def __config(self):
global portSelection
configList = [{
'selector': '1',
'prompt': 'Set Baud Rate'
}, {
'selector': '2',
'prompt': 'Set Login Details'
}, {
'selector': '3',
'prompt': 'Set AT Library'
}, {
'selector': '4',
'prompt': 'Change Device'
}, {
'selector': '5',
'prompt': 'About'
}, {
'selector': '0',
'prompt': 'Back'
}]
config = int(prompt.options("Config:", configList))
if config == 1:
baudRate = prompt.query("Baud rate:",
validators=[validators.IntegerValidator()])
self.__modifyConfigFiles('BaudRate', baudRate)
elif config == 2:
print 'Under Construction...'
os.environ["SIGFOX_USR"] = prompt.query("Username:"******"SIGFOX_PWD"] = getpass.getpass('Password:'******'Error'
raw_input("Press Enter to continue...")
self.__config()
def geturl(url, dst):
if os.path.isfile(dst):
halt_exec = prompt.options("A file already exists with that name. Continue?", options=[
{'selector': 'Y', 'prompt': 'yes', 'return': False},
{'selector': 'N', 'prompt': 'no', 'return': True}
])
if halt_exec:
raise SystemExit('Move the file and try again')
try:
req = requests.get(url, stream=True)
req.raise_for_status()
except requests.exceptions.HTTPError:
raise SystemExit(
"There was an error retrieving the data. Check your internet connection and try again."
)
with open(dst, "wb") as f:
total_length = req.headers.get('content-length')
if total_length is None: # no content length header
f.write(req.content)
else:
total_length = int(total_length)
for chunk in progress.bar(req.iter_content(chunk_size=1024), expected_size=(total_length/1024) + 1):
if chunk:
f.write(chunk)
f.flush()
def main():
# Standard non-empty input
#name = prompt.query("What's your name?")
# Set validators to an empty list for an optional input
#language = prompt.query("Your favorite tool (optional)?", validators=[])
# Shows a list of options to select from
inst_options = [{'selector':'1','prompt':'iSCSI','return':connector.ISCSI},
{'selector':'2','prompt':'FibreChannel','return':connector.FIBRE_CHANNEL},
]
inst = prompt.options("Select Volume transport protocol", inst_options)
if inst == connector.ISCSI:
connection_info = iscsi_func()
elif inst == connector.FIBRE_CHANNEL:
connection_info = fc_func()
# Use a default value and a validator
#path = prompt.query('Installation Path', default='/usr/local/bin/', validators=[validators.PathValidator()])
#puts(colored.blue('Hi {0}. Install {1} {2} to {3}'.format(name, inst, language or 'nothing', path)))
puts(colored.blue('Attempting to attach to {0} volume'.format(inst)))
puts(colored.blue('Using {0}'.format(connection_info)))
do_attach(connection_info)
def main():
"""Run puckfetcher on the command line."""
parser = _setup_program_arguments()
args = parser.parse_args()
(cache_dir, config_dir, data_dir, log_dir) = _setup_directories(args)
logger = _setup_logging(log_dir)
config = Config.Config(config_dir=config_dir, cache_dir=cache_dir, data_dir=data_dir)
index = 1
command_options = [{"selector": str(index), "prompt": "Exit.", "return": _Command.exit.name}]
index += 1
config_commands = config.get_commands()
for key in config_commands.keys():
value = config.commands[key]
command_options.append({"selector": str(index), "prompt": value, "return": key.name})
index += 1
# See if we got a command-line command.
config_dir = vars(args)["config"]
command = vars(args)["command"]
if command:
if command == _Command.exit.name:
_handle_exit(parser)
elif command == _Command.prompt.name:
pass
else:
# TODO do something cleaner than passing all this to handle_command.
_handle_command(command, config, command_options)
_handle_exit(parser)
logger.info("%s %s started!", __package__, CONSTANTS.VERSION)
# TODO CLI should probably print and not log.
while True:
try:
command = prompt.options("Choose a command", command_options)
if command == _Command.exit.name:
_handle_exit(parser)
_handle_command(command, config, command_options)
# TODO look into replacing with
# https://stackoverflow.com/questions/1112343/how-do-i-capture-sigint-in-python
except KeyboardInterrupt:
logger.critical("Received KeyboardInterrupt, exiting.")
break
except EOFError:
logger.critical("Received EOFError, exiting.")
break
parser.exit()
def select_backup(self, dumps_root):
"""
Returns the latest 10 dumps available in the dumps_root directory.
Dumps are sorted by date, latests first
"""
backups = []
if os.path.exists(dumps_root):
backups = os.listdir(dumps_root)
backups = filter(lambda f: f.endswith(".dump"), backups)
backups = list(backups)
backups.sort(key=get_dtm_from_backup_name, reverse=True)
backups = backups[:10] # don't show more than 10 backups
if not backups:
raise RuntimeError("Could not find a database backup}")
# Shows a list of options to select from
backup_options = [{
"selector": str(sel + 1),
"prompt": get_dtm_from_backup_name(backup),
"return": backup,
} for sel, backup in enumerate(backups)]
selected_backup = prompt.options(
"Type the number in brackets to select the backup to be restored",
backup_options,
)
return os.path.join(dumps_root, selected_backup)
def _choose_sub(config):
sub_names = config.get_subs()
subscription_options = []
for i, sub_name in enumerate(sub_names):
subscription_options.append({"selector": str(i+1), "prompt": sub_name, "return": i})
return prompt.options("Choose a subscription:", subscription_options)
def new_search(user):
"""
Does a new research.
:param user: user previously registered. Used to register a favorite.
