ReplicatedEnvironmentStats (Oracle - Berkeley DB Java Edition API)

java.lang.Object
- com.sleepycat.je.rep.ReplicatedEnvironmentStats

All Implemented Interfaces:

java.io.Serializable
```
public class ReplicatedEnvironmentStats
extends java.lang.Object
implements java.io.Serializable
```
Statistics for a replicated environment.
The statistics are logically grouped into four categories. Viewing the statistics through toString() displays the values in these categories, as does viewing the stats through the RepJEMonitor mbean. Viewing the stats with toStringVerbose() will provide more detailed descriptions of the stats and stat categories.
The current categories are:
- FeederManager: A feed is the replication stream between a master and replica. The current number of feeders gives a sense of the connectivity of the replication group.
- BinaryProtocol: These statistics center on the network traffic engendered by the replication stream, and provide a sense of the network bandwidth seen by the replication group.
- Replay: The act of receiving and applying the replication stream at the Replica node is called Replay. These stats give a sense of how much load the replica node is experiencing when processing the traffic from the replication group.
- ConsistencyTracker: The tracker is invoked when consistency policies are used at a replica node. This provides a measure of delays experienced by read requests at a replica, in order to conform with the consistency specified by the application.
See Also:

Viewing Statistics with JConsole, Serialized Form

Method Summary

All Methods Instance Methods Concrete Methods Deprecated Methods
Modifier and Type	Method	Description
`long`	`getAckWaitMs()`	The total time in milliseconds that the master spent waiting for the `Durability.ReplicaAckPolicy` to be satisfied during successful transaction commits.
`long`	`getElapsedTxn95Ms()`	The 95th percentile value of the time in milliseconds spent replaying a committed or aborted transaction.
`long`	`getElapsedTxn99Ms()`	The 99th percentile value of the time in milliseconds spent replaying a committed or aborted transaction.
`long`	`getElapsedTxnAvgMs()`	The average time in milliseconds spent replaying a committed or aborted transaction.
`long`	`getElapsedTxnMaxMs()`	The maximum time in milliseconds spent replaying a committed or aborted transaction.
`long`	`getLastCommitTimestamp()`	The commit timestamp of the last committed transaction on the master, or 0 if not known or this node is not the master.
`long`	`getLastCommitVLSN()`	The VLSN of the last committed transaction on the master, or 0 if not known or this node is not the master.
`int`	`getNFeedersCreated()`	The number of Feeder threads since this node was started.
`int`	`getNFeedersShutdown()`	The number of Feeder threads that were shut down, either because this node, or the Replica terminated the connection.
`long`	`getNMaxReplicaLag()`	Deprecated. in 18.3, always returns 0.
`java.lang.String`	`getNMaxReplicaLagName()`	Deprecated. in 18.3, always returns null.
`long`	`getNProtocolBytesRead()`	The number of bytes of Replication Stream read over the network.
`long`	`getNProtocolBytesWritten()`	The number of Replication Stream bytes written over the network.
`long`	`getNProtocolEntriesWrittenOldVersion()`	Returns the number of messages containing log entries that were written to the replication stream using the previous log format to support replication to a replica running an earlier version during an upgrade.
`long`	`getNProtocolMessageBatches()`	The number of Replication Stream message batches written to the network.
`long`	`getNProtocolMessagesBatched()`	The number of Replication Stream messages that were written as part of a message batch instead of being written individually.
`long`	`getNProtocolMessagesRead()`	The number of Replication Stream messages read over the network.
`long`	`getNProtocolMessagesWritten()`	The total number of Replication Stream messages written over the network.
`long`	`getNReplayAborts()`	The number of abort records which were replayed while the node was in the Replica state.
`long`	`getNReplayCommitAcks()`	The number of commit log records that needed to be acknowledged to the Master by this node when it was a Replica.
