def show():
from __future__ import print_function
from pywinauto import Application
# Open "Control Panel"
Application().start('control.exe')
app = Application(backend='uia').connect(path='explorer.exe',
title='Control Panel')
# Go to "Programs"
app.window(title='Control Panel').ProgramsHyperlink.invoke()
app.wait_cpu_usage_lower(threshold=0.5, timeout=30, usage_interval=1.0)
# Go to "Installed Updates"
app.window(title='Programs').child_window(
title='View installed updates', control_type='Hyperlink').invoke()
app.wait_cpu_usage_lower(threshold=0.5, timeout=30, usage_interval=1.0)
list_box = app.InstalledUpdates.FolderViewListBox
# list all updates
items = list_box.descendants(control_type='ListItem')
all_updates = [item.window_text() for item in items]
print('\nAll updates ({}):\n'.format(len(all_updates)))
print(all_updates)
# list updates from "Microsoft Windows" group only
windows_group_box = list_box.child_window(title_re='^Microsoft Windows.*',
control_type='Group')
windows_items = windows_group_box.descendants(control_type='ListItem')
windows_updates = [item.window_text() for item in windows_items]
print('\nWindows updates only ({}):\n'.format(len(windows_updates)))
print(windows_updates)
def wizard_setup():
Application(backend="uia").start(path + "client.exe")
time.sleep(15)
app = Application(backend="uia").connect(
title=" Мастер первоначальной настройки")
dlg1 = app.window(title=" Мастер первоначальной настройки")
dlg1.Далее.click()
time.sleep(1)
dlg1.Далее.click()
time.sleep(1)
dlg1.Подтвердитьпароль.click()
time.sleep(1)
dlg1.Далее.click()
time.sleep(1)
dlg1.Далее.click()
time.sleep(1)
dlg1.Далее.click()
time.sleep(1)
dlg1.Далее.click()
time.sleep(1)
dlg1.Завершить.click()
time.sleep(5)
app1 = Application(backend="uia").connect(
title=" Мастер первоначальной настройки")
dlg2 = app1.window(title=" Мастер первоначальной настройки")
time.sleep(1)
dlg2.OK.click()
#попытки создать iidk через интерфейс, не получается выбрать конректно объект iidk для создания
"""
class Application:
def __init__(self, target):
self.application = WinApplication(backend="win32").start(target)
self.main_window = self.application.window(title="Free Address Book")
self.main_window.wait("visible")
self.groups = GH(self)
def destroy(self):
self.application.window(title="Free Address Book").close()
def run_storm(self):
app, Wnd_Main = None, None
try:
app = Application().connect(title_re="StormInterface")
Wnd_Main = app.window(title_re="StormInterface")
Wnd_Main.wait('ready')
except:
app = Application().start(self.stormpath)
Wnd_Main = app.window(title_re="StormInterface")
Wnd_Main.wait('ready')
finally:
return app, Wnd_Main
def run_storm(self):
app, Wnd_Main = None, None
try:
app = Application().connect(title_re="StormInterface")
Wnd_Main = app.window(title_re="StormInterface")
Wnd_Main.wait('ready')
except:
config = Config(self.parent)
app = Application().start(config.getConfAttr('settings', 'stormpath'))
Wnd_Main = app.window(title_re="StormInterface")
Wnd_Main.wait('ready')
finally:
return app, Wnd_Main
def init_weixin():
app = Application().start(
r"C:\Program Files (x86)\Tencent\WeChat\WeChat.exe")
if not app.windows():
app = Application().connect(
path=r"C:\Program Files (x86)\Tencent\WeChat\WeChat.exe")
dlg = app.window(title=u"微信", class_name="WeChatMainWndForPC")
dlg.move_window(0, 0)
ie_dlg = app.window(title=u"微信", class_name="CefWebViewWnd")
ie_dlg.move_window(0, 0)
ie_dlg.set_focus()
dlg.set_focus()
print(ie_dlg.print_control_identifiers())
return dlg
def auto_login(steamid, name, lock):
eel.info("使用快取登入", "使用者名稱:" + name + "\nsteamid:" + steamid, "console")
key = winreg.OpenKey(winreg.HKEY_CURRENT_USER, "SOFTWARE\Valve\Steam", 0,
winreg.KEY_ALL_ACCESS)
winreg.SetValueEx(key, "AutoLoginUser", 0, winreg.REG_SZ, name)
winreg.SetValueEx(key, "RememberPassword", 0, winreg.REG_DWORD, 0x00000001)
exe, t = winreg.QueryValueEx(key, "SteamExe")
winreg.CloseKey(key)
si = subprocess.STARTUPINFO()
si.dwFlags |= subprocess.STARTF_USESHOWWINDOW
eel.info("關閉Steam", "", "console")
close_steam(exe, si)
eel.info("啟動steam", "", "console")
app = APP().start(exe)
login_gui = app.window(title_re='Steam [^Guard].*',
class_name='vguiPopupWindow')
eel.info("等待 '主頁面'", "", "console")
wait_time = app_setting("wait_steam_start")
eel.info("容許等待時間" + wait_time, "", "console")
eel.sleep(int(wait_time))
try:
login_gui.wait_not("ready", wait_time) #等待介面
except:
eel.info("注意!", "無法使用快取登入\n將使用模擬登入", "console")
login(steamid, lock, app, True)
else:
del app
lock.release()
eel.info("登入成功", "", "console")
class Converter:
def __init__(self):
self.exe = "C://Program Files (x86)/Auntec/嗨格式PDF转换器/HiPdfConvert.exe"
self.app = Application(backend="uia")
# self.app.start(self.exe)
self.app.connect(path=self.exe)
# time.sleep(8)
def windows(self):
s1 = self.app.window(best_match='嗨格式PDF转换器1.0')
s2 = s1["pdf转文件"]
s2.print_control_identifiers()
s3 = s2.child_window(title="文件名称", control_type="Text")
s3.type_keys("afda")
s4 = s2.child_window(title="开始转换", control_type="Text")
s4.type_keys("{ENTER}")
def open(self):
auto.hotkey("alt", "tab")
# auto.moveTo(x=980, y=990)
# auto.click()
auto.moveTo(x=580, y=251)
auto.click()
f = "D://mygit/cpa_std/cpa_std/vehicle_insurance/data/pdf/eacd2c918f264f568096f4cea0e698f0.pdf"
f = os.path.abspath(f)
auto.typewrite(message=f)
auto.press("enter")
auto.moveTo(x=1400, y=911)
auto.click()
auto.moveTo(x=700, y=611)
auto.click()
def init_sv_login(event, sv_app, menu_names):
"""
function to get the label that is clicked
and launch the sv application
"""
# Launch the application
evt_id = event.GetId() - 1
app = Application(backend='uia').start(sv_app)
# get the Dialogue Handler
dlg = app.window(title_re='Singleview Convergent Billing.*')
db_pane = dlg.child_window(title="Database", control_type="Pane")
# set variables from the clicked menu
keys_list = list(menu_names.keys())
db = menu_names[keys_list[evt_id]][0]
uname = menu_names[keys_list[evt_id]][1]
passwd = menu_names[keys_list[evt_id]][2]
# set database name
db_edit = db_pane.Edit0
db_edit.set_text(db)
# set user name
uname_edit = db_pane.Edit3
uname_edit.set_text(uname)
# set password name
pass_edit = db_pane.Edit2
pass_edit.set_text(passwd)
dlg.Ok.click()
def init_weixin():
# app = Application().connect(
# path=r"C:\Program Files (x86)\Tencent\WeChat\WeChat.exe")
#
# if not app.windows():
# app = Application().connect(
# path=r"C:\Program Files (x86)\Tencent\WeChat\WeChat.exe")
#
#
#
# dlg = app.window(title=u"微信", class_name="WeChatMainWndForPC")
# dlg.move_window(0, 0)
# dlg.maximize()
# dlg.set_focus()
dlgs = []
rets = pywinauto.findwindows.find_windows(class_name="WeChatMainWndForPC")
for ret in rets:
app = Application().connect(handle=ret)
dlg = app.window(title=u"微信", class_name="WeChatMainWndForPC")
dlg.move_window(0, 0)
dlg.maximize()
dlg.set_focus()
dlgs.append(dlg)
time.sleep(1)
return dlgs
def install_securos(name):
app = Application(backend="uia").start(r"C:/builds/" + name).connect(
title='SecurOS Enterprise - InstallShield Wizard')
dlg = app.window(title='SecurOS Enterprise - InstallShield Wizard')
time.sleep(2)
#раньше работало так как закомментированно ниже, потом почемуто начало работать через раз
#dlg.wait('exists')
#dlg.print_control_identifiers()
#dlg.child_window(best_match='ComboBox', auto_id="306").select("Русский")
#dlg.window(best_match='ComboBox', auto_id="306").select("Русский")
dlg.OK.click()
#неудачные попытки обойти sleep и смену окон
#app.WindowSpecification.Далее.wait('enabled').click()
#OpenDialog = pwa_app.window(best_match=u'Open', class_name='#32770').wait('visible', timeout=20, retry_interval=0.5)
#app.wait_for_process_exit(timeout=150)
#dlg.wait('visible', timeout=150)
#window = pywinauto.timings.WaitUntilPasses(20, 0.5, lambda: app.window_(title=Win))
#dlg.Далее.wait('visible', timeout=150)
time.sleep(150)
app1 = Application(backend="uia").connect(
title='SecurOS Enterprise - InstallShield Wizard')
dlg1 = app1.window(title='SecurOS Enterprise - InstallShield Wizard')
time.sleep(5)
dlg1.Далее.click()
time.sleep(5)
dlg1.Япринимаюусловиялицензионногосоглашения.click()
time.sleep(2)
dlg1.Далее.click()
time.sleep(2)
dlg1.Далее.click()
time.sleep(2)
dlg1.Далее.click()
time.sleep(2)
dlg1.Далее.click()
time.sleep(2)
dlg1.Далее.click()
time.sleep(2)
dlg1.Далее.click()
time.sleep(2)
dlg1.Установить.click()
#dlg1.Готово.wait('visible', timeout=550)
time.sleep(640)
dlg1.Готово.click()
def tm_init():
if (os.path.exists(r"E:\TCMS_LIVE\Client Suite")):
templa_file = r"E:\TCMS_LIVE\Client Suite\TemplaCMS32.exe"
app = Application(backend='uia').connect(path=templa_file)
templa = app.window(title_re='TemplaCMS*')
return [templa, app]
else:
return None
def run_creon_plus(username: str, password: str, certification_password: str, starter_path: str):
app = Application().start('%s /prj:cp' % starter_path)
sleep(1)
typewrite('\n', interval=0.1)
dialog = timings.WaitUntilPasses(
30, 1, lambda: app.window(handle=find_window(title='CREON Starter'))
)
username_input = getattr(dialog, '1')
username_input.Click()
username_input.TypeKeys(username)
password_input = getattr(dialog, '2')
password_input.Click()
password_input.TypeKeys(password)
certification_password_input = getattr(dialog, '3')
certification_password_input.Click()
certification_password_input.TypeKeys(certification_password)
press('enter')
def wizard_load_from_json():
time.sleep(1)
Application(backend="uia").start(path + "client.exe")
time.sleep(15)
app = Application(backend="uia").connect(
title=" Мастер первоначальной настройки")
dlg = app.window(title=" Мастер первоначальной настройки")
dlg.Импортироватькофигурационныйфайл.click()
dlg.Далее.click()
time.sleep(2)
dlg['Путь к файлу:Edit'].set_text(
'C:\\ProgramData\\ISS\\Sys_config\\new_system_with_iidk.json')
time.sleep(2)
dlg.Далее.click()
time.sleep(1)
dlg.Восстановить.click()
time.sleep(1)
dlg.Завершить.click()
def msPaintDemo(self):
parser = argparse.ArgumentParser()
parser.add_argument("--log",
help="enable logging",
type=str,
required=False)
