def Install_CQI(self):
autoit.auto_it_set_option("MouseClickDelay", 1000)
autoit.run(
"D:\CareFusion\CQI 4.3\Release\Guardrails CQI - Setup-4.3.exe")
window_name = "[Class:MsiDialogCloseClass]"
autoit.win_wait_active(window_name, 30)
autoit.control_wait_visible(window_name, "[ID:2271]", 30)
autoit.control_click_wait(window_name, "[ID:2271]",
20) # Welcome screen - Next
autoit.control_click_wait(window_name, "[ID:2172]",
20) # License screen - Accept Rad Button
autoit.control_wait_enabled(
window_name, "[ID:2271]",
30) # Wait till Next Button is enabled after accepting
autoit.control_click(window_name, "[ID:2271]") # License screen - Next
autoit.control_wait_enabled(window_name, "[ID:2271]",
30) # Language screen - Next
autoit.control_wait_visible(window_name, "[ID:2271]", 30)
autoit.control_click(window_name,
"[ID:2271]") # Language screen - Next
autoit.control_wait_visible(window_name, "[ID:2271]",
30) # SetupType screen - Next
autoit.control_custom_sleep(
2000) # Sometimes the event is missed. Needs a delay first.
autoit.control_click_wait(window_name, "[ID:2271]",
10) # SetupType screen - Next
def install_jenkins(self):
autoit.auto_it_set_option("MouseClickDelay", 1000)
autoit.run(
"msiexec /package D:\Automation\Projects\WhiteRide\Repo\jenkins.msi"
)
autoit.win_wait_active("Jenkins 1.651.2 Setup", 30)
autoit.control_click_wait("Jenkins 1.651.2 Setup", "[ID:995]", 10)
autoit.control_click_wait("Jenkins 1.651.2 Setup", "[ID:1100]", 10)
autoit.control_click_wait("Jenkins 1.651.2 Setup", "[ID:1071]", 60)
autoit.control_click_wait("Jenkins 1.651.2 Setup", "[ID:968]", 20)
autoit.control_click_wait("Jenkins 1.651.2 Setup", "[ID:971]", 120)
def install_ast():
autoit.auto_it_set_option("MouseClickDelay", 1000)
autoit.run("D:\Automation\Projects\WhiteRide\Repo\setup.exe")
window_name = "CareFusion - Alaris System Tracking Application Configuration v3.0"
autoit.win_wait_active(window_name, 30)
autoit.control_wait_visible(window_name, "[ID:2495]", "IsVisible", 30)
autoit.control_click_wait(window_name, "[ID:2495]",
20) # Welcome screen - Next
window_name = "CareFusion - Alaris System Tracking Application Configuration v3.0 - InstallShield Wizard"
autoit.win_wait_active(window_name, 30)
autoit.control_click(
window_name, "[ID:2602]") # Database - Select existing instance
autoit.control_custom_sleep(
2000) # Sometimes the event is missed. Needs a delay first.
autoit.control_click_wait(window_name, "[ID:2495]",
20) # Database - Next
window_name = "CareFusion - Alaris System Tracking Application Configuration v3.0"
autoit.win_wait_active(window_name, 30)
autoit.control_wait_visible(
window_name, "[ID:1685]",
20) # Wait till a control on the next screen is visible
autoit.control_click_wait(window_name, "[ID:2495]",
20) # Database Location - Next
autoit.control_wait_visible(window_name, "[ID:2524]",
10) # Wait till Install button is visible
autoit.control_click(window_name,
"[ID:2524]") # Ready screen - Install
autoit.control_wait_visible(window_name, "[ID:2549]",
180) # Wait till Finish button is visible
autoit.control_click(window_name, "[ID:2549]") # Final screen - Finish
def __init__(self, working_dir, filename, gui_title, *args):
wx.Panel.__init__(self, *args)
self._work_dir = working_dir
self._filename = filename
self._gui_title = gui_title
subpanel = wx.Panel(self)
sp_sizer = wx.BoxSizer()
wx.InitAllImageHandlers()
self._img = wx.Image(720, 480, True).ConvertToBitmap()
self._display = wx.StaticBitmap(self, -1, self._img,
wx.DefaultPosition, wx.Size(720, 480))
self._display.SetBitmap(self._img)
sp_sizer.Add(self._display, 0, wx.ALL, 10)
subpanel.SetSizer(sp_sizer)
overall_sizer = wx.BoxSizer(wx.HORIZONTAL)
overall_sizer.Add(subpanel)
self.SetSizer(overall_sizer)
self.SetSize(720, 480)
autoit.auto_it_set_option("WinTitleMatchMode", 2)
import sys
import autoit
autoit.auto_it_set_option("WinTitleMatchMode", 2)
autoit.auto_it_set_option("WinTextMatchMode", 1)
appName = sys.argv[1].title()
try:
appHandle = autoit.win_get_handle(appName)
autoit.win_close_by_handle(appHandle)
except:
print("Application could not be found.\n")
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 __init__(self, newVerbose):
self.verbose = newVerbose
config = ConfigParser()
config.read('Jarmis.ini')
if self.verbose:
print("Initializing Chatbot...")
self.aimlBot = aiml.Kernel()
self.name = config['AIML']['Personality']
try:
config.read('brain//' + self.name + '.personality')
for key in config['AIMLBot Settings']:
self.aimlBot.set_bot_predicate(key, config['AIMLBot Settings'][key])
except:
print('Failed to load brain//' + self.name + '.personality')
if os.path.isfile("brain//" + self.name + ".brain"):
if self.verbose:
print("Loading " + self.name + " Brain...")
self.aimlBot.load_brain("brain//" + self.name + ".brain")
if self.verbose:
print(self.name + ".brain loaded!")
else:
if self.verbose:
print("Failed to find " + self.name + ".brain!")
print("Loading aiml files...")
self.aimlBot.learn("aiml\\std-startup.xml")
self.aimlBot.respond("LOAD AIML B")
self.aimlBot.save_brain("brain//" + self.name + ".brain")
if self.verbose:
print("AIML Files loaded!")
print("New " + self.name + " Brain generated!")
if os.path.isfile("brain//" + self.name + ".memory"):
if self.verbose:
print("Loading " + self.name + " Memory...")
sessionFile = open("brain//" + self.name + ".memory", "rb")
aimlSession = marshal.load(sessionFile)
sessionFile.close()
for pred,value in aimlSession.items():
self.aimlBot.set_predicate(pred, value, "Jarmis")
if self.verbose:
print(self.name + " Memory Loaded!")
else:
print(self.name + ".memory not found!")
if self.verbose:
print("Chatbot Initialized!\n")
print("Initializing Text-To-Speech...")
self.tts = myTTS()
try:
self.tts.changeVoice(config['TTS']['Voice'])
except:
print('Using default windows text to speech voice.')
if self.verbose:
print("Text-to-Speech Initialized!\n")
print("Configuring AutoIt...")
autoit.auto_it_set_option("WinTitleMatchMode", 2)
autoit.auto_it_set_option("WinTextMatchMode", 1)
if self.verbose:
print("Autoit Configured!\n")
print("Scanning for automation scripts...")
self.scripts = self.scanScripts()
if self.verbose:
print("Scripts Scanned!\n")
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.")
