def get_description(name=None, defaults=None):
"""Prompt user for description fields and return results."""
new_description = dict()
# Variable name is required (obviously)
new_description['Variable'] = defaults['Variable']
# Variable type is required (obviously)
original_type = defaults.get('Type', None)
type_hint = "" if original_type is None else f" [was '{original_type}']"
new_description['Type'] = prompt_options_list(
prompt=f"Variable type{type_hint}: ",
default=original_type,
options=[item['Type'] for item in SECRET_TYPES])
# Prompt (also serves as description) is required
prompt = ("Descriptive string to prompt user when " "setting value: ")
cli = Input(prompt,
default=defaults.get('Prompt'),
word_color=colors.foreground["yellow"])
result = cli.launch()
new_description['Prompt'] = result
# Alternative option set is (no pun intended) optional
if new_description['Type'] in ['string']:
prompt = "Acceptable options from which to chose: "
cli = Input(prompt,
default=defaults.get('Options'),
word_color=colors.foreground["yellow"])
result = cli.launch()
# TODO(dittrich): BUG or ISSUE in waiting.
# Items in an Options list can't end in '.*' without
# causing confusion with ',*' wildcard feature.
# Maybe switch to using '|' for alternaives instead?
if '.*' in result:
if result == '.*':
msg = "[-] '.*' is not valid: did you mean '*'?"
else:
msg = ("[-] options list items can't have '.*' "
"wildcards: did you mean to end with ',*'?")
raise RuntimeError(msg)
new_description['Options'] = result
# Environment variable export alternative optional
prompt = "Environment variable to export: "
cli = Input(prompt,
default=defaults.get('Export', ' '),
word_color=colors.foreground["yellow"])
result = cli.launch()
if result not in [' ', '', None]:
new_description['Export'] = result
# URL for further information on options, etc.
prompt = "URL for help documentation: "
cli = Input(prompt,
default=defaults.get('Help', ' '),
word_color=colors.foreground["yellow"])
result = cli.launch()
if result not in [' ', '', None]:
new_description['Help'] = result
print('')
return new_description
def __init__(self, fileName):
self.ing_reader = ING_Reader(fileName)
operator = ParticipantsOperator('categories.csv')
participants = operator.get_participants()
for transaction in self.ing_reader.getTransactions():
if transaction.category == 'unknown':
if transaction.party in participants:
transaction.set_category(participants[transaction.party])
else:
print(transaction)
#print(transaction.get_meta())
choices = list(operator.get_categories())
choices.append('NEW*')
if os.name == 'nt':
category = None
while category not in choices:
if category is not None:
print ("Incorrect Category! Use NEW* to add a new category!")
category = input("Set category [{}]:".format(sorted(choices)))
if category == 'NEW*':
category = input("Set new category: ")
break
else:
cli = Bullet(prompt = "Choose category: ", choices = sorted(choices)) # Create a Bullet or Check object
category = cli.launch() # Launch a prompt
if category == 'NEW*':
new_cli = Input(prompt = "Add new category: " ) # Create a Bullet or Check object
category = new_cli.launch() # Launch a prompt
transaction.set_category(category)
operator.add_participant(transaction.party, category)
operator.save()
self.ing_reader.save()
def do_task(self):
cli = Input(prompt="What task? 📝 >", strip=False)
task = cli.launch()
cli = Input(prompt="How long? ⏰ >", strip=False)
# Set timer
duration = int(cli.launch())
try:
print("Press CTRL+C to cancel timer and log time.")
time.sleep(duration)
self.alert_finished(task, duration)
except KeyboardInterrupt:
print("\nTimer cancelled and time logged!")
# TODO: duration passed should time executed before cancelled
self.alert_finished(task, duration)
def take_action(self, parsed_args):
se = self.app.secrets
se.requires_environment()
se.read_secrets_and_descriptions()
group = parsed_args.group
groups = se.get_groups()