`long`	`getNReplayCommitNoSyncs()`	The number of commitNoSync() calls executed when satisfying transaction commit acknowledgment requests from the Master.
`long`	`getNReplayCommits()`	The number of commit log records that were replayed by this node when it was a Replica.
`long`	`getNReplayCommitSyncs()`	The number of commitSync() calls executed when satisfying transaction commit acknowledgment requests from the Master.
`long`	`getNReplayCommitWriteNoSyncs()`	The number of commitNoSync() calls executed when satisfying transaction commit acknowledgment requests from the Master.
`long`	`getNReplayGroupCommitMaxExceeded()`	The number of group commits that were initiated due the `max group size` being exceeded.
`long`	`getNReplayGroupCommits()`	The number of group commit operations.
`long`	`getNReplayGroupCommitTimeouts()`	The number of group commits that were initiated due to the `group timeout interval` being exceeded.
`long`	`getNReplayGroupCommitTxns()`	The number of replay transaction commits that were part of a group commit operation.
`long`	`getNReplayLNs()`	The number of data records (creation, update, deletion) which were replayed while the node was in the Replica state.
`long`	`getNReplayNameLNs()`	The number of NameLN records which were replayed while the node was in the Replica state.
`long`	`getNTxnsAcked()`	The number of transactions that were successfully acknowledged based upon the `Durability.ReplicaAckPolicy` policy associated with the transaction commit.
`long`	`getNTxnsNotAcked()`	The number of transactions that were not acknowledged as required by the `Durability.ReplicaAckPolicy` policy associated with the transaction commit.
`long`	`getOutputQueue95DelayMs()`	The 95th percentile value of the time in milliseconds between when the replay thread places a response in the output queue and when the entry is read from the queue in preparation for sending it to the feeder by the output thread.
`long`	`getOutputQueue99DelayMs()`	The 99th percentile value of the time in milliseconds between when the replay thread places a response in the output queue and when the entry is read from the queue in preparation for sending it to the feeder by the output thread.
`long`	`getOutputQueueAvgDelayMs()`	The average time in milliseconds between when the replay thread places a response in the output queue and when the entry is read from the queue in preparation for sending it to the feeder by the output thread.
`long`	`getOutputQueueMaxDelayMs()`	The maximum time in milliseconds between when the replay thread places a response in the output queue and when the entry is read from the queue in preparation for sending it to the feeder by the output thread.
`long`	`getProtocolBytesReadRate()`	Bytes read throughput, in terms of bytes received from the replication network channels per second.
`long`	`getProtocolBytesWriteRate()`	Bytes written throughput, in terms of bytes written to the replication network channels per second.
`long`	`getProtocolMessageReadRate()`	Incoming replication message throughput, in terms of messages received from the replication network channels per second.
`long`	`getProtocolMessageWriteRate()`	Outgoing message throughput, in terms of message written to the replication network channels per second.
`long`	`getProtocolReadNanos()`	The number of nanoseconds spent reading from the network channel.
`long`	`getProtocolWriteNanos()`	The number of nanoseconds spent writing to the network channel.
`long`	`getReplayElapsedTxnTime()`	Deprecated. in 18.3, always returns zero.
`long`	`getReplayMaxCommitProcessingNanos()`	The maximum time taken to replay a transaction commit operation.
`long`	`getReplayMinCommitProcessingNanos()`	The minimum time taken to replay a transaction commit operation.
`long`	`getReplayQueue95DelayMs()`	The 95th percentile value of the time in milliseconds between when the replica receives a replication entry and when the entry is read from the replay queue by the replay thread.
`long`	`getReplayQueue99DelayMs()`	The 99th percentile value of the time in milliseconds between when the replica receives a replication entry and when the entry is read from the replay queue by the replay thread.
`long`	`getReplayQueueAvgDelayMs()`	The average time in milliseconds between when the replica receives a replication entry and when the entry is read from the replay queue by the replay thread.
