public static LibrdKafkaSensor PartitionNextExpectedAckSequenceSensor(
string threadId,
string librdKafkaClientId,
string streamAppId,
StreamMetricsRegistry metricsRegistry)
{
return(CreateSensor <LibrdKafkaSensor>(
threadId,
librdKafkaClientId,
streamAppId,
PARTITION_NEXT_EXPECTED_ACK,
PARTITION_NEXT_EXPECTED_ACK_DESCRIPTION,
(true, true, true),
false,
metricsRegistry));
}
public static LibrdKafkaSensor PartitionTotalNumberOfBytesProducedSensor(
string threadId,
string librdKafkaClientId,
string streamAppId,
StreamMetricsRegistry metricsRegistry)
{
return(CreateSensor <LibrdKafkaSensor>(
threadId,
librdKafkaClientId,
streamAppId,
TOTAL_PARTITION_BYTES_PRODUCED,
TOTAL_PARTITION_BYTES_PRODUCED_DESCRIPTION,
(true, true, true),
false,
metricsRegistry));
}
public static LibrdKafkaSensor PartitionNumberOfMessagesInFlightSensor(
string threadId,
string librdKafkaClientId,
string streamAppId,
StreamMetricsRegistry metricsRegistry)
{
return(CreateSensor <LibrdKafkaSensor>(
threadId,
librdKafkaClientId,
streamAppId,
TOTAL_PARTITION_MESSAGE_INFLIGHT,
TOTAL_PARTITION_MESSAGE_INFLIGHT_DESCRIPTION,
(true, true, true),
false,
metricsRegistry));
}
public static LibrdKafkaSensor TotalNumberOfRequestTimeoutSensor(
string threadId,
string librdKafkaClientId,
string streamAppId,
StreamMetricsRegistry metricsRegistry)
{
return(CreateSensor <LibrdKafkaSensor>(
threadId,
librdKafkaClientId,
streamAppId,
TOTAL_BROKER_REQUEST_TIMEOUT,
TOTAL_BROKER_REQUEST_TIMEOUT_DESCRIPTION,
(true, false, false),
false,
metricsRegistry));
}
public static LibrdKafkaSensor InternalRequestQueueLatencyAverageMsSensor(
string threadId,
string librdKafkaClientId,
string streamAppId,
StreamMetricsRegistry metricsRegistry)
{
return(CreateSensor <LibrdKafkaSensor>(
threadId,
librdKafkaClientId,
streamAppId,
BROKER_INTERNAL_REQUEST_QUEUE_LATENCY,
BROKER_INTERNAL_REQUEST_QUEUE_LATENCY_DESCRIPTION,
(true, false, false),
false,
metricsRegistry));
}
public static LibrdKafkaSensor TotalNumberOfBytesSentSensor(
string threadId,
string librdKafkaClientId,
string streamAppId,
StreamMetricsRegistry metricsRegistry)
{
return(CreateSensor <LibrdKafkaSensor>(
threadId,
librdKafkaClientId,
streamAppId,
TOTAL_BROKER_BYTES_SENT,
TOTAL_BROKER_BYTES_SENT_DESCRIPTION,
(true, false, false),
false,
metricsRegistry));
}
public static LibrdKafkaSensor TotalNumberOfTransmissionErrorsSensor(
string threadId,
string librdKafkaClientId,
string streamAppId,
StreamMetricsRegistry metricsRegistry)
{
return(CreateSensor <LibrdKafkaSensor>(
threadId,
librdKafkaClientId,
streamAppId,
TOTAL_BROKER_TRANSMISSION_ERROR,
TOTAL_BROKER_TRANSMISSION_ERROR_DESCRIPTION,
(true, false, false),
false,
metricsRegistry));
}
public static LibrdKafkaSensor NumberOfMessagesAwaitingTransmissionSensor(
string threadId,
string librdKafkaClientId,
string streamAppId,
StreamMetricsRegistry metricsRegistry)
{
return(CreateSensor <LibrdKafkaSensor>(
threadId,
librdKafkaClientId,
streamAppId,
TOTAL_BROKER_MESSAGE_AWAITING,
TOTAL_BROKER_MESSAGE_AWAITING_DESCRIPTION,
(true, false, false),
false,
metricsRegistry));
}
public static LibrdKafkaSensor NumberOfMessagesInFlightSensor(
string threadId,
string librdKafkaClientId,
string streamAppId,
StreamMetricsRegistry metricsRegistry)
{
return(CreateSensor <LibrdKafkaSensor>(
