SrvConfigDescriptor (Talon 3.14.19 API)

java.lang.Object
- com.neeve.root.RootObject
- - com.neeve.daemon.config.DmnConfigDescriptor
  - - com.neeve.server.config.SrvConfigDescriptor

All Implemented Interfaces:

com.neeve.daemon.config.IDmnConfigDescriptor
```
public final class SrvConfigDescriptor
extends com.neeve.daemon.config.DmnConfigDescriptor
```
Server configuration descriptor.
This class describes a Talon server and contains methods to persist and load descriptors to/from the platform configuration repositories.

Threading:

This class is safe for concurrent access by multiple threads.

Nested Class Summary

Nested Classes
Modifier and Type	Class and Description
`static class`	`SrvConfigDescriptor.Admin` Configures stats collection and heartbeats for the server.
`static class`	`SrvConfigDescriptor.Heartbeats` Configures stats collection and heartbeats for the server.
`static class`	`SrvConfigDescriptor.HeartbeatTracing` Configures heartbeat tracing for a server.

Field Summary

Fields
Modifier and Type	Field and Description
`static String`	`SERVER_ADMIN_APP_MULTIPLEX_SENDS` Global property controlling whether admin messages are sequenced on the admin apps' multiplexer thread.
`static boolean`	`SERVER_ADMIN_APP_MULTIPLEX_SENDS_DEFAULT` Default value for `SERVER_ADMIN_APP_MULTIPLEX_SENDS`: true.
`static String`	`SERVER_ADMINCLIENT_OUTPUTQUEUE_CAPACITY_DEFAULT` Default value for `SERVER_ADMINCLIENT_OUTPUTQUEUE_CAPACITY_PROP`: "10mb"
`static String`	`SERVER_ADMINCLIENT_OUTPUTQUEUE_CAPACITY_PROP` Configuration property used to set the capacity for the size of the controller admin client's output queue.
`static String`	`SERVER_AUTOSTOP_ONAPPSTARTFAIL` Global property controlling whether or not the server will automatically stop if the load or start of any app fails Property name: "nv.server.autostop.onappstartfail".
`static boolean`	`SERVER_AUTOSTOP_ONAPPSTARTFAIL_DEFAULT` Default value for `SERVER_AUTOSTOP_ONAPPSTARTFAIL`: false.
`static String`	`SERVER_AUTOSTOP_ONLASTAPPSTOP` Global property controlling whether or not the server will automatically stop after the last app is stopped.
`static boolean`	`SERVER_AUTOSTOP_ONLASTAPPSTOP_DEFAULT` Default value for `SERVER_AUTOSTOP_ONLASTAPPSTOP`: true.
`static String`	`SERVER_ENABLE_BACKGROUND_COMMANDINVOCATION` Global property controlling whether background command invocation is enabled for admin commands.
`static boolean`	`SERVER_ENABLE_BACKGROUND_COMMANDINVOCATION_DEFAULT` Default value for `SERVER_ENABLE_BACKGROUND_COMMANDINVOCATION`: true.
`static boolean`	`SERVER_STATS_ENABLE_DEFAULT` Default value for `SERVER_STATS_ENABLE_PROP`: false.
`static String`	`SERVER_STATS_ENABLE_PROP` Global configuration property used to enable server stats collection and emission via SrvMonHeartbeatMessages.
`static boolean`	`SERVER_STATS_INCLUDE_SERIES_DATAPOINTS_DEFAULT` The default value for "nv.server.stats.includeSeriesDataPoints": false.
`static String`	`SERVER_STATS_INCLUDE_SERIES_DATAPOINTS_PROP` Indicates whether or not series stats should report the datapoints captured for a series statistic.
`static boolean`	`SERVER_STATS_INCLUDE_SERIES_DEFAULT` The default value for "nv.server.stats.includeSeries": true.
`static String`	`SERVER_STATS_INCLUDE_SERIES_PROP` Global configuration property indicating whether or not series stats should be included in heartbeats.
`static String`	`SERVER_STATS_INTERVAL_DEFAULT` Default value (in milliseconds) for `SERVER_STATS_INTERVAL_PROP`: "30000".
`static String`	`SERVER_STATS_INTERVAL_PROP` Global Configuration property used to set the server stats heartbeat interval (in milliseconds) at which to collect SrvMonHeartbeatMessages.
`static int`	`SERVER_STATS_MAX_TRACKABLE_SERIES_VALUE_DEFAULT` The default maximum tracked latency value: `TimeUnit.MINUTES.toMicros(10)`, e.g. a value 10 minutes for a microsend reported latency.
`static String`	`SERVER_STATS_MAX_TRACKABLE_SERIES_VALUE_PROP` Global Configuration for the maximum trackable value that can be tracked for reported series histogram timings.
`static boolean`	`SERVER_STATS_NONZG_STATS_COLLECTION_ENABLE_DEFAULT` Default value for `SERVER_STATS_NONZG_STATS_COLLECTION_ENABLE_PROP`: "nv.server.stats.nonGZStatsCollectionEnable".
`static String`	`SERVER_STATS_NONZG_STATS_COLLECTION_ENABLE_PROP` Global property controlling whether or not stats that produce garbage as a result of being collected are enabled.
`static float`	`SERVER_STATS_POOL_DEPLETION_THRESHOLD_DEFAULT` Default value for `SERVER_STATS_POOL_DEPLETION_THRESHOLD_PROP`: 1.0f percent
`static String`	`SERVER_STATS_POOL_DEPLETION_THRESHOLD_PROP` Configuration property used to set the percentage decrement at which a preallocated pool must drop to be included in a server heartbeat.
`static boolean`	`SERVER_STATS_POOL_ENABLE_DEFAULT` Default value for `SERVER_STATS_POOL_ENABLE_PROP`: true.
`static String`	`SERVER_STATS_POOL_ENABLE_PROP` Global property controlling whether or not pool stats are collected by the server when "nv.server.stats.enable" is true.

