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/*
* Copyright (c) 2010-2015 Pivotal Software, Inc. All rights reserved.
*
* Licensed under the Apache License, Version 2.0 (the "License"); you
* may not use this file except in compliance with the License. You
* may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or
* implied. See the License for the specific language governing
* permissions and limitations under the License. See accompanying
* LICENSE file.
*/
package com.gemstone.gemfire.cache.client.internal;
import com.gemstone.gemfire.StatisticDescriptor;
import com.gemstone.gemfire.Statistics;
import com.gemstone.gemfire.StatisticsFactory;
import com.gemstone.gemfire.StatisticsType;
import com.gemstone.gemfire.StatisticsTypeFactory;
import com.gemstone.gemfire.distributed.internal.DistributionStats;
import com.gemstone.gemfire.internal.StatisticsTypeFactoryImpl;
import com.gemstone.gemfire.internal.cache.GatewayStats;
import com.gemstone.gemfire.internal.cache.PoolStats;
import com.gemstone.gemfire.internal.cache.tier.sockets.MessageStats;
/**
* Stats for a client to server {@link Connection}
* @author darrel
* @since 5.7
*/
public class ConnectionStats implements MessageStats {
// static fields
private static final StatisticsType type;
private static final StatisticsType sendType;
///////////////////////////////////////////////////////////////////////
/*
private final static int opInProgressId;
private final static int opSendInProgressId;
private final static int opSendFailedId;
private final static int opSendId;
private final static int opSendDurationId;
private final static int opTimedOutId;
private final static int opFailedId;
private final static int opId;
private final static int opDurationId;
*/
///////////////////////////////////////////////////////////////////////
private final static int getInProgressId;
private final static int getSendInProgressId;
private final static int getSendFailedId;
private final static int getSendId;
private final static int getSendDurationId;
private final static int getTimedOutId;
private final static int getFailedId;
private final static int getId;
private final static int getDurationId;
private final static int putInProgressId;
private final static int putSendInProgressId;
private final static int putSendFailedId;
private final static int putSendId;
private final static int putSendDurationId;
private final static int putTimedOutId;
private final static int putFailedId;
private final static int putId;
private final static int putDurationId;
private final static int destroyInProgressId;
private final static int destroySendInProgressId;
private final static int destroySendFailedId;
private final static int destroySendId;
private final static int destroySendDurationId;
private final static int destroyTimedOutId;
private final static int destroyFailedId;
private final static int destroyId;
private final static int destroyDurationId;
private final static int destroyRegionInProgressId;
private final static int destroyRegionSendInProgressId;
private final static int destroyRegionSendFailedId;
private final static int destroyRegionSendId;
private final static int destroyRegionSendDurationId;
private final static int destroyRegionTimedOutId;
private final static int destroyRegionFailedId;
private final static int destroyRegionId;
private final static int destroyRegionDurationId;
private final static int clearInProgressId;
private final static int clearSendInProgressId;
private final static int clearSendFailedId;
private final static int clearSendId;
private final static int clearSendDurationId;
private final static int clearTimedOutId;
private final static int clearFailedId;
private final static int clearId;
private final static int clearDurationId;
private final static int containsKeyInProgressId;
private final static int containsKeySendInProgressId;
private final static int containsKeySendFailedId;
private final static int containsKeySendId;
private final static int containsKeySendDurationId;
private final static int containsKeyTimedOutId;
private final static int containsKeyFailedId;
private final static int containsKeyId;
private final static int containsKeyDurationId;
private final static int keySetInProgressId;
private final static int keySetSendInProgressId;
private final static int keySetSendFailedId;
private final static int keySetSendId;
private final static int keySetSendDurationId;
private final static int keySetTimedOutId;
private final static int keySetFailedId;
private final static int keySetId;
private final static int keySetDurationId;
private final static int commitInProgressId;
private final static int commitSendInProgressId;
private final static int commitSendFailedId;
private final static int commitSendId;
private final static int commitSendDurationId;
private final static int commitFailedId;
private final static int commitTimedOutId;
private final static int commitId;
private final static int commitDurationId;
private final static int rollbackInProgressId;
private final static int rollbackSendInProgressId;
private final static int rollbackSendFailedId;
private final static int rollbackSendId;
private final static int rollbackSendDurationId;
private final static int rollbackFailedId;
private final static int rollbackTimedOutId;
private final static int rollbackId;
private final static int rollbackDurationId;
private final static int getEntryInProgressId;
private final static int getEntrySendInProgressId;
private final static int getEntrySendFailedId;
private final static int getEntrySendId;
private final static int getEntrySendDurationId;
private final static int getEntryFailedId;
private final static int getEntryTimedOutId;
private final static int getEntryId;
private final static int getEntryDurationId;
private final static int txSynchronizationInProgressId;
private final static int txSynchronizationSendInProgressId;
private final static int txSynchronizationSendFailedId;
private final static int txSynchronizationSendId;
private final static int txSynchronizationSendDurationId;
private final static int txSynchronizationFailedId;
private final static int txSynchronizationTimedOutId;
private final static int txSynchronizationId;
private final static int txSynchronizationDurationId;
private final static int txFailoverInProgressId;
private final static int txFailoverSendInProgressId;
private final static int txFailoverSendFailedId;
private final static int txFailoverSendId;
private final static int txFailoverSendDurationId;
private final static int txFailoverFailedId;
private final static int txFailoverTimedOutId;
private final static int txFailoverId;
private final static int txFailoverDurationId;
private final static int sizeInProgressId;
private final static int sizeSendInProgressId;
private final static int sizeSendFailedId;
private final static int sizeSendId;
private final static int sizeSendDurationId;
private final static int sizeFailedId;
private final static int sizeTimedOutId;
private final static int sizeId;
private final static int sizeDurationId;
private final static int invalidateInProgressId;
private final static int invalidateSendInProgressId;
private final static int invalidateSendFailedId;
private final static int invalidateSendId;
private final static int invalidateSendDurationId;
private final static int invalidateFailedId;
private final static int invalidateTimedOutId;
private final static int invalidateId;
private final static int invalidateDurationId;
private final static int registerInterestInProgressId;
private final static int registerInterestSendInProgressId;
private final static int registerInterestSendFailedId;
private final static int registerInterestSendId;
private final static int registerInterestSendDurationId;
private final static int registerInterestTimedOutId;
private final static int registerInterestFailedId;
private final static int registerInterestId;
private final static int registerInterestDurationId;
private final static int unregisterInterestInProgressId;
private final static int unregisterInterestSendInProgressId;
private final static int unregisterInterestSendFailedId;
private final static int unregisterInterestSendId;
private final static int unregisterInterestSendDurationId;
private final static int unregisterInterestTimedOutId;
private final static int unregisterInterestFailedId;
private final static int unregisterInterestId;
private final static int unregisterInterestDurationId;
private final static int queryInProgressId;
private final static int querySendInProgressId;
private final static int querySendFailedId;
private final static int querySendId;
private final static int querySendDurationId;
private final static int queryTimedOutId;
private final static int queryFailedId;
private final static int queryId;
private final static int queryDurationId;
private final static int createCQInProgressId;
private final static int createCQSendInProgressId;
private final static int createCQSendFailedId;
private final static int createCQSendId;
private final static int createCQSendDurationId;
private final static int createCQTimedOutId;
private final static int createCQFailedId;
private final static int createCQId;
private final static int createCQDurationId;
private final static int stopCQInProgressId;
private final static int stopCQSendInProgressId;
private final static int stopCQSendFailedId;
private final static int stopCQSendId;
private final static int stopCQSendDurationId;
private final static int stopCQTimedOutId;
private final static int stopCQFailedId;
private final static int stopCQId;
private final static int stopCQDurationId;
private final static int closeCQInProgressId;
private final static int closeCQSendInProgressId;
private final static int closeCQSendFailedId;
private final static int closeCQSendId;
private final static int closeCQSendDurationId;
private final static int closeCQTimedOutId;
private final static int closeCQFailedId;
private final static int closeCQId;
private final static int closeCQDurationId;
private final static int gatewayBatchInProgressId;
private final static int gatewayBatchSendInProgressId;
private final static int gatewayBatchSendFailedId;
private final static int gatewayBatchSendId;
private final static int gatewayBatchSendDurationId;
private final static int gatewayBatchTimedOutId;
private final static int gatewayBatchFailedId;
private final static int gatewayBatchId;
private final static int gatewayBatchDurationId;
private final static int getDurableCQsInProgressId;
private final static int getDurableCQsSendsInProgressId;
private final static int getDurableCQsSendFailedId;
private final static int getDurableCQsSendId;
private final static int getDurableCQsSendDurationId;
private final static int getDurableCQsTimedOutId;
private final static int getDurableCQsFailedId;
private final static int getDurableCQsId;
private final static int getDurableCQsDurationId;
private final static int readyForEventsInProgressId;
private final static int readyForEventsSendInProgressId;
private final static int readyForEventsSendFailedId;
private final static int readyForEventsSendId;
private final static int readyForEventsSendDurationId;
private final static int readyForEventsTimedOutId;
private final static int readyForEventsFailedId;
private final static int readyForEventsId;
private final static int readyForEventsDurationId;
private final static int makePrimaryInProgressId;
private final static int makePrimarySendInProgressId;
private final static int makePrimarySendFailedId;
private final static int makePrimarySendId;
private final static int makePrimarySendDurationId;
private final static int makePrimaryTimedOutId;
private final static int makePrimaryFailedId;
private final static int makePrimaryId;
private final static int makePrimaryDurationId;
private final static int closeConInProgressId;
private final static int closeConSendInProgressId;
private final static int closeConSendFailedId;
private final static int closeConSendId;
private final static int closeConSendDurationId;
private final static int closeConTimedOutId;
private final static int closeConFailedId;
private final static int closeConId;
private final static int closeConDurationId;
private final static int primaryAckInProgressId;
private final static int primaryAckSendInProgressId;
private final static int primaryAckSendFailedId;
private final static int primaryAckSendId;
private final static int primaryAckSendDurationId;
private final static int primaryAckTimedOutId;
private final static int primaryAckFailedId;
private final static int primaryAckId;
private final static int primaryAckDurationId;
private final static int pingInProgressId;
private final static int pingSendInProgressId;
private final static int pingSendFailedId;
private final static int pingSendId;
private final static int pingSendDurationId;
private final static int pingTimedOutId;
private final static int pingFailedId;
private final static int pingId;
private final static int pingDurationId;
private final static int registerInstantiatorsInProgressId;
private final static int registerInstantiatorsSendInProgressId;
private final static int registerInstantiatorsSendFailedId;
private final static int registerInstantiatorsSendId;
private final static int registerInstantiatorsSendDurationId;
private final static int registerInstantiatorsTimedOutId;
private final static int registerInstantiatorsFailedId;
private final static int registerInstantiatorsId;
private final static int registerInstantiatorsDurationId;
private final static int registerDataSerializersInProgressId;
private final static int registerDataSerializersSendInProgressId;
private final static int registerDataSerializersSendFailedId;
private final static int registerDataSerializersSendId;
private final static int registerDataSerializersSendDurationId;
private final static int registerDataSerializersTimedOutId;
private final static int registerDataSerializersFailedId;
private final static int registerDataSerializersId;
private final static int registerDataSerializersDurationId;
private final static int putAllInProgressId;
private final static int putAllSendInProgressId;
private final static int putAllSendFailedId;
private final static int putAllSendId;
private final static int putAllSendDurationId;
private final static int putAllTimedOutId;
private final static int putAllFailedId;
private final static int putAllId;
private final static int putAllDurationId;
private final static int getAllInProgressId;
private final static int getAllSendInProgressId;
private final static int getAllSendFailedId;
private final static int getAllSendId;
private final static int getAllSendDurationId;
private final static int getAllTimedOutId;
private final static int getAllFailedId;
private final static int getAllId;
private final static int getAllDurationId;
private final static int connectionsId;
private final static int connectsId;
private final static int disconnectsId;
private final static int messagesBeingReceivedId;
private final static int messageBytesBeingReceivedId;
private final static int receivedBytesId;
private final static int sentBytesId;
private final static int executeFunctionInProgressId;
private final static int executeFunctionSendInProgressId;
private final static int executeFunctionSendFailedId;
private final static int executeFunctionSendId;
private final static int executeFunctionSendDurationId;
private final static int executeFunctionTimedOutId;
private final static int executeFunctionFailedId;
private final static int executeFunctionId;
private final static int executeFunctionDurationId;
private final static int getClientPRMetadataInProgressId;
private final static int getClientPRMetadataSendInProgressId;
private final static int getClientPRMetadataSendFailedId;
private final static int getClientPRMetadataSendId;
private final static int getClientPRMetadataSendDurationId;
private final static int getClientPRMetadataTimedOutId;
private final static int getClientPRMetadataFailedId;
private final static int getClientPRMetadataId;
private final static int getClientPRMetadataDurationId;
private final static int getClientPartitionAttributesInProgressId;
private final static int getClientPartitionAttributesSendInProgressId;
private final static int getClientPartitionAttributesSendFailedId;
private final static int getClientPartitionAttributesSendId;
private final static int getClientPartitionAttributesSendDurationId;
private final static int getClientPartitionAttributesTimedOutId;
private final static int getClientPartitionAttributesFailedId;
private final static int getClientPartitionAttributesId;
private final static int getClientPartitionAttributesDurationId;
private final static int getPDXIdForTypeInProgressId;
private final static int getPDXIdForTypeSendInProgressId;
private final static int getPDXIdForTypeSendFailedId;
private final static int getPDXIdForTypeSendId;
private final static int getPDXIdForTypeSendDurationId;
private final static int getPDXIdForTypeTimedOutId;
private final static int getPDXIdForTypeFailedId;
private final static int getPDXIdForTypeId;
private final static int getPDXIdForTypeDurationId;
private final static int getPDXTypeByIdInProgressId;
private final static int getPDXTypeByIdSendInProgressId;
private final static int getPDXTypeByIdSendFailedId;
private final static int getPDXTypeByIdSendId;
private final static int getPDXTypeByIdSendDurationId;
private final static int getPDXTypeByIdTimedOutId;
private final static int getPDXTypeByIdFailedId;
private final static int getPDXTypeByIdId;
private final static int getPDXTypeByIdDurationId;
private final static int addPdxTypeInProgressId;
private final static int addPdxTypeSendInProgressId;
private final static int addPdxTypeSendFailedId;
private final static int addPdxTypeSendId;
private final static int addPdxTypeSendDurationId;
private final static int addPdxTypeTimedOutId;
private final static int addPdxTypeFailedId;
private final static int addPdxTypeId;
private final static int addPdxTypeDurationId;
//An array of all of the ids that represent operation statistics. This
//is used by the getOps method to aggregate the individual stats
//into a total value for all operations.