`long`	`getReplayQueueMaxDelayMs()`	The maximum time in milliseconds between when the replica receives a replication entry and when the entry is read from the replay queue by the replay thread.
`long`	`getReplayTotalCommitProcessingNanos()`	The total time spent to replay all commit operations.
`java.util.SortedMap<java.lang.String,java.lang.Long>`	`getReplica95DelayMsMap()`	Returns a map from replica node name to the 95th percentile value for the current period of the delay, in milliseconds, between when a transaction was committed on the master and when the master learned that the transaction was processed on the replica, if known.
`java.util.SortedMap<java.lang.String,java.lang.Long>`	`getReplica99DelayMsMap()`	Returns a map from replica node name to the 99th percentile value for the current period of the delay, in milliseconds, between when a transaction was committed on the master and when the master learned that the transaction was processed on the replica, if known.
`java.util.SortedMap<java.lang.String,java.lang.Long>`	`getReplicaAvgDelayMsMap()`	Returns a map from replica node name to average for the current period of the delay, in milliseconds, between when a transaction was committed on the master and when the master learned that the transaction was processed on the replica, if known.
`java.util.SortedMap<java.lang.String,java.lang.Long>`	`getReplicaDelayMap()`	Returns a map from replica node name to the most recently known value of the delay, in milliseconds, between when a transaction was committed on the master and when the master learned that the transaction was processed on the replica, if any.
`java.util.SortedMap<java.lang.String,java.lang.Long>`	`getReplicaLastCommitTimestampMap()`	Returns a map from replica node name to the commit timestamp of the last committed transaction that was processed on the replica, if known.
`java.util.SortedMap<java.lang.String,java.lang.Long>`	`getReplicaLastCommitVLSNMap()`	Returns a map from replica node name to the VLSN of the last committed transaction that was processed on the replica, if known.
`java.util.SortedMap<java.lang.String,java.lang.Long>`	`getReplicaMaxDelayMsMap()`	Returns a map from replica node name to the maximum value for the current period of the delay, in milliseconds, between when a transaction was committed on the master and when the master learned that the transaction was processed on the replica, if known.
`java.util.SortedMap<java.lang.String,java.lang.Long>`	`getReplicaVLSNLagMap()`	Returns a map from replica node name to the lag, in VLSNs, between the replication state of the replica and the master, if known.
`java.util.SortedMap<java.lang.String,java.lang.Long>`	`getReplicaVLSNRateMap()`	Returns a map from replica node name to a moving average of the rate, in VLSNs per minute, that the replica is processing replication data, if known.
`java.util.Map<java.lang.String,java.lang.String>`	`getTips()`
`long`	`getTotalTxnMs()`	The total time in milliseconds spent in replicated transactions.
`long`	`getTrackerLagConsistencyWaitMs()`	The total time (in msec) for which a Replica held back a `Environment.beginTransaction(Transaction,TransactionConfig)` operation to satisfy the `TimeConsistencyPolicy`.
`long`	`getTrackerLagConsistencyWaits()`	The number of times a Replica held back a `Environment.beginTransaction(Transaction,TransactionConfig)` operation to satisfy the `TimeConsistencyPolicy`.
`long`	`getTrackerVLSNConsistencyWaitMs()`	The total time (in msec) for which a Replica held back a `Environment.beginTransaction(Transaction,TransactionConfig)` operation to satisfy the `CommitPointConsistencyPolicy`.
`long`	`getTrackerVLSNConsistencyWaits()`	The number of times a Replica held back a `Environment.beginTransaction(Transaction,TransactionConfig)` operation to satisfy the `CommitPointConsistencyPolicy`.
`long`	`getVLSNRate()`	A moving average of the rate replication data is being generated by the master, in VLSNs per minute, or 0 if not known or this node is not the master.
`java.lang.String`	`toString()`	Returns a String representation of the stats in the form of <stat>=<value>
`java.lang.String`	`toStringVerbose()`	Returns a String representation of the stats which includes stats descriptions in addition to <stat>=<value>

Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

- Method Detail
  - getNFeedersCreated
```
public int getNFeedersCreated()
```
    The number of Feeder threads since this node was started. A Master supplies the Replication Stream to a Replica via a Feeder thread. The Feeder thread is created when a Replica connects to the node and is shutdown when the connection is terminated.
  - getNFeedersShutdown
```
public int getNFeedersShutdown()
```
    The number of Feeder threads that were shut down, either because this node, or the Replica terminated the connection.
    
    See Also:
    
    getNFeedersCreated()
  - getNMaxReplicaLag
```
public long getNMaxReplicaLag()
```
    Deprecated.
    in 18.3, always returns 0. Use getReplicaVLSNLagMap() to compute the maximum VLSN lag for all replicas.
  - getNMaxReplicaLagName
```
public java.lang.String getNMaxReplicaLagName()
```
    Deprecated.
    in 18.3, always returns null. Use getReplicaVLSNLagMap() to compute the maximum VLSN lag for all replicas.
  - getReplicaDelayMap
```
public java.util.SortedMap<java.lang.String,java.lang.Long> getReplicaDelayMap()
```
    Returns a map from replica node name to the most recently known value of the delay, in milliseconds, between when a transaction was committed on the master and when the master learned that the transaction was processed on the replica, if any. Returns an empty map if this node is not the master. The delay represents the time that would be needed to receive a transaction acknowledgement if the response is received quickly enough to be used.
    
    Since:
    
    6.3.0
  - getReplicaAvgDelayMsMap
```
public java.util.SortedMap<java.lang.String,java.lang.Long> getReplicaAvgDelayMsMap()
```
    Returns a map from replica node name to average for the current period of the delay, in milliseconds, between when a transaction was committed on the master and when the master learned that the transaction was processed on the replica, if known. Returns an empty map if this node is not the master. The delay represents the time that would be needed to receive a transaction acknowledgement if the response is received quickly enough to be used.
    
    Since:
    
    18.3
  - getReplica95DelayMsMap
```
public java.util.SortedMap<java.lang.String,java.lang.Long> getReplica95DelayMsMap()
```
    Returns a map from replica node name to the 95th percentile value for the current period of the delay, in milliseconds, between when a transaction was committed on the master and when the master learned that the transaction was processed on the replica, if known. Returns an empty map if this node is not the master. The delay represents the time that would be needed to receive a transaction acknowledgement if the response is received quickly enough to be used.
    
    Since:
    
    18.3
  - getReplica99DelayMsMap
```
public java.util.SortedMap<java.lang.String,java.lang.Long> getReplica99DelayMsMap()
```
    Returns a map from replica node name to the 99th percentile value for the current period of the delay, in milliseconds, between when a transaction was committed on the master and when the master learned that the transaction was processed on the replica, if known. Returns an empty map if this node is not the master. The delay represents the time that would be needed to receive a transaction acknowledgement if the response is received quickly enough to be used.
    
    Since:
    
    18.3
  - getReplicaMaxDelayMsMap
```
public java.util.SortedMap<java.lang.String,java.lang.Long> getReplicaMaxDelayMsMap()
```
    Returns a map from replica node name to the maximum value for the current period of the delay, in milliseconds, between when a transaction was committed on the master and when the master learned that the transaction was processed on the replica, if known. Returns an empty map if this node is not the master. The delay represents the time that would be needed to receive a transaction acknowledgement if the response is received quickly enough to be used.
    
    Since:
    
    18.3
  - getReplicaLastCommitTimestampMap
```
public java.util.SortedMap<java.lang.String,java.lang.Long> getReplicaLastCommitTimestampMap()
```
    Returns a map from replica node name to the commit timestamp of the last committed transaction that was processed on the replica, if known. Returns an empty map if this node is not the master.
    
    Since:
    
    6.3.0
  - getReplicaLastCommitVLSNMap
```
public java.util.SortedMap<java.lang.String,java.lang.Long> getReplicaLastCommitVLSNMap()
```
    Returns a map from replica node name to the VLSN of the last committed transaction that was processed on the replica, if known. Returns an empty map if this node is not the master.
    