"""
# asks the user to choose a category among the categories registered
category = category_selection()
category = Category(name=category)
# asks the user to choose among products registered in this category
product = product_selection(category=category)
product = Product(link=product[1], name=product[0], nutriscore=product[2])
# searches for a substitute
substitute = Product.objects.get_better_products_by_category(category)
substitute = substitute[0]
substitute = Product(
link=substitute["link"],
name=substitute["name"],
nutriscore=substitute["nutriscore"])
substitute.stores = Store.objects.get_stores_by_product(substitute)
substitute_proposal(substitute, product)
save_product = [{'selector': 'o', 'prompt': 'oui', 'return': 1},
{'selector': 'n', 'prompt': 'non', 'return': 0}]
favorite = prompt.options(
"voulez-vous enregistrer ce produit dans vos favoris ? ", save_product)
if favorite:
User.objects.insert_favorite(user, product, substitute)
def main():
"""
Main function running the code
"""
user = hello()
# starting while loop to run the app or quit
while_quit = 0
while while_quit == 0:
# asks if the user wants to see it's favorites or to search new products
choice = user_choice()
if choice == 2:
new_search(user)
else:
favorites_search(user)
# going out of while loop.
quit_options = [{
'selector': 'o',
'prompt': 'oui',
'return': 0
}, {
'selector': 'n',
'prompt': 'non',
'return': 1
}]
while_quit = prompt.options("Souhaitez-vous continuer ?", quit_options)
def _do_turn(round_):
player = round_.current_hand.player
puts()
_puts_player_header(player)
puts()
if round_.is_terminal:
_puts_round_is_terminal_warning(round_)
puts()
_puts_formatted_hand(round_.current_hand)
_draw_action = prompt.options('What would you like to do?', [
{
'selector':
str(DrawAction.ACTION_TAKE),
'prompt':
'Take the %s from the discard pile' %
colored.green(str(round_.last_discard))
},
{
'selector': str(DrawAction.ACTION_DRAW),
'prompt': 'Draw a card'
},
],
default=str(DrawAction.ACTION_DRAW))
draw_action = DrawAction(round_, _draw_action)
card = draw_action()
if draw_action.action == DrawAction.ACTION_DRAW:
puts('Drew a ', newline=False)
puts(colored.green(str(card)))
_card_action = prompt.options(
'What would you like to do with the %s?' %
colored.green(str(card)),
CARD_DRAW_ACTIONS,
default=str(CardAction.ACTION_DISCARD),
)
else:
_card_action = prompt.options(
'What would you like to do with the %s?' %
colored.green(str(card)), CARD_TAKE_ACTIONS)
CardAction(round_, _card_action)(card)
round_.end_turn()
def update_device():
''' Updates device \'filled\' attribute '''
payload = dict()
payload['id'] = prompt.query('Enter device ID')
payload['filled'] = prompt.options('Filled?', options=[
{'selector': 'Y', 'prompt': 'Yes', 'return': 1},
{'selector': 'N', 'prompt': 'No', 'return': 0}
])
send_request('put', payload)
def setup_user_input():
config_file = prompt.query('Config file name:', default='local')
config_class = prompt.query('Config class name:', default='LocalConfig')
test_schema = prompt.options('Which tests do you want to run?', triple_options)
_dict = {
'config_file': config_file.lower(),
'config_class': config_class,
'test_schema': test_schema
}
return _dict
def create():
''' Create a new device and record attributes in database '''
payload = dict()
lat = prompt.query('Enter latitude:\n>> ')
lng = prompt.query('Enter longitude:\n>> ')
payload['type'] = prompt.options('Enter bin type',
options=[
{
'selector': 1,
'prompt': 'paper',
'return': 'paper'
},
{
'selector': 2,
'prompt': 'metal',
'return': 'metal'
},
{
'selector': 3,
'prompt': 'normal',
'return': 'normal'
},
{
'selector': 4,
'prompt': 'plastic',
'return': 'plastic'
},
{
'selector': 5,
'prompt': 'glass',
'return': 'glass'
},
])
payload['district'] = prompt.options(
'Enter District',
options=[{
'selector': i,
'prompt': district,
'return': district
} for i, district in enumerate(district_list)])
payload['lat'] = lat if lat[0] != 'n' else '-' + lat[1:]
payload['lng'] = lng if lng[0] != 'n' else '-' + lng[1:]
send_request('post', payload)
def setupBoard(inital=True):
global portSelection
if inital == True:
boards = serialPorts()
boardOption = prompt.options("Select Device:", boards)
portSelection = boards[boardOption - 1]
baudRate, library = getConfig()
commandList = [{
'selector': '1',
'prompt': 'Get ID'
}, {
'selector': '2',
'prompt': 'Get PAC'
}, {
'selector': '3',
'prompt': 'Get Library Version'
}, {
'selector': '4',
'prompt': 'Send Message'
}, {
'selector': '5',
'prompt': 'Custom Command'
}, {
'selector': '6',
'prompt': 'Config'
}, {
'selector': '0',
'prompt': 'Exit'
}]
command = int(prompt.options("Command:", commandList))
if command == 0:
print "Exiting program..."