private static int[] opIds;
static {
try {
StatisticsTypeFactory f = StatisticsTypeFactoryImpl.singleton();
type = f.createType(
"ClientStats",
"Statistics about client to server communication",
new StatisticDescriptor[] {
///////////////////////////////////////////////////////////////////////
/*
f.createIntGauge("opsInProgress", "Current number of ops being executed", "ops"),
f.createIntCounter("ops", "Total number of ops completed successfully", "ops"),
f.createIntCounter("opFailures", "Total number of op attempts that have failed", "ops"),
f.createIntCounter("opTimeouts", "Total number of op attempts that have timed out", "ops"),
f.createLongCounter("opTime", "Total amount of time, in nanoseconds spent doing ops", "nanoseconds"),
*/
///////////////////////////////////////////////////////////////////////
f.createIntGauge("getsInProgress", "Current number of gets being executed", "gets"),
f.createIntCounter("gets", "Total number of gets completed successfully", "gets"),
f.createIntCounter("getFailures", "Total number of get attempts that have failed", "gets"),
f.createIntCounter("getTimeouts", "Total number of get attempts that have timed out", "gets"),
f.createLongCounter("getTime", "Total amount of time, in nanoseconds spent doing gets", "nanoseconds"),
f.createIntGauge("putsInProgress", "Current number of puts being executed", "puts"),
f.createIntCounter("puts", "Total number of puts completed successfully", "puts"),
f.createIntCounter("putFailures", "Total number of put attempts that have failed", "puts"),
f.createIntCounter("putTimeouts", "Total number of put attempts that have timed out", "puts"),
f.createLongCounter("putTime", "Total amount of time, in nanoseconds spent doing puts", "nanoseconds"),
f.createIntGauge("destroysInProgress", "Current number of destroys being executed", "destroys"),
f.createIntCounter("destroys", "Total number of destroys completed successfully", "destroys"),
f.createIntCounter("destroyFailures", "Total number of destroy attempts that have failed", "destroys"),
f.createIntCounter("destroyTimeouts", "Total number of destroy attempts that have timed out", "destroys"),
f.createLongCounter("destroyTime", "Total amount of time, in nanoseconds spent doing destroys", "nanoseconds"),
f.createIntGauge("destroyRegionsInProgress", "Current number of destroyRegions being executed", "destroyRegions"),
f.createIntCounter("destroyRegions", "Total number of destroyRegions completed successfully", "destroyRegions"),
f.createIntCounter("destroyRegionFailures", "Total number of destroyRegion attempts that have failed", "destroyRegions"),
f.createIntCounter("destroyRegionTimeouts", "Total number of destroyRegion attempts that have timed out", "destroyRegions"),
f.createLongCounter("destroyRegionTime", "Total amount of time, in nanoseconds spent doing destroyRegions", "nanoseconds"),
f.createIntGauge("clearsInProgress", "Current number of clears being executed", "clears"),
f.createIntCounter("clears", "Total number of clears completed successfully", "clears"),
f.createIntCounter("clearFailures", "Total number of clear attempts that have failed", "clears"),
f.createIntCounter("clearTimeouts", "Total number of clear attempts that have timed out", "clears"),
f.createLongCounter("clearTime", "Total amount of time, in nanoseconds spent doing clears", "nanoseconds"),
f.createIntGauge("containsKeysInProgress", "Current number of containsKeys being executed", "containsKeys"),
f.createIntCounter("containsKeys", "Total number of containsKeys completed successfully", "containsKeys"),
f.createIntCounter("containsKeyFailures", "Total number of containsKey attempts that have failed", "containsKeys"),
f.createIntCounter("containsKeyTimeouts", "Total number of containsKey attempts that have timed out", "containsKeys"),
f.createLongCounter("containsKeyTime", "Total amount of time, in nanoseconds spent doing containsKeys", "nanoseconds"),
f.createIntGauge("keySetsInProgress", "Current number of keySets being executed", "keySets"),
f.createIntCounter("keySets", "Total number of keySets completed successfully", "keySets"),
f.createIntCounter("keySetFailures", "Total number of keySet attempts that have failed", "keySets"),
f.createIntCounter("keySetTimeouts", "Total number of keySet attempts that have timed out", "keySets"),
f.createLongCounter("keySetTime", "Total amount of time, in nanoseconds spent doing keySets", "nanoseconds"),
f.createIntGauge("commitsInProgress", "Current number of commits being executed", "commits"),
f.createIntCounter("commits", "Total number of commits completed successfully", "commits"),
f.createIntCounter("commitFailures", "Total number of commit attempts that have failed", "commits"),
f.createIntCounter("commitTimeouts", "Total number of commit attempts that have timed out", "commits"),
f.createLongCounter("commitTime", "Total amount of time, in nanoseconds spent doing commits", "nanoseconds"),
f.createIntGauge("rollbacksInProgress", "Current number of rollbacks being executed", "rollbacks"),
f.createIntCounter("rollbacks", "Total number of rollbacks completed successfully", "rollbacks"),
f.createIntCounter("rollbackFailures", "Total number of rollback attempts that have failed", "rollbacks"),
f.createIntCounter("rollbackTimeouts", "Total number of rollback attempts that have timed out", "rollbacks"),
f.createLongCounter("rollbackTime", "Total amount of time, in nanoseconds spent doing rollbacks", "nanoseconds"),
f.createIntGauge("getEntrysInProgress", "Current number of getEntry messages being executed", "messages"),
f.createIntCounter("getEntrys", "Total number of getEntry messages completed successfully", "messages"),
f.createIntCounter("getEntryFailures", "Total number of getEntry attempts that have failed", "attempts"),
f.createIntCounter("getEntryTimeouts", "Total number of getEntry attempts that have timed out", "attempts"),
f.createLongCounter("getEntryTime", "Total amount of time, in nanoseconds spent doing getEntry processings", "nanoseconds"),
f.createIntGauge("jtaSynchronizationsInProgress", "Current number of jtaSynchronizations being executed", "sizes"),
f.createIntCounter("jtaSynchronizations", "Total number of jtaSynchronizations completed successfully", "jtaSynchronizations"),
f.createIntCounter("jtaSynchronizationFailures", "Total number of jtaSynchronization attempts that have failed", "jtaSynchronizations"),
f.createIntCounter("jtaSynchronizationTimeouts", "Total number of jtaSynchronization attempts that have timed out", "jtaSynchronizations"),
f.createLongCounter("jtaSynchronizationTime", "Total amount of time, in nanoseconds spent doing jtaSynchronizations", "nanoseconds"),
f.createIntGauge("txFailoversInProgress", "Current number of txFailovers being executed", "txFailovers"),
f.createIntCounter("txFailovers", "Total number of txFailovers completed successfully", "txFailovers"),
f.createIntCounter("txFailoverFailures", "Total number of txFailover attempts that have failed", "txFailovers"),
f.createIntCounter("txFailoverTimeouts", "Total number of txFailover attempts that have timed out", "sizes"),
f.createLongCounter("txFailoverTime", "Total amount of time, in nanoseconds spent doing txFailovers", "nanoseconds"),
f.createIntGauge("sizesInProgress", "Current number of sizes being executed", "sizes"),
f.createIntCounter("sizes", "Total number of sizes completed successfully", "sizes"),
f.createIntCounter("sizeFailures", "Total number of size attempts that have failed", "sizes"),
f.createIntCounter("sizeTimeouts", "Total number of size attempts that have timed out", "sizes"),
f.createLongCounter("sizeTime", "Total amount of time, in nanoseconds spent doing sizes", "nanoseconds"),
f.createIntGauge("invalidatesInProgress", "Current number of invalidates being executed", "invalidates"),
f.createIntCounter("invalidates", "Total number of invalidates completed successfully", "invalidates"),
f.createIntCounter("invalidateFailures", "Total number of invalidate attempts that have failed", "invalidates"),
f.createIntCounter("invalidateTimeouts", "Total number of invalidate attempts that have timed out", "invalidates"),
f.createLongCounter("invalidateTime", "Total amount of time, in nanoseconds spent doing invalidates", "nanoseconds"),
f.createIntGauge("registerInterestsInProgress", "Current number of registerInterests being executed", "registerInterests"),
f.createIntCounter("registerInterests", "Total number of registerInterests completed successfully", "registerInterests"),
f.createIntCounter("registerInterestFailures", "Total number of registerInterest attempts that have failed", "registerInterests"),
f.createIntCounter("registerInterestTimeouts", "Total number of registerInterest attempts that have timed out", "registerInterests"),
f.createLongCounter("registerInterestTime", "Total amount of time, in nanoseconds spent doing registerInterests", "nanoseconds"),
f.createIntGauge("unregisterInterestsInProgress", "Current number of unregisterInterests being executed", "unregisterInterests"),
f.createIntCounter("unregisterInterests", "Total number of unregisterInterests completed successfully", "unregisterInterests"),
f.createIntCounter("unregisterInterestFailures", "Total number of unregisterInterest attempts that have failed", "unregisterInterests"),
f.createIntCounter("unregisterInterestTimeouts", "Total number of unregisterInterest attempts that have timed out", "unregisterInterests"),
f.createLongCounter("unregisterInterestTime", "Total amount of time, in nanoseconds spent doing unregisterInterests", "nanoseconds"),
f.createIntGauge("querysInProgress", "Current number of querys being executed", "querys"),
f.createIntCounter("querys", "Total number of querys completed successfully", "querys"),
f.createIntCounter("queryFailures", "Total number of query attempts that have failed", "querys"),
f.createIntCounter("queryTimeouts", "Total number of query attempts that have timed out", "querys"),
f.createLongCounter("queryTime", "Total amount of time, in nanoseconds spent doing querys", "nanoseconds"),
f.createIntGauge("createCQsInProgress", "Current number of createCQs being executed", "createCQs"),
f.createIntCounter("createCQs", "Total number of createCQs completed successfully", "createCQs"),
f.createIntCounter("createCQFailures", "Total number of createCQ attempts that have failed", "createCQs"),
f.createIntCounter("createCQTimeouts", "Total number of createCQ attempts that have timed out", "createCQs"),
f.createLongCounter("createCQTime", "Total amount of time, in nanoseconds spent doing createCQs", "nanoseconds"),
f.createIntGauge("stopCQsInProgress", "Current number of stopCQs being executed", "stopCQs"),
f.createIntCounter("stopCQs", "Total number of stopCQs completed successfully", "stopCQs"),
f.createIntCounter("stopCQFailures", "Total number of stopCQ attempts that have failed", "stopCQs"),
f.createIntCounter("stopCQTimeouts", "Total number of stopCQ attempts that have timed out", "stopCQs"),
f.createLongCounter("stopCQTime", "Total amount of time, in nanoseconds spent doing stopCQs", "nanoseconds"),
f.createIntGauge("closeCQsInProgress", "Current number of closeCQs being executed", "closeCQs"),
f.createIntCounter("closeCQs", "Total number of closeCQs completed successfully", "closeCQs"),
f.createIntCounter("closeCQFailures", "Total number of closeCQ attempts that have failed", "closeCQs"),
f.createIntCounter("closeCQTimeouts", "Total number of closeCQ attempts that have timed out", "closeCQs"),
f.createLongCounter("closeCQTime", "Total amount of time, in nanoseconds spent doing closeCQs", "nanoseconds"),
f.createIntGauge("gatewayBatchsInProgress", "Current number of gatewayBatchs being executed", "gatewayBatchs"),
f.createIntCounter("gatewayBatchs", "Total number of gatewayBatchs completed successfully", "gatewayBatchs"),
f.createIntCounter("gatewayBatchFailures", "Total number of gatewayBatch attempts that have failed", "gatewayBatchs"),
f.createIntCounter("gatewayBatchTimeouts", "Total number of gatewayBatch attempts that have timed out", "gatewayBatchs"),
f.createLongCounter("gatewayBatchTime", "Total amount of time, in nanoseconds spent doing gatewayBatchs", "nanoseconds"),
f.createIntGauge("getDurableCQsInProgress", "Current number of getDurableCQs being executed", "getDurableCQs"),
f.createIntCounter("getDurableCQs", "Total number of getDurableCQs completed successfully", "getDurableCQs"),
f.createIntCounter("getDurableCQsFailures", "Total number of getDurableCQs attempts that have failed", "getDurableCQs"),
f.createIntCounter("getDurableCQsTimeouts", "Total number of getDurableCQs attempts that have timed out", "getDurableCQs"),
f.createLongCounter("getDurableCQsTime", "Total amount of time, in nanoseconds spent doing getDurableCQs", "nanoseconds"),
f.createIntGauge("readyForEventsInProgress", "Current number of readyForEvents being executed", "readyForEvents"),
f.createIntCounter("readyForEvents", "Total number of readyForEvents completed successfully", "readyForEvents"),
f.createIntCounter("readyForEventsFailures", "Total number of readyForEvents attempts that have failed", "readyForEvents"),
f.createIntCounter("readyForEventsTimeouts", "Total number of readyForEvents attempts that have timed out", "readyForEvents"),
f.createLongCounter("readyForEventsTime", "Total amount of time, in nanoseconds spent doing readyForEvents", "nanoseconds"),
f.createIntGauge("makePrimarysInProgress", "Current number of makePrimarys being executed", "makePrimarys"),
f.createIntCounter("makePrimarys", "Total number of makePrimarys completed successfully", "makePrimarys"),
f.createIntCounter("makePrimaryFailures", "Total number of makePrimary attempts that have failed", "makePrimarys"),
f.createIntCounter("makePrimaryTimeouts", "Total number of makePrimary attempts that have timed out", "makePrimarys"),
f.createLongCounter("makePrimaryTime", "Total amount of time, in nanoseconds spent doing makePrimarys", "nanoseconds"),
f.createIntGauge("closeConsInProgress", "Current number of closeCons being executed", "closeCons"),
f.createIntCounter("closeCons", "Total number of closeCons completed successfully", "closeCons"),
f.createIntCounter("closeConFailures", "Total number of closeCon attempts that have failed", "closeCons"),
f.createIntCounter("closeConTimeouts", "Total number of closeCon attempts that have timed out", "closeCons"),
f.createLongCounter("closeConTime", "Total amount of time, in nanoseconds spent doing closeCons", "nanoseconds"),
f.createIntGauge("primaryAcksInProgress", "Current number of primaryAcks being executed", "primaryAcks"),
f.createIntCounter("primaryAcks", "Total number of primaryAcks completed successfully", "primaryAcks"),
f.createIntCounter("primaryAckFailures", "Total number of primaryAck attempts that have failed", "primaryAcks"),
f.createIntCounter("primaryAckTimeouts", "Total number of primaryAck attempts that have timed out", "primaryAcks"),
f.createLongCounter("primaryAckTime", "Total amount of time, in nanoseconds spent doing primaryAcks", "nanoseconds"),
f.createIntGauge("pingsInProgress", "Current number of pings being executed", "pings"),
f.createIntCounter("pings", "Total number of pings completed successfully", "pings"),
f.createIntCounter("pingFailures", "Total number of ping attempts that have failed", "pings"),
f.createIntCounter("pingTimeouts", "Total number of ping attempts that have timed out", "pings"),
f.createLongCounter("pingTime", "Total amount of time, in nanoseconds spent doing pings", "nanoseconds"),
f.createIntGauge("registerInstantiatorsInProgress", "Current number of registerInstantiators being executed", "registerInstantiators"),
f.createIntCounter("registerInstantiators", "Total number of registerInstantiators completed successfully", "registerInstantiators"),
f.createIntCounter("registerInstantiatorsFailures", "Total number of registerInstantiators attempts that have failed", "registerInstantiators"),
f.createIntCounter("registerInstantiatorsTimeouts", "Total number of registerInstantiators attempts that have timed out", "registerInstantiators"),
f.createLongCounter("registerInstantiatorsTime", "Total amount of time, in nanoseconds spent doing registerInstantiators", "nanoseconds"),
f.createIntGauge("registerDataSerializersInProgress", "Current number of registerDataSerializers being executed", "registerDataSerializers"),
f.createIntCounter("registerDataSerializers", "Total number of registerDataSerializers completed successfully", "registerDataSerializers"),
f.createIntCounter("registerDataSerializersFailures", "Total number of registerDataSerializers attempts that have failed", "registerDataSerializers"),
f.createIntCounter("registerDataSerializersTimeouts", "Total number of registerDataSerializers attempts that have timed out", "registerDataSerializers"),
f.createLongCounter("registerDataSerializersTime", "Total amount of time, in nanoseconds spent doing registerDataSerializers", "nanoseconds"),
f.createIntGauge("connections", "Current number of connections", "connections"),
f.createIntCounter("connects", "Total number of times a connection has been created.", "connects"),
f.createIntCounter("disconnects", "Total number of times a connection has been destroyed.", "disconnects"),
f.createIntGauge("putAllsInProgress", "Current number of putAlls being executed", "putAlls"),
f.createIntCounter("putAlls", "Total number of putAlls completed successfully", "putAlls"),
