def test_ignition_point_application_02(qgis_app: QgsApplication,
qgis_locale: QSettings,
qgis_plugin: Dict[str, Any],
qgis_bot: QgisBot, qtbot: QtBot,
qgis_new_project: None,
qgis_canvas: QgsMapCanvas) -> None:
"""
Tests the Map point tool is destroyed when there is a Right Click
:param qgis_app: QGIS application fixture
:type qgis_app: QgsApplication
:param qgis_locale: QSettings fixture this the current QGIS application locale
:type qgis_locale: QSettings
:param qgis_plugin: QGIS loading and unloading fixture for plugins
:type qgis_plugin: dict of Any
:param qgis_bot: QGIS UI Test Bot
:type qgis_bot: QgisBot
:param qtbot: QT UI Test Bot
:type qtbot: QtBot
:param qgis_new_project: Ensures a new project is created for the current test
:type qgis_new_project: None
:return: Nothing
:rtype: None
"""
assert type(qgis.utils.plugins['gisfire_spread_simulation']
).__name__ == 'GisFIRESpreadSimulation'
plugin: GisFIRESpreadSimulation = qgis_plugin['gisfire_spread_simulation']
plugin._menu_actions['new_ignition'].trigger()
assert plugin._pointTool is not None
qtbot.mouseClick(qgis_canvas.viewport(),
qgis.QtCore.Qt.RightButton,
pos=QPoint(10, 10))
assert plugin._pointTool is None
def test_wizard_import_config(qtbot: QtBot):
wiz = ImportWizard(path.joinpath("agilent", "test_ms.b"))
qtbot.addWidget(wiz)
wiz.show()
qtbot.waitExposed(wiz)
wiz.next()
wiz.next()
page = wiz.currentPage()
assert page.isComplete()
assert page.getNames() == ("P31", "Eu153", "W182")
assert page.lineedit_aspect.text() == "2.00"
page.lineedit_scantime.setText("0")
assert not page.isComplete()
assert page.lineedit_aspect.text() == "0.00"
page.lineedit_speed.setText("0")
assert not page.isComplete()
page.lineedit_spotsize.setText("0")
assert not page.isComplete()
assert page.lineedit_aspect.text() == ""
dlg = page.buttonNamesPressed()
dlg.close()
page.updateNames({"P31": "31P", "Eu153": "Eu153"})
assert page.getNames() == ("31P", "Eu153")
def test_tool_filter(qtbot: QtBot):
viewspace = LaserViewSpace()
qtbot.addWidget(viewspace)
viewspace.show()
view = viewspace.activeView()
widget = view.addLaser(Laser(linear_data(["a", "b", "c"])))
tool = DriftTool(view.activeWidget())
view.addTab("Tool", tool)
qtbot.waitExposed(tool)
tool.combo_element.setCurrentText("a")
tool.combo_element.activated.emit(0)
tool.spinbox_degree.setValue(1)
tool.apply()
assert np.all(np.isclose(widget.laser.data["a"], widget.laser.data["a"][0][0]))
tool.combo_element.setCurrentText("b")
tool.combo_element.activated.emit(0)
assert not np.all(np.isclose(widget.laser.data["b"], widget.laser.data["c"][0][0]))
tool.check_apply_all.setChecked(True)
tool.apply()
assert np.all(np.isclose(widget.laser.data["b"], widget.laser.data["c"][0][0]))
def controller(qtbot: QtBot, stream: io.StringIO) -> Controller:
controller = Controller()
printer = StreamTextPrinter(stream)
controller._printer = printer
controller.run_app()
qtbot.addWidget(controller._gui)
return controller
def test_ignition_point_application_05(qgis_app: QgsApplication,
qgis_locale: QSettings,
qgis_plugin: Dict[str, Any],
qgis_bot: QgisBot, qtbot: QtBot,
qgis_new_project: None,
qgis_canvas: QgsMapCanvas) -> None:
"""
Tests the Ignition Point dialog is shown when there is a Left Click (the appearing dialog is cancelled) so the tests
checks that the ignition points layer is unchanged
:param qgis_app: QGIS application fixture
:type qgis_app: QgsApplication
:param qgis_locale: QSettings fixture this the current QGIS application locale
:type qgis_locale: QSettings
:param qgis_plugin: QGIS loading and unloading fixture for plugins
