def isRunning(self):
"""
Is the app running?
"""
if self.a11yAppName is None:
self.a11yAppName = self.internCommand
try:
if self.a11yAppName in [x.name for x in root.applications()]:
return True
except:
sleep(10)
if self.a11yAppName in [x.name for x in root.applications()]:
return True
return False
def close_appointments_window(context):
if filter(lambda x: x.name == 'evolution-alarm-notify', root.applications()):
alarm_notify = root.application('evolution-alarm-notify')
dialog = alarm_notify.findChild(
GenericPredicate(name='Appointments'),
retry=False, requireResult=False)
if dialog:
dialog.button('Dismiss All').click()
assert wait_until(lambda x: x.dead and not x.showing, dialog),\
"Appointments window didn't disappear"
def generate_steps(self, scenario, test):
self.steps = [] # Starting with an empty list for every test
# parent condition exlude the root node automatically]
self.app.cleanup()
self.app.start() # only one runtime controller for now
test_nodes = [x for x in test if x.roleName not in WINDOW_ROLENAMES]
for node in test_nodes:
apps_before = root.applications()
app_before = self.get_app_nodes()
if node == test_nodes[-1]:
self.handle_last_node(node)
self.execute_action(node)
# after action state check
# app is running but windows have changed
if not self.app.is_running():
self.add_step('ASSERT_QUIT')
break
window = self.app.get_current_window()
# acessibility bug in libreoffice
if window and 'Calc' in window.name \
and not self.app.instance.isChild(
self.app.main_window_name, recursive=False):
self.add_step('ASSERT_WINDOW_SHOWN', window)
self.generate_ocr_check(window)
elif not self.app.instance.isChild(self.app.main_window_name):
# app is running but windows have changed
self.add_step('ASSERT_WINDOW_SHOWN', window)
self.generate_ocr_check(window)
else:
apps = list(
set(apps_before).symmetric_difference(root.applications()))
if apps:
self.handle_new_apps(apps)
else:
try:
self.handle_new_nodes(app_before, test)
except Exception as e:
print(f'Failed to handle new nodes {e}')
self.check_errors()
def evo_account_assistant_receiving_email_dialog_from_table(
context, sending_or_receiving):
window = context.app.child(roleName='frame')
for row in context.table:
label = str(row['Field'])
value = str(row['Value'])
filler = window.child(roleName='filler',
name='%s Email' % sending_or_receiving)
widgets = filler.findChildren(lambda x: x.showing)
visible_widgets = [
x for x in widgets if x.labeller and x.labeller.name == label
]
if len(visible_widgets) == 0:
raise RuntimeError("Cannot find visible widget labelled '%s'" %
label)
widget = visible_widgets[0]
if widget.roleName == 'combo box':
if label != 'Port:':
widget.click()
widget.menuItem(value).click()
else:
# Port is a combobox, but you can type your port there
widget.textentry('').text = value
widget.textentry('').grab_focus()
widget.textentry('').keyCombo("<Enter>")
if widget.roleName == 'text':
widget.text = value
# Check for password here and accept self-generated certificate (if appears)
btns = window.findChildren(lambda x: x.name == 'Check for Supported Types')
visible_btns = [w for w in btns if w.showing]
if visible_btns == []:
click_next(window)
return
visible_btns[0].click()
# Confirm all certificates by clicking 'Accept Permanently' until dialog is visible
apps = [x.name for x in root.applications()]
if 'evolution-user-prompter' in apps:
prompter = root.application('evolution-user-prompter')
dialog = prompter.child(roleName='dialog')
while dialog.showing:
if prompter.findChild(lambda x: x.name == 'Accept Permanently',
retry=False,
requireResult=False):
prompter.button('Accept Permanently').click()
else:
sleep(0.1)
# Wait until Cancel button disappears
cancel = filler.findChildren(lambda x: x.name == 'Cancel')[0]
while cancel.showing:
sleep(0.1)
check_for_errors(context)
click_next(window)
def handle_authentication_window(context, password='******'):
# Get a list of applications
app_names = []
for attempt in range(0, 15):
try:
app_names = map(lambda x: x.name, root.applications())
break
except GLib.GError:
sleep(1)
continue
if 'gcr-prompter' in app_names:
# Non gnome shell stuf
passprompt = root.application('gcr-prompter')
continue_button = passprompt.findChild(
GenericPredicate(name='Continue'),
retry=False,
requireResult=False)
if continue_button:
passprompt.findChildren(
GenericPredicate(roleName='password text'))[-1].grab_focus()
sleep(0.5)
typeText(password)
# Don't save passwords to keyring
keyCombo('<Tab>')
# Click Continue
keyCombo('<Tab>')
keyCombo('<Tab>')
