def set_primary_monitor(monitor):
"""Set *monitor* to be the primary monitor.
:param int monitor: Must be between 0 and the number of configured
monitors.
:raises: **ValueError** if an invalid monitor is specified.
:raises: **BlacklistedDriverError** if your video driver does not
support this.
"""
try:
glxinfo_out = subprocess.check_output("glxinfo")
except OSError as e:
raise OSError("Failed to run glxinfo: %s. (do you have mesa-utils installed?)" % e)
for dri in _blacklisted_drivers:
if dri in glxinfo_out:
raise Display.BlacklistedDriverError('Impossible change the primary monitor for the given driver')
num_monitors = Display.create().get_num_screens()
if monitor < 0 or monitor >= num_monitors:
raise ValueError('Monitor %d is not in valid range of 0 <= monitor < %d.' % (num_monitors))
default_screen = Gdk.Screen.get_default()
monitor_name = default_screen.get_monitor_plug_name(monitor)
if not monitor_name:
raise ValueError('Could not get monitor name from monitor number %d.' % (monitor))
ret = os.spawnlp(os.P_WAIT, "xrandr", "xrandr", "--output", monitor_name, "--primary")
if ret != 0:
raise RuntimeError('Xrandr can\'t set the primary monitor. error code: %d' % (ret))
def test_input_backends_default_order(self, pick_backend):
d = Display()
d.create()
backends = list(pick_backend.call_args[0][0].items())
self.assertTrue(backends[0][0] == 'X11')
self.assertTrue(backends[1][0] == 'UPA')
def test_window_geometry(self):
"""Window.geometry property
Check that all Window geometry properties work and have a plausible
range.
"""
# ensure we have at least one open app window
self.start_mock_app(EmulatorBase)
display = Display.create()
top = left = right = bottom = None
# for multi-monitor setups, make sure we examine the full desktop
# space:
for monitor in range(display.get_num_screens()):
sx, sy, swidth, sheight = Display.create().get_screen_geometry(
monitor
)
logger.info(
"Monitor %d geometry is (%d, %d, %d, %d)",
monitor,
sx,
sy,
swidth,
sheight,
)
if left is None or sx < left:
left = sx
if top is None or sy < top:
top = sy
if right is None or sx + swidth >= right:
right = sx + swidth
if bottom is None or sy + sheight >= bottom:
bottom = sy + sheight
logger.info(
"Total desktop geometry is (%d, %d), (%d, %d)",
left,
top,
right,
bottom,
)
for win in self.process_manager.get_open_windows():
logger.info("Win '%r' geometry is %r", win, win.geometry)
geom = win.geometry
self.assertThat(len(geom), Equals(4))
self.assertThat(geom[0], GreaterThan(left - 1)) # no GreaterEquals
self.assertThat(geom[1], GreaterThan(top - 1))
self.assertThat(geom[2], LessThan(right))
self.assertThat(geom[3], LessThan(bottom))
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_check_for_offline_message(self):
display = Display.create()
screenWidth = display.get_screen_width()
screenHeight = display.get_screen_height()
#Pull menu from top
self.main_view.pointing_device.drag(screenWidth - 202, 0,
screenWidth - 202, screenHeight)
#Tap Flight Mode switch
self.main_view.pointing_device.move(screenWidth - 130, 150)
self.main_view.pointing_device.click()
#Close menu
self.main_view.pointing_device.drag(0, screenHeight, 0, 0)
account_page = self.main_view.account_page
# if account_page.get_default_header().title in ('Telegram', 'Connecting...'):
# print("WARNING - Please turn ON Airplane Mode")
self.assertThat(account_page.get_default_header().title,
Eventually(Equals("Waiting for network...")))
#Pull menu from top
self.main_view.pointing_device.drag(screenWidth - 180, 0,
screenWidth - 180, screenHeight)
#Tap Flight Mode switch
self.main_view.pointing_device.move(screenWidth - 130, 150)
self.main_view.pointing_device.click()
#Close menu
self.main_view.pointing_device.drag(0, screenHeight, 0, 0)
# Check header no longer says offline message
self.assertThat(account_page.get_default_header().title,
Eventually(Equals("Telegram")))
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 _geo_larger_than_display(self, width, height):
should_scale = getattr(self, 'scale_geo', True)
if should_scale:
screen = Display.create()
screen_width = screen.get_screen_width()
screen_height = screen.get_screen_height()
return (width > screen_width) or (height > screen_height)
else:
return False
def _geo_larger_than_display(self, width, height):
should_scale = getattr(self, 'scale_geo', True)
if should_scale:
screen = Display.create()
screen_width = screen.get_screen_width()
screen_height = screen.get_screen_height()
return (width > screen_width) or (height > screen_height)
else:
return False
def __init__(self, *args, **kwargs):
super(Launcher, self).__init__(*args, **kwargs)
self.show_timeout = 1
self.hide_timeout = 1
self.in_keynav_mode = False
self.in_switcher_mode = False
self._mouse = Mouse.create()
self._display = Display.create()
def __init__(self, *args, **kwargs):
super(Launcher, self).__init__(*args, **kwargs)
self.show_timeout = 1
self.hide_timeout = 1
self.in_keynav_mode = False
self.in_switcher_mode = False
self._mouse = Mouse.create()
self._display = Display.create()
def _make_monitor_scenarios():
num_monitors = Display.create().get_num_screens()
scenarios = []
if num_monitors == 1:
scenarios = [('Single Monitor', {'hud_monitor': 0})]
else:
for i in range(num_monitors):
scenarios += [('Monitor %d' % (i), {'hud_monitor': i})]
return scenarios
def test_move_to_nonint_point(self):
"""Test mouse does not get stuck when we move to a non-integer point.