    Since:
    
    6.3.0
  - getReplicaVLSNLagMap
```
public java.util.SortedMap<java.lang.String,java.lang.Long> getReplicaVLSNLagMap()
```
    Returns a map from replica node name to the lag, in VLSNs, between the replication state of the replica and the master, if known. Returns an empty map if this node is not the master.
    
    Since:
    
    6.3.0
  - getReplicaVLSNRateMap
```
public java.util.SortedMap<java.lang.String,java.lang.Long> getReplicaVLSNRateMap()
```
    Returns a map from replica node name to a moving average of the rate, in VLSNs per minute, that the replica is processing replication data, if known. Returns an empty map if this node is not the master.
    
    Since:
    
    6.3.0
  - getNTxnsAcked
```
public long getNTxnsAcked()
```
    The number of transactions that were successfully acknowledged based upon the Durability.ReplicaAckPolicy policy associated with the transaction commit.
  - getNTxnsNotAcked
```
public long getNTxnsNotAcked()
```
    The number of transactions that were not acknowledged as required by the Durability.ReplicaAckPolicy policy associated with the transaction commit. These transactions resulted in InsufficientReplicasException or InsufficientAcksException.
  - getTotalTxnMs
```
public long getTotalTxnMs()
```
    The total time in milliseconds spent in replicated transactions. This represents the time from the start of the transaction until its successful commit and acknowledgment. It includes the time spent waiting for transaction commit acknowledgments, as determined by getAckWaitMs().
  - getAckWaitMs
```
public long getAckWaitMs()
```
    The total time in milliseconds that the master spent waiting for the Durability.ReplicaAckPolicy to be satisfied during successful transaction commits.
    
    See Also:
    
    getTotalTxnMs()
  - getLastCommitVLSN
```
public long getLastCommitVLSN()
```
    The VLSN of the last committed transaction on the master, or 0 if not known or this node is not the master.
    
    Since:
    
    6.3.0
  - getLastCommitTimestamp
```
public long getLastCommitTimestamp()
```
    The commit timestamp of the last committed transaction on the master, or 0 if not known or this node is not the master.
    
    Since:
    
    6.3.0
  - getVLSNRate
```
public long getVLSNRate()
```
    A moving average of the rate replication data is being generated by the master, in VLSNs per minute, or 0 if not known or this node is not the master.
    
    Since:
    
    6.3.0
  - getNReplayCommits
```
public long getNReplayCommits()
```
    The number of commit log records that were replayed by this node when it was a Replica. There is one commit record record for each actual commit on the Master.
  - getNReplayCommitAcks
```
public long getNReplayCommitAcks()
```
    The number of commit log records that needed to be acknowledged to the Master by this node when it was a Replica. The rate of change of this statistic, will show a strong correlation with that of NReplayCommits statistic, if the Durability policy used by transactions on the master calls for transaction commit acknowledgments and the Replica is current with respect to the Master.
  - getNReplayCommitSyncs
```
public long getNReplayCommitSyncs()
```
    The number of commitSync() calls executed when satisfying transaction commit acknowledgment requests from the Master.
  - getNReplayCommitNoSyncs
```
public long getNReplayCommitNoSyncs()
```
    The number of commitNoSync() calls executed when satisfying transaction commit acknowledgment requests from the Master.
  - getNReplayCommitWriteNoSyncs
```
public long getNReplayCommitWriteNoSyncs()
```
    The number of commitNoSync() calls executed when satisfying transaction commit acknowledgment requests from the Master.
  - getNReplayAborts
```
public long getNReplayAborts()
```
    The number of abort records which were replayed while the node was in the Replica state.
  - getNReplayNameLNs
```
public long getNReplayNameLNs()
```
    The number of NameLN records which were replayed while the node was in the Replica state.
  - getNReplayLNs
```
public long getNReplayLNs()
```
    The number of data records (creation, update, deletion) which were replayed while the node was in the Replica state.
  - getReplayElapsedTxnTime
```
public long getReplayElapsedTxnTime()
```
    Deprecated.
    in 18.3, always returns zero. Use getElapsedTxnAvgMs() to return the average elapsed transaction time.
  - getNReplayGroupCommitTimeouts
```
public long getNReplayGroupCommitTimeouts()
```
    The number of group commits that were initiated due to the group timeout interval being exceeded.
    
