def window_activate(self,
window='Hotel Service Optimization System - HotSOS',
wait=0):
""" Activate window before continuing
Activate Window using autoit. Default search window is hotSOS,
due to frequency of use througout application.
Noteable Variables
------------------------------
window - string
Name of window to find, using pyautoit. Pyautoit allows for
semi matching strings and wild cards.
wait - int
Time in seconds to wait after input command to allow for delay
after entering information.
Returns
------------------------------
Success - Boolean
Return if window was either found successfully or otherwise.
"""
print(f'Locating window: {window}')
try:
autoit.win_activate(window)
print('Found!')
sleep(wait)
return True
# Bare accept because autoit won't tell me what the error actually is.
except:
print('Unable to locate')
sleep(wait)
return False
def grab_frame(self):
autoit.win_activate("View #")
autoit.send("^s")
sleep(0.05)
autoit.send("{ALT}")
sleep(0.05)
autoit.send("{ENTER}")
sleep(0.05)
autoit.send("{ENTER}")
sleep(1)
autoit.send("{TAB}")
sleep(0.05)
autoit.send("{ENTER}")
sleep(0.5)
for i in range(0, 10, 1):
autoit.send("{TAB}")
sleep(0.05)
autoit.send(self._work_dir + self._filename)
for i in range(0, 6, 1):
autoit.send("{TAB}")
sleep(0.05)
autoit.send("{ENTER}")
self._img = wx.Image(self._work_dir + self._filename,
wx.BITMAP_TYPE_ANY)
self._img = self._img.ConvertToBitmap()
self._display.SetBitmap(self._img)
autoit.win_activate(self._gui_title)
def make_active_window(process, win): # Сделать окно активным
if autoit.process_exists(process):
autoit.win_activate(win)
print("Сделано!")
return 1
print("Окно не найдено!")
return 0
def test_pcLogin(self):
fp = webdriver.FirefoxProfile(r"C:\Users\mhf\AppData\Roaming\Mozilla\Firefox\Profiles\cv6txwo2.default")
driver = webdriver.Firefox(fp)
# driver = webdriver.Firefox ()
driver.get ("https://www.hongkunjinfu.com")
WebDriverWait (driver, 10).until (EC.presence_of_element_located ((By.ID, 'login')))
driver.find_element_by_id ('login').send_keys ('14510000051')
driver.find_element_by_xpath("html/body/div[2]/div[2]/div/ul/li[1]/a").click()
autoit.win_activate('鸿坤金服——社区金融超市 - Mozilla Firefox')
print("1111")
autoit.send('{LCTRL down}'+'{LSHIFT down}'+'{! down}')
# autoit.send('{LCTRL down}' + '{LALT down}' + '{a down}')
# driver.find_element_by_id('login').send_keys(Keys.CONTROL + Keys.SHIFT + '!')
time.sleep(2)
autoit.win_wait('截取的图片另存为...')
print("2222")
autoit.control_focus('截取的图片另存为...','1001')
print("3333")
autoit.win_wait("[Class:#32770]",10)
t = datetime.now().strftime('%Y%m%d%H%M%S')
name='金服首页'+t
# autoit.control_set_text('截取的图片另存为...','Edit1','金服网页102')
autoit.control_set_text('截取的图片另存为...','Edit1',name)
autoit.control_click('截取的图片另存为...','Button2')
driver.close()
def get_value_from_dropdown_list(self, control_id):
"""
Returns a list containing all values of the specified dropdown.
The default dropdown value is retained.
