def prepare_ping():
j = parse_json_from_file(PROJECT_CONFIG_FILE)
manager = Manager(server_file_name=j['servers_file'],
binary=j['v2ray_binary'])
choices = ["ping all"]
l = manager.server_number
for i in range(l):
s = manager.get_server(i)
choices.append(str(i + 1) + " " + s['ps'] + " " + s['host'])
prompt = ScrollBar(height=10, choices=choices)
result = prompt.launch()
index = choices.index(result)
print("index ps time")
if index == 0:
for i in range(l):
s = manager.get_server(i)
r = ping(host=s['host'])
result = str(r) + "ms" if r != -1 else "timeout"
print(str(i + 1) + " " + s['ps'] + " " + result)
else:
s = manager.get_server(index - 1)
r = ping(host=s['host'])
result = str(r) + "ms" if r != -1 else "timeout"
print(str(index) + " " + s['ps'] + " " + result)
def select_a_program(self):
playlist_links = set()
cli = ScrollBar("Select a show: ", [*self.programs],
pointer="🎵",
height=6,
align=5,
margin=3)
program = cli.launch()
search_fill = self.PROG_SEARCH_FILL.copy(
) # make a copy of the dict in case we want to do another search
search_fill['program'] = self.programs[program]
search_url = "?".join([self.WMBR_SITE, parse.urlencode(search_fill)])
search_data = requests.get(search_url)
search_parser = BeautifulSoup(search_data.content, "html.parser")
playlist_a_tags = search_parser.find_all(
"a", href=re.compile(r"playlist.php*"))
for a in playlist_a_tags:
playlist_links.add(a.get('href'))
playlist_links = list(playlist_links)
songz = []
for lonk in playlist_links:
time.sleep(1)
songz.extend(self.playlist_visitor(lonk))
playlist_id = self.mb.create_playlist(program)
self.mb.add_songs_to_playlist(playlist_id, songz)
def issues(self):
utils.clear()
print('{}{}%s{}'.format(utils.Color.BOLD, utils.Color.BLUE,
utils.Color.END) % self.title)
count_score = 0
for key in self.question:
if key[0] == MultidimensionalEvaluationTest.HAVE_CHOICE:
answer_aux = ScrollBar(prompt=key[1],
choices=key[2],
indent=0,
margin=2,
pointer="★",
pad_right=5)
answer = answer_aux.launch()
else:
answer = input(key[1])
utils.line_break()
key.append(answer)
if key[0] == MultidimensionalEvaluationTest.HAVE_CHOICE:
try:
count_score += int(str(answer[1]))
except ValueError:
pass
return count_score
def select_victim(self):
"""Ask to the hoster which victim he want to interact with."""
user_choice = None
while True:
try:
self.wait_victims()
except KeyboardInterrupt:
break
choices = [REFRESH, *self.victims, QUIT]
cli = ScrollBar('Select your victim :'
, choices=choices
, height=SCROLL_HEIGHT)
try:
user_choice = cli.launch()
except KeyboardInterrupt:
break
finally:
utils.clearConsoleUp(SCROLL_HEIGHT - 1)
if user_choice == QUIT:
break
if user_choice == REFRESH:
continue
return user_choice
def list(self, index):
message = self.items[index]['message']
cli = ScrollBar(prompt=f' {message}',
choices=self.items[index]['elements'],
pointer_color=colors.foreground['cyan'],
margin=2,
height=10)
answers = cli.launch()
return answers
def select_users():
user_choice = None
while True:
wait_victims()
choices = [QUIT, REFRESH, *victims]
cli = ScrollBar('Select your victim :',
choices=choices,
height=SCROLL_HEIGHT)
user_choice = cli.launch()
utils.clearConsoleUp(SCROLL_HEIGHT)
if user_choice == QUIT:
return None
if user_choice != REFRESH:
print(f'You have selected \'{user_choice}\'.')
