VirtualMachineStatistics (GigaSpaces 16.4.0 API)

All Known Implementing Classes:

DefaultVirtualMachineStatistics
```
public interface VirtualMachineStatistics
```
Statistics on a single virtual machine level.

Author:

kimchy

Method Summary

All Methods Instance Methods Abstract Methods
Modifier and Type	Method and Description
`long`	`getAdminTimestamp()` Returns a timestamp that is in sync with where the admin API is running.
`double`	`getCpuPerc()` Returns the cpu percentage this virtual machine is using.
`double`	`getCpuPercAverage(long requestedTotalTime, TimeUnit timeUnit)` Calculates the average number of cpu cores used by the java virtual machine over the specified period of time.
`String`	`getCpuPercFormatted()`
`VirtualMachineDetails`	`getDetails()` Returns the details of the virtual machine.
`long`	`getGcCollectionCount()` Returns the total number of times GC was invoked for this virtual machine
`double`	`getGcCollectionPerc()` The percentage of the gc collection time between the current sampled statistics and the previous one.
`long`	`getGcCollectionTime()` Returns the total time in milliseconds that this virtual machine spent doing GC
`long`	`getMemoryHeapCommittedInBytes()`
`double`	`getMemoryHeapCommittedInGB()`
`double`	`getMemoryHeapCommittedInMB()`
`double`	`getMemoryHeapCommittedUsedPerc()` Returns the memory heap percentage from used to committed.
`long`	`getMemoryHeapUsedInBytes()`
`double`	`getMemoryHeapUsedInGB()`
`double`	`getMemoryHeapUsedInMB()`
`double`	`getMemoryHeapUsedPerc()` Returns the memory heap percentage from used to the max.
`long`	`getMemoryNonHeapCommittedInBytes()`
`double`	`getMemoryNonHeapCommittedInGB()`
`double`	`getMemoryNonHeapCommittedInMB()`
`double`	`getMemoryNonHeapCommittedUsedPerc()` Returns the memory non heap percentage from used to committed.
`long`	`getMemoryNonHeapUsedInBytes()`
`double`	`getMemoryNonHeapUsedInGB()`
`double`	`getMemoryNonHeapUsedInMB()`
`double`	`getMemoryNonHeapUsedPerc()` Returns the memory non heap percentage from used to the max.
`int`	`getPeakThreadCount()` Returns the maximum number of of threads that were running in the VM since it has started
`VirtualMachineStatistics`	`getPrevious()` Returns the previous statistics sampled.
`long`	`getPreviousTimestamp()` Returns the previous timestamp of the statistics sampled, `-1` if this is the first one.
`int`	`getThreadCount()` Returns the number of currently running threads in this virtual machine
`List<VirtualMachineStatistics>`	`getTimeline()` Returns the timeline (from newest to oldest) history statistics, including this one.
`long`	`getTimestamp()` Return the timestamp when the statistics were taken.
`long`	`getUptime()`
`boolean`	`isNA()` Returns `true` if this is not valid statistics.

