def uninstall(uninstaller_path):
# 1. start uninstaller
run_external(uninstaller_path)
time.sleep(2)
# 2. find the installer dialog
uninstaller = None
try:
uninstaller = Application().connect(title=u'2345王牌输入法 卸载程序')
except Exception as e:
raise RuntimeError('Cannot find uninstaller, exception: %s' % repr(e))
# 3. get position of the install button and note the installed path
# can get all handlers by call like this:
# print(installer.window_(title_re=u'2345王牌输入法 v[0-9]+\.[0-9]+ 安装').print_control_identifiers())
uninstall_dlg = uninstaller.window_(title=u'2345王牌输入法 卸载程序')
print(uninstall_dlg.print_control_identifiers())
l, r, t, b = uninstall_dlg.Rectangle().left, uninstall_dlg.Rectangle().right, \
uninstall_dlg.Rectangle().top, uninstall_dlg.Rectangle().bottom
pos = (int(l + (r - l) * 0.713), int(t + (b - t) * 0.923))
print('Move mouse to button(%d, %d)' % (pos[0], pos[1]))
uninstall_dlg.click_input(coords=pos, absolute=True)
resolve_confirm_dlg(title_re=u'2345王牌输入法卸载程序')
# 4. wait for finish
confirm_pos = (int(l + (r - l) * 0.9), int(t + (b - t) * 0.9))
while uninstall_dlg.exists():
uninstall_dlg.click_input(coords=confirm_pos, absolute=True)
time.sleep(5)
def resolve_configure_dlg():
try:
configure_app = Application().connect(title_re=u'2345王牌输入法设置向导')
except Exception as e:
raise RuntimeError('Cannot find confirm dialog, exception: %s' % repr(e))
configure_dlg = configure_app.window_(title_re=u'2345王牌输入法设置向导')
print(configure_dlg.print_control_identifiers())
l, r, t, b = configure_dlg.Rectangle().left, configure_dlg.Rectangle().right, \
configure_dlg.Rectangle().top, configure_dlg.Rectangle().bottom
pos = (int(l + (r - l) * 0.92), int(t + (b - t) * 0.94))
while configure_dlg.exists():
configure_dlg.click_input(coords=pos, absolute=True)
def resolve_confirm_dlg(title_re, cancel=False):
try:
confirm_app = Application().connect(title_re=title_re)
except Exception as e:
raise RuntimeError('Cannot find confirm dialog, exception: %s' % repr(e))
confirm_dlg = confirm_app.window_(title_re=title_re)
print(confirm_dlg.print_control_identifiers())
l, r, t, b = confirm_dlg.Rectangle().left, confirm_dlg.Rectangle().right, \
confirm_dlg.Rectangle().top, confirm_dlg.Rectangle().bottom
pos = (int(l + (r - l) * 0.87), int(t + (b - t) * 0.87)) if cancel else (int(l + (r - l) * 0.64), int(t + (b - t) * 0.87))
confirm_dlg.click_input(coords=pos, absolute=True)
def install(installer_path):
# 1. start installer and wait for UerAccoutCotrol confirm
run_external(installer_path)
time.sleep(2)
# 2. find the installer dialog
installer = None
try:
installer = Application().connect(title_re=u'2345王牌输入法 v[0-9]+\.[0-9]+ 安装')
except Exception as e:
raise RuntimeError('Cannot find installer, exception: %s' % repr(e))
# 3. get position of the install button and note the installed path
# can get all handlers by call like this:
# print(installer.window_(title_re=u'2345王牌输入法 v[0-9]+\.[0-9]+ 安装').print_control_identifiers())
install_dlg = installer.window_(title_re=u'2345王牌输入法 v[0-9]+\.[0-9]+ 安装')
print(install_dlg.print_control_identifiers())
installed_path = None
for widget in install_dlg.descendants():
if widget.class_name() == 'Edit':
installed_path = widget.window_text()
l, r, t, b = install_dlg.Rectangle().left, install_dlg.Rectangle().right, \
install_dlg.Rectangle().top, install_dlg.Rectangle().bottom
pos = (int((l + r) / 2), int(t + (b - t) * 0.775))
print('Move mouse to button(%d, %d)' % (pos[0], pos[1]))
install_dlg.click_input(coords=pos, absolute=True)
time.sleep(2)
# 4. wait for finish
while b != install_dlg.Rectangle().bottom:
time.sleep(2)
install_dlg.click_input(coords=pos, absolute=True)
try:
time.sleep(2)
resolve_configure_dlg()
except:
print('No configure dlg, ignore')
return installed_path
'cancel': pickle.load(open('dicts/cancel.pkl', 'rb')),
'exit_to_lobby': pickle.load(open('dicts/exit_to_lobby.pkl', 'rb')),
'tl_pubg_logo': pickle.load(open('dicts/tl_pubg_logo.pkl', 'rb'))
}
start_rect = make_relative_rect(window_rect, [50, 680, -1100, -30])
mp_plane_rect = make_relative_rect(window_rect, [214, 600, -1070, -70])
plane_rect = make_relative_rect(window_rect, [76, 600, -1208, -70])
reconnect_rect = make_relative_rect(window_rect, [609, 430, -610, -317])
reconnect_ng_rect = make_relative_rect(window_rect, [609, 447, -610, -300])
