def setUp(self):
# If the set_up method raises an exception while the test is running,
# the framework will consider the test to have suffered an error,
# and the runTest (or test_X_Name) method will not be executed.
self.sm = Mock()
self.sett = Mock()
self.sett.ip_address = ''
self.l = localization.Localization()
self.jd = Mock()
def setUp(self):
# If the set_up method raises an exception while the test is running,
# the framework will consider the test to have suffered an error,
# and the runTest (or test_X_Name) method will not be executed.
self.sm = Mock()
self.sett = Mock()
self.sett.ip_address = ''
self.l = localization.Localization()
self.jd = Mock()
self.m = router_machine.RouterMachine(Cmport, self.sm, self.sett,
self.l, self.jd)
self.m.s.s = DummySerial(self.give_me_a_PCB())
self.m.s.s.fd = 1 # this is needed to force it to run
self.m.s.start_services(1)
self.m.s.setting_27 = ''
sleep(0.01)
def build(self):
# Establish screens
sm = ScreenManager(transition=NoTransition())
systemtools_sm = Mock()
systemtools_sm.sm = sm
# Localization/language object
l = localization.Localization()
# Initialise settings object
sett = Mock()
sett.ip_address = ''
# Initialise 'j'ob 'd'ata object
jd = Mock()
calibration_db = Mock()
# Initialise 'm'achine object
# m = router_machine.RouterMachine(Cmport, sm, sett, l, jd)
m = Mock()
test_screen = OvernightTesting(name='overnight_testing',
m=m,
systemtools=systemtools_sm,
calibration_db=calibration_db,
sm=systemtools_sm.sm,
l=l)
sm.add_widget(test_screen)
sm.current = 'overnight_testing'
# Clock.schedule_once(m.s.start_services, 4)
return sm
def build(self):
log("Starting App:")
# Establish screens
sm = ScreenManager(transition=NoTransition())
# Localization/language object
l = localization.Localization()
# Initialise settings object
sett = settings_manager.Settings(sm)
# Initialise 'j'ob 'd'ata object
jd = job_data.JobData(localization=l, settings_manager=sett)
# Initialise 'm'achine object
m = router_machine.RouterMachine(Cmport, sm, sett, l, jd)
# Create database object to talk to
db = smartbench_flurry_database_connection.DatabaseEventManager(
sm, m, sett)
# App manager object
am = app_manager.AppManagerClass(sm, m, sett, l, jd, db, config_flag,
initial_version)
# Alarm screens are set up in serial comms, need access to the db object
m.s.alarm.db = db
# Server connection object
sc = server_connection.ServerConnection(sett)
# initialise the screens (legacy)
lobby_screen = screen_lobby.LobbyScreen(name='lobby',
screen_manager=sm,
machine=m,
app_manager=am,
localization=l)
home_screen = screen_home.HomeScreen(name='home',
screen_manager=sm,
machine=m,
job=jd,
settings=sett,
localization=l)
local_filechooser = screen_local_filechooser.LocalFileChooser(
name='local_filechooser',
screen_manager=sm,
job=jd,
localization=l)
usb_filechooser = screen_usb_filechooser.USBFileChooser(
name='usb_filechooser', screen_manager=sm, job=jd, localization=l)
go_screen = screen_go.GoScreen(name='go',
screen_manager=sm,
machine=m,
job=jd,
app_manager=am,
database=db,
localization=l)
jobstart_warning_screen = screen_jobstart_warning.JobstartWarningScreen(
name='jobstart_warning',
screen_manager=sm,
machine=m,
localization=l)
loading_screen = screen_file_loading.LoadingScreen(name='loading',
screen_manager=sm,
machine=m,
job=jd,
localization=l)
checking_screen = screen_check_job.CheckingScreen(name='check_job',
screen_manager=sm,
machine=m,
job=jd,
localization=l)
error_screen = screen_error.ErrorScreenClass(name='errorScreen',
screen_manager=sm,
machine=m,
job=jd,
database=db,
localization=l)
serial_screen = screen_serial_failure.SerialFailureClass(
name='serialScreen',
screen_manager=sm,
machine=m,
win_port=Cmport,
localization=l)
mstate_screen = screen_mstate_warning.WarningMState(name='mstate',
screen_manager=sm,
machine=m,
localization=l)
boundary_warning_screen = screen_boundary_warning.BoundaryWarningScreen(
name='boundary', screen_manager=sm, machine=m, localization=l)
rebooting_screen = screen_rebooting.RebootingScreen(name='rebooting',
screen_manager=sm,
localization=l)
job_feedback_screen = screen_job_feedback.JobFeedbackScreen(
name='job_feedback',
