def test_calendar_new_event_appears_on_all_calendar_views(self):
"""https://moztrap.mozilla.org/manage/case/6118/"""
event_title = 'Event Title Goes here'
event_location = 'Event Location Goes here'
calendar = Calendar(self.marionette)
calendar.launch()
new_event = calendar.tap_add_event_button()
self.take_screenshot()
# create a new event
new_event.fill_event_title(event_title)
new_event.fill_event_location(event_location)
self.take_screenshot()
event_start_date_time = new_event.tap_save_event()
# assert that the event is displayed as expected in month view
self.assertIn(event_title, calendar.displayed_events_in_month_view(event_start_date_time))
self.assertIn(event_location, calendar.displayed_events_in_month_view(event_start_date_time))
self.take_screenshot()
# switch to the week display
calendar.tap_week_display_button()
self.assertIn(event_title, calendar.displayed_events_in_week_view(event_start_date_time))
Wait(self.marionette).until(lambda m: self.is_element_displayed(*self._created_event_locator))
self.take_screenshot()
# switch to the day display
calendar.tap_day_display_button()
self.assertIn(event_title, calendar.displayed_events_in_day_view(event_start_date_time))
self.assertIn(event_location, calendar.displayed_events_in_day_view(event_start_date_time))
self.take_screenshot()
def test_that_new_event_appears_on_all_calendar_views(self):
"""
https://moztrap.mozilla.org/manage/case/6118/
"""
# We get the actual time of the device
_seconds_since_epoch = self.marionette.execute_script("return Date.now();")
now = datetime.fromtimestamp(_seconds_since_epoch / 1000)
event_title = 'Event Title %s' % str(now.time())
event_location = 'Event Location %s' % str(now.time())
calendar = Calendar(self.marionette)
calendar.launch()
new_event = calendar.tap_add_event_button()
# create a new event
new_event.fill_event_title(event_title)
new_event.fill_event_location(event_location)
event_start_date = new_event.tap_save_event()
# assert that the event is displayed as expected in month view
self.assertIn(event_title, calendar.displayed_events_in_month_view())
self.assertIn(event_location, calendar.displayed_events_in_month_view())
# switch to the week display
calendar.tap_week_display_button()
self.assertIn(event_title, calendar.displayed_events_in_week_view(event_start_date))
# switch to the day display
calendar.tap_day_display_button()
self.assertIn(event_title, calendar.displayed_events_in_day_view(event_start_date))
self.assertIn(event_location, calendar.displayed_events_in_day_view(event_start_date))
def test_that_new_event_appears_on_all_calendar_views(self):
# We get the actual time of the device
_seconds_since_epoch = self.marionette.execute_script("return Date.now();")
now = datetime.fromtimestamp(_seconds_since_epoch / 1000)
# We know that the default event time will be rounded up 1 hour
event_start_date_time = now + timedelta(hours=1)
event_title = 'Event Title %s' % str(event_start_date_time.time())
event_location = 'Event Location %s' % str(event_start_date_time.time())
calendar = Calendar(self.marionette)
calendar.launch()
new_event = calendar.tap_add_event_button()
# create a new event
new_event.fill_event_title(event_title)
new_event.fill_event_location(event_location)
new_event.tap_save_event()
# assert that the event is displayed as expected in month view
self.assertIn(event_title, calendar.displayed_events_in_month_view(event_start_date_time))
self.assertIn(event_location, calendar.displayed_events_in_month_view(event_start_date_time))
# switch to the week display
calendar.tap_week_display_button()
self.assertIn(event_title, calendar.displayed_events_in_week_view(event_start_date_time))
# switch to the day display
calendar.tap_day_display_button()
self.assertIn(event_title, calendar.displayed_events_in_day_view(event_start_date_time))
self.assertIn(event_location, calendar.displayed_events_in_day_view(event_start_date_time))
def test_that_new_event_appears_on_all_calendar_views(self):
event_title = 'Event Title %s' % str(self.today.time())
event_location = 'Event Location %s' % str(self.today.time())
event_start_date_time = self.today.replace(hour=1, minute=0, second=0)
event_end_date_time = self.today.replace(hour=2, minute=0, second=0)