keyCombo('<Enter>')
elif 'gnome-shell' in app_names:
shell = root.application('gnome-shell')
# if wait_until(lambda x: x.findChildren(
# lambda x: x.roleName == 'password text' and x.showing) != [], shell):
# pswrd = shell.child(roleName='password text')
# pswrd.text = password
# st = shell.child('Add this password to your keyring')
# if not st.parent.parent.checked:
# st.click()
# continue_button = shell.button('Continue')
# shell.button('Continue').click()
# sleep(3)
if wait_until(
lambda x: x.findChildren(lambda x: x.roleName ==
'password text' and x.showing) != [],
shell):
st = shell.child('Add this password to your keyring')
if not st.parent.parent.checked:
st.click()
pswrd = shell.child(roleName='password text')
pswrd.click()
typeText(password)
keyCombo('<Enter>')
wait_until(st.dead)
sleep(1)
def evo_account_assistant_receiving_email_dialog_from_table(context, sending_or_receiving):
window = context.app.instance.child('Evolution Account Assistant')
for row in context.table:
label = str(row['Field'])
value = str(row['Value'])
filler = window.child(roleName='filler', name='%s Email' % sending_or_receiving)
widgets = filler.findChildren(GenericPredicate(label=label))
visible_widgets = [w for w in widgets if w.showing]
if len(visible_widgets) == 0:
raise RuntimeError("Cannot find visible widget labelled '%s'" % label)
widget = visible_widgets[0]
if widget.roleName == 'combo box':
if label != 'Port:':
widget.click()
widget.menuItem(value).click()
else:
# Port is a combobox, but you can type your port there
widget.textentry('').text = value
widget.textentry('').grab_focus()
widget.textentry('').keyCombo("<Enter>")
if widget.roleName == 'text':
widget.text = value
# Check for password here and accept self-generated certificate (if appears)
btns = window.findChildren(GenericPredicate(name='Check for Supported Types'))
visible_btns = [w for w in btns if w.showing]
if visible_btns == []:
click_continue(window)
return
visible_btns[0].click()
# Confirm all certificates by clicking 'Accept Permanently' until dialog is visible
apps = [x.name for x in root.applications()]
if 'evolution-user-prompter' in apps:
prompter = root.application('evolution-user-prompter')
dialog = prompter.findChild(GenericPredicate(roleName='dialog'))
while dialog.showing:
if prompter.findChild(
GenericPredicate(name='Accept Permanently'),
retry=False, requireResult=False):
prompter.button('Accept Permanently').click()
else:
sleep(0.1)
# Wait until Cancel button disappears
cancel = filler.findChildren(GenericPredicate(name='Cancel'))[0]
while cancel.showing:
sleep(0.1)
check_for_errors(context)
click_continue(window)
def isRunning(self):
"""
Is the app running?
"""
if self.a11yAppName is None:
self.a11yAppName = self.internCommand
# Trap weird bus errors
for attempt in xrange(0, 10):
try:
return self.a11yAppName in [x.name for x in root.applications()]
except GLib.GError:
continue
raise Exception("10 at-spi errors, seems that bus is blocked")
def handle_authentication_window(context, password='******'):
# Get a list of applications
app_names = []
for attempt in range(0, 15):
try:
app_names = map(lambda x: x.name, root.applications())
break
except GLib.GError:
sleep(1)
continue
if 'gcr-prompter' in app_names:
# Non gnome shell stuf
passprompt = root.application('gcr-prompter')
continue_button = passprompt.findChild(
GenericPredicate(name='Continue'),
retry=False, requireResult=False)
if continue_button:
passprompt.findChildren(GenericPredicate(roleName='password text'))[-1].grab_focus()
sleep(0.5)
typeText(password)
# Don't save passwords to keyring
keyCombo('<Tab>')
# Click Continue
keyCombo('<Tab>')
keyCombo('<Tab>')
keyCombo('<Enter>')
elif 'gnome-shell' in app_names:
shell = root.application('gnome-shell')
# if wait_until(lambda x: x.findChildren(
# lambda x: x.roleName == 'password text' and x.showing) != [], shell):
# pswrd = shell.child(roleName='password text')
# pswrd.text = password
# st = shell.child('Add this password to your keyring')
# if not st.parent.parent.checked:
# st.click()
# continue_button = shell.button('Continue')
# shell.button('Continue').click()
# sleep(3)
if wait_until(lambda x: x.findChildren(
lambda x: x.roleName == 'password text' and x.showing) != [], shell):
st = shell.child('Add this password to your keyring')
if not st.parent.parent.checked:
st.click()
pswrd = shell.child(roleName='password text')
pswrd.click()
typeText(password)
keyCombo('<Enter>')
wait_until(st.dead)
sleep(1)
def isRunning(self):
"""
Is the app running?
