How to use fair - 10 common examples
To help you get started, we’ve selected a few fair examples, based on popular ways it is used in public projects.
Secure your code as it's written. Use Snyk Code to scan source code in minutes - no build needed - and fix issues immediately.
remyzane / fair-api / tests / test_plugin.py View on Github 
assert Token.create(identity, timestamp) == Token.create(identity, timestamp)
assert Token.create(identity, timestamp) != Token.create(identity, timestamp + 1)
cipher_text = Token.create(identity)
assert Token.check(identity, cipher_text) == True
cipher_text = Token.create(identity, timestamp - TOKEN_TIME_OUT)
pytest.raises(TokenTimeout, Token.check, identity, cipher_text)
key = Token.get_key(identity)
aes_obj = AES.new(key, AES.MODE_CBC, key[1:] + 'x')
cipher_text = base64.b16encode(aes_obj.encrypt('error timestamp '))
pytest.raises(TokenInvalid, Token.check, identity, cipher_text)
Token.get_key.return_value = 't' * 16
pytest.raises(TokenInvalid, Token.check, identity, cipher_text)
# error key
Token.get_key.return_value = 'p' * 13
pytest.raises(TokenKeyInvalid, Token.create, identity)
pytest.raises(TokenKeyInvalid, Token.check, identity, cipher_text)def test_token():
identity = 'somebody'
Token.get_key = MagicMock()
Token.get_key.return_value = 'p' * 16
pytest.raises(TokenInvalid, Token.create, 'plaintext', 'error timestamp')
timestamp = int(time.time())
assert Token.create(identity, timestamp) == Token.create(identity, timestamp)
assert Token.create(identity, timestamp) != Token.create(identity, timestamp + 1)
cipher_text = Token.create(identity)
assert Token.check(identity, cipher_text) == True
cipher_text = Token.create(identity, timestamp - TOKEN_TIME_OUT)
pytest.raises(TokenTimeout, Token.check, identity, cipher_text)
key = Token.get_key(identity)
aes_obj = AES.new(key, AES.MODE_CBC, key[1:] + 'x')
cipher_text = base64.b16encode(aes_obj.encrypt('error timestamp '))
pytest.raises(TokenInvalid, Token.check, identity, cipher_text)def test_token():
identity = 'somebody'
Token.get_key = MagicMock()
Token.get_key.return_value = 'p' * 16
pytest.raises(TokenInvalid, Token.create, 'plaintext', 'error timestamp')
timestamp = int(time.time())
assert Token.create(identity, timestamp) == Token.create(identity, timestamp)
assert Token.create(identity, timestamp) != Token.create(identity, timestamp + 1)
cipher_text = Token.create(identity)
assert Token.check(identity, cipher_text) == True
cipher_text = Token.create(identity, timestamp - TOKEN_TIME_OUT)
pytest.raises(TokenTimeout, Token.check, identity, cipher_text)
key = Token.get_key(identity)
aes_obj = AES.new(key, AES.MODE_CBC, key[1:] + 'x')
cipher_text = base64.b16encode(aes_obj.encrypt('error timestamp '))
pytest.raises(TokenInvalid, Token.check, identity, cipher_text)
Token.get_key.return_value = 't' * 16
pytest.raises(TokenInvalid, Token.check, identity, cipher_text)def test_token():
identity = 'somebody'
Token.get_key = MagicMock()
Token.get_key.return_value = 'p' * 16
pytest.raises(TokenInvalid, Token.create, 'plaintext', 'error timestamp')
timestamp = int(time.time())
assert Token.create(identity, timestamp) == Token.create(identity, timestamp)
assert Token.create(identity, timestamp) != Token.create(identity, timestamp + 1)
cipher_text = Token.create(identity)
assert Token.check(identity, cipher_text) == True
cipher_text = Token.create(identity, timestamp - TOKEN_TIME_OUT)
pytest.raises(TokenTimeout, Token.check, identity, cipher_text)
key = Token.get_key(identity)
aes_obj = AES.new(key, AES.MODE_CBC, key[1:] + 'x')
cipher_text = base64.b16encode(aes_obj.encrypt('error timestamp '))
pytest.raises(TokenInvalid, Token.check, identity, cipher_text)
Token.get_key.return_value = 't' * 16
pytest.raises(TokenInvalid, Token.check, identity, cipher_text)
# error key
Token.get_key.return_value = 'p' * 13
pytest.raises(TokenKeyInvalid, Token.create, identity)def test_token():
identity = 'somebody'
Token.get_key = MagicMock()
Token.get_key.return_value = 'p' * 16
pytest.raises(TokenInvalid, Token.create, 'plaintext', 'error timestamp')
timestamp = int(time.time())
assert Token.create(identity, timestamp) == Token.create(identity, timestamp)
assert Token.create(identity, timestamp) != Token.create(identity, timestamp + 1)
cipher_text = Token.create(identity)
assert Token.check(identity, cipher_text) == True
cipher_text = Token.create(identity, timestamp - TOKEN_TIME_OUT)
pytest.raises(TokenTimeout, Token.check, identity, cipher_text)
key = Token.get_key(identity)
aes_obj = AES.new(key, AES.MODE_CBC, key[1:] + 'x')
cipher_text = base64.b16encode(aes_obj.encrypt('error timestamp '))
pytest.raises(TokenInvalid, Token.check, identity, cipher_text)
Token.get_key.return_value = 't' * 16
pytest.raises(TokenInvalid, Token.check, identity, cipher_text)
# error key
Token.get_key.return_value = 'p' * 13
pytest.raises(TokenKeyInvalid, Token.create, identity)