EVENT_DATE_TIME_TO_STRING_PATTERN = '%H:%M:%S'
calendar = Calendar(self.marionette)
calendar.launch()
new_event = calendar.tap_add_event_button()
# create a new event
new_event.fill_event_title(event_title)
new_event.fill_event_location(event_location)
new_event.fill_event_start_time(event_start_date_time.strftime(EVENT_DATE_TIME_TO_STRING_PATTERN))
new_event.fill_event_end_time(event_end_date_time.strftime(EVENT_DATE_TIME_TO_STRING_PATTERN))
new_event.tap_save_event()
# assert that the event is displayed as expected in month view
self.assertIn(event_title, calendar.displayed_events_in_month_view(event_start_date_time))
self.assertIn(event_location, calendar.displayed_events_in_month_view(event_start_date_time))
# switch to the week display
calendar.click_week_display_button()
self.assertIn(event_title, calendar.displayed_events_in_week_view(event_start_date_time))
# switch to the day display
calendar.click_day_display_button()
self.assertIn(event_title, calendar.displayed_events_in_day_view(event_start_date_time))
self.assertIn(event_location, calendar.displayed_events_in_day_view(event_start_date_time))
def test_calendar_new_event_appears_on_all_calendar_views(self):
"""https://moztrap.mozilla.org/manage/case/6118/"""
event_title = 'Event Title Goes here'
event_location = 'Event Location Goes here'
calendar = Calendar(self.marionette)
calendar.launch()
new_event = calendar.tap_add_event_button()
self.take_screenshot()
# create a new event
new_event.fill_event_title(event_title)
new_event.fill_event_location(event_location)
self.take_screenshot()
event_start_date_time = new_event.tap_save_event()
# assert that the event is displayed as expected in month view
self.assertIn(event_title, calendar.displayed_events_in_month_view(event_start_date_time))
self.assertIn(event_location, calendar.displayed_events_in_month_view(event_start_date_time))
self.take_screenshot()
# switch to the week display
calendar.tap_week_display_button()
self.assertIn(event_title, calendar.displayed_events_in_week_view(event_start_date_time))
Wait(self.marionette).until(lambda m: self.is_element_displayed(*self._created_event_locator))
self.take_screenshot()
# switch to the day display
calendar.tap_day_display_button()
self.assertIn(event_title, calendar.displayed_events_in_day_view(event_start_date_time))
self.assertIn(event_location, calendar.displayed_events_in_day_view(event_start_date_time))
self.take_screenshot()
def test_that_new_event_appears_on_all_calendar_views(self):
"""
https://moztrap.mozilla.org/manage/case/6118/
"""
# We get the actual time of the device
_seconds_since_epoch = self.marionette.execute_script("return Date.now();")
now = datetime.fromtimestamp(_seconds_since_epoch / 1000)
event_title = 'Event Title %s' % str(now.time())
event_location = 'Event Location %s' % str(now.time())
calendar = Calendar(self.marionette)
calendar.launch()
new_event = calendar.tap_add_event_button()
# create a new event
new_event.fill_event_title(event_title)
new_event.fill_event_location(event_location)
event_start_date_time = new_event.tap_save_event()
# assert that the event is displayed as expected in month view
self.assertIn(event_title, calendar.displayed_events_in_month_view(event_start_date_time))
self.assertIn(event_location, calendar.displayed_events_in_month_view(event_start_date_time))
# switch to the week display
calendar.tap_week_display_button()
self.assertIn(event_title, calendar.displayed_events_in_week_view(event_start_date_time))
# switch to the day display
calendar.tap_day_display_button()
self.assertIn(event_title, calendar.displayed_events_in_day_view(event_start_date_time))
self.assertIn(event_location, calendar.displayed_events_in_day_view(event_start_date_time))
def test_that_new_event_appears_on_all_calendar_views(self):
# We get the actual time of the device
_seconds_since_epoch = self.marionette.execute_script(
"return Date.now();")
now = datetime.fromtimestamp(_seconds_since_epoch / 1000)
# We know that the default event time will be rounded up 1 hour
event_start_date_time = now + timedelta(hours=1)
event_title = 'Event Title %s' % str(event_start_date_time.time())
event_location = 'Event Location %s' % str(
event_start_date_time.time())
