Uses of Interface
org.snmp4j.TransportMapping
Package
Description
Provides classes and interfaces for creating, sending, and receiving SNMP
messages.
Provides classes and interfaces for SNMP4J event processing.
Provides classes and interfaces for the SNMP message processing.
Provides transport protocol mappings for SNMP.
Contains table retrieval utilities and multi-threading support classes as
well as miscellaneous utility classes.
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Uses of TransportMapping in org.snmp4j
Modifier and TypeFieldDescriptionprotected TransportMapping
<? super A> Snmp.PendingRequest.transport
Modifier and TypeMethodDescriptionSnmp.getNotificationListenerTM
(Address listenAddress) Gets the transport mapping registered for the specified listen address.<A extends Address>
TransportMapping<? super A> MessageDispatcher.getTransport
(A destAddress) Deprecated.<A extends Address>
TransportMapping<? super A> MessageDispatcher.getTransport
(A destAddress, TransportType transportType) Returns a transport mapping that can handle the supplied address.<A extends Address>
TransportMapping<? super A> MessageDispatcherImpl.getTransport
(A destAddress) Deprecated.UseMessageDispatcherImpl.getTransport(Address, TransportType)
instead to make sure that the returned mapping supports the intended SNMP application type usage (i.e.<A extends Address>
TransportMapping<? super A> MessageDispatcherImpl.getTransport
(A destAddress, TransportType transportType) Returns a transport mapping that can handle the supplied address.TransportStateReference.getTransport()
TransportMapping
<? super A> CommandResponderEvent.getTransportMapping()
Returns the transport mapping that received the PDU that triggered this event.Snmp.NotificationDispatcher.getTransportMapping
(Address listenAddress) protected <A extends Address>
TransportMapping<? super A> Snmp.lookupTransportMapping
(Target<A> target) TransportMapping
<? extends Address> MessageDispatcher.removeTransportMapping
(TransportMapping<? extends Address> transport) Removes a previously addedTransportMapping
from the dispatcher.TransportMapping
<? extends Address> MessageDispatcherImpl.removeTransportMapping
(TransportMapping<?> transport) Removes a transport mapping.Modifier and TypeMethodDescriptionList
<TransportMapping<? super A>> AbstractTarget.getPreferredTransports()
List
<TransportMapping<? super A>> Target.getPreferredTransports()
Gets the prioritised list of transport mappings to be used for this target.Collection
<TransportMapping<? extends Address>> MessageDispatcher.getTransportMappings()
Gets theCollection
of transport mappings in this message dispatcher.Collection
<TransportMapping<? extends Address>> MessageDispatcherImpl.getTransportMappings()
Gets a collection of all registered transport mappings.Modifier and TypeMethodDescriptionboolean
Snmp.addNotificationListener
(TransportMapping<?> transportMapping, Address listenAddress, CommandResponder listener) Adds a notification listener to this Snmp instance.void
Snmp.NotificationDispatcher.addNotificationListener
(Address listenAddress, TransportMapping<?> transport, CommandResponder listener) void
MessageDispatcher.addTransportMapping
(TransportMapping<? extends Address> transport) Adds aTransportMapping
to the dispatcher.void
MessageDispatcherImpl.addTransportMapping
(TransportMapping<?> transport) Adds a transport mapping.void
Snmp.addTransportMapping
(TransportMapping<? extends Address> transportMapping) Adds aTransportMapping
to this SNMP session.protected void
Snmp.closeTransportMapping
(TransportMapping<?> tm) protected <A extends Address>
voidMessageDispatcherImpl.dispatchMessage
(TransportMapping<? super A> sourceTransport, MessageProcessingModel mp, A incomingAddress, BERInputStream wholeMessage, TransportStateReference tmStateReference) Actually decodes and dispatches an incoming SNMP message using the supplied message processing model.<A extends Address>
voidMessageDispatcher.processMessage
(TransportMapping<? super A> sourceTransport, A incomingAddress, ByteBuffer wholeMessage, TransportStateReference tmStateReference) Process an incoming SNMP message.<A extends Address>
voidMessageDispatcherImpl.processMessage
(TransportMapping<? super A> sourceTransport, A incomingAddress, ByteBuffer wholeMessage, TransportStateReference tmStateReference) <A extends Address>
voidMessageDispatcherImpl.processMessage