args = parser.parse_args()
actionlogger.enable()
logger = logging.getLogger('pywinauto')
if args.log:
logger.handlers[0] = logging.FileHandler(args.log)
app = Application(backend='uia').start(r'mspaint.exe')
dlg = app.window(title_re='.* - Paint')
# File->Open menu selection
dlg.File_tab.click()
dlg.child_window(title='Open', control_type='MenuItem',
found_index=0).invoke()
# handle Open dialog
file_name_edit = dlg.Open.child_window(title="File name:",
control_type="Edit")
file_name_edit.set_text('image.jpg')
dlg.Open.child_window(title="Open", auto_id="1",
control_type="Button").click()
dlg.ResizeButton.click()
dlg.ResizeAndSkew.Pixels.select()
if dlg.ResizeAndSkew.Maintain_aspect_ratio.get_toggle_state() != 1:
dlg.ResizeAndSkew.Maintain_aspect_ratio.toggle()
dlg.ResizeAndSkew.HorizontalEdit1.set_text('100')
dlg.ResizeAndSkew.OK.click()
# Select menu "File->Save as->PNG picture"
dlg.File_tab.click()
dlg.SaveAsGroup.child_window(title="Save as", found_index=1).invoke()
dlg.child_window(title='PNG picture', found_index=0).invoke()
# Type output file name and save
dlg.SaveAs.File_name_ComboBox.Edit.set_text('image.png')
dlg.SaveAs.Save.click()
if dlg.ConfirmSaveAs.exists():
dlg.ConfirmSaveAs.Yes.click()
# Close application
dlg.close()
class FimeIntegriHelper(XObject):
def __init__(self):
super(FimeIntegriHelper, self).__init__()
self._fime_app = None
self._fime_app_mainwin = None
def sync(self):
try:
if self._fime_app is None:
self._fime_app = Application(backend='uia').connect(title_re='EVA*')
self._fime_app_mainwin = self._fime_app.window(title_re='EVAL*')
self._fime_app_mainwin.print_control_identifiers(depth=3, filename='_fime_app_mainwin.txt')
except Exception as e:
self.exception(e)
return False
return True
def _click(self, ui_object):
local = ui_object.element_info.rectangle
ui_object.set_focus()
pywinauto.mouse.click(coords=(local.left + 5, local.top + 5))
def handle_pop_message(self):
try:
dlg_pop_message = self._fime_app_mainwin.window(title='POP Message', class_name='ThunderRT6UserControlDC')
dlg_pop_message.wait('ready', timeout=20)
self.info('dlg_pop_message 1')
PassButton = self._fime_app_mainwin.window(title='Pass', control_type="Button", class_name='ThunderRT6CommandButton')
self._click(PassButton.wrapper_object())
except Exception as e:
self.exception(e)
self.info('Can not find window(POP Message)')
else:
try:
PassButton = dlg_pop_message.window(title='Pass', control_type="Button")
self._click(PassButton.wrapper_object())
except Exception as e:
self.exception(e)
self.info('Can not click Pass Button')
def ipo(self):
pyperclip.copy("")
app = Application().connect(handle=self.main)
app["股票交易系统"].window(handle=self.tree_handle).select("\\新股申购\\新股批量申购")
print_time(self.tree_handle)
time.sleep(9)
app.top_window()["确定"].click()
print_time(" width:%d,height:%d", self.screen_width,
self.screen_height)
self.ipo_grid_handle = op.WindowFromPoint(
POINT(int(self.screen_width / 2), int(self.screen_height / 2)))
print_time(ctypes.WinError())
print_time(
op.SendMessageW(self.ipo_grid_handle, WM_COMMAND, 57634,
self.ipo_grid_path[-1]))
print_time("ipo grid handle:%d" % self.ipo_grid_handle)
can_ipo = pyperclip.paste()
print_time(ctypes.WinError())
print_time(can_ipo)
dict_ipo = util.BaseTypeUtil.analyze_position(can_ipo)
pos = []
for (j, k) in zip(dict_ipo.values(), range(1, 10, 1)):
if float(dict(j).get("可申购数量")) > 0.99:
pos.append(k)
if len(pos) < 1:
return
rect = app.window(handle=self.ipo_grid_handle).rectangle()
height = 16
x = rect.left + 10
first = rect.top + 20 + height / 2
print_time(pos)
for i in pos:
y = first + (i - 1) * height
print_time("x:%d,y:%d,i:%d" % (x, y, i))
mouse_move_click(int(x), int(y))
app["股票交易系统"]["申购Button"].click()
time.sleep(9)
app.top_window()["是Button"].click()
def html_downloader(list_web , abspath , data_storage):
"""
download the html file of the website
"""
### start the shortcut
os.startfile(f'{short_cutpath}\{list_web}')
time.sleep(20)
### identify the short cut
app = Application(backend = 'uia').connect(title_re = '.*Market Share Stats')
send_keys('^s')
time.sleep(10)
### check existing
check_delete = delete_exist(data_storage , list_web)
### type the name of the path
win = app.window(title_re = '.*Market Share Stats')
### go to another path first
win.type_keys(short_cutpath,set_foreground=False)
send_keys('~')
### go to target path
win.type_keys(data_storage,set_foreground=False)
send_keys('~')
### delete int and reduce space
list_web = list_web.replace('.lnk','')
list_web = list_web.replace(' ','')
win.type_keys(list_web+'.html',set_foreground=False)
send_keys('~')
### send yes
time.sleep(5)
send_keys('~')
### close the tab
send_keys('^{F4}')
def init_sv_login(self, event):
"""
function to get the label that is clicked
and launch the sv application
"""
# Launch the application
evt_id = event.GetId() - 1
try:
app = Application(backend='uia').start(self.sv_app)
except application.AppStartError as err:
show_msg_box("Singview Application Start Failure : {}".format(err))
# get the Dialogue Handler
dlg = app.window(title_re='Singleview Convergent Billing.*')
db_pane = dlg.child_window(title="Database", control_type="Pane")
# set variables from the clicked menu
keys_list = list(self.menu_names.keys())
db = self.menu_names[keys_list[evt_id]][0]
uname = self.menu_names[keys_list[evt_id]][1]
passwd = self.menu_names[keys_list[evt_id]][2]
# set database name
db_edit = db_pane.Edit0
db_edit.set_text(db)
# set user name
uname_edit = db_pane.Edit3
uname_edit.set_text(uname)
# set password name
pass_edit = db_pane.Edit2
pass_edit.set_text(passwd)
dlg.Ok.click()
import time
from pywinauto import Application
cpuz = Application(backend='uia').start('C:\Program Files\CPUID\CPU-Z\cpuz.exe')
cpuz_window = cpuz.window()
date = cpuz_window.child_window(class_name="Static")
window_textbox = cpuz_window.child_window(title="Validate", control_type='Button').click_input()
import logging
from pywinauto import actionlogger
from pywinauto import Application
import argparse
parser = argparse.ArgumentParser()
parser.add_argument("--log", help="enable logging", type=str, required=False)
args = parser.parse_args()
actionlogger.enable()
logger = logging.getLogger('pywinauto')
if args.log:
logger.handlers[0] = logging.FileHandler(args.log)
app = Application(backend='uia').start(r'mspaint.exe')
dlg = app.window(title_re='.* - Paint')
# File->Open menu selection
dlg.File_tab.click()
dlg.child_window(title='Open', control_type='MenuItem', found_index=0).invoke()
# handle Open dialog
file_name_edit = dlg.Open.child_window(title="File name:", control_type="Edit")
file_name_edit.set_text('walter_cat.jpg')
# There are 2 Open buttons:
# dlg.Open.Open.click() will call drop down list of the file name combo box.
# The child_window statement is just copied from print_control_identifiers().
dlg.Open.child_window(title="Open", auto_id="1", control_type="Button").click()
dlg.ResizeButton.click()
dlg.ResizeAndSkew.Pixels.select()
def data_loading(app, file_path_variable):
# from pywinauto.controls.win32_controls import ComboBoxWrapper
# from pywinauto.controls.uia_controls import ToolbarWrapper
time.sleep(30)
# click on the loading button
app.window(best_match='National Roads Condition Database - Version*', top_level_only=True)\
.child_window(best_match='Loading').click()
# if the file_path_variable directory contains a file 'BatchList' use the 'Select Batch File'
# else use 'Create Batch file'
if os.path.isfile(file_path_variable + '/BatchList.txt'):
filename = file_path_variable + '/BatchList.txt'
print("\nfile name exists using Select", filename)
time.sleep(30)
app.window(best_match='National Roads Condition Database - Version', top_level_only=True) \
.child_window(best_match='Select Batch file').click()
filename = filename.replace('/', '\\')
print("\nfile exists", filename)
time.sleep(15)
# check existence of the app2 variable if it is there destroy it as connecting to the file selection
# is going to create it and it could get messy if it's still there from processing the previous LA.
try:
app2
except NameError:
print('app2 not used')
else:
del app2
# Connect to the selection window and enter the batch file name.
app2 = Application(backend="uia").connect(
title_re='Select a batch file', visible_only=True)
print("\nConnect app2 filename is ", filename)
app2.window(title_re='Select a batch file') \
.File_name_Edit.set_text(filename)
time.sleep(15)
batch_split_button2 = app2.window(title_re='Select a batch file') \
.child_window(auto_id='1', control_type="SplitButton")
from pywinauto.controls.win32_controls import ButtonWrapper
ButtonWrapper(batch_split_button2).click()
del app2
else:
# else pick the first .hmd file and use 'Create Batch File'
print("\nBatchfile file missing")
time.sleep(30)
# app.window(best_match='National Roads Condition Database - Version', top_level_only=True).child_window(
# best_match='OK').click()
app.window(best_match='National Roads Condition Database - Version', top_level_only=True) \
.child_window(best_match='Create Batch file').click()
# filename = filename.replace('/', '\\')
# print("\nfile exists", filename)
# time.sleep(15)
# app2 = Application(backend="uia").connect(title_re='Select a batch file', visible_only=True)
# print("\nConnect app2 filename is ", filename)
file_search_variable = (file_path_variable + '/*.hmd').replace(
'/', '\\')
print("\nfile_search_variable = ", file_search_variable)
filename = glob.glob(file_search_variable)
# filename = filename[0]
print("\nFile found : ", filename)
filename = filename[1].replace('/', '\\')
time.sleep(20)
# click on 'Create Batch File' then OK on the following window
# app.window(best_match='National Roads Condition Database') \
# .child_window(best_match='Create Batch file').click()
time.sleep(30)
app.window(best_match='National Roads Condition Database') \
.child_window(title='NRCD').OK.click()
# app.window(best_match='National Roads Condition Database Version *') \
# .child_window(best_match='OK').click()
time.sleep(30)