:type qgis_plugin: dict of Any
:param qgis_bot: QGIS UI Test Bot
:type qgis_bot: QgisBot
:param qtbot: QT UI Test Bot
:type qtbot: QtBot
:param qgis_new_project: Ensures a new project is created for the current test
:type qgis_new_project: None
:return: Nothing
:rtype: None
"""
assert type(qgis.utils.plugins['gisfire_spread_simulation']
).__name__ == 'GisFIRESpreadSimulation'
plugin: GisFIRESpreadSimulation = qgis_plugin['gisfire_spread_simulation']
vl_a: QgsVectorLayer = QgsVectorLayer('Point', 'a', 'memory')
provider: QgsVectorDataProvider = vl_a.dataProvider()
attributes: List[QgsField] = [
QgsField('fid', QVariant.Int),
QgsField('datetime', QVariant.String)
]
provider.addAttributes(attributes)
vl_a.updateFields()
crs: QgsCoordinateReferenceSystem = QgsCoordinateReferenceSystem(
'EPSG:25831')
vl_a.setCrs(crs, True)
vl_a.updateExtents()
plugin._ignition_layer = vl_a
assert vl_a.featureCount() == 0
project: QgsProject = QgsProject()
project_instance: QgsProject = project.instance()
project_instance.setCrs(crs)
def on_timer():
dlg: IgnitionDateTimeDialog = plugin._dlg
assert dlg.isVisible()
qtbot.mouseClick(dlg._button_box.button(QDialogButtonBox.Ok),
qgis.QtCore.Qt.LeftButton)
plugin._menu_actions['new_ignition'].trigger()
assert plugin._pointTool is not None
QTimer.singleShot(100, on_timer)
qtbot.mouseClick(qgis_canvas.viewport(),
qgis.QtCore.Qt.LeftButton,
pos=QPoint(10, 10))
assert vl_a.featureCount() == 1
def test_colocalisation_dialog(qtbot: QtBot):
data = np.empty((10, 10), dtype=[("a", float), ("b", float), ("c", float)])
data["a"] = np.repeat(np.linspace(0, 1, 10).reshape(1, -1), 10, axis=0)
data["b"] = np.repeat(np.linspace(0, 1, 10).reshape(-1, 1), 10, axis=1)
np.random.seed(9764915)
data["c"] = np.random.random((10, 10))
mask = np.ones((10, 10), dtype=bool)
mask[:2] = False
dialog = dialogs.ColocalisationDialog(data, mask)
qtbot.addWidget(dialog)
dialog.open()
assert dialog.combo_name1.currentText() == "a"
assert dialog.combo_name2.currentText() == "b"
assert dialog.label_r.text() == "0.00"
assert dialog.label_icq.text() == "0.00"
assert dialog.label_m1.text() == "0.00"
assert dialog.label_m2.text() == "0.50"
assert dialog.label_p.text() == ""
dialog.combo_name2.setCurrentText("a")
assert dialog.label_r.text() == "1.00"
assert dialog.label_icq.text() == "0.50"
assert dialog.label_m1.text() == "1.00"
assert dialog.label_m2.text() == "1.00"
assert dialog.label_p.text() == ""
dialog.calculatePearsonsProbablity()
assert dialog.label_p.text() == "1.00"
def test_basic_table_view(qtbot: QtBot):
view = BasicTableView()
qtbot.addWidget(view)
x = np.random.random((5, 5))
model = NumpyArrayTableModel(x)
view.setModel(model)
view.setCurrentIndex(view.indexAt(QtCore.QPoint(0, 0)))
assert view.currentIndex().row() == 0
view._advance()
assert view.currentIndex().row() == 1
view.selectionModel().select(
view.indexAt(QtCore.QPoint(0, 0)), QtCore.QItemSelectionModel.Select
)
view._copy()
mime_data = QtWidgets.QApplication.clipboard().mimeData()
assert mime_data.text() == str(x[0, 0]) + "\n" + str(x[1, 0])
view._cut() # Same as _copy, _delete
view._delete()
assert not np.isnan(x[0, 0]) # Can't delete out of a numpy array
QtWidgets.QApplication.clipboard().setText("2.0")
view._paste()
assert x[0, 0] == 2.0
view.contextMenuEvent(
QtGui.QContextMenuEvent(QtGui.QContextMenuEvent.Mouse, QtCore.QPoint(0, 0))
)
def maybe_stop_for_interaction(qtbot: QtBot) -> None:
"""
Stop the tests to interact with the GUI if 'TEST_INTERACT' environment
variable is set.
