Package tigase.server
Class AbstractMessageReceiver
java.lang.Object
tigase.server.BasicComponent
tigase.server.AbstractMessageReceiver
- All Implemented Interfaces:
ClusteredComponentIfc,Configurable,XMPPService,ConfigurationChangedAware,Initializable,MessageReceiver,PacketWriterWithTimeout,ServerComponent,StatisticsContainer,StatisticsContainerIfc,VHostListener
- Direct Known Subclasses:
AbstractComponent,AbstractKernelBasedComponent,AmpComponent,ConnectionManager,EchoComponent,MessageRouter,MonitorComponent,SessionManager
public abstract class AbstractMessageReceiver
extends BasicComponent
implements StatisticsContainer, MessageReceiver, PacketWriterWithTimeout
This is an archetype for all classes processing user-level packets. The implementation is designed for a heavy
packets processing with internal queues and number of separate threads depending on number of CPUs. Extensions of the
class can process normall user packets and administrator packets via ad-hoc commands. Good examples of such
components are
The class offers scripting API for administrator ad-hoc commands.
By default it internally uses priority queues which in some rare cases may lead to packets reordering. When this happens and it is unacceptable for the deployment non-priority queues can be used. The queues size is limited and depends on the available memory size.
Packets are processed by
Created: Tue Nov 22 07:07:11 2005
MUC, PubSub, SessionManager. The class offers scripting API for administrator ad-hoc commands.
By default it internally uses priority queues which in some rare cases may lead to packets reordering. When this happens and it is unacceptable for the deployment non-priority queues can be used. The queues size is limited and depends on the available memory size.
Packets are processed by
processPacket(Packet packet) method which is concurrently called from multiple threads.
Created: Tue Nov 22 07:07:11 2005
- Author:
- Artur Hefczyc
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Nested Class Summary
Nested classes/interfaces inherited from class tigase.server.BasicComponent
BasicComponent.ServerInfoVHostItemExtensionNested classes/interfaces inherited from interface tigase.server.PacketWriterWithTimeout
PacketWriterWithTimeout.Handler -
Field Summary
FieldsModifier and TypeFieldDescriptionprotected static final longConstant used in time calculation procedures.static final StringConfiguration property key for setting incoming packets filters on the component level.static final StringConfiguration property default vakue with a default incoming packet filter loaded by Tigase server.static final StringConfiguration property key allowing to overwrite a default (memory size dependent) size for the component internal queues.static final IntegerA default value for max queue size property.protected intprotected intprotected intprotected static final longConstant used in time calculation procedures.static final StringConfiguration property key for setting outgoing packets filters on the component level.static final StringConfiguration property default vakue with a default outgoing packet filter loaded by Tigase server.static final Stringstatic final StringConfiguration property key for setting number of threads used by component ScheduledExecutorService.protected static final longConstant used in time calculation procedures.Fields inherited from class tigase.server.BasicComponent