"""
dropdown_list = []
autoit.win_activate('Power Express')
autoit.control_focus('Power Express', control_id)
original_value = autoit.control_get_text('Power Express', control_id)
autoit.send('{BACKSPACE}')
autoit.send('{HOME}')
while 1:
item_combo_value = autoit.control_get_text('Power Express',
control_id)
dropdown_list.append(item_combo_value)
autoit.send('{DOWN}')
if autoit.control_get_text('Power Express',
control_id) == item_combo_value:
break
autoit.send('{BACKSPACE}')
autoit.send('{HOME}')
for item in dropdown_list:
if original_value == autoit.control_get_text(
'Power Express', control_id):
break
else:
autoit.send('{DOWN}')
return dropdown_list
def select_value_from_dropdown_list(self, control_id, value_to_select):
"""
Example:
Select Value From Dropdown List | [NAME:ccboClass_1] | Class Code Sample
"""
autoit.win_activate('Power Express')
autoit.control_click('Power Express', control_id)
autoit.send('{BACKSPACE}')
autoit.send('{HOME}')
while 1:
item_combo_value = autoit.control_get_text('Power Express',
control_id)
if item_combo_value == value_to_select:
autoit.control_focus('Power Express', control_id)
autoit.send('{ENTER}')
autoit.send('{TAB}')
break
else:
autoit.control_focus('Power Express', control_id)
autoit.send('{DOWN}')
if autoit.control_get_text('Power Express',
control_id) == item_combo_value:
BuiltIn().fail("Dropdown '" + value_to_select +
"' value is not found")
break
def command_thor_test(command):
try:
ai.win_activate('[title:Control a Device]')
except ai.AutoItError:
print('AutoItError happened, returned')
return
time.sleep(0.1)
ai.control_focus('[title:Control a Device]','Edit8')
time.sleep(0.1)
ai.control_set_text('[title:Control a Device]','Edit8',command)
time.sleep(1)
ai.control_click('[title:Control a Device]','Button15') #clear the command window
time.sleep(0.5)
ai.control_click('[title:Control a Device]','Button13') #send the command work
time.sleep(2)
ai.win_activate('[title:NetLinx Studio]')
time.sleep(1)
count = 0
while True:
count+=1
print('try '+str(count)+' time')
out = get_comeback_message()
if out!='':
print('congratulations! the output is not empty')
break
elif count<=3:
time.sleep(3)
else:
print('even tried 4 times, the output is still empty')
break
return out
#%% test the function
#haha=command_thor_test('get status')
#print(haha)
def _cancel_all(self):
ret_code = -1
ret_value = tools.get_timestamp()
error_msg = ''
try:
autoit.win_activate(self.wid_main)
self.clean_dlg()
autoit.control_click(self.wid_main, self.cid_cancel_refresh)
autoit.control_click(self.wid_main, self.cid_cancel_refresh)
ret_code = 1
time.sleep(5)
autoit.control_click(self.wid_main, self.cid_cancel_selectall)
ret_code = 2
time.sleep(0.5)
autoit.control_click(self.wid_main, self.cid_cancel_do)
ret_code = 3
if autoit.win_wait(self.wid_prompt, timeout=5) == 1:
#autoit.win_activate(self.wid_prompt)
autoit.control_click(self.wid_prompt, self.cid_prompt_ok)
ret_code = 4
if autoit.win_wait(self.wid_prompt, timeout=20) == 1:
#autoit.win_activate(self.wid_prompt)
autoit.control_click(self.wid_prompt, self.cid_prompt_ok)
ret_code = 0
except:
error_msg = traceback.format_exc()
return (ret_code, ret_value, error_msg, self.local_log_path)
#==================================================================
def focus_bdo():
hwnd, title = _get_bdo()
_focus_window(hwnd)
autoit.win_activate(title)
autoit.mouse_move(962, 526, speed=20)
return title
def clean_dlg(self):
try:
if autoit.win_exists(self.wid_prompt):
autoit.win_activate(self.wid_prompt)
autoit.control_click(self.wid_prompt, self.cid_prompt_ok)
except autoit.AutoItError:
pass
def test_pcLogin(self):
fp = webdriver.FirefoxProfile(r"C:\Users\mhf\AppData\Roaming\Mozilla\Firefox\Profiles\cv6txwo2.default")
driver = webdriver.Firefox(fp)
# driver = webdriver.Firefox ()
driver.get ("https://www.hongkunjinfu.com")
WebDriverWait (driver, 10).until (EC.presence_of_element_located ((By.ID, 'login')))
driver.find_element_by_id ('login').send_keys ('14510000051')
#保存网页弹出框
driver.find_element_by_id('login').send_keys(Keys.CONTROL+'s')
time.sleep(2)
# autoit.run("notepad.exe")
# autoit.win_wait_active("[CLASS:Notepad]", 3)
# autoit.control_send("[CLASS:Notepad]", "Edit1", "hello world{!}")
# autoit.win_close("[CLASS:Notepad]")
# autoit.control_click("[Class:#32770]", "Button2")
# autoit.win_wait
# autoit.win_wait_active("[CLASS:#32770]",3)
autoit.win_activate('另存为')
