def test_x86_emulator_creation(self):
""" Change to the Devices mode and click on the add new emulator button """
kbd = Keyboard.create("X11")
kbd.press_and_release('Ctrl+9')
devices_quickview = self.ide.wait_select_single(
'QQuickView',
source='file:///usr/share/qtcreator/ubuntu/qml/devicespage.qml')
add_emulator_button = devices_quickview.select_single(
'Button', text='Add Emulator')
add_emulator_button.visible.wait_for(True)
""" The simple click_object() moves the pointer to the center of the button, but in some environment the responsive area of the button is smaller """
self.pointing_device.move(
add_emulator_button.globalRect.x + add_emulator_button.width - 1,
add_emulator_button.globalRect.y + add_emulator_button.height - 1)
self.pointing_device.click()
config_emulator_dialog = devices_quickview.wait_select_single(
'Dialog', title='Create emulator')
emulatorname_textfield = config_emulator_dialog.wait_select_single(
'TextField', placeholderText='Emulator name')
self.pointing_device.click_object(emulatorname_textfield)
kbd = Keyboard.create("X11")
kbd.type("TestX86Emulator", delay=0.1)
create_button = config_emulator_dialog.wait_select_single(
'Button', text='Create')
self.pointing_device.click_object(create_button)
""" Wait the emulator creation to finish """
devices_ubuntulistview = devices_quickview.wait_select_single(
'UbuntuListView', objectName='devicesList')
while True:
if (devices_ubuntulistview.visible): break
sleep(1)
emulator_listitem = devices_ubuntulistview.wait_select_single(
'Standard', text='TestX86Emulator')
def test_input_backends_default_order(self, pick_backend):
k = Keyboard()
k.create()
backends = list(pick_backend.call_args[0][0].items())
self.assertTrue(backends[0][0] == 'X11')
self.assertTrue(backends[1][0] == 'OSK')
self.assertTrue(backends[2][0] == 'UInput')
def drag_window_to_screen(window, screen):
"""Drags *window* to *screen*
:param autopilot.process.Window window: The window to drag
:param integer screen: The screen to drag the *window* to
:raises: **TypeError** if *window* is not a autopilot.process.Window
"""
if not isinstance(window, Window):
raise TypeError("Window must be a autopilot.process.Window")
if window.monitor == screen:
logger.debug("Window %r is already on screen %d." % (window.x_id, screen))
return
assert(not window.is_maximized)
(win_x, win_y, win_w, win_h) = window.geometry
(mx, my, mw, mh) = Display.create().get_screen_geometry(screen)
logger.debug("Dragging window %r to screen %d." % (window.x_id, screen))
mouse = Mouse.create()
keyboard = Keyboard.create()
mouse.move(win_x + win_w/2, win_y + win_h/2)
keyboard.press("Alt")
mouse.press()
keyboard.release("Alt")
# We do the movements in two steps, to reduce the risk of being
# blocked by the pointer barrier
target_x = mx + mw/2
target_y = my + mh/2
mouse.move(win_x, target_y, rate=20, time_between_events=0.005)
mouse.move(target_x, target_y, rate=20, time_between_events=0.005)
mouse.release()
def drag_window_to_screen(window, screen):
"""Drags *window* to *screen*
:param autopilot.process.Window window: The window to drag
:param integer screen: The screen to drag the *window* to
:raises: **TypeError** if *window* is not a autopilot.process.Window
"""
if not isinstance(window, Window):
raise TypeError("Window must be a autopilot.process.Window")
if window.monitor == screen:
logger.debug("Window %r is already on screen %d." % (window.x_id, screen))
return
assert(not window.is_maximized)
(win_x, win_y, win_w, win_h) = window.geometry
(mx, my, mw, mh) = Display.create().get_screen_geometry(screen)
logger.debug("Dragging window %r to screen %d." % (window.x_id, screen))
mouse = Mouse.create()
keyboard = Keyboard.create()
mouse.move(win_x + win_w/2, win_y + win_h/2)
keyboard.press("Alt")
mouse.press()
keyboard.release("Alt")
# We do the movements in two steps, to reduce the risk of being
# blocked by the pointer barrier
target_x = mx + mw/2
target_y = my + mh/2
mouse.move(win_x, target_y, rate=20, time_between_events=0.005)
mouse.move(target_x, target_y, rate=20, time_between_events=0.005)
mouse.release()
def test_text_typing(self):
"""Typing text must produce the correct characters in the target
app.
