def xml2note(self, load_data=True):
'''Create a note from a xml file.'''
if load_data: self.load_xml()
note_xml = self.notes.find('note')
ch_xml = note_xml.find('channel_notes')
general_xml = note_xml.find('general_notes')
text_xml = note_xml.find('log')
elements = ch_xml.getchildren()
ch_dict = {}
for e in elements:
ch_dict[e.tag] = e.text
elements = general_xml.getchildren()
general_dict = {}
for e in elements:
general_dict[e.tag] = e.text
log_xml = note_xml.find('log')
elements = log_xml.getchildren()
logs_dict = {}
for i, e in enumerate(elements):
if i == len(elements) - 1:
note = e.text
logs_dict[e.tag] = e.text
elements = 'name,annotation_type,note_type,created,last_edited,coder'.split(
',')
element_values = []
for e in elements:
print(e)
if note_xml.find(e).text:
element_values.append(note_xml.find(e).text)
else:
element_values.append('')
name, annotation_type, note_type, created, last_edited, coder = element_values
self.note = notes.note(name=name,
note=note,
ch_notes=ch_dict,
general_notes=general_dict,
created=created,
last_edited=last_edited,
coder=coder,
annotation_type=annotation_type,
note_type=note_type,
old_logs=logs_dict,
try_load=False)
def output(userinput):
# setting the name of the user to their saved configuration (if file exist)
read_config()
# preserving the input before splitting it
rawinput = userinput
try:
# I separated the basic_tasks and the search function to ease the management of the codes
# it was confusing as heck before I split them into their own respective functions.
init = basic_tasks(userinput)
if init != '':
return None, init
else:
pass
# I also separated the weather input so that it's easier to manage
weather_check = wt.check_userinput(userinput)
if weather_check[0] >= 3:
this_list = wt.weather(weather_check)
new_string = f'The current weather of {this_list[0]}, {this_list[1]} is {this_list[5]}, with the temperature of {this_list[2]}°C/{this_list[3]}°F'
print(this_list)
print(new_string)
return wt.voice_output_weather(new_string), this_list
else:
pass
# also the time
check_time = day.check_userinput(userinput)
if type(check_time) == str:
voice_asis = day.voice_output_time(check_time)
return None, voice_asis
else:
if check_time >= 2:
time = day.day_now()
print(time[0])
return day.voice_output_time(time[0]), time
else:
pass
# also the note
check_note = notes.check_userinput(userinput)
if check_note[0] >= 3:
if check_note[-1] == 'view':
note = notes.note(input_check_result=check_note,
input=userinput)
if 'Here is your note' in note[-1].split(':'):
voice('Here is your note.')
else:
voice('No notes found.')
return note
elif check_note[-1] == 'make':
note = notes.note(input_check_result=check_note,
input=userinput)
if 'Done' in note[-1].split('!'):
voice('Done! Your note has been created.')
else:
voice('No notes found.')
return note
elif check_note[-1] == 'edit':
return voice(f'Sorry, this feature is not supported yet'
), 'Not supported yet.'
elif check_note[-1] == 'delete':
note = notes.delete_note()
if note[-1] == 'Note successfully deleted':
voice('Done!')
else:
voice('No notes found.')
return note
else:
pass
else:
pass
# and the apps. very limited atm
open_app = apps.check_userinput(userinput)
if open_app[0] >= 3:
if open_app[-1] == 'open':
try:
os.startfile(num.applications[open_app[1]])
return voice(f'Starting {open_app[1]}'
), f'Starting {open_app[1].capitalize()}...'
except KeyError as err:
print(err)
return voice("App is not supported yet"
), f'App is not supported yet'
elif open_app[-1] == 'close':
dbl_backslash = '\\'
app = num.applications[open_app[1]].rfind(dbl_backslash)
try:
kill = os.system(
f'TASKKILL /F /IM {num.applications[open_app[1]][app:].replace(dbl_backslash, "")}'
)
if kill == 128:
raise apps.AppNotFoundError(f'{open_app[1]}')
if open_app[1] == 'explorer':
os.startfile('explorer.exe')
return voice(f'Closing {open_app[1]}'
), f'Closing {open_app[1].capitalize()}...'
except apps.AppNotFoundError as err:
print(err)
return voice(f'{open_app[1]} is not running. See the tip for more information'),\
f'{open_app[1].capitalize()} is not running. You can start it by saying "start {open_app[1]}"'
# system check (for shut down and restart)
sys_check = system.check_input(userinput)
if sys_check[0] >= 3:
if sys_check[-1] == 'shutdown':
return voice(f'Okay, the system will shut down in 5 seconds'),\
os.system('shutdown /s /t 10'), f'Shutting down system in 5 seconds...'
elif sys_check[-1] == 'restart':
return voice(f'Okay, the system will restart in 5 seconds'),\
os.system('shutdown /r /t 10'), f'Restarting system in 5 seconds...'
