/// <summary>
/// Initializes a new instance of the <see cref="TransactionMetricsImpl"/> class.
/// </summary>
/// <param name="reader">The reader.</param>
public TransactionMetricsImpl(IPortableRawReader reader)
{
CommitTime = reader.ReadDate() ?? default(DateTime);
RollbackTime = reader.ReadDate() ?? default(DateTime);
TxCommits = reader.ReadInt();
TxRollbacks = reader.ReadInt();
}
/// <summary>
/// Initializes a new instance of the <see cref="TransactionMetricsImpl"/> class.
/// </summary>
/// <param name="reader">The reader.</param>
public TransactionMetricsImpl(IPortableRawReader reader)
{
CommitTime = reader.ReadDate() ?? default(DateTime);
RollbackTime = reader.ReadDate() ?? default(DateTime);
TxCommits = reader.ReadInt();
TxRollbacks = reader.ReadInt();
}
/// <summary>
/// Initializes a new instance of the <see cref="EventBase"/> class.
/// </summary>
/// <param name="r">The reader to read data from.</param>
protected EventBase(IPortableRawReader r)
{
_id = IgniteGuid.ReadPortable(r);
_localOrder = r.ReadLong();
_node = ReadNode(r);
_message = r.ReadString();
_type = r.ReadInt();
_name = r.ReadString();
_timeStamp = r.ReadDate() ?? DateTime.Now;
}
/// <summary>
/// Initializes a new instance of the <see cref="ClusterMetricsImpl"/> class.
/// </summary>
/// <param name="reader">The reader.</param>
public ClusterMetricsImpl(IPortableRawReader reader)
{
LastUpdateTimeRaw = reader.ReadLong();
DateTime?lastUpdateTime0 = reader.ReadDate();
LastUpdateTime = lastUpdateTime0 ?? default(DateTime);
MaximumActiveJobs = reader.ReadInt();
CurrentActiveJobs = reader.ReadInt();
AverageActiveJobs = reader.ReadFloat();
MaximumWaitingJobs = reader.ReadInt();
CurrentWaitingJobs = reader.ReadInt();
AverageWaitingJobs = reader.ReadFloat();
MaximumRejectedJobs = reader.ReadInt();
CurrentRejectedJobs = reader.ReadInt();
AverageRejectedJobs = reader.ReadFloat();
TotalRejectedJobs = reader.ReadInt();
MaximumCancelledJobs = reader.ReadInt();
CurrentCancelledJobs = reader.ReadInt();
AverageCancelledJobs = reader.ReadFloat();
TotalCancelledJobs = reader.ReadInt();
TotalExecutedJobs = reader.ReadInt();
MaximumJobWaitTime = reader.ReadLong();
CurrentJobWaitTime = reader.ReadLong();
AverageJobWaitTime = reader.ReadDouble();
MaximumJobExecuteTime = reader.ReadLong();
CurrentJobExecuteTime = reader.ReadLong();
AverageJobExecuteTime = reader.ReadDouble();
TotalExecutedTasks = reader.ReadInt();
TotalIdleTime = reader.ReadLong();
CurrentIdleTime = reader.ReadLong();
TotalCpus = reader.ReadInt();
CurrentCpuLoad = reader.ReadDouble();
AverageCpuLoad = reader.ReadDouble();
CurrentGcCpuLoad = reader.ReadDouble();
HeapMemoryInitialized = reader.ReadLong();
HeapMemoryUsed = reader.ReadLong();
HeapMemoryCommitted = reader.ReadLong();
HeapMemoryMaximum = reader.ReadLong();
HeapMemoryTotal = reader.ReadLong();
NonHeapMemoryInitialized = reader.ReadLong();
NonHeapMemoryUsed = reader.ReadLong();
NonHeapMemoryCommitted = reader.ReadLong();
NonHeapMemoryMaximum = reader.ReadLong();
NonHeapMemoryTotal = reader.ReadLong();
UpTime = reader.ReadLong();
DateTime?startTime0 = reader.ReadDate();
StartTime = startTime0 ?? default(DateTime);
DateTime?nodeStartTime0 = reader.ReadDate();
NodeStartTime = nodeStartTime0 ?? default(DateTime);
CurrentThreadCount = reader.ReadInt();
MaximumThreadCount = reader.ReadInt();
TotalStartedThreadCount = reader.ReadLong();
CurrentDaemonThreadCount = reader.ReadInt();
LastDataVersion = reader.ReadLong();
SentMessagesCount = reader.ReadInt();
SentBytesCount = reader.ReadLong();
ReceivedMessagesCount = reader.ReadInt();
ReceivedBytesCount = reader.ReadLong();
OutboundMessagesQueueSize = reader.ReadInt();
TotalNodes = reader.ReadInt();
}
/// <summary>
/// Initializes a new instance of the <see cref="ClusterMetricsImpl"/> class.
