def write():
while True:
command = sp.gstt()
tts.say(command)
#tts.say('give your command')
#time.sleep(4)
if command == "stop writing" or command == 'likhna band karo':
tts.say('writing stopped')
break
elif command == "new line" or command == 'nayi rekha':
new_line()
elif command == "caps lock" or command == 'bade akshar':
tts.say('capslock pressed')
caps_lock()
elif command == "full stop" or command == 'purnviram':
keyboard.type(".")
elif command == "comma":
keyboard.type(",")
elif command == "hyphen":
keyboard.type("-")
elif command:
keyboard.type(command + " ")
#tts.say('give your command')
#time.sleep(4)
else:
tts.say('error in speech recognition')
time.sleep(4)
def main():
#while True:
co.activatesystemcommandset()
#google speech to text recognition
command = sp.gstt()
#tts.say('give your command')
#time.sleep(5)
#command = 'msword khole'
tts.say(command)
if command:
#analize given command
command = al.analize(command)
print(command)
if command == "open msword" or command == 'msword khole':
tts.say('msword opened successfully')
wordmain.main()
elif command == "start mousehover" or command == 'mousehover khole':
mousehover.main()
elif command == "stop mousehover" or command == 'mousehover band karo':
mousehover.stop_mousehover()
elif command == "open chrome" or command == 'chrome kholo':
ChromeMain.main()
elif command == "find file" or command == 'file khojo':
fs.type()
elif command == "send mail":
gmail2.gmailer()
#elif command == "exit" or command == 'smapat karo':
#break
else:
tts.say('Check settings again')
print('Check settings again')
def write():
command = sp.gstt()
if command == "stop writing":
return
elif command:
keyboard.type(command)
else:
tts.say('error in speech recognition')
chromelib.write()
def background():
while (True):
print("in background thread\n")
command = sp.gstt()
#tts.say('give your command')
#time.sleep(4)
#command = 'suno'
if command == "listen" or command == 'suno':
t = Thread(target=assistant, args="")
t.start()
t.join()
def wordcommander():
while True:
command = sp.gstt()
#tts.say('give your command')
#time.sleep(4)
#command = 'likho'
if command:
command = al.analize(command)
if command:
try:
#print(command)
if command == 'close msword' or command == 'msword band karo':
tts.say('msword closed successfully')
break
elif command == "read" or command == 'padho':
with keyboard.pressed(Key.ctrl):
keyboard.press('a')
keyboard.release('a')
with keyboard.pressed(Key.alt):
keyboard.press('s')
keyboard.release('s')
elif command == "write" or command == 'likho':
writing.write()
#tts.say('give your command')
#time.sleep(4)
#command = 'msword band karo'
elif len(bc.mswordcommandsdict[command]) is 1:
operate.output1(bc.mswordcommandsdict[command][0])
elif len(bc.mswordcommandsdict[command]) is 2:
operate.output2(bc.mswordcommandsdict[command][0],bc.mswordcommandsdict[command][1])
elif len(bc.mswordcommandsdict[command]) is 3 :
operate.output3(bc.mswordcommandsdict[command][0],bc.mswordcommandsdict[command][1],bc.mswordcommandsdict[command][2])
time.sleep(1)
except ValueError:
print('ValueError: key is a string, but its length is not 1')
tts.say('ValueError: key is a string, but its length is not 1')
else:
print('analizer doesnot work, Check its settings')
tts.say('analizer doesnot work, Check its settings')
else:
print('error in google speech recognition')
tts.say('error in google speech recognition')
#stop msword
stopword()
def background():
while (True):
print("in background thread\n")
#x=input("do you want to change\n")
#if x=="yes":
#co.activatesystemcommandset()
command = sp.gstt()
if command == "listen":
t = Thread(target=assistant, args="")
t.start()
t.join()
def chromecommander():
while True:
command = sp.gstt()
if command:
command = al.analize(command)
if command:
try:
print(command)
if command == "write" or command == 'likho':
chromelib.write()
elif command == "quit chrome" or command == 'chrome band karo':
tts.say('chrome closed successfully')
with keyboard.pressed(Key.ctrl):
with keyboard.pressed(Key.shift):
keyboard.press('q')
keyboard.release('q')
break
elif command == 'start mousehover' or command == 'mousehover shuru karo':
mousehover.main()
elif (command == 'stop mousehover'
) or command == 'mousehover band karo':
mousehover.stop_mousehover()
elif command == "go" or command == 'khojo':
keyboard.press(Key.enter)
keyboard.release(Key.enter)
tts.say('page loaded successfully')
