Uses of Interface
org.snmp4j.smi.Address

Packages that use Address

Package	Description
org.snmp4j	Provides classes and interfaces for creating, sending, and receiving SNMP messages.
org.snmp4j.event	Provides classes and interfaces for SNMP4J event processing.
org.snmp4j.fluent
org.snmp4j.mp	Provides classes and interfaces for the SNMP message processing.
org.snmp4j.security	Provides classes and interfaces for authentication and privacy of SNMP(v3) messages.
org.snmp4j.smi	Provides classes for the representation of SMIv1/v2 data types (which also includes some basic ASN.1 primitive data types).
org.snmp4j.transport	Provides transport protocol mappings for SNMP.
org.snmp4j.transport.tls
org.snmp4j.uri
org.snmp4j.util	Contains table retrieval utilities and multi-threading support classes as well as miscellaneous utility classes.

Uses of Address in org.snmp4j

Classes in org.snmp4j with type parameters of type Address

Modifier and Type	Class	Description
class	AbstractTarget<A extends Address>	A AbstractTarget class is an abstract representation of a remote SNMP entity.
class	CertifiedTarget<A extends Address>	The CertifiedTarget class implements a SecureTarget for usage with SecurityModels that support secured connections using client and server certificates.
class	CommandResponderEvent<A extends Address>	The CommandResponderEvent is fired by the MessageDispatcher to listeners that potentially can process the included request, report, or trap/notification.
class	CommunityTarget<A extends Address>	A CommunityTarget represents SNMP target properties for community based message processing models (SNMPv1 and SNMPv2c).
class	DirectUserTarget<A extends Address>	User-based target for SNMPv3 User-Based Security Model USM or later that includes any necessary authentication and privacy information, i.e., protocol references and localized keys.
class	SecureTarget<A extends Address>	The SecureTarget is an security model independent abstract class for all targets supporting secure SNMP communication.
protected class	Snmp.PendingRequest<A extends Address>
interface	Target<A extends Address>	A Target interface defines an abstract representation of a remote SNMP entity.
interface	TransportMapping<A extends Address>	The TransportMapping defines the common interface for SNMP transport mappings.
class	UserTarget<A extends Address>	User-based target for SNMPv3 or later.