"""
if os.environ.get("TEST_INTERACT"):
qtbot.stopForInteraction()
def test_main_window_actions_widget(qtbot: QtBot):
window = MainWindow()
qtbot.addWidget(window)
window.viewspace.views[0].addLaser(
Laser(rand_data("A1"), info={"File Path": "/home/pewpew/real.npz"}))
window.viewspace.refresh()
assert window.action_export_all.isEnabled()
assert window.action_tool_calculator.isEnabled()
assert window.action_tool_drift.isEnabled()
assert window.action_tool_filter.isEnabled()
assert window.action_tool_standards.isEnabled()
assert window.action_tool_overlay.isEnabled()
window.actionTransformFlipHorz()
window.actionTransformFlipVert()
window.actionTransformRotateLeft()
window.actionTransformRotateRight()
window.actionExportAll()
window.actionToolCalculator()
window.actionToolDrift()
window.actionToolFilter()
window.actionToolStandards()
window.actionToolOverlay()
def test_export_dialog_names(qtbot: QtBot):
viewspace = LaserViewSpace()
qtbot.addWidget(viewspace)
view = viewspace.activeView()
widget = view.addLaser(
Laser(
rand_data(["A", "\\B", "C>_<"]),
info={
"Name": "inv@|d",
"File Path": "/invalid.npz"
},
))
dlg = ExportDialog(widget)
dlg.lineedit_directory.setText(str(Path(".")))
assert dlg.isComplete()
dlg.lineedit_filename.setText("invalid.csv")
assert dlg.isComplete()
dlg.check_export_all.setChecked(True)
paths = dlg.generatePaths(widget.laser)
assert paths[0][0].name == "invalid_A.csv"
assert paths[1][0].name == "invalid__B.csv"
assert paths[2][0].name == "invalid_C___.csv"
def test_main_view(qtbot:QtBot):
from genial.views.mainview import MainView
main_view = MainView()
assert main_view is not None
qtbot.add_widget(main_view)
main_view.show()
assert main_view.isVisible()
def test_image_slice_item(qtbot: QtBot):
window = QtWidgets.QMainWindow()
qtbot.addWidget(window)
scene = QtWidgets.QGraphicsScene(0, 0, 100, 100)
view = QtWidgets.QGraphicsView(scene)
window.setCentralWidget(view)
array = np.random.random((10, 10))
img = ScaledImageItem.fromArray(array, QtCore.QRectF(0, 0, 100, 100))
item = ImageSliceWidgetItem(img, array)
scene.addItem(item)
item.mousePressEvent(
FakeSceneMouseEvent(QtCore.Qt.LeftButton, QtCore.QPointF(1, 1)))
item.mouseMoveEvent(
FakeSceneMouseEvent(QtCore.Qt.LeftButton, QtCore.QPointF(1, 99)))
item.mouseReleaseEvent(
FakeSceneMouseEvent(QtCore.Qt.LeftButton, QtCore.QPointF(1, 99)))
assert item.sliced.size == 10
assert np.all(item.sliced == array[:, 0])
item.actionCopyToClipboard()
item.shape() # For redraw
# Draw everything
window.show()
qtbot.waitExposed(window)
def test_apply_dialog(qtbot: QtBot):
dialog = dialogs.ApplyDialog()
qtbot.addWidget(dialog)
dialog.open()
for button in dialog.button_box.buttons():
dialog.buttonClicked(button)
def test_exposure_widget(qtbot: QtBot):
CORE.setExposure(15)
wdg = DefaultCameraExposureWidget(core=CORE)
qtbot.addWidget(wdg)
