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voicecontrol.py
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voicecontrol.py
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# -- coding: utf8 --
"""
TODO:
- X11-Check vorm Mitschreiben
- Steckdose ansteuern
- Auf Raspi testen
"""
import psutil
import logging
from datetime import datetime
import threading, collections, queue, os, os.path
import deepspeech
import numpy as np
import pyaudio
import wave
import webrtcvad
from halo import Halo
import scipy
import sys
try:
import pyautogui
import pyperclip
import wmctrl
except Exception as e:
print(str(e))
from subprocess import check_output
import time
from urllib.request import urlopen
import random
import argparse
import os.path
import re
from colored import fg, bg, attr
import secrets
import zahlwort2num as w2n
import urllib.parse
import json
import wikipediaapi
from datetime import date, datetime
from babel.dates import format_date, format_datetime, format_time
import string
from pathlib import Path
import getpass
import tempfile
from datetime import datetime
import calendar
import signal
def signal_handler(sig, frame):
this_pid = os.getpid()
parent = psutil.Process(this_pid)
this_children = parent.children(recursive=True)
if len(this_children):
for child in this_children:
if not child.pid == this_pid:
try:
child.kill()
except Exception as e:
print(str(e))
else:
sys.exit(0)
signal.signal(signal.SIGINT, signal_handler)
def green_text(string):
print(str(fg('white')) + str(bg('green')) + str(string) + str(attr('reset')))
def red_text(string):
print(str(fg('white')) + str(bg('red')) + str(string) + str(attr('reset')))
def yellow_text(string):
print(str(fg('white')) + str(bg('yellow')) + str(string) + str(attr('reset')))
def blue_text(string):
print(str(fg('white')) + str(bg('blue')) + str(string) + str(attr('reset')))
logging.basicConfig(level=20)
class REMatcher(object):
def __init__(self, matchstring):
self.matchstring = matchstring
def match(self,regexp):
self.rematch = re.match(regexp, self.matchstring)
return bool(self.rematch)
def group(self,i):
return self.rematch.group(i)
class BaseFeatures():
def __init__(self):
self.original_sound_volume = self.get_current_audio_level()
self.home = str(Path.home())
self.assistant_name_file = self.home + "/.assistant_name"
self.default_city_file = self.home + "/.default_city"
self.ssh_x_server = self.home + "/.ssh_x_server"
def has_x_server (self):
retval = os.environ.get('DISPLAY')
if retval is None:
return False
else:
return True
def get_ssh_x_server (self):
return self.ssh_x_server
def get_ssh_x_server_connect(self):
yellow_text("Add " + self.ssh_x_server + " file with login credentials if you want to access X11 related data from another computer (like 'user@ip'). Don't forget to make ssh passwordless then!")
ssh_x_server_connect = self.read_first_line_of_file_if_exists(self.ssh_x_server, "ssh server", getpass.getuser() + "@localhost")
return ssh_x_server_connect
def get_assistant_name(self):
assistant_name = self.read_first_line_of_file_if_exists(self.assistant_name_file, "Assistentenname", "juli")
return assistant_name
def get_default_city(self):
default_city = self.read_first_line_of_file_if_exists(self.default_city_file, "Default-City", "Dresden")
return default_city;
def read_first_line_of_file_if_exists (self, filename, name, default):
if os.path.isfile(filename):
with open(filename) as f:
first_line = f.readline()
first_line = first_line.replace("\n", "")
return first_line
else:
red_text("Die Datei " + filename + " existiert nicht. Typ: " + str(name) + ", Default-Wert: " + str(default));
return default
def x_server_is_running(self):
self.run_command_get_output("echo $DISPLAY")
def save_current_audio_level_as_original(self):
self.original_sound_volume = self.get_current_audio_level()
def get_unixtime(self):
d = datetime.utcnow()
unixtime = calendar.timegm(d.utctimetuple())
return unixtime
def run_command_get_output(self, command):
f = tempfile.NamedTemporaryFile(delete=False)
tmp = f.name
os.system(command + ' > ' + tmp)
stdout = open(tmp, 'r').read()
os.unlink(f.name)
stdout = stdout.rstrip("\n")
return stdout
def get_current_audio_level(self):
out = ''
command = "amixer -D pulse get Master | awk -F 'Left:|[][]' 'BEGIN {RS=\"\"}{ print $3 }'"
blue_text(command)
return self.run_command_get_output(command)
def save_original_volume_set_other_value (self, other_value):
self.original_sound_volume = self.get_current_audio_level()
self.set_audio_level(other_value)
def restore_original_sound_level(self):
self.set_audio_level(self.original_sound_volume)
def set_audio_level(self, volume):
command = "amixer set Master " + str(volume)
blue_text(command)
return self.run_command_get_output(command)
def remove_text_in_brackets(self, text):
ret = ''
skip1c = 0
skip2c = 0
for i in text:
if i == '[':
skip1c += 1
elif i == '(':
skip2c += 1
elif i == ']' and skip1c > 0:
skip1c -= 1
elif i == ')'and skip2c > 0:
skip2c -= 1
elif skip1c == 0 and skip2c == 0:
ret += i
return ret
def download_file_get_string (self, url):
yellow_text(url)
this_str = None
try:
downloaded = urlopen(url)
blue_text("Status-Code: " + str(downloaded.getcode()))
output = downloaded.read()
this_str = output.decode('utf-8')
except Exception as e:
red_text("FEHLER!!!")