"""
if self.a11yAppName is None:
self.a11yAppName = self.internCommand
# Trap weird bus errors
for i in xrange(0, 10):
try:
return self.a11yAppName in \
[x.name for x in root.applications()]
except Exception as e:
print("isRunning: got exception %s" % str(e))
sleep(1)
continue
raise Exception("10 at-spi errors, seems that bus is blocked")
def isRunning(self):
"""
Is the app running?
"""
if self.a11yAppName is None:
self.a11yAppName = self.internCommand
# Trap weird bus errors
for i in xrange(0, 10):
try:
return self.a11yAppName in \
[x.name for x in root.applications()]
except Exception as e:
print("isRunning: got exception %s" % str(e))
sleep(1)
continue
raise Exception("10 at-spi errors, seems that bus is blocked")
def getMenuNth(self, nth):
"""
Return nth submenu
"""
#bind to the right app
app = root
apps = root.applications()
for i in apps:
if i.name.lower() == self.internCommand:
app = i
break
#try to bind the menu and the button
try:
appMenu = app.child(roleName='menu bar')
return appMenu.children[nth]
except:
return None
def getMenuNamed(self, menuName):
"""
Return submenu with name specified with 'menuName'
"""
#bind to the right app
app = root
apps = root.applications()
for i in apps:
if i.name.lower() == self.internCommand:
app = i
break
#try to bind the menu and the button
try:
appMenu = app.child(roleName='menu bar')
return appMenu.child(name=menuName)
except:
return None
def getApp():
try:
#from dogtail.tree import root
apps = root.applications()
except:
traceback.print_exc(file=sys.stdout)
time.sleep(4)
#from dogtail.tree import root
try:
app = root.application(self.a11yAppName)
return app
except SearchError:
return None
for i in apps:
if i.name.lower() == self.a11yAppName:
return i
return None
def isRunning(self):
"""
Is the app running?
"""
#print "*** Checking if '%s' is running" % self.internCommand
app = root
apps = root.applications()
for i in apps:
if i.name.lower() == self.internCommand:
app = i
break
if app.isChild(roleName='frame', recursive=False):
#print "*** The app '%s' is running" % self.internCommand
return True
else:
#print "*** The app '%s' is not running" % self.internCommand
return False
def closeViaMenu(self):
"""
Close app via menu button
"""
internCritical = (self.critical == 'quit')
if not self.isRunning():
if internCritical:
self.updateResult(False)
#print "!!! The app does not seem to be running"
return False
#bind to the right app
app = root
apps = root.applications()
for i in apps:
if i.name.lower() == self.internCommand:
app = i
break
app = app # variable app is not used FIXME
#try to bind the menu and the button
try:
firstSubmenu = self.getMenuNth(0)
firstSubmenu.click()
length = len(firstSubmenu.children)
closeButton = firstSubmenu.children[length - 1]
if self.quitButton is None:
while re.search('(Close|Quit|Exit)', closeButton.name) is None:
length = length - 1
closeButton = firstSubmenu.children[length]
if length < 0:
if internCritical:
self.update(False)
#print "!!! The app quit button coldn't be found"
return False
else:
closeButton = firstSubmenu.child(self.quitButton)
except SearchError:
if internCritical:
self.updateResult(False)
#print "!!! The app menu bar or the quit button could'n be found"
if self.forceKill:
self.kill()
return False
sleep(2) # timeout until menu appear
#print "*** Trying to click to '%s'" % closeButton
closeButton.click()
sleep(self.timeout)
if self.isRunning():
if self.forceKill:
self.kill()
if internCritical:
self.updateResult(False)
#print "!!! The app is running but it shouldn't be"
return False
else:
if self.existsCoreDump() != 0:
if internCritical:
self.updateResult(False)
# print "!! The app closed with core dump created. Signal %d" \
# % self.existsCoreDump()
return False
if internCritical:
self.updateResult(True)
#print "*** The app was successfully closed"
return True
def app_is_not_present_in_process_list(context, app):
try:
app_names = map(lambda x: x.name, root.applications())
assert app not in app_names
finally:
os.system("killall %s" % app)