# check that it get's whatever core is set to.
assert wdg.spinBox.value() == 15
with qtbot.waitSignal(CORE.events.exposureChanged):
CORE.setExposure(30)
assert wdg.spinBox.value() == 30
with qtbot.wait_signal(CORE.events.exposureChanged):
wdg.spinBox.setValue(45)
assert CORE.getExposure() == 45
# test updating cameraDevice
CORE.setProperty("Core", "Camera", "")
assert not wdg.isEnabled()
with pytest.raises(RuntimeError):
wdg.setCamera("blarg")
# set to an invalid camera name
# should now be disabled.
wdg.setCamera("blarg", force=True)
assert not wdg.isEnabled()
# reset the camera to a working one
CORE.setProperty("Core", "Camera", "Camera")
with qtbot.wait_signal(CORE.events.exposureChanged):
wdg.spinBox.setValue(12)
assert CORE.getExposure() == 12
def test_laser_widget(qtbot: QtBot):
x = rand_data(["A1", "B2"])
y = x["A1"].copy()
viewspace = LaserViewSpace()
qtbot.addWidget(viewspace)
viewspace.show()
view = viewspace.activeView()
view.addLaser(Laser(x))
widget = view.activeWidget()
widget.applyConfig(Config(1.0, 1.0, 1.0))
assert widget.laser.config.spotsize == 1.0
widget.applyCalibration({"B2": Calibration(2.0, 2.0)})
assert widget.laser.calibration["B2"].intercept == 2.0
widget.updateNames({"A1": "A1", "B2": "2B"})
assert np.all(viewspace.uniqueElements() == ["2B", "A1"])
widget.transform(flip="horizontal")
assert np.all(widget.laser.get("A1") == np.flip(y, axis=1))
widget.transform(flip="horizontal")
widget.transform(flip="vertical")
assert np.all(widget.laser.get("A1") == np.flip(y, axis=0))
widget.transform(flip="vertical")
assert np.all(widget.laser.get("A1") == y)
widget.transform(rotate="right")
assert np.all(widget.laser.get("A1") == np.rot90(y, k=1, axes=(1, 0)))
widget.transform(rotate="left")
assert np.all(widget.laser.get("A1") == y)
def test_questions_view(qtbot: QtBot):
from genial.views.questionsview import QuestionsView
questions_view = QuestionsView()
assert questions_view is not None
qtbot.add_widget(questions_view)
questions_view.show()
assert questions_view.isVisible()
def test_document_view(qtbot:QtBot):
from genial.views.documentview import DocumentView
document_view = DocumentView()
assert document_view is not None
qtbot.add_widget(document_view)
document_view.show()
assert document_view.isVisible()
def test_questions_view(qtbot:QtBot):
from genial.views.questionsview import QuestionsView
questions_view = QuestionsView()
assert questions_view is not None
qtbot.add_widget(questions_view)
questions_view.show()
assert questions_view.isVisible()
def test_main_view(qtbot: QtBot):
from genial.views.mainview import MainView
main_view = MainView()
assert main_view is not None
qtbot.add_widget(main_view)
main_view.show()
assert main_view.isVisible()
def pytest_configure(config):
config.addinivalue_line(
"markers",
"qt_no_exception_capture: Disables pytest-qt's automatic exception "
"capture for just one test item.",
)
config.addinivalue_line(
"markers", "qt_log_level_fail: overrides qt_log_level_fail ini option."
)
config.addinivalue_line(
"markers", "qt_log_ignore: overrides qt_log_ignore ini option."
