None,
name=None,
ads_observer=None,
container=None,
window_width=600,
window_height=400,
batch=False,
):
"""
Creates a display for the provided workspace.
:param ws: Workspace to be displayed
:param parent: Parent of the widget
:param window_flags: An optional set of window flags
:param plot: Plotting function that will be used to plot workspaces. This requires Matplotlib directly.
Passed in as parameter to allow mocking
:param model: Model to be used by the widget. Passed in as parameter to allow mocking
:param view: View to be used by the widget. Passed in as parameter to allow mocking
:param name: Custom name for the window
:param ads_observer: ADS observer to be used by the presenter. If not provided the default
one is used. Mainly intended for testing.
"""
view, model = self.create_table(ws, parent, window_flags, model, view,
batch)
self.view = view
self.model = model
self.name = name if name else model.get_name()
self.container = (container if container else StatusBarView(
parent,
view,
self.name,
window_width=window_width,
window_height=window_height,
window_flags=window_flags,
presenter=self,
))
DataCopier.__init__(self, self.container.status_bar)
self.parent = parent
self.plot = plot
self.ads_observer = (ads_observer if ads_observer else
WorkspaceDisplayADSObserver(self))
self.presenter.refresh()
def __init__(self,
ws,
plot=None,
parent=None,
model=None,
view=None,
name=None,
ads_observer=None,
container=None,
window_width=600,
window_height=400):
"""
Creates a display for the provided workspace.
:param ws: Workspace to be displayed
:param parent: Parent of the widget
:param plot: Plotting function that will be used to plot workspaces. This requires Matplotlib directly.
Passed in as parameter to allow mocking
:param model: Model to be used by the widget. Passed in as parameter to allow mocking
:param view: View to be used by the widget. Passed in as parameter to allow mocking
:param name: Custom name for the window
:param ads_observer: ADS observer to be used by the presenter. If not provided the default
one is used. Mainly intended for testing.
"""
model = model if model is not None else TableWorkspaceDisplayModel(ws)
view = view if view else TableWorkspaceDisplayView(self, parent)
TableWorkspaceDataPresenter.__init__(self, model, view)
self.name = name if name else self.model.get_name()
self.container = container if container else StatusBarView(
parent,
self.view,
self.name,
window_width=window_width,
window_height=window_height,
presenter=self)
DataCopier.__init__(self, self.container.status_bar)
self.parent = parent
self.plot = plot
self.view.set_context_menu_actions(self.view)
self.ads_observer = ads_observer if ads_observer else WorkspaceDisplayADSObserver(
self)
self.refresh()
# connect to cellChanged signal after the data has been loaded
self.view.itemChanged.connect(self.handleItemChanged)
def __init__(self,
ws,
parent=None,
window_flags=Qt.Window,
ads_observer=None):
super(InstrumentViewPresenter, self).__init__()
self.ws_name = str(ws)
self.container = InstrumentView(parent,
self,
self.ws_name,
window_flags=window_flags)
if ads_observer:
self.ads_observer = ads_observer
else:
self.ads_observer = WorkspaceDisplayADSObserver(
self, observe_replace=False)
# TODO FIXME - this may not be a good design. It violates the OO principles
# Update the instrument view manager
InstrumentViewManager.register(self, self.ws_name)
def test_deleteHandle(self):
mock_wsd = MockWorkspaceDisplay()
observer = WorkspaceDisplayADSObserver(mock_wsd)
expected_name = "adad"
observer.deleteHandle(expected_name, None)
mock_wsd.close.assert_called_once_with(expected_name)
def test_clearHandle(self):
mock_wsd = MockWorkspaceDisplay()
observer = WorkspaceDisplayADSObserver(mock_wsd)
observer.clearHandle()
mock_wsd.force_close.assert_called_once_with()
def test_deleteHandle(self):
mock_wsd = MockWorkspaceDisplay()
observer = WorkspaceDisplayADSObserver(mock_wsd)
expected_name = "adad"
observer.deleteHandle(expected_name, None)
mock_wsd.close.assert_called_once_with(expected_name)
def test_clearHandle(self):
mock_wsd = MockWorkspaceDisplay()
observer = WorkspaceDisplayADSObserver(mock_wsd)
observer.clearHandle()
mock_wsd.force_close.assert_called_once_with()