def handle(self, connection_id, message_content):
request = processor_pb2.TpRegisterRequest()
request.ParseFromString(message_content)
LOGGER.info(
'registered transaction processor: connection_id=%s, family=%s, '
'version=%s, encoding=%s, namespaces=%s', connection_id,
request.family, request.version, request.encoding,
request.namespaces)
processor_type = processor_iterator.ProcessorType(
request.family, request.version, request.encoding)
processor = processor_iterator.Processor(connection_id,
request.namespaces)
self._collection[processor_type] = processor
ack = processor_pb2.TpRegisterResponse()
ack.status = ack.OK
return HandlerResult(
status=HandlerStatus.RETURN,
message_out=ack,
message_type=validator_pb2.Message.TP_REGISTER_RESPONSE)
def handle(self, connection_id, message_content):
request = processor_pb2.TpRegisterRequest()
request.ParseFromString(message_content)
# Reject the request if requested version cannot be handled,
# validator does backward compatible support.
if request.protocol_version > MAX_SDK_PROTOCOL_VERSION:
ack = processor_pb2.TpRegisterResponse()
ack.status = ack.ERROR
ack.protocol_version = MAX_SDK_PROTOCOL_VERSION
LOGGER.error(
'Validator version %s does not support the features requested'
' by the %s version of transaction processor',
str(MAX_SDK_PROTOCOL_VERSION), str(request.protocol_version))
return HandlerResult(
status=HandlerStatus.RETURN,
message_out=ack,
message_type=validator_pb2.Message.TP_REGISTER_RESPONSE)
ack = processor_pb2.TpRegisterResponse()
ack.status = ack.OK
# Echo back the requested protocol_version, so that the SDK can
# cross verify that it can get all services requested
ack.protocol_version = request.protocol_version
return HandlerResult(
status=HandlerStatus.RETURN_AND_PASS,
message_out=ack,
message_type=validator_pb2.Message.TP_REGISTER_RESPONSE)
def handle(self, connection_id, message_content):
request = processor_pb2.TpRegisterRequest()
request.ParseFromString(message_content)
LOGGER.info(
'registered transaction processor: connection_id=%s, family=%s, version=%s, namespaces=%s',
connection_id[:8], request.family, request.version,
list(request.namespaces))
processor_type = processor_iterator.ProcessorType(
request.family, request.version)
processor = processor_iterator.Processor(connection_id,
request.namespaces)
if processor_type in self._collection:
LOGGER.debug(
'Already registered transaction processor:family=%s, version=%s, namespaces=%s',
request.family, request.version, list(request.namespaces))
self._collection[processor_type] = processor
LOGGER.debug('All registered transaction processors=%s',
self._collection)
ack = processor_pb2.TpRegisterResponse()
ack.status = ack.OK
return HandlerResult(
status=HandlerStatus.RETURN,
message_out=ack,
message_type=validator_pb2.Message.TP_REGISTER_RESPONSE)
def handle(self, connection_id, message_content):
request = processor_pb2.TpRegisterRequest()
request.ParseFromString(message_content)
if request.max_occupancy == 0:
max_occupancy = DEFAULT_MAX_OCCUPANCY
LOGGER.warning(
'Max occupancy was not provided by transaction processor: %s.'
' Using default max occupancy: %s', connection_id,
DEFAULT_MAX_OCCUPANCY)
else:
max_occupancy = request.max_occupancy
LOGGER.info(
'registered transaction processor: connection_id=%s, family=%s, '
'version=%s, namespaces=%s, max_occupancy=%s',
connection_id, request.family, request.version,
list(request.namespaces), max_occupancy)
processor_type = processor_manager.ProcessorType(
request.family, request.version)
processor = processor_manager.Processor(connection_id,
request.namespaces,
max_occupancy)
self._collection[processor_type] = processor
ack = processor_pb2.TpRegisterResponse()
ack.status = ack.OK
return HandlerResult(
status=HandlerStatus.RETURN,
message_out=ack,
message_type=validator_pb2.Message.TP_REGISTER_RESPONSE)
def handle(self, connection_id, message_content):
request = processor_pb2.TpRegisterRequest()
request.ParseFromString(message_content)
if request.max_occupancy == 0:
max_occupancy = DEFAULT_MAX_OCCUPANCY
LOGGER.warning(
'Max occupancy was not provided by transaction processor: %s.'
' Using default max occupancy: %s', connection_id,
DEFAULT_MAX_OCCUPANCY)
else:
max_occupancy = request.max_occupancy
# If the request_header_style parameter is not set in the request,
# consider default behavior of sending EXPANDED (de-serialized) header.
# This is for backward compatibility.
if request.request_header_style == \
processor_pb2.TpRegisterRequest.HEADER_STYLE_UNSET:
header_style = processor_pb2.TpRegisterRequest.EXPANDED
else:
header_style = request.request_header_style
processor_type = processor_manager.ProcessorType(
request.family, request.version)
processor = processor_manager.Processor(connection_id,
request.namespaces,
max_occupancy, header_style)
self._collection[processor_type] = processor
LOGGER.info(
'registered transaction processor: connection_id=%s, family=%s, '
'version=%s, namespaces=%s, max_occupancy=%s',
connection_id, request.family, request.version,
list(request.namespaces), max_occupancy)
return HandlerResult(status=HandlerStatus.PASS)
def handle(self, connection_id, message_content):
request = processor_pb2.TpRegisterRequest()
request.ParseFromString(message_content)
if request.max_occupancy == 0:
max_occupancy = DEFAULT_MAX_OCCUPANCY
LOGGER.warning(
'Max occupancy was not provided by transaction processor: %s.'
' Using default max occupancy: %s', connection_id,
DEFAULT_MAX_OCCUPANCY)
else:
max_occupancy = request.max_occupancy
# If the request_header_style parameter is not set in the request,
# consider default behavior of sending EXPANDED (de-serialized) header.
# This is for backward compatibility.
if request.request_header_style == \
processor_pb2.TpRegisterRequest.HEADER_STYLE_UNSET:
header_style = processor_pb2.TpRegisterRequest.EXPANDED
else:
header_style = request.request_header_style
# Reject the request if requested version cannot be handled,
# validator does backward compatible support.
if request.protocol_version > MAX_SDK_PROTOCOL_VERSION:
ack = processor_pb2.TpRegisterResponse()
ack.status = ack.ERROR
# Send protocol_version of validator, so that the SDK can cross
# verify if it can get all services requested for.
ack.protocol_version = request.protocol_version
LOGGER.error(
'Validator version %s does not support the features requested'
' by the %s version of transaction processor',
str(MAX_SDK_PROTOCOL_VERSION), str(request.protocol_version))
return HandlerResult(
status=HandlerStatus.RETURN,
message_out=ack,
message_type=validator_pb2.Message.TP_REGISTER_RESPONSE)
processor_type = processor_manager.ProcessorType(
request.family, request.version)
processor = processor_manager.Processor(connection_id,
request.namespaces,
max_occupancy, header_style)
self._collection[processor_type] = processor
ack = processor_pb2.TpRegisterResponse()
ack.status = ack.OK
# Echo back the requested protocol_version, so that the SDK can
# cross verify that it can get all services requested
ack.protocol_version = request.protocol_version
LOGGER.info(
'registered transaction processor: connection_id=%s, family=%s, '
'version=%s, namespaces=%s, max_occupancy=%s',
connection_id, request.family, request.version,
list(request.namespaces), max_occupancy)
return HandlerResult(
status=HandlerStatus.RETURN,
message_out=ack,
message_type=validator_pb2.Message.TP_REGISTER_RESPONSE)