"""
app_proxy = self.start_mock_app()
text_edit = app_proxy.select_single('QTextEdit')
# make sure the text edit has keyboard focus:
self.mouse.click_object(text_edit)
self.assertThat(text_edit.focus, Eventually(Equals(True)))
# even though we ensured the textedit has focus, it occasionally
# does not yet accept keyboard input, causing this test to fail
# intermittently. to remedy this, we just add a sleep.
sleep(2)
# create keyboard and type the text.
keyboard = Keyboard.create(self.backend)
keyboard.type(self.input, 0.01)
self.assertThat(text_edit.plainText,
Eventually(Equals(self.input)),
"app shows: " + text_edit.plainText
)
def preview_key(self):
tx = self.x + (self.width / 2)
ty = self.y + (self.height / 2)
m = Mouse.create()
m.move(tx, ty)
k = Keyboard.create()
k.press_and_release('Menu')
def test_wrong_password(self):
test_id = '2015.com.canonical.certification::autopilot/sudo-right'
self.start_and_select_tests('2015.com.canonical.certification::sudo',
[test_id])
keyboard = Keyboard.create()
password_box = self.app.wait_select_single(objectName='passwordBox')
with keyboard.focused_type(password_box) as kb:
kb.type("wrong")
ok_btn = self.app.wait_select_single(objectName='okButton')
self.pointing_device.click_object(ok_btn)
results = {'passed': '1', 'failed': '1', 'skipped': '0'}
self.check_results(results)
def test_keyboard_keys_are_released(self):
"""Typing characters must not leave keys pressed."""
app_proxy = self.start_mock_app()
text_edit = app_proxy.select_single('QTextEdit')
# make sure the text edit has keyboard focus:
self.mouse.click_object(text_edit)
keyboard = Keyboard.create(self.backend)
for character in self.input:
self.assertThat(self._get_pressed_keys_list(), Equals([]))
keyboard.type(character, 0.01)
self.assertThat(self._get_pressed_keys_list(), Equals([]))
def test_inline_backspace_works(self):
app_proxy = self.start_mock_app()
text_edit = app_proxy.select_single('QTextEdit')
self.mouse.click_object(text_edit)
keyboard = Keyboard.create(self.backend)
keyboard.type("Hello1\b")
self.assertThat(text_edit.plainText,
Eventually(Equals("Hello")),
"app shows: " + text_edit.plainText
)
def test_x86_emulator_start(self):
""" Change to the Devices mode, select the TestX86Emulator and deploy it """
kbd = Keyboard.create("X11")
kbd.press_and_release('Ctrl+9')
devices_quickview = self.ide.wait_select_single(
'QQuickView',
source='file:///usr/share/qtcreator/ubuntu/qml/devicespage.qml')
devices_ubuntulistview = devices_quickview.wait_select_single(
'UbuntuListView', objectName='devicesList')
while True:
if (devices_ubuntulistview.visible): break
sleep(1)
emulator_listitem = devices_ubuntulistview.wait_select_single(
'Standard', text='TestX86Emulator')
self.pointing_device.click_object(emulator_listitem)
def test_can_type_string(self):
"""Typing text must produce the expected characters in the input
field.
"""
text_area = self.launch_test_input_area()
keyboard = Keyboard.create('OSK')
pointer = Pointer(Touch.create())
pointer.click_object(text_area)
keyboard._keyboard.wait_for_keyboard_ready()
keyboard.type(self.input)
self.assertThat(text_area.text, Eventually(Equals(self.input)))
def test_typing_with_contextmanager(self):
"""Typing text must produce the correct characters in the target
app.
"""
app_proxy = self.start_mock_app()
text_edit = app_proxy.select_single('QTextEdit')
keyboard = Keyboard.create(self.backend)
with keyboard.focused_type(text_edit) as kb:
kb.type(self.input, 0.01)
self.assertThat(
text_edit.plainText,
Eventually(Equals(self.input)),
"app shows: " + text_edit.plainText
)
def test_focused_typing_contextmanager(self):
"""Typing text using the 'focused_typing' context manager must not only
produce the expected characters in the input field but also cleanup the
OSK afterwards too.
