Uses of Interface
org.snmp4j.Target
Packages that use Target
Package
Description
Provides classes and interfaces for creating, sending, and receiving SNMP
messages.
Provides classes and interfaces for the SNMP message processing.
Provides classes and interfaces for authentication and privacy of SNMP(v3)
messages.
Contains table retrieval utilities and multi-threading support classes as
well as miscellaneous utility classes.
-
Uses of Target in org.snmp4j
Classes in org.snmp4j that implement TargetModifier and TypeClassDescriptionclassAbstractTarget<A extends Address>AAbstractTargetclass is an abstract representation of a remote SNMP entity.classCertifiedTarget<A extends Address>TheCertifiedTargetclass implements aSecureTargetfor usage withSecurityModels that support secured connections using client and server certificates.classCommunityTarget<A extends Address>ACommunityTargetrepresents SNMP target properties for community based message processing models (SNMPv1 and SNMPv2c).classDirectUserTarget<A extends Address>User-based target for SNMPv3 User-Based Security ModelUSMor later that includes any necessary authentication and privacy information, i.e., protocol references and localized keys.classSecureTarget<A extends Address>TheSecureTargetis an security model independent abstract class for all targets supporting secure SNMP communication.classUserTarget<A extends Address>User-based target for SNMPv3 or later.Fields in org.snmp4j declared as TargetMethods in org.snmp4j that return TargetModifier and TypeMethodDescriptionCertifiedTarget.duplicate()CommunityTarget.duplicate()DirectUserTarget.duplicate()Target.duplicate()Creates a new copy of this target with the same address type.UserTarget.duplicate()Target<?> TransportStateReference.getTarget()Get the target instance that contains additional security information necessary to send a message.Methods in org.snmp4j with parameters of type TargetModifier and TypeMethodDescriptionprotected voidMessageDispatcherImpl.configureAuthoritativeEngineID(Target<?> target, MessageProcessingModel mp) <A extends Address>
ResponseEvent<A> Sends a GET request to a target.<A extends Address>
voidSnmp.get(PDU pdu, Target<A> target, Object userHandle, ResponseListener listener) Asynchronously sends a GET requestPDUto the given target.<A extends Address>
ResponseEvent<A> Sends a GETBULK request to a target.<A extends Address>
voidSnmp.getBulk(PDU pdu, Target<A> target, Object userHandle, ResponseListener listener) Asynchronously sends a GETBULK requestPDUto the given target.<A extends Address>
ResponseEvent<A> Sends a GETNEXT request to a target.<A extends Address>
voidSnmp.getNext(PDU pdu, Target<A> target, Object userHandle, ResponseListener listener) Asynchronously sends a GETNEXT requestPDUto the given target.<A extends Address>
ResponseEvent<A> Sends an INFORM request to a target.<A extends Address>
voidSnmp.inform(PDU pdu, Target<A> target, Object userHandle, ResponseListener listener) Asynchronously sends an INFORM requestPDUto the given target.protected <A extends Address>
TransportMapping<? super A> Snmp.lookupTransportMapping(Target<A> target) voidSends a SNMPv2c or SNMPv3 notification to a target.<A extends Address>
ResponseEvent<A> Sends aPDUto the given target and returns the received responsePDU.<A extends Address>
voidSession.send(PDU pdu, Target<A> target, Object userHandle, ResponseListener listener) Asynchronously sends aPDUto the given target.<A extends Address>
ResponseEvent<A> Session.send(PDU pdu, Target<A> target, TransportMapping<? super A> transport) Sends aPDUto the given target and returns the received responsePDUencapsulated in aResponseEventobject that also includes: the transport address of the response sending peer, theTargetinformation of the target, the requestPDU, the responsePDU(if any).<A extends Address>