# There will be a file selection window. Connect to it (it's not part of NRCD)
# So it's a new application.
#
# But first if app3 is already there get rid of it first.
try:
app3
except NameError:
print('app3 not used')
else:
del app3
app3 = Application(backend="uia").connect(
title='Create a file in the required directory')
print("\nconnect app3")
time.sleep(15)
# edit_text_box2 = app3.window(title_re='Select a batch file') \
# .child_window(best_match="File name:")
# from pywinauto.controls.win32_controls import EditWrapper
# EditWrapper(edit_text_box2).set_text(filename)
# app.window(best_match='National Roads Condition Database - Version *') \
# .child_window(best_match='NRCD') \
# .child_window(best_match='OK').click()
# put the filename that was found into the filename box
# app3.window(title_re='Create a file in the required directory').print_control_identifiers()
app3.window(title_re='Create a file in the required directory') \
.File_name_Edit.set_text(filename)
# Click on the open button, this is a bit more involved so that it works with a locked screen.
batch_split_button1 = app3.window(title_re='Create a file in the required directory') \
.child_window(auto_id='1', control_type="SplitButton")
from pywinauto.controls.win32_controls import ButtonWrapper
ButtonWrapper(batch_split_button1).click()
# remove references to the window where the filename was entered as it will use
# the same variable next time round (next LA)
del app3
# if the file_path_variable directory string contains WDM
if "WDM" in file_path_variable:
# then Survey Contractor = WDM
survey_contractor: str = "WDM"
# else if the directory string contains 'G-L' select survey contractor 'Ginger-Lehmann'
elif "G-L" in file_path_variable:
survey_contractor: str = "Ginger-Lehmann"
# else if the directory string contains 'PTS' select survey contractor 'Ginger-Lehmann'
elif "PTS" in file_path_variable:
survey_contractor: str = "PTS"
# it's not one of those we know about. Should another contractor start surveying then add another 'elif'
else:
survey_contractor = "Unknown contractor"
print(survey_contractor)
from pywinauto.controls.win32_controls import ComboBoxWrapper
surveyor_combobox = app.window(best_match='National Roads Condition Database') \
.child_window(best_match='Survey Contractor', control_type='Group') \
.child_window(auto_id="3", control_type="ComboBox")
ComboBoxWrapper(surveyor_combobox).select(survey_contractor)
# click 'OK' to close the data loading window as we have all the appropriate details entered in the window.
app.window(best_match='National Roads Condition Database') \
.child_window(best_match='OK').click()
# back on the NRCD main screen, click the process radio button then the actual 'Process' button
app.window(best_match='National Roads Condition Database - Version *',
top_level_only=True).child_window(best_match='Process').click()
# The log entry contains the first file to be loaded (the rest will not appear and NRCD uses the
# batchfile to find them
logger.info('Starting loading with ' + filename)
time.sleep(60)
# wait for the loading to finish. It checks the number of windows open for NECD.exe. If these are less than
# two the section is complete, otherwise it loops.
while nrcd_running_check('2'):
logger.info('waiting for loading to complete')
time.sleep(300)
logger.info('loading completed')
return # back to main
def scanner_qa(app, file_path_variable):
from pywinauto.controls.win32_controls import ComboBoxWrapper
from pywinauto.controls.win32_controls import ButtonWrapper
import re # there is a regex search below !
time.sleep(150)
main_screen = app.window(
best_match='National Roads Condition Database - V*')
# turn all the process check boxes off.
main_screen_process_checkbox = main_screen.child_window(
title="Process", auto_id="15", control_type="CheckBox")
main_screen_process_checkbox2 = main_screen.child_window(
title="Process", auto_id="16", control_type="CheckBox")
main_screen_process_checkbox3 = main_screen.child_window(
title="Process", auto_id="17", control_type="CheckBox")
main_screen_process_checkbox4 = main_screen.child_window(
title="Process", auto_id="18", control_type="CheckBox")
time.sleep(60)
ButtonWrapper(main_screen_process_checkbox).uncheck_by_click()
ButtonWrapper(main_screen_process_checkbox2).uncheck_by_click()
ButtonWrapper(main_screen_process_checkbox3).uncheck_by_click()
ButtonWrapper(main_screen_process_checkbox4).uncheck_by_click()
filename = file_path_variable.replace('/', '\\')
print(filename)
# time.sleep(15)
# use the location of the file_path_variable to extract the local authority, nation and year.
local_authority = filename.split("\\")[-1]
nation = filename.split("\\")[-2]
year: str = re.search('[1-2][0-9]{3}', filename).group(0) # regex search
# logger.info('starting Scanner QA output for ' + local_authority)
# print(local_authority)
print(nation)
print(year)
logger.info('starting SCANNER QA for ' + local_authority)
# Load the human name to database name csv table
lookup_table_filename = '//trllimited/data/INF_ScannerQA/Audit_Reports/Tools/LA_to_NRCD_Name.csv'
la_lookup_table = pd.read_csv(lookup_table_filename,
index_col='Audit_Report_name',
dtype={'INDEX': str})
la_db_name: str = la_lookup_table.loc[local_authority, "NRCD_Name"]
# enter the Scanner QA section of NRCD and wait for the Survey QA options group to exist.
app.window(
best_match='National Roads Condition Database',
top_level_only=True).child_window(best_match='Scanner QA').click()
time.sleep(30)
app.window(best_match='National Roads Condition Database - Version *') \
.child_window(title="Survey QA Options", auto_id="9", control_type="Group") \
.wait("exists ready", timeout=90, retry_interval=60)
group_control = app.window(best_match='National Roads Condition Database - Version *') \
.child_window(title="Survey QA Options", auto_id="9", control_type="Group")
# group_control.print_control_identifiers()
# exclude the previous year and the U roads (uncheck_by_click) then select the LA abd survey year.
ButtonWrapper(
group_control.child_window(
title="Include Previous Year",
control_type="CheckBox")).uncheck_by_click()
ButtonWrapper(
group_control.child_window(
title="U Roads", control_type="CheckBox")).uncheck_by_click()
ComboBoxWrapper(
group_control.child_window(auto_id="24",
control_type="ComboBox")).select(la_db_name)
ComboBoxWrapper(
group_control.child_window(auto_id="25",
control_type="ComboBox")).select(" 2021/22")
# Export the data
group_control.child_window(auto_id="26", title="Export QA Data").click()
# build output file name.
# LIVE
# output_file_name = os.path.normpath("//trllimited/data/INF_ScannerQA/Audit_Reports/NRCD Data/" + nation + "/" +
# local_authority + "_" + year + ".csv")
# test
output_file_name = os.path.normpath("C:/Users/rjaques/temp/Data/" +
nation + "/" + local_authority + "_" +
year + ".csv")
# add the year combination (year and '-' and 2 digit next year so
# convert year string to numeric, add one, convert back to string and use the last 2 chars
print(year)
print(int(year))
print(int(year) + 1)
print(str(int(year) + 1))
next_year = str(int(year) + 1)[-2:]
print(next_year)
survey_period = year + '-' + next_year
print(survey_period)
print(output_file_name)
time.sleep(60)
# connect to the output file name selection window and enter the name from above and save the file.
app5 = Application(backend="uia").connect(
title_re='Select an output file name', visible_only=True)
print("\nConnect app5 filename is ", output_file_name)
time.sleep(30)
# app5.window(title_re='Select an output file name').print_control_identifiers()
# split output_file_name into the directory path and the filename (because Mickysoft has changed the window !)
# directory_path = os.path.dirname(output_file_name)
# app5.window(title_re='Select an output file name') \
# .Toolbar4_Edit.set_text(directory_path)
# selected_filename = os.path.basename(output_file_name)
app5.window(title_re='Select an output file name') \
.File_name_Edit.set_text(output_file_name)
# app5.window(title_re='Select an output file name').File_name_Edit.set_text(output_file_name)
# app5.window(title_re='Select an output file name').print_control_identifiers()
batch_split_button1 = app5.window(title_re='Select an output file name') \
.child_window(title='Save', auto_id='1', control_type="Button")
from pywinauto.controls.win32_controls import ButtonWrapper
ButtonWrapper(batch_split_button1).click()
# app5.window(title_re='Select an output file name').type_keys(output_file_name, with_spaces=True)
# app5.window(title_re='Select an output file name').Save.click()
del app5
time.sleep(60)
logger.info('waiting for ' + local_authority + ' QA output to finish')
app.window(best_match='National Roads Condition Database - Version *') \
.child_window(title="NRCD") \
.wait("exists ready", timeout=10000, retry_interval=60)
# app.window(best_match='National Roads Condition Database - Version *') \
# .child_window(title="NRCD") \
# .print_control_identifiers()
app.window(best_match='National Roads Condition Database - Version *') \
.child_window(title="NRCD").OK.click()
# Wait patiently
# while nrcd_running_check("2"):
# logger.info('waiting for ' + local_authority + 'QA output to finish')
# time.sleep(90)
logger.info(local_authority + ' QA output complete')
return # back to main code block
def assign_la(app, file_path_variable):
logger.info('starting local authority assignment')
time.sleep(60)
app.window(
best_match='National Roads Condition Database',
top_level_only=True).child_window(best_match='Attributes').click()
time.sleep(15)
group_control = app.window(best_match='National Roads Condition Database - Version *') \
.child_window(title="Local Authority Attribute", auto_id="3", control_type="Group")
group_control.child_window(title="Select Batch File", auto_id="7", control_type="Button") \
.click()
time.sleep(30)
# app.window(best_match='National Roads Condition Database') \
# .child_window(title='NRCD').OK.click()
# app.window(best_match='National Roads Condition Database - Version *') \
# .child_window(title="Local Authority Attribute", auto_id="3", control_type="Group") \
# .child_window(title="Select Batch File", auto_id="7", control_type="Button") \
# .click()
filename = file_path_variable + '/BatchList.txt'
print("\nfilename is ", filename)
logger.info('File name is ' + filename)
filename = filename.replace('/', '\\')
time.sleep(15)
app4 = Application(backend="uia").connect(title_re='Select a batch file',
visible_only=True)
print("\nConnect app4 filename is ", filename)
logger.info('Connecting to the batch file selection with ' + filename)
time.sleep(60)
