def decent_params_test1(self): p = DecentParams() p.add_string('vehicle', default='x') p.add_float('float1') p.add_float_list('floats') p.add_int('int1', default=0) p.add_int_list('ints') p.add_string_choice('ciao', ['2', '1'], default='1') p.add_int_choice('ciao2', [2, 1], default=1) args = ['--vehicle', 'y', '--float1', '1.2', '--floats', '1.2', '2.3', '--ints', '1', '2', '3'] try: res = p.parse_args(args) except SystemExit as e: print e raise Exception(str(e)) self.assertEqual(res.given('floats'), True) self.assertEqual(res.given('int1'), False) self.assertEqual(res['ciao'], '1') self.assertEqual(res['ciao2'], 1) self.assertEqual(res.ciao, '1') self.assertEqual(res.ciao2, 1) self.assertEqual(res.floats, [1.2, 2.3]) self.assertEqual(res.ints, [1, 2, 3])
def decent_params_test2(self): """ Test compulsory """ p = DecentParams() p.add_string('a') p.add_string('b') res = p.parse_args(['--b', '1']) print res
def decent_params_test2(self): """ Test compulsory """ p = DecentParams() p.add_string('a') p.add_string('b') res = p.parse_args(['--b', '1']) print(res)
def decent_params_test1(self): p = DecentParams() p.add_string('vehicle', default='x') p.add_float('float1') p.add_float_list('floats') p.add_int('int1', default=0) p.add_int_list('ints') p.add_string_choice('ciao', ['2', '1'], default='1') p.add_int_choice('ciao2', [2, 1], default=1) args = [ '--vehicle', 'y', '--float1', '1.2', '--floats', '1.2', '2.3', '--ints', '1', '2', '3' ] try: res = p.parse_args(args) except SystemExit as e: print(e) raise Exception(str(e)) self.assertEqual(res.given('floats'), True) self.assertEqual(res.given('int1'), False) self.assertEqual(res['ciao'], '1') self.assertEqual(res['ciao2'], 1) self.assertEqual(res.ciao, '1') self.assertEqual(res.ciao2, 1) self.assertEqual(res.floats, [1.2, 2.3]) self.assertEqual(res.ints, [1, 2, 3])
def decent_params_test0(self): p = DecentParams() p.add_float_list('floats') args = ['--floats', '1.2', '2.3'] try: res = p.parse_args(args) except SystemExit as e: print(e) raise Exception(str(e)) self.assertEqual(res.given('floats'), True) self.assertEqual(res.given('int1'), False) self.assertEqual(res['floats'], [1.2, 2.3])