Method Summary

Methods
Modifier and Type	Method and Description
`void`	`addAcceptor(String descriptor)` Add a client acceptor to the acceptor set.
`void`	`addApp(SrvConfigAppDescriptor app)` Add a server app to the app set.
`SrvConfigDescriptor`	`clearHeartbeatLoggingProperty(String name)` Clear a server heartbeat logging logging property.
`static SrvConfigDescriptor`	`create(String name)` Create a default server descriptor instance.
`static SrvConfigDescriptor`	`create(UtlAddressDescriptor descriptor)` Create a server descriptor from an address descriptor object
`static SrvConfigDescriptor`	`createFromEnvironment()` Create a server descriptor instance initialized from the environment.
`void`	`delete()` Delete a server descriptor from the default configuration repository.
`void`	`delete(IConfigRepository repo)` Delete a server descriptor from a configuration repository.
`static boolean`	`exists(IConfigRepository repo, String name)` Checks if a server is configured in a configuration repository.
`static boolean`	`exists(String name)` Checks if a server is configured in the default configuration repository
`Set<String>`	`getAcceptors()` Get the configured list of client acceptors.
`SrvConfigDescriptor.Admin`	`getAdmin()` Configuration for server admin and monitoring.
`int`	`getAdminClientOutputQueueCapacity()` Configures the capacity (in bytes) for the size of the server controller admin clients' output queues.
`SrvConfigAppDescriptor`	`getApp(String appName)` Get a server app from the app set.
`Set<String>`	`getAppNames()` Get the names of the configured list of server apps.
`Set<SrvConfigAppDescriptor>`	`getApps()` Get the configured list of server apps.
`int`	`getClientHandshakeTimeout()` Get the client handshake timeout.
`String`	`getDiscoveryDescriptor()` Gets the server's discovery descriptor.
`String`	`getDisplayName()` Returns the server's display name.
`String`	`getGroup()` Implementation of `IDmnConfigDescriptor.getGroup()`.
`Properties`	`getHeartbeatLoggingProperties()` Get the set of server heartbeat logging properties.
`String`	`getHeartbeatLoggingProperty(String name)` Get a server heartbeat logging property.
`SrvConfigDescriptor.Heartbeats`	`getHeartbeats()` Configuration for heartbeats tracing.
`SrvConfigDescriptor.HeartbeatTracing`	`getHeartbeatTracing()` Holds configuration for heartbeat tracing.
`int`	`getIOThreadCount()` Implementation of `IDmnConfigDescriptor.getIOThreadCount()`.
`long`	`getIOThreadCPUAffinityMask(int threadId)` Implementation of `IDmnConfigDescriptor.getIOThreadCPUAffinityMask(int)`.
`long[]`	`getIOThreadCPUAffinityMasks()` Implementation of `IDmnConfigDescriptor.getIOThreadCPUAffinityMasks()`.
`int`	`getMaxOnDemandThreadCount()` Implementation of `IDmnConfigDescriptor.getMaxOnDemandThreadCount()`.
`int`	`getMaxTraceHistory()` Get the maximum number of trace records to buffer in the server's trace history buffer.
`int`	`getMemoryReservePct()` Implementation of `IDmnConfigDescriptor.getMemoryReservePct()`.
`String`	`getName()` Implementation of `IDmnConfigDescriptor.getName()`.
`Properties`	`getOtherProperties()` Get all non-server properties.
`String`	`getOtherProperty(String name)` Get a non-server property
`String`	`getSystemName()` Get the the name of the system to which this server belongs.
`String`	`getSystemVersion()` Returns the version of the system to which the server belongs.
`short`	`getVersion()` Implementation of `IDmnConfigDescriptor.getVersion()`.
`boolean`	`isAutoStopOnAppStartFail()` Configures whether or not the server will automatically stop if any of its apps fails to start.
`boolean`	`isAutoStopOnLastAppStop()` Configures whether or not the server will automatically stop after the last app is stopped.
`boolean`	`isChecked()` Implementation of `IDmnConfigDescriptor.isChecked()`.
`boolean`	`isMultiThreaded()` Implementation of `IDmnConfigDescriptor.isMultiThreaded()`.
`boolean`	`isPrintDescriptor()` Implementation of `IDmnConfigDescriptor.isPrintDescriptor()`.
`static SrvConfigDescriptor`	`load(IConfigRepository repo, String name)` Create a server descriptor from a configuration repository.
`SrvConfigDescriptor`	`load(Properties props, boolean shortForm)` Load descriptor from properties in a property table.
`static SrvConfigDescriptor`	`load(String name)` Create a server descriptor from the default configuration repository.
`static Set<SrvConfigDescriptor>`	`loadAll()` Create server descriptors for all servers configured in the default configuration repository.
`static Set<SrvConfigDescriptor>`	`loadAll(IConfigRepository repo)` Create server descriptors for all servers in a configuration repository.
`void`	`removeAcceptor(String descriptor)` Remove a client acceptor from the acceptor set.
`void`	`removeApp(String appName)` Remove a server app from the app set.
`void`	`save()` Save a server descriptor to the default configuration repository.
`void`	`save(IConfigRepository repo)` Save a server descriptor to a configuration repository.
`Properties`	`save(Properties props, boolean shortForm)` Save a server descriptor to a property table.
`void`	`setAdminClientOutputQueueCapacity(float capacity)` Configures the capacity (in MB) for the size of the server controller admin clients' output queues.
`void`	`setAdminClientOutputQueueCapacity(String capacity)` Configures the capacity for the size of the server controller admin clients' output queues.
`void`	`setAutoStopOnAppStartFail(boolean autoStopOnAppStartFail)` Configures whether or not the server will automatically stop if any of its apps fails to start.
`void`	`setAutoStopOnLastAppStop(boolean autoStopOnLastAppStop)` Configures whether or not the server will automatically stop after the last app is stopped.
`void`	`setClientHandshakeTimeout(int timeout)` Set the client handshake timeout.
`void`	`setDiscoveryDescriptor(String discoveryDescriptor)` Sets the server's discovery descriptor.
`void`	`setDisplayName(String displayName)` Sets a display name for this server.
`void`	`setGroup(String group)` Implementation of `IDmnConfigDescriptor.setGroup(java.lang.String)`.
`SrvConfigDescriptor`	`setHeartbeatLoggingProperties(Properties val)` Set the set of server heartbeat logging properties.
`SrvConfigDescriptor`	`setHeartbeatLoggingProperty(String name, String val)` Set a server heartbeat logging property.
`void`	`setIOThreadCount(int ioThreadCount)` Implementation of `IDmnConfigDescriptor.setIOThreadCount(int)`.
`void`	`setIOThreadCPUAffinityMask(int threadId, long mask)` Implementation of `IDmnConfigDescriptor.setIOThreadCPUAffinityMask(int, long)`.
`void`	`setMaxOnDemandThreadCount(int maxOnDemandThreadCount)` Implementation of `IDmnConfigDescriptor.setMaxOnDemandThreadCount(int)`.
`void`	`setMaxTraceHistory(int val)` Set the maximum number of trace records to buffer in the server's trace history buffer.
`void`	`setMemoryReservePct(int pct)` Implementation of `IDmnConfigDescriptor.setMemoryReservePct(int)`.
`void`	`setMultiThreaded(boolean multiThreaded)` Implementation of `IDmnConfigDescriptor.setMultiThreaded(boolean)`.
`void`	`setOtherProperty(String name, String val)` Set a non-server property.
`void`	`setPrintDescriptor(boolean printDescriptor)` Implementation of `IDmnConfigDescriptor.setPrintDescriptor(boolean)`.
`void`	`setSystemName(String systemName)` The the name of the system to which this server belongs.
`void`	`setSystemVersion(String systemVersion)` Sets the version of the system to which the server belongs.
`String`	`toString()` Return a string representation of this object

