def setUp(self):
FrameworkManagerImpl.Instance()
self._alg_factory = AlgorithmFactory.Instance()
self._alg_factory.subscribe(_ParamTester)
if self._load is None:
self.__class__._load = AlgorithmManager.createUnmanaged('Load')
self._load.initialize()
def test_value_method_returns_an_algorithm_type(self):
# load plugins to register CreateWorkspace
FrameworkManagerImpl.Instance()
prop = AlgorithmProperty("TestProperty")
prop.valueAsStr = '{"name": "CreateWorkspace",' \
'"parameters": {"OutputWorkspace": "ws", "DataY": "1", "DataX": "1","NSpec": "1"}}'
alg = prop.value
self.assertTrue(isinstance(alg, IAlgorithm))
self.assertEqual("CreateWorkspace", alg.name())
def start_workbench(app, command_line_options):
"""Given an application instance create the MainWindow,
show it and start the main event loop
"""
# The ordering here is very delicate. Test thoroughly when
# changing anything!
main_window = MainWindow()
# decorates the excepthook callback with the reference to the main window
# this is used in case the user wants to terminate the workbench from the error window shown
sys.excepthook = partial(exception_logger, main_window)
# Load matplotlib as early as possible and set our defaults
# Setup our custom backend and monkey patch in custom current figure manager
main_window.set_splash('Preloading matplotlib')
from workbench.plotting.config import initialize_matplotlib # noqa
initialize_matplotlib()
# Setup widget layouts etc. mantid.simple cannot be used before this
# or the log messages don't get through to the widget
main_window.setup()
# start mantid
main_window.set_splash('Initializing mantid framework')
FrameworkManagerImpl.Instance()
main_window.post_mantid_init()
if main_window.splash:
main_window.splash.hide()
if command_line_options.script is not None:
main_window.editor.open_file_in_new_tab(command_line_options.script)
editor_task = None
if command_line_options.execute:
# if the quit flag is not specified, this task reference will be
# GC'ed, and the task will be finished alongside the GUI startup
editor_task = main_window.editor.execute_current_async()
if command_line_options.quit:
# wait for the code interpreter thread to finish executing the script
editor_task.join()
main_window.close()
# for task exit code descriptions see the classes AsyncTask and TaskExitCode
return int(editor_task.exit_code) if editor_task else 0
main_window.show()
main_window.setWindowIcon(QIcon(':/images/MantidIcon.ico'))
# Project Recovey on startup
main_window.project_recovery.repair_checkpoints()
if main_window.project_recovery.check_for_recover_checkpoint():
main_window.project_recovery.attempt_recovery()
else:
main_window.project_recovery.start_recovery_thread()
# lift-off!
return app.exec_()
def start_workbench(app, command_line_options):
"""Given an application instance create the MainWindow,
show it and start the main event loop
"""
# The ordering here is very delicate. Test thoroughly when
# changing anything!
main_window = MainWindow()
# Load matplotlib as early as possible and set our defaults
# Setup our custom backend and monkey patch in custom current figure manager
main_window.set_splash('Preloading matplotlib')
from workbench.plotting.config import initialize_matplotlib # noqa
initialize_matplotlib()
# Setup widget layouts etc. mantid.simple cannot be used before this
# or the log messages don't get through to the widget
main_window.setup()
# start mantid
main_window.set_splash('Initializing mantid framework')
FrameworkManagerImpl.Instance()
main_window.post_mantid_init()
main_window.show()
main_window.setWindowIcon(QIcon(':/images/MantidIcon.ico'))
if main_window.splash:
main_window.splash.hide()
if command_line_options.script is not None:
main_window.editor.open_file_in_new_tab(command_line_options.script)
if command_line_options.execute:
main_window.editor.execute_current(
) # TODO use the result as an exit code
if command_line_options.quit:
main_window.close()
return 0
# lift-off!
return app.exec_()
def setUpClass(cls):
FrameworkManagerImpl.Instance()
def setUp(self):
FrameworkManagerImpl.Instance()
if self._load is None:
self.__class__._load = AlgorithmManager.createUnmanaged('Load')
self._load.initialize()
def create_and_launch_workbench(app, command_line_options):
"""Given an application instance create the MainWindow,
show it and start the main event loop
"""
exit_value = 0
try:
# MainWindow needs to be imported locally to ensure the matplotlib
# backend is not imported too early.
from workbench.app.mainwindow import MainWindow
# The ordering here is very delicate. Test thoroughly when
# changing anything!
main_window = MainWindow()
# Set the mainwindow as the parent for additional QMainWindow instances
from workbench.config import set_additional_windows_parent
set_additional_windows_parent(main_window)
# decorates the excepthook callback with the reference to the main window
# this is used in case the user wants to terminate the workbench from the error window shown
sys.excepthook = partial(exception_logger, main_window)
# Load matplotlib as early as possible and set our defaults
# Setup our custom backend and monkey patch in custom current figure manager
main_window.set_splash('Preloading matplotlib')
from workbench.plotting.config import initialize_matplotlib # noqa
initialize_matplotlib()
# Setup widget layouts etc. mantid.simple cannot be used before this
# or the log messages don't get through to the widget
main_window.setup()
# start mantid
main_window.set_splash('Initializing mantid framework')
FrameworkManagerImpl.Instance()
main_window.post_mantid_init()
if main_window.splash:
main_window.splash.hide()
if command_line_options.script is not None:
main_window.editor.open_file_in_new_tab(
command_line_options.script)
editor_task = None
if command_line_options.execute:
# if the quit flag is not specified, this task reference will be
# GC'ed, and the task will be finished alongside the GUI startup
editor_task = main_window.editor.execute_current_async()
if command_line_options.quit:
# wait for the code interpreter thread to finish executing the script
editor_task.join()
main_window.close()
# for task exit code descriptions see the classes AsyncTask and TaskExitCode
return int(editor_task.exit_code) if editor_task else 0
main_window.show()
main_window.setWindowIcon(QIcon(':/images/MantidIcon.ico'))
# Project Recovery on startup
main_window.project_recovery.repair_checkpoints()
if main_window.project_recovery.check_for_recover_checkpoint():
main_window.project_recovery.attempt_recovery()
else:
main_window.project_recovery.start_recovery_thread()
if not (command_line_options.execute or command_line_options.quit):
if AboutPresenter.should_show_on_startup():
AboutPresenter(main_window).show()
# lift-off!
exit_value = app.exec_()
except BaseException:
# We count this as a crash
import traceback
# This is type of thing we want to capture and have reports
# about. Prints to stderr as we can't really count on anything
# else
traceback.print_exc(file=ORIGINAL_STDERR)
try:
print_file_path = os.path.join(ConfigService.getAppDataDirectory(),
STACKTRACE_FILE)
with open(print_file_path, 'w') as print_file:
traceback.print_exc(file=print_file)
except OSError:
pass
exit_value = -1
finally:
ORIGINAL_SYS_EXIT(exit_value)
def setUp(self):
FrameworkManagerImpl.Instance()
def setUpClass(cls):
# Load the plugins
FrameworkManagerImpl.Instance()