cancel_rect = make_relative_rect(window_rect, [670, 441, -589, -308])
exit_to_lobby_rect = make_relative_rect(window_rect, [1095, 660, -88, -83])
tl_pubg_logo_rect = make_relative_rect(window_rect, [58, 58, -1205, -684])
pwa_app = Pwa_app().connect(handle=hwnd)
window = pwa_app.window_()
actions = Actions(window)
while True:
sleep(5)
if image_compare(dicts['start'], ImageGrab.grab(start_rect)) > 0.98:
verboseprint('start')
round_count = round_count + 1
if round_count % 10 == 0:
notify.method('Starting the {0}th game'.format(round_count))
actions.start(args.team)
continue
if image_compare(dicts['exit_to_lobby'], ImageGrab.grab(exit_to_lobby_rect)) > 0.8:
verboseprint('quit')
actions.quit()
continue
# Get access to any window on the desktop
from pywinauto import Application #for autowin
import pywinauto.keyboard
import time
lsAppPath = ""
#start the app
app = Application().start(lsAppPath)
#while the window does not exist
while not app.app():
time.sleep(5)
#the title from the window we would like to access
lsWindowTitle = ""
#check if the window exists
if app.window_(title_re=lsWindowTitle).Exists():
#get the window
Window = app[lsWindowTitle]
#we imagin there is an edit with the text hallo
#get the edit
editCtrl = Window[u'MyEdit'] # we need the name of the edit
lsText = editCtrl.TextBlock() # thats the important line
#now we would like to write into the text edit
editCtrl.TypeKeys(u"Nothing")
class EasyWire:
"""
base class for running automated tests.
"""
def __init__(self, hv_status=True, test_iterations=20):
self.title = u'Cirris Easy-Wire'
self.test_category_name = 'EW - Test Time'
self.class_name = 'TInitialDialog'
self.ew_path = self.ew_get_path()
self.app = self.start_ew()
self.app_uia = Application(backend='uia').connect(
class_name_re='TInitialDialog')
self.ew_test_list_window = self.app_uia[
u'Cirris Easy-Wire'].child_window(class_name='TListView')
self.test_list = []
self.lv_test_time = []
self.test_iterations = test_iterations
if hv_status:
self.hv_status = True
self.hv_test_time = []
else:
self.hv_status = False
def __str__(self):
return f'App is {self.app}, test list is {self.test_list}, lv_test_time is {self.lv_test_time}, ' \
f'hv_time_test is {self.hv_test_time}, ew_path is {self.ew_path}'
def __repr__(self):
return f'App is {self.app}, test list is {self.test_list}, lv_test_time is {self.lv_test_time}, ' \
f'hv_time_test is {self.hv_test_time}, ew_path is {self.ew_path}'
def ew_get_path(self):
"""
method to locate easywire install path
:return: string of install path
"""
install_dict = dict()
possible_install_paths = [
[
'ew_dev',
Path(
r'C:\Dev\PC\Cirris\EasyWire\PC\Project\easywire.broken.exe'
)
],
[
'ew_64_install',
Path(r'C:\Program Files (x86)\Cirris\easywire\easywire.exe')
],
[
'ew_32_install',
Path(r'C:\Program Files\Cirris\easywire\easywire.exe')
]
]
for pair in possible_install_paths:
install_dict[pair[0]] = pair[1]
found = False
for key, value in install_dict.items():
if value.exists():
found = True
return str(value)
def start_ew(self):
"""
method to connect or launch easywire if not currently running
:return: pywinauto Application object
"""
try:
app = Application().connect(title=self.title,
class_name=self.class_name)
return app
except (application.ProcessNotFoundError,
application.findwindows.ElementNotFoundError):
app = Application().start(self.ew_path)
self.login(app=app,
user='******',
tester_type='1100/Easy Touch',
password='')
return app
def login(self,
app,
user='******',
tester_type='1100/Easy Touch',
password=''):
"""
method to log into easywire.
:param user: User name required to log into easywire. Defaults to 'Master Login'
:param tester_type: Model type of the tester to be used during automated testing. Defaults to 1100/Easy Touch
:param password: Password required to login. Defaults to ''
:return: None
"""
app.UserLogin.wait('ready')
app.UserLogin.ComboBox.select(user)
app.UserLogin.TEdit.set_text(password)
try:
app.UserLogin.ComboBox2.select(tester_type)
except ValueError:
pass
app.Userlogin.OK.click()
try:
app.Hardware.wait('ready')
print("Hardware error")
print(app.Hardware.Edit.TextBlock())
app.Hardware.OK.click()
except timings.TimeoutError:
pass
def get_test_list(self, category_name='EW - Test Time'):
"""
method to collect test list for a given category name in easywire.