Methods inherited from class com.neeve.daemon.config.DmnConfigDescriptor
setTraceLevel, toString

Methods inherited from class com.neeve.root.RootObject
getChecked, getThreaded, getTracer, setChecked, setTracer

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

Methods inherited from interface com.neeve.daemon.config.IDmnConfigDescriptor
setChecked

- Field Detail
  - SERVER_ADMINCLIENT_OUTPUTQUEUE_CAPACITY_PROP
```
public static final String SERVER_ADMINCLIENT_OUTPUTQUEUE_CAPACITY_PROP
```
    Configuration property used to set the capacity for the size of the controller admin client's output queue. Outbound packets are dropped once the queue size reaches and/or exceeds the configured capacity.
    Property name: "nv.server.adminclient.outputqueue.capacity".
    Default value: "10mb"
    When no unit suffix is specified the value is interpreted in megabytes.
    
    See Also:
    Constant Field Values
  - SERVER_ADMINCLIENT_OUTPUTQUEUE_CAPACITY_DEFAULT
```
public static final String SERVER_ADMINCLIENT_OUTPUTQUEUE_CAPACITY_DEFAULT
```
    Default value for SERVER_ADMINCLIENT_OUTPUTQUEUE_CAPACITY_PROP: "10mb"
    
    See Also:
    Constant Field Values
  - SERVER_STATS_ENABLE_PROP
```
public static final String SERVER_STATS_ENABLE_PROP
```
    Global configuration property used to enable server stats collection and emission via SrvMonHeartbeatMessages.
    When enabled the server will collect server heartbeats which can be trace logged or emitted to listening admin clients and/or EventHandlers.
    Property name: "nv.server.stats.enable".
    Default value: false
    When set this will override the configured value for specific servers. This property is maintained for legacy purposes, the preferred mechanism for setting this value is to do so on a per server basis either via DDL configuration or programmatically on the SrvConfigDescriptor
    
    See Also:
    Constant Field Values
  - SERVER_STATS_ENABLE_DEFAULT
```
public static final boolean SERVER_STATS_ENABLE_DEFAULT
```
    Default value for SERVER_STATS_ENABLE_PROP: false.
    
    See Also:
    Constant Field Values
  - SERVER_STATS_INTERVAL_PROP
```
public static final String SERVER_STATS_INTERVAL_PROP
```
    Global Configuration property used to set the server stats heartbeat interval (in milliseconds) at which to collect SrvMonHeartbeatMessages.
    When enabled the server will collect server heartbeats which can be trace logged or emitted to listening admin clients and/or EventHandlers.
    Property name: "nv.server.stats.interval".
    Default value: "30000"
    When set this will override the configured value for specific servers. This property is maintained for legacy purposes, the preferred mechanism for setting this value is to do so on a per server basis either via DDL configuration or programmatically on the SrvConfigDescriptor
    
    See Also:
    Constant Field Values
  - SERVER_STATS_INTERVAL_DEFAULT
```
public static final String SERVER_STATS_INTERVAL_DEFAULT
```
    Default value (in milliseconds) for SERVER_STATS_INTERVAL_PROP: "30000".
    
    See Also:
    Constant Field Values
  - SERVER_STATS_POOL_DEPLETION_THRESHOLD_PROP
```
public static final String SERVER_STATS_POOL_DEPLETION_THRESHOLD_PROP
```
    Configuration property used to set the percentage decrement at which a preallocated pool must drop to be included in a server heartbeat.
    Property name: "nv.server.stats.pool.depletionThreshold".
    Default value: 1.0f
    So if a pool is preallocated with 1000 items and this property is set to 10, pool stats will be emitted for the pool when its size drops below 900, 800, 700, until its size reaches 0 (at which point subsequent misses would cause it to be included on every heartbeat).
    Setting this to a value greater than 100 or less than or equal to 0 disables depletion threshold reporting.
    When set this will override the configured value for specific servers. This property is maintained for legacy purposes, the preferred mechanism for setting this value is to do so on a per server basis either via DDL configuration or programmatically on the SrvConfigDescriptor
    
    See Also:
    Constant Field Values
  - SERVER_STATS_POOL_DEPLETION_THRESHOLD_DEFAULT
```
public static final float SERVER_STATS_POOL_DEPLETION_THRESHOLD_DEFAULT
```
    Default value for SERVER_STATS_POOL_DEPLETION_THRESHOLD_PROP: 1.0f percent
    
    See Also:
    Constant Field Values
  - SERVER_STATS_INCLUDE_SERIES_PROP
```
public static final String SERVER_STATS_INCLUDE_SERIES_PROP
```
    Global configuration property indicating whether or not series stats should be included in heartbeats.
    Property name: "nv.server.stats.includeSeries".
    Default value: true
    
    Collection and reporting of series stats is an expensive operation. This property allows series stats to be omitted from heartbeats.
    When set this will override the configured value for specific servers. This property is maintained for legacy purposes, the preferred mechanism for setting this value is to do so on a per server basis either via DDL configuration or programmatically on the SrvConfigDescriptor
    
    See Also:
    Constant Field Values
  - SERVER_STATS_INCLUDE_SERIES_DEFAULT
```
public static final boolean SERVER_STATS_INCLUDE_SERIES_DEFAULT
```
    The default value for "nv.server.stats.includeSeries": true.
    
    See Also:
    Constant Field Values
  - SERVER_STATS_INCLUDE_SERIES_DATAPOINTS_PROP
```
public static final String SERVER_STATS_INCLUDE_SERIES_DATAPOINTS_PROP
```
    Indicates whether or not series stats should report the datapoints captured for a series statistic.
    Including series datapoints can lead to very large heartbeats so this is only recommended for use when exact series distribution data needs to be determined. In practice the computed interval and running histogram are typically accurate enough for most monitoring situations.
    Property name: "nv.server.stats.includeSeriesDataPoints".
    Default value: false
    This property has no effect if SERVER_STATS_INCLUDE_SERIES_PROP is false
    When set this will override the configured value for specific servers. This property is maintained for legacy purposes, the preferred mechanism for setting this value is to do so on a per server basis either via DDL configuration or programmatically on the SrvConfigDescriptor
    
    See Also:
    Constant Field Values
  - SERVER_STATS_INCLUDE_SERIES_DATAPOINTS_DEFAULT
```
public static final boolean SERVER_STATS_INCLUDE_SERIES_DATAPOINTS_DEFAULT
```
    The default value for "nv.server.stats.includeSeriesDataPoints": false.
    