f.createIntCounter("putAllFailures", "Total number of putAll attempts that have failed", "putAlls"),
f.createIntCounter("putAllTimeouts", "Total number of putAll attempts that have timed out", "putAlls"),
f.createLongCounter("putAllTime", "Total amount of time, in nanoseconds spent doing putAlls", "nanoseconds"),
f.createIntGauge("getAllsInProgress", "Current number of getAlls being executed", "getAlls"),
f.createIntCounter("getAlls", "Total number of getAlls completed successfully", "getAlls"),
f.createIntCounter("getAllFailures", "Total number of getAll attempts that have failed", "getAlls"),
f.createIntCounter("getAllTimeouts", "Total number of getAll attempts that have timed out", "getAlls"),
f.createLongCounter("getAllTime", "Total amount of time, in nanoseconds spent doing getAlls", "nanoseconds"),
f.createLongCounter("receivedBytes",
"Total number of bytes received (as responses) from server over a client-to-server connection.",
"bytes"),
f.createLongCounter("sentBytes",
"Total number of bytes sent to server over a client-to-server connection.",
"bytes"),
f.createIntGauge("messagesBeingReceived", "Current number of message being received off the network or being processed after reception over a client-to-server connection.", "messages"),
f.createLongGauge("messageBytesBeingReceived", "Current number of bytes consumed by messages being received or processed over a client-to-server connection.", "bytes"),
f.createIntGauge("executeFunctionsInProgress", "Current number of Functions being executed", "executeFunctions"),
f.createIntCounter("executeFunctions", "Total number of Functions completed successfully", "executeFunctions"),
f.createIntCounter("executeFunctionFailures", "Total number of Function attempts that have failed", "executeFunctions"),
f.createIntCounter("executeFunctionTimeouts", "Total number of Function attempts that have timed out", "executeFunctions"),
f.createLongCounter("executeFunctionTime", "Total amount of time, in nanoseconds spent doing Functions", "nanoseconds"),
f.createIntGauge("asyncExecuteFunctionsInProgress", "Current number of Functions being executed asynchronously", "asyncExecuteFunctions"),
f.createIntCounter("asyncExecuteFunctions", "Total number of asynchronous Functions completed successfully", "asyncExecuteFunctions"),
f.createIntCounter("asyncExecuteFunctionFailures", "Total number of asynchronous Function attempts that have failed", "asyncExecuteFunctions"),
f.createIntCounter("asyncExecuteFunctionTimeouts", "Total number of asynchronous Function attempts that have timed out", "asyncExecuteFunctions"),
f.createLongCounter("asyncExecuteFunctionTime", "Total amount of time, in nanoseconds spent doing asynchronous Functions", "nanoseconds"),
f.createIntGauge("getClientPRMetadataInProgress", "Current number of getClientPRMetadata operations being executed", "getClientPRMetadata"),
f.createIntCounter("getClientPRMetadataFailures", "Total number of getClientPRMetadata operation attempts that have failed", "getClientPRMetadata"),
f.createIntCounter("getClientPRMetadataSuccessful", "Total number of getClientPRMetadata operations completed successfully", "getClientPRMetadata"),
f.createIntCounter("getClientPRMetadataTimeouts", "Total number of getClientPRMetadata operation attempts that have timed out", "getClientPRMetadata"),
f.createLongCounter("getClientPRMetadataTime", "Total amount of time, in nanoseconds spent doing getClientPRMetadata successfully/unsuccessfully", "nanoseconds"),
f.createIntGauge("getClientPartitionAttributesInProgress", "Current number of getClientPartitionAttributes operations being executed", "getClientPartitionAttributes"),
f.createIntCounter("getClientPartitionAttributesFailures", "Total number of getClientPartitionAttributes operation attempts that have failed", "getClientPartitionAttributes"),
f.createIntCounter("getClientPartitionAttributesSuccessful", "Total number of getClientPartitionAttributes operations completed successfully", "getClientPartitionAttributes"),
f.createIntCounter("getClientPartitionAttributesTimeouts", "Total number of getClientPartitionAttributes operation attempts that have timed out", "getClientPartitionAttributes"),
f.createLongCounter("getClientPartitionAttributesTime", "Total amount of time, in nanoseconds spent doing getClientPartitionAttributes successfully/unsuccessfully.", "nanoseconds"),
f.createIntGauge("getPDXTypeByIdInProgress", "Current number of getPDXTypeById operations being executed", "getPDXTypeById"),
f.createIntCounter("getPDXTypeByIdFailures", "Total number of getPDXTypeById operation attempts that have failed", "getPDXTypeById"),
f.createIntCounter("getPDXTypeByIdSuccessful", "Total number of getPDXTypeById operations completed successfully", "getPDXTypeById"),
f.createIntCounter("getPDXTypeByIdTimeouts", "Total number of getPDXTypeById operation attempts that have timed out", "getPDXTypeById"),
f.createLongCounter("getPDXTypeByIdTime", "Total amount of time, in nanoseconds spent doing getPDXTypeById successfully/unsuccessfully.", "nanoseconds"),
f.createIntGauge("getPDXIdForTypeInProgress", "Current number of getPDXIdForType operations being executed", "getPDXIdForType"),
f.createIntCounter("getPDXIdForTypeFailures", "Total number of getPDXIdForType operation attempts that have failed", "getPDXIdForType"),
f.createIntCounter("getPDXIdForTypeSuccessful", "Total number of getPDXIdForType operations completed successfully", "getPDXIdForType"),
f.createIntCounter("getPDXIdForTypeTimeouts", "Total number of getPDXIdForType operation attempts that have timed out", "getPDXIdForType"),
f.createLongCounter("getPDXIdForTypeTime", "Total amount of time, in nanoseconds spent doing getPDXIdForType successfully/unsuccessfully.", "nanoseconds"),
f.createIntGauge("addPdxTypeInProgress", "Current number of addPdxType operations being executed", "addPdxType"),
f.createIntCounter("addPdxTypeFailures", "Total number of addPdxType operation attempts that have failed", "addPdxType"),
f.createIntCounter("addPdxTypeSuccessful", "Total number of addPdxType operations completed successfully", "addPdxType"),
f.createIntCounter("addPdxTypeTimeouts", "Total number of addPdxType operation attempts that have timed out", "addPdxType"),
f.createLongCounter("addPdxTypeTime", "Total amount of time, in nanoseconds spent doing addPdxType successfully/unsuccessfully.", "nanoseconds"),
}
);
sendType = f.createType(
"ClientSendStats",
"Statistics about client to server communication",
new StatisticDescriptor[] {
///////////////////////////////////////////////////////////////////////
/*
f.createIntGauge("opSendsInProgress", "Current number of op sends being executed", "sends"),
f.createIntCounter("opSends", "Total number of op sends that have completed successfully", "sends"),
f.createIntCounter("opSendFailures", "Total number of op sends that have failed", "sends"),
f.createLongCounter("opSendTime", "Total amount of time, in nanoseconds spent doing op sends", "nanoseconds"),
*/
///////////////////////////////////////////////////////////////////////
f.createIntGauge("getSendsInProgress", "Current number of get sends being executed", "sends"),
f.createIntCounter("getSends", "Total number of get sends that have completed successfully", "sends"),
f.createIntCounter("getSendFailures", "Total number of get sends that have failed", "sends"),
f.createLongCounter("getSendTime", "Total amount of time, in nanoseconds spent doing get sends", "nanoseconds"),
f.createIntGauge("putSendsInProgress", "Current number of put sends being executed", "sends"),
f.createIntCounter("putSends", "Total number of put sends that have completed successfully", "sends"),
f.createIntCounter("putSendFailures", "Total number of put sends that have failed", "sends"),
f.createLongCounter("putSendTime", "Total amount of time, in nanoseconds spent doing put sends", "nanoseconds"),
f.createIntGauge("destroySendsInProgress", "Current number of destroy sends being executed", "sends"),
f.createIntCounter("destroySends", "Total number of destroy sends that have completed successfully", "sends"),
f.createIntCounter("destroySendFailures", "Total number of destroy sends that have failed", "sends"),
f.createLongCounter("destroySendTime", "Total amount of time, in nanoseconds spent doing destroy sends", "nanoseconds"),
f.createIntGauge("destroyRegionSendsInProgress", "Current number of destroyRegion sends being executed", "sends"),
f.createIntCounter("destroyRegionSends", "Total number of destroyRegion sends that have completed successfully", "sends"),
f.createIntCounter("destroyRegionSendFailures", "Total number of destroyRegion sends that have failed", "sends"),
f.createLongCounter("destroyRegionSendTime", "Total amount of time, in nanoseconds spent doing destroyRegion sends", "nanoseconds"),
f.createIntGauge("clearSendsInProgress", "Current number of clear sends being executed", "sends"),
f.createIntCounter("clearSends", "Total number of clear sends that have completed successfully", "sends"),
f.createIntCounter("clearSendFailures", "Total number of clear sends that have failed", "sends"),
f.createLongCounter("clearSendTime", "Total amount of time, in nanoseconds spent doing clear sends", "nanoseconds"),
f.createIntGauge("containsKeySendsInProgress", "Current number of containsKey sends being executed", "sends"),
f.createIntCounter("containsKeySends", "Total number of containsKey sends that have completed successfully", "sends"),
f.createIntCounter("containsKeySendFailures", "Total number of containsKey sends that have failed", "sends"),
f.createLongCounter("containsKeySendTime", "Total amount of time, in nanoseconds spent doing containsKey sends", "nanoseconds"),
f.createIntGauge("keySetSendsInProgress", "Current number of keySet sends being executed", "sends"),
f.createIntCounter("keySetSends", "Total number of keySet sends that have completed successfully", "sends"),
f.createIntCounter("keySetSendFailures", "Total number of keySet sends that have failed", "sends"),
f.createLongCounter("keySetSendTime", "Total amount of time, in nanoseconds spent doing keySet sends", "nanoseconds"),
f.createIntGauge("commitSendsInProgress", "Current number of commit sends being executed", "sends"),
f.createIntCounter("commitSendFailures", "Total number of commit sends that have failed", "sends"),
f.createIntCounter("commitSends", "Total number of commit sends that have failed", "sends"),
f.createLongCounter("commitSendTime", "Total amount of time, in nanoseconds spent doing commits", "nanoseconds"),
f.createIntGauge("rollbackSendsInProgress", "Current number of rollback sends being executed", "sends"),
f.createIntCounter("rollbackSendFailures", "Total number of rollback sends that have failed", "sends"),
f.createIntCounter("rollbackSends", "Total number of rollback sends that have failed", "sends"),
f.createLongCounter("rollbackSendTime", "Total amount of time, in nanoseconds spent doing rollbacks", "nanoseconds"),
f.createIntGauge("getEntrySendsInProgress", "Current number of getEntry sends being executed", "sends"),
f.createIntCounter("getEntrySendFailures", "Total number of getEntry sends that have failed", "sends"),
f.createIntCounter("getEntrySends", "Total number of getEntry sends that have failed", "sends"),
f.createLongCounter("getEntrySendTime", "Total amount of time, in nanoseconds spent sending getEntry messages", "nanoseconds"),
f.createIntGauge("jtaSynchronizationSendsInProgress", "Current number of jtaSynchronization sends being executed", "sends"),
f.createIntCounter("jtaSynchronizationSendFailures", "Total number of jtaSynchronization sends that have failed", "sends"),
f.createIntCounter("jtaSynchronizationSends", "Total number of jtaSynchronization sends that have failed", "sends"),
f.createLongCounter("jtaSynchronizationSendTime", "Total amount of time, in nanoseconds spent doing jtaSynchronizations", "nanoseconds"),
f.createIntGauge("txFailoverSendsInProgress", "Current number of txFailover sends being executed", "sends"),
f.createIntCounter("txFailoverSendFailures", "Total number of txFailover sends that have failed", "sends"),
f.createIntCounter("txFailoverSends", "Total number of txFailover sends that have failed", "sends"),
f.createLongCounter("txFailoverSendTime", "Total amount of time, in nanoseconds spent doing txFailovers", "nanoseconds"),
f.createIntGauge("sizeSendsInProgress", "Current number of size sends being executed", "sends"),
f.createIntCounter("sizeSendFailures", "Total number of size sends that have failed", "sends"),
f.createIntCounter("sizeSends", "Total number of size sends that have failed", "sends"),
f.createLongCounter("sizeSendTime", "Total amount of time, in nanoseconds spent doing sizes", "nanoseconds"),
f.createIntGauge("invalidateSendsInProgress", "Current number of invalidate sends being executed", "sends"),
f.createIntCounter("invalidateSendFailures", "Total number of invalidate sends that have failed", "sends"),
f.createIntCounter("invalidateSends", "Total number of invalidate sends that have failed", "sends"),
f.createLongCounter("invalidateSendTime", "Total amount of time, in nanoseconds spent doing invalidates", "nanoseconds"),
f.createIntGauge("registerInterestSendsInProgress", "Current number of registerInterest sends being executed", "sends"),
f.createIntCounter("registerInterestSends", "Total number of registerInterest sends that have completed successfully", "sends"),
f.createIntCounter("registerInterestSendFailures", "Total number of registerInterest sends that have failed", "sends"),
f.createLongCounter("registerInterestSendTime", "Total amount of time, in nanoseconds spent doing registerInterest sends", "nanoseconds"),
f.createIntGauge("unregisterInterestSendsInProgress", "Current number of unregisterInterest sends being executed", "sends"),
f.createIntCounter("unregisterInterestSends", "Total number of unregisterInterest sends that have completed successfully", "sends"),
f.createIntCounter("unregisterInterestSendFailures", "Total number of unregisterInterest sends that have failed", "sends"),
f.createLongCounter("unregisterInterestSendTime", "Total amount of time, in nanoseconds spent doing unregisterInterest sends", "nanoseconds"),
f.createIntGauge("querySendsInProgress", "Current number of query sends being executed", "sends"),
f.createIntCounter("querySends", "Total number of query sends that have completed successfully", "sends"),
f.createIntCounter("querySendFailures", "Total number of query sends that have failed", "sends"),
f.createLongCounter("querySendTime", "Total amount of time, in nanoseconds spent doing query sends", "nanoseconds"),
f.createIntGauge("createCQSendsInProgress", "Current number of createCQ sends being executed", "sends"),
f.createIntCounter("createCQSends", "Total number of createCQ sends that have completed successfully", "sends"),
f.createIntCounter("createCQSendFailures", "Total number of createCQ sends that have failed", "sends"),
f.createLongCounter("createCQSendTime", "Total amount of time, in nanoseconds spent doing createCQ sends", "nanoseconds"),
f.createIntGauge("stopCQSendsInProgress", "Current number of stopCQ sends being executed", "sends"),
f.createIntCounter("stopCQSends", "Total number of stopCQ sends that have completed successfully", "sends"),
f.createIntCounter("stopCQSendFailures", "Total number of stopCQ sends that have failed", "sends"),
f.createLongCounter("stopCQSendTime", "Total amount of time, in nanoseconds spent doing stopCQ sends", "nanoseconds"),
f.createIntGauge("closeCQSendsInProgress", "Current number of closeCQ sends being executed", "sends"),
f.createIntCounter("closeCQSends", "Total number of closeCQ sends that have completed successfully", "sends"),
f.createIntCounter("closeCQSendFailures", "Total number of closeCQ sends that have failed", "sends"),
f.createLongCounter("closeCQSendTime", "Total amount of time, in nanoseconds spent doing closeCQ sends", "nanoseconds"),
f.createIntGauge("gatewayBatchSendsInProgress", "Current number of gatewayBatch sends being executed", "sends"),
f.createIntCounter("gatewayBatchSends", "Total number of gatewayBatch sends that have completed successfully", "sends"),
f.createIntCounter("gatewayBatchSendFailures", "Total number of gatewayBatch sends that have failed", "sends"),
f.createLongCounter("gatewayBatchSendTime", "Total amount of time, in nanoseconds spent doing gatewayBatch sends", "nanoseconds"),
f.createIntGauge("getDurableCQsSendsInProgressId", "Current number of getDurableCQs sends being executed", "sends"),
f.createIntCounter("getDurableCQsSends", "Total number of getDurableCQs sends that have completed successfully", "sends"),
f.createIntCounter("getDurableCQsSendFailures", "Total number of getDurableCQs sends that have failed", "sends"),
f.createLongCounter("getDurableCQsSendTime", "Total amount of time, in nanoseconds spent doing getDurableCQs sends", "nanoseconds"),
f.createIntGauge("readyForEventsSendsInProgress", "Current number of readyForEvents sends being executed", "sends"),
f.createIntCounter("readyForEventsSends", "Total number of readyForEvents sends that have completed successfully", "sends"),
f.createIntCounter("readyForEventsSendFailures", "Total number of readyForEvents sends that have failed", "sends"),
f.createLongCounter("readyForEventsSendTime", "Total amount of time, in nanoseconds spent doing readyForEvents sends", "nanoseconds"),
f.createIntGauge("makePrimarySendsInProgress", "Current number of makePrimary sends being executed", "sends"),