admins, ALL_PROP_KEY, COMMAND_PROP_NODE, scriptCommands, scriptEngineManager, SCRIPTS_DIR_PROP_DEF, SCRIPTS_DIR_PROP_KEY, trusted, vHostManagerFields inherited from interface tigase.conf.Configurable
ADMINS_PROP_KEY, AMP_CLASS_NAME, AMP_CLUST_CLASS_NAME, AUTH_DOMAIN_POOL_CLASS, AUTH_REPO_DOMAINS_PROP_KEY, AUTH_REPO_PARAMS_NODE, AUTH_REPO_POOL_CLASS, AUTH_REPO_URL_PROP_KEY, BOSH_CLUST_COMP_CLASS_NAME, BOSH_COMP_CLASS_NAME, C2S_CLUST_COMP_CLASS_NAME, C2S_COMP_CLASS_NAME, CL_COMP_CLASS_NAME, CLUSTER_CONECT, CLUSTER_CONTR_CLASS_NAME, CLUSTER_LISTEN, CLUSTER_MODE, CLUSTER_NODES, CLUSTER_NODES_PROP_KEY, COMP_PROT_CLASS_NAME, COMPONENT_ID_PROP_KEY, DEF_AMP_NAME, DEF_BOSH_NAME, DEF_C2S_NAME, DEF_CL_COMP_NAME, DEF_CLUST_CONTR_NAME, DEF_COMP_PROT_NAME, DEF_EVENTBUS_NAME, DEF_EXT_COMP_NAME, DEF_HOSTNAME_PROP_KEY, DEF_MONITOR_NAME, DEF_S2S_NAME, DEF_SM_NAME, DEF_STATS_NAME, DEF_VHOST_MAN_NAME, DEF_WS2S_NAME, DERBY_REPO_CLASS_PROP_VAL, DERBY_REPO_URL_PROP_VAL, DRUPAL_REPO_URL_PROP_VAL, DRUPALWP_REPO_CLASS_PROP_VAL, DUMMY_REPO_CLASS_PROP_VAL, EVENTBUS_CLASS_NAME, EXT_COMP_CLASS_NAME, GEN_ADMINS, GEN_AUTH_DB, GEN_AUTH_DB_URI, GEN_COMP_CLASS, GEN_COMP_NAME, GEN_CONF, GEN_CONFIG, GEN_CONFIG_ALL, GEN_CONFIG_COMP, GEN_CONFIG_CS, GEN_CONFIG_DEF, GEN_CONFIG_SM, GEN_DEBUG, GEN_DEBUG_PACKAGES, GEN_EXT_COMP, GEN_MAX_QUEUE_SIZE, GEN_SCRIPT_DIR, GEN_SM_PLUGINS, GEN_SREC_ADMINS, GEN_SREC_DB, GEN_SREC_DB_URI, GEN_TEST, GEN_TRUSTED, GEN_USER_DB, GEN_USER_DB_URI, GEN_USER_DB_URI_PROP_KEY, GEN_VIRT_HOSTS, HOSTNAMES_PROP_KEY, LIBRESOURCE_REPO_CLASS_PROP_VAL, LIBRESOURCE_REPO_URL_PROP_VAL, MONITOR_CLASS_NAME, MONITOR_CLUST_CLASS_NAME, MONITORING, MYSQL_REPO_CLASS_PROP_VAL, MYSQL_REPO_URL_PROP_VAL, PGSQL_REPO_CLASS_PROP_VAL, PGSQL_REPO_URL_PROP_VAL, ROUTER_COMP_CLASS_NAME, S2S_CLUST_COMP_CLASS_NAME, S2S_COMP_CLASS_NAME, SHARED_AUTH_REPO_PARAMS_PROP_KEY, SHARED_AUTH_REPO_PROP_KEY, SHARED_USER_REPO_PARAMS_PROP_KEY, SHARED_USER_REPO_PROP_KEY, SM_CLUST_COMP_CLASS_NAME, SM_COMP_CLASS_NAME, STANZA_WHITE_CHAR_ACK, STANZA_XMPP_ACK, STATS_CLASS_NAME, STRINGPREP_PROCESSOR, TIGASE_AUTH_REPO_CLASS_PROP_VAL, TIGASE_AUTH_REPO_URL_PROP_VAL, TIGASE_CUSTOM_AUTH_REPO_CLASS_PROP_VAL, TRUSTED_PROP_KEY, USER_DOMAIN_POOL_CLASS, USER_REPO_DOMAINS_PROP_KEY, USER_REPO_PARAMS_NODE, USER_REPO_POOL_CLASS, USER_REPO_POOL_SIZE, USER_REPO_POOL_SIZE_PROP_KEY, USER_REPO_URL_PROP_KEY, VHOST_MAN_CLASS_NAME, VHOST_MAN_CLUST_CLASS_NAME, WS2S_CLASS_NAME, WS2S_CLUST_CLASS_NAME, XML_REPO_CLASS_PROP_VAL, XML_REPO_URL_PROP_VAL, XMPP_STANZA_ACKFields inherited from interface tigase.disco.XMPPService
CMD_FEATURES, DEF_FEATURES, INFO_XMLNS, ITEMS_XMLNS -
Constructor Summary
Constructors -
Method Summary
Modifier and TypeMethodDescriptionprotected booleanaddOutPacket(Packet packet) protected booleanaddOutPacketNB(Packet packet) Non blocking version ofaddOutPacket.protected booleanaddOutPackets(Queue<Packet> packets) booleanaddOutPacketWithTimeout(Packet packet, Duration timeout, PacketWriterWithTimeout.Handler handler) booleanaddOutPacketWithTimeout(Packet packet, ReceiverTimeoutHandler handler, long delay, TimeUnit unit) booleanMethod adds aPacketobject to the internal input queue.booleanaddPacketNB(Packet packet) This is a variant ofaddPacket(Packet)method which addsPacketto in the internal input queue without blocking.booleanaddPackets(Queue<Packet> packets) This is a convenience method for adding all packets stored in given queue to the component's internal input queue.