    See Also:
    SERVER_STATS_INCLUDE_SERIES_DATAPOINTS_PROP, Constant Field Values
  - SERVER_STATS_MAX_TRACKABLE_SERIES_VALUE_PROP
```
public static final String SERVER_STATS_MAX_TRACKABLE_SERIES_VALUE_PROP
```
    Global Configuration for the maximum trackable value that can be tracked for reported series histogram timings.
    Property name: "nv.server.stats.maxTrackableSeriesValue".
    Default value: TimeUnit.MINUTES.toMicros(10)
    
    Collection of latency statistics uses an HDR histograms per latency tracked to capture to report interval and running latency. This is set to 10 minutes with the reasoning that we don't really care if we go over 10 minutes ... the situation is bad enough already at that point.
    This property has no effect if SERVER_STATS_INCLUDE_SERIES_PROP is false
    When set this will override the configured value for specific servers. This property is maintained for legacy purposes, the preferred mechanism for setting this value is to do so on a per server basis either via DDL configuration or programmatically on the SrvConfigDescriptor
    
    See Also:
    Constant Field Values
  - SERVER_STATS_MAX_TRACKABLE_SERIES_VALUE_DEFAULT
```
public static final int SERVER_STATS_MAX_TRACKABLE_SERIES_VALUE_DEFAULT
```
    The default maximum tracked latency value: TimeUnit.MINUTES.toMicros(10), e.g. a value 10 minutes for a microsend reported latency.
  - SERVER_STATS_POOL_ENABLE_PROP
```
public static final String SERVER_STATS_POOL_ENABLE_PROP
```
    Global property controlling whether or not pool stats are collected by the server when "nv.server.stats.enable" is true.
    Property name: "nv.server.stats.pool.enable".
    Default value: true
    When set this will override the configured value for specific servers. This property is maintained for legacy purposes, the preferred mechanism for setting this value is to do so on a per server basis either via DDL configuration or programmatically on the SrvConfigDescriptor
    
    See Also:
    Constant Field Values
  - SERVER_STATS_POOL_ENABLE_DEFAULT
```
public static final boolean SERVER_STATS_POOL_ENABLE_DEFAULT
```
    Default value for SERVER_STATS_POOL_ENABLE_PROP: true.
    
    See Also:
    Constant Field Values
  - SERVER_STATS_NONZG_STATS_COLLECTION_ENABLE_PROP
```
public static final String SERVER_STATS_NONZG_STATS_COLLECTION_ENABLE_PROP
```
    Global property controlling whether or not stats that produce garbage as a result of being collected are enabled.
    Some stats involve using reflection or 3rd party apis that create garbage. This property can be set to false to suppress collection of those stats. Currently the list of stats that may produce garbage include:
    - Process and System CPU usage. When disabled processor and system cpu usage may be returned as -1.
    - Enhanced disk usage statistics. When disabled heartbeats will fall back to reporting the space for disk roots returned from File.getRoots().
    Property name: "nv.server.stats.nonGZStatsCollectionEnable".
    Default value: true.
    When set this will override the configured value for specific servers. This property is maintained for legacy purposes, the preferred mechanism for setting this value is to do so on a per server basis either via DDL configuration or programmatically on the SrvConfigDescriptor
    See Also:
    Constant Field Values
  - SERVER_STATS_NONZG_STATS_COLLECTION_ENABLE_DEFAULT
```
public static final boolean SERVER_STATS_NONZG_STATS_COLLECTION_ENABLE_DEFAULT
```
    Default value for SERVER_STATS_NONZG_STATS_COLLECTION_ENABLE_PROP: "nv.server.stats.nonGZStatsCollectionEnable".
    
    See Also:
    Constant Field Values
  - SERVER_AUTOSTOP_ONAPPSTARTFAIL
```
public static final String SERVER_AUTOSTOP_ONAPPSTARTFAIL
```
    Global property controlling whether or not the server will automatically stop if the load or start of any app fails
    Property name: "nv.server.autostop.onappstartfail".
    Default value: false.
    When set this will override the configured value for specific servers. This property is maintained for legacy purposes, the preferred mechanism for setting this value is to do so on a per server basis either via DDL configuration or programmatically on the SrvConfigDescriptor
    
    See Also:
    Constant Field Values
  - SERVER_AUTOSTOP_ONAPPSTARTFAIL_DEFAULT
```
public static final boolean SERVER_AUTOSTOP_ONAPPSTARTFAIL_DEFAULT
```
    Default value for SERVER_AUTOSTOP_ONAPPSTARTFAIL: false.
    
    See Also:
    Constant Field Values
  - SERVER_AUTOSTOP_ONLASTAPPSTOP
```
public static final String SERVER_AUTOSTOP_ONLASTAPPSTOP
```
    Global property controlling whether or not the server will automatically stop after the last app is stopped.
    Property name: "nv.server.autostop.onlastappstop".
    Default value: true.
    When set this will override the configured value for specific servers. This property is maintained for legacy purposes, the preferred mechanism for setting this value is to do so on a per server basis either via DDL configuration or programmatically on the SrvConfigDescriptor
    
    See Also:
    Constant Field Values
  - SERVER_AUTOSTOP_ONLASTAPPSTOP_DEFAULT
```
public static final boolean SERVER_AUTOSTOP_ONLASTAPPSTOP_DEFAULT
```
    Default value for SERVER_AUTOSTOP_ONLASTAPPSTOP: true.
    
    See Also:
    Constant Field Values
  - SERVER_ENABLE_BACKGROUND_COMMANDINVOCATION
```
public static final String SERVER_ENABLE_BACKGROUND_COMMANDINVOCATION
```
    Global property controlling whether background command invocation is enabled for admin commands.
    Property name: "nv.server.backgroundcommandinvocation".
    Default value: true.
    This property is an experimental property and may be modified or removed in future releases.
    
    See Also:
    Constant Field Values
  - SERVER_ENABLE_BACKGROUND_COMMANDINVOCATION_DEFAULT
```
public static final boolean SERVER_ENABLE_BACKGROUND_COMMANDINVOCATION_DEFAULT
```
    Default value for SERVER_ENABLE_BACKGROUND_COMMANDINVOCATION: true.
    