f.createIntCounter("makePrimarySends", "Total number of makePrimary sends that have completed successfully", "sends"),
f.createIntCounter("makePrimarySendFailures", "Total number of makePrimary sends that have failed", "sends"),
f.createLongCounter("makePrimarySendTime", "Total amount of time, in nanoseconds spent doing makePrimary sends", "nanoseconds"),
f.createIntGauge("closeConSendsInProgress", "Current number of closeCon sends being executed", "sends"),
f.createIntCounter("closeConSends", "Total number of closeCon sends that have completed successfully", "sends"),
f.createIntCounter("closeConSendFailures", "Total number of closeCon sends that have failed", "sends"),
f.createLongCounter("closeConSendTime", "Total amount of time, in nanoseconds spent doing closeCon sends", "nanoseconds"),
f.createIntGauge("primaryAckSendsInProgress", "Current number of primaryAck sends being executed", "sends"),
f.createIntCounter("primaryAckSends", "Total number of primaryAck sends that have completed successfully", "sends"),
f.createIntCounter("primaryAckSendFailures", "Total number of primaryAck sends that have failed", "sends"),
f.createLongCounter("primaryAckSendTime", "Total amount of time, in nanoseconds spent doing primaryAck sends", "nanoseconds"),
f.createIntGauge("pingSendsInProgress", "Current number of ping sends being executed", "sends"),
f.createIntCounter("pingSends", "Total number of ping sends that have completed successfully", "sends"),
f.createIntCounter("pingSendFailures", "Total number of ping sends that have failed", "sends"),
f.createLongCounter("pingSendTime", "Total amount of time, in nanoseconds spent doing ping sends", "nanoseconds"),
f.createIntGauge("registerInstantiatorsSendsInProgress", "Current number of registerInstantiators sends being executed", "sends"),
f.createIntCounter("registerInstantiatorsSends", "Total number of registerInstantiators sends that have completed successfully", "sends"),
f.createIntCounter("registerInstantiatorsSendFailures", "Total number of registerInstantiators sends that have failed", "sends"),
f.createLongCounter("registerInstantiatorsSendTime", "Total amount of time, in nanoseconds spent doing registerInstantiators sends", "nanoseconds"),
f.createIntGauge("registerDataSerializersSendInProgress", "Current number of registerDataSerializers sends being executed", "sends"),
f.createIntCounter("registerDataSerializersSends", "Total number of registerDataSerializers sends that have completed successfully", "sends"),
f.createIntCounter("registerDataSerializersSendFailures", "Total number of registerDataSerializers sends that have failed", "sends"),
f.createLongCounter("registerDataSerializersSendTime", "Total amount of time, in nanoseconds spent doing registerDataSerializers sends", "nanoseconds"),
f.createIntGauge("putAllSendsInProgress", "Current number of putAll sends being executed", "sends"),
f.createIntCounter("putAllSends", "Total number of putAll sends that have completed successfully", "sends"),
f.createIntCounter("putAllSendFailures", "Total number of putAll sends that have failed", "sends"),
f.createLongCounter("putAllSendTime", "Total amount of time, in nanoseconds spent doing putAll sends", "nanoseconds"),
f.createIntGauge("getAllSendsInProgress", "Current number of getAll sends being executed", "sends"),
f.createIntCounter("getAllSends", "Total number of getAll sends that have completed successfully", "sends"),
f.createIntCounter("getAllSendFailures", "Total number of getAll sends that have failed", "sends"),
f.createLongCounter("getAllSendTime", "Total amount of time, in nanoseconds spent doing getAll sends", "nanoseconds"),
f.createIntGauge("executeFunctionSendsInProgress", "Current number of Function sends being executed", "sends"),
f.createIntCounter("executeFunctionSends", "Total number of Function sends that have completed successfully", "sends"),
f.createIntCounter("executeFunctionSendFailures", "Total number of Function sends that have failed", "sends"),
f.createLongCounter("executeFunctionSendTime", "Total amount of time, in nanoseconds spent doing Function sends", "nanoseconds"),
f.createIntGauge("asyncExecuteFunctionSendsInProgress", "Current number of Function sends being executed asynchronously", "sends"),
f.createIntCounter("asyncExecuteFunctionSends", "Total number of asynchronous Function sends that have completed successfully", "sends"),
f.createIntCounter("asyncExecuteFunctionSendFailures", "Total number of asynchronous Function sends that have failed", "sends"),
f.createLongCounter("asyncExecuteFunctionSendTime", "Total amount of time, in nanoseconds spent doing asynchronous Function sends", "nanoseconds"),
f.createIntGauge("getClientPRMetadataSendsInProgress", "Current number of getClientPRMetadata operation's request messages being send from the client to server", "sends"),
f.createIntCounter("getClientPRMetadataSendFailures", "Total number of getClientPRMetadata operation's request messages not sent successfully from the client to server", "sends"),
f.createIntCounter("getClientPRMetadataSendsSuccessful", "Total number of getClientPRMetadata operation's request messages sent successfully from the client to server", "sends"),
f.createLongCounter("getClientPRMetadataSendTime" ,"Total amount of time, in nanoseconds spent sending getClientPRMetadata operation's request messages successfully/unsuccessfully from the client to server", "nanoseconds"),
f.createIntGauge("getClientPartitionAttributesSendsInProgress", "Current number of getClientPartitionAttributes operation's request messages being send from the client to server", "sends"),
f.createIntCounter("getClientPartitionAttributesSendFailures", "Total number of getClientPartitionAttributes operation's request messages not sent successfully from the client to server", "sends"),
f.createIntCounter("getClientPartitionAttributesSendsSuccessful", "Total number of getClientPartitionAttributes operation's request messages sent successfully from the client to server", "sends"),
f.createLongCounter("getClientPartitionAttributesSendTime","Total amount of time, in nanoseconds spent sending getClientPartitionAttributes operation's request messages successfully/unsuccessfully from the client to server", "nanoseconds"),
f.createIntGauge("getPDXTypeByIdSendsInProgress", "Current number of getPDXTypeById operation's request messages being send from the client to server", "sends"),
f.createIntCounter("getPDXTypeByIdSendFailures", "Total number of getPDXTypeById operation's request messages not sent successfully from the client to server", "sends"),
f.createIntCounter("getPDXTypeByIdSendsSuccessful", "Total number of getPDXTypeById operation's request messages sent successfully from the client to server", "sends"),
f.createLongCounter("getPDXTypeByIdSendTime","Total amount of time, in nanoseconds spent sending getPDXTypeById operation's request messages successfully/unsuccessfully from the client to server", "nanoseconds"),
f.createIntGauge("getPDXIdForTypeSendsInProgress", "Current number of getPDXIdForType operation's request messages being send from the client to server", "sends"),
f.createIntCounter("getPDXIdForTypeSendFailures", "Total number of getPDXIdForType operation's request messages not sent successfully from the client to server", "sends"),
f.createIntCounter("getPDXIdForTypeSendsSuccessful", "Total number of getPDXIdForType operation's request messages sent successfully from the client to server", "sends"),
f.createLongCounter("getPDXIdForTypeSendTime","Total amount of time, in nanoseconds spent sending getPDXIdForType operation's request messages successfully/unsuccessfully from the client to server", "nanoseconds"),
f.createIntGauge("addPdxTypeSendsInProgress", "Current number of addPdxType operation's request messages being send from the client to server", "sends"),
f.createIntCounter("addPdxTypeSendFailures", "Total number of addPdxType operation's request messages not sent successfully from the client to server", "sends"),
f.createIntCounter("addPdxTypeSendsSuccessful", "Total number of addPdxType operation's request messages sent successfully from the client to server", "sends"),
f.createLongCounter("addPdxTypeSendTime","Total amount of time, in nanoseconds spent sending addPdxType operation's request messages successfully/unsuccessfully from the client to server", "nanoseconds"),
}
);
///////////////////////////////////////////////////////////////////////
/*
opInProgressId = type.nameToId("opsInProgress");
opSendInProgressId = sendType.nameToId("opSendsInProgress");
opSendFailedId = sendType.nameToId("opSendFailures");
opSendId = sendType.nameToId("opSends");
opSendDurationId = sendType.nameToId("opSendTime");
opTimedOutId = type.nameToId("opTimeouts");
opFailedId = type.nameToId("opFailures");
opId = type.nameToId("ops");
opDurationId = type.nameToId("opTime");
*/
///////////////////////////////////////////////////////////////////////
getInProgressId = type.nameToId("getsInProgress");
getSendInProgressId = sendType.nameToId("getSendsInProgress");
getSendFailedId = sendType.nameToId("getSendFailures");
getSendId = sendType.nameToId("getSends");
getSendDurationId = sendType.nameToId("getSendTime");
getTimedOutId = type.nameToId("getTimeouts");
getFailedId = type.nameToId("getFailures");
getId = type.nameToId("gets");
getDurationId = type.nameToId("getTime");
putInProgressId = type.nameToId("putsInProgress");
putSendInProgressId = sendType.nameToId("putSendsInProgress");
putSendFailedId = sendType.nameToId("putSendFailures");
putSendId = sendType.nameToId("putSends");
putSendDurationId = sendType.nameToId("putSendTime");
putTimedOutId = type.nameToId("putTimeouts");
putFailedId = type.nameToId("putFailures");
putId = type.nameToId("puts");
putDurationId = type.nameToId("putTime");
destroyInProgressId = type.nameToId("destroysInProgress");
destroySendInProgressId = sendType.nameToId("destroySendsInProgress");
destroySendFailedId = sendType.nameToId("destroySendFailures");
destroySendId = sendType.nameToId("destroySends");
destroySendDurationId = sendType.nameToId("destroySendTime");
destroyTimedOutId = type.nameToId("destroyTimeouts");
destroyFailedId = type.nameToId("destroyFailures");
destroyId = type.nameToId("destroys");
destroyDurationId = type.nameToId("destroyTime");
destroyRegionInProgressId = type.nameToId("destroyRegionsInProgress");
destroyRegionSendInProgressId = sendType.nameToId("destroyRegionSendsInProgress");
destroyRegionSendFailedId = sendType.nameToId("destroyRegionSendFailures");
destroyRegionSendId = sendType.nameToId("destroyRegionSends");
destroyRegionSendDurationId = sendType.nameToId("destroyRegionSendTime");
destroyRegionTimedOutId = type.nameToId("destroyRegionTimeouts");
destroyRegionFailedId = type.nameToId("destroyRegionFailures");
destroyRegionId = type.nameToId("destroyRegions");
destroyRegionDurationId = type.nameToId("destroyRegionTime");
clearInProgressId = type.nameToId("clearsInProgress");
clearSendInProgressId = sendType.nameToId("clearSendsInProgress");
clearSendFailedId = sendType.nameToId("clearSendFailures");
clearSendId = sendType.nameToId("clearSends");
clearSendDurationId = sendType.nameToId("clearSendTime");
clearTimedOutId = type.nameToId("clearTimeouts");
clearFailedId = type.nameToId("clearFailures");
clearId = type.nameToId("clears");
clearDurationId = type.nameToId("clearTime");
containsKeyInProgressId = type.nameToId("containsKeysInProgress");
containsKeySendInProgressId = sendType.nameToId("containsKeySendsInProgress");
containsKeySendFailedId = sendType.nameToId("containsKeySendFailures");
containsKeySendId = sendType.nameToId("containsKeySends");
containsKeySendDurationId = sendType.nameToId("containsKeySendTime");
containsKeyTimedOutId = type.nameToId("containsKeyTimeouts");
containsKeyFailedId = type.nameToId("containsKeyFailures");
containsKeyId = type.nameToId("containsKeys");
containsKeyDurationId = type.nameToId("containsKeyTime");
keySetInProgressId = type.nameToId("keySetsInProgress");
keySetSendInProgressId = sendType.nameToId("keySetSendsInProgress");
keySetSendFailedId = sendType.nameToId("keySetSendFailures");
keySetSendId = sendType.nameToId("keySetSends");
keySetSendDurationId = sendType.nameToId("keySetSendTime");
keySetTimedOutId = type.nameToId("keySetTimeouts");
keySetFailedId = type.nameToId("keySetFailures");
keySetId = type.nameToId("keySets");
keySetDurationId = type.nameToId("keySetTime");
commitInProgressId = type.nameToId("commitsInProgress");
commitSendInProgressId = sendType.nameToId("commitSendsInProgress");
commitSendFailedId = sendType.nameToId("commitSendFailures");
commitSendId = sendType.nameToId("commitSends");
commitSendDurationId = sendType.nameToId("commitSendTime");
commitDurationId = type.nameToId("commitTime");
commitTimedOutId = type.nameToId("commitTimeouts");
commitFailedId = type.nameToId("commitFailures");
commitId = type.nameToId("commits");
rollbackInProgressId = type.nameToId("rollbacksInProgress");
rollbackSendInProgressId = sendType.nameToId("rollbackSendsInProgress");
rollbackSendFailedId = sendType.nameToId("rollbackSendFailures");
rollbackSendId = sendType.nameToId("rollbackSends");
rollbackSendDurationId = sendType.nameToId("rollbackSendTime");
rollbackDurationId = type.nameToId("rollbackTime");
rollbackTimedOutId = type.nameToId("rollbackTimeouts");
rollbackFailedId = type.nameToId("rollbackFailures");
rollbackId = type.nameToId("rollbacks");
getEntryInProgressId = type.nameToId("getEntrysInProgress");
getEntrySendInProgressId = sendType.nameToId("getEntrySendsInProgress");
getEntrySendFailedId = sendType.nameToId("getEntrySendFailures");
getEntrySendId = sendType.nameToId("getEntrySends");
getEntrySendDurationId = sendType.nameToId("getEntrySendTime");
getEntryDurationId = type.nameToId("getEntryTime");
getEntryTimedOutId = type.nameToId("getEntryTimeouts");
getEntryFailedId = type.nameToId("getEntryFailures");
getEntryId = type.nameToId("getEntrys");
txSynchronizationInProgressId = type.nameToId("jtaSynchronizationsInProgress");
txSynchronizationSendInProgressId = sendType.nameToId("jtaSynchronizationSendsInProgress");
txSynchronizationSendFailedId = sendType.nameToId("jtaSynchronizationSendFailures");
txSynchronizationSendId = sendType.nameToId("jtaSynchronizationSends");
txSynchronizationSendDurationId = sendType.nameToId("jtaSynchronizationSendTime");
txSynchronizationDurationId = type.nameToId("jtaSynchronizationTime");
txSynchronizationTimedOutId = type.nameToId("jtaSynchronizationTimeouts");
txSynchronizationFailedId = type.nameToId("jtaSynchronizationFailures");
txSynchronizationId = type.nameToId("jtaSynchronizations");
txFailoverInProgressId = type.nameToId("txFailoversInProgress");
txFailoverSendInProgressId = sendType.nameToId("txFailoverSendsInProgress");
txFailoverSendFailedId = sendType.nameToId("txFailoverSendFailures");
txFailoverSendId = sendType.nameToId("txFailoverSends");
txFailoverSendDurationId = sendType.nameToId("txFailoverSendTime");
txFailoverDurationId = type.nameToId("txFailoverTime");
txFailoverTimedOutId = type.nameToId("txFailoverTimeouts");
txFailoverFailedId = type.nameToId("txFailoverFailures");
txFailoverId = type.nameToId("txFailovers");
sizeInProgressId = type.nameToId("sizesInProgress");
sizeSendInProgressId = sendType.nameToId("sizeSendsInProgress");
sizeSendFailedId = sendType.nameToId("sizeSendFailures");
sizeSendId = sendType.nameToId("sizeSends");
sizeSendDurationId = sendType.nameToId("sizeSendTime");
sizeDurationId = type.nameToId("sizeTime");
sizeTimedOutId = type.nameToId("sizeTimeouts");
sizeFailedId = type.nameToId("sizeFailures");
sizeId = type.nameToId("sizes");
invalidateInProgressId = type.nameToId("invalidatesInProgress");
invalidateSendInProgressId = sendType.nameToId("invalidateSendsInProgress");
invalidateSendFailedId = sendType.nameToId("invalidateSendFailures");
invalidateSendId = sendType.nameToId("invalidateSends");
invalidateSendDurationId = sendType.nameToId("invalidateSendTime");
invalidateDurationId = type.nameToId("invalidateTime");
invalidateTimedOutId = type.nameToId("invalidateTimeouts");
invalidateFailedId = type.nameToId("invalidateFailures");
invalidateId = type.nameToId("invalidates");
registerInterestInProgressId = type.nameToId("registerInterestsInProgress");
registerInterestSendInProgressId = sendType.nameToId("registerInterestSendsInProgress");
registerInterestSendFailedId = sendType.nameToId("registerInterestSendFailures");
registerInterestSendId = sendType.nameToId("registerInterestSends");
registerInterestSendDurationId = sendType.nameToId("registerInterestSendTime");
registerInterestTimedOutId = type.nameToId("registerInterestTimeouts");
registerInterestFailedId = type.nameToId("registerInterestFailures");
registerInterestId = type.nameToId("registerInterests");
registerInterestDurationId = type.nameToId("registerInterestTime");
unregisterInterestInProgressId = type.nameToId("unregisterInterestsInProgress");
unregisterInterestSendInProgressId = sendType.nameToId("unregisterInterestSendsInProgress");
unregisterInterestSendFailedId = sendType.nameToId("unregisterInterestSendFailures");
unregisterInterestSendId = sendType.nameToId("unregisterInterestSends");
unregisterInterestSendDurationId = sendType.nameToId("unregisterInterestSendTime");
unregisterInterestTimedOutId = type.nameToId("unregisterInterestTimeouts");
unregisterInterestFailedId = type.nameToId("unregisterInterestFailures");