# split filename into the directory path and the filename (because Mickysoft has changed the window !)
# directory_path = os.path.dirname(filename)
# app4.window(title_re='Select a batch file') \
# .Toolbar4_Edit.set_text(directory_path)
# selected_filename = os.path.basename(filename)
app4.window(title_re='Select a batch file') \
.File_name_Edit.set_text(filename)
# app4.window(title_re='Select a batch file').File_name_Edit.set_text(filename)
# app4.window(title_re='Select a batch file').print_control_identifiers()
# app4.window(title_re='Select a batch file').type_keys('%o')
batch_splitbutton1 = app4.window(title_re='Select a batch file') \
.child_window(auto_id='1', control_type="SplitButton")
from pywinauto.controls.win32_controls import ButtonWrapper
ButtonWrapper(batch_splitbutton1).click()
time.sleep(60)
del app4
# use the location of the BatchList.txt to extract the local authority. It's two from the end.
local_authority = filename.split("\\")[-2]
# print(local_authority)
logger.info('starting to assign attributes for ' + local_authority)
# Load the human name to database name csv table
lookup_table = '//trllimited/data/INF_ScannerQA/Audit_Reports/Tools/LA_to_NRCD_Name.csv'
la_lookup_table = pd.read_csv(lookup_table,
index_col='Audit_Report_name',
dtype={'INDEX': str})
la_db_name: str = la_lookup_table.loc[local_authority, "NRCD_Name"]
logger.info('DB name for the LA is ' + la_db_name)
# app.window(best_match='National Roads Condition Database - Version*') \
# .child_window(best_match='Local Authority Attribute', control_type="Group").print_control_identifiers()
time.sleep(15)
# app.window(best_match='National Roads Condition Database - Version *') \
# .child_window(title="Local Authority Attribute", control_type="Group") \
# .child_window(best_match='3',control_type="ComboBox").type_keys("%{DOWN}")
# app.window(best_match='National Roads Condition Database - Version*') \
# .child_window(best_match='Local Authority Attribute', control_type="Group") \
# .child_window(auto_id='6', control_type="ComboBox").select(la_db_name)
# print(la_db_name)
batch_combobox1 = app.window(best_match='National Roads Condition Database - Version*') \
.child_window(best_match='Local Authority Attribute', control_type="Group") \
.child_window(auto_id='6', control_type="ComboBox").wait('exists enabled visible ready')
import pywinauto.controls.win32_controls
pywinauto.controls.win32_controls.ComboBoxWrapper(batch_combobox1).select(
la_db_name)
batch_combobox2 = app.window(best_match='National Roads Condition Database - Version*') \
.child_window(best_match='Local Authority Attribute', control_type="Group") \
.child_window(auto_id='4', control_type="ComboBox") # .wait('exists enabled visible ready')
pywinauto.controls.win32_controls.ComboBoxWrapper(batch_combobox2).select(
" 2021/22")
time.sleep(15)
# print(survey_year)
app.window(best_match='National Roads Condition Database - Version*') \
.child_window(title="Assign Local Authority", auto_id="5", control_type="Button") \
.click()
logger.info('waiting for LA assignment to complete')
time.sleep(60)
# the following contains 10000 seconds. This is to stop the wait timing out, it retries each 90 secs
# but the attributes should be finished in under 6 hours... or even one hour.
app.window(best_match='National Roads Condition Database - Version*') \
.child_window(title='NRCD', control_type="Window") \
.child_window(title="OK", auto_id="2", control_type="Button") \
.wait("exists ready", timeout=10000, retry_interval=90)
time.sleep(120)
app.window(best_match='National Roads Condition Database - Version*') \
.child_window(title='NRCD', control_type="Window") \
.child_window(title="OK", auto_id="2", control_type="Button").click()
time.sleep(60)
app.window(best_match='National Roads Condition Database - Version*') \
.child_window(title="Exit", auto_id="11", control_type="Button").click()
return
# logger.info('Working with ' + file_path_variable)
# file_path_variable = filedialog.askdirectory(initialdir=curr_dir,
# title='Please select a directory containing the data')
# print("\nfile_path_variable = ", file_path_variable)
from pywinauto.application import Application
# For LIVE
# app = Application(backend="uia").start('C:/Program Files (x86)/NRCD/NRCD.exe')
# for test
app = Application(backend="uia").start(
'C:/Users/rjaques/Software/NRCD/Current Version/NRCD.exe')
app.window(
best_match='National Roads Condition Database',
top_level_only=True).child_window(best_match='SCANNER').click()
time.sleep(30)
main_screen = app.window(
best_match='National Roads Condition Database - V*')
# app.window(best_match='', top_level_only=True) \
# .print_control_identifiers()
time.sleep(30)
app.window(best_match='', top_level_only=True) \
.child_window(best_match='Enter System').click()
time.sleep(60)
class Win32WindowMgr:
"""Encapsulates some calls to the winapi for window management"""
def __init__(self):
"""Constructor"""
self._handle = None
self._app = None
def handle(self):
if self.has_handle():
return self._handle
def has_handle(self):
if self._handle:
return True
return False
def clear_handle(self):
self._handle = None
def find_window(self, class_name, window_name=None):
"""find a window by its class_name"""
self._handle = win32gui.FindWindow(class_name, window_name)
def find_child_windows(self):
LOGGER.debug('Enumerating child windows')
if self._handle:
win32gui.EnumChildWindows(self._handle, self._child_enum_callback,
None)
@staticmethod
def _child_enum_callback(hwnd, lparam):
LOGGER.debug('%s, %s, %s', hwnd, win32gui.GetWindowText(hwnd),
win32gui.GetWindowRect(hwnd))
return 1
@staticmethod
def _read_dg_version(deltagen_window):
name = deltagen_window.window_text()
version = name[-5:]
if version == '2018x':
return 2018
elif version == '2017x':
return 2017
else:
return 12
def find_deltagen_viewer_widget(self):
""" Find the DeltaGen viewer window inside window controls """
if not self.has_handle():
return None
if not self._app:
try:
self._app = Application().connect(handle=self._handle)
except Exception as e:
LOGGER.error(e, exc_info=1)
return None
try:
dg_win = self._app.window(title_re='DELTAGEN *',
depth=1,
found_index=0)
except Exception as e:
LOGGER.error(e, exc_info=1)
return None
dg_version = self._read_dg_version(dg_win)
viewer = None
try:
if dg_version == 2018:
workspace = dg_win.child_window(title_re='workspace*', depth=1)
viewer = workspace.child_window(title='pGLWidgetWindow',
depth=2,
found_index=0)
else:
workspace = dg_win.child_window(title='workspace', depth=1)
viewer_window = workspace.child_window(title='untitled',
depth=1,
class_name='QWidget',
found_index=0)
search_terms = (
'pGLWidget', # DeltaGen > 2017x
'' # DeltaGen 12.2
)
for term in search_terms:
if viewer_window.child_window(title=term,
depth=1,
class_name='QWidget',
found_index=0).exists():
viewer = viewer_window.child_window(
title=term,
depth=1,
class_name='QWidget',
found_index=0)
break
if not viewer:
return
except Exception as e:
LOGGER.error(e, exc_info=1)
return None
return viewer
def _window_enum_callback(self, hwnd, wildcard):
"""Pass to win32gui.EnumWindows() to check all the opened windows"""
if re.match(wildcard, str(win32gui.GetWindowText(hwnd))) is not None:
self._handle = hwnd
def find_window_wildcard(self, wildcard):
"""find a window whose title matches the wildcard regex"""
self._handle = None
win32gui.EnumWindows(self._window_enum_callback, wildcard)
def set_foreground(self):
"""put the window in the foreground"""
if self._handle:
win32gui.SetForegroundWindow(self._handle)
def run_declaration_app(path:str, data_json: str):
print("Read input params")
print('First arg - path to Declaration 2018')
print('Second arg - data json for Declaration 2018')
## todo проверка входных параметров
data = json.loads(data_json)
number_i= data['declaration']['block1']['number_i'] # 0101
number_k= int(data['declaration']['block1']['number_k']) # 0
oktmo = data['declaration']['block1']['oktmo'] # '04701000'
radio_btn1 = data['declaration']['block1']['radio_btn1'] # 'Иное физическое лицо'
radio_btn2 = data['declaration']['block1']['radio_btn2'] # 'Лично'
last_name = data['declaration']['block2']['lastname'] # 'ИВАНОВА'
first_name = data['declaration']['block2']['firstname'] # 'ЮЛИЯ'
sir_name = data['declaration']['block2']['sirname'] # ВАЛЕРЬЕВНА
inn = data['declaration']['block2']['inn'] # '780204893183'
birth_place = data['declaration']['block2']['birth_place'] # 'Г.РОСТОВ-НА-ДОНУ'
birth_date = data['declaration']['block2']['birth_date'] # '02.06.1982'
phone = data['declaration']['block2']['phone'] # '89135555555'
type_doc = data['declaration']['block2']['type_doc'] # '21'
doc_number = data['declaration']['block2']['doc_number'] # '04 09 934566'
doc_from = data['declaration']['block2']['doc_from'] # 'ТП №75 ОТДЕЛА УФМС РОССИИ ПО САНКТ-ПЕТЕРБУРГУ И ЛЕНИНГРАДСКОЙ ОБЛ. В ФРУНЗЕНСКОМ Р-НЕ ГОР.САНКТ-ПЕТЕРБУРГА КОД ПОДРАЗДЕЛЕНИЯ 780-075'
doc_date = data['declaration']['block2']['doc_date'] # '02.03.2002'
money_source_company = data['declaration']['block3']['money_source_company']
# '04701000'
# '2464001001'
# '2464231675'
# PRAVOCARD
money_dec = data['declaration']['block3']['money_dec'] # '14316'
money_source = data['declaration']['block3']['money_source']
money_source_bottom_table = data['declaration']['block3']['money_source_bottom_table']
code_number_object = data['declaration']['block5']['code_number_object'] # 1
sign_taxplayer = data['declaration']['block5']['sign_taxplayer'] # 1
object_name = data['declaration']['block5']['object_name'] # 2
object_data = data['declaration']['block5']['object_data']
app = Application(backend='uia').start(path)
main_window = app.window(title='Без имени - Декларация 2018')
main_window.set_focus()
def _select_tab(num: int):
step = int(main_window.rectangle().height() / 9)
offset = step * num
navigation_panel.click_input(coords=(0, offset))
def _select_tab_toolpanel(num: int):
step = int(main_window.rectangle().height() / 9)
offset = step * num
tool_panel.click_input(coords=(0, offset))
def _select_radio(group: str, v: str):
group = main_window.window(title=' ' + group)
c = group.window(title=v)
c.click_input()
def _type_to_onlyone_input_by_index(group: str, text: str, class_name: str):
parent = main_window.window(title=group)
child = parent.child_window()
child.set_text(text)
def _type_to_input_by_index(group: str, ind: int, text: str, class_name: str):
inpts = main_window.window(title=' ' + group).descendants(class_name=class_name)
inpts[ind].set_text(text)
def _type_to_input_by_index_mask(group: str, ind: int, text: str, class_name: str):
inpts = main_window.window(title=' ' + group).descendants(class_name=class_name)
inpts[0].set_text(text)
def _set_spinner(group: str, ind: int, v: int):
group = main_window.window(title=' ' + group)
bs = group.descendants()
b = bs[ind]
b.set_text(v)
def _select_from_dict(group: str, win_title: int, v: str):
group = main_window.window(title=' ' + group)
b = group.window(title='...')