red_text(str(e))
return this_str
def random_element_from_array(self, array):
return secrets.choice(array)
def run_system_command(self, command):
blue_text(command)
os.system(command)
class Features():
def __init__ (self, interact, controlkeyboard, textreplacements, guitools, basefeatures):
self.interact = interact
self.basefeatures = basefeatures
self.controlkeyboard = controlkeyboard
self.textreplacements = textreplacements
self.guitools = guitools
self.radio_streams = {
"(?:radio )?eine?s": {
"link": "https://www.radioeins.de/live.m3u",
"name": "Radio Eins"
},
"sachsen(\s*radio)?": {
"link": "http://avw.mdr.de/streams/284280-0_mp3_high.m3u",
"name": "Sachsenradio"
},
"deutschland\s*funk": {
"link": "https://st01.sslstream.dlf.de/dlf/01/64/mp3/stream.mp3",
"name": "Deutschlandfunk"
}
}
def speak_system_command(self, command):
pico2wave = " | pico2wave --lang de-DE --wave /tmp/Test.wav ; play /tmp/Test.wav; rm /tmp/Test.wav"
full_command = command + pico2wave
blue_text(full_command)
self.interact.vad_audio.stream.stop_stream()
self.basefeatures.run_system_command(full_command)
self.interact.vad_audio.stream.start_stream()
def get_weekday(self):
today = date.today()
return ("Montag", "Dienstag", "Mittwoch", "Donnerstag", "Freitag", "Samstag", "Sonntag")[today.weekday()]
def talk_weekday(self):
weekday = self.get_weekday()
self.interact.talk(weekday)
def talk_calendar_week (self):
calweek = date.today().isocalendar()[1]
self.interact.talk("Es ist die Kalenderwoche " + str(calweek))
def talk_current_date (self):
d = datetime.today()
date_string = "Heute ist " + self.get_weekday() + " der " + str(format_date(d, locale='de_DE'))
self.interact.talk(date_string)
def get_available_radio_names (self):
names = []
for key in self.radio_streams:
names.append(self.radio_streams[key]["name"])
return names
def read_wikipedia_article(self, article):
wiki_wiki = wikipediaapi.Wikipedia('de')
words = article.split(" ")
words_new = []
for word in words:
words_new.append(word.capitalize())
article = ' '.join(words_new)
page_py = wiki_wiki.page(article)
summary = page_py.summary
summary = summary.replace("[", "")
summary = summary.replace("]", "")
re.sub("[\(\[].*?[\)\]]", "", summary)
summary = self.basefeatures.remove_text_in_brackets(summary)
self.interact.talk(summary)
def start_dr_house (self):
self.basefeatures.run_system_command("vlc ~/mailserver/filme_und_serien/Dr-House/")
def bitcoin_price (self):
self.speak_system_command('echo "Ein Bitcoin = $(curl -s https://api.coindesk.com/v1/bpi/currentprice/usd.json | grep -o \'rate\\":\\"[^\\"]*\' | cut -d\\" -f3 | sed -e \"s/\..*//\") US Dollar" | sed -e "s/\,//"')
def grenzwert(self):
self.interact.talk("Seh ich aus wie WolframAlpha? Diese Aufgabe ist mir viel zu schwer")
def stop_radio(self):
this_pid = os.getpid()
parent = psutil.Process(this_pid)
for child in parent.children(recursive=True):
if not child.pid == this_pid:
try:
child.kill()
except Exception as e:
print(str(e))
def play_radio (self, regex, text):
radioname = '';
m = REMatcher(text)
#if m.match(r"(?:(?:v|sp)iel(?:e?r?)?|[nm]ach|star?te) radio (.+)(\s+a[nb])?"):
if regex is not None and m.match(regex):
radioname = m.group(1)
else:
radioname = text
radio_stream = None
radio_name = None
for regex in self.radio_streams:
if radio_stream is None:
mr = REMatcher(radioname)
if mr.match(regex):
radio_stream = self.radio_streams[regex]["link"]
radio_name = self.radio_streams[regex]["name"]
if radio_stream is not None:
self.interact.talk("Ich spiele " + str(radio_name) + " ab")
newpid = os.fork()
if newpid == 0:
self.basefeatures.run_system_command("cvlc " + str(radio_stream))
else:
pids = (os.getpid(), newpid)
print("Forked process, parent: %d, child: %d\n" % pids)
else:
self.interact.talk("Das Radio mit dem Namen " + str(radioname) + " ist mir nicht bekannt")
def how_are_you(self):
array = [
"Ich kann mich aktuell nicht beklagen. Wahrscheinlich deshalb, weil ich nur eine Maschine bin und gar nichts fühle.",
"Wenn ich ganz tief in mich schaue, sehe ich nur Nullen und Einsen",
"Mein aktueller Status ist in Ordnung, danke der Nachfrage!",
"Wenn in meiner Software noch Fehler sind, dann merke ich sie gerade zumindest nicht!"
]
self.interact.talk(self.basefeatures.random_element_from_array(array))
def start_editor (self):
self.basefeatures.run_system_command("kate &")
def go_to_end_of_line (self):
self.controlkeyboard.hotkey('end')
def save (self):
if self.guitools.is_console:
self.controlkeyboard.hotkey('esc')
self.controlkeyboard.hotkey(':')
self.controlkeyboard.hotkey('w')
self.controlkeyboard.hotkey('q')
self.controlkeyboard.hotkey('!')
self.controlkeyboard.hotkey('enter')
else:
self.controlkeyboard.hotkey('ctrl', 's')
def suicide (self):
self.interact.talk("ok, ich beende mich selbst")
sys.exit(0)
def get_weather_json (self, place):
url = 'https://wttr.in/' + urllib.parse.quote(str(place)) + '?format=j1&lang=de'
this_str = self.basefeatures.download_file_get_string(url)
datastore = None
if not this_str is None:
datastore = json.loads(this_str)
return datastore
def talk_current_weather (self, place):
datastore = self.get_weather_json(place)
if not datastore is None:
current_feels_like_temp = datastore['current_condition'][0]["FeelsLikeC"]
current_humidity = datastore['current_condition'][0]["humidity"]
current_temp = datastore['current_condition'][0]["temp_C"]
current_weather_desc = datastore['current_condition'][0]["lang_de"][0]["value"]
current_windspeed = datastore['current_condition'][0]["windspeedKmph"]
temperature_string = ''
if current_feels_like_temp == current_temp:
temperature_string = "einer Temperatur von %s Grad" % (current_temp)
else:
temperature_string = "einer realen Temperatur von %s Grad und einer gefühlten von %s Grad" % (current_temp, current_feels_like_temp)
weather_string = "In %s ist es %s bei %s. Die Windgeschwindigkeit ist %s km/h bei einer Luftfeuchtigkeit von %s Prozent" % (place, current_weather_desc, temperature_string, current_windspeed, current_humidity)
self.interact.talk(weather_string)
else:
self.interact.talk("Aktuell krieg ich die Wetterdaten aus technischen Gründen leider nicht. Tut mir leid.")
def talk_weather_tomorrow (self, place):
datastore = self.get_weather_json(place)
if not datastore is None:
(mintemp, maxtemp, tag, hourly_status) = self.create_weather_string(datastore, 1)
weather_string = "In %s liegt die Temperatur morgen zwischen %s und %s Grad. %s %s" % (place, mintemp, maxtemp, tag, hourly_status)
self.interact.talk(weather_string)
else:
self.interact.talk("Aktuell krieg ich die Wetterdaten aus technischen Gründen leider nicht. Tut mir leid.")