LP bug #1195499.
"""
device = Mouse.create()
screen_geometry = Display.create().get_screen_geometry(0)
target_x = screen_geometry[0] + 10
target_y = screen_geometry[1] + 10.6
device.move(target_x, target_y)
self.assertEqual(device.position(), (target_x, int(target_y)))
def _make_scenarios():
"""Make scenarios for launcher test cases based on the number of configured
monitors.
"""
num_monitors = Display.create().get_num_screens()
# it doesn't make sense to set only_primary when we're running in a single-monitor setup.
if num_monitors == 1:
return [('Single Monitor', {'launcher_monitor': 0, 'only_primary': False})]
monitor_scenarios = [('Monitor %d' % (i), {'launcher_monitor': i}) for i in range(num_monitors)]
launcher_mode_scenarios = [('launcher_on_primary', {'only_primary': True}),
('launcher on all', {'only_primary': False})]
return multiply_scenarios(monitor_scenarios, launcher_mode_scenarios)
def refresh_workspace_information(self):
"""Re-read information about available workspaces from compiz and X11."""
self._viewport_width = 0
self._viewport_height = 0
self._workspaces_wide = get_compiz_option("core", "hsize")
self._workspaces_high = get_compiz_option("core", "vsize")
display = Display.create()
num_screens = display.get_num_screens()
for screen in range(num_screens):
_, _, width, height = display.get_screen_geometry(screen)
self._viewport_width += width
self._viewport_height += height
def _get_system_resolution():
from autopilot.display import Display
display = Display.create()
# TODO: This calculation needs to become part of the display module:
l = r = t = b = 0
for screen in range(display.get_num_screens()):
geometry = display.get_screen_geometry(screen)
if geometry[0] < l:
l = geometry[0]
if geometry[1] < t:
t = geometry[1]
if geometry[0] + geometry[2] > r:
r = geometry[0] + geometry[2]
if geometry[1] + geometry[3] > b:
b = geometry[1] + geometry[3]
res_x = r - l
res_y = b - t
return res_x, res_y
def _get_screenshot_mir():
"""Capture screenshot from Mir display.
:raises FileNotFoundError: If the mirscreencast utility is not found.
:raises CalledProcessError: If the mirscreencast utility errors while
taking a screenshot.
:raises ValueError: If the PNG conversion step fails.
"""
from autopilot.display import Display
display_resolution = Display.create().get_screen_geometry(0)[2:]
screenshot_filepath = _take_mirscreencast_screenshot()
try:
png_data_file = _get_png_from_rgba_file(
screenshot_filepath,
display_resolution
)
finally:
os.remove(screenshot_filepath)
return png_data_file
def _make_scenarios():
"""Make scenarios for launcher test cases based on the number of configured
monitors.
"""
num_monitors = Display.create().get_num_screens()
# it doesn't make sense to set only_primary when we're running in a single-monitor setup.
if num_monitors == 1:
return [('Single Monitor', {
'launcher_monitor': 0,
'only_primary': False
})]
monitor_scenarios = [('Monitor %d' % (i), {
'launcher_monitor': i
}) for i in range(num_monitors)]
launcher_mode_scenarios = [('launcher_on_primary', {
'only_primary': True
}), ('launcher on all', {
'only_primary': False
})]
return multiply_scenarios(monitor_scenarios, launcher_mode_scenarios)
monitors.
:raises: **ValueError** if an invalid monitor is specified.
:raises: **BlacklistedDriverError** if your video driver does not
support this.
"""
try:
glxinfo_out = subprocess.check_output("glxinfo")
except OSError, e:
raise OSError("Failed to run glxinfo: %s. (do you have mesa-utils installed?)" % e)
for dri in _blacklisted_drivers:
if dri in glxinfo_out:
raise Display.BlacklistedDriverError('Impossible change the primary monitor for the given driver')
num_monitors = Display.create().get_num_screens()
if monitor < 0 or monitor >= num_monitors:
raise ValueError('Monitor %d is not in valid range of 0 <= monitor < %d.' % (num_monitors))
default_screen = Gdk.Screen.get_default()
monitor_name = default_screen.get_monitor_plug_name(monitor)
if not monitor_name:
raise ValueError('Could not get monitor name from monitor number %d.' % (monitor))
ret = os.spawnlp(os.P_WAIT, "xrandr", "xrandr", "--output", monitor_name, "--primary")
if ret != 0:
raise RuntimeError('Xrandr can\'t set the primary monitor. error code: %d' % (ret))
def reset_display():
monitors.