sys.exit(0)
if command != 6:
puts(colored.blue('Initialising {0}'.format(portSelection)))
device = Sigfox(portSelection, baudRate, library)
device.handleCommand(command)
def create():
''' Create a new device and record attributes in database '''
payload = dict()
lat = prompt.query('Enter latitude:\n>> ')
lng = prompt.query('Enter longitude:\n>> ')
payload['type'] = prompt.options('Enter bin type', options=[
{'selector': 1, 'prompt': 'paper', 'return': 'paper'},
{'selector': 2, 'prompt': 'metal', 'return': 'metal'},
{'selector': 3, 'prompt': 'normal', 'return': 'normal'},
{'selector': 4, 'prompt': 'plastic', 'return': 'plastic'},
{'selector': 5, 'prompt': 'glass', 'return': 'glass'},
])
payload['district'] = prompt.options('Enter District',
options=[
{'selector': i, 'prompt': district, 'return': district} for
i, district in enumerate(district_list)
])
payload['lat'] = lat if lat[0] != 'n' else '-'+lat[1:]
payload['lng'] = lng if lng[0] != 'n' else '-'+lng[1:]
send_request('post', payload)
def start(self): # 执行文档处理过程，处理结束后保存
for block in self.iter_block_items(self.document):
if isinstance(block, Paragraph):
self.process_paragraph(block)
elif isinstance(block, Table):
self.process_table(block)
inst_options = [{
'selector': '1',
'prompt': '确认保存',
'return': False
}, {
'selector': '2',
'prompt': '退出/不保存',
'return': True
}]
puts(colored.yellow('=' * 50))
quit = prompt.options('以上内容将发生改变，请确认：', inst_options)
if quit:
puts(colored.green('变更未作保存。'))
exit(0)
while True:
try:
self.document.save(self.file) # 保存处理完毕的文件
puts(colored.red('变更已保存。'))
exit(0)
except PermissionError as e:
print(e)
inst_options = [{
'selector': '1',
'prompt': '重试',
'return': False
}, {
'selector': '2',
'prompt': '退出/不保存',
'return': True
}]
quit = prompt.options('文件是否已经打开？请关闭后重试。', inst_options)
if quit:
exit(0)
def choose_from_list(file_list, message):
options = []
for i, file_name in enumerate(file_list, start=1):
options.append({
'selector': i,
'prompt': f'{file_name}',
'return': file_name
})
key = prompt.options(message, options)
puts(colored.blue(f'You selected {key}'))
return key
def _choose_sub(config):
sub_names = config.get_subs()
if sub_names is None:
return
subscription_options = []
pad_num = len(str(len(sub_names)))
for i, sub_name in enumerate(sub_names):
subscription_options.append(
{"selector": str(i + 1).zfill(pad_num), "prompt": sub_name, "return": i})
return prompt.options("Choose a subscription:", subscription_options)
def send_message(sess):
friends = sess.get_friends()
options = [{
'selector': i,
'prompt': friends[j],
'return': j
} for i, j in enumerate(friends.keys())]
uid = prompt.options("select friend:", options)
message = prompt.query("text: ")
sess.send_message(uid, message)
def remove_data():
to_remove = prompt.options('Enter corporation symbol:', get_company_options())
if not to_remove:
puts('Exited')
elif to_remove == '*':
Stock.delete().execute()
puts('All records removed')
else:
num_removed = 0
records = Stock.select().join(Company).where(Stock.company == to_remove)
for record in records:
num_removed += record.delete_instance()
puts('Cleared {:d} records from {:s}'.format(num_removed, to_remove))
def _choose_sub(conf: config.Config) -> int:
sub_names = conf.get_subs()
subscription_options = []
pad_num = len(str(len(sub_names)))
for i, sub_name in enumerate(sub_names):
subscription_options.append({
"selector": str(i + 1).zfill(pad_num),
"prompt": sub_name,
"return": i
})
return prompt.options("Choose a subscription:", subscription_options)
def list_bucket(session, bucket):
s3 = session.client('s3')
if not bucket:
buckets = s3.list_buckets()
options = [b['Name'] for b in buckets['Buckets']]
bucket = prompt.options('Please pick a bucket', options)
files = s3.list_objects_v2(Bucket=options[bucket - 1])
for file in files['Contents']:
puts(
columns(
[colored.green(file['Key']), 60],
[colored.red(str(file['Size'])), 25],
))
def create_stack(stack_name):
ec2_type_options = [{
'selector': '1',
'prompt': 't2.small',
'return': 't2.small'
}, {
'selector': '2',
'prompt': 't2.xlarge',
'return': 't2.xlarge'
}, {
'selector': '3',
'prompt': 'p2.xlarge',
'return': 'p2.xlarge'
}, {
'selector': '4',
'prompt': 'p3.2xlarge',
'return': 'p3.2xlarge'
}]
ec2_type = prompt.options("What type of ec2 instance", ec2_type_options)
puts(colored.cyan(f'You chose {ec2_type}'))
template = get_template()
image_id = 'ami-2fa95952' # Ubuntu nvidia-docker
print(template)
print(stack_name)
my_keys = list_keypairs()
key = choose_from_list(my_keys, 'Which key?')
response = cf_client.create_stack(StackName=stack_name,
TemplateBody=json.dumps(template),
Parameters=[{
'ParameterKey': 'MyIdentifier',
'ParameterValue': stack_name
}, {
'ParameterKey': 'MyImageId',
'ParameterValue': image_id
}, {
'ParameterKey': 'InstanceType',
'ParameterValue': ec2_type
}, {
'ParameterKey': 'KeyName',
'ParameterValue': key,
'UsePreviousValue': True
}])
puts(
colored.green(
f'Creating stack {stack_name} with a {ec2_type} instance'))
def list_bucket(session, bucket):
s3 = session.client('s3')
if not bucket:
buckets = s3.list_buckets()
options = [b['Name'] for b in buckets['Buckets']]
bucket = prompt.options('Please pick a bucket', options)
files = s3.list_objects_v2(Bucket=options[bucket-1])
for file in files['Contents']:
puts(
columns(
[colored.green(file['Key']), 60],
[colored.red(str(file['Size'])), 25],
)
)
def remove_company():
sym = prompt.options('Enter corporation name/symbol:', get_company_options())
if not sym:
puts('Exited')
elif sym == '*':
Company.delete().execute()
Stock.delete().execute()
puts('All companies removed')
else:
for company in Company.select(Company, Stock).join(Stock).where(Stock.company == Company.id):
for stock in company.company_stock:
stock.delete_instance()
if sym in company.id or sym in company.name:
puts("'{:s}' deleted".format(company.name))
company.delete_instance()
def update_device():
''' Updates device \'filled\' attribute '''
payload = dict()
payload['id'] = prompt.query('Enter device ID')
payload['filled'] = prompt.options('Filled?',
options=[{
'selector': 'Y',
'prompt': 'Yes',
'return': 1
}, {
'selector': 'N',
'prompt': 'No',
'return': 0
}])
send_request('put', payload)
def choose_stack():
stacks = cf_client.list_stacks()['StackSummaries']
options = []
idx = 1
for stack in stacks:
if stack['StackStatus'] != 'DELETE_COMPLETE':
options.append({
'selector': idx,
'prompt': stack['StackName'],
'return': stack['StackName']
})
idx += 1
selected_stack = prompt.options("Which stack", options)
puts(colored.blue(f'You selected {selected_stack}'))
return selected_stack
def _read(self):
inst_options = list()
for idx, fun in enumerate(self._function_list):
option = dict()
option["selector"] = str(idx)
option["prompt"] = '%s : %s' % (fun["name"], fun["description"])
option["return"] = fun
inst_options.append(option)
select_fun = prompt.options("Select a function", inst_options)
for idx, arg in enumerate(select_fun["args"]):
arg[2] = self._get_arg_value(arg)
return select_fun
def examples():
""" Procedure for choosing and running example
"""
keep_asking = True
while keep_asking:
verticalLine()
example = prompt.options(
colored.magenta("What would you like to try out?"), example_menu)
if (example == "ca"):
changeColorAll()
elif (example == "cs"):
changeColorSpecific()
elif (example == "exit"):
keep_asking = False
else:
puts(colored.yellow("Wrong input, try again"))
def main():
verticalLine()
puts("Welcome to EENX15-1919 UART test interface!")