    Since:
    
    5.0.76
  - getNReplayGroupCommitMaxExceeded
```
public long getNReplayGroupCommitMaxExceeded()
```
    The number of group commits that were initiated due the max group size being exceeded.
    
    Since:
    
    5.0.76
  - getNReplayGroupCommitTxns
```
public long getNReplayGroupCommitTxns()
```
    The number of replay transaction commits that were part of a group commit operation.
    
    Since:
    
    5.0.76
  - getNReplayGroupCommits
```
public long getNReplayGroupCommits()
```
    The number of group commit operations.
    
    Since:
    
    5.0.76
  - getReplayMinCommitProcessingNanos
```
public long getReplayMinCommitProcessingNanos()
```
    The minimum time taken to replay a transaction commit operation.
  - getReplayMaxCommitProcessingNanos
```
public long getReplayMaxCommitProcessingNanos()
```
    The maximum time taken to replay a transaction commit operation.
  - getReplayTotalCommitProcessingNanos
```
public long getReplayTotalCommitProcessingNanos()
```
    The total time spent to replay all commit operations.
  - getReplayQueueAvgDelayMs
```
public long getReplayQueueAvgDelayMs()
```
    The average time in milliseconds between when the replica receives a replication entry and when the entry is read from the replay queue by the replay thread.
    
    Since:
    
    18.3
  - getReplayQueue95DelayMs
```
public long getReplayQueue95DelayMs()
```
    The 95th percentile value of the time in milliseconds between when the replica receives a replication entry and when the entry is read from the replay queue by the replay thread.
    
    Since:
    
    18.3
  - getReplayQueue99DelayMs
```
public long getReplayQueue99DelayMs()
```
    The 99th percentile value of the time in milliseconds between when the replica receives a replication entry and when the entry is read from the replay queue by the replay thread.
    
    Since:
    
    18.3
  - getReplayQueueMaxDelayMs
```
public long getReplayQueueMaxDelayMs()
```
    The maximum time in milliseconds between when the replica receives a replication entry and when the entry is read from the replay queue by the replay thread.
    
    Since:
    
    18.3
  - getOutputQueueAvgDelayMs
```
public long getOutputQueueAvgDelayMs()
```
    The average time in milliseconds between when the replay thread places a response in the output queue and when the entry is read from the queue in preparation for sending it to the feeder by the output thread.
    
    Since:
    
    18.3
  - getOutputQueue95DelayMs
```
public long getOutputQueue95DelayMs()
```
    The 95th percentile value of the time in milliseconds between when the replay thread places a response in the output queue and when the entry is read from the queue in preparation for sending it to the feeder by the output thread.
    
    Since:
    
    18.3
  - getOutputQueue99DelayMs
```
public long getOutputQueue99DelayMs()
```
    The 99th percentile value of the time in milliseconds between when the replay thread places a response in the output queue and when the entry is read from the queue in preparation for sending it to the feeder by the output thread.
    
    Since:
    
    18.3
  - getOutputQueueMaxDelayMs
```
public long getOutputQueueMaxDelayMs()
```
    The maximum time in milliseconds between when the replay thread places a response in the output queue and when the entry is read from the queue in preparation for sending it to the feeder by the output thread.
    
    Since:
    
    18.3
  - getElapsedTxnAvgMs
```
public long getElapsedTxnAvgMs()
```
    The average time in milliseconds spent replaying a committed or aborted transaction.
    
    Since:
    
    18.3
  - getElapsedTxn95Ms
```
public long getElapsedTxn95Ms()
```
    The 95th percentile value of the time in milliseconds spent replaying a committed or aborted transaction.
    