# splitting the input to make it easier to manage.
userinput = userinput.split()
print(userinput)
# checking whether the international_number keys is in userinput or not (see 'checking' library)
def check_input(userinput):
for items in userinput:
if items in num.websites:
return False
else:
pass
for keys in num.international_number.keys():
if keys in userinput:
return True
else:
pass
return False
# checking whether the international_number values is in userinput or not
def check_input_2(userinput):
for items in userinput:
if items in num.websites:
return False
else:
pass
for values in num.international_number.values():
for digits in userinput:
for each_digit in digits:
if each_digit == str(values):
return True
else:
pass
return False
# checking whether the international_operands item is in userinput or not
def check_input_3(userinput):
for items in userinput:
if items in num.websites:
return False
else:
pass
for operand in num.international_operands:
for operand_2 in userinput:
if operand_2 == operand:
return True
else:
pass
return False
# for calculating result inputted by the user using the wolfram API
if check_input_3(userinput) and check_input(
userinput) or check_input_3(userinput) and check_input_2(
userinput):
try:
calculation = ''
# this for loop is to re-construct the items inside the split 'userinput' into a new string,
# wolfram doesn't accept list
for items in userinput:
calculation += items + ' '
app_id = 'AH3H6J-X2E9J7GRV3'
client = wolframalpha.Client(app_id)
res = client.query(calculation)
answer = next(res.results).text
return voice_output_calculator(
answer), f'the answer is {answer}'
except:
return voice_output_calculator(
'None'
), f'Sorry, your term did not bring up any calculation result. Please try again.'
elif 'who' in userinput or 'what' in userinput or 'define' in userinput:
header = {
'accept':
'text/html,application/xhtml+xml,application/xml;q=0.9,image/avif,image/webp,image/apng,*/*;q=0.8,application/signed-exchange;v=b3;q=0.9',
'accept-encoding': 'gzip, deflate, br',
'accept-language':
'en-US,en;q=0.9,id-ID;q=0.8,id;q=0.7,zh-TW;q=0.6,zh-CN;q=0.5,zh;q=0.4,ja-JP;q=0.3,ja;q=0.2',
'cookie':
'CGIC=EhQxQzFDSFdMX2VuSUQ5MDJJRDkwMiKHAXRleHQvaHRtbCxhcHBsaWNhdGlvbi94aHRtbCt4bWwsYXBwbGljYXRpb24veG1sO3E9MC45LGltYWdlL2F2aWYsaW1hZ2Uvd2VicCxpbWFnZS9hcG5nLCovKjtxPTAuOCxhcHBsaWNhdGlvbi9zaWduZWQtZXhjaGFuZ2U7dj1iMztxPTAuOQ; CONSENT=YES+ID.en+202004; OGPC=19022270-1:; SEARCH_SAMESITE=CgQIyZEB; SID=5gc_fzvC7ld4U-3DPbiZdOCyYdzIzieEtxU47HYhBYHbDxUwGfvbnETbq05rJeB0Y21Pdw.; __Secure-3PSID=5gc_fzvC7ld4U-3DPbiZdOCyYdzIzieEtxU47HYhBYHbDxUwvXFS3hrMrMTFKqLYDLgzdA.; HSID=A5iUgyphfucSjbKOO; SSID=AQ1BbmPS5Mt8G3EH7; APISID=cZzg5fr40eC8gTq1/AMJKcCib6RsfZ1vKY; SAPISID=Jp7fgDOt3axBtUnp/A3rSfLiBWDVaxFz1j; __Secure-3PAPISID=Jp7fgDOt3axBtUnp/A3rSfLiBWDVaxFz1j; ANID=AHWqTUkY4fCAmJvhTm5bEJTidemDLdOUftNUhygn0309rLQdQmeCibUPCk6wNMRn; OTZ=5802877_28_28__28_; NID=207=Ma74myQrby8mAAAHUVXhlLc84trJBQv5L8wOd9O4GAVAnelqDyNRbK7IV0PHWzgUtZA_hLg_HwJ7SAsBaIHNpVjHV3iKyQ9S-TBqFahYHZFwmdDzG1OIdLBjRkGWgzI2D7h11Tvx1UzCqhB8nVz52iRsOJAzw5E9KC0mNp4kIb6Akwsh3nEbMgx033EqLhc-03_Dfs9Czfy3p8xteb_CHFW80kFmqpIvTfBqHTNALUZFUVqmLpacCa1rOQdiNQV6rpq2Gd-0wRi1MA2p-ENq8OAw9AJqs_BhIARN_ui7ZuBw44QFgUxZ9b-7wjgBDG8d5FBi-eAmP_PGatm52HiigWrhB_FfPLSCDK63AJUrEKp0GdYziWsDR3mV1NsU6B7NDptQUeCm; 1P_JAR=2021-01-14-12; DV=czkrUL6j19dPwGsmhb-xJuUDSX0OcJc3mRwa6ZImqAAAAMBLUjyomhJKagAAAJA7uHL3LJt1HAAAAA; SIDCC=AJi4QfEOlVxJy8NFJF3vlfVuWBt5M5b93oS6ETRZgVUXs8-j8U8jkChuYObW-YplhopLpkBGCw; __Secure-3PSIDCC=AJi4QfE1rAuCEUH4TdOd1ktnYUt-OnEoXhByQz4hTT7RFQtfG-QnTKRQhTEv4SSq4FLxkGT5n38',