Methods in org.snmp4j with type parameters of type Address

Modifier and Type	Method	Description
<A extends Address> byte[]	Snmp.discoverAuthoritativeEngineID(A address, long timeout)	Discovers the engine ID of the SNMPv3 entity denoted by the supplied address.
protected <A extends Address> void	MessageDispatcherImpl.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> ResponseEvent<A>	Snmp.get(PDU pdu, Target<A> target)	Sends a GET request to a target.
<A extends Address> void	Snmp.get(PDU pdu, Target<A> target, Object userHandle, ResponseListener listener)	Asynchronously sends a GET request PDU to the given target.
<A extends Address> ResponseEvent<A>	Snmp.getBulk(PDU pdu, Target<A> target)	Sends a GETBULK request to a target.
<A extends Address> void	Snmp.getBulk(PDU pdu, Target<A> target, Object userHandle, ResponseListener listener)	Asynchronously sends a GETBULK request PDU to the given target.
<A extends Address> ResponseEvent<A>	Snmp.getNext(PDU pdu, Target<A> target)	Sends a GETNEXT request to a target.
<A extends Address> void	Snmp.getNext(PDU pdu, Target<A> target, Object userHandle, ResponseListener listener)	Asynchronously sends a GETNEXT request PDU to the given target.
<A extends Address> TransportMapping<? super A>	MessageDispatcher.getTransport(A destAddress)	Deprecated. Use MessageDispatcher.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>	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. Use MessageDispatcherImpl.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.
<A extends Address> ResponseEvent<A>	Snmp.inform(PDU pdu, Target<A> target)	Sends an INFORM request to a target.
<A extends Address> void	Snmp.inform(PDU pdu, Target<A> target, Object userHandle, ResponseListener listener)	Asynchronously sends an INFORM request PDU to the given target.
protected <A extends Address> TransportMapping<? super A>	Snmp.lookupTransportMapping(Target<A> target)
<A extends Address> void	MessageDispatcher.processMessage(TransportMapping<? super A> sourceTransport, A incomingAddress, ByteBuffer wholeMessage, TransportStateReference tmStateReference)	Process an incoming SNMP message.
<A extends Address> void	MessageDispatcherImpl.processMessage(TransportMapping<? super A> sourceTransport, A incomingAddress, ByteBuffer wholeMessage, TransportStateReference tmStateReference)
<A extends Address> void	MessageDispatcherImpl.processMessage(TransportMapping<? super A> sourceTransport, A incomingAddress, BERInputStream wholeMessage, TransportStateReference tmStateReference)
<A extends Address> void	CommandResponder.processPdu(CommandResponderEvent<A> event)	Process an incoming request, report or notification PDU.
<A extends Address> void	Snmp.NotificationDispatcher.processPdu(CommandResponderEvent<A> event)
<A extends Address> void	Snmp.processPdu(CommandResponderEvent<A> event)	Process an incoming request or notification PDU.
<A extends Address> void	Snmp.ReportHandler.processReport(PduHandle pduHandle, CommandResponderEvent<A> event)
protected <A extends Address> boolean	Snmp.resendRequest(Snmp.PendingRequest<A> request, PDU response)
<A extends Address> int	MessageDispatcher.returnResponsePdu(int messageProcessingModel, int securityModel, byte[] securityName, int securityLevel, PDU pdu, int maxSizeResponseScopedPDU, StateReference<A> stateReference, StatusInformation statusInformation)	Returns a response PDU to the sender of the corresponding request PDU.
<A extends Address> int	MessageDispatcherImpl.returnResponsePdu(int messageProcessingModel, int securityModel, byte[] securityName, int securityLevel, PDU pdu, int maxSizeResponseScopedPDU, StateReference<A> stateReference, StatusInformation statusInformation)
<A extends Address> ResponseEvent<A>	Session.send(PDU pdu, Target<A> target)	Sends a PDU to the given target and returns the received response PDU.
<A extends Address> void	Session.send(PDU pdu, Target<A> target, Object userHandle, ResponseListener listener)	Asynchronously sends a PDU to the given target.
<A extends Address> ResponseEvent<A>	Session.send(PDU pdu, Target<A> target, TransportMapping<? super A> transport)	Sends a PDU to the given target and returns the received response PDU encapsulated in a ResponseEvent object that also includes: the transport address of the response sending peer, the Target information of the target, the request PDU, the response PDU (if any).
<A extends Address> void	Session.send(PDU pdu, Target<A> target, TransportMapping<? super A> transport, Object userHandle, ResponseListener listener)	Asynchronously sends a PDU to the given target.
<A extends Address> ResponseEvent<A>	Snmp.send(PDU pdu, Target<A> target)	Sends the specified protocol data unit (PDU) to the given target address and returns the response event associated with the operation.
<A extends Address> void	Snmp.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 a PDU to the given target and if the PDU is a confirmed request, then the received response is returned synchronously.
<A extends Address> void	Snmp.send(PDU pdu, Target<A> target, TransportMapping<? super A> transport, Object userHandle, ResponseListener listener)
protected <A extends Address> void	MessageDispatcherImpl.sendMessage(TransportMapping<? super A> transport, A destAddress, byte[] message, TransportStateReference tmStateReference, long timeoutMillis, int maxRetries)	Sends a message using the TransportMapping that has been assigned for the supplied address type.
protected <A extends Address> PduHandle	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.
<A extends Address> PduHandle	MessageDispatcher.sendPdu(Target<A> target, PDU pdu, boolean expectResponse)	Sends a PDU to the supplied transport address.
<A extends Address> PduHandle	MessageDispatcher.sendPdu(TransportMapping<? super A> transportMapping, Target<A> target, PDU pdu, boolean expectResponse)	Sends a PDU to the supplied transport address.
<A extends Address> PduHandle	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 the PduHandle that uniquely identifies the request as response after the request has been sent and optional, if a PduHandleCallback is given, it returns also the PduHandle just before the request is sent through the the callback interface.
<A extends Address> PduHandle	MessageDispatcherImpl.sendPdu(Target<A> target, PDU pdu, boolean expectResponse)
<A extends Address> PduHandle	MessageDispatcherImpl.sendPdu(TransportMapping<? super A> transportMapping, Target<A> target, PDU pdu, boolean expectResponse)
<A extends Address> PduHandle	MessageDispatcherImpl.sendPdu(TransportMapping<? super A> transport, Target<A> target, PDU pdu, boolean expectResponse, PduHandleCallback<PDU> pduHandleCallback)
<A extends Address> ResponseEvent<A>	Snmp.set(PDU pdu, Target<A> target)	Sends a SET request to a target.