while True:
verticalLine()
action = prompt.options(colored.magenta("What would you like to do?"),
main_menu)
if (action == "s"):
send()
elif (action == "r"):
recieve()
elif (action == "exit"):
ser.close()
exit()
else:
wrong_input
def dataSetsMenu(dataSets):
putSeparator()
puts("Current Data Sets:")
with indent(4):
printDataSets(dataSets)
putSeparator('-', 30)
menuOptions = [{
'selector': '1',
'prompt': 'Modify Data Sets'
}, {
'selector': '2',
'prompt': 'Back to Main Menu'
}]
return prompt.options('Data Sets Menu:', menuOptions, default='1')
def update_stack(stack_name):
ec2_type_options = [{
'selector': '1',
'prompt': 't2.small',
'return': 't2.small'
}, {
'selector': '2',
'prompt': 't2.medium',
'return': 't2.medium'
}, {
'selector': '3',
'prompt': 't2.xlarge',
'return': 't2.xlarge'
}, {
'selector': '4',
'prompt': 'p2.xlarge',
'return': 'p2.xlarge'
}]
ec2_type = prompt.options("Which stack?", ec2_type_options)
puts(colored.cyan(f'You chose {ec2_type}'))
template = get_template()
image_id = 'ami-2fa95952' # Ubuntu nvidia-docker
response = cf_client.update_stack(StackName=stack_name,
TemplateBody=json.dumps(template),
Parameters=[{
'ParameterKey': 'MyIdentifier',
'ParameterValue': stack_name
}, {
'ParameterKey': 'MyImageId',
'ParameterValue': image_id
}, {
'ParameterKey': 'InstanceType',
'ParameterValue': ec2_type
}, {
'ParameterKey':
'KeyName',
'ParameterValue':
'sj-mac-2017'
}])
puts(
colored.green(
f'Creating stack {stack_name} with a {ec2_type} instance'))
def list_data():
company = prompt.options('Enter corporation symbol:', get_company_options())
if not company:
puts('Exited')
return
elif company == '*':
stocks_data = Stock.select()
else:
stocks_data = Stock.select().join(Company).where(Stock.company == company)
if not stocks_data:
puts('No stock records found')
else:
puts('Company :: P/E ratio :: Ask price :: Day High :: Day Low :: Revenue :: Timestamp')
for stock in stocks_data:
puts('{0} | {1} | {2} | {3} | {4} | {5} | {6}'.format(
stock.company.name, stock.pe_ratio,stock.ask_price, stock.day_high,
stock.day_low, stock.revenue, stock.timestamp
))
def choose_ec2(attr='InstanceId'):
response = ec2_client.describe_instances()
ec2_type_options = []
for i, reservation in enumerate(response["Reservations"], start=1):
for j, instance in enumerate(reservation["Instances"], start=1):
instance_id = instance["InstanceId"]
state = instance["State"]["Name"]
# print(instance)
instance_name = get_instance_name(instance)
ec2_type_options.append({
'selector': i,
'prompt':
f'{instance_name} / {instance_id} / {instance["InstanceType"]} / {state}',
'return': instance
})
selected_instance = prompt.options("Which ec2 instance", ec2_type_options)
puts(colored.blue(f'You selected {selected_instance["InstanceId"]}'))
return selected_instance
def mainMenu(totalDataSets, settings):
editSettingsPrompt = "Edit Settings(Min: %(min)f, Max: %(max)f, Method: %(method)s, Smooth: %(smooth)d, POrder: %(porder)d, Max It: %(max_it)d, Precision: %(prec)d)" % settings
menuOptions = [{
'selector': '1',
'prompt': "Data Sets(Total: %d)" % totalDataSets
}, {
'selector': '2',
'prompt': editSettingsPrompt
}, {
'selector': '3',
'prompt': 'Reset Settings to Default'
}, {
'selector': '4',
'prompt': 'Process Data Sets'
}, {
'selector': '5',
'prompt': 'Quit Sab Spectra'
}]
putSeparator()
return prompt.options('Main Menu:', menuOptions, default='4')
def opencfl_log(profile, bucket, distribution, prefix, year, month, day):
session = boto3.Session(profile_name=profile)
s3_client = session.client('s3')
# create a prefix based on distribution, year and month
prefix = prefix + '/' + distribution
if year:
prefix += '.' + str(year)
if month:
prefix += '-' + str(month)
if day:
prefix += '-' + str(day)
files = s3_client.list_objects_v2(Bucket=bucket, Prefix=prefix)
options = [k['Key'] for k in files['Contents']]
try:
filename = prompt.options('Pick log to view', [o.split('/')[1] for o in options])
except KeyboardInterrupt:
quit(0)
s3obj = s3_client.get_object(Bucket=bucket, Key=options[filename-1])
with gzip.open(s3obj['Body'], 'rt') as f:
responses = parse(f.readlines())
puts(
columns(
[colored.yellow('method'), 6],
[colored.yellow('status'), 6],
[colored.yellow('result'), 10],
[colored.yellow('timestamp'), 20],
[colored.yellow('request_id'), 56],
[colored.yellow('path'), None],
)
)
for r in responses:
puts(
columns(
[colored.green(r.http_method), 6],
[colored.red(r.status_code), 6],
