PersistentPriorityProcessorPoolMXBean (copper-jmx-interface 5.0.0-rc1 API)

All Superinterfaces:: ProcessorPoolMXBean

public interface PersistentPriorityProcessorPoolMXBean
extends ProcessorPoolMXBean

Method Summary

All Methods Instance Methods Abstract Methods
Modifier and Type	Method	Description
`int`	`getDequeueBulkSize()`
`int`	`getEmptyQueueWaitMSec()`
`int`	`getLowerThreshold()`
`int`	`getUpperThreshold()`
`int`	`getUpperThresholdReachedWaitMSec()`
`void`	`resumeDequeue()`	Resumes dequeuing of workflow instances from the storage.
`void`	`setDequeueBulkSize(int dequeueBulkSize)`
`void`	`setEmptyQueueWaitMSec(int emptyQueueWaitMSec)`
`void`	`setLowerThreshold(int lowerThreshold)`
`void`	`setUpperThreshold(int upperThreshold)`
`void`	`setUpperThresholdReachedWaitMSec(int upperThresholdReachedWaitMSec)`
`void`	`suspendDequeue()`	Suspends dequeuing of workflow instances from the storage.

Methods inherited from interface org.copperengine.management.ProcessorPoolMXBean
getId, getMemoryQueueSize, getNumberOfActiveThreads, getNumberOfThreads, getProcessorPoolState, getQueueSize, getThreadPriority, resume, setNumberOfThreads, setThreadPriority, suspend

- Method Detail
  - setLowerThreshold
```
void setLowerThreshold(int lowerThreshold)
```
  - getLowerThreshold
```
int getLowerThreshold()
```
  - setUpperThreshold
```
void setUpperThreshold(int upperThreshold)
```
  - getUpperThreshold
```
int getUpperThreshold()
```
  - getUpperThresholdReachedWaitMSec
```
int getUpperThresholdReachedWaitMSec()
```
  - setUpperThresholdReachedWaitMSec
```
void setUpperThresholdReachedWaitMSec(int upperThresholdReachedWaitMSec)
```
  - getEmptyQueueWaitMSec
```
int getEmptyQueueWaitMSec()
```
  - setEmptyQueueWaitMSec
```
void setEmptyQueueWaitMSec(int emptyQueueWaitMSec)
```
  - getDequeueBulkSize
```
int getDequeueBulkSize()
```
  - setDequeueBulkSize
```
void setDequeueBulkSize(int dequeueBulkSize)
```
  - suspendDequeue
```
void suspendDequeue()
```
    Suspends dequeuing of workflow instances from the storage. Workflow instances that already reside in the transient queue are still processed, i.e. calling this methods runs this processor pool "dry".
    
    See Also:
    
    resumeDequeue()
  - resumeDequeue
```
void resumeDequeue()
```
    Resumes dequeuing of workflow instances from the storage.
    
    See Also:
    
    suspendDequeue()