def matchName(self, packetName):
"""
Implementation of the check for match.
:param Name packetName: The packet name, which is already stripped of
signature components if this is a signed Interest name.
:return: True for a match.
:rtype: bool
"""
return ConfigNameRelation.checkNameRelation(self._relation, self._name,
packetName)
def matchName(self, packetName):
"""
Implementation of the check for match.
:param Name packetName: The packet name, which is already stripped of
signature components if this is a signed Interest name.
:return: True for a match.
:rtype: bool
"""
return ConfigNameRelation.checkNameRelation(
self._relation, self._name, packetName)
def checkNames(self, packetName, keyLocatorName, state):
"""
:param Name packetName:
:param Name keyLocatorName:
:param ValidationState state:
:rtype: bool
"""
if not self._packetNameRegex.match(packetName):
state.fail(
ValidationError(
ValidationError.POLICY_ERROR,
"The packet " + packetName.toUri() + " (KeyLocator=" +
keyLocatorName.toUri() +
") does not match the hyper relation packet name regex " +
self._packetNameRegex.getExpr()))
return False
if not self._keyNameRegex.match(keyLocatorName):
state.fail(
ValidationError(
ValidationError.POLICY_ERROR,
"The packet " + packetName.toUri() + " (KeyLocator=" +
keyLocatorName.toUri() +
") does not match the hyper relation key name regex " +
self._keyNameRegex.getExpr()))
return False
keyNameMatchExpansion = self._keyNameRegex.expand(
self._keyNameExpansion)
packetNameMatchExpansion = self._packetNameRegex.expand(
self._packetNameExpansion)
result = ConfigNameRelation.checkNameRelation(
self._hyperRelation, keyNameMatchExpansion,
packetNameMatchExpansion)
if not result:
state.fail(
ValidationError(
ValidationError.POLICY_ERROR,
"KeyLocator check failed: hyper relation " +
ConfigNameRelation.toString(self._hyperRelation) +
" packet name match=" + packetNameMatchExpansion.toUri() +
", key name match=" + keyNameMatchExpansion.toUri() +
" of packet " + packetName.toUri() + " (KeyLocator=" +
keyLocatorName.toUri() + ") is invalid"))
return result
def checkNames(self, packetName, keyLocatorName, state):
"""
:param Name packetName:
:param Name keyLocatorName:
:param ValidationState state:
:rtype: bool
"""
# packetName is not used in this check.
identity = PibKey.extractIdentityFromKeyName(keyLocatorName)
result = ConfigNameRelation.checkNameRelation(
self._relation, self._name, identity)
if not result:
state.fail(ValidationError(ValidationError.POLICY_ERROR,
"KeyLocator check failed: name relation " + self._name.toUri() + " " +
ConfigNameRelation.toString(self._relation) + " for packet " +
packetName.toUri() + " is invalid (KeyLocator=" +
keyLocatorName.toUri() + ", identity=" + identity.toUri() + ")"))
return result
def checkNames(self, packetName, keyLocatorName, state):
"""
:param Name packetName:
:param Name keyLocatorName:
:param ValidationState state:
:rtype: bool
"""
if not self._packetNameRegex.match(packetName):
state.fail(ValidationError(ValidationError.POLICY_ERROR,
"The packet " + packetName.toUri() + " (KeyLocator=" +
keyLocatorName.toUri() +
") does not match the hyper relation packet name regex " +
self._packetNameRegex.getExpr()))
return False
if not self._keyNameRegex.match(keyLocatorName):
state.fail(ValidationError(ValidationError.POLICY_ERROR,
"The packet " + packetName.toUri() + " (KeyLocator=" +
keyLocatorName.toUri() +
") does not match the hyper relation key name regex " +
self._keyNameRegex.getExpr()))
return False
keyNameMatchExpansion = self._keyNameRegex.expand(self._keyNameExpansion)
packetNameMatchExpansion = self._packetNameRegex.expand(
self._packetNameExpansion)
result = ConfigNameRelation.checkNameRelation(
self._hyperRelation, keyNameMatchExpansion, packetNameMatchExpansion)
if not result:
state.fail(ValidationError(ValidationError.POLICY_ERROR,
"KeyLocator check failed: hyper relation " +
ConfigNameRelation.toString(self._hyperRelation) +
" packet name match=" + packetNameMatchExpansion.toUri() +
", key name match=" + keyNameMatchExpansion.toUri() + " of packet " +
packetName.toUri() + " (KeyLocator=" + keyLocatorName.toUri() +
") is invalid"))
return result
def checkNames(self, packetName, keyLocatorName, state):
"""
:param Name packetName:
:param Name keyLocatorName:
:param ValidationState state:
:rtype: bool
"""
# packetName is not used in this check.
identity = PibKey.extractIdentityFromKeyName(keyLocatorName)
result = ConfigNameRelation.checkNameRelation(self._relation,
self._name, identity)
if not result:
state.fail(
ValidationError(
ValidationError.POLICY_ERROR,
"KeyLocator check failed: name relation " +
self._name.toUri() + " " +
ConfigNameRelation.toString(self._relation) +
" for packet " + packetName.toUri() +
" is invalid (KeyLocator=" + keyLocatorName.toUri() +
", identity=" + identity.toUri() + ")"))
return result