[colored.red(r.edge_result_type), 10],
[colored.cyan(arrow.get(r.timestamp).to('US/Eastern').humanize()), 20],
[colored.yellow(r.request_id), 56],
[colored.blue(r.path), None],
)
)
def clean(dups):
puts(
blue('we have founded ') + red(str(len(dups))) + blue(' duplications'))
inst_options = [{
'selector': '1',
'prompt': 'please review',
'return': 'y'
}, {
'selector': '2',
'prompt': 'better in other moment',
'return': 'n'
}]
willContinue = prompt.options(green('Do you want to continue?'),
inst_options)
if willContinue == 'y':
generator = cleanDuplicated(dups)
for i in dups:
next(generator)
# next(cleanDuplicated(dups))
else:
print('quuyerioyurti')
def run():
try:
load_defaults()
click.clear()
# main loop
while True:
choice = prompt.options("What would you like to do?: ", [
"Find live match of default summoner",
"Find live match of another summoner",
"Change default region",
"Change default summoner",
"Quit"
])
if choice == 5:
break
else:
commands[choice - 1]()
time.sleep(2) # delay before terminal clear
# click.clear()
except (KeyboardInterrupt, click.exceptions.Abort):
pass
finally:
click.echo("\nThanks for using liveleague!")
puts(
colored.green(
"You will need the following pieces of information to proceed safely:")
)
puts("FQDN")
puts("Content Root")
readyOptions = [{
'selector': '0',
'prompt': 'No {will exit immediately}',
'return': False
}, {
'selector': '1',
'prompt': 'Yes',
'return': True
}]
ready = prompt.options("Are you prepared?", readyOptions)
if (ready):
puts(
colored.red(
"OK. Enter '.' at any non-option prompt to exit without saving."))
print("OK")
fqdn = prompt.query("What is the FQDN? :")
if (fqdn == '.'):
sys.exit(0)
proposedContentRoot = prompt.query(
"What is the content root for {} [e.g., /content/foo/en/]".format(
fqdn))
if (proposedContentRoot == '.'):
sys.exit(0)
content = ''
bar = pyprind.ProgBar(file_size/1024, title='CVXNorm Codes')
for chunk in r.iter_content(chunk_size=1024, decode_unicode=True):
if chunk:
content += chunk
bar.update()
def sizeof_fmt(num, suffix='B'):
for unit in ['','Ki','Mi','Gi','Ti','Pi','Ei','Zi']:
if abs(num) < 1024.0:
return "%3.1f%s%s" % (num, unit, suffix)
num /= 1024.0
return "%.1f%s%s" % (num, 'Yi', suffix)
def main():
download()
if __name__ == '__main__':
name = prompt.query('Where is your database?')
inst_options = [{'selector': '1', 'prompt': 'Full', 'return': 'full'},
{'selector': '2', 'prompt': 'Partial', 'return': 'partial'},
{'selector': '3', 'prompt': 'None', 'return': 'no install'}]
inst = prompt.options("Full or Partial Install", inst_options)
main()
def start(self, jobs, path_format):
checksum_files = []
pgp_public_keys = {}
for job in jobs:
file_list = None
if "sha1" in job.checksum_file:
file_list = job.checksum_file["sha1"]
elif "md5" in job.checksum_file:
file_list = job.checksum_file["md5"]
elif "sha256" in job.checksum_file:
file_list = job.checksum_file["sha256"]
else:
print("No checksums available for {}".format(job.label))
if file_list:
if not isinstance(file_list, list):
file_list = [file_list]
for file in file_list:
if (file, False) not in checksum_files:
checksum_files.append((file, False))
if job.pgp_suffix:
checksum_files.append(("{}{}".format(file, job.pgp_suffix), True))
pgp_public_keys[file] = {
'id': job.pgp_key_id,
'keyserver': job.pgp_keyserver
}
cache_dir = xdg.BaseDirectory.save_cache_path('iso-manager')
checksum_cache_dir = os.path.join(cache_dir, "checksums")
if not os.path.isdir(checksum_cache_dir):
os.mkdir(checksum_cache_dir)
with progress.Bar(label="Downloading checksum files", expected_size=len(checksum_files), hide=False) as bar:
bar.show(0)
index = 0
for file in checksum_files:
file_id = hashlib.sha1(file[0].encode('utf-8')).hexdigest()
target_path = os.path.join(checksum_cache_dir, file_id)
if not os.path.isfile(target_path):
urllib.request.urlretrieve(file[0], target_path)
index += 1
bar.show(index)
with progress.Bar(label="Verifying PGP signatures", expected_size=len(checksum_files) / 2, hide=False) as bar:
bar.show(0)
index = 0
for file in checksum_files:
if file[1]: # This is a signature file
checksum_for = '.'.join(file[0].split('.')[0:-1])
file_id = hashlib.sha1(checksum_for.encode('utf-8')).hexdigest()
checksum_file_id = hashlib.sha1(file[0].encode('utf-8')).hexdigest()
checksum_file = os.path.join(checksum_cache_dir, file_id)
signature_file = os.path.join(checksum_cache_dir, checksum_file_id)