)
config.addinivalue_line("markers", "no_qt_log: Turn off Qt logging capture.")
if config.getoption("qt_log"):
config.pluginmanager.register(QtLoggingPlugin(config), "_qt_logging")
qt_api.set_qt_api(config.getini("qt_api"))
if config.getini("qt_wait_signal_raising"):
warnings.warn(
"qt_wait_signal_raising is deprecated, use qt_default_raising instead.",
DeprecationWarning,
)
from .qtbot import QtBot
QtBot._inject_qtest_methods()
def test_properties_questions_view(qtbot: QtBot):
from genial.views.propertiesquestiontypeview import PropertiesQuestionTypeView
properties_questions_view = PropertiesQuestionTypeView()
assert properties_questions_view is not None
qtbot.add_widget(properties_questions_view)
properties_questions_view.show()
assert properties_questions_view.isVisible()
def test_document_view(qtbot: QtBot):
from genial.views.documentview import DocumentView
document_view = DocumentView()
assert document_view is not None
qtbot.add_widget(document_view)
document_view.show()
assert document_view.isVisible()
def test_laser_graphics_zoom(qtbot: QtBot):
graphics = LaserGraphicsView(GraphicsOptions())
qtbot.addWidget(graphics)
x = np.random.random((10, 10))
graphics.drawImage(x, QtCore.QRectF(0, 0, 100, 100), "x")
qtbot.waitExposed(graphics)
graphics.zoomStart()
event = QtGui.QMouseEvent(
QtCore.QEvent.MouseButtonPress,
graphics.mapFromScene(QtCore.QPointF(20, 20)),
QtCore.Qt.LeftButton,
QtCore.Qt.LeftButton,
QtCore.Qt.NoModifier,
)
graphics.mousePressEvent(event)
event.setLocalPos(graphics.mapFromScene(QtCore.QPointF(40, 40)))
graphics.mouseMoveEvent(event)
graphics.mouseReleaseEvent(event)
rect = graphics.mapToScene(graphics.viewport().rect()).boundingRect()
assert 29.5 < rect.center().x() < 30.5
assert 29.5 < rect.center().y() < 30.5
assert 19.5 < rect.width() < 20.5 or 19.5 < rect.height() < 20.5
def test_settings_dialog_02(qgis_app: QgsApplication, qgis_locale: QSettings, qgis_plugin: Dict[str, Any],
qgis_bot: QgisBot, qtbot: QtBot, qgis_new_project: None):
"""
Tests the settings dialog is correctly shown and destroyed with an OK action
:param qgis_app: QGIS application fixture
:type qgis_app: QgsApplication
:param qgis_locale: QT settings fixture with a user locale
:type qgis_locale: QSettings
:param qgis_plugin: QGIS loading and unloading fixture for plugins
:type qgis_plugin: dict of Any
:param qgis_bot: QGIS Bot to automate GUI tests
:type qgis_bot: QgisBot
:param qtbot: QT fixture to automate GUI tests
:type qtbot: QtBot
:param qgis_new_project: Ensures the project instance is clean
:type qgis_new_project: None
"""
# noinspection DuplicatedCode
assert type(qgis.utils.plugins['gisfire_spread_simulation']).__name__ == 'GisFIRESpreadSimulation'
dialog: SettingsDialog = SettingsDialog()
qtbot.addWidget(dialog)
dialog.show()
assert dialog.isVisible()
buttons: QDialogButtonBox = dialog._button_box
button_ok: QPushButton = buttons.button(qgis.PyQt.QtWidgets.QDialogButtonBox.Ok)
qtbot.mouseClick(button_ok, qgis.QtCore.Qt.LeftButton)
assert not dialog.isVisible()
def test_colocal_chart(qtbot: QtBot):
chart = ColocalisationChart("Colocal")
qtbot.addWidget(chart)
chart.drawPoints(np.random.random(10), np.random.random(10))
chart.drawLine(1.0, 0.0)
chart.drawThresholds(0.25, 0.75)
def test_properties_questions_view(qtbot:QtBot):
from genial.views.propertiesquestiontypeview import PropertiesQuestionTypeView
properties_questions_view = PropertiesQuestionTypeView()
assert properties_questions_view is not None
qtbot.add_widget(properties_questions_view)
properties_questions_view.show()
assert properties_questions_view.isVisible()
def pytest_configure(config):
config.addinivalue_line(
"markers",
"qt_no_exception_capture: Disables pytest-qt's automatic exception "
"capture for just one test item.",
)
config.addinivalue_line(
"markers",
"qt_log_level_fail: overrides qt_log_level_fail ini option.")