Methods in org.snmp4j that return Address

Modifier and Type	Method	Description
Address	TransportStateReference.getAddress()

Methods in org.snmp4j that return types with arguments of type Address

Modifier and Type	Method	Description
Class<? extends Address>	TransportMapping.getSupportedAddressClass()	Gets the primary Address class that is supported by this transport mapping.
default Set<Class<? extends Address>>	TransportMapping.getSupportedAddressClasses()	Return all Address classes supported by this transport mapping.
Collection<TransportMapping<? extends Address>>	MessageDispatcher.getTransportMappings()	Gets the Collection of transport mappings in this message dispatcher.
Collection<TransportMapping<? extends Address>>	MessageDispatcherImpl.getTransportMappings()	Gets a collection of all registered transport mappings.
TransportMapping<? extends Address>	MessageDispatcher.removeTransportMapping(TransportMapping<? extends Address> transport)	Removes a previously added TransportMapping from the dispatcher.
TransportMapping<? extends Address>	MessageDispatcherImpl.removeTransportMapping(TransportMapping<?> transport)	Removes a transport mapping.

Methods in org.snmp4j with parameters of type Address

Modifier and Type	Method	Description
boolean	Snmp.addNotificationListener(Address listenAddress, CommandResponder listener)	Adds a notification listener to this Snmp instance.
boolean	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)
protected void	MessageDispatcherImpl.checkOutgoingMsg(Address transportAddress, int messageProcessingModel, PDU pdu)	Checks outgoing messages for consistency between PDU and target used.
OctetString	Snmp.getCachedContextEngineId(Address targetAddress)	Get a cached RFC 5343 context engine ID for the specified address.
TransportMapping<?>	Snmp.getNotificationListenerTM(Address listenAddress)	Gets the transport mapping registered for the specified listen address.
TransportMapping<?>	Snmp.NotificationDispatcher.getTransportMapping(Address listenAddress)
protected void	Snmp.handleInternalResponse(PDU response, PDU pdu, Address target)
default boolean	TransportMapping.isAddressSupported(Address addressType)	Checks if the provided address can be used with this transport mapping.
default boolean	TransportMapping.isAddressSupported(Address addressType, boolean exactMatch)	Checks if the provided address can be used with this transport mapping.
OctetString	Snmp.removeCachedContextEngineId(Address target)	Remove a cached RFC 5343 context engine ID for the specified address and return it.
boolean	Snmp.NotificationDispatcher.removeNotificationListener(Address listenAddress)
boolean	Snmp.removeNotificationListener(Address listenAddress)	Removes (deletes) the notification listener for the specified transport endpoint.

Method parameters in org.snmp4j with type arguments of type Address

Modifier and Type	Method	Description
void	MessageDispatcher.addTransportMapping(TransportMapping<? extends Address> transport)	Adds a TransportMapping to the dispatcher.
void	Snmp.addTransportMapping(TransportMapping<? extends Address> transportMapping)	Adds a TransportMapping to this SNMP session.
TransportMapping<? extends Address>	MessageDispatcher.removeTransportMapping(TransportMapping<? extends Address> transport)	Removes a previously added TransportMapping from the dispatcher.
void	Snmp.removeTransportMapping(TransportMapping<? extends Address> transportMapping)	Removes the specified transport mapping from this SNMP session.

Constructors in org.snmp4j with parameters of type Address

Modifier	Constructor	Description
	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)

Constructor parameters in org.snmp4j with type arguments of type Address

Modifier	Constructor	Description
	Snmp(MessageDispatcher messageDispatcher, TransportMapping<? extends Address> transportMapping)	Creates a Snmp instance by supplying a MessageDispatcher and a TransportMapping.
	Snmp(TransportMapping<? extends Address> transportMapping)	Creates a Snmp instance that uses a MessageDispatcherImpl with all supported message processing models and the default security protocols for dispatching.