The method callsaddPacket(Packet)in a loop for each packet in the queue.voidaddRegexRouting(String address) Method adds a new routing address for the component.voidaddTimerTask(TimerTask task, long delay) Method queues and executes timer tasks using ScheduledExecutorService which allows using more than one thread for executing tasks.voidaddTimerTask(TimerTask task, long initialDelay, long period) protected voidaddTimerTask(TimerTask task, long delay, TimeUnit unit) Method queues and executes timer tasks using ScheduledExecutorService which allows using more than one thread for executing tasks.voidaddTimerTaskWithTimeout(TimerTask task, long delay, long timeout) Method queues and executes timer tasks using ScheduledExecutorService which allows using more than one thread for executing tasks.voidaddTimerTaskWithTimeout(TimerTask task, long delay, long period, long timeout) Creates and executes a periodic action that becomes enabled first after the given initial delay, and subsequently with the given period; please refer toScheduledExecutorService.scheduleAtFixedRate(java.lang.Runnable, long, long, java.util.concurrent.TimeUnit)javadoc for details.voidbeanConfigurationChanged(Collection<String> changedFields) Method called when configuration was applied to bean.voidMethod clears, removes all the component routing addresses.voidUtility method executed precisely every hour.voidUtility method executed precisely every minute.voidUtility method executed precisely every second.protected IntegergetMaxQueueSize(int def) Method returns aSetwith all component's routings as a compiled regular expression patterns.protected StringvoidgetStatistics(StatisticsList list) Method returns component statistics.inthashCodeForPacket(Packet packet) This method decides how incoming packets are distributed among processing threads.booleanisInRegexRoutings(String address) newPacketId(String prefix) intConcurrency control method.intConcurrency control method.voidprocessOutPacket(Packet packet) By default this method just copies the given packet between queue.abstract voidprocessPacket(Packet packet) This is the mainPacketprocessing method.final voidprocessPacket(Packet packet, Queue<Packet> results) processPacketis a blocking processing method implemented by all components.voidrelease()Method called when component is being stopped and unloaded.booleanremoveRegexRouting(String address) intMethod returns default number of threads used by SchedulerExecutorServicevoidvoidsetIncoming_filters(PacketFiltersBean.IncomingPacketFiltersBean incoming_filters) voidMethod used to assign component name (localpart of the component)voidsetOutgoing_filters(PacketFiltersBean.OutgoingPacketFiltersBean outgoing_filters) voidsetParent(MessageReceiver parent) voidsetSchedulerThreads_size(int size) voidstart()voidstop()protected voidMethods inherited from class tigase.server.BasicComponent
addComponentDomain, canCallCommand, canCallCommand, checkCommandAcl, checkCommandAcl, createScriptEngineManager, getComponentId, getComponentInfo, getDefaults, getDefHostName, getDefVHostItem, getDiscoCategory, getDiscoCategoryType, getDiscoDescription, getDiscoExtensionsForm, getDiscoFeatures, getDiscoFeatures, getDiscoInfo, getDiscoItems, getName, getNodesConnected, getNodesConnectedWithLocal, getScriptCommands, getScriptItems, getServiceEntity, getServiceEntityCaps, getVHostItem, handlesLocalDomains, handlesNameSubdomains, handlesNonLocalDomains, initBindings, initializationCompleted, initialize, isAdmin, isInitializationComplete, isLocalDomain, isLocalDomainOrComponent, isNonAdminCommands, isSubdomain, isTrusted, isTrusted, nodeConnected, nodeDisconnected, onNodeConnected, onNodeDisconnected, processScriptCommand, reloadScripts, removeComponentDomain, removeServiceDiscoveryItem, setAdmins, setClusterController, setCommandsACL, setProperties, setScriptsBaseDir, setVHostManager, updateServiceDiscoveryItem, updateServiceDiscoveryItem, updateServiceDiscoveryItem, updateServiceEntityMethods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, waitMethods inherited from interface tigase.server.MessageReceiver
getDefHostNameMethods inherited from interface tigase.server.ServerComponent
getComponentId, getComponentInfo, getName, initializationCompleted, isInitializationCompleteMethods inherited from interface tigase.stats.StatisticsContainerIfc
getName
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Field Details
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INCOMING_FILTERS_PROP_KEY
Configuration property key for setting incoming packets filters on the component level.- See Also:
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INCOMING_FILTERS_PROP_VAL
Configuration property default vakue with a default incoming packet filter loaded by Tigase server.