config.addinivalue_line(
"markers", "qt_log_ignore: overrides qt_log_ignore ini option.")
config.addinivalue_line("markers",
"no_qt_log: Turn off Qt logging capture.")
if config.getoption("qt_log") and config.getoption("capture") != "no":
config.pluginmanager.register(QtLoggingPlugin(config), "_qt_logging")
qt_api.set_qt_api(config.getini("qt_api"))
if config.getini("qt_wait_signal_raising"):
warnings.warn(
"qt_wait_signal_raising is deprecated, use qt_default_raising instead.",
DeprecationWarning,
)
from .qtbot import QtBot
QtBot._inject_qtest_methods()
def test_calibration_dialog(qtbot: QtBot):
cals = {
"A": Calibration.from_points([[0, 2], [1, 4]], unit="ppb"),
"B": Calibration(),
}
dialog = dialogs.CalibrationDialog(cals, "B")
qtbot.addWidget(dialog)
dialog.open()
assert dialog.combo_element.currentText() == "B"
assert dialog.points.model.array.size == 0
assert not dialog.button_plot.isEnabled()
assert not dialog.points.button_remove.isEnabled()
dialog.lineedit_gradient.setText("1")
dialog.lineedit_intercept.setText("2")
dialog.lineedit_unit.setText("ppm")
dialog.combo_element.setCurrentIndex(0)
assert dialog.combo_element.currentText() == "A"
assert dialog.points.model.array.size == 6
assert dialog.button_plot.isEnabled()
# Points enabled on remove / add
dialog.points.removeCalibrationLevel()
assert not dialog.button_plot.isEnabled()
dialog.points.addCalibrationLevel()
assert not dialog.button_plot.isEnabled()
dialog.points.model.setData(dialog.points.model.index(0, 1), 1.0)
dialog.points.model.setData(dialog.points.model.index(1, 1), 6.0)
assert dialog.button_plot.isEnabled()
assert np.isclose(dialog.calibrations["A"].gradient, 4.0)
# Points weightings
assert dialog.calibrations["A"].weighting == "Equal"
assert np.all(dialog.calibrations["A"].weights == 1.0)
dialog.points.combo_weighting.setCurrentText("y")
assert dialog.calibrations["A"].weighting == "y"
assert np.all(
dialog.calibrations["A"].weights == dialog.calibrations["A"].y)
# Restored on change
assert dialog.calibrations["B"].gradient == 1.0
assert dialog.calibrations["B"].intercept == 2.0
assert dialog.calibrations["B"].unit == "ppm"
# Just run code as can't test clipboard
dialog.copyToClipboard()
dialog.copyAllToClipboard()
dialog.combo_element.setCurrentIndex(0)
dialog.showCurve()
dialog.apply()
dialog.check_all.setChecked(True)
dialog.apply()
def window(model: Model, qtbot: QtBot, mocker: MockFixture):
"""the window."""