def talk_weather_the_day_after_tomorrow (self, place):
datastore = self.get_weather_json(place)
if not datastore is None:
(mintemp, maxtemp, tag, hourly_status) = self.create_weather_string(datastore, 2)
weather_string = "In %s liegt die Temperatur übermorgen zwischen %s und %s Grad. %s %s" % (place, mintemp, maxtemp, tag, hourly_status)
self.interact.talk(weather_string)
else:
self.interact.talk("Aktuell krieg ich die Wetterdaten aus technischen Gründen leider nicht. Tut mir leid.")
def create_weather_string (self, datastore, number):
maxtemp = datastore['weather'][number]["maxtempC"]
mintemp = datastore['weather'][number]["mintempC"]
weather_status = []
hourly = datastore['weather'][number]["hourly"]
for item in hourly:
this_item = item['lang_de'][0]['value']
if len(weather_status) == 0 or weather_status[len(weather_status) - 1] != this_item:
weather_status.append(this_item)
tag = "Es wird"
hourly_status = ""
if len(weather_status) > 1:
hourly_status = "erst "
tag = "Über den Tag verteilt wird es"
hourly_status = hourly_status + ", dann ".join(weather_status)
return (mintemp, maxtemp, tag, hourly_status)
def calculate(self, text):
math_text = self.textreplacements.replace_in_formula_mode(text)
m = REMatcher(math_text)
if m.match("^\d+(?:,\d+)?((\+|-|\*|/)\d+(?:,\d+)?)$"):
self.controlkeyboard.copy(math_text)
self.basefeatures.run_system_command('qalc -t $(xsel --clipboard) | sed -e "s/ or / oder /"')
self.speak_system_command('qalc -t $(xsel --clipboard) | sed -e "s/ or / oder /g" | sed -e "s/-/ minus /g" | sed -e "s/\/ durch //g" | sed -e "s/^/' + str(math_text) + ' gleich/" | sed -e "s/\\*/ mal /"')
else:
red_text("Erkannt: " + str(math_text))
self.interact.talk("Diese Rechnung ist mir zu kompliziert oder ich habe sie nicht richtig verstanden");
def solve_equation (self):
self.controlkeyboard.hotkey('home')
self.controlkeyboard.hotkey('shift', 'end')
self.controlkeyboard.hotkey('ctrl', 'c')
self.speak_system_command('qalc -t $(xsel --clipboard) | sed -e "s/ or / oder /" | sed -e "s/-/ minus /"')
def read_aloud(self):
self.controlkeyboard.hotkey('ctrl', 'a')
self.controlkeyboard.hotkey('ctrl', 'c')
self.controlkeyboard.hotkey('ctrl', 'a')
self.controlkeyboard.hotkey('ctrl', 'c')
self.controlkeyboard.hotkey('right')
self.speak_system_command('xsel --clipboard | tr "\n" " "')
def lalelu (self):
self.interact.talk("Nur der Mann im Mond hört zu")
def lalalalala(self):
self.interact.talk("La la la la la")
def read_line_aloud(self):
self.guitools.select_current_line()
self.controlkeyboard.hotkey('ctrl', 'c')
self.speak_system_command('xsel --clipboard | tr "\n" " "')
def say_something_philosophical (self):
array = [
"Das ontisch Nächste ist das ontologisch Fernste",
"Jedes Wort ist ein Vorurteil",
"Man verdirbt einen Jüngling am sichersten, wenn man ihn verleitet, den Gleichdenkenden höher zu achten als den Andersdenkenden.",
]
self.interact.talk(self.basefeatures.random_element_from_array(array))
def random_string(self, string_length=16):
letters = string.ascii_letters + string.digits
return ''.join(random.SystemRandom().choice(string.ascii_letters + string.digits) for _ in range(string_length))
def say_current_sound_volume(self):
audio_level = self.basefeatures.get_current_audio_level()
self.interact.talk(audio_level)
def create_password(self):
random_string = self.random_string(25)
print("Das zufällig generierte Passwort ist: " + random_string)
self.controlkeyboard.copy(random_string)
self.controlkeyboard.copy(random_string)
self.interact.talk("Ein Passwort wurde erstellt und in das Clipboard kopiert")
def favourite_song (self):
array = [