Uses of Address in org.snmp4j.event

Classes in org.snmp4j.event with type parameters of type Address

Modifier and Type	Class	Description
class	AuthenticationFailureEvent<A extends Address>	The AuthenticationFailureEvent class describes the source and type of an authentication failure as well as the message that caused the error.
class	ResponseEvent<A extends Address>	ResponseEvent associates a request PDU with the corresponding response and an optional user object.

Methods in org.snmp4j.event with type parameters of type Address

Modifier and Type	Method	Description
<A extends Address> void	AuthenticationFailureListener.authenticationFailure(AuthenticationFailureEvent<A> event)	Informs about an authentication failure occurred while processing the message contained in the supplied event object.
default <A extends Address> ResponseEvent<A>	ResponseEventFactory.createResponseEvent(Object source, A peerAddress, PDU request, PDU response, Object userObject, long durationNanos, Exception error)	Creates an ResponseEvent instance with an exception object indicating a message processing error.
<A extends Address> void	ResponseListener.onResponse(ResponseEvent<A> event)	Process a SNMP response.

Methods in org.snmp4j.event that return Address

Modifier and Type	Method	Description
Address	SnmpEngineEvent.getEngineAddress()	Returns the transport address of the engine.

Constructors in org.snmp4j.event with parameters of type Address

Modifier	Constructor	Description
	SnmpEngineEvent(MPv3 source, int type, OctetString engineID, Address engineAddress)

Uses of Address in org.snmp4j.fluent

Classes in org.snmp4j.fluent with type parameters of type Address

Modifier and Type	Class	Description
class	TargetBuilder<A extends Address>	The TargetBuilder class creates SNMP Target instances using a fluent flow.

Fields in org.snmp4j.fluent declared as Address

Modifier and Type	Field	Description
protected A	TargetBuilder.address

Methods in org.snmp4j.fluent with type parameters of type Address

Modifier and Type	Method	Description
static <A extends Address> TargetBuilder<A>	TargetBuilder.forAddress(SnmpBuilder snmpBuilder, A address)	Creates a TargetBuilder from a given SnmpBuilder which is used to discover authoritative engine ID and to get the security protocols to derive keys from passwords.
<A extends Address> void	SnmpCompletableFuture.onResponse(ResponseEvent<A> event)
static <A extends Address> SnmpCompletableFuture	SnmpCompletableFuture.send(Snmp snmp, Target<A> target, PDU pdu, Object... userObjects)	Sedn the given PDU using the provider Snmp session to the specified Target.
<A extends Address> TargetBuilder<A>	SnmpBuilder.target(A address)	Creates a TargetBuilder for the specified target Address.

Uses of Address in org.snmp4j.mp

Classes in org.snmp4j.mp with type parameters of type Address

Modifier and Type	Class	Description
protected static class	MPv3.CacheEntry<A extends Address>	The CacheEntry class holds state reference information for the MPv3 message processing model for a single message.
class	MutableStateReference<A extends Address>	The MutableStateReference encapsulates a StateReference for read/write access.
class	StateReference<A extends Address>	The StateReference class represents state information associated with SNMP messages.

