def test_fail_validate_for_uuid():
"""
Verify that UUIDs that contain non-numerals fail.
"""
prov = ProvTuple('0xC0FFEE', 'DE', 'view', 'list-dir', 'tester',
'10.0.0.1')
assert prov.has_required_arguments()
is_valid, details = validate(prov)
print details
assert not is_valid
def test_fail_validate_for_uuid():
"""
Verify that UUIDs that contain non-numerals fail.
"""
prov = ProvTuple('0xC0FFEE', 'DE', 'view', 'list-dir', 'tester',
'10.0.0.1')
assert prov.has_required_arguments()
is_valid, details = validate(prov)
print details
assert not is_valid
def test_init():
"""
Verify that code from tardis-collector can be imported...
"""
prov = ProvTuple(9090909090, 'DE', 'view', 'list-dir', 'tester',
'10.0.0.1')
return prov is not None
def test_simple_validate_default_case():
"""
Verify that a simple set of default values works.
See if example values for the required attributes is accepted by the
``validate()`` method.
"""
prov = ProvTuple('9090909090', 'DE', 'view', 'list-dir', 'tester',
'10.0.0.1')
assert prov.has_required_arguments()
is_valid, details = validate(prov)
print details
assert is_valid
prov = ProvTuple('9999999999', 'DE-kahn_v', 'v_i-e_w-0', '-list_dir-90',
'tester', '10.0.0.1')
assert prov.has_required_arguments()
is_valid, details = validate(prov)
print details
assert is_valid
def test_all_arguments_validate_default_case():
"""
Verify that a set of all values works.
"""
prov = ProvTuple('9090909090', 'DE', 'view', 'list-dir', 'tester',
'10.0.0.1')
prov.proxy_username = '******'
# this will likely fail.
prov.version = '1.0.1'
assert prov.has_required_arguments()
is_valid, details = validate(prov)
print details
assert is_valid
prov.version = '5.5.4rc'
is_valid, details = validate(prov)
print details
assert is_valid
prov.version = '5.5.4-rc'
is_valid, details = validate(prov)
print details
assert is_valid
def test_simple_validate_default_case():
"""
Verify that a simple set of default values works.
See if example values for the required attributes is accepted by the
``validate()`` method.
"""
prov = ProvTuple('9090909090', 'DE', 'view', 'list-dir', 'tester',
'10.0.0.1')
assert prov.has_required_arguments()
is_valid, details = validate(prov)
print details
assert is_valid
prov = ProvTuple('9999999999', 'DE-kahn_v', 'v_i-e_w-0', '-list_dir-90',
'tester', '10.0.0.1')
assert prov.has_required_arguments()
is_valid, details = validate(prov)
print details
assert is_valid
def test_all_arguments_validate_default_case():
"""
Verify that a set of all values works.
"""
prov = ProvTuple('9090909090', 'DE', 'view', 'list-dir', 'tester',
'10.0.0.1')
prov.proxy_username = '******'
# this will likely fail.
prov.version = '1.0.1'
assert prov.has_required_arguments()
is_valid, details = validate(prov)
print details
assert is_valid
prov.version = '5.5.4rc'
is_valid, details = validate(prov)
print details
assert is_valid
prov.version = '5.5.4-rc'
is_valid, details = validate(prov)
print details
assert is_valid
def _create_tuple(body, request_ip):
"""
Pull the values out of the request body and create a tuple
representation.
"""
## service_object_id, object_name, object_desc, parent_uuid
## uuid, username, service_name, event_name, category_name, request_ipaddr
## proxy_username, event_data, version, track_history, track_history_code
prov = None
try:
# if you have a UUID, we'll grab value & log the provenance
if body.get('uuid') is not None:
prov = ProvTuple(body['uuid'], body['service_name'],
body['category_name'], body['event_name'],
body['username'], request_ip)
else:
prov = ProvTuple(None, body['service_name'], body['category_name'],
body['event_name'], body['username'], request_ip)
prov.service_key = body['service_key']
prov.object_id = body['object_id']
prov.object_name = body['object_name']
prov.object_desc = body['object_desc']
prov.parent_uuid = body.get('parent_uuid') # optional...
# optional paremeters - so we're using get()
prov.proxy_username = body.get('proxy_username')
prov.event_data = body.get('event_data')
prov.version = body.get('version')
prov.track_history = body.get('track_history')
prov.track_history_code = body.get('track_history_code')
except KeyError, kerr:
raise kerr
def _create_tuple(body, request_ip):
"""
Pull the values out of the request body and create a tuple
representation.
"""
## service_object_id, object_name, object_desc, parent_uuid
## uuid, username, service_name, event_name, category_name, request_ipaddr
## proxy_username, event_data, version, track_history, track_history_code
prov = None
try:
# if you have a UUID, we'll grab value & log the provenance
if body.get('uuid') is not None:
prov = ProvTuple(body['uuid'], body['service_name'],
body['category_name'], body['event_name'],
body['username'], request_ip)
else:
prov = ProvTuple(None, body['service_name'], body['category_name'],
body['event_name'], body['username'], request_ip)
prov.service_key = body['service_key']
prov.object_id = body['object_id']
prov.object_name = body['object_name']
prov.object_desc = body['object_desc']
prov.parent_uuid = body.get('parent_uuid') # optional...
# optional paremeters - so we're using get()
prov.proxy_username = body.get('proxy_username')
prov.event_data = body.get('event_data')
prov.version = body.get('version')
prov.track_history = body.get('track_history')
prov.track_history_code = body.get('track_history_code')
except KeyError, kerr:
raise kerr
def test_tuple_without_required():
"""
Force the failured of the ``has_required_arguments()`` on ProvTuple.