(TransportMapping<? super A> sourceTransport, A incomingAddress, BERInputStream wholeMessage, TransportStateReference tmStateReference) TransportMapping
<? extends Address> MessageDispatcher.removeTransportMapping
(TransportMapping<? extends Address> transport) Removes a previously addedTransportMapping
from the dispatcher.TransportMapping
<? extends Address> MessageDispatcherImpl.removeTransportMapping
(TransportMapping<?> transport) Removes a transport mapping.void
Snmp.removeTransportMapping
(TransportMapping<? extends Address> transportMapping) Removes the specified transport mapping from this SNMP session.<A extends Address>
ResponseEvent<A> Session.send
(PDU pdu, Target<A> target, TransportMapping<? super A> transport) Sends aPDU
to the given target and returns the received responsePDU
encapsulated in aResponseEvent
object that also includes: the transport address of the response sending peer, theTarget
information 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 aPDU
to the given target.<A extends Address>
ResponseEvent<A> Snmp.send
(PDU pdu, Target<A> target, TransportMapping<? super A> transport) Sends aPDU
to the given target and if thePDU
is 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) protected <A extends Address>
voidMessageDispatcherImpl.sendMessage
(TransportMapping<? super A> transport, A destAddress, byte[] message, TransportStateReference tmStateReference, long timeoutMillis, int maxRetries) Sends a message using theTransportMapping
that has been assigned for the supplied address type.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.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 thePduHandle
that uniquely identifies the request as response after the request has been sent and optional, if aPduHandleCallback
is given, it returns also thePduHandle
just 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) void
TransportStateReference.setTransport
(TransportMapping<?> transport) protected void
CommandResponderEvent.setTransportMapping
(TransportMapping<? super A> transportMapping) Modifier and TypeMethodDescriptionvoid
AbstractTarget.setPreferredTransports
(List<TransportMapping<? super A>> preferredTransports) Sets the prioritised list of transport mappings to be used for this target.ModifierConstructorDescriptionCommandResponderEvent
(MessageDispatcher messageDispatcher, TransportMapping<? super A> transportMapping, A sourceAddress, int messageProcessingModel, int securityModel, byte[] securityName, int securityLevel, PduHandle pduHandle, PDU pdu, int maxSizeResponseScopedPDU, StateReference<A> stateReference) Constructs an event for processing an incoming request or notification PDU.PendingRequest
(ResponseListener listener, Object userObject, PDU pdu, Target<A> target, TransportMapping<? super A> transport) Snmp
(MessageDispatcher messageDispatcher, TransportMapping<? extends Address> transportMapping) Creates aSnmp
instance by supplying aMessageDispatcher
and aTransportMapping
.Snmp
(TransportMapping<? extends Address> transportMapping) Creates aSnmp
instance that uses aMessageDispatcherImpl
with all supported message processing models and the default security protocols for dispatching.TransportStateReference
(TransportMapping<?> transport, Address address, OctetString securityName, SecurityLevel requestedSecurityLevel, SecurityLevel transportSecurityLevel, boolean sameSecurity, Object sessionID) TransportStateReference
(TransportMapping<?> transport, Address address, OctetString securityName, SecurityLevel requestedSecurityLevel, SecurityLevel transportSecurityLevel, boolean sameSecurity, Object sessionID, Target<?> target) -
Uses of TransportMapping in org.snmp4j.event
Modifier and TypeMethodDescriptionTransportMapping
<? super A> AuthenticationFailureEvent.getTransport()
Returns the transport mapping over which the message has bee received.ModifierConstructorDescriptionAuthenticationFailureEvent
(TransportListener source, A sourceAddress, TransportMapping<? super A> transport, int error, BERInputStream message) Creates an authentication failure event. -
Uses of TransportMapping in org.snmp4j.mp
Modifier and TypeMethodDescriptionTransportMapping
<? super A> StateReference.getTransportMapping()
Modifier and TypeMethodDescriptionvoid
StateReference.setTransportMapping
(TransportMapping<? super A> transportMapping) ModifierConstructorDescriptionStateReference
