/**
* <summary>
* Convert the map representation of the cache metrics to an equivalent objects.</summary>
*
* <param name="data">Map of raw cache metrics.</param>
* <returns>Converted cache metrics.</returns>
*/
protected IGridClientDataMetrics parseCacheMetrics(IDictionary <String, Object> data)
{
var m = new GridClientDataMetrics();
m.CreateTime = U.Timestamp(asLong(data["createTime"]));
m.WriteTime = U.Timestamp(asLong(data["writeTime"]));
m.ReadTime = U.Timestamp(asLong(data["readTime"]));
m.Reads = asLong(data["reads"]);
m.Writes = asLong(data["writes"]);
m.Hits = asLong(data["hits"]);
m.Misses = asLong(data["misses"]);
return(m);
}
/**
* <summary>
* Convert the map representation of the node metrics to an equivalent objects.</summary>
*
* <param name="data">Map of raw node metrics.</param>
* <returns>Converted node metrics.</returns>
*/
protected IGridClientNodeMetrics parseNodeMetrics(IDictionary <String, Object> data)
{
GridClientNodeMetrics m = new GridClientNodeMetrics();
m.StartTime = U.Timestamp(safeLong(data, "startTime"));
m.WaitingJobs.Average = safeDouble(data, "averageWaitingJobs");
m.WaitingJobs.Current = safeLong(data, "currentWaitingJobs");
m.WaitingJobs.Maximum = safeLong(data, "maximumWaitingJobs");
m.WaitingJobs.Total = m.WaitingJobs.Maximum;
m.ExecutedJobs.Average = safeDouble(data, "averageActiveJobs");
m.ExecutedJobs.Current = safeLong(data, "currentActiveJobs");
m.ExecutedJobs.Maximum = safeLong(data, "maximumActiveJobs");
m.ExecutedJobs.Total = safeLong(data, "totalExecutedJobs");
m.RejectedJobs.Average = safeDouble(data, "averageRejectedJobs");
m.RejectedJobs.Current = safeLong(data, "currentRejectedJobs");
m.RejectedJobs.Maximum = safeLong(data, "maximumRejectedJobs");
m.RejectedJobs.Total = safeLong(data, "totalRejectedJobs");
m.CancelledJobs.Average = safeDouble(data, "averageCancelledJobs");
m.CancelledJobs.Current = safeLong(data, "currentCancelledJobs");
m.CancelledJobs.Maximum = safeLong(data, "maximumCancelledJobs");
m.CancelledJobs.Total = safeLong(data, "totalCancelledJobs");
m.JobWaitTime.Average = TimeSpan.FromMilliseconds(safeDouble(data, "averageJobWaitTime"));
m.JobWaitTime.Current = TimeSpan.FromMilliseconds(safeDouble(data, "currentJobWaitTime"));
m.JobWaitTime.Maximum = TimeSpan.FromMilliseconds(safeDouble(data, "maximumJobWaitTime"));
m.JobWaitTime.Total = TimeSpan.FromMilliseconds(m.JobWaitTime.Average.TotalMilliseconds * m.ExecutedJobs.Total);
m.JobExecuteTime.Average = TimeSpan.FromMilliseconds(safeDouble(data, "averageJobExecuteTime"));
m.JobExecuteTime.Current = TimeSpan.FromMilliseconds(safeDouble(data, "currentJobExecuteTime"));
m.JobExecuteTime.Maximum = TimeSpan.FromMilliseconds(safeDouble(data, "maximumJobExecuteTime"));
m.JobExecuteTime.Total = TimeSpan.FromMilliseconds(m.JobExecuteTime.Average.TotalMilliseconds * m.ExecutedJobs.Total);
m.StartTime = U.Timestamp(safeLong(data, "startTime"));
m.NodeStartTime = U.Timestamp(safeLong(data, "nodeStartTime"));
m.UpTime = TimeSpan.FromMilliseconds(safeLong(data, "upTime"));
m.LastUpdateTime = U.Timestamp(safeLong(data, "lastUpdateTime"));
m.IdleTimeTotal = TimeSpan.FromMilliseconds(safeLong(data, "totalIdleTime"));
//m.IdleTimeCurrent = (safeLong(data, "currentIdleTime"));
m.CpuCount = (int)safeLong(data, "totalCpus");
m.CpuAverageLoad = safeDouble(data, "averageCpuLoad");
m.CpuCurrentLoad = safeLong(data, "currentCpuLoad");
m.FileSystemFreeSpace = safeLong(data, "fileSystemFreeSpace");
m.FileSystemTotalSpace = safeLong(data, "fileSystemTotalSpace");
m.FileSystemUsableSpace = safeLong(data, "fileSystemUsableSpace");
m.HeapMemoryInitialized = safeLong(data, "heapMemoryInitialized");
m.HeapMemoryUsed = safeLong(data, "heapMemoryUsed");
m.HeapMemoryCommitted = safeLong(data, "heapMemoryCommitted");
m.HeapMemoryMaximum = safeLong(data, "heapMemoryMaximum");
m.NonHeapMemoryInitialized = safeLong(data, "nonHeapMemoryInitialized");
m.NonHeapMemoryUsed = safeLong(data, "nonHeapMemoryUsed");
m.NonHeapMemoryCommitted = safeLong(data, "nonHeapMemoryCommitted");
m.NonHeapMemoryMaximum = safeLong(data, "nonHeapMemoryMaximum");
m.ThreadCount.Current = safeLong(data, "currentThreadCount");
m.ThreadCount.Maximum = safeLong(data, "maximumThreadCount");
m.ThreadCount.Total = safeLong(data, "totalStartedThreadCount");
m.DaemonThreadCount = safeLong(data, "currentDaemonThreadCount");
m.LastDataVersion = safeLong(data, "lastDataVersion");
return(m);
}