b.click_input()
dw = app.window(title=win_title)
l = dw.window(class_name="TListView")
l.set_focus()
vl = l.window(title=v)
for _ in range(1000):
try:
#if vl.is_visible(timeout=0.5):
vl.click_input()
break
except ElementNotFoundError:
send_keys('{PGDN}')
ok_b = dw.window(title='Да')
ok_b.click_input()
def _check_checkbox(group: str, name: str):
cb = main_window.window(title=name)
cb.click_input()
labels2indTab1 = {
'Номер инспекции': ('Общая информация', 'Справочник инспекций', 0),
'Номер корректировки': ('Общая информация', 4, 0),
'ОКТМО': ('Общая информация', 0, 0),
'Индивидуальный предприниматель': ('Признак налогоплательщика', None, 0),
'Глава фермерского хозяйства': ('Признак налогоплательщика', None, 0),
'Частный нотариус': ('Признак налогоплательщика', None, 0),
'Адвокат': ('Признак налогоплательщика', None, 0),
'Иное физическое лицо': ('Признак налогоплательщика', None, 0),
'Арбитражный управляющий': ('Признак налогоплательщика', None, 0),
'Учитываемые "справками о доходах физического лица", доходы по договорам': ('Имеются доходы', None, 0),
'В иностранной валюте': ('Имеются доходы', None, 0),
'От предпринимательской деятельности': ('Имеются доходы', None, 0),
'Лично': ('Достоверность подтверждается', None, 0),
'Представителем - ФЛ': ('Достоверность подтверждается', None, 0),
'ФИО': ('Достоверность подтверждается', 1, 0),
'Документ': ('Достоверность подтверждается', 0, 0),
'Фамилия': ('Ф.И.О.', 4, 1),
'Имя': ('Ф.И.О.', 3, 1),
'Отчество': ('Ф.И.О.', 2, 1),
'ИНН': ('Ф.И.О.', 1, 1),
'Дата рождения': ('Ф.И.О.', 0, 1),
'Место рождения': ('Ф.И.О.', 0, 1),
'Вид документа': ('Сведения о документе, удостоверяющем личность', 'Справочник видов документов', 1),
'Серия и номер': ('Сведения о документе, удостоверяющем личность', 0, 1),
'Дата выдачи': ('Сведения о документе, удостоверяющем личность', 0, 1),
'Кем выдан': ('Сведения о документе, удостоверяющем личность', 1, 1),
'Контактный телефон': ('Контактный телефон', 0, 1),
'Наименование источника выплаты': ('Наименование источника выплаты', 0, 0),
'ИНН Источника выплаты': ('ИНН', 1, 0),
'КПП Источника выплаты': ('КПП', 2, 0),
'ОКТМО Источника выплаты': ('ОКТМО', 3, 0),
'Чекбокс Источник выплаты1': ('Расчет стандартных вычетов вести по этому источнику', None, 0),
'Чекбокс Источника выплаты2': ('Источник является инвестиционным товариществом', None, 0),
'Код дохода': ('Сведения о полученном доходе', 'Справочник видов доходов', 2)
}
def select_from_dict(name: str, v: str):
group, ind, tb = labels2indTab1[name]
_select_tab(tb)
_select_from_dict(group, ind, v)
def select_from_dict_from_modal_window(name: str, v: str):
group, ind, tb = labels2indTab1[name]
_select_from_dict_from_modal_window(group, ind, v)
def set_spinner(name: str, v: int):
group, ind, tb = labels2indTab1[name]
_select_tab(tb)
_set_spinner(group, ind, v)
def fill_only_one_input(name: str, v: str, class_name: str):
group, ind, tb = labels2indTab1[name]
_select_tab(tb)
_type_to_onlyone_input_by_index(group, v, class_name)
def fill_input(name: str, v: str, class_name: str):
group, ind, tb = labels2indTab1[name]
_select_tab(tb)
_type_to_input_by_index(group, ind, v, class_name)
def select_radio(name: str):
group, _, tb = labels2indTab1[name]
_select_tab(tb)
_select_radio(group, name)
def select_checkbox(name: str):
group, _, tb = labels2indTab1[name]
_select_tab(tb)
_check_checkbox(group, name)
def fill_input_mask(name: str, v: str, class_name: str):
group, ind, tb = labels2indTab1[name]
_select_tab(tb)
_type_to_input_by_index_mask(group, ind, v, class_name)
print('Start new decl filling....')
print('Block №1 - Задание условий')
navigation_panel = main_window.descendants(class_name="TPanel")[1]
select_from_dict('Номер инспекции', number_i)
set_spinner('Номер корректировки', number_k)
fill_input('ОКТМО', oktmo, 'TMaskedEdit')
select_radio(radio_btn1)
## todo проверка - добавляется количество заполняемых данных
## первое устанавливается по-умолчанию
## select_checkbox('Учитываемые "справками о доходах физического лица", доходы по договорам')
select_radio(radio_btn2)
print('Block №1 - Сведения о декларанте')
_select_tab(1)
fill_input('Фамилия', last_name, 'TMaskedEdit')
fill_input('Имя', first_name,'TMaskedEdit')
fill_input('Отчество', sir_name, 'TMaskedEdit')
fill_input('ИНН', inn , 'TMaskedEdit')
fill_input('Место рождения', birth_place, 'TMaskedEdit')
fill_input('Дата рождения', birth_date, 'TTestMaskD')
fill_only_one_input('Контактный телефон', phone, 'TMaskedEdit')
select_from_dict('Вид документа', type_doc)
fill_input_mask('Серия и номер', doc_number , 'TMaskedDocEdit')
fill_input_mask('Кем выдан', doc_from , 'TMaskedEdit')
fill_input('Дата выдачи', doc_date, 'TTestMaskD')
print('Block №1 - Доходы, полученные в РФ')
_select_tab(2)
## todo пока клик настроен только на кнопку 13 в панели
## она устанавливается по-умолчанию
print('Add money source')
add_money_source_allpanel = main_window.descendants(class_name='TPanel')[0]
add_source_panel = add_money_source_allpanel.descendants(class_name='TPanel')
add_source_panel[8].click_input(coords=(10, 55))
print('Source money Modal window filling')
dw = app.window(title='Источник выплаты')
inner_edit = dw.window(class_name="TPanel").descendants();
inner_edit[1].type_keys(money_source_company[0])
inner_edit[3].type_keys(money_source_company[1])
inner_edit[4].type_keys(money_source_company[2])
## todo проверить варианты ввода на русском языке
## пока проблема
inner_edit[5].type_keys(money_source_company[3])
inner_checkbox = dw.window(class_name="TPanel").descendants(class_name="TCheckBox")
inner_checkbox[1].click_input()
ok_b = dw.window(title='Да')
ok_b.click_input()
edit_form = add_money_source_allpanel.descendants(class_name='TMaskedEdit')
edit_form[1].set_text(money_dec)
print('Info money source Modal Window filling')
for money_source_item in money_source:
add_money_source_allpanel = main_window.descendants(class_name='TPanel')[0]
add_source_panel = add_money_source_allpanel.descendants(class_name='TPanel')
add_source_panel[8].click_input(coords=(10, 155))
finance_buttons = app.window(title='Сведения о доходе').descendants(class_name="TButton")
finance_buttons[3].click_input();
print('Open dictionary of the type of money')
dw = app.window(title='Справочник видов доходов')
l = dw.window(class_name="TListView")
l.set_focus()
vl = l.window(title= money_source_item['code'])
for _ in range(1000):
try:
#if vl.is_visible(timeout=0.5):
vl.click_input()
break
except ElementNotFoundError:
send_keys('{PGDN}')
ok_b = dw.window(title='Да')
ok_b.click_input()
print('Dictionary of the type of money source')
edit_buttons = app.window(title='Сведения о доходе').descendants(class_name="TMaskedEdit")
edit_buttons[2].set_text( money_source_item['money_sum'])
edit_buttons[1].set_text( money_source_item['month'])
app.window(title='Сведения о доходе').window(title='Да').click_input()
print('Bottom table filling')
add_money_source_allpanel = main_window.descendants(class_name='TPanel')[0]
add_source_panel = add_money_source_allpanel.descendants(class_name='TPanel')
add_source_panel[8].click_input(coords=(10, 455))
finance_buttons = app.window(title='Вычеты, указанные в разделе 3 справки 2-ндфл').descendants(class_name="TButton")
finance_buttons[2].click_input()
dw = app.window(title='Справочник видов вычетов')
l = dw.window(class_name="TListView")
l.set_focus()
vl = l.window(title= money_source_bottom_table['code'])
for _ in range(1000):
try:
#if vl.is_visible(timeout=0.5):
vl.click_input()
break
except ElementNotFoundError:
send_keys('{PGDN}')
ok_b = dw.window(title='Да')
ok_b.click_input()
print('Get dictionary another money source')
edit_buttons = app.window(title='Вычеты, указанные в разделе 3 справки 2-ндфл').descendants(class_name='TMaskedEdit')
edit_buttons[0].set_text(money_source_bottom_table['money']) # 16800
app.window(title='Вычеты, указанные в разделе 3 справки 2-ндфл').window(title='Да').click_input()
print("Block 3")
_select_tab(5)
check_boxes = main_window.descendants(class_name='TCheckBox')
check_boxes[0].click_input()
add_money_source_allpanel = main_window.descendants(class_name='TPanel')[0]
add_source_panel = add_money_source_allpanel.descendants(class_name='TPanel')
add_source_panel[0].click_input(coords=(10, 55))
print('Objects Data Modal Window filling')
combo_boxes = app.window(title='Данные объекта').descendants(class_name='TComboBox')
# Код номера объекта Кадастровый номер
combo_boxes[0].click_input()
cmb1 = combo_boxes[0].descendants()
cmb1[int(code_number_object)].click_input()
# 1 - Кадастровый номер
# Признак налогоплательщика Собственник объекта
combo_boxes[1].click_input()
cmb1 = combo_boxes[1].descendants()
cmb1[int(sign_taxplayer)].click_input()
# 0 - Родитель несовершеннолетнего собственника объекта
# 1 - Собственник объекта
# Наименование объекта
combo_boxes[2].click_input()
cmb1 = combo_boxes[2].descendants()
cmb1[int(object_name)].click_input()
# 0 - Земельный участок для индивидуального жилищного строительства
# 1 - Жилой дом
# 2 - Квартира
masked_edits = app.window(title='Данные объекта').descendants(class_name='TMaskedEdit')
masked_edits[5].set_text(object_data['object_number'])
masked_edits[4].set_text(object_data['object_address'])
masked_edits[1].set_text(object_data['object_sum'])
masked_edits[0].set_text(object_data['object_del'])
masked_date_edits = app.window(title='Данные объекта').descendants(class_name='TTestMaskD')
masked_date_edits[1].set_text(object_data['object_date'])
app.window(title='Данные объекта').window(title='Да').click_input()
### Сохранить декларацию
manage_btns = main_window.descendants(class_name='TToolBar')
manage_btns[1].click_input()
print('Choose folder to save...')
dw = app.window(title='Обзор папок')
l = dw.descendants()[1]
#todo перенести в параметры
item = l.get_item([r'\Рабочий стол\dec'])
item.select()
dw.descendants(class_name='Button')[0].click_input()
### Last Step
app.window(title='Декларация 2018').descendants(class_name='Button')[0].click_input()
## todo проверка на ошибку - куча всплывающих окон может быть
#app.window(title='Декларация 2018').descendants(class_name='Button')[0].click_input()
print('Declaration is Ready!')