    See Also:
    Constant Field Values
  - SERVER_ADMIN_APP_MULTIPLEX_SENDS
```
public static final String SERVER_ADMIN_APP_MULTIPLEX_SENDS
```
    Global property controlling whether admin messages are sequenced on the admin apps' multiplexer thread.
    Property name: "nv.server.adminappmultiplexsends".
    Default value: true.
    This property is an experimental property and may be modified or removed in future releases.
    
    See Also:
    Constant Field Values
  - SERVER_ADMIN_APP_MULTIPLEX_SENDS_DEFAULT
```
public static final boolean SERVER_ADMIN_APP_MULTIPLEX_SENDS_DEFAULT
```
    Default value for SERVER_ADMIN_APP_MULTIPLEX_SENDS: true.
    
    See Also:
    Constant Field Values
- Method Detail
  - getName
```
public final String getName()
```
    Implementation of IDmnConfigDescriptor.getName().
    
    Returns:
    Returns the configured name of the daemon.
    This method returns the configured name of this daemon. The default name of a daemon is configured using the nv.app.name property.
  - getVersion
```
public final short getVersion()
```
    Implementation of IDmnConfigDescriptor.getVersion().
    
    Returns:
    Returns the current version of the daemon implementation.
    This method returns the daemon implementation version.
  - setGroup
```
public final void setGroup(String group)
```
    Implementation of IDmnConfigDescriptor.setGroup(java.lang.String).
    
    Parameters:
    group - The daemon's new application group.
  - getGroup
```
public final String getGroup()
```
    Implementation of IDmnConfigDescriptor.getGroup().
    
    Returns:
    Returns the configured application group of the daemon.
    This method returns the configured group of this daemon. The daemon group is configured using the nv.app.group property. The daemon group serves to partition applications into non-intersecting groups. The daemon does not allow connections from entities that are in a group different from its group.
  - isChecked
```
public final boolean isChecked()
```
    Implementation of IDmnConfigDescriptor.isChecked().
    
    Returns:
    Returns whether the daemon is oonfigured to operated in checked or unchecked mode.
    This method returns whether the daemon is configured to operated in checked mode. When operating in checked mode, the daemon performs additional state and integrity checks.
  - setPrintDescriptor
```
public final void setPrintDescriptor(boolean printDescriptor)
```
    Implementation of IDmnConfigDescriptor.setPrintDescriptor(boolean).
    
    Parameters:
    printDescriptor - Boolean value indicating whether the daemon should print its descriptor on startup or not.
  - isPrintDescriptor
```
public final boolean isPrintDescriptor()
```
    Implementation of IDmnConfigDescriptor.isPrintDescriptor().
    
    Returns:
    Returns whether the daemon is configured to print its descriptor object on startup
    This method returns whether the daemon is configured to print its descriptor object on startup. If true, the daemon will print its descriptor to System.out.
  - setMultiThreaded
```
public final void setMultiThreaded(boolean multiThreaded)
```
    Implementation of IDmnConfigDescriptor.setMultiThreaded(boolean).
    
    Parameters:
    multiThreaded - Boolean value indicating whether the daemon should operate in single or multi threaded mode.
  - isMultiThreaded
```
public final boolean isMultiThreaded()
```
    Implementation of IDmnConfigDescriptor.isMultiThreaded().
    
    Returns:
    Returns whether the daemon is oonfigured to operated in single or multi threaded mode.
    This method returns whether the daemon is configured to operate in multi-threaded mode.
  - setIOThreadCount
```
public final void setIOThreadCount(int ioThreadCount)
```
    Implementation of IDmnConfigDescriptor.setIOThreadCount(int).
    
    Parameters:
    ioThreadCount - The number of I/O threads to start.
  - getIOThreadCount
```
public final int getIOThreadCount()
```
    Implementation of IDmnConfigDescriptor.getIOThreadCount().
    
    Returns:
    Returns the daemon I/O thread count.
    This method returns the number of I/O threads to start in the daemon.
  - setIOThreadCPUAffinityMask
```
public final void setIOThreadCPUAffinityMask(int threadId,
                              long mask)
```
    Implementation of IDmnConfigDescriptor.setIOThreadCPUAffinityMask(int, long).
    
    Parameters:
    threadId - The IO thread id - 0 <= id < ioThreadCount
    mask - The affinity mask to set.
  - getIOThreadCPUAffinityMask
```
public final long getIOThreadCPUAffinityMask(int threadId)
```
    Implementation of IDmnConfigDescriptor.getIOThreadCPUAffinityMask(int).
    
    Parameters:
    threadId - The IO thread id - 0 <= id < ioThreadCount
  - getIOThreadCPUAffinityMasks
```
public final long[] getIOThreadCPUAffinityMasks()
```
    Implementation of IDmnConfigDescriptor.getIOThreadCPUAffinityMasks().
    
    Returns:
    Returns the array of CPU affinities. The length of the returned array is equal to the number of IO threads configured in the system.
  - setMaxOnDemandThreadCount
```
public final void setMaxOnDemandThreadCount(int maxOnDemandThreadCount)
```
    Implementation of IDmnConfigDescriptor.setMaxOnDemandThreadCount(int).
    
    Parameters:
    maxOnDemandThreadCount - The max number of on-demand threads that can be created.
  - getMaxOnDemandThreadCount
```
public final int getMaxOnDemandThreadCount()
```
    Implementation of IDmnConfigDescriptor.getMaxOnDemandThreadCount().
    
    Returns:
    Returns the maxmimum on-demand thread count.
    This method returns the maximum number of on-demand threads that can be created in the daemon. A value of -1 indicates an unlimited number of threads can be created.
  - setMemoryReservePct
```
public final void setMemoryReservePct(int pct)
```
    Implementation of IDmnConfigDescriptor.setMemoryReservePct(int).
    
    Parameters:
    pct - Percentage of total memory to reserve
  - getMemoryReservePct
```
public final int getMemoryReservePct()
```
    Implementation of IDmnConfigDescriptor.getMemoryReservePct().
  - setMaxTraceHistory
```
public final void setMaxTraceHistory(int val)
```
    Set the maximum number of trace records to buffer in the server's trace history buffer.
    
    Parameters:
    val - The maximum number of trace records.
    Threading:
    
    This method is safe for concurrent access by multiple threads.
  - getMaxTraceHistory
```
public final int getMaxTraceHistory()
```
    Get the maximum number of trace records to buffer in the server's trace history buffer.
    
