def ex(cmd):
notes_file_data = {"notes": []}
# clear file
with open("assistant\data\files\json\notes.json", "w",
encoding="utf-8") as notes_file:
json.dump(notes_file_data, notes_file, indent=2, ensure_ascii=False)
tts.say(replying.get_reply("note_clear"))
def execute_match(cmd):
log.debug("Executing...")
#
try:
# check if command exists as python script
if commands.__contains__(cmd["name"]):
log.debug("Replying...")
commands.get(cmd["name"]).ex(cmd)
elif cmd["name"] == "google":
log.debug("Already executed...")
else:
log.error("Couldn't match command script")
# type error: no command found
except TypeError:
tts.say(
replying.get_reply(["matching", "fail"], system=True, module=True))
def ex(cmd):
# set locale to get the right month names
locale.setlocale(locale.LC_TIME, settings.LANGUAGE.replace("-", "_"))
# get the date
date = datetime.now()
# get the day (and remove leading zero)
day = date.strftime("%d").lstrip("0")
# get the month name
month = date.strftime("%B")
# get the year
year = date.strftime("%Y")
tts.say(replying.get_reply("date").format(day, month, year))
def test_match(input):
cmd = {"name": None, "text": None, "input": input}
# get phrases file data as json
with open(settings.PHRASES_FILE_PATH, encoding="utf-8") as phrases_file:
phrases_file_data = json.load(phrases_file)
# scan phrases file for match
# for every command title
for cmd_title in phrases_file_data:
keyword = phrases_file_data[cmd_title][settings.LANGUAGE]["keyword"]
# check if keyword in input
if keyword in input.lower():
tts.say(
replying.get_reply(["matching", "ask"],
system=True,
module=True).format(keyword))
yn_input = stt.listen_for_yn()
# if 'yes'
if yn_input:
# read the phrases file
with open(settings.PHRASES_FILE_PATH, "r+",
encoding="utf-8") as phrases_file:
phrases_file_data = json.load(phrases_file)
# add the new phrase to the command list
phrases_file_data[cmd_title][settings.LANGUAGE]["data"].append(
input.lower())
# write the list to the file
with open(settings.PHRASES_FILE_PATH, "r+",
encoding="utf-8") as phrases_file:
json.dump(phrases_file_data,
phrases_file,
indent=2,
ensure_ascii=False)
tts.say(
replying.get_reply(["matching", "added"],
system=True,
module=True))
cmd = {
"name":
cmd_title,
"text":
phrases_file_data[cmd_title][settings.LANGUAGE]["data"][0],
"input":
input
}
return cmd
def ex(cmd):
# save the command
# read the file
with open("data/files/json/notes.json", "r+", encoding="utf-8") as notes_file:
notes_file_data = json.load(notes_file)
# get the new note
# new_note = cmd["input"].replace(settings.KEYWORD + " ", "")
new_note = cmd["input"].replace(cmd["text"] + " ", "")
# add note to notes
notes_file_data["notes"].append(new_note)
# write the list to the file
with open("data/files/json/notes.json", "w", encoding="utf-8") as notes_file:
json.dump(notes_file_data, notes_file, indent=2, ensure_ascii=False)
tts.say(replying.get_reply("note_add").format(new_note))
def ex(cmd):
# weather request url
url = "http://api.openweathermap.org/data/2.5/forecast/daily?q={0}&appid={1}&lang={2}&units=metric&cnt=1".format(settings.LOCATION, settings.WEATHER_API_KEY, settings.LANGUAGE_SHORT)
# get the source code from the url
data = requests.get(url)
# convert json
content = json.loads(data.text)
# get data
try:
# test if there's an error message
log.error(content["message"])
except:
temp = content["main"]["temp"]
temp_max = content["main"]["temp_max"]
desc = content["weather"][0]["description"]
tts.say(replying.get_reply("weather").format(settings.LOCATION, temp, desc, temp_max))
def greet(self):
log.debug("Greeting...")
print(".........................")
print(" ")
print(colored_ascii, end=" ")
print(" ")
print(colored_ascii_1, end=" ")
print(" ")
print(".........................")