voidSession.send(PDU pdu, Target<A> target, TransportMapping<? super A> transport, Object userHandle, ResponseListener listener) Asynchronously sends aPDUto the given target.<A extends Address>
ResponseEvent<A> <A extends Address>
voidSnmp.send(PDU pdu, Target<A> target, Object userHandle, ResponseListener listener) <A extends Address>
ResponseEvent<A> Snmp.send(PDU pdu, Target<A> target, TransportMapping<? super A> transport) Sends aPDUto the given target and if thePDUis a confirmed request, then the received response is returned synchronously.<A extends Address>
voidSnmp.send(PDU pdu, Target<A> target, TransportMapping<? super A> transport, Object userHandle, ResponseListener listener) Snmp.sendMessage(PDU pdu, Target<A> target, TransportMapping<? super A> transport, PduHandleCallback<PDU> pduHandleCallback) Actually sends a PDU to a target and returns a handle for the sent PDU.Sends a PDU to the supplied transport address.MessageDispatcher.sendPdu(TransportMapping<? super A> transportMapping, Target<A> target, PDU pdu, boolean expectResponse) Sends a PDU to the supplied transport address.MessageDispatcher.sendPdu(TransportMapping<? super A> transportMapping, Target<A> target, PDU pdu, boolean expectResponse, PduHandleCallback<PDU> callback) Sends a PDU to the supplied transport address and returns thePduHandlethat uniquely identifies the request as response after the request has been sent and optional, if aPduHandleCallbackis given, it returns also thePduHandlejust before the request is sent through the the callback interface.MessageDispatcherImpl.sendPdu(TransportMapping<? super A> transportMapping, Target<A> target, PDU pdu, boolean expectResponse) MessageDispatcherImpl.sendPdu(TransportMapping<? super A> transport, Target<A> target, PDU pdu, boolean expectResponse, PduHandleCallback<PDU> pduHandleCallback) voidSnmp.set(PDU pdu, Target<?> target, Object userHandle, ResponseListener listener) Asynchronously sends a SET requestPDUto the given target.<A extends Address>
ResponseEvent<A> Sends a SET request to a target.voidSends a SNMPv1 trap to a target.Constructors in org.snmp4j with parameters of type TargetModifierConstructorDescriptionPendingRequest(ResponseListener listener, Object userObject, PDU pdu, Target<A> target, TransportMapping<? super A> transport) TransportStateReference(TransportMapping<?> transport, Address address, OctetString securityName, SecurityLevel requestedSecurityLevel, SecurityLevel transportSecurityLevel, boolean sameSecurity, Object sessionID, Target<?> target) -
Uses of Target in org.snmp4j.fluent
Fields in org.snmp4j.fluent declared as TargetMethods in org.snmp4j.fluent that return TargetMethods in org.snmp4j.fluent with parameters of type Target -
Uses of Target in org.snmp4j.mp
Methods in org.snmp4j.mp with parameters of type Target -
Uses of Target in org.snmp4j.security
Methods in org.snmp4j.security with parameters of type TargetModifier and TypeMethodDescriptiondefault booleanSecurityStateReference.applyTargetSecurityInformation(Target<?> target) After aSecurityStateReferencehas been created for on outgoing message, this method might be called by theMPv3to apply security information contained in the target object to the security state information.booleanUsmSecurityStateReference.applyTargetSecurityInformation(Target<?> target) -
Uses of Target in org.snmp4j.security.dh
Methods in org.snmp4j.security.dh with parameters of type TargetModifier and TypeMethodDescriptionstatic Map<OctetString, OctetString[]> DHOperations.getDHKickstartPublicKeys(Session session, PDUFactory pduFactory, Target<?> target, Set<OctetString> managerPublic) Get the public keys of the agent's kickstart table that match the local public keys provided from a remote agent. -
Uses of Target in org.snmp4j.transport.tls