pytest.raises(TokenKeyInvalid, Token.check, identity, cipher_text)def test_token():
identity = 'somebody'
Token.get_key = MagicMock()
Token.get_key.return_value = 'p' * 16
pytest.raises(TokenInvalid, Token.create, 'plaintext', 'error timestamp')
timestamp = int(time.time())
assert Token.create(identity, timestamp) == Token.create(identity, timestamp)
assert Token.create(identity, timestamp) != Token.create(identity, timestamp + 1)
cipher_text = Token.create(identity)
assert Token.check(identity, cipher_text) == True
cipher_text = Token.create(identity, timestamp - TOKEN_TIME_OUT)
pytest.raises(TokenTimeout, Token.check, identity, cipher_text)
key = Token.get_key(identity)
aes_obj = AES.new(key, AES.MODE_CBC, key[1:] + 'x')
cipher_text = base64.b16encode(aes_obj.encrypt('error timestamp '))
pytest.raises(TokenInvalid, Token.check, identity, cipher_text)
Token.get_key.return_value = 't' * 16
pytest.raises(TokenInvalid, Token.check, identity, cipher_text)
# error keycipher_text = Token.create(identity, timestamp - TOKEN_TIME_OUT)
pytest.raises(TokenTimeout, Token.check, identity, cipher_text)
key = Token.get_key(identity)
aes_obj = AES.new(key, AES.MODE_CBC, key[1:] + 'x')
cipher_text = base64.b16encode(aes_obj.encrypt('error timestamp '))
pytest.raises(TokenInvalid, Token.check, identity, cipher_text)
Token.get_key.return_value = 't' * 16
pytest.raises(TokenInvalid, Token.check, identity, cipher_text)
# error key
Token.get_key.return_value = 'p' * 13
pytest.raises(TokenKeyInvalid, Token.create, identity)
pytest.raises(TokenKeyInvalid, Token.check, identity, cipher_text)assert Token.check(identity, cipher_text) == True
cipher_text = Token.create(identity, timestamp - TOKEN_TIME_OUT)
pytest.raises(TokenTimeout, Token.check, identity, cipher_text)
key = Token.get_key(identity)
aes_obj = AES.new(key, AES.MODE_CBC, key[1:] + 'x')
cipher_text = base64.b16encode(aes_obj.encrypt('error timestamp '))
pytest.raises(TokenInvalid, Token.check, identity, cipher_text)
Token.get_key.return_value = 't' * 16
pytest.raises(TokenInvalid, Token.check, identity, cipher_text)
# error key
Token.get_key.return_value = 'p' * 13
pytest.raises(TokenKeyInvalid, Token.create, identity)
pytest.raises(TokenKeyInvalid, Token.check, identity, cipher_text)pytest.raises(TokenInvalid, Token.create, 'plaintext', 'error timestamp')
timestamp = int(time.time())
assert Token.create(identity, timestamp) == Token.create(identity, timestamp)
assert Token.create(identity, timestamp) != Token.create(identity, timestamp + 1)
cipher_text = Token.create(identity)
assert Token.check(identity, cipher_text) == True
cipher_text = Token.create(identity, timestamp - TOKEN_TIME_OUT)
pytest.raises(TokenTimeout, Token.check, identity, cipher_text)
key = Token.get_key(identity)
aes_obj = AES.new(key, AES.MODE_CBC, key[1:] + 'x')
cipher_text = base64.b16encode(aes_obj.encrypt('error timestamp '))
pytest.raises(TokenInvalid, Token.check, identity, cipher_text)
Token.get_key.return_value = 't' * 16
pytest.raises(TokenInvalid, Token.check, identity, cipher_text)
# error key
Token.get_key.return_value = 'p' * 13
pytest.raises(TokenKeyInvalid, Token.create, identity)
pytest.raises(TokenKeyInvalid, Token.check, identity, cipher_text)def test_token():
identity = 'somebody'
Token.get_key = MagicMock()
Token.get_key.return_value = 'p' * 16
pytest.raises(TokenInvalid, Token.create, 'plaintext', 'error timestamp')
timestamp = int(time.time())
assert Token.create(identity, timestamp) == Token.create(identity, timestamp)
assert Token.create(identity, timestamp) != Token.create(identity, timestamp + 1)
cipher_text = Token.create(identity)
assert Token.check(identity, cipher_text) == True
cipher_text = Token.create(identity, timestamp - TOKEN_TIME_OUT)
pytest.raises(TokenTimeout, Token.check, identity, cipher_text)
key = Token.get_key(identity)
aes_obj = AES.new(key, AES.MODE_CBC, key[1:] + 'x')
cipher_text = base64.b16encode(aes_obj.encrypt('error timestamp '))
pytest.raises(TokenInvalid, Token.check, identity, cipher_text)
Token.get_key.return_value = 't' * 16
pytest.raises(TokenInvalid, Token.check, identity, cipher_text)
# error key
Token.get_key.return_value = 'p' * 13
pytest.raises(TokenKeyInvalid, Token.create, identity)
pytest.raises(TokenKeyInvalid, Token.check, identity, cipher_text)fair
Finite-amplitude Impulse Response (FaIR) simple climate model
Package Health Score
69 / 100Popular fair functions
- fair.api_meta.Meta
- fair.CView
- fair.JSON
- fair.parameter.List
- fair.parameter.Param
- fair.plugin.jsonp.JsonP
- fair.plugin.token.Token.check
- fair.plugin.token.Token.create
- fair.plugin.token.Token.get_key
- fair.plugin.token.TokenException
- fair.plugin.token.TokenInvalid
- fair.plugin.token.TokenKeyInvalid
- fair.plugin.token.TokenTimeout
- fair.response.JsonRaise
- fair.response.ResponseRaise
- fair.utility.ContextClass
- fair.utility.get_request_params
- fair.utility.rst_to_html
- fair.utility.text_to_html
- fair.view_old.CView.__subclasses__