print("111111")
autoit.control_focus('另存为','1001')
print("22222222")
autoit.win_wait("[Class:#32770]",10)
autoit.control_set_text('另存为','Edit1','金服网页2')
# autoit.control_send("[CLASS:#32770]", "Edit1", "hello world{!}")
# autoit.control_click("[CLASS:#32770]", "Button2")
autoit.control_click('另存为','Button2')
driver.close()
def _entrust_0(self, direction, code, price, volume):
ret_code = -1
ret_value = tools.get_timestamp()
error_msg = ''
if direction == 'b':
cid_code = self.cid_buy_code
cid_price = self.cid_buy_price
cid_volume = self.cid_buy_volume
cid_able = self.cid_buy_able
cid_entrust = self.cid_buy_entrust
wait_flag = True
elif direction == 's':
cid_code = self.cid_sell_code
cid_price = self.cid_sell_price
cid_volume = self.cid_sell_volume
cid_able = self.cid_sell_able
cid_entrust = self.cid_sell_entrust
wait_flag = False
else:
error_msg = 'unexpected direction'
return (ret_code, ret_value, error_msg, self.local_log_path)
ret_code = 1
try:
autoit.win_activate(self.wid_main)
self.clean_dlg()
autoit.control_set_text(self.wid_main, cid_code, code)
if wait_flag:
for count in range(30):
if autoit.control_get_text(self.wid_main, cid_able) != '':
ret_code = 2
break
else:
time.sleep(0.1)
if ret_code != 2:
error_msg = 'code response timeout'
return (ret_code, ret_value, error_msg,
self.local_log_path)
ret_code = 3
autoit.control_set_text(self.wid_main, cid_price, price)
autoit.control_set_text(self.wid_main, cid_volume, volume)
#autoit.win_activate(self.wid_main)
autoit.control_click(self.wid_main, cid_entrust)
ret_code = 4
if autoit.win_wait(self.wid_prompt, timeout=3) == 1:
#autoit.win_activate(self.wid_prompt)
autoit.control_click(self.wid_prompt, self.cid_prompt_ok)
ret_code = 0
except autoit.AutoItError:
error_msg = traceback.format_exc()
return (ret_code, ret_value, error_msg, self.local_log_path)
def get_team_index_value(self, team):
autoit.win_wait('[REGEXPTITLE:lection|Teamauswahl]')
autoit.win_activate('[REGEXPTITLE:lection|Teamauswahl]')
team_selection_list = self._create_power_express_app_instance().ListBox
team_list = team_selection_list.ItemTexts()
if team in team_list:
return team_list.index(team)
else:
BuiltIn().fail("Team '" + team + "' is not found on team list")
def file_upload(window_name, file_name):
autoit.win_wait(window_name, 30)
if not autoit.win_exists(window_name):
raise Exception("No File Upload Window is found")
else:
autoit.win_activate(window_name)
autoit.control_focus(window_name, "[ID:1148]")
autoit.control_set_text(window_name, "[ID:1148]", file_name)
autoit.control_click(window_name, "[ID:1]")
def click_ClearList():
try:
ai.win_activate('[title:ICSPMonitor - V7.2.115]')
except ai.AutoItError:
#print('AutoItError happened, returned')
logger.prt.debug('AutoItError happened,could not detect ICSPMonitor Window, returned')
return
time.sleep(0.1)
ai.control_click('[title:ICSPMonitor - V7.2.115]','Button4')
def activate_window(self, locator):
"""
Activates a window identified by locator
:param locator: user defined name from map files
Ex: activate_window("locator_name")
"""
locator = self.__get_locator_for_tool(locator)
window_identifier = mapMgr.__getitem__(locator)["IDENTIFIERS"].strip(
"'").split(",")[0]
autoit.win_activate(window_identifier)
def write_notepad(text):
command('notepad.exe')
try:
autoit.win_wait('[CLASS:Notepad]', timeout=3)
autoit.win_activate('[CLASS:Notepad]')
except autoit.autoit.AutoItError as e:
print(e)
for i in text.split('*'):
autoit.send(i)
autoit.send('{enter}')
def open_xcap(self):
xcap = "C:\\Program Files\\EPIX\\XCAP"
xcap += "\\program\\xcapwxx.exe -Xmx128M -myjava"
autoit.run(xcap, "C:\\Users\\Public\\Documents\\EPIX\\XCAP")
autoit.win_wait_active("EPIX")
autoit.send("{TAB}")
sleep(0.05)
autoit.send("{ENTER}")
sleep(0.05)
autoit.win_wait_active("View #")
autoit.win_activate(self._gui_title)
def log_in(user):
os.system('taskkill /f /im Steam.exe')
os.system('start "" "C:\Program Files (x86)\Steam\Steam.exe" -login {} {}'.format(
batch_sanitized(user.get_username()),
batch_sanitized(user.get_password())
))
if user.get_shared_secret() is not None:
autoit.win_wait("Steam Guard")
autoit.win_activate("Steam Guard")
autoit.win_wait_active("Steam Guard")
autoit.send(generate_auth_code(user.get_shared_secret()))
autoit.send('{ENTER}')
def test_new_download(browser):
driver = browser
download_name = "1Test name"