# Default to using a group with the same name as the environment,
# for projects that require a group of "global" variables.
if group is None:
group = str(self.app.secrets)
if group not in groups:
raise RuntimeError((f"[!] group '{group}' does not exist in "
f"environment '{str(se)}'"
) if parsed_args.group is not None else
"[!] please specify a group with '--group'")
descriptions = se.read_descriptions(group=group)
variables = [item['Variable'] for item in descriptions]
args = parsed_args.arg
for arg in args:
if arg not in variables:
raise RuntimeError(
f"[!] variable '{arg}' does not exist in group '{group}'")
if not parsed_args.force:
if not stdin.isatty():
raise RuntimeError(
"[-] must use '--force' flag to delete a secret")
else:
prompt = f"Type the name '{arg}' to confirm: "
cli = Input(prompt,
default="",
word_color=colors.foreground["yellow"])
confirm = cli.launch()
if confirm != arg:
self.logger.info('[-] cancelled deleting secret')
return
descriptions = [
item for item in descriptions if item['Variable'] != arg
]
se.delete_secret(arg)
if len(descriptions) == 0:
paths = [se.get_descriptions_path(group=group)]
if parsed_args.mirror_locally:
paths.append(
se.get_descriptions_path(
root=os.getcwd(),
group=group,
))
for path in paths:
safe_delete_file(path)
self.logger.info("[+] deleted empty group '%s' (%s)", group,
path)
else:
se.write_descriptions(
data=descriptions,
group=group,
mirror_to=os.getcwd() if parsed_args.mirror_locally else None)
se.write_secrets()
def main():
default_aws_dir = pathlib.Path().home() / '.aws'
default_aws_config = default_aws_dir / 'config'
default_aws_creds = default_aws_dir / 'credentials'
current_mfa_prompt = Input(prompt='Please input your current mfa code: ')
current_mfa = current_mfa_prompt.launch()
profile_config = get_profile(default_aws_config)
aws_session = get_session(mfa_serial_str=profile_config['mfa_serial'],
mfa_code=current_mfa)
write_setup(aws_cred_path=default_aws_creds,
temp_creds=aws_session,
provisioning_profile=profile_config)
def get_builder_aws_ebs() -> packer_builder:
'''
build the aws builder section
'''
section_meta('starting', getframeinfo(currentframe()).function)
variable_dictionary = {
'source_ami': "{{ user `kali_aws_ami` }}",
'region': "{{ user `aws_region` }}",
'ssh_username': "******",
'instance_type': "t2.medium",
'ami_name': "Kali Linux (Standard)",
"ami_users": [""],
"force_deregister": "true",
"force_delete_snapshot": "true"
}
auth_prompt = Bullet(prompt='Choose from the items below: ',
choices=['AWS Profile', 'AWS Access Key'])
auth_type = auth_prompt.launch()
if auth_type == 'AWS Profile':
profile_prompt = Input(
prompt='Please input the profile you would like to use: ')
current_profile = profile_prompt.launch()
variable_dictionary.update({'profile': "{}".format(current_profile)})
elif auth_type == 'AWS Access Key':
variable_dictionary.update({
'access_key': "{{ user `aws_access_key` }}",
'secret_key': "{{ user `aws_secret_key` }}"
})
else:
print('unknown auth type: {}'.format(auth_type))
aws_ebs_builder = packer_builder.AmazonEbs().from_dict(
'AmazonEBS', d=variable_dictionary)
# TODO: fixin base package to accept string
aws_ebs_builder_dict = aws_ebs_builder.to_dict()
aws_ebs_builder_dict['ami_users'] = "{{user `ami_users`}}"
section_meta('exiting', getframeinfo(currentframe()).function)
return aws_ebs_builder_dict
def launch(self):
for section in self.configuration["config_sections"]:
utils.cprint("We are now configuring {} section".format(section), color=colors.foreground["default"])
self.results[section] = self.rlaunch(section, 1)
utils.cprint("You finish all the configurations, here is your full configurations",
color=colors.foreground["default"])
utils.cprint(json.dumps(self.results, indent=2), color=colors.foreground["default"])
while True:
ui = Input("Where are you going to save the configuration? ",
word_color=colors.foreground["yellow"],
default="configurations/default.json")
path = ui.launch()
if path:
path_dir = os.path.dirname(path)
if os.path.exists(path_dir):
with open(path, 'w') as fout:
fout.write(json.dumps(self.results, indent=2))
break
else:
utils.cprint("The dir `{}` does not exist".format(path_dir))
else:
utils.cprint("Invalid input")
utils.cprint("Done!")
def gif_path_option(image_filepath):
path = Path(image_filepath)
default_choice = YesNo(
# Prompt for the user to see
prompt="Do you want to use the default folder {0} ? ".format(
path.parent), )
default = default_choice.launch()
if default:
return str(path.parent)
else:
while True:
folder_choices = Input(
# Prompt for the user to see
prompt="What is the folder you want to use for the ASCII gif? ",
strip=True)
menu = folder_choices.launch()
if os.path.exists(menu):
return menu
else:
msg = f'Error: The folder \'{menu}\' doesnt seem to exists'
print(color.error(msg))
if __name__ == "__main__":
LOGGER = yt_utils.config_logger(log_file="yt-channels.log")
with open(os.path.join(yt_utils.BASE_SHARE, "channels.json"), "r") as cf:
channels = {c["name"]: c["id"] for c in json.load(fp=cf)}
ch = Bullet(
"Select a Channel:",
bullet="→ ",
align=4,
margin=1,
choices=list(channels.keys()),
)
clear()
channel = ch.launch()
cp = Input(f"Enter a folder name ({channel}): ", default=channel)
c_folder = cp.launch()
details, plp = playlist_prompt(channels[channel])
clear()
title = plp.launch()
while title in ["[Next Page]", "[Previous Page]"]:
page = details.next_page if title == "[Next Page]" else details.prev_page
details, plp = playlist_prompt(channels[channel], page)
clear()
title = plp.launch()
playlist = [pl for pl in details.items if pl.title == title][0]
fp = Input(f"Enter a folder name ({playlist.title}): ",
default=playlist.title)
f_folder = fp.launch()
addp = YesNo(prompt="Add this playlist to be monitored? (y/N)",
default="N",
prompt_prefix="")
alt_model_name = None
if model is download_choice:
cli = Bullet(prompt="Model to download:",
choices=list(downloadable_models.keys()),
**ocean_style_dolphin)
model2download = cli.launch()
alt_model_name_cli = Input(
prompt="\n There's already a \'{}\' in your disk.\
\n Please, type a different name: \n\n ".format(model2download),
strip=True,
indent=alignment['indent'])
if model2download in available_models:
alt_model_name = alt_model_name_cli.launch()
else:
cli = YesNo(
prompt="\n The model to download is going to be named \'{}\'. \
\n Do you want to change this name? [y/n] ".format(
model2download),
prompt_prefix="",
indent=alignment['indent'])
if cli.launch():
alt_model_name_cli = Input(prompt="\n Type a new name: \n ",
strip=True,
indent=alignment['indent'])
alt_model_name = alt_model_name_cli.launch()
else:
model2resume = model
def input(self, index):
cli = Input(prompt=self.items[index]['elements'],
word_color=colors.background['cyan'],
indent=3)
answers = cli.launch()
return answers