Methods in org.snmp4j.mp with type parameters of type Address

Modifier and Type	Method	Description
<A extends Address> int	MessageProcessingModel.prepareDataElements(MessageDispatcher messageDispatcher, A transportAddress, BERInputStream wholeMsg, TransportStateReference tmStateReference, Integer32 messageProcessingModel, Integer32 securityModel, OctetString securityName, Integer32 securityLevel, MutablePDU pdu, PduHandle sendPduHandle, Integer32 maxSizeResponseScopedPDU, StatusInformation statusInformation, MutableStateReference<A> mutableStateReference)	Prepare data elements from an incoming SNMP message as described in RFC3412 §7.2.
<A extends Address> int	MPv1.prepareDataElements(MessageDispatcher messageDispatcher, A transportAddress, BERInputStream wholeMsg, TransportStateReference tmStateReference, Integer32 messageProcessingModel, Integer32 securityModel, OctetString securityName, Integer32 securityLevel, MutablePDU pdu, PduHandle sendPduHandle, Integer32 maxSizeResponseScopedPDU, StatusInformation statusInformation, MutableStateReference<A> mutableStateReference)
<A extends Address> int	MPv2c.prepareDataElements(MessageDispatcher messageDispatcher, A transportAddress, BERInputStream wholeMsg, TransportStateReference tmStateReference, Integer32 messageProcessingModel, Integer32 securityModel, OctetString securityName, Integer32 securityLevel, MutablePDU pdu, PduHandle sendPduHandle, Integer32 maxSizeResponseScopedPDU, StatusInformation statusInformation, MutableStateReference<A> mutableStateReference)
<A extends Address> int	MPv3.prepareDataElements(MessageDispatcher messageDispatcher, A transportAddress, BERInputStream wholeMsg, TransportStateReference tmStateReference, Integer32 messageProcessingModel, Integer32 securityModel, OctetString securityName, Integer32 securityLevel, MutablePDU pdu, PduHandle sendPduHandle, Integer32 maxSizeResponseScopedPDU, StatusInformation statusInformation, MutableStateReference<A> mutableStateReference)
<A extends Address> int	MPv3.prepareDataElements(MPv3ScopedPDUExtractor scopedPDUExtractor, MessageDispatcher messageDispatcher, A transportAddress, BERInputStream wholeMsg, TransportStateReference tmStateReference, Integer32 messageProcessingModel, Integer32 securityModel, OctetString securityName, Integer32 securityLevel, MutablePDU pdu, PduHandle sendPduHandle, Integer32 maxSizeResponseScopedPDU, StatusInformation statusInformation, MutableStateReference<A> mutableStateReference)	Prepare data elements from an incoming SNMP message as described in RFC3412 §7.2.
<A extends Address> int	MessageProcessingModel.prepareOutgoingMessage(A transportAddress, int maxMsgSize, int messageProcessingModel, int securityModel, byte[] securityName, int securityLevel, PDU pdu, boolean expectResponse, PduHandle sendPduHandle, BEROutputStream outgoingMessage, TransportStateReference tmStateReference)	Prepares an outgoing message as defined in RFC3412 §7.1.
<A extends Address> int	MPv1.prepareOutgoingMessage(A transportAddress, int maxMessageSize, int messageProcessingModel, int securityModel, byte[] securityName, int securityLevel, PDU pdu, boolean expectResponse, PduHandle sendPduHandle, BEROutputStream outgoingMessage, TransportStateReference tmStateReference)
<A extends Address> int	MPv2c.prepareOutgoingMessage(A transportAddress, int maxMessageSize, int messageProcessingModel, int securityModel, byte[] securityName, int securityLevel, PDU pdu, boolean expectResponse, PduHandle sendPduHandle, BEROutputStream outgoingMessage, TransportStateReference tmStateReference)
<A extends Address> int	MPv3.prepareOutgoingMessage(A transportAddress, int maxMessageSize, int messageProcessingModel, int securityModel, byte[] securityName, int securityLevel, PDU pdu, boolean expectResponse, PduHandle sendPduHandle, BEROutputStream outgoingMessage, TransportStateReference tmStateReference)
<A extends Address> int	MessageProcessingModel.prepareResponseMessage(int messageProcessingModel, int maxMsgSize, int securityModel, byte[] securityName, int securityLevel, PDU pdu, int maxSizeResponseScopedPDU, StateReference<A> stateReference, StatusInformation statusInformation, BEROutputStream outgoingMessage)	Prepares a response message as defined in RFC3412 §7.1.
<A extends Address> int	MPv1.prepareResponseMessage(int messageProcessingModel, int maxMessageSize, int securityModel, byte[] securityName, int securityLevel, PDU pdu, int maxSizeResponseScopedPDU, StateReference<A> stateReference, StatusInformation statusInformation, BEROutputStream outgoingMessage)
<A extends Address> int	MPv2c.prepareResponseMessage(int messageProcessingModel, int maxMessageSize, int securityModel, byte[] securityName, int securityLevel, PDU pdu, int maxSizeResponseScopedPDU, StateReference<A> stateReference, StatusInformation statusInformation, BEROutputStream outgoingMessage)
<A extends Address> int	MPv3.prepareResponseMessage(int messageProcessingModel, int maxMessageSize, int securityModel, byte[] securityName, int securityLevel, PDU pdu, int maxSizeResponseScopedPDU, StateReference<A> stateReference, StatusInformation statusInformation, BEROutputStream outgoingMessage)
<A extends Address> Integer	MPv3.validatePreparedPDU(OctetString securityName, Integer32 securityLevel, ScopedPDU scopedPdu, MPv3.HeaderData header, OctetString securityEngineID, SecurityModel secModel, StateReference<A> stateReference, SecurityStateReference secStateReference, PduHandle sendPduHandle, MutableStateReference<A> mutableStateReference, StatusInformation statusInformation)	Validates the prepared PDU (Protocol Data Unit) for conformance to SNMPv3 message processing.
default <A extends Address> Integer	MPv3ScopedPDUExtractor.validatePreparedPDU(OctetString securityName, Integer32 securityLevel, ScopedPDU scopedPdu, MPv3.HeaderData header, OctetString securityEngineID, SecurityModel secModel, StateReference<A> stateReference, SecurityStateReference secStateReference, PduHandle sendPduHandle, MutableStateReference<A> mutableStateReference, StatusInformation statusInformation)	Validates the prepared PDU (Protocol Data Unit) for conformance to SNMPv3 message processing.