message_box = 'usc_lr_timer.app.QtWidgets.QMessageBox.{}'
mocker.patch(message_box.format('question'),
return_value=QtWidgets.QMessageBox.Yes)
mocker.patch(message_box.format('information'))
window = MainWindow(model)
qtbot.add_widget(window)
return window
def test_tool_calculator_formula(qtbot: QtBot):
textedit = CalculatorFormula("", ["a", "b"])
qtbot.addWidget(textedit)
assert not textedit.hasAcceptableInput()
textedit.setPlainText("a + 1")
assert textedit.hasAcceptableInput()
textedit.setPlainText("a + c")
assert not textedit.hasAcceptableInput()
def test_settings_dialog_03(qgis_app: QgsApplication, qgis_locale: QSettings, qgis_plugin: Dict[str, Any],
qgis_bot: QgisBot, qtbot: QtBot, qgis_new_project: None):
"""
Tests the settings dialog loads correctly the different layers of the project depending on its type and its
selection
:param qgis_app: QGIS application fixture
:type qgis_app: QgsApplication
:param qgis_locale: QT settings fixture with a user locale
:type qgis_locale: QSettings
:param qgis_plugin: QGIS loading and unloading fixture for plugins
:type qgis_plugin: dict of Any
:param qgis_bot: QGIS Bot to automate GUI tests
:type qgis_bot: QgisBot
:param qtbot: QT fixture to automate GUI tests
:type qtbot: QtBot
:param qgis_new_project: Ensures the project instance is clean
:type qgis_new_project: None
"""
assert type(qgis.utils.plugins['gisfire_spread_simulation']).__name__ == 'GisFIRESpreadSimulation'
project: QgsProject = QgsProject()
project_instance: QgsProject = project.instance()
# Create possible vector layers to choose from
vl_a = QgsVectorLayer('Point', 'a', 'memory')
vl_b = QgsVectorLayer('Point', 'b', 'memory')
vl_c = QgsVectorLayer('Point', 'c', 'memory')
project_instance.addMapLayer(vl_a)
project_instance.addMapLayer(vl_b)
project_instance.addMapLayer(vl_c)
vl_d = QgsVectorLayer('Polygon', 'd', 'memory')
vl_e = QgsVectorLayer('Polygon', 'e', 'memory')
vl_f = QgsVectorLayer('Polygon', 'f', 'memory')
vl_g = QgsVectorLayer('Polygon', 'g', 'memory')
project_instance.addMapLayer(vl_d)
project_instance.addMapLayer(vl_e)
project_instance.addMapLayer(vl_f)
project_instance.addMapLayer(vl_g)
dialog: SettingsDialog = SettingsDialog(layers=project_instance.mapLayers())
assert dialog._combobox_ignition_layer.count() == 3
assert dialog._combobox_perimeter_layer.count() == 4
assert dialog._combobox_land_cover_layer.count() == 4
qtbot.addWidget(dialog)
dialog.show()
assert dialog.isVisible()
# Select the different layers in the combobox
qtbot.keyClicks(dialog._combobox_ignition_layer, 'c')
qtbot.keyClicks(dialog._combobox_perimeter_layer, 'd')
qtbot.keyClicks(dialog._combobox_land_cover_layer, 'g')
buttons: QDialogButtonBox = dialog._button_box
button_ok: QPushButton = buttons.button(qgis.PyQt.QtWidgets.QDialogButtonBox.Ok)
qtbot.mouseClick(button_ok, qgis.QtCore.Qt.LeftButton)
assert not dialog.isVisible()
# Get the values
assert dialog.ignition_layer == vl_c
assert dialog.perimeter_layer == vl_d
assert dialog.land_cover_layer == vl_g
def test_figure_registration(app: Mockautodidaqt, qtbot: QtBot):
panel = Panel(FauxParent(), "test", app)
qtbot.add_widget(panel)
fig = panel.register_figure("plot")
assert len(panel.canvases) == 1
assert len(panel.figures) == 1
assert isinstance(fig, Figure)
def test_selection_dialog(qtbot: QtBot):
x = np.random.random((10, 10))
graphics = LaserGraphicsView(GraphicsOptions())
graphics.drawImage(x, QtCore.QRectF(0, 0, 10, 10), "x")
dialog = dialogs.SelectionDialog(graphics)
qtbot.addWidget(dialog)
dialog.open()
# Test enabling of options
assert dialog.lineedit_manual.isEnabled()
assert not dialog.spinbox_method.isEnabled()
assert not dialog.spinbox_comparison.isEnabled()
dialog.combo_method.setCurrentText("K-means")
dialog.refresh()
assert not dialog.lineedit_manual.isEnabled()
assert dialog.spinbox_method.isEnabled()
assert dialog.spinbox_comparison.isEnabled()
assert dialog.spinbox_method.value() == 3
assert dialog.spinbox_comparison.value() == 1