return victims.get(user_choice)
def input_gerontologist():
print('{}{}## Ficha cadastral: {} \n'.format(Color.BOLD, Color.CYAN, Color.END))
inpt_primary_name = input('Gerontólogo(a), digite o seu nome: ').capitalize()
inpt_last_name = input('Último nome: ').capitalize()
inpt_num_membership_abg = input('Número de associação ABG (Associação Brasileira de Gerontologia): ')
inpt_service_institution = input('Serviço/Instituíção: ').capitalize()
inpt_is_elderly_interviewee_aux = ScrollBar('O entrevistado é o próprio idoso?: ', choices=['Sim', 'Não'],
indent=0, margin=2, pointer="★", pad_right=5)
inpt_is_elderly_interviewee = inpt_is_elderly_interviewee_aux.launch()
inpt_evaluation_date = time.strftime("%d/%m/%Y")
inpt_is_elderly_interviewee = (1 if (inpt_is_elderly_interviewee.upper() == 'S') else 0)
gerontologist = Gerontologian(inpt_primary_name, inpt_last_name, inpt_num_membership_abg,
inpt_service_institution, inpt_is_elderly_interviewee, inpt_evaluation_date)
print('Bem vindo(a), %s. \n' % gerontologist.full_name)
time.sleep(1)
return gerontologist
def input_patient():
clear()
print('{}{}## Dados de identificação do paciente: {} \n'.format(Color.BOLD, Color.CYAN, Color.END))
inpt_first_name = input('Primeiro nome: ').capitalize()
inpt_last_name = input('Segundo nome: ').capitalize()
inpt_adress = input('Endereço: ').capitalize()
inpt_telephone = input('Telefone: ')
inpt_date_birth = input('Data de nascimento (DD/MM/AAAA): ')
inpt_age = input('Idade: ').capitalize()
inpt_genre_aux = ScrollBar(prompt='Gênero: ', choices=['Feminino', 'Masculino', 'Prefiro não dizer'],
indent=0, margin=2, pointer="★", pad_right=5)
inpt_genre = inpt_genre_aux.launch()
inpt_marital_status = input('Estado civíl: ').capitalize()
inpt_scholarity = input('Escolaridade: ').capitalize()
inpt_years_scholarity = input('De acordo com sua escolaridade, o(a) senhor(a) estudou,'
' formalmente durante quantos anos? ')
inpt_retired = input('O(a) Sr(a) é aposentado? Se não, qual é a sua profissão atual? ')
inpt_retired_pensioner = input('Caso seja aposentado ou pensionista,'
' qual a profissão que exerceu por mais tempo? ')
inpt_paid_work = input('Exerce atualmente algum tipo de trabalho remunerado? Se sim, qual? ')
inpt_individual_income = input('Renda individual: ')
inpt_family_income = input('Renda familiar (se houver): ')
inpt_live_with = input('Com quem mora: ').capitalize()
inpt_have_relegion = input('Possui religião - Sim (S) | Não (N): ')
inpt_have_relegion = (1 if (inpt_have_relegion.upper() == 'S') else 0)
patient = Patient(inpt_first_name, inpt_last_name, inpt_adress, inpt_telephone,
inpt_date_birth, inpt_age, inpt_genre, inpt_marital_status,
inpt_scholarity, inpt_years_scholarity, inpt_retired,
inpt_retired_pensioner, inpt_paid_work, inpt_individual_income,
inpt_family_income, inpt_live_with, inpt_have_relegion)
print('Iniciando a avaliação de %s... \n' % patient.full_name)
return patient
def prompt_for_application(controller_service, prompt_header: str) -> int:
result = controller_service.get_applications()
if result.error is not None:
exit_with_message(
f"Error getting applications with status code {result.error.msg}")
apps = result.data
cli = ScrollBar(prompt_header, [app.name for app in apps],
height=15,
align=5,
margin=3,
pointer=">",
pointer_color=colors.foreground["cyan"],
word_color=colors.foreground["white"],
word_on_switch=colors.foreground["white"],
background_color=colors.background["black"],
background_on_switch=colors.background["black"])
application_name = cli.launch()
application_id = next(app.id for app in apps
if app.name == application_name)
move_cursor_up_lines(len(apps) - 1 if len(apps) < 15 else 14)
return application_id
from bullet import ScrollBar
from bullet import emojis
from bullet import colors
cli = ScrollBar(
"How are you feeling today? ",
emojis.feelings,
height = 5,
align = 5,
margin = 0,
pointer = "👉",
background_on_switch = colors.background['default'],
word_on_switch = colors.foreground['default'],
return_index = True
)
print('\n')
result = cli.launch()
print(result)
from bullet import ScrollBar
from bullet import colors
import random
''' Pumping bars. '''
n = [random.randint(0, 15) for _ in range(1000)]
choices = []
# Do some interpolation
for i in range(0, len(n) - 1):
choices.append(n[i])
choices.append(int((n[i] + n[i + 1]) / 2))
choices = list(map(lambda i: "▉" * i, choices))
cli = ScrollBar(prompt="",
choices=choices,
height=1,
pointer="",
word_color=colors.bright(colors.foreground["cyan"]),
word_on_switch=colors.bright(colors.foreground["cyan"]),
background_color=colors.background["black"],
background_on_switch=colors.background["black"])
print('\n')
cli.launch()