Methods in org.snmp4j.mp that return types with arguments of type Address

Modifier and Type	Method	Description
Map<Address, OctetString>	MPv3.EngineIdCacheFactory.createEngineIdMap(EngineIdCacheSize maximumCapacity)	Create a engine ID map with the given maximum capacity.

Methods in org.snmp4j.mp with parameters of type Address

Modifier and Type	Method	Description
boolean	MPv3.addEngineID(Address address, OctetString engineID)	Adds an engine ID (other than the local engine ID) to the internal storage.
protected OctetString	MPv3.addEngineIdToCache(Address address, OctetString engineID)	Put the engine ID for the given address into the internal cache.
OctetString	MPv3.getEngineID(Address address)	Gets the engine ID associated with the supplied address from the local storage and fires the corresponding SnmpEngineEvent.
OctetString	MPv3.removeEngineID(Address address)	Removes an engine ID association from the local storage and fires the corresponding SnmpEngineEvent.

Uses of Address in org.snmp4j.security

Methods in org.snmp4j.security with parameters of type Address

Modifier and Type	Method	Description
protected String	TSM.getTransportDomainPrefix(Address address)

Uses of Address in org.snmp4j.smi

Classes in org.snmp4j.smi that implement Address

Modifier and Type	Class	Description
class	DtlsAddress	The TlsAddress represents a TLS transport address as defined by RFC 5953 SnmpTSLAddress textual convention.
class	GenericAddress	The GenericAddress implements the decorator and factory design pattern to provide a generic address type.
class	IpAddress	The IpAddress class represents an IPv4 address SNMP variable.
class	SMIAddress	A SMIAddress is an address that is defined by the Structure of Management Information (SMI) and can be thereby serialized through the Basic Encoding Rules (BER) used by the SNMP protocol.
class	TcpAddress	The TcpAddress represents TCP/IP transport addresses.
class	TlsAddress	The TlsAddress represents a TLS transport addresses as defined by RFC 5953 SnmpTSLAddress textual convention.
class	TransportIpAddress	The TransportIpAddress is the abstract base class for all transport addresses on top of IP network addresses.
class	UdpAddress	The UdpAddress represents UDP/IP transport addresses.

Methods in org.snmp4j.smi that return Address

Modifier and Type	Method	Description
Address	GenericAddress.getAddress()
static Address	GenericAddress.newLocalAddress(String transportDomainPrefix)	Creates a new instance of the specified address type string (see GenericAddress.TYPE_UDP for example) using its default constructor which creates an address usable as local address of an communication endpoint.
static Address	DtlsAddress.parse(String address)
static Address	GenericAddress.parse(String address)	Parses a given transport protocol dependent address string into an Address instance that is subsumed by this GenericAddress object.
static Address	IpAddress.parse(String address)	Parses an IP address string and returns the corresponding IpAddress instance.
static Address	TcpAddress.parse(String address)
static Address	TlsAddress.parse(String address)
static Address	TransportIpAddress.parse(String address)
static Address	UdpAddress.parse(String address)

Method parameters in org.snmp4j.smi with type arguments of type Address

Modifier and Type	Method	Description
static String	GenericAddress.getTDomainPrefix(Class<? extends Address> addressClass)	Gets the transport domain prefix string (lowercase) for a supplied Address class.

