def setUpClass( cls ):
super( CgcloudTestCase, cls ).setUpClass( )
if running_on_ec2( ):
os.environ.setdefault( 'CGCLOUD_ZONE',
get_instance_metadata( )[ 'placement' ][ 'availability-zone' ] )
suffix = hex( int( time.time( ) ) )[ 2: ]
assert len( suffix ) == test_namespace_suffix_length
cls.namespace = '/test/%s/' % suffix
os.environ.setdefault( 'CGCLOUD_NAMESPACE', cls.namespace )
def setUpClass( cls ):
super( CgcloudTestCase, cls ).setUpClass( )
if running_on_ec2( ):
os.environ.setdefault( 'CGCLOUD_ZONE',
get_instance_metadata( )[ 'placement' ][ 'availability-zone' ] )
# Using the d64 of a binary string that starts with a 4-byte, big-endian time stamp
# yields compact names whose lexicographical sorting is consistent with the historical
# order. We add the process ID so we can run tests concurrently in child processes using
# the pytest-xdist plugin.
suffix = aws_d64.encode( pack( '>II', int( time.time( ) ), os.getpid( ) ) )
assert len( suffix ) == test_namespace_suffix_length
cls.__namespace = '/test/%s/' % suffix
os.environ.setdefault( 'CGCLOUD_NAMESPACE', cls.__namespace )
cls.ctx = Context( availability_zone=os.environ[ 'CGCLOUD_ZONE' ],
namespace=os.environ[ 'CGCLOUD_NAMESPACE' ] )
def setUpClass(cls):
super(CgcloudTestCase, cls).setUpClass()
if running_on_ec2():
os.environ.setdefault(
'CGCLOUD_ZONE',
get_instance_metadata()['placement']['availability-zone'])
# Using the d32 of a binary string that starts with a 4-byte, big-endian time stamp
# yields compact names whose lexicographical sorting is consistent with the historical
# order. We add the process ID so we can run tests concurrently in child processes using
# the pytest-xdist plugin.
suffix = aws_d32.encode(pack('>II', int(time.time()), os.getpid()))
assert len(suffix) == test_namespace_suffix_length
cls.__namespace = '/test/%s/' % suffix
os.environ.setdefault('CGCLOUD_NAMESPACE', cls.__namespace)
cls.ctx = Context(availability_zone=os.environ['CGCLOUD_ZONE'],
namespace=os.environ['CGCLOUD_NAMESPACE'])