result = subprocess.call(["gpg", "--verify", signature_file, checksum_file],
stderr=subprocess.DEVNULL)
pgp_info = pgp_public_keys[checksum_for]
if result == 2:
print("\nSignature could not be verified for {}".format(checksum_for))
options = [
{
'selector': '1',
'prompt': 'Download the public key {id} from {keyserver}'.format(**pgp_info),
'return': 'download'
},
{
'selector': '2',
'prompt': "Don't check the signature for the checksum file",
'return': 'ignore'
},
{
'selector': '3',
'prompt': 'Abort verifying altogether',
'return': 'abort'
}
]
ask = prompt.options("Do you want to download the public key {}?".format(pgp_info['id']),
options)
if ask == 'download':
subprocess.call(['gpg', '--keyserver', pgp_info['keyserver'], '--recv-keys',
'0x{}'.format(pgp_info['id'])])
elif result == 1:
print("\n\nSignature invalid for {}. Aborting.".format(checksum_for))
exit(1)
index += 1
bar.show(index)
with progress.Bar(label="Verifying checksums", expected_size=len(jobs), hide=False) as bar:
bar.show(0)
index = 0
for job in jobs:
iso_file = job.get_path(path_format)
if os.path.isfile(iso_file):
if "sha1" in job.checksum_file:
file_list = job.checksum_file["sha1"]
algorithm = "sha1"
elif "md5" in job.checksum_file:
file_list = job.checksum_file["md5"]
algorithm = "md5"
elif "sha256" in job.checksum_file:
file_list = job.checksum_file["sha256"]
algorithm = "sha256"
else:
raise Exception("No hash key found")
if not isinstance(file_list, list):
file_list = [file_list]
hashes = {}
for file in file_list:
cache_id = hashlib.sha1(file.encode('utf-8')).hexdigest()
checksum_file = os.path.join(checksum_cache_dir, cache_id)
hashes.update(self.parse_hash_file(checksum_file))
file_hash = self.file_hash(algorithm, iso_file)
if file_hash != hashes[job.get_filename_for_checksum()]:
print("Checksum invalid for {}. Aborting.".format(job.label))
exit(1)
index += 1
bar.show(index)
def main() -> None:
"""Run puckfetcher on the command line."""
global LOG
log_dir = constants.APPDIRS.user_log_dir
log_filename = os.path.join(log_dir, f"{__package__}.log")
LOG = util.set_up_logging(log_filename=log_filename,
verbosity=constants.VERBOSITY)
parser = _setup_program_arguments()
args = parser.parse_args()
(cache_dir, config_dir, data_dir) = _setup_directories(args)
try:
conf = config.Config(config_dir=config_dir,
cache_dir=cache_dir,
data_dir=data_dir)
except error.MalformedConfigError as exception:
LOG.error("Unable to start puckfetcher - config error.")
LOG.error(exception.desc)
parser.exit()
args = parser.parse_args()
command_options = []
config_commands = config.get_commands()
for i, key in enumerate(config_commands):
value = config_commands[key]
command_options.append({
"selector": str(i + 1),
"prompt": value,
"return": key.name
})
# See if we got a command-line command.
config_dir = vars(args)["config"]
command = vars(args)["command"]
if command:
if command == "menu":
pass
else:
if command != "exit":
_handle_command(command, conf)
parser.exit()
LOG.info(f"{__package__} {constants.VERSION} started!")
while True:
try:
command = prompt.options("Choose a command", command_options)
if command == "exit":
parser.exit()
_handle_command(command, conf)
# TODO look into replacing with
# https://stackoverflow.com/questions/1112343/how-do-i-capture-sigint-in-python
except KeyboardInterrupt:
LOG.critical("Received KeyboardInterrupt, exiting.")
break
except EOFError:
LOG.critical("Received EOFError, exiting.")
break
parser.exit()
def setup_user_input():
"""
Setup configuration and database loading script by querying information from user.
"""
print(
"#### Please answer the following questions to setup the folder ####")
log_folder = prompt.query('Logging folder (must exist):',
default='.',
validators=[validators.PathValidator()])
loader_file = prompt.query('Loader file name:', default='loader')
config_file = prompt.query('Config file name:', default='local')
config_class = prompt.query('Config class name:', default='LocalConfig')
print("#### Database configuration setup ####")
dialect = prompt.options('Marcotti-Events Database backend:',
dialect_options)
if dialect == 'sqlite':
dbname = prompt.query('Database filename (must exist):',
validators=[validators.FileValidator()])
dbuser = ''
hostname = ''
dbport = 0
else:
dbname = prompt.query('Database name:')
dbuser = prompt.query('Database user:'******'')
puts(
colored.red(
'Database password is not defined -- You must define it in the config file!'