Uses of Address in org.snmp4j.transport

Classes in org.snmp4j.transport with type parameters of type Address

Modifier and Type	Class	Description
class	AbstractConnectionOrientedTransportMapping<A extends Address, S extends AbstractSocketEntry<A>>	The AbstractConnectionOrientedTransportMapping implements generic functions for a connection oriented transport mapping for server and client connections.
class	AbstractServerSocket<A extends Address>	The AbstractServerSocket interface provides methods to manage the sockets of a connection oriented transport mapping listening for incoming requests.
class	AbstractSocketEntry<A extends Address>	The AbstractSocketEntry extends the AbstractServerSocket and implements a generic Address to SocketChannel mapping to be used by TransportMapping.
class	AbstractTransportMapping<A extends Address>	The AbstractTransportMapping provides an abstract implementation for the message dispatcher list and the maximum inbound message size.
class	AbstractTransportServerThread<A extends Address, S extends AbstractSocketEntry<A>>	The AbstractTransportServerThread is a WorkerTask that serves server connections using Java NIO for ConnectionOrientedTransportMappings.
interface	ConnectionOrientedTransportMapping<A extends Address>	Transport mappings for connection oriented transport protocols have to implement this interface.
class	SocketTimeout<A extends Address>	The SocketTimeout is a TimerTask that provides means to detect when a socket is not used for predefined time and then close the socket and free its resources.

Fields in org.snmp4j.transport declared as Address

Modifier and Type	Field	Description
protected final A	AbstractTransportServerThread.serverAddress

Methods in org.snmp4j.transport with type parameters of type Address

Modifier and Type	Method	Description
<A extends Address> TransportMapping<A>	TransportMappings.createTransportMapping(A transportAddress)	Returns a TransportMapping instance that is initialized with the supplied transport address.
<A extends Address> void	TransportListener.processMessage(TransportMapping<? super A> sourceTransport, A incomingAddress, ByteBuffer wholeMessage, TransportStateReference tmStateReference)	Processes an incoming message.
<A extends Address> void	TransportMappings.registerTransportMapping(Class<? extends TransportMapping<A>> transportMappingClass, Class<A> addressClass)	Register a transport mapping to be recognised by this TransportMappings singleton.
<A extends Address> Class<? extends TransportMapping<?>>	TransportMappings.unregisterTransportMapping(Class<A> addressClass)	Unregister an address class from the corresponding transport mapping.

Methods in org.snmp4j.transport that return Address

Modifier and Type	Method	Description
Address	TransportStateEvent.getPeerAddress()

Methods in org.snmp4j.transport that return types with arguments of type Address

Modifier and Type	Method	Description
Class<? extends Address>	UnsupportedAddressClassException.getAddressClass()	Returns the class of the address class that is not supported.
abstract Class<? extends Address>	AbstractTransportMapping.getSupportedAddressClass()
Class<? extends Address>	DTLSTM.getSupportedAddressClass()
Class<? extends Address>	DummyTransport.DummyTransportResponder.getSupportedAddressClass()
Class<? extends Address>	DummyTransport.getSupportedAddressClass()
Class<? extends Address>	TcpTransportMapping.getSupportedAddressClass()
Class<? extends Address>	TLSTM.getSupportedAddressClass()
Class<? extends Address>	UdpTransportMapping.getSupportedAddressClass()
Set<Class<? extends Address>>	DTLSTM.getSupportedAddressClasses()	Returns a set of DtlsAddress and UdpAddress.

