1c8d92ef6b
This patch addresses inconsistent code style and enforces it with a gate for future submissions. Separate work will be done in the future to address several of the PEP8 ignores for docstrings, and attempt to bring the tests directory to PEP8 compliance. This patch: 1. Updates .style.yapf to set the knobs desired for YAPF. 2. Updates tox.ini to allow one of the knobs to work. 3. Removes unused code from several __init__.py files. 4. Updates the YAPF version in test-requirements.txt to latest (this is needed for several knobs to work). 5. Stylistic changes to the python codebase in Pegleg. 6. Updates to tox.ini to run YAPF during PEP8 check. Change-Id: Ieaa0fdef2b601d01c875d64b840986e54df73abf
97 lines
3.4 KiB
Python
97 lines
3.4 KiB
Python
# Copyright 2018 AT&T Intellectual Property. All other rights reserved.
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#
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# Licensed under the Apache License, Version 2.0 (the "License");
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# you may not use this file except in compliance with the License.
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# You may obtain a copy of the License at
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#
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# http://www.apache.org/licenses/LICENSE-2.0
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#
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# Unless required by applicable law or agreed to in writing, software
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# distributed under the License is distributed on an "AS IS" BASIS,
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# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
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# See the License for the specific language governing permissions and
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# limitations under the License.
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from pegleg.engine.util.cryptostring import CryptoString
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import string
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def test_cryptostring_default_len():
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s_util = CryptoString()
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s = s_util.get_crypto_string()
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assert len(s) == 24
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def test_cryptostring_short_len():
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s_util = CryptoString()
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s = s_util.get_crypto_string(0)
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assert len(s) == 24
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s = s_util.get_crypto_string(23)
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assert len(s) == 24
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s = s_util.get_crypto_string(-1)
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assert len(s) == 24
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def test_cryptostring_long_len():
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s_util = CryptoString()
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s = s_util.get_crypto_string(25)
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assert len(s) == 25
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s = s_util.get_crypto_string(128)
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assert len(s) == 128
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def test_cryptostring_has_upper():
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s_util = CryptoString()
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crypto_string = 'Th1sP@sswordH4sUppers!'
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assert s_util.has_upper(crypto_string) is True
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crypto_string = 'THISPASSWORDHASONLYUPPERS'
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assert s_util.has_upper(crypto_string) is True
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crypto_string = 'th1sp@sswordh4snouppers!'
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assert s_util.has_upper(crypto_string) is False
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def test_cryptostring_has_lower():
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s_util = CryptoString()
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crypto_string = 'Th1sP@sswordH4sLowers!'
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assert s_util.has_lower(crypto_string) is True
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crypto_string = 'thispasswordhasonlylowers'
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assert s_util.has_lower(crypto_string) is True
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crypto_string = 'TH1SP@SSWORDH4SNOLOWERS!'
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assert s_util.has_lower(crypto_string) is False
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def test_cryptostring_has_number():
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s_util = CryptoString()
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crypto_string = 'Th1sP@sswordH4sNumbers!'
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assert s_util.has_number(crypto_string) is True
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crypto_string = '123456789012345678901234567890'
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assert s_util.has_number(crypto_string) is True
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crypto_string = 'ThisP@sswordHasNoNumbers!'
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assert s_util.has_number(crypto_string) is False
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def test_cryptostring_has_symbol():
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s_util = CryptoString()
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crypto_string = 'Th1sP@sswordH4sSymbols!'
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assert s_util.has_symbol(crypto_string) is True
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crypto_string = '!@#$%^&*()[]\}{|<>?,./~`'
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assert s_util.has_symbol(crypto_string) is True
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crypto_string = 'ThisPasswordH4sNoSymbols'
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assert s_util.has_symbol(crypto_string) is False
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def test_cryptostring_has_all():
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s_util = CryptoString()
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crypto_string = s_util.get_crypto_string()
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assert s_util.validate_crypto_str(crypto_string) is True
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crypto_string = 'Th1sP@sswordH4sItAll!'
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assert s_util.validate_crypto_str(crypto_string) is True
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crypto_string = 'th1sp@sswordh4snouppers!'
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assert s_util.validate_crypto_str(crypto_string) is False
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crypto_string = 'TH1SP@SSWORDH4SNOLOWERS!'
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assert s_util.validate_crypto_str(crypto_string) is False
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crypto_string = 'ThisP@sswordHasNoNumbers!'
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assert s_util.validate_crypto_str(crypto_string) is False
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crypto_string = 'ThisPasswordH4sNoSymbols'
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assert s_util.validate_crypto_str(crypto_string) is False
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