    Since:
    
    18.3
  - getElapsedTxn99Ms
```
public long getElapsedTxn99Ms()
```
    The 99th percentile value of the time in milliseconds spent replaying a committed or aborted transaction.
    
    Since:
    
    18.3
  - getElapsedTxnMaxMs
```
public long getElapsedTxnMaxMs()
```
    The maximum time in milliseconds spent replaying a committed or aborted transaction.
    
    Since:
    
    18.3
  - getNProtocolBytesRead
```
public long getNProtocolBytesRead()
```
    The number of bytes of Replication Stream read over the network. It does not include the TCP/IP overhead.
    If the node has served as both a Replica and Master since it was first started, the number represents the sum total of all Feeder related network activity, as well as Replica network activity.
  - getNProtocolMessagesRead
```
public long getNProtocolMessagesRead()
```
    The number of Replication Stream messages read over the network.
    If the node has served as both a Replica and Master since it was first started, the number represents the sum total of all Feeder related network activity, as well as Replica network activity.
  - getNProtocolBytesWritten
```
public long getNProtocolBytesWritten()
```
    The number of Replication Stream bytes written over the network.
    If the node has served as both a Replica and Master since it was first started, the number represents the sum total of all Feeder related network activity, as well as Replica network activity.
  - getNProtocolMessagesBatched
```
public long getNProtocolMessagesBatched()
```
    The number of Replication Stream messages that were written as part of a message batch instead of being written individually. It represents a subset of the messages returned by getNProtocolMessagesWritten()
    
    Since:
    
    6.2.7
    
    See Also:
    
    getNProtocolMessageBatches()
  - getNProtocolMessageBatches
```
public long getNProtocolMessageBatches()
```
    The number of Replication Stream message batches written to the network.
    
    Since:
    
    6.2.7
    
    See Also:
    
    getNProtocolMessagesBatched()
  - getNProtocolMessagesWritten
```
public long getNProtocolMessagesWritten()
```
    The total number of Replication Stream messages written over the network.
    If the node has served as both a Replica and Master since it was first started, the number represents the sum total of all Feeder related network activity, as well as Replica network activity.
  - getProtocolReadNanos
```
public long getProtocolReadNanos()
```
    The number of nanoseconds spent reading from the network channel.
    If the node has served as both a Replica and Master since it was first started, the number represents the sum total of all Feeder related network activity, as well as Replica network activity.
  - getProtocolWriteNanos
```
public long getProtocolWriteNanos()
```
    The number of nanoseconds spent writing to the network channel.
    If the node has served as both a Replica and Master since it was first started, the number represents the sum total of all Feeder related network activity, as well as Replica network activity.
  - getProtocolMessageReadRate
```
public long getProtocolMessageReadRate()
```
    Incoming replication message throughput, in terms of messages received from the replication network channels per second.
    If the node has served as both a Replica and Master since it was first started, the number represents the message reading rate over all Feeder related network activity, as well as Replica network activity.
  - getProtocolMessageWriteRate
```
public long getProtocolMessageWriteRate()
```
    Outgoing message throughput, in terms of message written to the replication network channels per second.
    If the node has served as both a Replica and Master since it was first started, the number represents the message writing rate over all Feeder related network activity, as well as Replica network activity.
  - getProtocolBytesReadRate
```
public long getProtocolBytesReadRate()
```
    Bytes read throughput, in terms of bytes received from the replication network channels per second.
    If the node has served as both a Replica and Master since it was first started, the number represents the bytes reading rate over all Feeder related network activity, as well as Replica network activity.
  - getProtocolBytesWriteRate
```
public long getProtocolBytesWriteRate()
```
    Bytes written throughput, in terms of bytes written to the replication network channels per second.
    If the node has served as both a Replica and Master since it was first started, the number represents the bytes writing rate over all Feeder related network activity, as well as Replica network activity.
  - getNProtocolEntriesWrittenOldVersion
```
public long getNProtocolEntriesWrittenOldVersion()
```
    Returns the number of messages containing log entries that were written to the replication stream using the previous log format to support replication to a replica running an earlier version during an upgrade.
  - getTrackerLagConsistencyWaits
```
public long getTrackerLagConsistencyWaits()
```
    The number of times a Replica held back a Environment.beginTransaction(Transaction,TransactionConfig) operation to satisfy the TimeConsistencyPolicy.
  - getTrackerLagConsistencyWaitMs
```
public long getTrackerLagConsistencyWaitMs()
```
    The total time (in msec) for which a Replica held back a Environment.beginTransaction(Transaction,TransactionConfig) operation to satisfy the TimeConsistencyPolicy.
  - getTrackerVLSNConsistencyWaits
```
public long getTrackerVLSNConsistencyWaits()
```
    The number of times a Replica held back a Environment.beginTransaction(Transaction,TransactionConfig) operation to satisfy the CommitPointConsistencyPolicy.
  - getTrackerVLSNConsistencyWaitMs
```
public long getTrackerVLSNConsistencyWaitMs()
```
    The total time (in msec) for which a Replica held back a Environment.beginTransaction(Transaction,TransactionConfig) operation to satisfy the CommitPointConsistencyPolicy.
  - toString
```
public java.lang.String toString()
```
    Returns a String representation of the stats in the form of <stat>=<value>
    