    Returns:
    Returns the max trace history.
    Threading:
    
    This method is safe for concurrent access by multiple threads.
  - setDiscoveryDescriptor
```
public void setDiscoveryDescriptor(String discoveryDescriptor)
```
    Sets the server's discovery descriptor. Setting this value to null will cause the server to use the default discovery returned by the DiscoveryFactory which would typically be configured via the XRuntime environment' nv.discovery.descriptor value
    
    Parameters:
    discoveryDescriptor - The discovery descriptor.
    Threading:
    
    This method is safe for concurrent access by multiple threads.
  - getDiscoveryDescriptor
```
public String getDiscoveryDescriptor()
```
    Gets the server's discovery descriptor. A return value of null will cause the server to use the DiscoveryFactory's default provider.
    
    Returns:
    The discovery descriptor or null if the default discovery provider should be used.
    Threading:
    
    This method is safe for concurrent access by multiple threads.
  - addAcceptor
```
public final void addAcceptor(String descriptor)
```
    Add a client acceptor to the acceptor set.
    
    Parameters:
    descriptor - The acceptor descriptor to add.
    Threading:
    
    This method is safe for concurrent access by multiple threads.
  - removeAcceptor
```
public final void removeAcceptor(String descriptor)
```
    Remove a client acceptor from the acceptor set.
    
    Parameters:
    descriptor - The acceptor descriptor to remove .
    Threading:
    
    This method is safe for concurrent access by multiple threads.
  - getAcceptors
```
public final Set<String> getAcceptors()
```
    Get the configured list of client acceptors.
    
    Returns:
    Returns the list of configured client acceptors.
    This method returns the list of acceptors to start in the server to accept incoming client connections.
    Threading:
    
    This method is safe for concurrent access by multiple threads.
  - setClientHandshakeTimeout
```
public final void setClientHandshakeTimeout(int timeout)
```
    Set the client handshake timeout.
    
    Parameters:
    timeout - The handshake timeout to set (in seconds)
    Threading:
    
    This method is safe for concurrent access by multiple threads.
  - getClientHandshakeTimeout
```
public final int getClientHandshakeTimeout()
```
    Get the client handshake timeout.
    
    Returns:
    Returns the maximum time that a server will wait for handshake request to arrive from a client during the initial connection handshake.
    This method returns the configured client handshake timeout i.e. the maximum time (in seconds) that the server will wait for the handshake request to arrive from the client.
    Threading:
    
    This method is safe for concurrent access by multiple threads.
  - setAutoStopOnAppStartFail
```
public final void setAutoStopOnAppStartFail(boolean autoStopOnAppStartFail)
```
    Configures whether or not the server will automatically stop if any of its apps fails to start.
    Disabling auto stop on app start fail leaves the server running and managable even when one or more applications failed to start. This includes the admin app
    
    Parameters:
    autoStopOnAppStartFail - true to stop if any app fails to start.
    See Also:
    isAutoStopOnAppStartFail()
  - isAutoStopOnAppStartFail
```
public final boolean isAutoStopOnAppStartFail()
```
    Configures whether or not the server will automatically stop if any of its apps fails to start.
    
    Returns:
    true to stop if any of its apps fails to start
  - setAutoStopOnLastAppStop
```
public final void setAutoStopOnLastAppStop(boolean autoStopOnLastAppStop)
```
    Configures whether or not the server will automatically stop after the last app is stopped.
    Disabling auto stop on last app stop leaves the server running and managable even when all applications have stopped. The xvm's internal admin app does not count as a running app.
    
    Parameters:
    autoStopOnLastAppStop - true to stop on last app stop.
    See Also:
    isAutoStopOnLastAppStop()
  - isAutoStopOnLastAppStop
```
public final boolean isAutoStopOnLastAppStop()
```
    Configures whether or not the server will automatically stop after the last app is stopped.
    
    Returns:
    true to stop on last app stop
  - setAdminClientOutputQueueCapacity
```
public final void setAdminClientOutputQueueCapacity(float capacity)
```
    Configures the capacity (in MB) for the size of the server controller admin clients' output queues. Outbound packets are dropped once the queue size reaches and/or exceeds the configured capacity.
    
    Parameters:
    capacity - the admin client queue size in MB.
    See Also:
    getAdminClientOutputQueueCapacity()
  - setAdminClientOutputQueueCapacity
```
public final void setAdminClientOutputQueueCapacity(String capacity)
```
    Configures the capacity for the size of the server controller admin clients' output queues. Outbound packets are dropped once the queue size reaches and/or exceeds the configured capacity.
    
    Parameters:
    capacity - the admin client queue size in MB.
    See Also:
    getAdminClientOutputQueueCapacity()
  - getAdminClientOutputQueueCapacity
```
public final int getAdminClientOutputQueueCapacity()
```
    Configures the capacity (in bytes) for the size of the server controller admin clients' output queues. Outbound packets are dropped once the queue size reaches and/or exceeds the configured capacity.
    
    Returns:
    the admin client queue size in MB
  - setSystemName
```
public void setSystemName(String systemName)
```
    The the name of the system to which this server belongs.
    A system groups a collection of servers together. Typically, all servers in a given system share the same server discovery domain and are managed together.
    
    Parameters:
    systemName - The of the system that contains this server.
  - getSystemName
```
public String getSystemName()
```
    Get the the name of the system to which this server belongs.
    A system groups a collection of servers together. Typically, all servers in a given system share the same server discovery domain and are managed together.
    
    Returns:
    the system to which the server belongs (if available)
  - setDisplayName
```
public final void setDisplayName(String displayName)
```
    Sets a display name for this server.
    
    Parameters:
    displayName - the server's display name
  - getDisplayName
```
public final String getDisplayName()
```
    Returns the server's display name.
    
    Returns:
    the Server's display name.
  - setSystemVersion
```
public void setSystemVersion(String systemVersion)
```
    Sets the version of the system to which the server belongs.
    
    Parameters:
    systemVersion - the version of the system.
  - getSystemVersion
```
public String getSystemVersion()
```
    Returns the version of the system to which the server belongs.
    
    Returns:
    the version of the system.
  - addApp
```
public final void addApp(SrvConfigAppDescriptor app)
```
    Add a server app to the app set.
    
    Parameters:
    app - The app to add.
    Threading:
    
    This method is safe for concurrent access by multiple threads.
  - getApp
```
public final SrvConfigAppDescriptor getApp(String appName)
```
    Get a server app from the app set.
    
    Parameters:
    appName - The name of the app to retrieve.
    
    Returns:
    Returns the app of the supplied name or null if not found.
    Threading:
    
    This method is safe for concurrent access by multiple threads.
  - removeApp
```
public final void removeApp(String appName)
```
    Remove a server app from the app set.
    