"""
text_area = self.launch_test_input_area()
keyboard = Keyboard.create('OSK')
with keyboard.focused_type(text_area) as kb:
kb.type(self.input)
self.assertThat(
text_area.text,
Eventually(Equals(self.input))
)
self.assertThat(
keyboard._keyboard.is_available,
Eventually(Equals(False))
)
def setUp(self):
super(UbiquityAutopilotTestCase, self).setUp()
self.app = self.launch_application()
self.pointing_device = Pointer(Mouse.create())
self.kbd = Keyboard.create()
self.current_page_title = ''
self.previous_page_title = ''
self.current_step = ''
self.step_before = ''
self.english_install = False
english_label_conf.generate_config()
self.english_config = configparser.ConfigParser()
self.english_config.read('/tmp/english_config.ini')
#delete config at end of test
self.addCleanup(os.remove, '/tmp/english_config.ini')
# always starts with 1 row ('/dev/sda')
self.part_table_rows = 1
self.total_number_partitions = 0
def skip_test(self, selectable_object_name=None):
"""Skip current test using header action.
:param selectable_object_name:
the objectName of component that has to be visible and selecable
before the action is clicked.
"""
if selectable_object_name is not None:
self.app.wait_select_single(
objectName=selectable_object_name, visible=True)
self._click_action_button('trailingActionBar', 'skip')
dialog = self.app.wait_select_single(objectName='dialog')
yes_btn = dialog.select_single(objectName='yesButton')
self.pointing_device.click_object(yes_btn)
keyboard = Keyboard.create()
comment_text = self.app.select_single(objectName='commentText')
with keyboard.focused_type(comment_text) as kb:
kb.type("Skipped by autopilot!")
done_btn = self.app.select_single(objectName='doneButton')
self.pointing_device.click_object(done_btn)
def __init__(self, *args):
super(GtkBox, self).__init__(*args)
self.pointing_device = Pointer(Mouse.create())
self.kbd = Keyboard.create()
import time
import defs as og
import random as rd
from autopilot.input import Mouse
from autopilot.input import Keyboard
m = Mouse.create()
k = Keyboard.create()
max_position = (955, 430)
#max_position = (955, 412)
#max_position = (955, 392)
#max_position = (955, 372)
first_ok = (887, 474)
first_ok = (892, 452)
first_ok = (892, max_position[1] + 40)
overview = (138, 214)
fleet = (149, 289)
galaxy = (161, 314)
objective = "1:196:8"
second_ok = (897, 421)
third_ok = (884, 398)
attack_button = (737, 305)
first_field_fleet = (941, 252)
low_wait = 0.8
counter = 0
class Job:
def __init__(self, reports_string, mouse, keyboard):
def _keyboard(self):
return Keyboard.create()
def __init__(self, *args):
super(GtkFileChooserDialog, self).__init__(*args)
self.pointing_device = Pointer(Mouse.create())
self.kbd = Keyboard.create()
def __init__(self, *args, **kwargs):
super(DashController, self).__init__(*args, **kwargs)
self.keyboard = Keyboard.create()
self.mouse = Mouse.create()
def __init__(self, *args, **kwargs):
super(HudController, self).__init__(*args, **kwargs)
self.keyboard = Keyboard.create()
def __init__(self, *args):
super(TestAppWindow, self).__init__(*args)
self.pointing_device = Pointer(Mouse.create())
self.kbd = Keyboard.create()
def test_press_key(self):
kb = Keyboard.create('UInput')
kb.press('Shift')
def __init__(self, *args):
super(GtkFileChooserEntry, self).__init__(*args)
self.pointing_device = Pointer(Mouse.create())
self.kbd = Keyboard.create()
def preview_key(self):
Mouse.create().move_to_object(self)
k = Keyboard.create()
k.press_and_release('Menu')
def __init__(self, *args):
super(GtkTextView, self).__init__(*args)
self.pointing_device = Pointer(Mouse.create())
self.kbd = Keyboard.create()
def test_can_create_backend(self):
keyboard = Keyboard.create(self.backend)
self.assertThat(keyboard, IsInstance(Keyboard))
def __init__(self, *args):
super(MainView, self).__init__(*args)
self.pointing_device = toolkit_emulators.get_pointing_device()
self.keyboard = Keyboard.create()
self.logger = logging.getLogger(__name__)
def __init__(self, *args, **kwargs):
super(HudController, self).__init__(*args, **kwargs)
self.keyboard = Keyboard.create()