def get_one(self, test_id, key):
"""Get value for key from test run metadata."""
role = api_utils.get_user_role(test_id)
if role in (const.ROLE_FOUNDATION, const.ROLE_OWNER):
return db.get_test_meta_key(test_id, key)
elif role in (const.ROLE_USER) and key in self.rw_access_keys:
return db.get_test_meta_key(test_id, key)
pecan.abort(403)
def put(self, test_id, **kw):
"""Update a test result."""
test_info = {'id': test_id}
is_foundation_admin = api_utils.check_user_is_foundation_admin()
if 'product_version_id' in kw:
test = db.get_test(test_id)
if test['verification_status'] == const.TEST_VERIFIED:
pecan.abort(
403, 'Can not update product_version_id for a '
'verified test run.')
if kw['product_version_id']:
# Verify that the user is a member of the product's vendor.
version = db.get_product_version(kw['product_version_id'],
allowed_keys=['product_id'])
is_vendor_admin = (api_utils.check_user_is_product_admin(
version['product_id']))
else:
# No product vendor to check membership for, so just set
# is_vendor_admin to True.
is_vendor_admin = True
kw['product_version_id'] = None
if not is_vendor_admin and not is_foundation_admin:
pecan.abort(403, 'Forbidden.')
test_info['product_version_id'] = kw['product_version_id']
if 'verification_status' in kw:
if not is_foundation_admin:
pecan.abort(
403, 'You do not have permission to change a '
'verification status.')
if kw['verification_status'] not in (0, 1):
pecan.abort(
400, 'Invalid verification_status value: %d' %
kw['verification_status'])
# Check pre-conditions are met to mark a test verified.
if (kw['verification_status'] == 1
and not (db.get_test_meta_key(test_id, 'target')
and db.get_test_meta_key(test_id, 'guideline')
and db.get_test_meta_key(test_id,
const.SHARED_TEST_RUN))):
pecan.abort(
403, 'In order to mark a test verified, the '
'test must be shared and have been '
'associated to a guideline and target '
'program.')
test_info['verification_status'] = kw['verification_status']
test = db.update_test(test_info)
pecan.response.status = 201
return test
def check_user(test_id):
"""Check that user has access to shared test run."""
test_owner = db.get_test_meta_key(test_id, const.USER)
if not test_owner:
return True
elif db.get_test_meta_key(test_id, const.SHARED_TEST_RUN):
return True
else:
return check_owner(test_id)
def _check_user(test_id):
"""Check that user has access to shared test run."""
test_pubkey = db.get_test_meta_key(test_id, const.PUBLIC_KEY)
if not test_pubkey:
return True
elif db.get_test_meta_key(test_id, const.SHARED_TEST_RUN):
return True
else:
return _check_owner(test_id)
def _check_owner(test_id):
"""Check that user has access to specified test run as owner."""
if not is_authenticated():
return False
test_pubkey = db.get_test_meta_key(test_id, const.PUBLIC_KEY)
return test_pubkey in [' '.join((pk['format'], pk['pubkey']))
for pk in get_user_public_keys()]
def check_owner(test_id):
"""Check that user has access to specified test run as owner."""
if not is_authenticated():
return False
test = db.get_test(test_id)
# If the test is owned by a product.
if test.get('product_version_id'):
version = db.get_product_version(test['product_version_id'])
return check_user_is_product_admin(version['product_id'])
# Otherwise, check the user ownership.
else:
user = db.get_test_meta_key(test_id, const.USER)
return user and user == get_user_id()
def _check_owner(test_id):
"""Check that user has access to specified test run as owner."""
if not is_authenticated():
return False
# Check that test has pubkey attached that equals to user key
test_pubkey = db.get_test_meta_key(test_id, const.PUBLIC_KEY)
pubkeys = [' '.join((pk['format'], pk['pubkey']))
for pk in get_user_public_keys()]
if test_pubkey in pubkeys:
return True
# Check that test has link to cloud that belongs to user
test = db.get_test(test_id)
cloud = db.get_cloud(test['cpid'])
if cloud and cloud['openid'] == get_user_id():
return True
return False
def get_one(self, test_id, key):
"""Get value for key from test run metadata."""
return db.get_test_meta_key(test_id, key)