unregisterInterestId = type.nameToId("unregisterInterests");
unregisterInterestDurationId = type.nameToId("unregisterInterestTime");
queryInProgressId = type.nameToId("querysInProgress");
querySendInProgressId = sendType.nameToId("querySendsInProgress");
querySendFailedId = sendType.nameToId("querySendFailures");
querySendId = sendType.nameToId("querySends");
querySendDurationId = sendType.nameToId("querySendTime");
queryTimedOutId = type.nameToId("queryTimeouts");
queryFailedId = type.nameToId("queryFailures");
queryId = type.nameToId("querys");
queryDurationId = type.nameToId("queryTime");
createCQInProgressId = type.nameToId("createCQsInProgress");
createCQSendInProgressId = sendType.nameToId("createCQSendsInProgress");
createCQSendFailedId = sendType.nameToId("createCQSendFailures");
createCQSendId = sendType.nameToId("createCQSends");
createCQSendDurationId = sendType.nameToId("createCQSendTime");
createCQTimedOutId = type.nameToId("createCQTimeouts");
createCQFailedId = type.nameToId("createCQFailures");
createCQId = type.nameToId("createCQs");
createCQDurationId = type.nameToId("createCQTime");
stopCQInProgressId = type.nameToId("stopCQsInProgress");
stopCQSendInProgressId = sendType.nameToId("stopCQSendsInProgress");
stopCQSendFailedId = sendType.nameToId("stopCQSendFailures");
stopCQSendId = sendType.nameToId("stopCQSends");
stopCQSendDurationId = sendType.nameToId("stopCQSendTime");
stopCQTimedOutId = type.nameToId("stopCQTimeouts");
stopCQFailedId = type.nameToId("stopCQFailures");
stopCQId = type.nameToId("stopCQs");
stopCQDurationId = type.nameToId("stopCQTime");
closeCQInProgressId = type.nameToId("closeCQsInProgress");
closeCQSendInProgressId = sendType.nameToId("closeCQSendsInProgress");
closeCQSendFailedId = sendType.nameToId("closeCQSendFailures");
closeCQSendId = sendType.nameToId("closeCQSends");
closeCQSendDurationId = sendType.nameToId("closeCQSendTime");
closeCQTimedOutId = type.nameToId("closeCQTimeouts");
closeCQFailedId = type.nameToId("closeCQFailures");
closeCQId = type.nameToId("closeCQs");
closeCQDurationId = type.nameToId("closeCQTime");
gatewayBatchInProgressId = type.nameToId("gatewayBatchsInProgress");
gatewayBatchSendInProgressId = sendType.nameToId("gatewayBatchSendsInProgress");
gatewayBatchSendFailedId = sendType.nameToId("gatewayBatchSendFailures");
gatewayBatchSendId = sendType.nameToId("gatewayBatchSends");
gatewayBatchSendDurationId = sendType.nameToId("gatewayBatchSendTime");
gatewayBatchTimedOutId = type.nameToId("gatewayBatchTimeouts");
gatewayBatchFailedId = type.nameToId("gatewayBatchFailures");
gatewayBatchId = type.nameToId("gatewayBatchs");
gatewayBatchDurationId = type.nameToId("gatewayBatchTime");
getDurableCQsInProgressId = type.nameToId("getDurableCQsInProgress");
getDurableCQsSendsInProgressId = sendType.nameToId("getDurableCQsSendsInProgressId");
getDurableCQsSendFailedId = sendType.nameToId("getDurableCQsSendFailures");
getDurableCQsSendId = sendType.nameToId("getDurableCQsSends");
getDurableCQsSendDurationId = sendType.nameToId("getDurableCQsSendTime");
getDurableCQsTimedOutId = type.nameToId("getDurableCQsTimeouts");
getDurableCQsFailedId = type.nameToId("getDurableCQsFailures");
getDurableCQsId = type.nameToId("getDurableCQs");
getDurableCQsDurationId = type.nameToId("getDurableCQsTime");
readyForEventsInProgressId = type.nameToId("readyForEventsInProgress");
readyForEventsSendInProgressId = sendType.nameToId("readyForEventsSendsInProgress");
readyForEventsSendFailedId = sendType.nameToId("readyForEventsSendFailures");
readyForEventsSendId = sendType.nameToId("readyForEventsSends");
readyForEventsSendDurationId = sendType.nameToId("readyForEventsSendTime");
readyForEventsTimedOutId = type.nameToId("readyForEventsTimeouts");
readyForEventsFailedId = type.nameToId("readyForEventsFailures");
readyForEventsId = type.nameToId("readyForEvents");
readyForEventsDurationId = type.nameToId("readyForEventsTime");
makePrimaryInProgressId = type.nameToId("makePrimarysInProgress");
makePrimarySendInProgressId = sendType.nameToId("makePrimarySendsInProgress");
makePrimarySendFailedId = sendType.nameToId("makePrimarySendFailures");
makePrimarySendId = sendType.nameToId("makePrimarySends");
makePrimarySendDurationId = sendType.nameToId("makePrimarySendTime");
makePrimaryTimedOutId = type.nameToId("makePrimaryTimeouts");
makePrimaryFailedId = type.nameToId("makePrimaryFailures");
makePrimaryId = type.nameToId("makePrimarys");
makePrimaryDurationId = type.nameToId("makePrimaryTime");
closeConInProgressId = type.nameToId("closeConsInProgress");
closeConSendInProgressId = sendType.nameToId("closeConSendsInProgress");
closeConSendFailedId = sendType.nameToId("closeConSendFailures");
closeConSendId = sendType.nameToId("closeConSends");
closeConSendDurationId = sendType.nameToId("closeConSendTime");
closeConTimedOutId = type.nameToId("closeConTimeouts");
closeConFailedId = type.nameToId("closeConFailures");
closeConId = type.nameToId("closeCons");
closeConDurationId = type.nameToId("closeConTime");
primaryAckInProgressId = type.nameToId("primaryAcksInProgress");
primaryAckSendInProgressId = sendType.nameToId("primaryAckSendsInProgress");
primaryAckSendFailedId = sendType.nameToId("primaryAckSendFailures");
primaryAckSendId = sendType.nameToId("primaryAckSends");
primaryAckSendDurationId = sendType.nameToId("primaryAckSendTime");
primaryAckTimedOutId = type.nameToId("primaryAckTimeouts");
primaryAckFailedId = type.nameToId("primaryAckFailures");
primaryAckId = type.nameToId("primaryAcks");
primaryAckDurationId = type.nameToId("primaryAckTime");
pingInProgressId = type.nameToId("pingsInProgress");
pingSendInProgressId = sendType.nameToId("pingSendsInProgress");
pingSendFailedId = sendType.nameToId("pingSendFailures");
pingSendId = sendType.nameToId("pingSends");
pingSendDurationId = sendType.nameToId("pingSendTime");
pingTimedOutId = type.nameToId("pingTimeouts");
pingFailedId = type.nameToId("pingFailures");
pingId = type.nameToId("pings");
pingDurationId = type.nameToId("pingTime");
registerInstantiatorsInProgressId = type.nameToId("registerInstantiatorsInProgress");
registerInstantiatorsSendInProgressId = sendType.nameToId("registerInstantiatorsSendsInProgress");
registerInstantiatorsSendFailedId = sendType.nameToId("registerInstantiatorsSendFailures");
registerInstantiatorsSendId = sendType.nameToId("registerInstantiatorsSends");
registerInstantiatorsSendDurationId = sendType.nameToId("registerInstantiatorsSendTime");
registerInstantiatorsTimedOutId = type.nameToId("registerInstantiatorsTimeouts");
registerInstantiatorsFailedId = type.nameToId("registerInstantiatorsFailures");
registerInstantiatorsId = type.nameToId("registerInstantiators");
registerInstantiatorsDurationId = type.nameToId("registerInstantiatorsTime");
registerDataSerializersInProgressId = type.nameToId("registerDataSerializersInProgress");
registerDataSerializersSendInProgressId = sendType.nameToId("registerDataSerializersSendInProgress");
registerDataSerializersSendFailedId = sendType.nameToId("registerDataSerializersSendFailures");
registerDataSerializersSendId = sendType.nameToId("registerDataSerializersSends");
registerDataSerializersSendDurationId = sendType.nameToId("registerDataSerializersSendTime");
registerDataSerializersTimedOutId = type.nameToId("registerDataSerializersTimeouts");
registerDataSerializersFailedId = type.nameToId("registerDataSerializersFailures");
registerDataSerializersId = type.nameToId("registerDataSerializers");
registerDataSerializersDurationId = type.nameToId("registerDataSerializersTime");
putAllInProgressId = type.nameToId("putAllsInProgress");
putAllSendInProgressId = sendType.nameToId("putAllSendsInProgress");
putAllSendFailedId = sendType.nameToId("putAllSendFailures");
putAllSendId = sendType.nameToId("putAllSends");
putAllSendDurationId = sendType.nameToId("putAllSendTime");
putAllTimedOutId = type.nameToId("putAllTimeouts");
putAllFailedId = type.nameToId("putAllFailures");
putAllId = type.nameToId("putAlls");
putAllDurationId = type.nameToId("putAllTime");
getAllInProgressId = type.nameToId("getAllsInProgress");
getAllSendInProgressId = sendType.nameToId("getAllSendsInProgress");
getAllSendFailedId = sendType.nameToId("getAllSendFailures");
getAllSendId = sendType.nameToId("getAllSends");
getAllSendDurationId = sendType.nameToId("getAllSendTime");
getAllTimedOutId = type.nameToId("getAllTimeouts");
getAllFailedId = type.nameToId("getAllFailures");
getAllId = type.nameToId("getAlls");
getAllDurationId = type.nameToId("getAllTime");
connectionsId = type.nameToId("connections");
connectsId = type.nameToId("connects");
disconnectsId = type.nameToId("disconnects");
receivedBytesId = type.nameToId("receivedBytes");
sentBytesId = type.nameToId("sentBytes");
messagesBeingReceivedId = type.nameToId("messagesBeingReceived");
messageBytesBeingReceivedId = type.nameToId("messageBytesBeingReceived");
executeFunctionInProgressId = type.nameToId("executeFunctionsInProgress");
executeFunctionSendInProgressId = sendType.nameToId("executeFunctionSendsInProgress");
executeFunctionSendFailedId = sendType.nameToId("executeFunctionSendFailures");
executeFunctionSendId = sendType.nameToId("executeFunctionSends");
executeFunctionSendDurationId = sendType.nameToId("executeFunctionSendTime");
executeFunctionTimedOutId = type.nameToId("executeFunctionTimeouts");
executeFunctionFailedId = type.nameToId("executeFunctionFailures");
executeFunctionId = type.nameToId("executeFunctions");
executeFunctionDurationId = type.nameToId("executeFunctionTime");
getClientPRMetadataInProgressId= type.nameToId("getClientPRMetadataInProgress");
getClientPRMetadataSendInProgressId= sendType.nameToId("getClientPRMetadataSendsInProgress");
getClientPRMetadataSendFailedId=sendType.nameToId("getClientPRMetadataSendFailures");
getClientPRMetadataSendId=sendType.nameToId("getClientPRMetadataSendsSuccessful");
getClientPRMetadataSendDurationId= sendType.nameToId("getClientPRMetadataSendTime");
getClientPRMetadataTimedOutId= type.nameToId("getClientPRMetadataTimeouts");
getClientPRMetadataFailedId= type.nameToId("getClientPRMetadataFailures");
getClientPRMetadataId= type.nameToId("getClientPRMetadataSuccessful");
getClientPRMetadataDurationId= type.nameToId("getClientPRMetadataTime");
getClientPartitionAttributesInProgressId = type.nameToId("getClientPartitionAttributesInProgress");
getClientPartitionAttributesSendInProgressId= sendType.nameToId("getClientPartitionAttributesSendsInProgress");
getClientPartitionAttributesSendFailedId=sendType.nameToId("getClientPartitionAttributesSendFailures");
getClientPartitionAttributesSendId=sendType.nameToId("getClientPartitionAttributesSendsSuccessful");
getClientPartitionAttributesSendDurationId= sendType.nameToId("getClientPartitionAttributesSendTime");
getClientPartitionAttributesTimedOutId= type.nameToId("getClientPartitionAttributesTimeouts");
getClientPartitionAttributesFailedId= type.nameToId("getClientPartitionAttributesFailures");
getClientPartitionAttributesId= type.nameToId("getClientPartitionAttributesSuccessful");
getClientPartitionAttributesDurationId= type.nameToId("getClientPartitionAttributesTime");
getPDXTypeByIdInProgressId = type.nameToId("getPDXTypeByIdInProgress");
getPDXTypeByIdSendInProgressId= sendType.nameToId("getPDXTypeByIdSendsInProgress");
getPDXTypeByIdSendFailedId=sendType.nameToId("getPDXTypeByIdSendFailures");
getPDXTypeByIdSendId=sendType.nameToId("getPDXTypeByIdSendsSuccessful");
getPDXTypeByIdSendDurationId= sendType.nameToId("getPDXTypeByIdSendTime");
getPDXTypeByIdTimedOutId= type.nameToId("getPDXTypeByIdTimeouts");
getPDXTypeByIdFailedId= type.nameToId("getPDXTypeByIdFailures");
getPDXTypeByIdId= type.nameToId("getPDXTypeByIdSuccessful");
getPDXTypeByIdDurationId= type.nameToId("getPDXTypeByIdTime");
getPDXIdForTypeInProgressId = type.nameToId("getPDXIdForTypeInProgress");
getPDXIdForTypeSendInProgressId= sendType.nameToId("getPDXIdForTypeSendsInProgress");
getPDXIdForTypeSendFailedId=sendType.nameToId("getPDXIdForTypeSendFailures");
getPDXIdForTypeSendId=sendType.nameToId("getPDXIdForTypeSendsSuccessful");
getPDXIdForTypeSendDurationId= sendType.nameToId("getPDXIdForTypeSendTime");
getPDXIdForTypeTimedOutId= type.nameToId("getPDXIdForTypeTimeouts");
getPDXIdForTypeFailedId= type.nameToId("getPDXIdForTypeFailures");
getPDXIdForTypeId= type.nameToId("getPDXIdForTypeSuccessful");
getPDXIdForTypeDurationId= type.nameToId("getPDXIdForTypeTime");
addPdxTypeInProgressId = type.nameToId("addPdxTypeInProgress");
addPdxTypeSendInProgressId= sendType.nameToId("addPdxTypeSendsInProgress");
addPdxTypeSendFailedId=sendType.nameToId("addPdxTypeSendFailures");
addPdxTypeSendId=sendType.nameToId("addPdxTypeSendsSuccessful");
addPdxTypeSendDurationId= sendType.nameToId("addPdxTypeSendTime");
addPdxTypeTimedOutId= type.nameToId("addPdxTypeTimeouts");
addPdxTypeFailedId= type.nameToId("addPdxTypeFailures");
addPdxTypeId= type.nameToId("addPdxTypeSuccessful");
addPdxTypeDurationId= type.nameToId("addPdxTypeTime");
opIds = new int[] {
getId,
putId,
destroyId,
destroyRegionId,
clearId,
containsKeyId,
keySetId,
registerInterestId,
unregisterInterestId,
queryId,
createCQId,
stopCQId,
closeCQId,
gatewayBatchId,
readyForEventsId,
makePrimaryId,
closeConId,
primaryAckId,
pingId,
putAllId,
getAllId,
registerInstantiatorsId,
executeFunctionId,
getClientPRMetadataId,
getClientPartitionAttributesId,
getPDXTypeByIdId,
getPDXIdForTypeId,
addPdxTypeId
};
} catch(RuntimeException t) {
t.printStackTrace();
throw t;
}
}
private static long getStatTime() {
return DistributionStats.getStatTime();
}
// instance fields
private final Statistics stats;
private final Statistics sendStats;
private final PoolStats poolStats;
private final GatewayStats gatewayStats;
public ConnectionStats(StatisticsFactory factory, String name,
PoolStats poolStats, GatewayStats gatewayStats) {
this.stats = factory.createAtomicStatistics(type, "ClientStats-" + name);
this.sendStats = factory.createAtomicStatistics(sendType, "ClientSendStats-" + name);
this.poolStats = poolStats;
this.gatewayStats = gatewayStats;
}
///////////////////////////////////////////////////////////////////////
// /**
// * Records that the specified op is starting
// * Note: for every call of this method the caller must also call
// * {@link #endOpSend} and {@link #endOp}.
// * @return the start time of this op
// */
// public long startOp() {
// this.stats.incInt(opInProgressId, 1);
// this.sendStats.incInt(opSendInProgressId, 1);
// startClientOp();
// return getStatTime();
// }
// /**
// * Records that the send part of the op has completed
// * @param startTime the value returned by {@link #startOp}.
// * @param failed true if the send of the op failed
// */
// public void endOpSend(long startTime, boolean failed) {
// long duration = getStatTime() - startTime;
// endClientOpSend(duration, failed);
// this.sendStats.incInt(opSendInProgressId, -1);
// int endOpSendId;
// if (failed) {
// endOpSendId = opSendFailedId;
// } else {
// endOpSendId = opSendId;
// }
// this.sendStats.incInt(endOpSendId, 1);
// this.stats.incLong(opSendDurationId, duration);
// }
// /**
// * Records that the specified op has ended
// * @param startTime the value returned by {@link #startOp}.
// * @param timedOut true if op timed out
// * @param failed true if op failed
// */
// public void endOp(long startTime, boolean timedOut, boolean failed) {
// long duration = getStatTime() - startTime;
// endClientOp(duration, timedOut, failed);
// this.stats.incInt(opInProgressId, -1);
// int endOpId;
// if (timedOut) {
// endOpId = opTimedOutId;
// } else if (failed) {
// endOpId = opFailedId;
// } else {
// endOpId = opId;
// }
// this.stats.incInt(endOpId, 1);
// this.stats.incLong(opDurationId, duration);
// }
///////////////////////////////////////////////////////////////////////
/**
* Records that the specified get is starting
*
Note: for every call of this method the caller must also call
* {@link #endGetSend} and {@link #endGet}.
* @return the start time of this get
*/
public long startGet() {
this.stats.incInt(getInProgressId, 1);
this.sendStats.incInt(getSendInProgressId, 1);
startClientOp();
return getStatTime();
}
/**
* Records that the send part of the get has completed
* @param startTime the value returned by {@link #startGet}.
* @param failed true if the send of the get failed
*/
public void endGetSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(getSendInProgressId, -1);
int endGetSendId;
if (failed) {
endGetSendId = getSendFailedId;
} else {
endGetSendId = getSendId;
}
this.sendStats.incInt(endGetSendId, 1);
this.stats.incLong(getSendDurationId, duration);
}
/**
* Records that the specified get has ended
* @param startTime the value returned by {@link #startGet}.
* @param timedOut true if get timed out
* @param failed true if get failed
*/
public void endGet(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(getInProgressId, -1);
int endGetId;
if (timedOut) {
endGetId = getTimedOutId;
} else if (failed) {
endGetId = getFailedId;
} else {
endGetId = getId;
}
this.stats.incInt(endGetId, 1);
this.stats.incLong(getDurationId, duration);
}
public int getGets() {
return this.stats.getInt(getId);
}
public long getGetDuration() {
return this.stats.getLong(getDurationId);
}
/**
* Records that the specified put is starting
*
Note: for every call of this method the caller must also call
* {@link #endPutSend} and {@link #endPut}.