# Количесто записей в таблице. Можно и без базы через gui парсить.
with allure.step(f'count downloads'):
db_items_default = len(connect("SELECT * FROM oc_download"))
with allure.step(f'login auth'):
AuthPage(driver).login(username='******', password='******')
with allure.step(f'go to Downloads page'
): # TODO Вынести переход до нужного блока в Base.
DashboardPage(driver).navigate_to(dashboard_menu='Catalog',
submenu='Downloads')
with allure.step(f'go to Add download'):
DownloadsPage(driver).goto_new_download_page()
with allure.step(f'input download name'):
DownloadsPage(driver).name_input_fill(download_name)
# ActionChains(driver).move_to_element(download_name_input).click().send_keys(download_file_name).perform()
with allure.step(f"Download file with autoIt"):
DownloadsPage(driver).upload_btn_click()
# TODO: уйти от autoit, потому что в headless режиме не заработает.
# Для добавления файла через JavaScript или базу
# файл с совпадающим именем должен лежать в папке Storage веб-сервера. Либо добавлять через GUI
time.sleep(1)
autoit.win_activate("Открытие")
autoit.control_focus("Открытие", "Edit1")
autoit.control_set_text(
"Открытие", "Edit1",
"G:\\Projects\\SeleniumOpenCart\\page_objects\\admin\\catalog\\test.jpg"
)
time.sleep(1)
autoit.control_click("Открытие", "Button1")
time.sleep(1)
with allure.step(f'accept and save download'):
driver.switch_to.alert.accept()
DownloadsPage(driver).save_btn_click()
with allure.step(f'delete created download form database '):
# Удаление созданной записи из базы
db_items_new = len(connect("SELECT * FROM oc_download"))
last_item_id = connect(
"SELECT download_id FROM oc_download WHERE download_id=(SELECT max(download_id) FROM oc_download)"
)
parsed_id = re.findall("\\d+", str(last_item_id))
row = ("DELETE FROM oc_download WHERE download_id=%s" % parsed_id[0])
delete_row(row)
row_desc = "DELETE FROM oc_download_description WHERE download_id=%s" % parsed_id[
0]
delete_row(row_desc)
assert db_items_default + 1 == db_items_new
def login(window_name, username, password):
print "Waiting for window with name: " + window_name
autoit.win_wait(window_name, 30)
if not autoit.win_exists(window_name):
raise Exception("No Browser Login Window is found")
else:
print "Activating window"
autoit.win_activate(window_name)
sleep(1)
print "Sending username & password"
autoit.send(username)
autoit.send("{tab}")
autoit.send(password)
autoit.send("{enter}")
def activate_window(self, *, timeout=15):
# Retorno 0 --Tela encontrada
# Retorno -1 --Timeout
timer = Timer(timeout)
while timer.not_expired:
try:
autoit.win_activate(self.title)
return 0
except Exception as e:
#print(f"[Exception]--> {e}")
pass
if timer.expired:
return -1
def close_xcap(self):
autoit.win_activate("EPIX")
autoit.win_close("EPIX")
sleep(0.2)
autoit.win_activate("EPIX")
autoit.win_close("EPIX")
sleep(0.2)
autoit.win_activate("EPIX")
autoit.win_close("EPIX")
sleep(0.2)
autoit.win_activate("EPIX")
autoit.win_close("EPIX")
autoit.win_activate(self._gui_title)
sleep(5)
def ns_refresh_system():
# ai.win_activate("[CLASS:Afx:00D80000:8:00010003:00000000:014702D7]")
#ai.win_activate('[CLASSNAMENN:SysTreeView322]')
try:
ai.win_activate('[title:NetLinx Studio]')
except ai.AutoItError:
print('AutoItError happened, returned')
return
#ai.control_focus('[title:NetLinx Studio]','SysTreeView322')
ai.opt("MouseCoordMode", 2)
ai.mouse_click("right", 20, 200)
time.sleep(0.5)
ai.mouse_click("left", 40, 130)
print('refresh sucess')
def win_activate(cls, title, **kwargs):
"""
call autoit.win_activate
激活指定的窗口(设置焦点到该窗口,使其成为活动窗口).