:param category_name: string of category name in easywire. Defaults to 'Ew - Test Time'
:return: list of tests from category name
"""
test_list = []
self.app[self.title].TComboBox.select(category_name)
self.app_uia.window_(visible_only=False).restore()
for test in self.ew_test_list_window.texts():
if test[0].strip("'"):
test_list.append(test[0])
return test_list
def select_current_test(self, test):
"""
method to select current test from drop down list in easywire
:param test: string of test name from easywire
:return:
"""
self.ew_test_list_window[test].select()
try:
self.app[self.title].Test.click()
except base_wrapper.ElementNotEnabled:
print('Tried to click Test button but it is not enabled')
print('Verify the correct tester is attached and connected')
sys.exit()
@wait_helper
def confirm_lv_test_window_good(self, **kwargs):
"""
method to collect start and end times for lv only testing. uses the decorator wait_helper to deal with try
catch to handle timing issues with pywinauto.
:param test_window_handle: pywinauto dialog object used to start tests and check for completion condition.
:param exception_to_handle: exception be to passed to wait_helper decorator. Not used in this method.
:return: timestamp of start and end times of current test
"""
test_window_handle = kwargs['test_window_handle']
start_time = time.time()
test_window_handle.Start.click()
test_window_handle.Good.wait('ready')
end_time = time.time()
return start_time, end_time
@wait_helper
def confirm_lv_hv_test_window_good(self, **kwargs):
"""
method to collect start and end times for both lv and hv testing.
:param kwargs:
:return: timestamp for start and stop times for both lv and hv
"""
test_window_handle = kwargs['test_window_handle']
lv_start = time.time()
test_window_handle.Start.click()
test_window_handle.Hipot.wait('ready')
lv_stop = time.time()
hv_start = time.time()
test_window_handle.Hipot.click()
test_window_handle.Done.wait('ready')
hv_stop = time.time()
test_window_handle.Done.click()
return lv_start, lv_stop, hv_start, hv_stop
def test_lv_only(self):
"""
method to cycle through lv testing only. Prints output to console using maths function.
:return:
"""
self.test_list = self.get_test_list(category_name='EW - Test Time')
for test_num, test in enumerate(self.test_list, 1):
for iter_num in range(1, self.test_iterations + 1):
print(
f'Test #{test_num} - Test name: {test} - iteration: {iter_num}'
)
self.select_current_test(test)
test_window = self.app[
f'Test Program - [{test} - Signature Single Test]']
while True:
try:
test_window.Start.wait('ready')
break
except timings.TimeoutError:
print('timeout error triggered.')
time.sleep(1)
lv_start, lv_stop = self.confirm_lv_test_window_good(
test_window_handle=test_window,
exception_to_handle=timings.TimeoutError)
test_window.Done.click()
self.lv_test_time.append(round(lv_stop - lv_start, 3))
self.maths()
def test_lv_hv(self):
"""
method to cycle through lv and hv testing. Prints output to console using maths function.
:return:
"""
lv_stop = 0
lv_start = 0
hv_stop = 0
hv_start = 0
self.test_list = self.get_test_list(
category_name='EW - Time Test lvhv')
for test_num, test in enumerate(self.test_list, 1):
for iter_num in range(1, self.test_iterations + 1):
self.select_current_test(test)
print(
f'Test #{test_num} - Test name: {test} - iteration: {iter_num}'
)
test_window = self.app.window(title_re=".*" + test + ".*")
lv_start, lv_stop, hv_start, hv_stop = self.confirm_lv_hv_test_window_good(
test_window_handle=test_window,
exception_to_handle=timings.TimeoutError)
self.lv_test_time.append(round(lv_stop - lv_start, 3))
self.hv_test_time.append(round(hv_stop - hv_start, 3))
self.maths()
def maths(self):
"""
method to perform basic statistics for lv and hv test results.
:return:
"""
print(f'Baseline lv: {self.lv_test_time}')
print(f'LV Values Median: {statistics.median(self.lv_test_time)}')
print(
f'LV Values Median_low: {statistics.median_low(self.lv_test_time)}'
)
print(
f'LV Values Median_high: {statistics.median_high(self.lv_test_time)}'
)
if self.hv_status:
print(f'Baseline hv: {self.hv_test_time}')
print(f'HV Values Median: {statistics.median(self.hv_test_time)}')
print(
f'HV Values Median_low: {statistics.median_low(self.hv_test_time)}'
)
print(
f'HV Values Median_high: {statistics.median_high(self.hv_test_time)}'
)