This is a comma-separated list of classes which should be loaded as packet filters. The classes must implementPacketFilterIfcinterface.- See Also:
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MAX_QUEUE_SIZE_PROP_KEY
Configuration property key allowing to overwrite a default (memory size dependent) size for the component internal queues. By default the queue size is adjusted to the available memory size to avoid out of memory errors.- See Also:
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MAX_QUEUE_SIZE_PROP_VAL
A default value for max queue size property. The value is calculated at the server startup time using following formula:
Runtime.getRuntime().maxMemory() / 400000LYou can change the default queue size by setting a different value for theMAX_QUEUE_SIZE_PROP_KEYproperty in the server configuration. -
OUTGOING_FILTERS_PROP_KEY
Configuration property key for setting outgoing packets filters on the component level. This is a comma-separated list of classes which should be loaded as packet filters. The classes must implementPacketFilterIfcinterface.- See Also:
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OUTGOING_FILTERS_PROP_VAL
Configuration property default vakue with a default outgoing packet filter loaded by Tigase server.
This is a comma-separated list of classes which should be loaded as packet filters. The classes must implementPacketFilterIfcinterface.- See Also:
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PACKET_DELIVERY_RETRY_COUNT_PROP_KEY
- See Also:
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SCHEDULER_THREADS_PROP_KEY
Configuration property key for setting number of threads used by component ScheduledExecutorService.- See Also:
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SECOND
protected static final long SECONDConstant used in time calculation procedures. Indicates a second that is 1000 milliseconds.- See Also:
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MINUTE
protected static final long MINUTEConstant used in time calculation procedures. Indicates a minute that is 60SECONDs.- See Also:
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HOUR
protected static final long HOURConstant used in time calculation procedures. Indicates a hour that is 60MINUTEs.- See Also:
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maxInQueueSize
protected int maxInQueueSize -
maxOutQueueSize
protected int maxOutQueueSize -
maxQueueSize
@ConfigField(desc="Maximum size of internal queues", alias="max-queue-size") protected int maxQueueSize
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Constructor Details
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AbstractMessageReceiver
public AbstractMessageReceiver()
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Method Details
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addPacket
Method adds aPacketobject to the internal input queue. Packets from the input queue are later passed to theprocessPacket(Packet)method. This is a blocking method waiting if necessary for the room if the queue is full.
The method returns abooleanvalue oftrueif the packet has been successfully added to the queue andfalseotherwise.
There can be many queues and many threads processing packets for the component, however the method makes the best effort to guarantee that packets are later processed in the correct order. For example that packets for a single user always end up in the same exact queue. You can tweak the packets distribution among threads by overwritinghashCodeForPacket(Packet)method.
If there isNthreads the packets are distributed among thread using following logic:
int threadNo = Math.abs(hashCodeForPacket(packet) % N);
This is a preferred method to be used by most Tigase components. If the queues are full the component should stop and wait for more room. The blocking methods aim to prevent from the system overloading or wasting resources for generating packets which can't be processed anyway.- Specified by:
addPacketin interfaceMessageReceiver- Parameters:
packet- is aPacketinstance being put to the component internal input queue.- Returns:
- a
booleanvalue oftrueif the packet has been successfully added to the queue andfalseotherwise.
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addPacketNB
This is a variant ofaddPacket(Packet)method which addsPacketto in the internal input queue without blocking.
The method returns abooleanvalue oftrueif the packet has been successful added to the queue andfalseotherwise.
Use of the non-blocking methods is not recommended for most of the components implementations. The only component which is allowed to use them is the serverMessageRouterimplementation which can not hang on any method. This would cause a dead-lock in the application. All other components must use blocking methods and wait if the system is under so high load that it's queues are full.
SeeaddPacket(Packet)method's documentation for some more details.- Specified by:
addPacketNBin interfaceMessageReceiver- Parameters:
packet- is aPacketinstance being put to the component internal input queue.- Returns:
- a
booleanvalue oftrueif the packet has been successfully added to the queue andfalseotherwise. - See Also:
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addPackets
This is a convenience method for adding all packets stored in given queue to the component's internal input queue.
The method callsaddPacket(Packet)in a loop for each packet in the queue. If the call returnstruethen the packet is removed from the given queue, otherwise the methods ends the loop and returnsfalse.