threadId,
librdKafkaClientId,
streamAppId,
TOTAL_BROKER_MESSAGE_INFLIFGHT_AWAITING_RESPONSE,
TOTAL_BROKER_MESSAGE_INFLIFGHT_AWAITING_RESPONSE_DESCRIPTION,
(true, false, false),
false,
metricsRegistry));
}
public static Sensor TotalNumberOfBytesTransmittedToKafkaSensor(
string threadId,
string librdKafkaClientId,
string streamAppId,
StreamMetricsRegistry metricsRegistry)
{
return(CreateSensor(
threadId,
librdKafkaClientId,
streamAppId,
TOTAL_REQUEST_BYTES_SENT,
TOTAL_REQUEST_BYTES_SENT_DESCRIPTION,
(false, false, false),
false,
metricsRegistry));
}
public static Sensor MaxSizeOfMessagesAllowedOnProducerQueuesSensor(
string threadId,
string librdKafkaClientId,
string streamAppId,
StreamMetricsRegistry metricsRegistry)
{
return(CreateSensor(
threadId,
librdKafkaClientId,
streamAppId,
MAXIMUM_SIZE_PRODUCER_QUEUE,
MAXIMUM_SIZE_PRODUCER_QUEUE_DESCRIPTION,
(false, false, false),
false,
metricsRegistry));
}
public static Sensor CurrentSizeOfMessagesInProducerQueuesSensor(
string threadId,
string librdKafkaClientId,
string streamAppId,
StreamMetricsRegistry metricsRegistry)
{
return(CreateSensor(
threadId,
librdKafkaClientId,
streamAppId,
CURRENT_TOTAL_MESSAGE_SIZE_PRODUCER_QUEUE,
CURRENT_TOTAL_MESSAGE_SIZE_PRODUCER_QUEUE_DESCRIPTION,
(false, false, false),
false,
metricsRegistry));
}
public static Sensor TotalNumberOfMessageBytesProducedSensor(
string threadId,
string librdKafkaClientId,
string streamAppId,
StreamMetricsRegistry metricsRegistry)
{
return(CreateSensor(
threadId,
librdKafkaClientId,
streamAppId,
TOTAL_BYTES_PRODUCED,
TOTAL_BYTES_PRODUCED_DESCRIPTION,
(false, false, false),
false,
metricsRegistry));
}
public static LibrdKafkaSensor PartitionLastInternalMessageIdAckedSensor(
string threadId,
string librdKafkaClientId,
string streamAppId,
StreamMetricsRegistry metricsRegistry)
{
return(CreateSensor <LibrdKafkaSensor>(
threadId,
librdKafkaClientId,
streamAppId,
PARTITION_LAST_MESSAGE_ID_ACKED,
PARTITION_LAST_MESSAGE_ID_ACKED_DESCRIPTION,
(true, true, true),
false,
metricsRegistry));
}
public static Sensor TotalNumberOfMessagesConsumedSensor(
string threadId,
string librdKafkaClientId,
string streamAppId,
StreamMetricsRegistry metricsRegistry)
{
return(CreateSensor(
threadId,
librdKafkaClientId,
streamAppId,
TOTAL_MESSAGE_CONSUMED,
TOTAL_MESSAGE_CONSUMED_DESCRIPTION,
(false, false, false),
true,
metricsRegistry));
}
public static LibrdKafkaSensor TotalNumberOfBytesConsumedByPartitionSensor(
string threadId,
string librdKafkaClientId,
string streamAppId,
StreamMetricsRegistry metricsRegistry)
{
return(CreateSensor <LibrdKafkaSensor>(
threadId,
librdKafkaClientId,
streamAppId,
TOTAL_NUMBER_BYTES_CONSUMED,
TOTAL_NUMBER_BYTES_CONSUMED_DESCRIPTION,
(true, true, true),
true,
metricsRegistry));
}
public static LibrdKafkaSensor BatchMessageCountsAverageSensor(
string threadId,
string librdKafkaClientId,
string streamAppId,
StreamMetricsRegistry metricsRegistry)
{
return(CreateSensor <LibrdKafkaSensor>(
threadId,
librdKafkaClientId,
streamAppId,
BATCH_MESSAGE_COUNT_AVG,
BATCH_MESSAGE_COUNT_AVG_DESCRIPTION,
(false, true, false),
true,
metricsRegistry));
}
public static LibrdKafkaSensor ConsumerLagSensor(
string threadId,
string librdKafkaClientId,
string streamAppId,
StreamMetricsRegistry metricsRegistry)
{