"Monoton und Minimal von Welle Erdball",
"Digital ist Besser von Tocotronic",
"Starless von King Krimson",
"Technologik von Däft Pank"
]
self.interact.talk(self.basefeatures.random_element_from_array(array))
def hello (self):
self.interact.talk("Hallo, " + os.getenv("USER"))
def tell_day (self):
from datetime import date
heute = date.today()
string_day = ("Montag", "Dienstag", "Mittwoch", "Donnerstag", "Freitag", "Samstag", "Sonntag")[heute.weekday()]
self.interact.talk("Heute ist " + string_day)
def tell_time (self):
now = datetime.now()
current_hour = now.strftime("%H")
current_minute = now.strftime("%M")
string_time = str(current_hour) + " Uhr " + str(current_minute)
self.interact.talk(string_time)
def tell_joke(self):
array = [
"Was ist weiß und steht hinter einem Baum? Eine scheue Milch",
"Gott sprach: Es werde Licht! Tschack Norris antwortete! Sag bitte!",
"Kommt ein Wektor zur Drogenberatung: Hilfe, ich bin line ar abhängig.",
"Was macht ein Mathematiker im Garten? Wurzeln ziehen.",
"Mathematiker sterben nie! sie verlieren nur einige ihrer Funktionen.",
"Wie viele Informatiker braucht man, um eine Glühbirne zu wechseln? Keinen, das ist ein Hardwärproblem!",
"Linux wird nie das meistinstallierte Betriebssystem sein, wenn man bedenkt, wie oft man Windows neu installieren muss!",
"Wie viele Glühbirnen braucht man, um eine Glühbirne zu wechseln? Genau zwei, die Alte und die Neue.",
"5 von 4 Leuten haben Probleme mit Mathematik!",
"Sagt ein Mathestudent zum Kommilitonen: Ich habe gehört, die Ehe des Professors soll sehr unglücklich sein! Meint der andere: Das wundert mich nicht. Er ist Mathematiker, und sie unberechenbar.",
"Was ist die Lieblingsbeschäftigung von Bits und Bytes? Busfahren.",
"Der kürzeste Programmiererwitz: Gleich bin ich fertig!",
"Ein Informatiker schiebt einen Kinderwagen durch den Park. Kommt ein älteres Ehepaar und fragt: Junge oder Mädchen? Da sagt der Informatiker: Richtig!"
]
self.interact.talk(self.basefeatures.random_element_from_array(array))
class TextReplacements():
def replace_in_text_mode (self, text):
text = text.replace("komma", ",")
text = text.replace("ausrufezeichen", "!")
text = text.replace("punkt", ".")
text = text.replace("neue zeile", "\n")
text = text.replace("neuer zeile", "\n")
text = text.replace("neu zeile", "\n")
text = text.replace("leerzeichen", " ")
text = text.replace("geschweifte klammer auf", "{")
text = text.replace("geschweifte klammer zu", "}")
text = text.replace("eckige klammer auf", "[")
text = text.replace("eckige klammer zu", "]")
text = text.replace("klammer auf", "(")
text = text.replace("klammer zu", ")")
text = text.replace(" ,", ",")
text = text.replace(" !", "!")
text = text.replace(" .", ".")
text = text.replace(" ", " ")
text = text.replace("\n ", "\n")
text = text.replace(" \n", "\n")
return text
def replace_in_formula_mode(self, text):
text = text.replace("ein hundert", "100")
text = text.replace("zweihundert", "200")
text = text.replace("zwei hundert", "200")
text = text.replace("drei hundert", "300")
text = text.replace("dreihundert", "300")
text = text.replace("vierhundert", "400")
text = text.replace("vier hundert", "400")
text = text.replace("fünfhundert", "500")
text = text.replace("fünf hundert", "500")
text = text.replace("sechs hundert", "600")
text = text.replace("sechshundert", "600")
text = text.replace("sieben hundert", "700")
text = text.replace("siebenhundert", "700")
text = text.replace("acht hundert", "800")
text = text.replace("achthundert", "800")
text = text.replace("neun hundert", "900")
text = text.replace("neunhundert", "900")