* @return the start time of this put
*/
public long startPut() {
this.stats.incInt(putInProgressId, 1);
this.sendStats.incInt(putSendInProgressId, 1);
startClientOp();
return getStatTime();
}
/**
* Records that the send part of the put has completed
* @param startTime the value returned by {@link #startPut}.
* @param failed true if the send of the put failed
*/
public void endPutSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(putSendInProgressId, -1);
int endPutSendId;
if (failed) {
endPutSendId = putSendFailedId;
} else {
endPutSendId = putSendId;
}
this.sendStats.incInt(endPutSendId, 1);
this.stats.incLong(putSendDurationId, duration);
}
/**
* Records that the specified put has ended
* @param startTime the value returned by {@link #startPut}.
* @param timedOut true if put timed out
* @param failed true if put failed
*/
public void endPut(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(putInProgressId, -1);
int endPutId;
if (timedOut) {
endPutId = putTimedOutId;
} else if (failed) {
endPutId = putFailedId;
} else {
endPutId = putId;
}
this.stats.incInt(endPutId, 1);
this.stats.incLong(putDurationId, duration);
}
public int getPuts() {
return this.stats.getInt(putId);
}
public long getPutDuration() {
return this.stats.getLong(putDurationId);
}
/**
* Records that the specified destroy is starting
*
Note: for every call of this method the caller must also call
* {@link #endDestroySend} and {@link #endDestroy}.
* @return the start time of this destroy
*/
public long startDestroy() {
this.stats.incInt(destroyInProgressId, 1);
this.sendStats.incInt(destroySendInProgressId, 1);
startClientOp();
return getStatTime();
}
/**
* Records that the send part of the destroy has completed
* @param startTime the value returned by {@link #startDestroy}.
* @param failed true if the send of the destroy failed
*/
public void endDestroySend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(destroySendInProgressId, -1);
int endDestroySendId;
if (failed) {
endDestroySendId = destroySendFailedId;
} else {
endDestroySendId = destroySendId;
}
this.sendStats.incInt(endDestroySendId, 1);
this.stats.incLong(destroySendDurationId, duration);
}
/**
* Records that the specified destroy has ended
* @param startTime the value returned by {@link #startDestroy}.
* @param timedOut true if destroy timed out
* @param failed true if destroy failed
*/
public void endDestroy(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(destroyInProgressId, -1);
int endDestroyId;
if (timedOut) {
endDestroyId = destroyTimedOutId;
} else if (failed) {
endDestroyId = destroyFailedId;
} else {
endDestroyId = destroyId;
}
this.stats.incInt(endDestroyId, 1);
this.stats.incLong(destroyDurationId, duration);
}
/**
* Records that the specified destroyRegion is starting
*
Note: for every call of this method the caller must also call
* {@link #endDestroyRegionSend} and {@link #endDestroyRegion}.
* @return the start time of this destroyRegion
*/
public long startDestroyRegion() {
this.stats.incInt(destroyRegionInProgressId, 1);
this.sendStats.incInt(destroyRegionSendInProgressId, 1);
startClientOp();
return getStatTime();
}
/**
* Records that the send part of the destroyRegion has completed
* @param startTime the value returned by {@link #startDestroyRegion}.
* @param failed true if the send of the destroyRegion failed
*/
public void endDestroyRegionSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(destroyRegionSendInProgressId, -1);
int endDestroyRegionSendId;
if (failed) {
endDestroyRegionSendId = destroyRegionSendFailedId;
} else {
endDestroyRegionSendId = destroyRegionSendId;
}
this.sendStats.incInt(endDestroyRegionSendId, 1);
this.stats.incLong(destroyRegionSendDurationId, duration);
}
/**
* Records that the specified destroyRegion has ended
* @param startTime the value returned by {@link #startDestroyRegion}.
* @param timedOut true if destroyRegion timed out
* @param failed true if destroyRegion failed
*/
public void endDestroyRegion(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(destroyRegionInProgressId, -1);
int endDestroyRegionId;
if (timedOut) {
endDestroyRegionId = destroyRegionTimedOutId;
} else if (failed) {
endDestroyRegionId = destroyRegionFailedId;
} else {
endDestroyRegionId = destroyRegionId;
}
this.stats.incInt(endDestroyRegionId, 1);
this.stats.incLong(destroyRegionDurationId, duration);
}
/**
* Records that the specified clear is starting
*
Note: for every call of this method the caller must also call
* {@link #endClearSend} and {@link #endClear}.
* @return the start time of this clear
*/
public long startClear() {
this.stats.incInt(clearInProgressId, 1);
this.sendStats.incInt(clearSendInProgressId, 1);
startClientOp();
return getStatTime();
}
/**
* Records that the send part of the clear has completed
* @param startTime the value returned by {@link #startClear}.
* @param failed true if the send of the clear failed
*/
public void endClearSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(clearSendInProgressId, -1);
int endClearSendId;
if (failed) {
endClearSendId = clearSendFailedId;
} else {
endClearSendId = clearSendId;
}
this.sendStats.incInt(endClearSendId, 1);
this.stats.incLong(clearSendDurationId, duration);
}
/**
* Records that the specified clear has ended
* @param startTime the value returned by {@link #startClear}.
* @param timedOut true if clear timed out
* @param failed true if clear failed
*/
public void endClear(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(clearInProgressId, -1);
int endClearId;
if (timedOut) {
endClearId = clearTimedOutId;
} else if (failed) {
endClearId = clearFailedId;
} else {
endClearId = clearId;
}
this.stats.incInt(endClearId, 1);
this.stats.incLong(clearDurationId, duration);
}
/**
* Records that the specified containsKey is starting
*
Note: for every call of this method the caller must also call
* {@link #endContainsKeySend} and {@link #endContainsKey}.
* @return the start time of this containsKey
*/
public long startContainsKey() {
this.stats.incInt(containsKeyInProgressId, 1);
this.sendStats.incInt(containsKeySendInProgressId, 1);
startClientOp();
return getStatTime();
}
/**
* Records that the send part of the containsKey has completed
* @param startTime the value returned by {@link #startContainsKey}.
* @param failed true if the send of the containsKey failed
*/
public void endContainsKeySend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(containsKeySendInProgressId, -1);
int endContainsKeySendId;
if (failed) {
endContainsKeySendId = containsKeySendFailedId;
} else {
endContainsKeySendId = containsKeySendId;
}
this.sendStats.incInt(endContainsKeySendId, 1);
this.stats.incLong(containsKeySendDurationId, duration);
}
/**
* Records that the specified containsKey has ended
* @param startTime the value returned by {@link #startContainsKey}.
* @param timedOut true if containsKey timed out
* @param failed true if containsKey failed
*/
public void endContainsKey(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(containsKeyInProgressId, -1);
int endContainsKeyId;
if (timedOut) {
endContainsKeyId = containsKeyTimedOutId;
} else if (failed) {
endContainsKeyId = containsKeyFailedId;
} else {
endContainsKeyId = containsKeyId;
}
this.stats.incInt(endContainsKeyId, 1);
this.stats.incLong(containsKeyDurationId, duration);
}
/**
* Records that the specified keySet is starting
*
Note: for every call of this method the caller must also call
* {@link #endKeySetSend} and {@link #endKeySet}.
* @return the start time of this keySet
*/
public long startKeySet() {
this.stats.incInt(keySetInProgressId, 1);
this.sendStats.incInt(keySetSendInProgressId, 1);
startClientOp();
return getStatTime();
}
/**
* Records that the send part of the keySet has completed
* @param startTime the value returned by {@link #startKeySet}.
* @param failed true if the send of the keySet failed
*/
public void endKeySetSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(keySetSendInProgressId, -1);
int endKeySetSendId;
if (failed) {
endKeySetSendId = keySetSendFailedId;
} else {
endKeySetSendId = keySetSendId;
}
this.sendStats.incInt(endKeySetSendId, 1);
this.stats.incLong(keySetSendDurationId, duration);
}
/**
* Records that the specified keySet has ended
* @param startTime the value returned by {@link #startKeySet}.
* @param timedOut true if keySet timed out
* @param failed true if keySet failed
*/
public void endKeySet(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(keySetInProgressId, -1);
int endKeySetId;
if (timedOut) {
endKeySetId = keySetTimedOutId;
} else if (failed) {
endKeySetId = keySetFailedId;
} else {
endKeySetId = keySetId;
}
this.stats.incInt(endKeySetId, 1);
this.stats.incLong(keySetDurationId, duration);
}
/**
* Records that the specified registerInterest is starting
*
Note: for every call of this method the caller must also call
* {@link #endRegisterInterestSend} and {@link #endRegisterInterest}.
* @return the start time of this registerInterest
*/
public long startRegisterInterest() {
this.stats.incInt(registerInterestInProgressId, 1);
this.sendStats.incInt(registerInterestSendInProgressId, 1);
startClientOp();
return getStatTime();
}
/**
* Records that the send part of the registerInterest has completed
* @param startTime the value returned by {@link #startRegisterInterest}.
* @param failed true if the send of the registerInterest failed
*/
public void endRegisterInterestSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(registerInterestSendInProgressId, -1);
int endRegisterInterestSendId;
if (failed) {
endRegisterInterestSendId = registerInterestSendFailedId;
} else {
endRegisterInterestSendId = registerInterestSendId;
}
this.sendStats.incInt(endRegisterInterestSendId, 1);
this.stats.incLong(registerInterestSendDurationId, duration);
}
/**
* Records that the specified registerInterest has ended
* @param startTime the value returned by {@link #startRegisterInterest}.
* @param timedOut true if registerInterest timed out
* @param failed true if registerInterest failed
*/
public void endRegisterInterest(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(registerInterestInProgressId, -1);
int endRegisterInterestId;
if (timedOut) {
endRegisterInterestId = registerInterestTimedOutId;
} else if (failed) {
endRegisterInterestId = registerInterestFailedId;
} else {
endRegisterInterestId = registerInterestId;
}
this.stats.incInt(endRegisterInterestId, 1);
this.stats.incLong(registerInterestDurationId, duration);
}
/**
* Records that the specified unregisterInterest is starting
*
Note: for every call of this method the caller must also call
* {@link #endUnregisterInterestSend} and {@link #endUnregisterInterest}.
* @return the start time of this unregisterInterest
*/
public long startUnregisterInterest() {
this.stats.incInt(unregisterInterestInProgressId, 1);
this.sendStats.incInt(unregisterInterestSendInProgressId, 1);
startClientOp();
return getStatTime();
}
/**
* Records that the send part of the unregisterInterest has completed
* @param startTime the value returned by {@link #startUnregisterInterest}.
* @param failed true if the send of the unregisterInterest failed
*/
public void endUnregisterInterestSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(unregisterInterestSendInProgressId, -1);
int endUnregisterInterestSendId;
if (failed) {
endUnregisterInterestSendId = unregisterInterestSendFailedId;
} else {
endUnregisterInterestSendId = unregisterInterestSendId;
}
this.sendStats.incInt(endUnregisterInterestSendId, 1);
this.stats.incLong(unregisterInterestSendDurationId, duration);
}
/**
* Records that the specified unregisterInterest has ended
* @param startTime the value returned by {@link #startUnregisterInterest}.
* @param timedOut true if unregisterInterest timed out
* @param failed true if unregisterInterest failed
*/
public void endUnregisterInterest(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(unregisterInterestInProgressId, -1);
int endUnregisterInterestId;
if (timedOut) {
endUnregisterInterestId = unregisterInterestTimedOutId;
} else if (failed) {
endUnregisterInterestId = unregisterInterestFailedId;
} else {
endUnregisterInterestId = unregisterInterestId;
}
this.stats.incInt(endUnregisterInterestId, 1);
this.stats.incLong(unregisterInterestDurationId, duration);
}
/**
* Records that the specified query is starting
*
Note: for every call of this method the caller must also call
* {@link #endQuerySend} and {@link #endQuery}.
* @return the start time of this query
*/
public long startQuery() {
this.stats.incInt(queryInProgressId, 1);
this.sendStats.incInt(querySendInProgressId, 1);
startClientOp();
return getStatTime();
}
/**
* Records that the send part of the query has completed
* @param startTime the value returned by {@link #startQuery}.
* @param failed true if the send of the query failed
*/
public void endQuerySend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(querySendInProgressId, -1);
int endQuerySendId;
if (failed) {
endQuerySendId = querySendFailedId;
} else {
endQuerySendId = querySendId;
}
this.sendStats.incInt(endQuerySendId, 1);
this.stats.incLong(querySendDurationId, duration);
}
/**
* Records that the specified query has ended
* @param startTime the value returned by {@link #startQuery}.
* @param timedOut true if query timed out
* @param failed true if query failed
*/
public void endQuery(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(queryInProgressId, -1);
int endQueryId;
if (timedOut) {
endQueryId = queryTimedOutId;
} else if (failed) {
endQueryId = queryFailedId;
} else {
endQueryId = queryId;
}
this.stats.incInt(endQueryId, 1);
this.stats.incLong(queryDurationId, duration);
}
/**
* Records that the specified createCQ is starting
*
Note: for every call of this method the caller must also call
* {@link #endCreateCQSend} and {@link #endCreateCQ}.
* @return the start time of this createCQ
*/
public long startCreateCQ() {
this.stats.incInt(createCQInProgressId, 1);
this.sendStats.incInt(createCQSendInProgressId, 1);
startClientOp();
return getStatTime();
}
/**
* Records that the send part of the createCQ has completed
* @param startTime the value returned by {@link #startCreateCQ}.
* @param failed true if the send of the createCQ failed
*/
public void endCreateCQSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(createCQSendInProgressId, -1);
int endCreateCQSendId;
if (failed) {
endCreateCQSendId = createCQSendFailedId;
} else {
endCreateCQSendId = createCQSendId;
}
this.sendStats.incInt(endCreateCQSendId, 1);
this.stats.incLong(createCQSendDurationId, duration);
}
/**
* Records that the specified createCQ has ended
* @param startTime the value returned by {@link #startCreateCQ}.
* @param timedOut true if createCQ timed out
* @param failed true if createCQ failed
*/
public void endCreateCQ(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(createCQInProgressId, -1);
int endCreateCQId;
if (timedOut) {
endCreateCQId = createCQTimedOutId;
} else if (failed) {
endCreateCQId = createCQFailedId;
} else {
endCreateCQId = createCQId;
}
this.stats.incInt(endCreateCQId, 1);
this.stats.incLong(createCQDurationId, duration);
}
/**
* Records that the specified stopCQ is starting
*
Note: for every call of this method the caller must also call
* {@link #endStopCQSend} and {@link #endStopCQ}.
* @return the start time of this stopCQ
*/
public long startStopCQ() {
this.stats.incInt(stopCQInProgressId, 1);
this.sendStats.incInt(stopCQSendInProgressId, 1);
startClientOp();
return getStatTime();
}
/**
* Records that the send part of the stopCQ has completed
* @param startTime the value returned by {@link #startStopCQ}.
* @param failed true if the send of the stopCQ failed
*/
public void endStopCQSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(stopCQSendInProgressId, -1);
int endStopCQSendId;
if (failed) {
endStopCQSendId = stopCQSendFailedId;
} else {
endStopCQSendId = stopCQSendId;
}
this.sendStats.incInt(endStopCQSendId, 1);
this.stats.incLong(stopCQSendDurationId, duration);
}
/**
* Records that the specified stopCQ has ended
* @param startTime the value returned by {@link #startStopCQ}.
* @param timedOut true if stopCQ timed out
* @param failed true if stopCQ failed
*/
public void endStopCQ(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(stopCQInProgressId, -1);
int endStopCQId;
if (timedOut) {
endStopCQId = stopCQTimedOutId;
} else if (failed) {
endStopCQId = stopCQFailedId;
} else {
endStopCQId = stopCQId;
}
this.stats.incInt(endStopCQId, 1);
this.stats.incLong(stopCQDurationId, duration);
}
/**
* Records that the specified closeCQ is starting
*
Note: for every call of this method the caller must also call
* {@link #endCloseCQSend} and {@link #endCloseCQ}.
* @return the start time of this closeCQ
*/
public long startCloseCQ() {
this.stats.incInt(closeCQInProgressId, 1);
this.sendStats.incInt(closeCQSendInProgressId, 1);
startClientOp();
return getStatTime();
}
/**
* Records that the send part of the closeCQ has completed
* @param startTime the value returned by {@link #startCloseCQ}.
* @param failed true if the send of the closeCQ failed
*/
public void endCloseCQSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(closeCQSendInProgressId, -1);
int endCloseCQSendId;
if (failed) {
endCloseCQSendId = closeCQSendFailedId;
} else {
endCloseCQSendId = closeCQSendId;
}
this.sendStats.incInt(endCloseCQSendId, 1);
this.stats.incLong(closeCQSendDurationId, duration);
}
/**
* Records that the specified closeCQ has ended
* @param startTime the value returned by {@link #startCloseCQ}.
* @param timedOut true if closeCQ timed out
* @param failed true if closeCQ failed
*/
public void endCloseCQ(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(closeCQInProgressId, -1);
int endCloseCQId;
if (timedOut) {
endCloseCQId = closeCQTimedOutId;
} else if (failed) {
endCloseCQId = closeCQFailedId;
} else {
endCloseCQId = closeCQId;
}
this.stats.incInt(endCloseCQId, 1);
this.stats.incLong(closeCQDurationId, duration);
}
/**
* Records that the specified stopCQ is starting
*
Note: for every call of this method the caller must also call
* {@link #endStopCQSend} and {@link #endStopCQ}.