Classes in org.snmp4j.transport.tls that implement TargetModifier and TypeClassDescriptionclassTlsX509CertifiedTarget<A extends Address>TheTlsCertifiedTargetextends theCertifiedTargetclass by means to provide aTlsTmSecurityCallbackreference directly with the target as needed according to RFC 6353 ยง5.3.1 when establishing a connection based on the SNMP-TARGET-MIB as client.Methods in org.snmp4j.transport.tls that return Target -
Uses of Target in org.snmp4j.uri
Constructors in org.snmp4j.uri with parameters of type Target -
Uses of Target in org.snmp4j.util
Methods in org.snmp4j.util that return TargetModifier and TypeMethodDescriptionMethods in org.snmp4j.util with parameters of type TargetModifier and TypeMethodDescriptionCreate aPDUinstance for the supplied target.static PDUCreate aPDUinstance for the supplied target.static PDUCreate aPDUinstance for the supplied target.Creates aPDUinstance for the supplied target.<A extends Address>
ResponseEvent<A> TableUtils.createRow(Target<A> target, OID rowStatusColumnOID, OID rowIndex, VariableBinding[] values) Creates an SNMP table row for a table that supports the RowStatus mechanism for row creation.protected TableUtils.TableRequestTableUtils.createTableRequest(Target<?> target, OID[] columnOIDs, TableListener listener, Object userObject, OID lowerBoundIndex, OID upperBoundIndex, TableUtils.SparseTableMode sparseTableMode) <A extends Address>
ResponseEvent<A> TableUtils.destroyRow(Target<A> target, OID rowStatusColumnOID, OID rowIndex) Destroys an SNMP table row from a table that support the RowStatus mechanism for row creation/deletion.voidTableUtils.getDenseTable(Target<?> target, OID[] columnOIDs, TableListener listener, Object userObject, OID lowerBoundIndex, OID upperBoundIndex) Gets SNMP tabular data from one or more tables.TreeUtils.getSubtree(Target<?> target, OID rootOID) Gets a subtree with GETNEXT (SNMPv1) or GETBULK (SNMP2c, SNMPv3) operations from the specified target synchronously.voidTreeUtils.getSubtree(Target<?> target, OID rootOID, Object userObject, TreeListener listener) Gets a subtree with GETNEXT (SNMPv1) or GETBULK (SNMP2c, SNMPv3) operations from the specified target asynchronously.Gets synchronously SNMP tabular data from one or more tables.TableUtils.getTable(Target<?> target, OID[] columnOIDs, OID lowerBoundIndex, OID upperBoundIndex, long timeoutSeconds) Gets synchronously SNMP tabular data from one or more tables.voidTableUtils.getTable(Target<?> target, OID[] columnOIDs, TableListener listener, Object userObject, OID lowerBoundIndex, OID upperBoundIndex) Gets SNMP tabular data from one or more tables.voidTableUtils.getTable(Target<?> target, OID[] columnOIDs, TableListener listener, Object userObject, OID lowerBoundIndex, OID upperBoundIndex, TableUtils.SparseTableMode sparseTableMode) Gets SNMP tabular data from one or more tables.MultiThreadedMessageDispatcher.sendPdu(TransportMapping<? super A> transportMapping, Target<A> target, PDU pdu, boolean expectResponse) MultiThreadedMessageDispatcher.sendPdu(TransportMapping<? super A> transportMapping, Target<A> target, PDU pdu, boolean expectResponse, PduHandleCallback<PDU> callback) protected voidTableUtils.TableRequest.sendRequest(PDU pdu, Target<?> target, TableUtils.ColumnsOfRequest sendColumns) Walks a subtree with GETNEXT (SNMPv1) or GETBULK (SNMP2c, SNMPv3) operations from the specified target synchronously.voidTreeUtils.walk(Target<?> target, OID[] rootOIDs, Object userObject, TreeListener listener) Walks a subtree with GETNEXT (SNMPv1) or GETBULK (SNMP2c, SNMPv3) operations from the specified target asynchronously.Constructors in org.snmp4j.util with parameters of type TargetModifierConstructorDescriptionprotectedDenseTableRequest(Target<?> target, OID[] columnOIDs, TableListener listener, Object userObject, OID lowerBoundIndex, OID upperBoundIndex) TableRequest(Target<?> target, OID[] columnOIDs, TableListener listener, Object userObject, OID lowerBoundIndex, OID upperBoundIndex, TableUtils.SparseTableMode sparseTableMode)
DefaultPDUFactory.createPDU(MessageProcessingModel, int)instead.