    Overrides:
    
    toString in class java.lang.Object
  - toStringVerbose
```
public java.lang.String toStringVerbose()
```
    Returns a String representation of the stats which includes stats descriptions in addition to <stat>=<value>
  - getTips
```
public java.util.Map<java.lang.String,java.lang.String> getTips()
```

Class ReplicatedEnvironmentStats

Method Summary

Methods inherited from class java.lang.Object

Method Detail

getNFeedersCreated

getNFeedersShutdown

getNMaxReplicaLag

getNMaxReplicaLagName

getReplicaDelayMap

getReplicaAvgDelayMsMap

getReplica95DelayMsMap

getReplica99DelayMsMap

getReplicaMaxDelayMsMap

getReplicaLastCommitTimestampMap

getReplicaLastCommitVLSNMap

getReplicaVLSNLagMap

getReplicaVLSNRateMap

getNTxnsAcked

getNTxnsNotAcked

getTotalTxnMs

getAckWaitMs

getLastCommitVLSN

getLastCommitTimestamp

getVLSNRate

getNReplayCommits

getNReplayCommitAcks

getNReplayCommitSyncs

getNReplayCommitNoSyncs

getNReplayCommitWriteNoSyncs

getNReplayAborts

getNReplayNameLNs

getNReplayLNs

getReplayElapsedTxnTime

getNReplayGroupCommitTimeouts

getNReplayGroupCommitMaxExceeded

getNReplayGroupCommitTxns

getNReplayGroupCommits

getReplayMinCommitProcessingNanos

getReplayMaxCommitProcessingNanos

getReplayTotalCommitProcessingNanos

getReplayQueueAvgDelayMs

getReplayQueue95DelayMs

getReplayQueue99DelayMs

getReplayQueueMaxDelayMs

getOutputQueueAvgDelayMs

getOutputQueue95DelayMs

getOutputQueue99DelayMs

getOutputQueueMaxDelayMs

getElapsedTxnAvgMs

getElapsedTxn95Ms

getElapsedTxn99Ms

getElapsedTxnMaxMs

getNProtocolBytesRead

getNProtocolMessagesRead

getNProtocolBytesWritten

getNProtocolMessagesBatched

getNProtocolMessageBatches

getNProtocolMessagesWritten

getProtocolReadNanos

getProtocolWriteNanos

getProtocolMessageReadRate

getProtocolMessageWriteRate

getProtocolBytesReadRate

getProtocolBytesWriteRate

getNProtocolEntriesWrittenOldVersion

getTrackerLagConsistencyWaits

getTrackerLagConsistencyWaitMs

getTrackerVLSNConsistencyWaits

getTrackerVLSNConsistencyWaitMs

toString

toStringVerbose

getTips