(int msgID, int msgFlags, int maxSizeResponseScopedPDU, PduHandle pduHandle, A peerAddress, TransportMapping<? super A> peerTransport, byte[] secEngineID, SecurityModel secModel, byte[] secName, int secLevel, byte[] contextEngineID, byte[] contextName, SecurityStateReference secStateReference, int errorCode) Creates a state reference for SNMPv3 messages.StateReference
(PduHandle pduHandle, A peerAddress, TransportMapping<? super A> peerTransport, SecurityModel secModel, byte[] secName, int errorCode) Creates a state reference for community based security models. -
Uses of TransportMapping in org.snmp4j.transport
Modifier and TypeInterfaceDescriptioninterface
ConnectionOrientedTransportMapping<A extends Address>
Transport mappings for connection oriented transport protocols have to implement this interface.Modifier and TypeClassDescriptionclass
AbstractConnectionOrientedTransportMapping<A extends Address,
S extends AbstractSocketEntry<A>> TheAbstractConnectionOrientedTransportMapping
implements generic functions for a connection oriented transport mapping for server and client connections.class
AbstractTransportMapping<A extends Address>
TheAbstractTransportMapping
provides an abstract implementation for the message dispatcher list and the maximum inbound message size.class
TheDefaultTcpTransportMapping
implements a TCP transport mapping with the Java 1.4 new IO API.class
TheDefaultUdpTransportMapping
implements a UDP transport mapping based on Java standard IO and using an internal thread for listening on the inbound socket.class
TheDTLSTM
implements the Datagram Transport Layer Security Transport Mapping (TLS-TM) as defined by RFC 5953 with the new IO API andSSLEngine
.class
DummyTransport<A extends IpAddress>
TheDummyTransport
is a test TransportMapping for Command Generators which actually does not sent messages over the network.class
class
TcpTransportMapping<S extends AbstractSocketEntry<TcpAddress>>
TheTcpTransportMapping
is the abstract base class for TCP transport mappings.class
TheTLSTM
implements the Transport Layer Security Transport Mapping (TLS-TM) as defined by RFC 5953 with the new IO API andSSLEngine
.class
TheUdpTransportMapping
is the abstract base class for UDP transport mappings.Modifier and TypeMethodDescription<A extends Address>
TransportMapping<A> TransportMappings.createTransportMapping
(A transportAddress) Returns aTransportMapping
instance that is initialized with the supplied transport address.Modifier and TypeMethodDescription<A extends Address>
Class<? extends TransportMapping<?>> TransportMappings.unregisterTransportMapping
(Class<A> addressClass) Unregister an address class from the corresponding transport mapping.Modifier and TypeMethodDescription<A extends Address>
voidTransportListener.processMessage
(TransportMapping<? super A> sourceTransport, A incomingAddress, ByteBuffer wholeMessage, TransportStateReference tmStateReference) Processes an incoming message.Modifier and TypeMethodDescription<A extends Address>
voidTransportMappings.registerTransportMapping
(Class<? extends TransportMapping<A>> transportMappingClass, Class<A> addressClass) Register a transport mapping to be recognised by thisTransportMappings
singleton. -
Uses of TransportMapping in org.snmp4j.util
Modifier and TypeMethodDescription<A extends Address>
TransportMapping<? super A> MultiThreadedMessageDispatcher.getTransport
(A destAddress) Deprecated.<A extends Address>
TransportMapping<? super A> MultiThreadedMessageDispatcher.getTransport
(A destAddress, TransportType transportType) MultiThreadedMessageDispatcher.removeTransportMapping
(TransportMapping<? extends Address> transport) Modifier and TypeMethodDescriptionCollection
<TransportMapping<? extends Address>> MultiThreadedMessageDispatcher.getTransportMappings()
Modifier and TypeMethodDescriptionvoid
MultiThreadedMessageDispatcher.addTransportMapping
(TransportMapping<? extends Address> transport) <A extends Address>
voidMultiThreadedMessageDispatcher.processMessage
(TransportMapping<? super A> sourceTransport, A incomingAddress, ByteBuffer wholeMessage, TransportStateReference tmStateReference) MultiThreadedMessageDispatcher.removeTransportMapping
(TransportMapping<? extends Address> transport) 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)
MessageDispatcher.getTransport(Address, TransportType)
instead to make sure that the returned mapping supports the intended SNMP application type usage (i.e.