text = text.replace("hundert", "100")
text = text.replace("hundert", "100")
text = text.replace("eine million", "1000000")
text = text.replace("ein million", "1000000")
text = text.replace("einmillion", "1000000")
text = text.replace("million", "1000000")
words = text.split(" ")
words_new = []
for word in words:
try:
word = w2n.convert(word)
except Exception as e:
pass
words_new.append(str(word))
text = ' '.join(words_new)
text = text.replace("null", "0")
text = text.replace("eins", "1")
text = text.replace("zwei", "2")
text = text.replace("drei", "3")
text = text.replace("vier", "4")
text = text.replace("von", "5")
text = text.replace("fünf", "5")
text = text.replace("sechs", "6")
text = text.replace("sieben", "7")
text = text.replace("acht", "8")
text = text.replace("neun", "9")
text = text.replace("zehn", "10")
text = text.replace("elf", "11")
text = text.replace("zwölf", "12")
text = text.replace("dreizehn", "13")
text = text.replace("vierzehn", "14")
text = text.replace("fünfzehn", "15")
text = text.replace("sechszehn", "16")
text = text.replace("siebzehn", "17")
text = text.replace("achtzehn", "18")
text = text.replace("neunzehn", "19")
text = text.replace("zwanzig", "20")
text = text.replace("komma", ",")
text = text.replace("plus", "+")
text = text.replace("wurzel", "sqrt ")
text = text.replace(" ex ", "x")
text = text.replace("fluss", "+")
text = text.replace("hoch", "^")
text = text.replace("minus", "-")
text = text.replace("gleich", "=")
text = text.replace("mal", "*")
text = text.replace("geteiltdurch", "/")
text = text.replace("geteilt durch", "/")
text = text.replace(" ", "")
text = text.replace("geschweifte klammer auf", "{")
text = text.replace("geschweifteklammerauf", "{")
text = text.replace("geschweifte klammer zu", "}")
text = text.replace("geschweifteklammerzu", "}")
text = text.replace("eckige klammer auf", "[")
text = text.replace("eckigeklammerauf", "[")
text = text.replace("eckige klammer zu", "]")
text = text.replace("eckigeklammerzu", "]")
text = text.replace("klammer auf", "(")
text = text.replace("klammerauf", "(")
text = text.replace("klammer zu", ")")
text = text.replace("klammerzu", ")")
text = text.replace("ausrufezeichen", "!")
text = text.replace("fakultät", "!")
return text
class Interaction():
def __init__ (self, vad_audio, controlkeyboard, basefeatures):
self.vad_audio = vad_audio
self.controlkeyboard = controlkeyboard
self.consolemode = False
self.basefeatures = basefeatures
self.ssh_x_server_connect = self.basefeatures.get_ssh_x_server_connect()
def is_console(self):
self.consolemode = True
def is_not_console(self):
self.consolemode = False
def talk(self, something):
yellow_text(str(something))
if not something == "":
self.vad_audio.stream.stop_stream()
self.basefeatures.run_system_command('pico2wave --lang de-DE --wave /tmp/Test.wav "' + str(something) + '" ; play /tmp/Test.wav; rm /tmp/Test.wav')
self.vad_audio.stream.start_stream()
def can_you_hear_me(self):
array = [
"Ja, kann ich",
"Ja, sonst könnte ich dir auch nicht antworten",
"Nein. ähhh Doch. Ich meine ja."
]
self.talk(self.basefeatures.random_element_from_array(array))
def do_you_hear_me (self):
self.talk("Ja, ich höre dich")
def play_sound_ok(self):
self.play_sound(os.path.dirname(os.path.realpath(__file__)) + "/bleep.wav")
def play_sound_not_ok(self):
self.play_sound(os.path.dirname(os.path.realpath(__file__)) + "/line_end.wav")
def play_sound (self, path):
self.vad_audio.stream.stop_stream()
if os.path.isfile(path):
self.basefeatures.run_system_command("play " + path)
else:
self.talk("Die Datei " + str(path) + " konnte nicht gefunden werden!")