/// </summary>
/// <param name="reader">The reader.</param>
public ClusterMetricsImpl(IPortableRawReader reader)
{
LastUpdateTimeRaw = reader.ReadLong();
DateTime? lastUpdateTime0 = reader.ReadDate();
LastUpdateTime = lastUpdateTime0 ?? default(DateTime);
MaximumActiveJobs = reader.ReadInt();
CurrentActiveJobs = reader.ReadInt();
AverageActiveJobs = reader.ReadFloat();
MaximumWaitingJobs = reader.ReadInt();
CurrentWaitingJobs = reader.ReadInt();
AverageWaitingJobs = reader.ReadFloat();
MaximumRejectedJobs = reader.ReadInt();
CurrentRejectedJobs = reader.ReadInt();
AverageRejectedJobs = reader.ReadFloat();
TotalRejectedJobs = reader.ReadInt();
MaximumCancelledJobs = reader.ReadInt();
CurrentCancelledJobs = reader.ReadInt();
AverageCancelledJobs = reader.ReadFloat();
TotalCancelledJobs = reader.ReadInt();
TotalExecutedJobs = reader.ReadInt();
MaximumJobWaitTime = reader.ReadLong();
CurrentJobWaitTime = reader.ReadLong();
AverageJobWaitTime = reader.ReadDouble();
MaximumJobExecuteTime = reader.ReadLong();
CurrentJobExecuteTime = reader.ReadLong();
AverageJobExecuteTime = reader.ReadDouble();
TotalExecutedTasks = reader.ReadInt();
TotalIdleTime = reader.ReadLong();
CurrentIdleTime = reader.ReadLong();
TotalCpus = reader.ReadInt();
CurrentCpuLoad = reader.ReadDouble();
AverageCpuLoad = reader.ReadDouble();
CurrentGcCpuLoad = reader.ReadDouble();
HeapMemoryInitialized = reader.ReadLong();
HeapMemoryUsed = reader.ReadLong();
HeapMemoryCommitted = reader.ReadLong();
HeapMemoryMaximum = reader.ReadLong();
HeapMemoryTotal = reader.ReadLong();
NonHeapMemoryInitialized = reader.ReadLong();
NonHeapMemoryUsed = reader.ReadLong();
NonHeapMemoryCommitted = reader.ReadLong();
NonHeapMemoryMaximum = reader.ReadLong();
NonHeapMemoryTotal = reader.ReadLong();
UpTime = reader.ReadLong();
DateTime? startTime0 = reader.ReadDate();
StartTime = startTime0 ?? default(DateTime);
DateTime? nodeStartTime0 = reader.ReadDate();
NodeStartTime = nodeStartTime0 ?? default(DateTime);
CurrentThreadCount = reader.ReadInt();
MaximumThreadCount = reader.ReadInt();
TotalStartedThreadCount = reader.ReadLong();
CurrentDaemonThreadCount = reader.ReadInt();
LastDataVersion = reader.ReadLong();
SentMessagesCount = reader.ReadInt();
SentBytesCount = reader.ReadLong();
ReceivedMessagesCount = reader.ReadInt();
ReceivedBytesCount = reader.ReadLong();
OutboundMessagesQueueSize = reader.ReadInt();
TotalNodes = reader.ReadInt();
}