timeout 单位为秒.
:return PID:窗口存在; 0:窗口不存在.
"""
return autoit.win_activate(title, **kwargs)
def main2():
try:
global x, y
print("Press enter to inspect")
# time.sleep(5)
start = time.time()
Root = node(AutomationElement.RootElement)
all_windows = AutomationElement.RootElement.FindAll(
TreeScope.Children, Condition.TrueCondition)
if all_windows.Count == 0:
return
print("Enter between 1-%s to select a window" % all_windows.Count)
for i in range(len(all_windows)):
print("%s. %s" % (i + 1, all_windows[i].Current.Name))
dur = time.time() - start
idx = input()
start = time.time()
try:
idx = int(idx.strip())
except:
return Exception_Handler(sys.exc_info())
window = all_windows[idx - 1]
window_name = window.Current.Name
Root.children.append(node(window))
all_elements = window.FindAll(TreeScope.Children,
Condition.TrueCondition)
if all_elements.Count != 0:
for each_child in all_elements:
copy_tree(Root.children[0].children, each_child)
print("time taken for copy = %s" % (time.time() - start + dur))
autoit.win_activate(window_name)
time.sleep(0.5)
ImageName = "ss.png"
image = ImageGrab_Mac_Win.grab()
autoit.win_activate(screen_title)
# image.save(ImageName, format="PNG")
# image = Image.open(ImageName)
showPIL(image)
print("tkinter close")
print("************ YOUR Exact Path *************")
if x >= 0 and y >= 0:
res = _child_search(Root)[:-2] + "\n"
print(res)
except:
Exception_Handler(sys.exc_info())
def select_profile(self, user_profile):
autoit.win_wait('[REGEXPTITLE:rofil]')
autoit.win_activate('[REGEXPTITLE:rofil]')
select_profile_app = Application().Connect(path='PowerExpress.exe')
select_profile_window = select_profile_app.window_(title_re=u'.*rofil')
# select_profile_window = select_profile_app.top_window_()
select_profile_window_list_box = select_profile_window.ListBox
select_profile_window_list_box.Select(user_profile)
select_profile_ok_button = select_profile_window.OK
select_profile_ok_button.Click()
BuiltIn().set_suite_variable('${user_profile}', user_profile)
time.sleep(2)
try:
if autoit.control_command('Power Express', '[NAME:YesBtn]',
'IsVisible'):
autoit.control_click('Power Express', '[NAME:YesBtn]')
except Exception:
pass
def main():
data = request.data.decode('UTF-8')
json_data = json.loads(data) # get the json from the client
# loop five times to check all the weapon slots to detect a change
for i in range(0,5):
try:
weapon_clip = json_data['player']['weapons']['weapon_'+str(i)]['ammo_clip']
previous_weapon_clip = json_data['previously']['player']['weapons']['weapon_'+str(i)]['ammo_clip']
if weapon_clip < previous_weapon_clip: #if the weapon was fired
print('Shot detected!')