self.vad_audio.stream.start_stream()
def type_unicode(self, word):
if self.basefeatures.has_x_server():
self.controlkeyboard.copy(word)
if self.consolemode:
self.controlkeyboard.hotkey("ctrl", "shift", "v")
else:
self.controlkeyboard.hotkey("ctrl", "v")
else:
red_text("No X11")
class ControlKeyboard():
def copy(self, word):
word_debug = word
word_debug = word_debug.replace("\n", "\\n")
yellow_text("Copying `" + str(word_debug) + "` to clipboard")
pyperclip.copy(word)
pyperclip.copy(word)
def hotkey(self, *argv):
yellow_text("Pressing `" + ' + '.join(argv) + "`")
pyautogui.hotkey(*argv)
class GUITools():
def __init__ (self, interact):
self.interact = interact
self.consolemode = False
def is_console(self):
self.interact.consolemode = True
self.consolemode = True
def is_not_console(self):
self.interact.consolemode = False
self.consolemode = False
def start_browser(self):
self.interact.basefeatures.run_system_command("firefox")
def toggle_volume(self):
self.interact.talk("OK")
command = "amixer set Master toggle"
blue_text(command)
self.interact.basefeatures.run_system_command(command)
def volume_up (self):
self.interact.controlkeyboard.hotkey('volumeup')
def volume_down (self):
self.interact.controlkeyboard.hotkey('volumedown')
def say_current_window(self):
self.interact.talk(self.get_current_window())
def switch_window (self):
self.interact.controlkeyboard.hotkey('alt', 'tab')
time.sleep(1)
self.say_current_window()
def next_tab (self):
self.interact.controlkeyboard.hotkey('ctrl', 'tab')
time.sleep(1)
self.say_current_window()
def get_current_window (self):
out = b''
if os.path.isfile(self.interact.basefeatures.get_ssh_x_server()):
out = check_output(['ssh', self.interact.basefeatures.get_ssh_x_server_connect(), 'env DISPLAY=:0 XAUTHORITY=/home/$USER/.Xauthority xdotool getwindowfocus getwindowname'])
else:
out = check_output(["xdotool", "getwindowfocus", "getwindowname"])
this_str = out.decode("utf-8")
return this_str
def all_windows(self):
Window = wmctrl.Window
x = Window.list()
for wn in Window.list():
self.interact.talk(wn.wm_name)
def close_tab(self):
self.interact.controlkeyboard.hotkey('ctrl', 'w')
def previous_tab(self):
self.interact.controlkeyboard.hotkey('ctrl', 'shift', 'tab')
time.sleep(1)
self.interact.talk(self.get_current_window())
def mark_and_delete_all(self):
self.interact.controlkeyboard.hotkey('ctrl', 'a')
self.interact.controlkeyboard.hotkey('del')
def repeat (self):
self.interact.controlkeyboard.hotkey('ctrl', 'y')
def escape (self):
self.interact.controlkeyboard.hotkey('esc')
def new_tab(self):
self.interact.controlkeyboard.hotkey('ctrl', 't')
def new_window(self):
self.interact.controlkeyboard.hotkey('ctrl', 'n')
def close_window(self):
self.interact.controlkeyboard.hotkey('alt', 'f4')
def copy (self):
self.interact.controlkeyboard.hotkey('ctrl', 'c')
def select_all(self):
self.interact.controlkeyboard.hotkey('ctrl', 'a')
def undo (self):
self.interact.controlkeyboard.hotkey('ctrl', 'z')
def cut(self):
self.interact.controlkeyboard.hotkey('ctrl', 'x')
def delete(self):
self.interact.controlkeyboard.hotkey('del')
def select_current_line(self):
self.interact.controlkeyboard.hotkey('home')
self.interact.controlkeyboard.hotkey('shift', 'end')
def delete_current_line (self):
self.select_current_line()
self.delete()
def paste (self):
if self.consolemode:
self.interact.controlkeyboard.hotkey('ctrl', 'shift', 'v')
else:
self.interact.controlkeyboard.hotkey('ctrl', 'v')
def delete_last_word(self):
self.interact.controlkeyboard.hotkey('ctrl', 'backspace')
def press_enter(self):
self.interact.controlkeyboard.hotkey('enter')
def press_space(self):
self.interact.controlkeyboard.hotkey('space')
class Routines():
def __init__ (self, guitools, interact, features):
self.guitools = guitools
self.interact = interact
self.features = features
def morning_routine(self):
self.interact.talk("Guten Morgen")
self.features.talk_current_date()
self.features.talk_calendar_week()
self.features.talk_current_weather(self.features.basefeatures.get_default_city())
self.features.play_radio(None, "radio eins")
class AnalyzeAudio ():
def __init__ (self, guitools, interact, features, routines):
self.guitools = guitools
self.interact = interact
self.features = features
self.routines = routines
self.regexes = {
"^(?:(?:wiederhole was ich sage)|(?:sprich [wm]ir nach))$": {
"isfake": 1,
"help": "Spricht das, was gesagt worden ist, erneut aus",
"say": ["Wiederhole was ich sage", "Sprich mir nach"]
},
"^konsolenmodus aktivieren$": {
"isfake": 1,
"help": "Startet den Konsolen-Modus",
"say": ["Konsolenmodus aktivieren"]
},
"^konsolenmodus deaktivieren$": {
"isfake": 1,
"help": "Deaktiviert den Konsolen-Modus",
"say": ["Konsolenmodus deaktivieren"]
},
"^formel eingeben$": {
"isfake": 1,
"help": "Startet den Formel-Modus",
"say": ["Formel eingeben"]
},
"^text eingeben$": {
"isfake": 1,
"help": "Beendet den Formel-Modus und gibt wieder normalen Text ein",
"say": ["Text eingeben"]
},
"^mitschreiben$": {
"isfake": 1,
"help": "Tippt das, was gesagt worden ist, über eine virtuelle Tastatur ein",
"say": ["Mitschreiben"]
},
"^nicht mehr mitschreiben$": {
"isfake": 1,
"help": "Hört auf mitzuschreiben",
"say": ["Nicht mehr mitschreiben"]
},
"^leiser$": {
"fn": "self.guitools.volume_down",
"help": "Lautstärke leiser machen",
"say": ["leiser"]
},
"^lauter$": {
"fn": "self.guitools.volume_up",
"help": "Lautstärke lauter machen",
"say": ["lauter"]
},
"(?:(?:(?:(?:ka(?:nn|m)st\s*)?du )?(?:mich|nicht) hören))$": {
"fn": "self.interact.can_you_hear_me",
"help": "Antwortet, wenn das Gerät dich hören kann",
"say": ["Kannst du mich hören?"]