    Parameters:
    appName - The name of the app to remove.
    Threading:
    
    This method is safe for concurrent access by multiple threads.
  - getApps
```
public final Set<SrvConfigAppDescriptor> getApps()
```
    Get the configured list of server apps.
    
    Returns:
    Returns the list of configured server apps.
    This method returns the set of server apps to load at server startup.
    Threading:
    
    This method is safe for concurrent access by multiple threads.
  - getAppNames
```
public final Set<String> getAppNames()
```
    Get the names of the configured list of server apps.
    
    Returns:
    Returns the list of configured server apps.
    This method returns the set of server apps to load at server startup.
    Threading:
    
    This method is safe for concurrent access by multiple threads.
  - getHeartbeats
```
public final SrvConfigDescriptor.Heartbeats getHeartbeats()
```
    Configuration for heartbeats tracing.
    
    Returns:
    Heartbeat tracing configuration.
  - getHeartbeatTracing
```
public final SrvConfigDescriptor.HeartbeatTracing getHeartbeatTracing()
```
    Holds configuration for heartbeat tracing.
    
    Returns:
    Heartbeat tracing configuration.
  - setHeartbeatLoggingProperty
```
public final SrvConfigDescriptor setHeartbeatLoggingProperty(String name,
                                              String val)
```
    Set a server heartbeat logging property.
    
    Parameters:
    name - The name of the property to set.
    val - The property value.
    
    Returns:
    Returns this for invocation chaining.
  - getHeartbeatLoggingProperty
```
public final String getHeartbeatLoggingProperty(String name)
```
    Get a server heartbeat logging property.
    
    Parameters:
    name - The property name
    
    Returns:
    Returns the property value.
  - clearHeartbeatLoggingProperty
```
public final SrvConfigDescriptor clearHeartbeatLoggingProperty(String name)
```
    Clear a server heartbeat logging logging property.
    
    Parameters:
    name - The name of the property to clear.
    
    Returns:
    Returns this for invocation chaining.
  - setHeartbeatLoggingProperties
```
public final SrvConfigDescriptor setHeartbeatLoggingProperties(Properties val)
```
    Set the set of server heartbeat logging properties.
    
    Parameters:
    val - The property table
  - getHeartbeatLoggingProperties
```
public final Properties getHeartbeatLoggingProperties()
```
    Get the set of server heartbeat logging properties.
    Note: The properties object returned is the object maintained by the descriptor. Therefore, outbound message logging properties can be added, removed and/or updated directly in the returned object. For the changes to take effect, the changes must be made before the server is created
    
    Returns:
    Returns the property table.
  getAdmin
  
  public final SrvConfigDescriptor.Admin getAdmin()
  
  Configuration for server admin and monitoring.
  
  Returns:
  Admin configuration.
  
  setOtherProperty
  
  public final void setOtherProperty(String name, String val)
  
  Set a non-server property.
  
  Parameters:
  name - The property name.
  Threading:
  
  This method is safe for concurrent access by multiple threads.
  
  getOtherProperty
  
  public final String getOtherProperty(String name)
  
  Get a non-server property
  
  Parameters:
  name - The property name
  Threading:
  
  This method is safe for concurrent access by multiple threads.
  
  getOtherProperties
  
  public final Properties getOtherProperties()
  
  Get all non-server properties.
  
  Returns:
  Returns the set of non-server properties
  Threading:
  
  This method is safe for concurrent access by multiple threads.
  
  load
  
  public final SrvConfigDescriptor load(Properties props, boolean shortForm)
  
  Load descriptor from properties in a property table.
  
  Parameters:
  props - The property table to load the descriptor from.
  shortForm - This parameter indicates whether the method should use the long or short for for property names in the table. the long form of properties are of the form 'nv.server.' while the short form is simple ''.
  Threading:
  
  This method is safe for concurrent access by multiple threads.
  
  save
  
  public final Properties save(Properties props, boolean shortForm)
  
  Save a server descriptor to a property table.
  
  Parameters:
  props - The property table to save the descriptor to.
  shortForm - This parameter indicates whether the method should use the long or short for for property names when saving the descriptor to the table. The long form are propertis of the form 'nv.server.' while the short form is the simple ''.
  
  Throws:
  
  IllegalArgumentException - If the props are null.
  Threading:
  
  This method is notsafe for concurrent access by multiple threads.
  
  save
  
  public final void save(IConfigRepository repo) throws ESrvConfigException
  
  Save a server descriptor to a configuration repository.
  
  Parameters:
  repo - The configuration respository to save the descriptor in.
  
  Throws:
  
  ESrvConfigException - Thrown in case an error in encountered during the saving of the descriptor.
  Threading:
  
  This method is notsafe for concurrent access by multiple threads.
  This method saves a server descriptor to a configuration repository. The descriptor is saved in a format suitable for loading subsequently using any of the load methods offered by this class.
  
  save
  
  public final void save() throws ESrvConfigException
  
  Save a server descriptor to the default configuration repository.
  
  Throws:
  
  ESrvConfigException
  Threading:
  
  This method is notsafe for concurrent access by multiple threads.
  This method saves a server descriptor to the default configuration respository. The descriptor is saved in a format suitable for loading subsequently using any of the load methods offered by this class.
  
  delete
  
  public final void delete(IConfigRepository repo) throws ESrvConfigException
  
  Delete a server descriptor from a configuration repository.
  
  Parameters:
  repo - The configuration respository to delete the sever from.
  
  Throws:
  
  ESrvConfigException - Thrown in case an error in encountered during the deletion of the descriptor.
  Threading:
  
  This method is notsafe for concurrent access by multiple threads.
  This method deletes a server descriptor from a configuration repository.
  
  delete
  
  public final void delete() throws ESrvConfigException
  
  Delete a server descriptor from the default configuration repository.
  
  Throws:
  
  ESrvConfigException - Thrown in case an error in encountered during the deletion of the descriptor.
  Threading:
  
  This method is notsafe for concurrent access by multiple threads.
  This method permanently deletes a server descriptor from the default configuration repository.
  
  toString
  
  public final String toString()
  
  Return a string representation of this object
  
  Overrides:
  
  toString in class Object
  
  create
  
  public static SrvConfigDescriptor create(String name)
  
  Create a default server descriptor instance.
  
  Parameters:
  name - The name of the server described by the created descriptor. The server name can be specified as null. If so, the server name will be set to the the value returned by XRuntime.getAppName()
  
  Returns:
  Returns the created server descriptor.
  Threading:
  
  This method is safe for concurrent access by multiple threads.
  
  createFromEnvironment
  
  public static SrvConfigDescriptor createFromEnvironment()
  
  Create a server descriptor instance initialized from the environment.
  