autoit.win_activate('Counter-Strike: Global Offensive') # prepare by forcing us to focus on CS:GO (so the keybinds trigger)
autoit.send(HOTKEY_AUTOIT) # send hotkey
except:
pass
return 'hello world'
def upload_photo_by_autoit(self, path: str):
'''Uploads photo'''
import autoit as ai
print("Uploading by autoit")
#print(path)
time.sleep(3)
while True:
try:
ai.win_activate('Otwieranie')
ai.control_send('Otwieranie', 'Edit1',
os.path.join(os.path.dirname(__file__), path))
ai.control_click('Otwieranie', 'Button1')
time.sleep(2)
print('Powinno być wgrane')
break
except:
print("By AutoIt: Nie wiem co się stało")
os.system('Pause')
break
def serverShutdown():
ret = False
if autoit.win_exists("C:\Windows\system32\cmd.exe"): #Checks if the window Minecraft would be in is currently running
print("The Minecraft server was found and will be shut down in 30 seconds.")
#Note: The following command brings the Minecraft command prompt to the front.
#It will be run after any pause just in case a user activates another screen some point
#during that pause.
autoit.win_activate("C:\Windows\system32\cmd.exe")
autoit.send("say The server will be shutting down in 30 seconds.")
autoit.send("{Enter}")
for s in range(30,-1,-1):
time.sleep(1)
if(s == 15 or s == 10 or (s <= 5 and s >= 3)):
autoit.win_activate("C:\Windows\system32\cmd.exe")
autoit.send("say " + str(s) + " seconds till shutdown{!}")
autoit.send("{Enter}")
elif(s == 2):
autoit.win_activate("C:\Windows\system32\cmd.exe")
autoit.send("say " + str(s) + " seconds till shutdown{!}{!}{!}")
autoit.send("{Enter}")
elif(s == 1):
autoit.win_activate("C:\Windows\system32\cmd.exe")
autoit.send("say " + str(s) + " SECOND TILL SHUTDOWN{!}{!}{!}{!}{!}")
autoit.send("{Enter}")
print("Server is shutting down.")
autoit.win_activate("C:\Windows\system32\cmd.exe")
autoit.send("say Server is shutting down now{!}")
autoit.send("{Enter}")
autoit.send("stop")
autoit.send("{Enter}")
#sleep to give the server time to shutdown
time.sleep(5)
#Log to console whether server is stopped
if autoit.win_exists("C:\Windows\system32\cmd.exe") == False:
print("The Minecraft server was successfully shutdown!")
ret = True
else:
print("Error: The stop command was sent but the server is still found!")
ret = False
else: #Minecraft instance was not found
print("The server was not found.")
ret = True #Return true because this function only needs to make sure the server is off
return ret
def run():
window = bring_bdo_top(refresh_wins())
print(window)
some_var = autoit.win_active(window)
print(some_var)
some_var_2 = autoit.win_activate(window)
print(some_var_2)
some_var = autoit.win_active(window)
print(some_var)
some_var = autoit.win_get_handle(window)
time.sleep(2)
autoit.control_send(window, "", "r")
def main():
user_dir = get_users_main_directory()
check_lp_power_data_folder_exists(user_dir)
check_database_file_exists(user_dir)
trial = {}
trial = prompt_setup(trial, user_dir)
# stopgap for pre-class variables
walk_speed = trial["Speed [MPH]"]
walk_style = trial["Walk Style [Normal/LP]"]
pack_number = trial["Pack Number [XXX]"]
# MAKE FOLDERS FOR TRIAL BASED ON PREVIOUSLY-ENTERED INPUTS
make_pack_folder(pack_number, walk_speed, walk_style, user_dir)
print('.....')
print("..........Launching.....")
# SET UP BASIC AUTO-IT SETTINGS TO USE WINDOW-RELATIVE COORDINATES
autoit.auto_it_set_option('MouseCoordMode', 0)
autoit.auto_it_set_option('SendKeyDelay', 10)
# OPEN PICOSCOPE USING OUR DEFAULT WINDOW LAYOUT WITH TWO PANELS AND POWER UP TOP
default_pico = os.path.join(user_dir, "electrical_power.psdata")
click_on_file(default_pico)
# PREPARE TO RUN THE RECORD DATA MACRO
autoit.win_wait('PicoScope 6 - [electrical_power.psdata]')
autoit.win_activate('PicoScope 6 - [electrical_power.psdata]')
time.sleep(0.5)
autoit.send('{ALT}{TAB}{TAB}{TAB}{TAB}{ENTER}{END}{UP}{ENTER}')
autoit.win_wait('Macro Recorder')
autoit.control_click('Macro Recorder', "[Name:_buttonImport]")
time.sleep(1)
macro_text = os.path.abspath(os.path.join(user_dir, "record_20sec.psmacro"))
autoit.clip_put(macro_text)
autoit.win_wait("Open")
autoit.send('^V', 0)
autoit.send('{ENTER}')
msgbox("Ready to go?")