:raises: **ValueError** if an invalid monitor is specified.
:raises: **BlacklistedDriverError** if your video driver does not
support this.
"""
try:
glxinfo_out = subprocess.check_output("glxinfo")
except OSError, e:
raise OSError(
"Failed to run glxinfo: %s. (do you have mesa-utils installed?)" %
e)
for dri in _blacklisted_drivers:
if dri in glxinfo_out:
raise Display.BlacklistedDriverError(
'Impossible change the primary monitor for the given driver')
num_monitors = Display.create().get_num_screens()
if monitor < 0 or monitor >= num_monitors:
raise ValueError(
'Monitor %d is not in valid range of 0 <= monitor < %d.' %
(num_monitors))
default_screen = Gdk.Screen.get_default()
monitor_name = default_screen.get_monitor_plug_name(monitor)
if not monitor_name:
raise ValueError('Could not get monitor name from monitor number %d.' %
(monitor))
ret = os.spawnlp(os.P_WAIT, "xrandr", "xrandr", "--output", monitor_name,
def test_SecretMessage(self):
# Note the number of dialogs in the dialog list at the start of the test
account_page = self.main_view.account_page
dialog_list_page = account_page.get_dialog_list_page()
count = dialog_list_page.dialog_count
# Open the account panel by tapping the navigation menu icon
account_panel = account_page.open_account_panel()
self.assertThat(account_panel.opened, Eventually(Equals(True)))
# Select the secret chat option
account_panel.select_secret_chat()
# Select an online contact
apl = self.main_view.apl
contacts_page = apl.contacts_page
recipient = contacts_page.select_first_online_contact()
self.main_view.pointing_device.click_object(recipient)
# Create a new secret chat
self.assertThat(count, Eventually(Equals(count + 1)))
dialog_list_page.select_dialog_at_index(0)
dialog_page = apl.dialog_page
# Check that only system message is being displayed
message_list = dialog_page.account_message_list
initial_count = message_list.messages.count
self.assertThat(initial_count, Equals(1))
status_received = message_received_image
status_read = message_read_image
if "textMessage" in self.input or self.input == "photoMessageReceive":
# Send the first message
ts = time.time()
timestamp = datetime.datetime.fromtimestamp(ts).strftime(
'%y:%m:%d,%H:%M:%S')
message_to_send = "Autopilot:" + timestamp
if self.input == "textMessageSend":
message_to_send = message_to_send + " DO NOT REPLY"
elif self.input == "photoMessageReceive":
message_to_send = message_to_send + " SEND IMAGE"
dialog_page.enter_message(message_to_send)
dialog_page.message_area.select_attach_or_send()
elif self.input == "photoMessageSend":
if platform.model() == "Desktop":
return
dialog_page.message_area.select_attach_or_send()
dialog_page.message_area.select_attach_photo_option()
self.main_view.select_content_hub_app("Camera")
# Allow time to open the app
sleep(5)
display = Display.create()
screen_width = display.get_screen_width()
screen_height = display.get_screen_height()
button_x_pos = screen_width / 2.0
button_y_pos = screen_height - 100.0
# Click on the take photo button
self.main_view.pointing_device.move(button_x_pos, button_y_pos)
self.main_view.pointing_device.click()
# Allow time to take the photo
sleep(5)
# Tap the tick to return to Telegram
self.main_view.pointing_device.move(button_x_pos, button_y_pos)
self.main_view.pointing_device.click()
status_received = media_received_image
status_read = media_read_image
# Allow time for photo to be sent
sleep(30)
# Check that sent message appears in the dialog content
self.assertThat(message_list.messages.count,
Eventually(Equals(initial_count + 1)))
# Check that the message received image is displayed for the sent message
index_of_sent_message = 0
message = message_list.get_message_at_index(index_of_sent_message)
status_image = message.message_status_image
if self.input != "photoMessageSend":
self.assertThat(status_image.source,
Eventually(Equals(status_received)))
if "Receive" in self.input:
index_of_sent_message = index_of_sent_message + 1
# Check for reply
self.assertThat(message_list.messages.count,
Eventually(Equals(initial_count + 2)))
# Check that the message read image is displayed for the sent message
message = message_list.get_message_at_index(index_of_sent_message)
status_image = message.message_status_image
if self.input == "photoMessageSend" and platform.model() != "Desktop":
status_image = message.account_message_media.media_message_status_image
self.assertThat(status_image.source, Eventually(Equals(status_read)))