Currently, ``has_required_arguments()`` is used in the definition of
``validate()`` (at least when this test was written).
The required fields for a request for provenance logging are:
- ``uuid``
- ``service_name``
- ``category_name``
- ``event_name``
- ``username``
A call to has_required_arguments() will verify that none of these
attributes are ``None``.
In the constructor, none of the arguments are optional. Therefore,
all newly instantiated ``ProvTuple`` objects are valid until any of
the attributes are mucked with or manipulated.
"""
prov = ProvTuple(9090909090, 'DE', 'view', 'list-dir', 'tester',
'10.0.0.1')
assert prov.has_required_arguments()
tmp = prov.uuid
prov.uuid = None
assert not prov.has_required_arguments()
prov.uuid = tmp
tmp = prov.service_name
prov.service_name = None
assert not prov.has_required_arguments()
prov.service_name = tmp
tmp = prov.category_name
prov.category_name = None
assert not prov.has_required_arguments()
prov.category_name = tmp
tmp = prov.event_name
prov.event_name = None
assert not prov.has_required_arguments()
prov.event_name = tmp
tmp = prov.username
prov.username = None
assert not prov.has_required_arguments()
prov.username = None
prov.event_name = None
prov.category_name = None
prov.service_name = None
prov.uuid = None
assert not prov.has_required_arguments()
def test_fail_validate_for_any_field():
"""
Verify that regex is catching invalid characters for all other
fields.
"""
prov = ProvTuple('65099091929', 'DWAP', 'create', 'make-dir', 'tester',
'10.0.66.1')
assert prov.has_required_arguments()
tmp = prov.service_name
prov.service_name = 'D%6^'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.service_name = tmp
tmp = prov.category_name
prov.category_name = 'cre&'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.category_name = tmp
tmp = prov.event_name
prov.event_name = 'make-*'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.event_name = tmp
tmp = prov.username
prov.username = '******'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.username = '******'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.username = tmp
prov.proxy_username = '******'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.proxy_username = None
prov.version = '5.5.4:rc'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.version = '5.5.4;rc'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.version = '5.5.4 (rc)'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.version = None
tmp = prov.event_name
prov.event_name = 'solve-{rubix}'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.event_name = 'make|rubix'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.event_name = 'solve\\kjlkj'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.event_name = 'solve/rubics'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.event_name = 'life=rubics'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.event_name = 'dalek+artoo'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.event_name = '`reality`'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.event_name = '~millions'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.event_name = 'millions?'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.event_name = '<millions>'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.event_name = 'millions, /really'
is_valid, details = validate(prov)
print details
assert not is_valid
def test_tuple_without_required():
"""
Force the failured of the ``has_required_arguments()`` on ProvTuple.
Currently, ``has_required_arguments()`` is used in the definition of
``validate()`` (at least when this test was written).
The required fields for a request for provenance logging are:
- ``uuid``
- ``service_name``
- ``category_name``
- ``event_name``
- ``username``
A call to has_required_arguments() will verify that none of these
attributes are ``None``.
In the constructor, none of the arguments are optional. Therefore,
all newly instantiated ``ProvTuple`` objects are valid until any of
the attributes are mucked with or manipulated.
"""
prov = ProvTuple(9090909090, 'DE', 'view', 'list-dir', 'tester',
'10.0.0.1')
assert prov.has_required_arguments()
tmp = prov.uuid
prov.uuid = None
assert not prov.has_required_arguments()
prov.uuid = tmp
tmp = prov.service_name
prov.service_name = None
assert not prov.has_required_arguments()
prov.service_name = tmp
tmp = prov.category_name
prov.category_name = None
assert not prov.has_required_arguments()
prov.category_name = tmp
tmp = prov.event_name
prov.event_name = None
assert not prov.has_required_arguments()
prov.event_name = tmp
tmp = prov.username
prov.username = None
assert not prov.has_required_arguments()
prov.username = None
prov.event_name = None
prov.category_name = None
prov.service_name = None
prov.uuid = None
assert not prov.has_required_arguments()
def test_fail_validate_for_any_field():
"""
Verify that regex is catching invalid characters for all other
fields.
"""
prov = ProvTuple('65099091929', 'DWAP', 'create', 'make-dir', 'tester',
'10.0.66.1')
assert prov.has_required_arguments()
tmp = prov.service_name
prov.service_name = 'D%6^'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.service_name = tmp
tmp = prov.category_name
prov.category_name = 'cre&'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.category_name = tmp
tmp = prov.event_name
prov.event_name = 'make-*'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.event_name = tmp
tmp = prov.username
prov.username = '******'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.username = '******'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.username = tmp
prov.proxy_username = '******'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.proxy_username = None
prov.version = '5.5.4:rc'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.version = '5.5.4;rc'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.version = '5.5.4 (rc)'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.version = None
tmp = prov.event_name
prov.event_name = 'solve-{rubix}'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.event_name = 'make|rubix'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.event_name = 'solve\\kjlkj'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.event_name = 'solve/rubics'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.event_name = 'life=rubics'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.event_name = 'dalek+artoo'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.event_name = '`reality`'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.event_name = '~millions'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.event_name = 'millions?'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.event_name = '<millions>'
is_valid, details = validate(prov)
print details
assert not is_valid
prov.event_name = 'millions, /really'
is_valid, details = validate(prov)
print details
assert not is_valid