- Method Detail
  - isNA
```
boolean isNA()
```
    Returns true if this is not valid statistics.
  - getDetails
```
VirtualMachineDetails getDetails()
```
    Returns the details of the virtual machine.
  - getTimeline
```
List<VirtualMachineStatistics> getTimeline()
```
    Returns the timeline (from newest to oldest) history statistics, including this one.
  - getPrevious
```
VirtualMachineStatistics getPrevious()
```
    Returns the previous statistics sampled. null if this is the first one or bounded by the history size.
  - getPreviousTimestamp
```
long getPreviousTimestamp()
```
    Returns the previous timestamp of the statistics sampled, -1 if this is the first one.
  - getTimestamp
```
long getTimestamp()
```
    Return the timestamp when the statistics were taken.
  - getAdminTimestamp
```
long getAdminTimestamp()
```
    Returns a timestamp that is in sync with where the admin API is running. Can return -1 if the clocks have are not sync yet.
  - getUptime
```
long getUptime()
```
  - getMemoryHeapCommittedInBytes
```
long getMemoryHeapCommittedInBytes()
```
  - getMemoryHeapCommittedInMB
```
double getMemoryHeapCommittedInMB()
```
  - getMemoryHeapCommittedInGB
```
double getMemoryHeapCommittedInGB()
```
  - getMemoryHeapUsedInBytes
```
long getMemoryHeapUsedInBytes()
```
  - getMemoryHeapUsedInMB
```
double getMemoryHeapUsedInMB()
```
  - getMemoryHeapUsedInGB
```
double getMemoryHeapUsedInGB()
```
  - getMemoryHeapUsedPerc
```
double getMemoryHeapUsedPerc()
```
    Returns the memory heap percentage from used to the max.
  - getMemoryHeapCommittedUsedPerc
```
double getMemoryHeapCommittedUsedPerc()
```
    Returns the memory heap percentage from used to committed.
  - getMemoryNonHeapCommittedInBytes
```
long getMemoryNonHeapCommittedInBytes()
```
  - getMemoryNonHeapCommittedInMB
```
double getMemoryNonHeapCommittedInMB()
```
  - getMemoryNonHeapCommittedInGB
```
double getMemoryNonHeapCommittedInGB()
```
  - getMemoryNonHeapUsedInBytes
```
long getMemoryNonHeapUsedInBytes()
```
  - getMemoryNonHeapUsedInMB
```
double getMemoryNonHeapUsedInMB()
```
  - getMemoryNonHeapUsedInGB
```
double getMemoryNonHeapUsedInGB()
```
  - getMemoryNonHeapUsedPerc
```
double getMemoryNonHeapUsedPerc()
```
    Returns the memory non heap percentage from used to the max.
  - getMemoryNonHeapCommittedUsedPerc
```
double getMemoryNonHeapCommittedUsedPerc()
```
    Returns the memory non heap percentage from used to committed.
  - getThreadCount
```
int getThreadCount()
```
    Returns the number of currently running threads in this virtual machine
  - getPeakThreadCount
```
int getPeakThreadCount()
```
    Returns the maximum number of of threads that were running in the VM since it has started
  - getGcCollectionCount
```
long getGcCollectionCount()
```
    Returns the total number of times GC was invoked for this virtual machine
  - getGcCollectionTime
```
long getGcCollectionTime()
```
    Returns the total time in milliseconds that this virtual machine spent doing GC
  - getGcCollectionPerc
```
double getGcCollectionPerc()
```
    The percentage of the gc collection time between the current sampled statistics and the previous one. If there is no previous one, will return -1.
  - getCpuPerc
```
double getCpuPerc()
```
    Returns the cpu percentage this virtual machine is using.
  - getCpuPercFormatted
```
String getCpuPercFormatted()
```
  - getCpuPercAverage
```
double getCpuPercAverage(long requestedTotalTime,
                         TimeUnit timeUnit)
```
    Calculates the average number of cpu cores used by the java virtual machine over the specified period of time. If not enough statistics have been accumulated, -1 is returned. In that case either call this method again after enough time has elapsed, or increase history size StatisticsMonitor.setStatisticsHistorySize(int) or increase statistics interval StatisticsMonitor.setStatisticsInterval(long, TimeUnit).
    
    Parameters:
    
    requestedTotalTime - The period of time to average the cpu percentage starting with this statistics
    
    timeUnit - Time units for totalTime
    
    Returns:
    
    A value between 0 and number of CPU cores representing the average number of CPU cores used, or -1 if not enough statistics have been accumulated.
    
    Since:
    
    8.0.3

Interface VirtualMachineStatistics

Method Summary

Method Detail

isNA

getDetails

getTimeline

getPrevious

getPreviousTimestamp

getTimestamp

getAdminTimestamp

getUptime

getMemoryHeapCommittedInBytes

getMemoryHeapCommittedInMB

getMemoryHeapCommittedInGB

getMemoryHeapUsedInBytes

getMemoryHeapUsedInMB

getMemoryHeapUsedInGB

getMemoryHeapUsedPerc

getMemoryHeapCommittedUsedPerc

getMemoryNonHeapCommittedInBytes

getMemoryNonHeapCommittedInMB

getMemoryNonHeapCommittedInGB

getMemoryNonHeapUsedInBytes

getMemoryNonHeapUsedInMB

getMemoryNonHeapUsedInGB

getMemoryNonHeapUsedPerc

getMemoryNonHeapCommittedUsedPerc

getThreadCount

getPeakThreadCount

getGcCollectionCount

getGcCollectionTime

getGcCollectionPerc

getCpuPerc

getCpuPercFormatted

getCpuPercAverage