Please note, if the method returnstrueit means that all the packets from the queue passed as a parameter have been successfuly run through theaddPacket(Packet)method and the queue passed as a parameter should be empty. If the method returns false then at least one packet from the parameter queue wasn't successfully run through theaddPacket(Packet)method. If the method returnsfalsethen the queue passed as a parameter is not empty and it contains packet which was unseccessfully run through theaddPacket(Packet)method and all the packets which were not run at all.- Specified by:
addPacketsin interfaceMessageReceiver- Parameters:
packets- is aQueueof packets for adding to the component internal input queue. All the packets are later processed byprocessPacket(Packet)method in the same exact order if they are processed by the same thread. See documentationhashCodeForPacket(Packet)method how to control assiging packets to particular threads.- Returns:
- a
booleanvalue oftrueif all packets has been successfully added to the component's internal input queue andfalseotherwise. - See Also:
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addRegexRouting
Method adds a new routing address for the component. Routing addresses are used by theMessageRouterto calculate packet's destination. If the packet's destination address matches one of the component's routing addresses the packet is added to the component's internal input queue.
By default all components accept packets addressed to the componentId and to:
component.getName() + '@' + any virtual domain
TODO: The future implementation most likely accept packets addressed to:
any virtual domain + '/' + component.getName()
instead.
The routings are passed as Java regular expression strings are the extra addresses accepted by the component. In most cases this is used by the external component protocol implementations which can dynamically change accepted addresses depending on the connected external components.- Parameters:
address- is a Java regular expression string for the packet's destination address accepted by this component.
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addTimerTask
Method queues and executes timer tasks using ScheduledExecutorService which allows using more than one thread for executing tasks. -
addTimerTask
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addTimerTaskWithTimeout
Method queues and executes timer tasks using ScheduledExecutorService which allows using more than one thread for executing tasks. It allows to set a timeout to cancel long running tasks- Parameters:
task- a task implementingTimerTaskdelay- in milliseconds delay after which task will be startedtimeout- in milliseconds after which task will be cancelled disregarding whether it has finished or not
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addTimerTaskWithTimeout
Creates and executes a periodic action that becomes enabled first after the given initial delay, and subsequently with the given period; please refer toScheduledExecutorService.scheduleAtFixedRate(java.lang.Runnable, long, long, java.util.concurrent.TimeUnit)javadoc for details. It utilizes TigaseTimerTaskand allows setting a timeout to cancel long running tasks- Parameters:
task- a task implementingTimerTaskdelay- in milliseconds, the time to delay first executionperiod- in milliseconds, the period between successive executionstimeout- in milliseconds after which task will be cancelled disregarding whether it has finished or not
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clearRegexRoutings
public void clearRegexRoutings()Method clears, removes all the component routing addresses. After this method call the component accepts only packets addressed to default routings that is component ID or the component name + '@' + virtual domains -
everyHour
public void everyHour()Utility method executed precisely every hour. A component can overwrite the method to put own code to be executed at the regular intervals of time.
Note, no extensive calculations should happen in this method nor long lasting operations. It is essential that the method processing does not exceed 1 hour. The overriding method must call the the super method first and only then run own code.- Overrides:
everyHourin classBasicComponent
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everyMinute
public void everyMinute()Utility method executed precisely every minute. A component can overwrite the method to put own code to be executed at the regular intervals of time.
Note, no extensive calculations should happen in this method nor long lasting operations. It is essential that the method processing does not exceed 1 minute. The overriding method must call the the super method first and only then run own code.- Overrides:
everyMinutein classBasicComponent
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everySecond
public void everySecond()Utility method executed precisely every second. A component can overwrite the method to put own code to be executed at the regular intervals of time.
Note, no extensive calculations should happen in this method nor long lasting operations. It is essential that the method processing does not exceed 1 second. The overriding method must call the the super method first and only then run own code.- Overrides:
everySecondin classBasicComponent
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hashCodeForPacket
This method decides how incoming packets are distributed among processing threads. Different components needs different distribution to efficient use all threads and avoid packets re-ordering.
If there are N processing threads, packets are distributed among threads using following code:
int threadNo = Math.abs(hashCodeForPacket(packet) % N);
For a PubSub component, for example, a better packets distribution would be based on the PubSub channel name, for SM a better distribution is based on the destination address, etc....- Parameters:
packet- is aPacketwhich needs to be processed by some thread.- Returns:
- a hash code generated for the input thread.
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newPacketId
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processingInThreads
public int processingInThreads()Concurrency control method. Returns preferable number of threads set for this component.- Returns:
- preferable number of threads set for this component.