* @return the start time of this stopCQ
*/
public long startGetDurableCQs() {
this.stats.incInt(getDurableCQsInProgressId, 1);
this.sendStats.incInt(getDurableCQsSendsInProgressId, 1);
startClientOp();
return getStatTime();
}
/**
* Records that the send part of the stopCQ has completed
* @param startTime the value returned by {@link #startStopCQ}.
* @param failed true if the send of the stopCQ failed
*/
public void endGetDurableCQsSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(getDurableCQsSendsInProgressId, -1);
int endGetDurableCQsSendId;
if (failed) {
endGetDurableCQsSendId = getDurableCQsSendFailedId;
} else {
endGetDurableCQsSendId = getDurableCQsSendId;
}
this.sendStats.incInt(endGetDurableCQsSendId, 1);
this.stats.incLong(getDurableCQsSendDurationId, duration);
}
/**
* Records that the specified stopCQ has ended
* @param startTime the value returned by {@link #startStopCQ}.
* @param timedOut true if stopCQ timed out
* @param failed true if stopCQ failed
*/
public void endGetDurableCQs(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(getDurableCQsInProgressId, -1);
int endGetDurableCQsId;
if (timedOut) {
endGetDurableCQsId = getDurableCQsTimedOutId;
} else if (failed) {
endGetDurableCQsId = getDurableCQsFailedId;
} else {
endGetDurableCQsId = getDurableCQsId;
}
this.stats.incInt(endGetDurableCQsId, 1);
this.stats.incLong(getDurableCQsDurationId, duration);
}
/**
* Records that the specified gatewayBatch is starting
*
Note: for every call of this method the caller must also call
* {@link #endGatewayBatchSend} and {@link #endGatewayBatch}.
* @return the start time of this gatewayBatch
*/
public long startGatewayBatch() {
this.stats.incInt(gatewayBatchInProgressId, 1);
this.sendStats.incInt(gatewayBatchSendInProgressId, 1);
startClientOp();
return getStatTime();
}
/**
* Records that the send part of the gatewayBatch has completed
* @param startTime the value returned by {@link #startGatewayBatch}.
* @param failed true if the send of the gatewayBatch failed
*/
public void endGatewayBatchSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(gatewayBatchSendInProgressId, -1);
int endGatewayBatchSendId;
if (failed) {
endGatewayBatchSendId = gatewayBatchSendFailedId;
} else {
endGatewayBatchSendId = gatewayBatchSendId;
}
this.sendStats.incInt(endGatewayBatchSendId, 1);
this.stats.incLong(gatewayBatchSendDurationId, duration);
}
/**
* Records that the specified gatewayBatch has ended
* @param startTime the value returned by {@link #startGatewayBatch}.
* @param timedOut true if gatewayBatch timed out
* @param failed true if gatewayBatch failed
*/
public void endGatewayBatch(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(gatewayBatchInProgressId, -1);
int endGatewayBatchId;
if (timedOut) {
endGatewayBatchId = gatewayBatchTimedOutId;
} else if (failed) {
endGatewayBatchId = gatewayBatchFailedId;
} else {
endGatewayBatchId = gatewayBatchId;
}
this.stats.incInt(endGatewayBatchId, 1);
this.stats.incLong(gatewayBatchDurationId, duration);
}
/**
* Records that the specified readyForEvents is starting
*
Note: for every call of this method the caller must also call
* {@link #endReadyForEventsSend} and {@link #endReadyForEvents}.
* @return the start time of this readyForEvents
*/
public long startReadyForEvents() {
this.stats.incInt(readyForEventsInProgressId, 1);
this.sendStats.incInt(readyForEventsSendInProgressId, 1);
startClientOp();
return getStatTime();
}
/**
* Records that the send part of the readyForEvents has completed
* @param startTime the value returned by {@link #startReadyForEvents}.
* @param failed true if the send of the readyForEvents failed
*/
public void endReadyForEventsSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(readyForEventsSendInProgressId, -1);
int endReadyForEventsSendId;
if (failed) {
endReadyForEventsSendId = readyForEventsSendFailedId;
} else {
endReadyForEventsSendId = readyForEventsSendId;
}
this.sendStats.incInt(endReadyForEventsSendId, 1);
this.stats.incLong(readyForEventsSendDurationId, duration);
}
/**
* Records that the specified readyForEvents has ended
* @param startTime the value returned by {@link #startReadyForEvents}.
* @param timedOut true if readyForEvents timed out
* @param failed true if readyForEvents failed
*/
public void endReadyForEvents(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(readyForEventsInProgressId, -1);
int endReadyForEventsId;
if (timedOut) {
endReadyForEventsId = readyForEventsTimedOutId;
} else if (failed) {
endReadyForEventsId = readyForEventsFailedId;
} else {
endReadyForEventsId = readyForEventsId;
}
this.stats.incInt(endReadyForEventsId, 1);
this.stats.incLong(readyForEventsDurationId, duration);
}
/**
* Records that the specified makePrimary is starting
*
Note: for every call of this method the caller must also call
* {@link #endMakePrimarySend} and {@link #endMakePrimary}.
* @return the start time of this makePrimary
*/
public long startMakePrimary() {
this.stats.incInt(makePrimaryInProgressId, 1);
this.sendStats.incInt(makePrimarySendInProgressId, 1);
startClientOp();
return getStatTime();
}
/**
* Records that the send part of the makePrimary has completed
* @param startTime the value returned by {@link #startMakePrimary}.
* @param failed true if the send of the makePrimary failed
*/
public void endMakePrimarySend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(makePrimarySendInProgressId, -1);
int endMakePrimarySendId;
if (failed) {
endMakePrimarySendId = makePrimarySendFailedId;
} else {
endMakePrimarySendId = makePrimarySendId;
}
this.sendStats.incInt(endMakePrimarySendId, 1);
this.stats.incLong(makePrimarySendDurationId, duration);
}
/**
* Records that the specified makePrimary has ended
* @param startTime the value returned by {@link #startMakePrimary}.
* @param timedOut true if makePrimary timed out
* @param failed true if makePrimary failed
*/
public void endMakePrimary(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(makePrimaryInProgressId, -1);
int endMakePrimaryId;
if (timedOut) {
endMakePrimaryId = makePrimaryTimedOutId;
} else if (failed) {
endMakePrimaryId = makePrimaryFailedId;
} else {
endMakePrimaryId = makePrimaryId;
}
this.stats.incInt(endMakePrimaryId, 1);
this.stats.incLong(makePrimaryDurationId, duration);
}
/**
* Records that the specified closeCon is starting
*
Note: for every call of this method the caller must also call
* {@link #endCloseConSend} and {@link #endCloseCon}.
* @return the start time of this closeCon
*/
public long startCloseCon() {
this.stats.incInt(closeConInProgressId, 1);
this.sendStats.incInt(closeConSendInProgressId, 1);
startClientOp();
return getStatTime();
}
/**
* Records that the send part of the closeCon has completed
* @param startTime the value returned by {@link #startCloseCon}.
* @param failed true if the send of the closeCon failed
*/
public void endCloseConSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(closeConSendInProgressId, -1);
int endCloseConSendId;
if (failed) {
endCloseConSendId = closeConSendFailedId;
} else {
endCloseConSendId = closeConSendId;
}
this.sendStats.incInt(endCloseConSendId, 1);
this.stats.incLong(closeConSendDurationId, duration);
}
/**
* Records that the specified closeCon has ended
* @param startTime the value returned by {@link #startCloseCon}.
* @param timedOut true if closeCon timed out
* @param failed true if closeCon failed
*/
public void endCloseCon(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(closeConInProgressId, -1);
int endCloseConId;
if (timedOut) {
endCloseConId = closeConTimedOutId;
} else if (failed) {
endCloseConId = closeConFailedId;
} else {
endCloseConId = closeConId;
}
this.stats.incInt(endCloseConId, 1);
this.stats.incLong(closeConDurationId, duration);
}
/**
* Records that the specified primaryAck is starting
*
Note: for every call of this method the caller must also call
* {@link #endPrimaryAckSend} and {@link #endPrimaryAck}.
* @return the start time of this primaryAck
*/
public long startPrimaryAck() {
this.stats.incInt(primaryAckInProgressId, 1);
this.sendStats.incInt(primaryAckSendInProgressId, 1);
startClientOp();
return getStatTime();
}
/**
* Records that the send part of the primaryAck has completed
* @param startTime the value returned by {@link #startPrimaryAck}.
* @param failed true if the send of the primaryAck failed
*/
public void endPrimaryAckSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(primaryAckSendInProgressId, -1);
int endPrimaryAckSendId;
if (failed) {
endPrimaryAckSendId = primaryAckSendFailedId;
} else {
endPrimaryAckSendId = primaryAckSendId;
}
this.sendStats.incInt(endPrimaryAckSendId, 1);
this.stats.incLong(primaryAckSendDurationId, duration);
}
/**
* Records that the specified primaryAck has ended
* @param startTime the value returned by {@link #startPrimaryAck}.
* @param timedOut true if primaryAck timed out
* @param failed true if primaryAck failed
*/
public void endPrimaryAck(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(primaryAckInProgressId, -1);
int endPrimaryAckId;
if (timedOut) {
endPrimaryAckId = primaryAckTimedOutId;
} else if (failed) {
endPrimaryAckId = primaryAckFailedId;
} else {
endPrimaryAckId = primaryAckId;
}
this.stats.incInt(endPrimaryAckId, 1);
this.stats.incLong(primaryAckDurationId, duration);
}
/**
* Records that the specified ping is starting
*
Note: for every call of this method the caller must also call
* {@link #endPingSend} and {@link #endPing}.
* @return the start time of this ping
*/
public long startPing() {
this.stats.incInt(pingInProgressId, 1);
this.sendStats.incInt(pingSendInProgressId, 1);
startClientOp();
return getStatTime();
}
/**
* Records that the send part of the ping has completed
* @param startTime the value returned by {@link #startPing}.
* @param failed true if the send of the ping failed
*/
public void endPingSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(pingSendInProgressId, -1);
int endPingSendId;
if (failed) {
endPingSendId = pingSendFailedId;
} else {
endPingSendId = pingSendId;
}
this.sendStats.incInt(endPingSendId, 1);
this.stats.incLong(pingSendDurationId, duration);
}
/**
* Records that the specified ping has ended
* @param startTime the value returned by {@link #startPing}.
* @param timedOut true if ping timed out
* @param failed true if ping failed
*/
public void endPing(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(pingInProgressId, -1);
int endPingId;
if (timedOut) {
endPingId = pingTimedOutId;
} else if (failed) {
endPingId = pingFailedId;
} else {
endPingId = pingId;
}
this.stats.incInt(endPingId, 1);
this.stats.incLong(pingDurationId, duration);
}
/**
* Records that the specified registerInstantiators is starting
*
Note: for every call of this method the caller must also call
* {@link #endRegisterInstantiatorsSend} and {@link #endRegisterInstantiators}.
* @return the start time of this registerInstantiators
*/
public long startRegisterInstantiators() {
this.stats.incInt(registerInstantiatorsInProgressId, 1);
this.sendStats.incInt(registerInstantiatorsSendInProgressId, 1);
startClientOp();
return getStatTime();
}
public long startRegisterDataSerializers() {
this.stats.incInt(registerDataSerializersInProgressId, 1);
this.sendStats.incInt(registerDataSerializersSendInProgressId, 1);
startClientOp();
return getStatTime();
}
/**
* Records that the send part of the registerInstantiators has completed
* @param startTime the value returned by {@link #startRegisterInstantiators}.
* @param failed true if the send of the registerInstantiators failed
*/
public void endRegisterInstantiatorsSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(registerInstantiatorsSendInProgressId, -1);
int endRegisterInstantiatorsSendId;
if (failed) {
endRegisterInstantiatorsSendId = registerInstantiatorsSendFailedId;
} else {
endRegisterInstantiatorsSendId = registerInstantiatorsSendId;
}
this.sendStats.incInt(endRegisterInstantiatorsSendId, 1);
this.stats.incLong(registerInstantiatorsSendDurationId, duration);
}
public void endRegisterDataSerializersSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(registerDataSerializersSendInProgressId, -1);
int endDataSerializersSendId;
if (failed) {
endDataSerializersSendId = registerDataSerializersSendFailedId;
} else {
endDataSerializersSendId = registerDataSerializersSendId;
}
this.sendStats.incInt(endDataSerializersSendId, 1);
this.stats.incLong(registerDataSerializersSendDurationId, duration);
}
/**
* Records that the specified registerInstantiators has ended
* @param startTime the value returned by {@link #startRegisterInstantiators}.
* @param timedOut true if registerInstantiators timed out
* @param failed true if registerInstantiators failed
*/
public void endRegisterInstantiators(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(registerInstantiatorsInProgressId, -1);
int endRegisterInstantiatorsId;
if (timedOut) {
endRegisterInstantiatorsId = registerInstantiatorsTimedOutId;
} else if (failed) {
endRegisterInstantiatorsId = registerInstantiatorsFailedId;
} else {
endRegisterInstantiatorsId = registerInstantiatorsId;
}
this.stats.incInt(endRegisterInstantiatorsId, 1);
this.stats.incLong(registerInstantiatorsDurationId, duration);
}
public void endRegisterDataSerializers(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(registerDataSerializersInProgressId, -1);
int endRegisterDataSerializersId;
if (timedOut) {
endRegisterDataSerializersId = registerDataSerializersTimedOutId;
} else if (failed) {
endRegisterDataSerializersId = registerDataSerializersFailedId;
} else {
endRegisterDataSerializersId = registerDataSerializersId;
}
this.stats.incInt(endRegisterDataSerializersId, 1);
this.stats.incLong(registerDataSerializersDurationId, duration);
}
/**
* Records that the specified putAll is starting
*
Note: for every call of this method the caller must also call
* {@link #endPutAllSend} and {@link #endPutAll}.
* @return the start time of this putAll
*/
public long startPutAll() {
this.stats.incInt(putAllInProgressId, 1);
this.sendStats.incInt(putAllSendInProgressId, 1);
startClientOp();
return getStatTime();
}
/**
* Records that the send part of the putAll has completed
* @param startTime the value returned by {@link #startPutAll}.
* @param failed true if the send of the putAll failed
*/
public void endPutAllSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(putAllSendInProgressId, -1);
int endPutAllSendId;
if (failed) {
endPutAllSendId = putAllSendFailedId;
} else {
endPutAllSendId = putAllSendId;
}
this.sendStats.incInt(endPutAllSendId, 1);
this.stats.incLong(putAllSendDurationId, duration);
}
/**
* Records that the specified putAll has ended
* @param startTime the value returned by {@link #startPutAll}.
* @param timedOut true if putAll timed out
* @param failed true if putAll failed
*/
public void endPutAll(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(putAllInProgressId, -1);
int endPutAllId;
if (timedOut) {
endPutAllId = putAllTimedOutId;
} else if (failed) {
endPutAllId = putAllFailedId;
} else {
endPutAllId = putAllId;
}
this.stats.incInt(endPutAllId, 1);
this.stats.incLong(putAllDurationId, duration);
}
/**
* Records that the specified getAll is starting
*
Note: for every call of this method the caller must also call
* {@link #endGetAllSend} and {@link #endGetAll}.
* @return the start time of this getAll
*/
public long startGetAll() {
this.stats.incInt(getAllInProgressId, 1);
this.sendStats.incInt(getAllSendInProgressId, 1);
startClientOp();
return getStatTime();
}
/**
* Records that the send part of the getAll has completed
* @param startTime the value returned by {@link #startGetAll}.
* @param failed true if the send of the getAll failed
*/
public void endGetAllSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(getAllSendInProgressId, -1);
int endGetAllSendId;
if (failed) {
endGetAllSendId = getAllSendFailedId;
} else {
endGetAllSendId = getAllSendId;
}
this.sendStats.incInt(endGetAllSendId, 1);
this.stats.incLong(getAllSendDurationId, duration);
}
/**
* Records that the specified getAll has ended
* @param startTime the value returned by {@link #startGetAll}.