# RUN THE MACRO
autoit.win_activate('Macro Recorder')
autoit.win_wait('Macro Recorder')
autoit.control_click('Macro Recorder', "[Name:_buttonExecute]")
time.sleep(22)
autoit.win_activate('Macro Recorder')
autoit.send('{ESCAPE}')
# BEGIN SAVING THE DATA
i = datetime.now()
save_text = os.path.abspath(os.path.join(user_dir, 'LP Power Data', "{}".format("LP-{0}".format(pack_number)), "{0}MPH-{1} Walk".format(walk_speed, walk_style),
"{0}MPH-{1} Walk_".format(walk_speed, walk_style) + i.strftime('%Y-%m-%d %Hh%Mm%Ss')+ ".psdata"))
autoit.clip_put(save_text)
# SAVE ALL CAPTURED WAVEFORMS IN PICO FORMAT
autoit.win_activate('PicoScope 6')
autoit.win_wait("PicoScope 6")
autoit.send('{ALT}{f}{a}')
time.sleep(.5)
autoit.win_wait("Save As")
autoit.control_send('Save As', "[Class:Edit;INSTANCE:1]", '^V', 0)
autoit.send('{ENTER}')
# BEGIN SAVE SEQUENCE FOR CSV FORMAT
autoit.win_activate('PicoScope 6')
autoit.win_wait("PicoScope 6")
autoit.mouse_click("primary", 433, 67, 2, 1)
# MUST CLICK ON SECTION OF WINDOW CONTAINING POWER TRACE OR ALL AVERAGES CALCULATED WILL BE MESSED UP
autoit.win_activate('PicoScope 6')
autoit.win_wait("PicoScope 6")
autoit.mouse_click("primary", 230, 260, 1, 0)
# autoit.control_click('PicoScope 6', "[CLASS:WindowsForms10.Window.8.app.0.1114f81_r13_ad1; INSTANCE:55]")
autoit.send('{ALT}{f}{a}')
time.sleep(.5)
autoit.win_wait("Save As")
autoit.control_send('Save As', "[Class:Edit;INSTANCE:1]", '^V', 0)
# SAVE ALL CAPTURED 5SEC INTERVALS
autoit.control_click('Save As', "[CLASS:ComboBox;INSTANCE:3]")
autoit.send("{HOME}{DOWN}{DOWN}{ENTER}")
# autoit.control_click("Save As", "[NAME:_currentBufferRadio]")
time.sleep(0.5)
autoit.send('{ENTER}')
time.sleep(4.5)
autoit.process_close('PicoScope.exe')
# BOTH SAVE OPERATIONS NOW COMPLETE. THERE IS A CSV FOR EACH 5SEC INTERVAL IN A NEW SUBDIRECTORY OF THIS TRIAL.
print("")
print("Sit tight, I'm still doing some thinking....")
# UPDATE ALL CSV FILES TO BE XLSX AND CALCULATE THEIR 5SEC AVERAGES
run_avgs = recursively_repair_all_csv_files(save_text, user_dir, walk_speed)
# ADD ALL INFORMATION COLLECTED TO THE EXPERIMENTS SPREADSHEET
patch_experiments_database(trial, run_avgs, user_dir)
print("")
# WRITE THE METADATA SETTINGS TO A FILE FOR FUTURE RECORD
with open('{}'.format(save_text.replace(".psdata", ".LPmeta")), 'w') as outfile:
json.dump(trial, outfile, indent=4, separators=(',', ': '))
print("")
print("LP Metadata file successfully saved for the future with all info the state of the pack as you have just tested it.")
print("")
# print_average_power(dest_filename)
print(".................................. Testing Complete.")
def launch_application(self):
if not autoit.win_exists(WINDOW_START):
autoit.run(self.config.get('exe', 'tmpgencvmw'))
autoit.win_wait_active(WINDOW_START)
autoit.win_activate(WINDOW_START)