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processingOutThreads
public int processingOutThreads()Concurrency control method. Returns preferable number of threads set for this component.- Returns:
- preferable number of threads set for this component.
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processOutPacket
By default this method just copies the given packet between queue. This method operates on packets which have been already processed somehow by the component so usually the default action is the best one, however some components in rare cases may choose to process packets differently. In most cases this method should not be overridden.- Parameters:
packet- is an output packet which normally has to go to other component for further processing.
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processPacket
This is the mainPacketprocessing method. It is called concurrently from many threads so implementing it in thread save manner is essential. The method is called for each packet addressed to the component.
Please note, thePacketinstance may be processed by different parts of the server, different components or plugins at the same time. Therefore this is very important to tread thePacketinstance as unmodifiable object.
Processing in this method is asynchronous, therefore there is no result value. If there are some 'result' packets generated during processing, they should be passed back usingaddOutPacket(Packet)method.- Parameters:
packet- is an instance of thePacketclass passed for processing.
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processPacket
Description copied from interface:ServerComponentprocessPacketis a blocking processing method implemented by all components. This method processes packet and returns results instantly without waiting for any resources.- Specified by:
processPacketin interfaceServerComponent- Overrides:
processPacketin classBasicComponent- Parameters:
packet- aPacketvalue
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release
public void release()Description copied from interface:ServerComponentMethod called when component is being stopped and unloaded.- Specified by:
releasein interfaceServerComponent- Overrides:
releasein classBasicComponent
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removeRegexRouting
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schedulerThreads
public int schedulerThreads()Method returns default number of threads used by SchedulerExecutorService- Returns:
- a value of
int
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start
public void start()- Specified by:
startin interfaceMessageReceiver
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stop
public void stop() -
getRegexRoutings
Method returns aSetwith all component's routings as a compiled regular expression patterns. TheSetcan be empty but it can not be null.- Returns:
- a
Setwith all component's routings as a compiled regular expression patterns.
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getStatistics
Method returns component statistics. Please note, the method can be called every second by the server monitoring system therefore no extensive or lengthy calculations are allowed. If there are some statistics requiring lengthy operations like database access they must haveLevel.FINESTassigned and must be put inside the level guard to prevent generating them by the system monitor. The system monitor does not collectFINESTstatistics.
Level guard code looks like the example below:
if (list.checkLevel(Level.FINEST)) { // Some CPU intensive calculations or lengthy operations list.add(getName(), "Statistic description", stat_value, Level.FINEST); }This way you make sure your extensive operation is not executed every second by the monitoring system and does not affect the server performance.- Specified by:
getStatisticsin interfaceStatisticsContainerIfc- Overrides:
getStatisticsin classBasicComponent- Parameters:
list- is aStatistcsListwhere all statistics are stored.
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isInRegexRoutings
- Specified by:
isInRegexRoutingsin interfaceMessageReceiver
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setIncoming_filters
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setOutgoing_filters
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updateFiltersName
protected void updateFiltersName() -
beanConfigurationChanged
Description copied from interface:ConfigurationChangedAwareMethod called when configuration was applied to bean.- Specified by:
beanConfigurationChangedin interfaceConfigurationChangedAware- Overrides:
beanConfigurationChangedin classBasicComponent- Parameters:
changedFields- collection of field names which were changed
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setCompId
- Overrides:
setCompIdin classBasicComponent
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setName
Description copied from interface:ServerComponentMethod used to assign component name (localpart of the component)- Specified by:
setNamein interfaceServerComponent- Overrides:
setNamein classBasicComponent- Parameters:
name- to be assigned
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setParent
- Specified by:
setParentin interfaceMessageReceiver
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setSchedulerThreads_size
public void setSchedulerThreads_size(int size) -
addOutPacketWithTimeout
public boolean addOutPacketWithTimeout(Packet packet, ReceiverTimeoutHandler handler, long delay, TimeUnit unit) -
addOutPacketWithTimeout
public boolean addOutPacketWithTimeout(Packet packet, Duration timeout, PacketWriterWithTimeout.Handler handler) - Specified by:
addOutPacketWithTimeoutin interfacePacketWriterWithTimeout
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addOutPacket
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addOutPacketNB
Non blocking version ofaddOutPacket.- Parameters:
packet- aPacketvalue- Returns:
- a
booleanvalue
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addOutPackets
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addTimerTask
Method queues and executes timer tasks using ScheduledExecutorService which allows using more than one thread for executing tasks. -
getMaxQueueSize
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getResourceForPacketWithTimeout
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