app.kill()
import logging
from pywinauto import actionlogger
from pywinauto import Application
import argparse
parser = argparse.ArgumentParser()
parser.add_argument("--log", help = "enable logging", type=str, required = False)
args = parser.parse_args()
actionlogger.enable()
logger = logging.getLogger('pywinauto')
if args.log:
logger.handlers[0] = logging.FileHandler(args.log)
app = Application(backend='uia').start(r'mspaint.exe')
dlg = app.window(title_re='.* - Paint')
# File->Open menu selection
dlg.File_tab.click()
dlg.child_window(title='Open', control_type='MenuItem', found_index=0).invoke()
# handle Open dialog
file_name_edit = dlg.Open.child_window(title="File name:", control_type="Edit")
file_name_edit.set_text('walter_cat.jpg')
# There are 2 Open buttons:
# dlg.Open.Open.click() will call drop down list of the file name combo box.
# The child_window statement is just copied from print_control_identifiers().
dlg.Open.child_window(title="Open", auto_id="1", control_type="Button").click()
dlg.ResizeButton.click()
dlg.ResizeAndSkew.Pixels.select()
def auto_install(self):
choose = self.choose
start_time = (strftime("%H:%M", localtime())) # 获取运行程序时的开始时间
failure = [] # 保存安装失败的软件名称
menu = load_menu() # 读取安装目录下的menu.txt获取需要安装的文件
menu_change = menu.copy()
for each in menu:
labelframe1 = tk.LabelFrame(self.root, text=f'安装进度（第{menu.index(each) + 1}个，共{len(menu)}个）', height=80,
width=300) # 信息区
labelframe1.grid(row=1, column=0, columnspan=10, padx=10, pady=10)
labelframe1.propagate(0) # 使组件大小不变，此时width才起作用
tk.Label(labelframe1, text=f"正在安装{format_menu(each.split())[0]}...", font=(', 11')).pack(fill="both",
expand="yes")
if each == 'QQ':
main_window = ["腾讯QQ安装向导", "win32", "QQ"]
step = {0: ["自定义选项", 'click', 15],
1: ["添加到快速启动栏", 'click', 6],
2: ["开机自动启动", 'click', 6],
3: ['', 'edit', 6],
4: ["立即安装", 'click', 6],
5: ["完成安装", 'click', 40]}
program = Application(backend=main_window[1]).start(
join(getcwd(), 'app_pkg', 'QQ', 'QQ.exe'))
if install(main_window=main_window[0], window_backend=main_window[1], step=step,
program=program, install_path=join(choose, each), edit_value=3):
kill_program(main_window[2])
# 安装成功修改menu文件
txt_change(prom_name=each, menu_change=menu_change)
else:
failure.extend(format_menu(each.split())) # 安装失败记录安装失败程序
if each == 'Wechat':
main_window = ["微信安装向导", "uia", "微信"]
step = {0: ["更多选项", 'click', 40],
1: ["程序安装目录", 'edit', 6],
2: ["安装微信", 'click', 6],
3: ['开始使用', 'click', 40]}
program = Application(backend=main_window[1]).start(
join(getcwd(), 'app_pkg', 'wechat', 'wechat.exe'))
if install(main_window=main_window[0], window_backend=main_window[1], step=step, program=program,
install_path=join(choose, each)):
kill_program(main_window[2])
# 安装成功修改menu文件
txt_change(prom_name=each, menu_change=menu_change)
else:
failure.extend(format_menu(each.split())) # 安装失败记录安装失败程序
if each == 'Dtalk':
main_window = ["钉钉 安装", "win32"]
step = {0: ["下一步(&N) >", 'click', 50],
1: ["", 'edit', 6],
2: ["下一步(&N) >", 'click', 6],
3: ["运行 钉钉(&R)", 'click', 40],
4: ["完成(&F)", 'click', 6]}
program = Application(backend=main_window[1]).start(
join(getcwd(), 'app_pkg', 'Dtalk', 'Dtalk.exe'))
if install(main_window=main_window[0], window_backend=main_window[1], step=step,
program=program, install_path=join(choose, each), edit_value=1):
# 安装成功修改menu文件
txt_change(prom_name=each, menu_change=menu_change)
else:
failure.extend(format_menu(each.split())) # 安装失败记录安装失败程序
if each == 'Winrar':
main_window = ["WinRAR 5.91", "win32", 10]
step = {0: ["", "Edit", 'edit', 6],
1: ["安装", "Button", 'click', 6]}
program = Application(backend=main_window[1]).start(
join(getcwd(), 'app_pkg', 'Winrar', 'Winrar.exe'))
sleep(2)
if install(main_window=main_window[0], window_backend=main_window[1], step=step, program=program,
install_path=join(choose, each), edit_value=0, special=True):
time = 6
while time >= 0:
try:
temp = Application().connect(title="WinRAR 简体中文版安装")
except:
sleep(1)
time -= 1
else: # 未抛出异常时说明程序成功链接
for button in ["确定", "完成"]:
temp2 = temp.window(title='WinRAR 简体中文版安装').child_window(title=button).wait('ready',
timeout=30)
temp2.click()
break
# 安装成功修改menu文件
txt_change(prom_name=each, menu_change=menu_change)
else:
failure.extend(format_menu(each.split())) # 安装失败记录安装失败程序
if each == 'LMsoft':
main_window = 'uia'
step = {0: ["原创工具", 'click', 10],
1: ["流氓软件免疫", 'click', 5],
2: ["一键免疫", 'click', 8],
3: ["确定", 'click', 3],
4: ["确定", 'click', 10]
}
sleep_time = [1, 5, 2, 5, 2]
program = Application(backend=main_window).start(
join(getcwd(), 'app_pkg', each, each))
if install_from_topwindow(window_backend=main_window, step=step, program=program,
install_path=join(choose, each), sleep_time=sleep_time):
program.kill()
txt_change(prom_name=each, menu_change=menu_change)
else:
failure.extend(format_menu(each.split()))
if each in ['VCRedist', 'DX', 'NF3']:
main_window = "win32"
step = {0: ["确定", 'click', 10],
1: ["是(&Y)", 'click', 10]}
sleep_time = [1, 0]
program = Application(backend=main_window).start(
join(getcwd(), 'app_pkg', each, each))
if install_from_topwindow(window_backend=main_window, step=step, program=program,
install_path=join(choose, each), sleep_time=sleep_time):
ok_dict = {'DX': 'DirectX 9.0c 安装完成！程序即将退出',
'VCRedist': 'Visual C++ 运行库 安装完成！程序即将退出',
'NF3': '.Net Framework 安装完成！程序即将退出'}
# 安装成功修改menu文件
txt_change(prom_name=each, menu_change=menu_change)
time = 60
while time >= 0:
try:
if program.window(title_re='信息').child_window(title=ok_dict[each]).exists():
break
except:
sleep(1)
time -= 1
program.window(title_re='信息').child_window(
title=ok_dict[each]).wait('ready', timeout=80)
program.window(title_re='信息').child_window(
title="确定").click_input()
else:
failure.extend(format_menu(each.split())) # 安装失败记录安装失败程序
if each == 'OFFICE2013':
main_window = [
"Microsoft Office Professional Plus 2013", "uia"]
step = {0: ["我接受此协议的条款", "CheckBox", 'click', 20],
1: ["继续", "Button", 'click', 6],
2: ["自定义", "Button", 'click', 6],
3: ["Microsoft Access", "MenuItem", 'click', 6],
4: ["不可用", "Button", 'click', 6],
5: ["Microsoft InfoPath", "MenuItem", 'click', 6],
6: ["不可用", "Button", 'click', 6],
7: ["Microsoft Lync", "MenuItem", 'click', 6],
8: ["不可用", "Button", 'click', 6],
9: ["Microsoft OneNote", "MenuItem", 'click', 6],
10: ["不可用", "Button", 'click', 6],
11: ["Microsoft Outlook", "MenuItem", 'click', 6],
12: ["不可用", "Button", 'click', 6],
13: ["Microsoft Publisher", "MenuItem", 'click', 6],
14: ["不可用", "Button", 'click', 6],
15: ["Microsoft SkyDrive Pro", "MenuItem", 'click', 6],
16: ["不可用", "Button", 'click', 6],
17: ["Microsoft Visio Viewer", "MenuItem", 'click', 6],
18: ["不可用", "Button", 'click', 6],
19: ["文件位置", "TabItem", 'click', 6],
20: ["", "Edit", 'edit', 10],
21: ["立即安装", "Button", 'click', 6]}
program = Application(backend=main_window[1]).start(
join(getcwd(), 'app_pkg', 'OFFICE2013', 'setup.exe'))
if install(main_window=main_window[0], window_backend=main_window[1], step=step, program=program,
install_path=join(choose, each), edit_value=20, special=True):
program.window(title_re='Microsoft Office Professional Plus 2013').child_window(title="继续联机",
control_type="Button"
).wait('ready',
timeout=600)
program.window(title_re='Microsoft Office Professional Plus 2013')[
'关闭Button'].click_input()
# 安装成功修改menu文件
txt_change(prom_name=each, menu_change=menu_change)
office_crack(choose) # 激活office
else:
failure.extend(format_menu(each.split())) # 安装失败记录安装失败程序
if each == "WPS":
sleep_time = [5, 1, 1, 1] # 各图片的等待时间
grayscale = [True, True, True, False] # 各图片是否使用灰度搜索
skewing = [[0, 0], [0, 0], [-200, 0], [0, 0]] # x、y坐标偏移
Application().start(join(getcwd(), "app_pkg", 'WPS',
'wpssetup_k56008174_281235.exe')) # 打开指定的安装程序
png_file_name = "_shot" if system_info() == "10" else "_shot_win7"
result = install_from_png(app_name=each, edit_index=2, png_file_name=png_file_name,
confidence=0.8, install_path=choose, sleep_time_list=sleep_time,
grayscale_list=grayscale, skewing_list=skewing, paste_identi=True) # 采用全图片匹配
if result:
txt_change(prom_name=each, menu_change=menu_change)
else:
failure.extend(format_menu(each.split()))
if each == '360drv':
main_window = ["欢迎使用 360驱动大师", "uia"]
step = {0: ["已经阅读并同意", 'CheckBox', 'click', 10],
1: ["", 'Edit', 'edit', 6],
2: ["安装完成后打开360驱动大师", 'CheckBox', 'click', 6],
3: ["立即安装", 'Button', 'click', 6]}
sleep_time = [3] # 各图片的等待时间
grayscale = [True] # 各图片是否使用灰度搜索
skewing = [[0, 0]] # x、y坐标偏移
program = Application(backend=main_window[1]).start(
join(getcwd(), 'app_pkg', each, each))
result = install_from_png(app_name=each, confidence=0.8, install_path=choose,
sleep_time_list=sleep_time,
grayscale_list=grayscale, skewing_list=skewing) # 第一个按钮获取不到用png图片匹配
if result:
if install(main_window=main_window[0], window_backend=main_window[1], step=step,
program=program, install_path=join(choose, each), edit_value=1,
special=True): # 图片匹配成功后再用pywinauto控制
txt_change(prom_name=each, menu_change=menu_change)
else:
# 安装失败记录安装失败程序
failure.extend(format_menu(each.split()))
else:
failure.extend(format_menu(each.split()))
if each == "Chrome":
program = Application(backend='win32').start(
join(getcwd(), 'app_pkg', each, each))
txt_change(prom_name=each, menu_change=menu_change)
while True:
if not program.is_process_running():
break
kill_program("欢迎使用 Chrome - Google Chrome")
if each == "2345explorer":
sleep_time = [5, 1] # 各图片的等待时间
grayscale = [False, False] # 各图片是否使用灰度搜索
skewing = [[300, 0], [0, 0]] # x、y坐标偏移
Application().start(join(getcwd(), "app_pkg", each,
'2345explorer_k56008174.exe')) # 打开指定的安装程序
result = install_from_png(app_name=each, edit_index=0,
confidence=0.8, install_path=choose, sleep_time_list=sleep_time,
grayscale_list=grayscale, skewing_list=skewing, paste_identi=True) # 采用全图片匹配
if result:
txt_change(prom_name=each, menu_change=menu_change)
kill_program(title=['2345网址导航－开创中国百年品牌（已创建11年整） - 2345加速浏览器 10.14', '网络不稳定或断网 - 2345加速浏览器 10.14'],
time=30)
else:
failure.extend(format_menu(each.split()))
if each == "TXvideo":
main_window = ["腾讯视频 2020 安装程序 ", "win32"]
step = {0: ["自定义安装", 'click', 30],
1: ["开机自动启动", 'click', 6],
2: ["", 'edit', 6],
3: ["立即安装", 'click', 8],
4: ["立即体验", 'click', 90]}
program = Application(backend=main_window[1]).start(
join(getcwd(), 'app_pkg', each, each))
if install(main_window=main_window[0], window_backend=main_window[1], step=step, program=program,
install_path=join(choose, each), edit_value=2):
# 安装成功修改menu文件
txt_change(prom_name=each, menu_change=menu_change)
kill_program(title='腾讯视频')
else:
failure.extend(format_menu(each.split())) # 安装失败记录安装失败程序
if each == "IQIYI":
main_window = ["爱奇艺 安装向导", "win32"]
step = {0: ["阅读并同意", 'click', 30],
1: ["", 'edit', 6],
2: ["立即安装", 'click', 6],
3: ["完成", 'click', 90]}
Application(backend=main_window[1]).start(
join(getcwd(), 'app_pkg', each, 'iqiyi_k56008174_107328.exe'))
time = 5
while time >= 0:
try:
program = Application(backend=main_window[1]).connect(
title_re=main_window[0]) # 直接打开的程序对象不能直接使用需要重新链接
except:
sleep(1)
time -= 1
else:
if install(main_window=main_window[0], window_backend=main_window[1], step=step,
program=program,
install_path=join(choose, each), edit_value=1):
# 安装成功修改menu文件
txt_change(prom_name=each, menu_change=menu_change)
else:
# 安装失败记录安装失败程序
failure.extend(format_menu(each.split()))
break
if each == "PSCS3":
main_window = ["安装 - Adobe Photoshop CS3 Extended", "win32"]
step = {0: ["下一步(&N) >", "TButton", 'click', 10],
1: [r"C:\Program Files (x86)\Adobe\Adobe Photoshop CS3", "TEdit", 'edit', 6],
2: ["下一步(&N) >", "TButton", 'click', 6],
3: ["下一步(&N) >", "TButton", 'click', 6],
4: ["安装(&I)", "TButton", 'click', 6],
5: ["完成(&F)", "TButton", 'click', 60]}
Application(backend=main_window[1]).start(
join(getcwd(), 'app_pkg', each, each))
time = 5
while time >= 0:
try:
program = Application(backend=main_window[1]).connect(
title='安装') # 直接打开的程序对象不能直接使用需要重新链接
except:
sleep(1)
time -= 1
else:
if install(main_window=main_window[0], window_backend=main_window[1], step=step,
program=program,
install_path=join(choose, each), edit_value=100, special=True):
# 安装成功修改menu文件
txt_change(prom_name=each, menu_change=menu_change)
else:
# 安装失败记录安装失败程序
failure.extend(format_menu(each.split()))
break
if each == "PSCC2018": # PSCC2018打开自动安装不需要任何按钮
if "PSCS3" in menu: # 防止装完PSCS3马上打开程序报错
sleep(5)
ps_path = join(getcwd(), "app_pkg", each, 'Set-up')
copy(ps_path)
hotkey('win', 'r')
hotkey('ctrl', 'v')
hotkey('enter')
time = 10
while time >= 0:
try:
ps_cc = Application().connect(path=paste())
except:
sleep(1)
time -= 1
else:
break
while True:
if not ps_cc.is_process_running():
break
else:
sleep(2)
txt_change(prom_name=each, menu_change=menu_change)
kill_program(title='Adobe Photoshop CC 2018')
ps_crack()
if each == "PRCC2018": # PRCC2018打开自动安装不需要任何按钮
pr_path = join(getcwd(), "app_pkg", each, 'Set-up')
copy(pr_path)
hotkey('win', 'r')
hotkey('ctrl', 'v')
hotkey('enter')
time = 10
while time >= 0:
try:
pr_cc = Application().connect(path=paste())
except:
sleep(1)
time -= 1
else:
break
while True:
if not pr_cc.is_process_running():
break
else:
sleep(2)
txt_change(prom_name=each, menu_change=menu_change)
kill_program(title='Adobe Premiere Pro CC 2018')
pr_crack()
if each == "163music":
sleep_time = [5, 1, 1, 1, 1, 5] # 各图片的等待时间
grayscale = [True, True, True, True, True, True] # 各图片是否使用灰度搜索
skewing = [[0, 0], [0, 0], [0, 0],
[-230, 0], [0, 0], [0, 0]] # x、y坐标偏移
Application().start(join(getcwd(), "app_pkg", each, each)) # 打开指定的安装程序
result = install_from_png(app_name=each, edit_index=3,
confidence=0.8, install_path=choose, sleep_time_list=sleep_time,
grayscale_list=grayscale, skewing_list=skewing, paste_identi=True) # 采用全图片匹配
if result:
txt_change(prom_name=each, menu_change=menu_change)
time = 5
while time >= 0:
try:
Application(backend='uia').connect(title='网易云音乐')
except:
sleep(1)
time -= 1
else:
system('taskkill /IM cloudmusic.exe /F')
sleep(3)
break
else:
failure.extend(format_menu(each.split()))
if each == "QQmusic":
sleep_time = [5, 1, 1, 1, 5] # 各图片的等待时间
grayscale = [True, True, True, True, True] # 各图片是否使用灰度搜索
skewing = [[0, 0], [0, 0], [-230, 0],
[0, 0], [0, 0], [0, 0]] # x、y坐标偏移
Application().start(join(getcwd(), "app_pkg", each, 'QQMusic_YQQFullStack')) # 打开指定的安装程序
result = install_from_png(app_name=each, edit_index=2,
confidence=0.8, install_path=choose, sleep_time_list=sleep_time,
grayscale_list=grayscale, skewing_list=skewing, paste_identi=True) # 采用全图片匹配
if result:
txt_change(prom_name=each, menu_change=menu_change)
kill_program(title='QQ音乐', backend='uia')
else:
failure.extend(format_menu(each.split()))
if each == "Kugou":
sleep_time = [5, 1, 1, 1, 1, 1, 10] # 各图片的等待时间
grayscale = [True, True, True, True,
True, True, True] # 各图片是否使用灰度搜索
skewing = [[0, 0], [-250, 0], [0, 0], [0, 0],
[0, 0], [0, 0], [0, 0]] # x、y坐标偏移
Application().start(join(getcwd(), "app_pkg", each,
'kugou_k56008174_306395')) # 打开指定的安装程序
result = install_from_png(app_name=each, edit_index=1,
confidence=0.8, install_path=choose, sleep_time_list=sleep_time,
grayscale_list=grayscale, skewing_list=skewing, paste_identi=True) # 采用全图片匹配
if result:
txt_change(prom_name=each, menu_change=menu_change)
kill_program(title='酷狗音乐', backend='uia')
else:
failure.extend(format_menu(each.split()))
if each == "Xunlei":
sleep_time = [3, 3] # 各图片的等待时间
grayscale = [True, True] # 各图片是否使用灰度搜索
skewing = [[-50, 0], [0, 0]] # x、y坐标偏移
Application().start(join(getcwd(), "app_pkg", each, each)) # 打开指定的安装程序
result = install_from_png(app_name=each, edit_index=0,
confidence=0.8, install_path=choose, sleep_time_list=sleep_time,
grayscale_list=grayscale, skewing_list=skewing, paste_identi=True) # 采用全图片匹配
if result:
txt_change(prom_name=each, menu_change=menu_change)
kill_program(title='迅雷', backend='uia')
else:
failure.extend(format_menu(each.split()))
if each == "SougouPY":
sleep_time = [5, 1, 1, 1, 1, 8] # 各图片的等待时间
grayscale = [True, True, True, True, True, True] # 各图片是否使用灰度搜索
skewing = [[0, 0], [0, 0], [0, 0], [
70, 0], [0, 0], [0, 0]] # x、y坐标偏移
Application().start(join(getcwd(), "app_pkg", each, each)) # 打开指定的安装程序
result = install_from_png(app_name=each, edit_index=3,
confidence=0.8, install_path=choose, sleep_time_list=sleep_time,
grayscale_list=grayscale, skewing_list=skewing, paste_identi=True) # 采用全图片匹配
if result:
txt_change(prom_name=each, menu_change=menu_change)
else:
failure.extend(format_menu(each.split()))
if each == "2345pinyin":
sleep_time = [5, 1, 1, 10] # 各图片的等待时间
grayscale = [False, True, True, True] # 各图片是否使用灰度搜索
skewing = [[50, 0], [0, 0], [0, 0], [0, 0]] # x、y坐标偏移
Application().start(join(getcwd(), "app_pkg", each,
'2345pinyin_k56008174.exe')) # 打开指定的安装程序
result = install_from_png(app_name=each, edit_index=0,
confidence=0.8, install_path=choose, sleep_time_list=sleep_time,
grayscale_list=grayscale, skewing_list=skewing, paste_identi=True) # 采用全图片匹配
if result:
txt_change(prom_name=each, menu_change=menu_change)
else:
failure.extend(format_menu(each.split()))
if each == "3DMAX2014":
step = {0: ["ListBox3", 'click', 30],
1: ["我接受Button", 'click', 6],
2: ["下一步Button", 'click', 6],
3: ["序列号:Edit", '666', 'edit', 6],
4: ["Edit2", '69696969', 'edit', 6],
5: ["产品密钥:Edit5", '128F1', 'edit', 6],
6: ["下一步Button", 'click', 6],
7: ["安装路径:Edit", join(choose, each), 'edit', 6],
8: ["安装Button", 'click', 6]}
setup_path = join(getcwd(), "app_pkg", each, "Setup.exe")
copy(setup_path)
hotkey('win', 'r')
hotkey('ctrl', 'v')
hotkey('enter')
time = 20
while time >= 0:
try:
program = Application().connect(title="Autodesk 3ds Max 2014")
except:
sleep(1)
time -= 1
else:
break
if simple_install(window_backend='win32', step=step, program=program):
while True:
try:
temp = Application().connect(title_re='文件正在使用')
if temp.top_window().window(title='忽略(&I)').exists():
temp.top_window()['忽略(&I)'].click_input()
except:
pass
if program.top_window().child_window(title="完成").exists():
program.top_window().child_window(title="完成").wait("ready", timeout=10)
program.top_window()['完成'].click_input()
txt_change(prom_name=each, menu_change=menu_change)
break
else:
sleep(3)
cra_3dmax(choose, each)
else:
failure.extend(format_menu(each.split()))
if each == "CAD2014":
step = {0: ["ListBox3", 'click', 30],
1: ["我接受Button", 'click', 6],
2: ["下一步Button", 'click', 6],
3: ["序列号:Edit", '666', 'edit', 6],
4: ["Edit2", '69696969', 'edit', 6],
5: ["产品密钥:Edit5", '001F1', 'edit', 6],
6: ["下一步Button", 'click', 6],
7: ["安装路径:Edit", join(choose, each), 'edit', 6],
8: ["安装Button", 'click', 6]}
setup_path = join(getcwd(), "app_pkg", each, "Setup.exe")
copy(setup_path)
hotkey('win', 'r')
hotkey('ctrl', 'v')
hotkey('enter')
time = 20
while time >= 0:
try:
program = Application().connect(title="Autodesk® AutoCAD® 2014")
except:
sleep(1)
time -= 1
else:
break
if simple_install(window_backend='win32', step=step, program=program):
while True:
try:
temp = Application().connect(title_re='文件正在使用')
if temp.top_window().window(title='忽略(&I)').exists():
temp.top_window()['忽略(&I)'].click_input()
except:
pass
if program.top_window().child_window(title="完成").exists():
program.top_window().child_window(title="完成").wait("ready", timeout=10)
program.top_window()['完成'].click_input()
txt_change(prom_name=each, menu_change=menu_change)
break
else:
sleep(3)
cra_3dmax(choose, each)
else:
failure.extend(format_menu(each.split()))
if each == "CAD2007":
program = Application().start(join(getcwd(), "app_pkg", each, 'setup'))
if program.top_window()['确定Button'].wait("ready", timeout=10) and program.top_window()[
'确定Button'].exists():
sleep(1)
program.top_window()['确定Button'].click_input()
