def test_cache_token(self, m_sh):
token = 'TOKEN VALUE'
m_sh.return_value = token
OpenStack.token = None
o = OpenStack()
#
# Only for OVH
#
o.provider = 'something'
assert False == o.cache_token()
o.provider = 'ovh'
#
# Set the environment with the token
#
assert 'OS_TOKEN_VALUE' not in os.environ
assert 'OS_TOKEN_EXPIRES' not in os.environ
assert True == o.cache_token()
m_sh.assert_called_with('openstack -q token issue -c id -f value')
assert token == os.environ['OS_TOKEN_VALUE']
assert token == OpenStack.token
assert time.time() < int(os.environ['OS_TOKEN_EXPIRES'])
assert time.time() < OpenStack.token_expires
#
# Reset after it expires
#
token_expires = int(time.time()) - 2000
OpenStack.token_expires = token_expires
assert True == o.cache_token()
assert time.time() < int(os.environ['OS_TOKEN_EXPIRES'])
assert time.time() < OpenStack.token_expires
def test_cache_token(self, m_sh):
token = 'TOKEN VALUE'
m_sh.return_value = token
OpenStack.token = None
o = OpenStack()
#
# Only for OVH
#
o.provider = 'something'
assert False == o.cache_token()
o.provider = 'ovh'
#
# Set the environment with the token
#
assert 'OS_TOKEN_VALUE' not in os.environ
assert 'OS_TOKEN_EXPIRES' not in os.environ
assert True == o.cache_token()
m_sh.assert_called_with('openstack -q token issue -c id -f value')
assert token == os.environ['OS_TOKEN_VALUE']
assert token == OpenStack.token
assert time.time() < int(os.environ['OS_TOKEN_EXPIRES'])
assert time.time() < OpenStack.token_expires
#
# Reset after it expires
#
token_expires = int(time.time()) - 2000
OpenStack.token_expires = token_expires
assert True == o.cache_token()
assert time.time() < int(os.environ['OS_TOKEN_EXPIRES'])
assert time.time() < OpenStack.token_expires
def test_cache_token_from_environment(self, m_sh):
OpenStack.token = None
o = OpenStack()
o.provider = 'ovh'
token = 'TOKEN VALUE'
os.environ['OS_TOKEN_VALUE'] = token
token_expires = int(time.time()) + OpenStack.token_cache_duration
os.environ['OS_TOKEN_EXPIRES'] = str(token_expires)
assert True == o.cache_token()
assert token == OpenStack.token
assert token_expires == OpenStack.token_expires
m_sh.assert_not_called()
def test_cache_token_from_environment(self, m_sh):
OpenStack.token = None
o = OpenStack()
o.provider = 'ovh'
token = 'TOKEN VALUE'
os.environ['OS_TOKEN_VALUE'] = token
token_expires = int(time.time()) + OpenStack.token_cache_duration
os.environ['OS_TOKEN_EXPIRES'] = str(token_expires)
assert True == o.cache_token()
assert token == OpenStack.token
assert token_expires == OpenStack.token_expires
m_sh.assert_not_called()
def test_cache_token_expired_environment(self, m_sh):
token = 'TOKEN VALUE'
m_sh.return_value = token
OpenStack.token = None
o = OpenStack()
o.provider = 'ovh'
os.environ['OS_TOKEN_VALUE'] = token
token_expires = int(time.time()) - 2000
os.environ['OS_TOKEN_EXPIRES'] = str(token_expires)
assert True == o.cache_token()
m_sh.assert_called_with('openstack -q token issue -c id -f value')
assert token == os.environ['OS_TOKEN_VALUE']
assert token == OpenStack.token
assert time.time() < int(os.environ['OS_TOKEN_EXPIRES'])
assert time.time() < OpenStack.token_expires
def test_cache_token_expired_environment(self, m_sh):
token = 'TOKEN VALUE'
m_sh.return_value = token
OpenStack.token = None
o = OpenStack()
o.provider = 'ovh'
os.environ['OS_TOKEN_VALUE'] = token
token_expires = int(time.time()) - 2000
os.environ['OS_TOKEN_EXPIRES'] = str(token_expires)
assert True == o.cache_token()
m_sh.assert_called_with('openstack -q token issue -c id -f value')
assert token == os.environ['OS_TOKEN_VALUE']
assert token == OpenStack.token
assert time.time() < int(os.environ['OS_TOKEN_EXPIRES'])
assert time.time() < OpenStack.token_expires