  Returns:
  Returns the created configuration descriptor.
  Threading:
  
  This method is safe for concurrent access by multiple threads.
  
  create
  
  public static SrvConfigDescriptor create(UtlAddressDescriptor descriptor)
  
  Create a server descriptor from an address descriptor object
  
  Parameters:
  descriptor - The address descriptor using which to create the server descriptor.
  Threading:
  
  This method is safe for concurrent access by multiple threads.
  This method creates and initializes a server descriptor from the an address descriptor of the following form:
  
  server://&prop=val&...&nv.server.apps=appdesc1,..., appdescN...&prop=val The creation process instantiate the apps described in the server descriptor string.
  
  exists
  
  public static boolean exists(IConfigRepository repo, String name)
  
  Checks if a server is configured in a configuration repository.
  
  Parameters:
  repo - The configuration respository to check in.
  name - The name of the server to check for.
  Threading:
  
  This method is safe for concurrent access by multiple threads.
  
  exists
  
  public static boolean exists(String name)
  
  Checks if a server is configured in the default configuration repository
  
  Parameters:
  name - The name of the server to check for.
  Threading:
  
  This method is safe for concurrent access by multiple threads.
  
  load
  
  public static SrvConfigDescriptor load(IConfigRepository repo, String name) throws ESrvConfigException
  
  Create a server descriptor from a configuration repository.
  
  Parameters:
  repo - The configuration respository to create the descriptor from.
  name - The name of the server whose descriptor is to be loaded.
  
  Throws:
  
  ESrvConfigException
  Threading:
  
  This method is safe for concurrent access by multiple threads.
  This method creates and initializes a server descriptor from a configuration repository.
  
  loadAll
  
  public static Set<SrvConfigDescriptor> loadAll(IConfigRepository repo) throws ESrvConfigException
  
  Create server descriptors for all servers in a configuration repository.
  
  Parameters:
  repo - The configuration respository from where to create the servers.
  
  Returns:
  Returns the set of server descriptors.
  This method creates and initializes server descriptors for each of the servers configured in a configuration repository.
  
  Throws:
  
  ESrvConfigException
  Threading:
  
  This method is safe for concurrent access by multiple threads.
  
  load
  
  public static SrvConfigDescriptor load(String name) throws ESrvConfigException
  
  Create a server descriptor from the default configuration repository.
  
  Parameters:
  name - The name of the server whose descriptor is to be loaded.
  
  Throws:
  
  ESrvConfigException
  Threading:
  
  This method is safe for concurrent access by multiple threads.
  This method creates and initializes a server descriptor from the default configuration repository.
  
  loadAll
  
  public static Set<SrvConfigDescriptor> loadAll() throws ESrvConfigException
  
  Create server descriptors for all servers configured in the default configuration repository.
  
  Returns:
  Returns the set of server descriptors.
  This method creates and initializes server descriptors for all the servers configured in the default configuration repository.
  
  Throws:
  
  ESrvConfigException
  Threading:
  
  This method is safe for concurrent access by multiple threads.

Class SrvConfigDescriptor

Nested Class Summary

Field Summary

Method Summary

Methods inherited from class com.neeve.daemon.config.DmnConfigDescriptor

Methods inherited from class com.neeve.root.RootObject

Methods inherited from class java.lang.Object

Methods inherited from interface com.neeve.daemon.config.IDmnConfigDescriptor

Field Detail

SERVER_ADMINCLIENT_OUTPUTQUEUE_CAPACITY_PROP

SERVER_ADMINCLIENT_OUTPUTQUEUE_CAPACITY_DEFAULT

SERVER_STATS_ENABLE_PROP

SERVER_STATS_ENABLE_DEFAULT

SERVER_STATS_INTERVAL_PROP

SERVER_STATS_INTERVAL_DEFAULT

SERVER_STATS_POOL_DEPLETION_THRESHOLD_PROP

SERVER_STATS_POOL_DEPLETION_THRESHOLD_DEFAULT

SERVER_STATS_INCLUDE_SERIES_PROP

SERVER_STATS_INCLUDE_SERIES_DEFAULT

SERVER_STATS_INCLUDE_SERIES_DATAPOINTS_PROP

SERVER_STATS_INCLUDE_SERIES_DATAPOINTS_DEFAULT

SERVER_STATS_MAX_TRACKABLE_SERIES_VALUE_PROP

SERVER_STATS_MAX_TRACKABLE_SERIES_VALUE_DEFAULT

SERVER_STATS_POOL_ENABLE_PROP

SERVER_STATS_POOL_ENABLE_DEFAULT

SERVER_STATS_NONZG_STATS_COLLECTION_ENABLE_PROP

SERVER_STATS_NONZG_STATS_COLLECTION_ENABLE_DEFAULT

SERVER_AUTOSTOP_ONAPPSTARTFAIL

SERVER_AUTOSTOP_ONAPPSTARTFAIL_DEFAULT

SERVER_AUTOSTOP_ONLASTAPPSTOP

SERVER_AUTOSTOP_ONLASTAPPSTOP_DEFAULT

SERVER_ENABLE_BACKGROUND_COMMANDINVOCATION

SERVER_ENABLE_BACKGROUND_COMMANDINVOCATION_DEFAULT

SERVER_ADMIN_APP_MULTIPLEX_SENDS

SERVER_ADMIN_APP_MULTIPLEX_SENDS_DEFAULT

Method Detail

getName

getVersion

setGroup

getGroup

isChecked

setPrintDescriptor

isPrintDescriptor

setMultiThreaded

isMultiThreaded

setIOThreadCount

getIOThreadCount

setIOThreadCPUAffinityMask

getIOThreadCPUAffinityMask

getIOThreadCPUAffinityMasks

setMaxOnDemandThreadCount

getMaxOnDemandThreadCount

setMemoryReservePct

getMemoryReservePct

setMaxTraceHistory

getMaxTraceHistory

setDiscoveryDescriptor

getDiscoveryDescriptor

addAcceptor

removeAcceptor

getAcceptors

setClientHandshakeTimeout

getClientHandshakeTimeout

setAutoStopOnAppStartFail

isAutoStopOnAppStartFail

setAutoStopOnLastAppStop

isAutoStopOnLastAppStop

setAdminClientOutputQueueCapacity

setAdminClientOutputQueueCapacity

getAdminClientOutputQueueCapacity

setSystemName

getSystemName

setDisplayName

getDisplayName

setSystemVersion

getSystemVersion

addApp

getApp

removeApp

getApps