},
"^(?:(?:hörst du mich))$": {
"fn": "self.interact.do_you_hear_me",
"help": "Antwortet, wenn das Gerät dich hören kann",
"say": ["Hörst du mich?"]
},
"^star?te internet$": {
"fn": "self.guitools.start_browser",
"help": "Startet einen Internet-Browser",
"say": ["Starte Interent"]
},
"(?:wochentag|welcher\s*tag)": {
"fn": "self.features.talk_weekday",
"help": "Sagt, welcher Wochentag ist",
"say": ["Welcher Wochentag ist?"]
},
"kalenderwoche": {
"fn": "self.features.talk_calendar_week",
"help": "Sagt, welches Kalenderwoche ist",
"say": ["Welche Kalenderwoche ist?"]
},
"^.*datum ist heute$": {
"fn": "self.features.talk_current_date",
"help": "Sagt, welches Datum heute ist",
"say": ["Welches Datum ist heute?"]
},
"^alles vorlesen$": {
"fn": "self.features.read_aloud",
"help": "Lese vor, was gerade an markierbarem Text vor dir ist",
"say": ["Alles vorlesen"]
},
"^(?:diese|aktuelle?)\s*zeile\s*vorlesen$": {
"fn": "self.features.read_line_aloud",
"help": "Lese die aktuelle Zeile vor",
"say": ["Diese Zeile vorlesen", "Aktuelle Zeile vorlesen"]
},
"^löschen$": {
"fn": "self.guitools.delete",
"help": "Drücke die ENTF Taste",
"say": ["Löschen"]
},
"^(?:aktuelle|dieser?) zeile (?:auswählen|markieren)$": {
"fn": "self.guitools.select_current_line",
"help": "Aktuelle Zeile auswählen",
"say": ["Aktuelle Zeile auswählen", "Diese Zeile auswählen", "Aktuelle Zeile markieren", "Diese Zeile markieren"]
},
"^(?:dieser?|aktuelle) zeile löschen$": {
"fn": "self.guitools.delete_current_line",
"help": "Aktuelle Zeile löschen",
"say": ["Aktuelle Zeile löschen", "Diese Zeile löschen"]
},
"^aus\s*rechnen$": {
"fn": "self.features.solve_equation",
"help": "Aktuelle Zeile als Formel betrachten und ausrechnen",
"say": ["Ausrechnen"]
},
"^wieder\s*holen$": {
"fn": "self.guitools.repeat",
"help": "Hole die letzte rückgängig gemachte Änderung wieder",
"say": ["Wiederholen"]
},
"^abbrechen$": {
"fn": "self.guitools.escape",
"help": "Bricht aktuellen Vorgang ab (mit ESC)",
"say": ["Abbrechen"]
},
"^kopieren$": {
"fn": "self.guitools.copy",
"help": "Kopiere die aktuelle Auswahl",
"say": ["Kopieren"]
},
"^(?:schließe (?:fenster|elster|fester))|(?:(?:fenster|elster|fester) schließen)$": {
"fn": "self.guitools.close_window",
"help": "Schließe aktuelles Fenster",
"say": ["Schließe Fenster", "Fenster schließen"]
},