dialog.combo_method.setCurrentText("Mean")
dialog.check_limit_selection.setChecked(True)
dialog.refresh()
assert not dialog.spinbox_method.isEnabled()
assert not dialog.spinbox_comparison.isEnabled()
# Test correct states and masks emmited
with qtbot.wait_signal(dialog.maskSelected) as emitted:
dialog.apply()
assert np.all(emitted.args[0] == (x > x.mean()))
assert emitted.args[1] == ["intersect"]
dialog.check_limit_selection.setChecked(False)
dialog.combo_method.setCurrentText("Manual")
dialog.lineedit_manual.setText("0.9")
dialog.refresh()
with qtbot.wait_signal(dialog.maskSelected) as emitted:
dialog.apply()
assert np.all(emitted.args[0] == (x > 0.9))
assert emitted.args[1] == [""]
dialog.graphics.selection = emitted.args[0]
# Test limit threshold
dialog.combo_method.setCurrentText("Mean")
dialog.check_limit_threshold.setChecked(True)
graphics.mask = x > 0.9
dialog.refresh()
with qtbot.wait_signal(dialog.maskSelected) as emitted:
dialog.apply()
assert np.all(emitted.args[0] == (x > np.mean(x[x > 0.9])))
assert emitted.args[1] == [""]
def test_dataclass_bindings(qtbot: QtBot):
data = Data()
gated = Data()
ui = {}
with CollectUI(ui):
g = group(
"Dataclass Binding",
layout_dataclass(Data, prefix="data"),
layout_dataclass(Data, prefix="gated", submit="Submit"),
)
bind_dataclass(data, prefix="data", ui=ui)
bind_dataclass(gated, prefix="gated", ui=ui)
qtbot.add_widget(g)
# check keys are generated appropriately
assert set(ui.keys()).issuperset({("data", k)
for k in ["x", "y", "z", "choice"]})
# this only gives one way binding
assert data == Data()
# directly plug into the observables
ui[("data", "x")].on_next(5)
assert data == Data(x=5)
ui[("data", "choice")].on_next(AorB.B)
assert data == Data(x=5, choice=AorB.B)
# check that the gated option does not update until submitted
ui[("gated", "x")].on_next(5)
assert gated == Data()
ui[("gated", "y")].on_next(-1)
assert gated == Data()
qtbot.mouseClick(ui[("gated", "submit!")], QtCore.Qt.LeftButton)
assert gated == Data(x=5, y=-1)
# check field types
with pytest.raises(TypeError) as exc:
ui[("data", "z")].on_next(10)
assert "unexpected type 'int'" in str(exc.value)
expected_classes = [
DoubleSpinBox,
SpinBox,
LineEdit,
ComboBox,
]
for partial_id, cls in zip(["x", "y", "z", "choice"], expected_classes):
assert isinstance(ui[("data", partial_id)], cls)
def show_and_close_window(qtbot: QtBot, template: QDialog):
"""
Function for displaying and then closing a window/widget. This appears to be necessary in order to make sure
some interactions with the UI are recognised. Otherwise the UI can behave as though no clicks/button presses/etc
actually took place which then causes tests to fail even though they ought to pass in theory.
:param qtbot: The qtbot testing tool.
:param template: The window/widget to be opened.
"""
template.show()
qtbot.waitForWindowShown(template)
def qtbot(qapp, request):
"""
Fixture used to create a QtBot instance for using during testing.
Make sure to call addWidget for each top-level widget you create to ensure
that they are properly closed after the test ends.
"""
result = QtBot()
no_capture = _is_exception_capture_disabled(request.node)
if no_capture:
yield result # pragma: no cover
else:
with capture_exceptions() as exceptions:
yield result
if exceptions:
pytest.fail(format_captured_exceptions(exceptions), pytrace=False)
result._close()
def pytest_configure(config):
config.addinivalue_line(
'markers',
"qt_no_exception_capture: Disables pytest-qt's automatic exception "
'capture for just one test item.')
config.addinivalue_line(
'markers',
'qt_log_level_fail: overrides qt_log_level_fail ini option.')
config.addinivalue_line(
'markers',
'qt_log_ignore: overrides qt_log_ignore ini option.')
if config.getoption('qt_log'):
config.pluginmanager.register(QtLoggingPlugin(config), '_qt_logging')
qt_api.set_qt_api(config.getini('qt_api'))
from .qtbot import QtBot
QtBot._inject_qtest_methods()