time = 10
while time >= 0:
try:
program = Application().connect(title="AutoCAD 2007 安装")
except:
sleep(1)
time -= 1
else:
break
step = {0: ["Button2", 'click', 10],
1: ["RadioButton2", 'click', 6],
2: ["Button0", 'click', 6],
3: ["Edit1", '000', 'edit', 6],
4: ["Edit2", '00000000', 'edit', 6],
5: ["Button1", 'click', 6],
6: ["Edit1", "admin", 'edit', 6],
7: ["Edit2", "admin", 'edit', 6],
8: ["Edit3", "admin", 'edit', 6],
9: ["Edit4", "admin", 'edit', 6],
10: ["Edit5", "admin", 'edit', 6],
11: ["Button1", "click", 6],
12: ["Button1", "click", 6],
13: ["Button1", "click", 6],
14: ["Edit", join(choose, each), 'edit', 6],
15: ["Button1", "click", 6],
16: ["Button1", "click", 6],
17: ["Button1", "click", 6]}
sleep_time = [1, 0, 1, 0, 0, 1, 1,
0, 0, 0, 0, 1, 3, 3, 0, 3, 3, 3]
if simple_install(window_backend="win32", step=step, program=program, sleep_time=sleep_time):
sleep(5)
try:
Application().connect(title="AutoCAD 2007 安装程序")
except:
failure.extend(format_menu(each.split()))
break
sleep(2)
time = 300
while time >= 0:
try:
program = Application().connect(title="AutoCAD 2007 安装程序")
if program.top_window()['完成(&F)'].exists():
break
except:
sleep(1)
time -= 1
step = {0: ["CheckBox", 'click', 8],
1: ["Button1", 'click', 6]}
simple_install(window_backend="win32",
step=step, program=program)
txt_change(prom_name=each, menu_change=menu_change)
cad2007_cra(choose)
else:
failure.extend(format_menu(each.split()))
if each == "T20":
program = Application().start(join(getcwd(), "app_pkg", each, 'setup'))
time = 20
while time >= 0:
if program.top_window()["我接受许可证协议中的条款((&A)RadioButton"].exists():
break
sleep(1)
time -= 1
step = {0: ["我接受许可证协议中的条款((&A)RadioButton", 'click', 10],
1: ["下一步(&N) >Button", 'click', 6],
2: ["浏览(&R)...Button", 'click', 6],
3: ["路径(&P)：Edit", join(choose, each), 'edit', 6],
4: ["确定Button", 'click', 6],
5: ["下一步(&N) >Button", 'click', 6],
6: ["下一步(&N) >Button", 'click', 6]}
sleep_time = [0, 2, 1, 0, 0.5, 0.5, 0]
if simple_install(window_backend="win32", step=step, program=program, sleep_time=sleep_time):
time = 60
while time >= 0:
try:
if program.top_window()['InstallShield Wizard 完成'].exists():
break
except:
sleep(1)
time -= 1
step = {0: ["完成Button", 'click', 10]}
if simple_install(window_backend="win32", step=step, program=program):
t20_cra(choose)
txt_change(prom_name=each, menu_change=menu_change)
else:
failure.extend(format_menu(each.split()))
end_time = strftime("%H:%M", localtime()) # 获取程序安装结束时的时间
menu = format_menu(menu)
labelframe1 = tk.LabelFrame(
self.root, text="", height=80, width=300) # 信息区
labelframe1.grid(row=1, column=0, columnspan=10, padx=10, pady=10)
labelframe1.propagate(0) # 使组件大小不变，此时width才起作用
if len(failure) != 0:
tk.Label(labelframe1,
text=f"程序安装完毕，用时{running_time(start_time, end_time)}分钟，共选择了{len(menu)}个软件,\n安装失败的软件为：{','.join(failure)}",
font=(', 8')).pack(fill="both", expand="yes")
else:
tk.Label(labelframe1,
text=f"程序安装完毕，用时{running_time(start_time, end_time)}分钟，共选择了{len(menu)}个软件",
font=(', 10')).pack(fill="both", expand="yes")
def login():
global app
global main_win
# Programatically kills then starts and signs into zoom all using the api
subprocess.call(
"taskkill /IM \"Zoom.exe\" /F"
) # If this breaks, you could use $> tasklist | more and grep the output to a file then parse it for the word "zoom" to get the process ID and kill it that way.
subprocess.call("taskkill /IM \"chrome.exe\" /F")
# launch zoom with win32 api
app = Application(backend="uia").start("zoom --login")
main_win = app.window(title='Zoom')
# if the app opens to the "zoom cloud meetings" welcome screen, lets sign in
try:
# defines this screen: "JoinMeetingANDSignIn_Screen.png" as the window
JoinMeetingANDSignIn_Screen = app.window(title='Zoom Cloud Meetings')
time.sleep(0.5)
# selects the control identifier for the "sign in" button and activates it
startscreen = JoinMeetingANDSignIn_Screen.child_window(
title="Sign In", control_type="Button")
startscreen.click()
except:
pass
try:
SigninWithGoogleScreen = app.window(title='Zoom Cloud Meetings')
signInWithGoogle = SigninWithGoogleScreen.child_window(
title="Sign In with Google", control_type="Button")
signInWithGoogle.click()
if "chrome.exe" in (p.name() for p in psutil.process_iter()):
print("Chromium.exe process is running")
# processID = [p.info for p in psutil.process_iter(attrs=['pid', 'name']) if 'Sign In - Google Accounts' in p.info['name']]
# print(processID)
time.sleep(4)
#
time.sleep(2)
keyboard.press("tab")
time.sleep(0.3)
keyboard.press("tab")
time.sleep(0.6)
keyboard.press("enter")
time.sleep(0.4)
keyboard.press("enter")
#
time.sleep(3)
keyboard.press("tab")
time.sleep(0.4)
keyboard.press("tab")
time.sleep(0.4)
keyboard.press("enter")
time.sleep(0.4)
keyboard.press("enter")
# pywinauto.application.findwindows.find_element("Edge")
# chrome = Application(backend="uia").connect(path="C:\Program Files (x86)\Google\Chrome\Application\chrome.exe")
# chromewindow = chrome.top_window()
# mainwin_edge = edge.window(title='Sign In - Google Accounts and')
# todo return control identifiers or write to file and read the file
# #todo IF control identifiers has attribute "child_window(title="Sign In", control_type="Button")" :
# #todo check IF control identifiers has attribute "title="Sign In with Google", control_type="Button"
# #todo check if browser has opened
#
# #todo possibly try again before printing error. Make a counter and print on the second time through
except:
pass
return app
# 获取警告弹窗文本 import subprocess import uiautomation from pywinauto import Application py = Application().connect(title_re="编辑工况") app = py.window(title_re="编辑工况") app.print_control_identifiers()
- Windows 10 (may work on Win7+)
- pywinauto 0.6.1+
This example opens "Control Panel", navigates to "Installed Updates" page
and lists all updates (for all apps) as well as OS Windows updates only.
"""
from __future__ import print_function
from pywinauto import Application
# Open "Control Panel"
Application().start('control.exe')
app = Application(backend='uia').connect(path='explorer.exe', title='Control Panel')
# Go to "Programs"
app.window(title='Control Panel').ProgramsHyperlink.invoke()
app.wait_cpu_usage_lower(threshold=0.5, timeout=30, usage_interval=1.0)
# Go to "Installed Updates"
app.window(title='Programs').child_window(title='View installed updates', control_type='Hyperlink').invoke()
app.wait_cpu_usage_lower(threshold=0.5, timeout=30, usage_interval=1.0)
list_box = app.InstalledUpdates.FolderViewListBox
# list all updates
items = list_box.descendants(control_type='ListItem')
all_updates = [item.window_text() for item in items]
print('\nAll updates ({}):\n'.format(len(all_updates)))
print(all_updates)
# list updates from "Microsoft Windows" group only
chrome_dir +
' --force-renderer-accessibility --incognito --start-maximized '
'https://accounts.google.com/ServiceLogin?service=wise&passive=1209600&continue=https:'
'//drive.google.com/?urp%3Dhttps://www.google.ru/_/chrome/newtab?espv%253D2%2526ie%253DUT%23&followup='
'https://drive.google.com/?urp%3Dhttps://www.google.ru/_/chrome/newtab?espv%253D2%2526ie%253DUT'
'<mpl=drive&emr=1#identifier')
# wait while a page is loading
chrome[tab_log_in].child_window(title_re='Reload.*',
control_type='Button').wait('visible',
timeout=10)
ch_window = chrome[tab_drive].child_window(title="Google Chrome",
control_type="Custom")
# log in
chrome.window().type_keys('TestPywinauto{ENTER}') # username
chrome[tab_log_in].child_window(title="Google Chrome", control_type="Custom").\
child_window(title="Back", control_type="Image").wait(wait_for='visible', timeout=10)
chrome.window().type_keys('testpywinauto123{ENTER}') # password
ch_window.child_window(title="Getting started PDF",
control_type="ListItem").wait(wait_for='visible')
# start explorer in the current path
dir_path = path.join(path.dirname(path.realpath(__file__)), 'UIA_Drive')
explorer = Application().start('explorer.exe ' + dir_path)
Desktop(backend='uia').window(title='UIA_Drive',
active_only=True).wait('visible', timeout=10)
dlg = Application(backend='uia').connect(path='explorer.exe',
title='UIA_Drive')
tab_drive = 'My Drive - Google Drive (Incognito)'
# # start google chrome
chrome = Application(backend='uia')
chrome.start(chrome_dir + ' --force-renderer-accessibility --incognito --start-maximized '
'https://accounts.google.com/ServiceLogin?service=wise&passive=1209600&continue=https:'
'//drive.google.com/?urp%3Dhttps://www.google.ru/_/chrome/newtab?espv%253D2%2526ie%253DUT%23&followup='
'https://drive.google.com/?urp%3Dhttps://www.google.ru/_/chrome/newtab?espv%253D2%2526ie%253DUT'
'<mpl=drive&emr=1#identifier')
# wait while a page is loading
chrome[tab_log_in].child_window(title_re='Reload.*', control_type='Button').wait('visible', timeout=10)
ch_window = chrome[tab_drive].child_window(title="Google Chrome", control_type="Custom")
# log in
chrome.window().type_keys('TestPywinauto{ENTER}') # username
chrome[tab_log_in].child_window(title="Google Chrome", control_type="Custom").\
child_window(title="Back", control_type="Image").wait(wait_for='visible', timeout=10)
chrome.window().type_keys('testpywinauto123{ENTER}') # password
ch_window.child_window(title="Getting started PDF", control_type="ListItem").wait(wait_for='visible')
# start explorer in the current path
dir_path = path.join(path.dirname(path.realpath(__file__)), 'UIA_Drive')
explorer = Application().start('explorer.exe ' + dir_path)
Desktop(backend='uia').window(title='UIA_Drive', active_only=True).wait('visible', timeout=10)
dlg = Application(backend='uia').connect(path='explorer.exe', title='UIA_Drive')
# find file
file = dlg.UIA_Drive.ItemsView.wrapper_object().get_item('test.zip')