return(CreateSensor <LibrdKafkaSensor>(
threadId,
librdKafkaClientId,
streamAppId,
COUNSUMER_LAG,
COUNSUMER_LAG_DESCRIPTION,
(true, true, true),
true,
metricsRegistry));
}
public static LibrdKafkaSensor BrokerLatencyAverageMsSensor(
string threadId,
string librdKafkaClientId,
string streamAppId,
StreamMetricsRegistry metricsRegistry)
{
return(CreateSensor <LibrdKafkaSensor>(
threadId,
librdKafkaClientId,
streamAppId,
BROKER_LATENCY_AVG,
BROKER_LATENCY_AVG_DESCRIPTION,
(true, false, false),
true,
metricsRegistry));
}
public static LibrdKafkaSensor BatchSizeAverageBytesSensor(
string threadId,
string librdKafkaClientId,
string streamAppId,
StreamMetricsRegistry metricsRegistry)
{
return(CreateSensor <LibrdKafkaSensor>(
threadId,
librdKafkaClientId,
streamAppId,
BATCH_SIZE_AVG,
BATCH_SIZE_AVG_DESCRIPTION,
(false, true, false),
true,
metricsRegistry));
}
public static LibrdKafkaSensor TotalNumberOfReceivedErrorsSensor(
string threadId,
string librdKafkaClientId,
string streamAppId,
StreamMetricsRegistry metricsRegistry)
{
return(CreateSensor <LibrdKafkaSensor>(
threadId,
librdKafkaClientId,
streamAppId,
TOTAL_BROKER_ERROR_RECEIVED,
TOTAL_BROKER_ERROR_RECEIVED_DESCRIPTION,
(true, false, false),
true,
metricsRegistry));
}
public static LibrdKafkaSensor NumberOfDisconnectsSensor(
string threadId,
string librdKafkaClientId,
string streamAppId,
StreamMetricsRegistry metricsRegistry)
{
return(CreateSensor <LibrdKafkaSensor>(
threadId,
librdKafkaClientId,
streamAppId,
TOTAL_BROKER_DISCONNECTION,
TOTAL_BROKER_DISCONNECTION_DESCRIPTION,
(true, false, false),
true,
metricsRegistry));
}
public static Sensor TotalNumberOfRelabalanceSensor(
string threadId,
string librdKafkaClientId,
string streamAppId,
StreamMetricsRegistry metricsRegistry)
{
return(CreateSensor(
threadId,
librdKafkaClientId,
streamAppId,
TOTAL_REBALANCE,
TOTAL_REBALANCE_DESCRIPTION,
(false, false, false),
true,
metricsRegistry));
}
public static Sensor RebalanceAgeSensor(
string threadId,
string librdKafkaClientId,
string streamAppId,
StreamMetricsRegistry metricsRegistry)
{
return(CreateSensor(
threadId,
librdKafkaClientId,
streamAppId,
TIME_REBALANCE_AGE,
TIME_REBALANCE_AGE_DESCRIPTION,
(false, false, false),
true,
metricsRegistry));
}
public static Sensor TotalNumberOfBytesReceivedFromKafkaSensor(
string threadId,
string librdKafkaClientId,
string streamAppId,
StreamMetricsRegistry metricsRegistry)
{
return(CreateSensor(
threadId,
librdKafkaClientId,
streamAppId,
TOTAL_RESPONSES_BYTES_RECEIVED,
TOTAL_RESPONSES_BYTES_RECEIVED_DESCRIPTION,
(false, false, false),
true,
metricsRegistry));
}
public static Sensor NumberOfOpsWaitinInQueueSensor(
string threadId,
string librdKafkaClientId,
string streamAppId,
StreamMetricsRegistry metricsRegistry)
{
return(CreateSensor(
threadId,
librdKafkaClientId,
streamAppId,
TOTAL_OPS_WAITING_QUEUE,
TOTAL_OPS_WAITING_QUEUE_DESCRIPTION,
(false, false, false),
true,
metricsRegistry));
}
public CarBuilder Sensor(CreateSensor sensor)
{
sensors.Add(sensor);
return(this);
}
public SensorPrototype(SerializationInfo info, StreamingContext context)
{
Direction = (Direction)info.GetValue("direction", typeof(Direction));
Range = (int)info.GetValue("range", typeof(int));
Create = (CreateSensor)info.GetValue("create", typeof(CreateSensor));
}