'referer': 'https://www.google.com/',
'sec-fetch-dest': 'document',
'sec-fetch-mode': 'navigate',
'sec-fetch-site': 'same-origin',
'sec-fetch-user': '******',
'upgrade-insecure-requests': '1'
}
try:
# i am going to use web-scraping using the BeautifulSoup module in this if statement so it can act as a
# quick explanation to the user if they're lazy enough to read on the web.
search = ''
if len(userinput) > 1:
for contents in userinput:
if contents == 'what':
search = 'define '
elif contents == 'who':
search = 'who is '
elif contents == 'is':
pass
elif contents == 'if':
search = 'what happens if '
elif contents == 'happened' or contents == 'happen' or contents == 'happens':
search = 'what happened '
elif contents == 'can':
search = 'what can '
elif contents == 'will':
search = f'{userinput[0]} will '
else:
search += f'{contents}+'
# request to google using 'request' module > extract it to a html using beautifulsoup module >
# prettify it
google_search = requests.get(
f'https://www.google.com/search?q={search}',
headers=header)
soup = BeautifulSoup(google_search.text, 'html.parser')
soup = soup.prettify()
else:
# the only difference with the above section is that if the user only inputted one keyword,
# it will go to this section, otherwise it will go to above section
search = userinput[-1]
google_search = requests.get(
f'https://www.google.com/search?q={search}',
headers=header)
soup = BeautifulSoup(google_search.text, 'html.parser')
soup = soup.prettify()
# this is where the webscraping comes into play
scraping = re.findall(
r'<div class="BNeawe s3v9rd AP7Wnd">\n\s*(.*?)\n', soup)
final_scrap = ''
for items in scraping:
# if statement to filter the result. It will pick the first longest sequence of letters.
if len(items) > 50:
# re to determine a special occasion (ex. title of a person on the first half of the sentence).
# it is to prevent the program for cutting the sentence in that title of the person since the stopping
# point is a period then a space.
special_occs = re.findall(r'[A-Z][a-z]{0,3}\.', items)
if special_occs == []:
special_occs = '. '
else:
pass
final_scrap += items[:items.find(
'. ',
items.index(special_occs[-1]) + 2)] + '.' + '\n'
break
else:
pass
# calling the gTTS module which will read the scrapped text from the web
webbrowser.open_new_tab(
f'https://www.google.com/search?q={search}')
return voice_output_calculator(final_scrap), final_scrap
except:
voice_output_calculator('Error')
return None, 'Sorry, your term did not bring up any result. Try simplifying the question.'
elif userinput[0] or userinput[1] or userinput[2] or userinput[
-1] or userinput[-2] in num.predictions:
# ada_pencarian is for the search term, penelusuran is for the search engine detection. if
# both return False it'll go to the if statement below.
ada_pencarian = re.findall(r'\s*(".+")\s*', rawinput)
penelusuran = False
# try to find the quotation marks inside the user input. user can use single quote marks to quote
# stuff instead of using another double quote marks.
try:
ada_pencarian = re.findall(
r'\s*(".+")\s*',
rawinput)[0].replace('"',
'') # for removing things in rawinput
penelusuran = re.sub(ada_pencarian, '', rawinput).split()
except Exception:
pass
# the if statement below is the old one without using the double quote marks. My friend tested my program
# and wacky inputs such as 'how to implement youtube api search on stackoverflow' easily breaks it. line
# 435 is the troublemaker, but can do nothing since it's a mandatory line. for that he suggested on
# adding double quote marks for the search term. That's what I did here. The else statement does that.
# everything is left as is to prevent any more errors from occurring.
if not penelusuran:
# search term
search = ''
# search engine, will be said by the assistant
web = 'google'
# the link for the search engine. defined each in the dictionary in the 'checking' module
browse = ''
# search check is for the special occasion for yt, yt music and stackoverflow since they can have spaces
search_check = None
if 'youtube' and 'music' in userinput or 'yt' and 'music' in userinput:
browse = num.searches['youtube']['music']
web = 'youtube music'
if 'play' in userinput:
search_check = 'music'
elif 'youtube' in userinput or 'yt' in userinput:
browse = num.searches['youtube']['youtube']
web = 'youtube'
if 'play' in userinput:
search_check = 'youtube'
elif 'stack' and 'overflow' in userinput or 'stackoverflow' in userinput:
browse = num.searches['stackoverflow']
web = 'stackoverflow'
else:
for input in num.searches.keys():
if input in userinput:
web = input
browse = num.searches[web]
break
else:
continue
browse = num.searches[web]
# these for loops below is for removing things from the search input
# (such as the search engine name).
for content in num.yt_case:
if content in userinput:
userinput.remove(content)
# __ne__ is to delete things that are present in the list if it's present in the prediction list,
# this is why the for loop is necessary
for prediction in num.predictions:
if prediction in userinput:
if userinput[0] == 'is':
pass
else:
userinput = list(
filter(prediction.__ne__, userinput))
else:
pass
# appending the filtered result into a string
for final_items in userinput:
search += f'{final_items} '
# if the search_check isn't None, it'll open these websites below
if search_check == 'youtube':
yt = youtube.playonyt(search)
return voice(yt[-1]), yt
elif search_check == 'music':
ytmusic = youtube.play_yt_music(search)
return voice(ytmusic[-1]), ytmusic
# else they open websites according to their respected variables.
else:
webbrowser.open_new_tab(
f'https://www.google.com/search?q={rawinput}')
return voice_output_calculator(
'penelusuran = False'), f'Tip: input your search term wrapped in double quotation marks for a specific search engine ' \
f'as shown in the example -> Youtube "brofist". You can see the documentation for a ' \
f'complete list of supported search engines and what to do with them.'
else:
# initializing variables
web = 'google'
browse = ''
search_check = None
# a special case for youtube, yt music, stackoverflow and reddit because they're added last.
if 'youtube' and 'music' in penelusuran or 'yt' and 'music' in penelusuran:
browse = num.searches['youtube']['music']
web = 'youtube music'
if 'play' in penelusuran:
search_check = 'music'
elif 'youtube' in penelusuran or 'yt' in penelusuran:
browse = num.searches['youtube']['youtube']
web = 'youtube'
if 'play' in penelusuran:
search_check = 'youtube'
elif 'stack' and 'overflow' in penelusuran or 'stackoverflow' in penelusuran:
browse = num.searches['stackoverflow']
web = 'stackoverflow'
elif 'reddit' in penelusuran:
browse = num.searches['reddit']
web = 'reddit'
else:
for input in num.searches.keys():
if input in userinput:
web = input
browse = num.searches[web]
break
else:
continue
browse = num.searches[web]
# i did this for loop as a failsafe method, and debugging at the same time. __ne__ is to delete all
# occurring things that are present in the list if it's present in the prediction list, this is why
# the for loop is necessary
for prediction in penelusuran:
if prediction in num.predictions:
penelusuran = list(
filter(prediction.__ne__, penelusuran))
else:
pass
# same as the old one, if search_check isn't None it'll open these below
if search_check == 'youtube':
yt = youtube.playonyt(ada_pencarian)
return voice(yt[-1]), yt
elif search_check == 'music':
ytmusic = youtube.play_yt_music(ada_pencarian)
return voice(ytmusic[-1]), ytmusic
# else they'll open the search engines specified by the user with the search term
else:
webbrowser.open_new_tab(f'{browse}{ada_pencarian}')
print(ada_pencarian)
print(penelusuran)
return voice(
f'Okay, searching "{ada_pencarian}" on {web}'
), f'Okay, searching "{ada_pencarian}" on {web}'
# failsafe method
else:
if 'google' in rawinput:
rawinput.replace('google', '')
webbrowser.open_new_tab(
f'https://www.google.com/search?q={rawinput}')
# my brain exploded so i pass
except:
pass
def read_notes(exp):
'''Read all notes of all block of all participants OBSOLETE.
'''
names = read_names(exp)
return [notes.note(name) for name in names]
def read_note(self):
'''Read the note of the block, stating the usability of the block.
'''
self.n = notes.note(self.name)
def handle_note(self): # plt.close(self.fig) n = notes.note(windower.make_name(self.b),annotation_type='channels') n.edit() self.handle_plot(force_redraw=True)