* @param timedOut true if getAll timed out
* @param failed true if getAll failed
*/
public void endGetAll(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(getAllInProgressId, -1);
int endGetAllId;
if (timedOut) {
endGetAllId = getAllTimedOutId;
} else if (failed) {
endGetAllId = getAllFailedId;
} else {
endGetAllId = getAllId;
}
this.stats.incInt(endGetAllId, 1);
this.stats.incLong(getAllDurationId, duration);
}
public int getConnections() {
return this.stats.getInt(connectionsId);
}
public int getOps() {
int ops = 0;
for(int i = 0; i < opIds.length; i++) {
ops += this.stats.getInt(i);
}
return ops;
}
public void incConnections(int delta) {
this.stats.incInt(connectionsId, delta);
if (delta > 0) {
this.stats.incInt(connectsId, delta);
} else if (delta < 0) {
this.stats.incInt(disconnectsId, -delta);
}
this.poolStats.incConnections(delta);
}
private void startClientOp() {
this.poolStats.startClientOp();
}
private void endClientOpSend(long duration, boolean failed) {
this.poolStats.endClientOpSend(duration, failed);
}
private void endClientOp(long duration, boolean timedOut, boolean failed) {
this.poolStats.endClientOp(duration, timedOut, failed);
}
public void close() {
this.stats.close();
}
public final void incReceivedBytes(long v) {
this.stats.incLong(receivedBytesId, v);
}
public final void incSentBytes(long v) {
this.stats.incLong(sentBytesId, v);
if (this.gatewayStats != null) {
this.gatewayStats.incSentBytes(v);
}
}
public void incMessagesBeingReceived(int bytes) {
stats.incInt(messagesBeingReceivedId, 1);
if (bytes > 0) {
stats.incLong(messageBytesBeingReceivedId, bytes);
}
}
public void decMessagesBeingReceived(int bytes) {
stats.incInt(messagesBeingReceivedId, -1);
if (bytes > 0) {
stats.incLong(messageBytesBeingReceivedId, -bytes);
}
}
/**
* Records that the specified execute Function is starting
*
* Note: for every call of this method the caller must also call
* {@link #endExecuteFunctionSend} and {@link #endExecuteFunction}.
*
* @return the start time of this ExecuteFunction
*/
public long startExecuteFunction() {
this.stats.incInt(executeFunctionInProgressId, 1);
this.sendStats.incInt(executeFunctionSendInProgressId, 1);
return getStatTime();
}
/**
* Records that the send part of the executeFunction has completed
*
* @param startTime
* the value returned by {@link #startExecuteFunction}.
* @param failed
* true if the send of the executeFunction failed
*/
public void endExecuteFunctionSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
this.sendStats.incInt(executeFunctionSendInProgressId, -1);
int endExecuteFunctionSendId;
if (failed) {
endExecuteFunctionSendId = executeFunctionSendFailedId;
}
else {
endExecuteFunctionSendId = executeFunctionSendId;
}
this.sendStats.incInt(endExecuteFunctionSendId, 1);
this.stats.incLong(executeFunctionSendDurationId, duration);
}
/**
* Records that the specified executeFunction has ended
*
* @param startTime
* the value returned by {@link #startExecuteFunction}.
* @param timedOut
* true if executeFunction timed out
* @param failed
* true if executeFunction failed
*/
public void endExecuteFunction(long startTime, boolean timedOut,
boolean failed) {
long duration = getStatTime() - startTime;
this.stats.incInt(executeFunctionInProgressId, -1);
int endExecuteFunctionId;
if (timedOut) {
endExecuteFunctionId = executeFunctionTimedOutId;
}
else if (failed) {
endExecuteFunctionId = executeFunctionFailedId;
}
else {
endExecuteFunctionId = executeFunctionId;
}
this.stats.incInt(endExecuteFunctionId, 1);
this.stats.incLong(executeFunctionDurationId, duration);
}
public int getExecuteFunctions() {
return this.stats.getInt(executeFunctionId);
}
public long getExecuteFunctionDuration() {
return this.stats.getLong(executeFunctionDurationId);
}
/**
* Records that the specified GetClientPRMetadata operation is starting
*
* Note: for every call of this method the caller must also call
* {@link #endGetClientPRMetadataSend} and {@link #endGetClientPRMetadata}.
*
* @return the start time of this ExecuteFunction
*/
public long startGetClientPRMetadata() {
this.stats.incInt(getClientPRMetadataInProgressId, 1);
this.sendStats.incInt(getClientPRMetadataSendInProgressId, 1);
startClientOp();
return getStatTime();
}
/**
* Records that the send part of the GetClientPRMetadata has completed
*
* @param startTime
* the value returned by {@link #startGetClientPRMetadata}.
* @param failed
* true if the send of the GetClientPRMetadata failed
*/
public void endGetClientPRMetadataSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(getClientPRMetadataSendInProgressId, -1);
int endGetClientPRMetadataSendId;
if (failed) {
endGetClientPRMetadataSendId = getClientPRMetadataSendFailedId;
}
else {
endGetClientPRMetadataSendId = getClientPRMetadataSendId;
}
this.sendStats.incInt(endGetClientPRMetadataSendId, 1);
this.stats.incLong(getClientPRMetadataSendDurationId, duration);
}
/**
* Records that the specified GetClientPRMetadata has ended
*
* @param startTime
* the value returned by {@link #startGetClientPRMetadata}.
* @param timedOut
* true if GetClientPRMetadata timed out
* @param failed
* true if GetClientPRMetadata failed
*/
public void endGetClientPRMetadata(long startTime, boolean timedOut,
boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(getClientPRMetadataInProgressId, -1);
int endGetClientPRMetadataId;
if (timedOut) {
endGetClientPRMetadataId = getClientPRMetadataTimedOutId;
}
else if (failed) {
endGetClientPRMetadataId = getClientPRMetadataFailedId;
}
else {
endGetClientPRMetadataId = getClientPRMetadataId;
}
this.stats.incInt(endGetClientPRMetadataId, 1);
this.stats.incLong(getClientPRMetadataDurationId, duration);
}
/**
* Records that the specified GetClientPartitionAttributes operation is starting
*
* Note: for every call of this method the caller must also call
* {@link #endGetClientPartitionAttributesSend} and {@link #endGetClientPartitionAttributes}.
*
* @return the start time of this GetClientPartitionAttributes
*/
public long startGetClientPartitionAttributes() {
this.stats.incInt(getClientPartitionAttributesInProgressId, 1);
this.sendStats.incInt(getClientPartitionAttributesSendInProgressId, 1);
startClientOp();
return getStatTime();
}
/**
* Records that the send part of the GetClientPartitionAttributes operation has completed
*
* @param startTime
* the value returned by {@link #startGetClientPartitionAttributes}.
* @param failed
* true if the send of the GetClientPartitionAttributes failed
*/
public void endGetClientPartitionAttributesSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(getClientPartitionAttributesSendInProgressId, -1);
int endGetClientPartitionAttributesSendId;
if (failed) {
endGetClientPartitionAttributesSendId = getClientPartitionAttributesSendFailedId;
}
else {
endGetClientPartitionAttributesSendId = getClientPartitionAttributesSendId;
}
this.sendStats.incInt(endGetClientPartitionAttributesSendId, 1);
this.stats.incLong(getClientPartitionAttributesSendDurationId, duration);
}
/**
* Records that the specified GetClientPartitionAttributes has ended
*
* @param startTime
* the value returned by {@link #startGetClientPartitionAttributes}.
* @param timedOut
* true if GetClientPartitionAttributes timed out
* @param failed
* true if GetClientPartitionAttributes failed
*/
public void endGetClientPartitionAttributes(long startTime, boolean timedOut,
boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(getClientPartitionAttributesInProgressId, -1);
int endGetClientPartitionAttributesId;
if (timedOut) {
endGetClientPartitionAttributesId = getClientPartitionAttributesTimedOutId;
}
else if (failed) {
endGetClientPartitionAttributesId = getClientPartitionAttributesFailedId;
}
else {
endGetClientPartitionAttributesId = getClientPartitionAttributesId;
}
this.stats.incInt(endGetClientPartitionAttributesId, 1);
this.stats.incLong(getClientPartitionAttributesDurationId, duration);
}
public long startGetPDXTypeById() {
this.stats.incInt(getPDXTypeByIdInProgressId, 1);
this.sendStats.incInt(getPDXTypeByIdSendInProgressId, 1);
startClientOp();
return getStatTime();
}
public long startGetPDXIdForType() {
this.stats.incInt(getPDXIdForTypeInProgressId, 1);
this.sendStats.incInt(getPDXIdForTypeSendInProgressId, 1);
startClientOp();
return getStatTime();
}
public void endGetPDXTypeByIdSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(getPDXTypeByIdSendInProgressId, -1);
int endGetPDXTypeByIdSendId;
if (failed) {
endGetPDXTypeByIdSendId = getPDXTypeByIdSendFailedId;
} else {
endGetPDXTypeByIdSendId = getPDXTypeByIdSendId;
}
this.sendStats.incInt(endGetPDXTypeByIdSendId, 1);
this.stats.incLong(getPDXTypeByIdSendDurationId, duration);
}
public void endGetPDXIdForTypeSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(getPDXIdForTypeSendInProgressId, -1);
int endGetPDXIdForTypeSendId;
if (failed) {
endGetPDXIdForTypeSendId = getPDXIdForTypeSendFailedId;
} else {
endGetPDXIdForTypeSendId = getPDXIdForTypeSendId;
}
this.stats.incInt(endGetPDXIdForTypeSendId, 1);
this.stats.incLong(getPDXIdForTypeSendDurationId, duration);
}
public void endGetPDXTypeById(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(getPDXTypeByIdInProgressId, -1);
int statId;
if (timedOut) {
statId = getPDXTypeByIdTimedOutId;
} else if (failed) {
statId = getPDXTypeByIdFailedId;
} else {
statId = getPDXTypeByIdId;
}
this.stats.incInt(statId, 1);
this.stats.incLong(getPDXTypeByIdDurationId, duration);
}
public void endGetPDXIdForType(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(getPDXIdForTypeInProgressId, -1);
int statId;
if (timedOut) {
statId = getPDXIdForTypeTimedOutId;
} else if (failed) {
statId = getPDXIdForTypeFailedId;
} else {
statId = getPDXIdForTypeId;
}
this.stats.incInt(statId, 1);
this.stats.incLong(getPDXIdForTypeDurationId, duration);
}
public long startAddPdxType() {
this.stats.incInt(addPdxTypeInProgressId, 1);
this.sendStats.incInt(addPdxTypeSendInProgressId, 1);
startClientOp();
return getStatTime();
}
public void endAddPdxTypeSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(addPdxTypeSendInProgressId, -1);
int endAddPdxTypeSendId;
if (failed) {
endAddPdxTypeSendId = addPdxTypeSendFailedId;
} else {
endAddPdxTypeSendId = addPdxTypeSendId;
}
this.sendStats.incInt(endAddPdxTypeSendId, 1);
this.stats.incLong(addPdxTypeSendDurationId, duration);
}
public void endAddPdxType(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(addPdxTypeInProgressId, -1);
int statId;
if (timedOut) {
statId = addPdxTypeTimedOutId;
} else if (failed) {
statId = addPdxTypeFailedId;
} else {
statId = addPdxTypeId;
}
this.stats.incInt(statId, 1);
this.stats.incLong(addPdxTypeDurationId, duration);
}
public long startSize() {
this.stats.incInt(sizeInProgressId, 1);
this.sendStats.incInt(sizeSendInProgressId, 1);
startClientOp();
return getStatTime();
}
public void endSizeSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(sizeSendInProgressId, -1);
int endSizeSendId;
if (failed) {
endSizeSendId = sizeSendFailedId;
} else {
endSizeSendId = sizeSendId;
}
this.sendStats.incInt(endSizeSendId, 1);
this.stats.incLong(sizeSendDurationId, duration);
}
public void endSize(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(sizeInProgressId, -1);
int endSizeId;
if (timedOut) {
endSizeId = sizeTimedOutId;
} else if (failed) {
endSizeId = sizeFailedId;
} else {
endSizeId = sizeId;
}
this.stats.incInt(endSizeId, 1);
this.stats.incLong(sizeDurationId, duration);
}
public long startInvalidate() {
this.stats.incInt(invalidateInProgressId, 1);
this.sendStats.incInt(invalidateSendInProgressId, 1);
startClientOp();
return getStatTime();
}
public void endInvalidateSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(invalidateSendInProgressId, -1);
int endInvalidateSendId;
if (failed) {
endInvalidateSendId = invalidateSendFailedId;
} else {
endInvalidateSendId = invalidateSendId;
}
this.sendStats.incInt(endInvalidateSendId, 1);
this.stats.incLong(invalidateSendDurationId, duration);
}
public void endInvalidate(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(invalidateInProgressId, -1);
int endInvalidateId;
if (timedOut) {
endInvalidateId = invalidateTimedOutId;
} else if (failed) {
endInvalidateId = invalidateFailedId;
} else {
endInvalidateId = invalidateId;
}
this.stats.incInt(endInvalidateId, 1);
this.stats.incLong(invalidateDurationId, duration);
}
public long startCommit() {
this.stats.incInt(commitInProgressId, 1);
this.sendStats.incInt(commitSendInProgressId, 1);
startClientOp();
return getStatTime();
}
public void endCommitSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(commitSendInProgressId, -1);
int endcommitSendId;
if (failed) {
endcommitSendId = commitSendFailedId;
} else {
endcommitSendId = commitSendId;
}
this.sendStats.incInt(endcommitSendId, 1);
this.stats.incLong(commitSendDurationId, duration);
}
public void endCommit(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(commitInProgressId, -1);
int endcommitId;
if (timedOut) {
endcommitId = commitTimedOutId;
} else if (failed) {
endcommitId = commitFailedId;
} else {
endcommitId = commitId;
}
this.stats.incInt(endcommitId, 1);
this.stats.incLong(commitDurationId, duration);
}
public long startGetEntry() {
this.stats.incInt(getEntryInProgressId, 1);
this.sendStats.incInt(getEntrySendInProgressId, 1);
startClientOp();
return getStatTime();
}
public void endGetEntrySend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(getEntrySendInProgressId, -1);
int endGetEntrySendId;
if (failed) {
endGetEntrySendId = getEntrySendFailedId;
} else {
endGetEntrySendId = getEntrySendId;
}
this.sendStats.incInt(endGetEntrySendId, 1);
this.stats.incLong(getEntrySendDurationId, duration);
}
public void endGetEntry(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(getEntryInProgressId, -1);
int endGetEntryId;
if (timedOut) {
endGetEntryId = getEntryTimedOutId;
} else if (failed) {
endGetEntryId = getEntryFailedId;
} else {
endGetEntryId = getEntryId;
}
this.stats.incInt(endGetEntryId, 1);
this.stats.incLong(getEntryDurationId, duration);
}
public long startRollback() {
this.stats.incInt(rollbackInProgressId, 1);
this.sendStats.incInt(rollbackSendInProgressId, 1);
startClientOp();
return getStatTime();
}
public void endRollbackSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(rollbackSendInProgressId, -1);
int endRollbackSendId;
if (failed) {
endRollbackSendId = rollbackSendFailedId;
} else {
endRollbackSendId = rollbackSendId;
}
this.sendStats.incInt(endRollbackSendId, 1);
this.stats.incLong(rollbackSendDurationId, duration);
}
public void endRollback(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(rollbackInProgressId, -1);
int endRollbackId;
if (timedOut) {
endRollbackId = rollbackTimedOutId;
} else if (failed) {
endRollbackId = rollbackFailedId;
} else {
endRollbackId = rollbackId;
}
this.stats.incInt(endRollbackId, 1);
this.stats.incLong(rollbackDurationId, duration);
}
public long startTxFailover() {
this.stats.incInt(txFailoverInProgressId, 1);
this.sendStats.incInt(txFailoverSendInProgressId, 1);
startClientOp();
return getStatTime();
}
public void endTxFailoverSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(txFailoverSendInProgressId, -1);
int endTxFailoverSendId;
if (failed) {
endTxFailoverSendId = txFailoverSendFailedId;
} else {
endTxFailoverSendId = txFailoverSendId;
}
this.sendStats.incInt(endTxFailoverSendId, 1);
this.stats.incLong(txFailoverSendDurationId, duration);
}
public void endTxFailover(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(txFailoverInProgressId, -1);
int endTxFailoverId;
if (timedOut) {
endTxFailoverId = txFailoverTimedOutId;
} else if (failed) {
endTxFailoverId = txFailoverFailedId;
} else {
endTxFailoverId = txFailoverId;
}
this.stats.incInt(endTxFailoverId, 1);
this.stats.incLong(txFailoverDurationId, duration);
}
public long startTxSynchronization() {
this.stats.incInt(txSynchronizationInProgressId, 1);
this.sendStats.incInt(txSynchronizationSendInProgressId, 1);
startClientOp();
return getStatTime();
}
public void endTxSynchronizationSend(long startTime, boolean failed) {
long duration = getStatTime() - startTime;
endClientOpSend(duration, failed);
this.sendStats.incInt(txSynchronizationSendInProgressId, -1);
int endTxSynchronizationSendId;
if (failed) {
endTxSynchronizationSendId = txSynchronizationSendFailedId;
} else {
endTxSynchronizationSendId = txSynchronizationSendId;
}
this.sendStats.incInt(endTxSynchronizationSendId, 1);
this.stats.incLong(txSynchronizationSendDurationId, duration);
}
public void endTxSynchronization(long startTime, boolean timedOut, boolean failed) {
long duration = getStatTime() - startTime;
endClientOp(duration, timedOut, failed);
this.stats.incInt(txSynchronizationInProgressId, -1);
int endTxSynchronizationId;
if (timedOut) {
endTxSynchronizationId = txSynchronizationTimedOutId;
} else if (failed) {
endTxSynchronizationId = txSynchronizationFailedId;
} else {
endTxSynchronizationId = txSynchronizationId;
}
this.stats.incInt(endTxSynchronizationId, 1);
this.stats.incLong(txSynchronizationDurationId, duration);
}
}