screen_manager=sm,
machine=m,
database=db,
job=jd,
localization=l)
job_incomplete_screen = screen_job_incomplete.JobIncompleteScreen(
name='job_incomplete',
screen_manager=sm,
machine=m,
database=db,
job=jd,
localization=l)
door_screen = screen_door.DoorScreen(name='door',
screen_manager=sm,
machine=m,
job=jd,
database=db,
localization=l)
squaring_decision_screen = screen_squaring_manual_vs_square.SquaringScreenDecisionManualVsSquare(
name='squaring_decision',
screen_manager=sm,
machine=m,
localization=l)
prepare_to_home_screen = screen_homing_prepare.HomingScreenPrepare(
name='prepare_to_home',
screen_manager=sm,
machine=m,
localization=l)
homing_active_screen = screen_homing_active.HomingScreenActive(
name='homing_active', screen_manager=sm, machine=m, localization=l)
squaring_active_screen = screen_squaring_active.SquaringScreenActive(
name='squaring_active',
screen_manager=sm,
machine=m,
localization=l)
spindle_shutdown_screen = screen_spindle_shutdown.SpindleShutdownScreen(
name='spindle_shutdown',
screen_manager=sm,
machine=m,
job=jd,
database=db,
localization=l)
spindle_cooldown_screen = screen_spindle_cooldown.SpindleCooldownScreen(
name='spindle_cooldown',
screen_manager=sm,
machine=m,
localization=l)
stop_or_resume_decision_screen = screen_stop_or_resume_decision.StopOrResumeDecisionScreen(
name='stop_or_resume_job_decision',
screen_manager=sm,
machine=m,
job=jd,
database=db,
localization=l)
lift_z_on_pause_decision_screen = screen_lift_z_on_pause_decision.LiftZOnPauseDecisionScreen(
name='lift_z_on_pause_or_not',
screen_manager=sm,
machine=m,
localization=l)
tool_selection_screen = screen_tool_selection.ToolSelectionScreen(
name='tool_selection',
screen_manager=sm,
machine=m,
localization=l)
# add the screens to screen manager
sm.add_widget(lobby_screen)
sm.add_widget(home_screen)
sm.add_widget(local_filechooser)
sm.add_widget(usb_filechooser)
sm.add_widget(go_screen)
sm.add_widget(jobstart_warning_screen)
sm.add_widget(loading_screen)
sm.add_widget(checking_screen)
sm.add_widget(error_screen)
sm.add_widget(serial_screen)
sm.add_widget(mstate_screen)
sm.add_widget(boundary_warning_screen)
sm.add_widget(rebooting_screen)
sm.add_widget(job_feedback_screen)
sm.add_widget(job_incomplete_screen)
sm.add_widget(door_screen)
sm.add_widget(squaring_decision_screen)
sm.add_widget(prepare_to_home_screen)
sm.add_widget(homing_active_screen)
sm.add_widget(squaring_active_screen)
sm.add_widget(spindle_shutdown_screen)
sm.add_widget(spindle_cooldown_screen)
sm.add_widget(stop_or_resume_decision_screen)
sm.add_widget(lift_z_on_pause_decision_screen)
sm.add_widget(tool_selection_screen)
# Setting the first screen:
# sm.current is set at the end of start_services in serial_connection
# This ensures kivy has fully loaded and initial kivy schedule calls are safely made before screen is presented
log('Screen manager activated: ' + str(sm.current))
## LOCALIZATION TESTING -----------------------------------------------------------
# test_languages = ["English (GB)", "Deutsche (DE)", "Français (FR)", "Italiano (IT)", "Suomalainen (FI)", "Polskie (PL)", "Dansk (DK)"]
# def test_cycle(dt):
# if self.test_no < len(test_languages):
# lang = test_languages[self.test_no]
# l.load_in_new_language(lang)
# print("New lang: " + str(lang))
# try:
# sm.get_screen(str(sm.current)).update_strings()
# except:
# print(str(sm.current) + " has no update strings function")
# self.test_no = self.test_no + 1
# else:
# self.test_no = 0
# Clock.schedule_interval(test_cycle, 5)
# def test_run_through_sequence(dt):
# if sm.current != 'warranty_3' and sm.current != 'consent_3' and sm.current != 'starting_smartbench':
# sm.get_screen(str(sm.current)).next_screen()
# elif sm.current == 'warranty_3':
# sm.get_screen('warranty_3').activation_code.text = "42230169"
# elif sm.current == 'consent_3':
# sm.get_screen('consent_3').terms_checkbox.active = True
# sm.get_screen('consent_3').accept_terms()
# def start_loop(dt):
# Clock.schedule_interval(test_run_through_sequence, 3)
# Clock.schedule_once(start_loop, 10)
## -----------------------------------------------------------------------------------
return sm