calendar = Calendar(self.marionette)
calendar.launch()
new_event = calendar.tap_add_event_button()
# create a new event
new_event.fill_event_title(event_title)
new_event.fill_event_location(event_location)
new_event.tap_save_event()
# assert that the event is displayed as expected in month view
self.assertIn(
event_title,
calendar.displayed_events_in_month_view(event_start_date_time))
self.assertIn(
event_location,
calendar.displayed_events_in_month_view(event_start_date_time))
# switch to the week display
calendar.tap_week_display_button()
self.assertIn(
event_title,
calendar.displayed_events_in_week_view(event_start_date_time))
# switch to the day display
calendar.tap_day_display_button()
self.assertIn(
event_title,
calendar.displayed_events_in_day_view(event_start_date_time))
self.assertIn(
event_location,
calendar.displayed_events_in_day_view(event_start_date_time))
def test_lock_screen_open_calendar_notification(self):
_seconds_since_epoch = self.marionette.execute_script("return Date.now();")
now = datetime.fromtimestamp((_seconds_since_epoch + 60*1000*2) / 1000)
event_title = '%s' % str(now.time())
event_location = '%s' % str(now.time())
base = Base(self.marionette)
base.apps.launch('Calendar')
calendar = Calendar(self.marionette)
new_event = calendar.tap_add_event_button()
# create a new event
# input event title & location
_event_title_input_locator = (By.XPATH, "//input[@data-l10n-id='event-title']")
_event_location_input_locator = (By.XPATH, "//input[@data-l10n-id='event-location']")
title_field = self.marionette.find_element(*_event_title_input_locator)
title_field.send_keys(event_title)
location_field = self.marionette.find_element(*_event_location_input_locator)
location_field.send_keys(event_title)
# select event time
m = self.marionette
start = m.find_element("css selector",'span[id="start-time-locale"]')
start.tap()
current_minute = self.marionette.execute_script("var d = new Date(); return d.getMinutes()")
current_hour = self.marionette.execute_script("var h = new Date(); return h.getHours()")
time_picker = TimePicker(self.marionette)
# pick the event time
num = int(current_minute)+2
if num <58:
for no in range(num):
time_picker._flick_menu_up(time_picker._minutes_picker_locator)
else:
time_picker._flick_menu_up(time_picker._minutes_picker_locator)
if int(current_hour) == 11:
time_picker.spin_hour24()
if int(current_hour) == 12:
for no in range(11):
time_picker._flick_menu_up(time_picker._hour_picker_locator)
else:
time_picker._flick_menu_down(time_picker._hour_picker_locator)
for item in m.find_elements("css selector",'button.value-selector-confirm'):
if item.is_displayed() == True:
item.tap()
self.apps.switch_to_displayed_app()
# select the remind me timing
_select_timing_locator = (By.CSS_SELECTOR, 'span[class="button icon icon-dialog"] > select[name="alarm[]"]')
self.wait_for_element_displayed(*_select_timing_locator)
display_item = self.marionette.find_element(*_select_timing_locator)
self.marionette.execute_script("arguments[0].scrollIntoView(false);", [display_item])
display_item.tap()
#switch to frame
self.marionette.switch_to_frame()
options = self.marionette.find_elements(By.CSS_SELECTOR, 'ol[class="value-selector-options-container"] > li')
for li in options:
if li.text == 'At time of event':
li.tap()
break
for item in m.find_elements(By.CSS_SELECTOR, 'button.value-option-confirm'):
if item.is_displayed() == True:
item.tap()
self.apps.switch_to_displayed_app()
# save the event
event_start_date_time = new_event.tap_save_event()
# wait for event pop-up
self.device.lock()
self.device.turn_screen_off()
#lock_screen = LockScreen(self.marionette)
self.wait_for_element_displayed(By.CSS_SELECTOR, '#notifications-lockscreen-container > div.notification', timeout=120)
#Click notification
notifications = self.marionette.find_elements(By.CSS_SELECTOR, '#notifications-lockscreen-container div[class="notification"]')
for no in notifications:
if event_title in no.text:
no.tap()
open = self.marionette.find_element(By.CSS_SELECTOR, '#notifications-lockscreen-container span[class="button-actionable"]')
open.tap()
break;
self.wait_for_condition(lambda m: self.apps.displayed_app.name == 'Calendar')
self.assertEqual(self.apps.displayed_app.name, 'Calendar')