Constructors in org.snmp4j.transport with parameters of type Address

Modifier	Constructor	Description
	TransportStateEvent(AbstractTransportMapping<?> source, Address peerAddress, int newState, IOException causingException)
	TransportStateEvent(AbstractTransportMapping<?> source, Address peerAddress, int newState, IOException causingException, List<byte[]> discardedMessages)

Constructor parameters in org.snmp4j.transport with type arguments of type Address

Modifier	Constructor	Description
	UnsupportedAddressClassException(String message, Class<? extends Address> addressClass)

Uses of Address in org.snmp4j.transport.tls

Classes in org.snmp4j.transport.tls with type parameters of type Address

Modifier and Type	Class	Description
class	TlsX509CertifiedTarget<A extends Address>	The TlsCertifiedTarget extends the CertifiedTarget class by means to provide a TlsTmSecurityCallback reference directly with the target as needed according to RFC 6353 §5.3.1 when establishing a connection based on the SNMP-TARGET-MIB as client.

Methods in org.snmp4j.transport.tls with parameters of type Address

Modifier and Type	Method	Description
void	DefaultTlsTmSecurityCallback.addLocalCertMapping(Address address, String certAlias)	Map a target address to a local certificate alias.
String	DefaultTlsTmSecurityCallback.getLocalCertificateAlias(Address targetAddress)
String	PropertiesTlsTmSecurityCallback.getLocalCertificateAlias(Address targetAddress)
String	TlsTmSecurityCallback.getLocalCertificateAlias(Address targetAddress)	Gets the local certificate alias to be used for the supplied target address.
String	TlsTmSecurityCallbackProxy.getLocalCertificateAlias(Address targetAddress)
String	DefaultTlsTmSecurityCallback.removeLocalCertMapping(Address address)	Remove the local certificate mapping for the given target address.

Uses of Address in org.snmp4j.uri

Classes in org.snmp4j.uri with type parameters of type Address

Modifier and Type	Class	Description
class	SnmpURI<A extends Address>	The SnmpURI class provides a SNMP service based on the SNMP URI as defined by RFC 4088.

Uses of Address in org.snmp4j.util

Methods in org.snmp4j.util with type parameters of type Address

Modifier and Type	Method	Description
protected <A extends Address> boolean	TableUtils.TableRequest.checkResponse(ResponseEvent<A> event)
<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.
<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.
<A extends Address> TransportMapping<? super A>	MultiThreadedMessageDispatcher.getTransport(A destAddress)	Deprecated.
<A extends Address> TransportMapping<? super A>	MultiThreadedMessageDispatcher.getTransport(A destAddress, TransportType transportType)
<A extends Address> void	TableUtils.DenseTableRequest.onResponse(ResponseEvent<A> event)
<A extends Address> void	TableUtils.TableRequest.onResponse(ResponseEvent<A> event)
<A extends Address> void	MultiThreadedMessageDispatcher.processMessage(TransportMapping<? super A> sourceTransport, A incomingAddress, ByteBuffer wholeMessage, TransportStateReference tmStateReference)
<A extends Address> int	MultiThreadedMessageDispatcher.returnResponsePdu(int messageProcessingModel, int securityModel, byte[] securityName, int securityLevel, PDU pdu, int maxSizeResponseScopedPDU, StateReference<A> stateReference, StatusInformation statusInformation)
<A extends Address> PduHandle	MultiThreadedMessageDispatcher.sendPdu(Target<A> target, PDU pdu, boolean expectResponse)
<A extends Address> PduHandle	MultiThreadedMessageDispatcher.sendPdu(TransportMapping<? super A> transportMapping, Target<A> target, PDU pdu, boolean expectResponse)
<A extends Address> PduHandle	MultiThreadedMessageDispatcher.sendPdu(TransportMapping<? super A> transportMapping, Target<A> target, PDU pdu, boolean expectResponse, PduHandleCallback<PDU> callback)

Methods in org.snmp4j.util that return Address

Modifier and Type	Method	Description
Address	SnmpConfigurator.getBindAddress(Map<String, List<Object>> settings)

Methods in org.snmp4j.util that return types with arguments of type Address

Modifier and Type	Method	Description
Target<? super Address>	SnmpConfigurator.getTarget(Map<String, List<Object>> settings)
Collection<TransportMapping<? extends Address>>	MultiThreadedMessageDispatcher.getTransportMappings()

Method parameters in org.snmp4j.util with type arguments of type Address

Modifier and Type	Method	Description
void	MultiThreadedMessageDispatcher.addTransportMapping(TransportMapping<? extends Address> transport)
TransportMapping<?>	MultiThreadedMessageDispatcher.removeTransportMapping(TransportMapping<? extends Address> transport)