elif len(bc.browsercommandsdict[command]) is 2:
operate.output2(bc.browsercommandsdict[command][0],
bc.browsercommandsdict[command][1])
elif len(bc.browsercommandsdict[command]) is 3:
operate.output3(bc.browsercommandsdict[command][0],
bc.browsercommandsdict[command][1],
bc.browsercommandsdict[command][2])
time.sleep(1)
except ValueError:
print(
'ValueError: key is a string, but its length is not 1')
tts.say(
'ValueError: key is a string, but its length is not 1')
else:
print('analizer doesnot work, Check its settings')
tts.say('analizer doesnot work, Check its settings')
else:
print('error in google speech recognition')
tts.say('error in google speech recognition')
def gmailer():
# creates SMTP session
s = smtplib.SMTP('smtp.gmail.com', 587)
# start TLS for security
s.starttls()
# Authentication
s.login("your_emailid @gmail.com", "your_password")
tts.say("give me reciever email id")
recieveremail = str(sp.gstt())
recieveremail = recieveremail + '@gmail.com'
print('*****@*****.**')
# message to be sent
tts.say("start writing mail")
message = ''
while True:
text = sp.gstt()
text = str(text)
print(text)
if text.lower() == 'stop writing':
break
text = text + " "
message = message + text
print(message)
# sending the mail
s.sendmail("*****@*****.**", "*****@*****.**",
message)
x = "mail sent successfully to" + recieveremail
tts.say(x)
# terminating the session
s.quit()
def write():
while True:
command = sp.gstt()
if command == "stop writing":
break
elif command == "new line":
wordlib.new_line()
elif command == "caps lock":
wordlib.caps_lock()
elif command == "period":
keyboard.type(".")
elif command:
keyboard.type(" " + command)
else:
tts.say('error in speech recognition')
def mainloop():
if internet_on():
#activate system commandset
co.activatesystemcommandset()
command = sp.gstt()
if command:
command = al.analize(command)
if command:
#print(command)
status = commander.main(command)
if (status == -1):
return -1
else:
mainloop()
else:
tts.say('Check settings again')
print('Check settings again')
else:
raise Exception('check internet connection and try again')
def chromecommander():
while True:
command = sp.gstt()
if command:
command = al.analize(command)
if command:
try:
print(command)
if (command == "write"):
chromelib.write()
elif (command == "open new window"):
chromelib.OpenNewWindow()
elif (command == "open new incognito window"):
chromelib.OpenNewIncognitoWindow()
elif (command == "open new tab"):
chromelib.OpenNewTab()
elif (command == "reopen last closed tab"):
chromelib.ReopenLastClosedTab()
elif (command == "jump to next open tab"):
chromelib.JumpToNextOpenTab()
elif (command == "jump to previous open tab"):
chromelib.JumpToPreviousOpenTab()
elif (command == "minimize current window"):
chromelib.MinimizeCurrentWindow()
elif (command == "close current window"):
chromelib.CloseCurrentWindow()
elif (command == "close current tab"):
chromelib.CloseCurrentTab()
elif (command == "quit chrome"):
chromelib.QuitChrome()
break
elif (command == "stop loading page"):
chromelib.StopLoadingPage()
elif (command == "print current page"):
chromelib.PrintCurrentPage()
elif (command == "save current page"):
chromelib.SaveCurrentPage()
elif (command == "reload current page"):
chromelib.ReloadCurrentPage()
elif (command == "everything on page bigger"):
chromelib.EverythingOnPageBigger()
elif (command == "everything on page smaller"):
chromelib.EverythingOnPageSmaller()
elif (command == "everything on page of default size"):
chromelib.EverythingOnPageDefaultSize()
elif (command == "delete previous word"):
chromelib.DeletePreviousWord()
elif (command == "go to top of page"):
chromelib.GoToTopOfPage()
elif (command == "go to end of page"):
chromelib.GoToEndOfPage()
elif (command == "open chrome menu"):
chromelib.OpenChromeMenu()
elif (command == "open find bar"):
chromelib.OpenFindBar()
elif (command == "jump to next match of find bar search"):
chromelib.JumpToNextMatchOfFindBarsearch()
elif (command ==
"jump to previous match of find bar search"):
chromelib.JumpToPreviousMatchOfFindBarsearch()
elif (command == "clear browsing data option"):
chromelib.ClearBrowsingDataOption()
time.sleep(1)
except ValueError:
print(
'ValueError: key is a string, but its length is not 1')
tts.say(
'ValueError: key is a string, but its length is not 1')
else:
print('analizer doesnot work, Check its settings')
tts.say('analizer doesnot work, Check its settings')
else:
print('error in google speech recognition')
tts.say('error in google speech recognition')
def type():
tts.say('enter file name')
faltu=sp.gstt()
#filename=input('enter file name')
fs.find('use.txt')
def wordcommander():
while True:
command = sp.gstt()
if command:
command = al.analize(command)
if command:
try:
print(command)
if(command == "read"):
wordlib.read()
elif(command == "write"):
wordlib.write()
elif(command == "save"):
wordlib.save()
elif(command == "select all"):
wordlib.select_all()
elif(command == "deselect"):
wordlib.deselect()
elif(command == "bold"):
boldActivator = True
wordlib.bold()
elif(command == "italic"):
italicActivator = True
wordlib.italic()
elif(command == "remove bold"):
if boldActivator is True:
wordlib.bold()
boldActivator = False
elif(command == "remove italic"):
if italicActivator is True:
wordlib.italic()
italicActivator = False
elif(command == "underline"):
underlineActivator = True
wordlib.underline()
elif(command == "remove underline"):
if underlineActivator is True:
wordlib.underline()
underlineActivator = False
elif(command == "close exit quit"):
wordlib.close()
elif(command == "copy"):
wordlib.copy()
elif(command == "paste"):
wordlib.paste()
elif(command == "decrease font size"):
wordlib.decrease_font_size()
elif(command == "increase font size"):
wordlib.increase_font_size()
elif(command == "cut text"):
wordlib.cut_text()
elif(command == "undo"):
wordlib.undo()
elif(command == "redo"):
wordlib.redo()
elif(command == "left align text"):
wordlib.left_align_text()
elif(command == "right align text"):
wordlib.right_align_text()
elif(command == "create new document"):
wordlib.create_new_document()
elif(command == "split document window"):
if(splitDocumentWindowActivator == False):
splitDocumentWindowActivator = True
wordlib.split_document_window()
else:
tts.say('split document window is already activated')
elif(command == "remove split document window"):
if(splitDocumentWindowActivator == True):
wordlib.split_document_window()
elif(command == "print document"):
wordlib.print_document()
elif(command == "double underline"):
if (doubleUnderlineActivator == False):
doubleUnderlineActivator = True
wordlib.double_underline()
else:
tts.say('double underline is already activated')
elif(command == "remove double underline"):
if doubleUnderlineActivator is True:
wordlib.double_underline()
underlineActivator = False
elif(command == "apply subscript"):
if (subscriptActivator == False):
subscriptActivator = True
wordlib.subscript()
else:
tts.say('subscript is already activated')
elif(command == "remove subscript"):
if subscriptActivator is True:
wordlib.subscript()
subscriptActivator = False
elif(command == "apply superscript"):
if (superscriptActivator == False):
superscriptActivator = True
wordlib.superscript()
else:
tts.say('superscript is already activated')
elif(command == "remove superscript"):
if superscriptActivator is True:
wordlib.superscript()
superscriptActivator = False
elif(command == "one character right"):
wordlib.one_char_right()
elif(command == "one character left"):
wordlib.one_char_left()
elif(command == "one word left"):
wordlib.one_word_left()
elif(command == "one word right"):
wordlib.one_word_right()
elif(command == "one paragraph up"):
wordlib.one_para_up()
elif(command == "one paragraph down"):
wordlib.one_para_down()
elif(command == "one line up"):
wordlib.one_line_up()
elif(command == "one line down"):
wordlib.one_line_down()
elif(command == "go to end of line"):
wordlib.end_of_line()
elif(command == "go to beginning of line"):
wordlib.beg_of_line()
elif(command == "go to end of document"):
wordlib.end_of_document()
elif(command == "go to beginning of document"):
wordlib.beg_of_document()
elif(command == "delete one left character"):
wordlib.delete_one_char_left()
elif(command == "delete one right character"):
wordlib.delete_one_char_right()
elif(command == "delete one left word"):
wordlib.delete_one_word_left()
elif(command == "delete one right word"):
wordlib.delete_one_word_right()
elif(command == 'close msword'):
break
except ValueError:
print('ValueError: key is a string, but its length is not 1')
tts.say('ValueError: key is a string, but its length is not 1')
else:
print('analizer doesnot work, Check its settings')
tts.say('analizer doesnot work, Check its settings')
else:
print('error in google speech recognition')
tts.say('error in google speech recognition')
#stop msword
stopword()