))
hostname = prompt.query('Database hostname:', default='localhost')
dbport = prompt.query('Database path:', default=db_ports.get(dialect))
print("#### Database season setup ####")
start_yr = prompt.query('Start season year',
default='1990',
validators=[validators.IntegerValidator()])
end_yr = prompt.query('End season year',
default='2020',
validators=[validators.IntegerValidator()])
print("#### Data file setup ####")
supplier = prompt.query('Name of data supplier:')
is_club_db = prompt.options('Is this a club database?', binary_options)
spanish = prompt.options('Are country names in Spanish?', binary_options)
csv_data_dir = prompt.query('Directory containing CSV data files:',
default='.',
validators=[validators.PathValidator()])
supplier_data_path = path_query(
'Relative path of Suppliers CSV data files:')
club_data_path = path_query('Relative path of Clubs CSV data files:')
comp_data_path = path_query(
'Relative path of Competitions CSV data files:')
season_data_path = path_query('Relative path of Seasons CSV data files:')
venue_data_path = path_query('Relative path of Venues CSV data files:')
position_data_path = path_query(
'Relative path of Player Positions CSV data files:')
player_data_path = path_query('Relative path of Players CSV data files:')
manager_data_path = path_query('Relative path of Managers CSV data files:')
referee_data_path = path_query('Relative path of Referees CSV data files:')
league_match_data_path = path_query(
'Relative path of League Matches CSV data files:')
group_match_data_path = path_query(
'Relative path of Group Matches CSV data files:')
knockout_match_data_path = path_query(
'Relative path of Knockout Matches CSV data files:')
goal_data_path = path_query('Relative path of Goals CSV data files:')
penalty_data_path = path_query(
'Relative path of Penalties CSV data files:')
bookable_data_path = path_query(
'Relative path of Bookables CSV data files:')
substitution_data_path = path_query(
'Relative path of Substitutions CSV data files:')
shootout_data_path = path_query(
'Relative path of Penalty Shootouts CSV data files:')
player_stats_data_path = path_query(
'Relative path of Player Statistics CSV data files:')
print("#### End setup questions ####")
setup_dict = {
'loader_file': loader_file.lower(),
'config_file': config_file.lower(),
'config_class': config_class,
'supplier': supplier,
'dialect': dialect,
'dbname': dbname,
'dbuser': dbuser,
'dbhost': hostname,
'dbport': dbport,
'start_yr': start_yr,
'end_yr': end_yr,
'logging_dir': log_folder,
'log_file_path': os.path.join(log_folder, 'marcotti.log'),
'club_db': is_club_db,
'country_prefix': 'es' * (spanish is True),
'csv_data_dir': csv_data_dir,
'csv_data': {
'suppliers': supplier_data_path,
'competitions': comp_data_path,
'seasons': season_data_path,
'clubs': club_data_path,
'venues': venue_data_path,
'positions': position_data_path,
'players': player_data_path,
'managers': manager_data_path,
'referees': referee_data_path,
'league_matches': league_match_data_path,
'group_matches': group_match_data_path,
'knockout_matches': knockout_match_data_path,
'goals': goal_data_path,
'penalties': penalty_data_path,
'bookables': bookable_data_path,
'substitutions': substitution_data_path,
'shootouts': shootout_data_path,
'statistics': player_stats_data_path
}
}
return setup_dict
def main():
"""Run puckfetcher on the command line."""
parser = _setup_program_arguments()
args = parser.parse_args()
(cache_dir, config_dir, data_dir, log_dir) = _setup_directories(args)
# pylint: disable=invalid-name
LOG = _setup_logging(log_dir)
try:
config = Config.Config(config_dir=config_dir, cache_dir=cache_dir, data_dir=data_dir)
except Error.MalformedConfigError as exception:
LOG.error("Unable to start puckfetcher - config error.")
LOG.error(exception)
parser.exit()
index = 1
command_options = [{"selector": str(index), "prompt": "Exit.", "return": "exit"}]
index += 1
config_commands = config.get_commands()
for key in config_commands:
value = config.commands[key]
command_options.append({"selector": str(index), "prompt": value, "return": key.name})
index += 1
# See if we got a command-line command.
config_dir = vars(args)["config"]
command = vars(args)["command"]
if command:
if command == "exit":
parser.exit()
elif command == "menu":
pass
else:
_handle_command(command, config, command_options, LOG)
parser.exit()
LOG.info("%s %s started!", __package__, CONSTANTS.VERSION)
while True:
try:
command = prompt.options("Choose a command", command_options)
if command == "exit":
parser.exit()
_handle_command(command, config, command_options, LOG)
# TODO look into replacing with
# https://stackoverflow.com/questions/1112343/how-do-i-capture-sigint-in-python
except KeyboardInterrupt:
LOG.critical("Received KeyboardInterrupt, exiting.")
break
except EOFError:
LOG.critical("Received EOFError, exiting.")
break
parser.exit()
'selector': 'r',
'prompt': 'Remove printer',
'return': 'r'
}, {
'selector': 'u',
'prompt': 'Update printer',
'return': 'u'
}, {
'selector': 'exit',
'prompt': 'Exit program',
'return': 'exit'
}]
while True:
verticalLine()
action = prompt.options(colored.magenta("What would you like to do?"),
main_menu)
if (action == "e"):
examples()
elif (action == "s"):
showPrinters()
elif (action == "a"):
addPrinter()
elif (action == "r"):
removePrinter()
elif (action == "u"):
updatePrinters()
elif (action == "exit"):
exit()
else:
wrong_input
def main():
while True:
podcast_search = prompt.query("Podcast you want to download: ")
clear()
podcast_search = re.sub(r" ", "+", podcast_search)
url = "https://itunes.apple.com/search?term=" + podcast_search + "&entity=podcast"
data = get_data(url)
result_count = int(data["resultCount"])
if result_count <= 0:
puts('No results found, please search again')
continue
puts("{:d} results were found. Displaying the top ten now".format(result_count))
for i in range(result_count):
puts("{:d}: {:s}".format(
i + 1,
data["results"][i]["trackName"]
))
if len(data["results"][i]["artistName"]) > 40:
data["results"][i]["artistName"] = data["results"][i]["artistName"][0:40]+'...'
puts("\tArtist: {:s}".format(
data["results"][i]["artistName"]
))
puts()
user_selection = int(prompt.query("Enter podcast number (0 if None): ", validators=[
validators.IntegerValidator()
]))
clear()
if user_selection == 0:
raise SystemExit('Goodbye!')
elif 0 < user_selection <= result_count:
podcast_name = data["results"][user_selection - 1]["trackName"]
podcast_id = data["results"][user_selection - 1]["collectionId"]
puts("You have selected {:s}".format(podcast_name))
break
else:
puts("Incorrect number, please search again.")
