def test_parse_cli_multiple_good_flags(self):
args = ['sdir=.', 'tdir=test', '-g', '-u', '-v'] # currently -g, -t, -v have no real functionality. if these flags are added as actual functional flags, this test should be updated
parser = CLIParser(args, check_assertions=True)
parser.add_flag('-g', None)
parser.add_flag('-u', None)
parser.add_flag('-v', None)
parser.parse_cli()
flag_oracle = {'-g': True, '-g': True, '-u': True, '-v': True, '-h': False}
for key in flag_oracle:
self.assertEqual(parser.get_flag(key).get_value(), flag_oracle[key])
def test_parse_cli_one_good_flag(self):
args = ['sdir=.', 'tdir=test', '-g']
parser = CLIParser(args, check_assertions=True)
parser.add_flag('-g', None)
parser.parse_cli()
param_oracle = {'sdir': '.', 'tdir': 'test', 'lang': Languages.PYTHON, 'framework': Frameworks.UNITTEST}
flag_oracle = {'-h': False, '-g': True, '-s': False, '-t': False}
for key in param_oracle:
self.assertEqual(parser.get_parameter(key).get_value(), param_oracle[key])
for key in flag_oracle:
self.assertEqual(parser.get_flag(key).get_value(), flag_oracle[key])
def test_parse_cli_good_params(self):
args = ['sdir=.', 'tdir=test', 'good_param=good_val2']
parser = CLIParser(args, check_assertions=True)
parser.add_param('good_param', {'good_val1', 'good_val2'})
parser.parse_cli()
oracle = {'sdir': '.', 'tdir': 'test', 'lang': Languages.PYTHON, 'framework': Frameworks.UNITTEST, 'good_param': 'good_val2'}
for key in oracle:
self.assertEqual(parser.get_parameter(key).get_value(), oracle[key])
def test_parse_cli_multiple_good_params(self):
args = ['sdir=.', 'tdir=test', 'good_param1=val1', 'good_param2=val3']
parser = CLIParser(args, check_assertions=True)
parser.add_param('good_param1', {'val1', 'val2'})
parser.add_param('good_param2', {'val3', 'val4'})
parser.parse_cli()
param_oracle = {'sdir': '.', 'tdir': 'test', 'lang': Languages.PYTHON, 'good_param1': 'val1', 'good_param2': 'val3'}
for key in param_oracle:
self.assertEqual(parser.get_parameter(key).get_value(), param_oracle[key])
def test_parse_cli_exits_with_good_flag_bad_param(self):
args = ['-g', 'bad_param=bad_val']
parser = CLIParser(args, check_assertions=True)
parser.add_flag('-g', None) # add g to the parser as a valid command line flag
with self.assertRaises(SystemExit) as sys_exit:
parser.parse_cli()
self.assertEqual(sys_exit.exception.code, 1)
def test_parse_cli_exits_with_good_param_bad_flag(self):
args = ['good_param=good_value', '-w']
parser = CLIParser(args, check_assertions=True)
parser.add_param('good_param', {'good_val'}) # add good_param to the parser as a valid command line flag with "good_val" as a valid value
with self.assertRaises(SystemExit) as sys_exit:
parser.parse_cli()
self.assertEqual(sys_exit.exception.code, 1)
def test_parse_cli_exits_with_no_args(self):
args = []
parser = CLIParser(args, check_assertions=True)
with self.assertRaises(SystemExit) as sys_exit:
parser.parse_cli()
self.assertEqual(sys_exit.exception.code, 1)
import subprocess
import sys
import os
from crackn.parsing.cli_parser import CLIParser
from crackn.parsing.bandit_parser import BanditReport
from crackn.genetics.mutations import GeneticSimulator, Population, Chromosome
import crackn.settings as settings
import crackn.logging as Log
if __name__ == '__main__':
cli_parser = CLIParser(sys.argv[1:])
cli_parser.parse_cli()
if cli_parser.get_flag('-h').get_value():
cli_parser.print_help()
exit(0)
# check if the user requested to run in silent/suppressed mode
silent_mode = cli_parser.get_flag('-s').get_value()
# initialize the settings module and set the silent mode
settings.init()
settings.set_silent(silent_mode)
# print a warning that Bandit output may look different when printed
if not silent_mode:
Log.INFO(
'Running with silent mode turned OFF. Please note this may cause some output to lose formatting and/or coloring.\n'
)
repo_name = cli_parser.get_parameter('repo').get_value()