print("Basic usage:")
print(
replying.get_reply("greet", system=True).format(settings.KEYWORD))
print(
replying.get_reply("greet", system=True,
stage=1).format(settings.KEYWORD))
print(
replying.get_reply("greet", system=True,
stage=2).format(settings.KEYWORD))
tts.say(replying.get_reply("greet", system=True, stage=3))
def ex(input):
# the google search url
key_words = input.replace(settings.KEYWORD+" ", "").lower().replace(" ", "+")
url = "https://www.google.com/search?q={0}&hl={1}".format(key_words, settings.LANGUAGE_SHORT)
# get the source code from the url
source_code = requests.get(url).text
# create a bs4 object
soup = BeautifulSoup(source_code, features="html.parser")
# try to find a short answer
try:
text_tag = soup.find("div", {"class": "BNeawe iBp4i AP7Wnd"})
output = text_tag.getText()
# get a longer text
except:
text_tag = soup.find("div", {"class": "xpc"}).find("div", {"class": "BNeawe s3v9rd AP7Wnd"})
output = text_tag.getText()
tts.say(output)
def ex(cmd):
tts.say(replying.get_reply("news"))
# check if language is German
if settings.LANGUAGE == "en":
url = "https://indianexpress.com/"
# else use English
else:
url = "https://news.google.com/?hl=en-US&gl=US&ceid=US:en"
# get the source code from the url
source_code = requests.get(url).text
# create a bs4 object
soup = BeautifulSoup(source_code, features="html.parser")
# the news dict
news = []
class_name = "ipQwMb ekueJc RD0gLb"
# find every item with thegiven class name
tags = soup.find_all("h3", {"class": class_name})
tts.say(replying.get_reply("news", stage=1))
ticks = 0
# read every top title
for tag in tags:
ticks += 1
title = tag.getText()
tts.say(title)
if ticks >= settings.MAX_NEWS_TICKS:
break
def greet(self):
log.debug("Greeting...")
print("")
print(r" __ __ ")
print(r" /\ \__ /\ \__ ")
print(r" ___ \ \ ,_\ \ \ ,_\ ___ ")
print(r" / __`\ \ \ \/ \ \ \/ / __`\ ")
print(r"/\ \ \ \ \ \ \_ \ \ \_ /\ \ \ \ ")
print(r"\ \____/ \ \__\ \ \__\\ \____/")
print(r" \/___/ \/__/ \/__/ \/___/ ")
print("")
print("Basic usage:")
print(
replying.get_reply("greet", system=True).format(settings.KEYWORD))
print(
replying.get_reply("greet", system=True,
stage=1).format(settings.KEYWORD))
print(
replying.get_reply("greet", system=True,
stage=2).format(settings.KEYWORD))
tts.say(replying.get_reply("greet", system=True, stage=3))
def ex(cmd):
# set locale to get the right month names
try:
locale.setlocale(locale.LC_TIME, settings.LANGUAGE.replace("-", "_"))
except locale.Error:
try:
locale.setlocale(locale.LC_TIME,
settings.LANGUAGE.replace("-", "_") + ".utf-8")
except locale.Error:
print("Your locale was not found, using default locale")
# get the date
date = datetime.now()
# get the day (and remove leading zero)
day = date.strftime("%d").lstrip("0")
# get the month name
month = date.strftime("%B")
# get the year
year = date.strftime("%Y")
tts.say(replying.get_reply("date").format(day, month, year))
def ex(cmd):
# save the command
# read the file
with open("data/files/json/notes.json", "r+",
encoding="utf-8") as notes_file:
notes_file_data = json.load(notes_file)
tts.say(replying.get_reply("note_read"))
if len(notes_file_data["notes"]) == 0:
tts.say(replying.get_reply("note_read", stage=1))
else:
# read every note
for note in notes_file_data["notes"]:
tts.say(note)
time.sleep(0.5)
def ex(cmd):
tts.say(
"I am zhaafhe version 1.0. An AI poweered voice assistant Created by Mr. Manish to serve people"
.format(settings.KEYWORD))
def ex(cmd):
# echo
tts.say(cmd["input"].replace(cmd["text"] + " ", ""))
def ex(cmd):
tts.say(
"Grüzi Servus, ich bin {}. Ich kann dir beim Wetter, bei den Nachrichten und vielem mehr behilflich sein."
.format(settings.KEYWORD))