url = "https://itunes.apple.com/lookup?id=" + str(podcast_id) + "&entity=podcast"
data = get_data(url)
rss_url = data["results"][0]["feedUrl"]
data_root = feedparser.parse(get_data(rss_url, json=False))['entries']
enclosures = [entry.enclosures[0].href for entry in data_root]
titles = [entry.title for entry in data_root]
ext = re.search(r'\.\w+?$', enclosures[0]).group(0)
mp3list = []
for link in enclosures:
mp3list.append(link)
num_titles = len(titles)
puts("{:d} titles found, printing the latest 10...".format(num_titles))
for i in range(min(10, len(titles))):
puts('[{:d}] {:s}'.format(i+1, titles[i].strip('\n')))
puts()
download_all = False
download_one = -1
download_new = False;
download_range_start = -1
download_range_finish = -1
bad_input = True
while bad_input:
bad_input = False
if bad_input:
puts('Error: bad input')
user_download = prompt.options('Select download options ', options=[
'All',
'Latest',
'Specific file',
'Range'
])
clear()
if user_download == 1:
download_all = True
elif user_download == 2:
download_new = True
elif user_download == 3:
user_download = prompt.query('Enter file number', validators=[
validators.IntegerValidator()
])
clear()
if 0 < user_download < 11:
download_one = len(mp3list) - int(user_download) + 1
else:
bad_input = True
continue
else:
user_download = prompt.query('Enter file range (ex: 1 - 3)')
clear()
if '-' in user_download:
try:
range_list = [int(num.strip()) for num in user_download.split('-')]
except ValueError:
bad_input = True
continue
download_range_start = len(mp3list) - int(range_list[1])
download_range_finish = len(mp3list) - int(range_list[0])
if len(range_list) != 2 or not (0 < download_range_start <
download_range_finish < 11):
bad_input = True
continue
else:
bad_input = True
continue
break
base_path = os.path.dirname(os.path.realpath(__file__))
if download_all:
for i in range(len(mp3list)):
puts("Downloading: {:s}".format(titles[i]))
save_loc = "{:s}/{:s}{:s}".format(
base_path,
titles[i],
ext
)
geturl(mp3list[i], save_loc)
puts()
elif download_one >= 0:
puts("Downloading: {:s}".format(titles[int(download_one)]))
save_loc = "{:s}/{:s}{:s}".format(
base_path, titles[int(download_one)], ext
)
geturl(mp3list[int(download_one)], save_loc)
elif download_new:
puts("Downloading: {:s}".format(titles[0]))
save_loc = "{:s}/{:s}{:s}".format(
base_path,
titles[0],
ext
)
geturl(mp3list[int(download_one)], save_loc)
else:
for i in range(download_range_start, download_range_finish + 1):
puts("Downloading: {:s}".format(titles[i]))
save_loc = "{:s}/{:s}{:s}".format(
base_path,
titles[i],
ext
)
geturl(mp3list[i], save_loc)
puts()
puts('Process Complete')
def setup_user_input():
"""
Setup configuration and database loading script by querying information from user.
:return:
"""
print "#### Please answer the following questions to setup the folder ####"
log_folder = prompt.query('Logging folder (must exist):', default='.', validators=[validators.PathValidator()])
loader_file = prompt.query('Loader file name:', default='loader')
config_file = prompt.query('Config file name:', default='local')
config_class = prompt.query('Config class name:', default='LocalConfig')
print "#### Database configuration setup ####"
dialect = prompt.options('Marcotti-MLS Database backend:', dialect_options)
if dialect == 'sqlite':
dbname = prompt.query('Database filename (must exist):', validators=[validators.FileValidator()])
dbuser = ''
hostname = ''
dbport = 0
else:
dbname = prompt.query('Database name:')
dbuser = prompt.query('Database user:'******'')
puts(colored.red('Database password is not defined -- You must define it in the config file!'))
hostname = prompt.query('Database hostname:', default='localhost')
dbport = prompt.query('Database path:', default=db_ports.get(dialect))
print "#### Database season setup ####"
start_yr = prompt.query('Start season year', default='1990', validators=[validators.IntegerValidator()])
end_yr = prompt.query('End season year', default='2020', validators=[validators.IntegerValidator()])
print "#### Data file setup ####"
top_level_data_dir = prompt.query('Directory containing CSV data files:', default='.',
validators=[validators.PathValidator()])
club_data_path = path_query('Relative path of Clubs data files:')
comp_data_path = path_query('Relative path of Competitions data files:')
comp_season_data_path = path_query('Relative path of CompetitionSeasons data files:')
player_data_path = path_query('Relative path of Players data files:')
acq_data_path = path_query('Relative path of Player Acquisitions data files:')
salary_data_path = path_query('Relative path of Salaries data files:')
partial_data_path = path_query('Relative path of Partial Tenure data files:')
minutes_data_path = path_query('Relative path of Player Minutes data files:')
field_stat_data_path = path_query('Relative path of Field Player Statistics data files:')
gk_stat_data_path = path_query('Relative path of Goalkeeper Statistics data files:')
points_data_path = path_query('Relative path of League Points data files:')
print "#### End setup questions ####"
setup_dict = {
'loader_file': loader_file.lower(),
'config_file': config_file.lower(),
'config_class': config_class,
'dialect': dialect,
'dbname': dbname,
'dbuser': dbuser,
'dbhost': hostname,
'dbport': dbport,
'start_yr': start_yr,
'end_yr': end_yr,
'logging_dir': log_folder,
'log_file_path': os.path.join(log_folder, 'marcotti.log'),
'data_dir': top_level_data_dir,
'data': {
'clubs': club_data_path,
'competitions': comp_data_path,
'comp_seasons': comp_season_data_path,
'players': player_data_path,
'acquisitions': acq_data_path,
'salaries': salary_data_path,
'partials': partial_data_path,
'minutes': minutes_data_path,
'field_stats': field_stat_data_path,
'gk_stats': gk_stat_data_path,
'points': points_data_path
}
}
return setup_dict