Uses of Class
org.ietf.jgss.GSSException

Packages that use GSSException

org.ietf.jgss

This package presents a framework that allows application developers to make use of security services like authentication, data integrity and data confidentiality from a variety of underlying security mechanisms like Kerberos, using a unified API.

Uses of GSSException in org.ietf.jgss

Methods in org.ietf.jgss that throw GSSException

byte[]	GSSContext.initSecContext(byte[] inputBuf, int offset, int len) Called by the context initiator to start the context creation phase and process any tokens generated by the peer's acceptSecContext method.
int	GSSContext.initSecContext(InputStream inStream, OutputStream outStream) Called by the context initiator to start the context creation phase and process any tokens generated by the peer's acceptSecContext method using streams.
byte[]	GSSContext.acceptSecContext(byte[] inToken, int offset, int len) Called by the context acceptor upon receiving a token from the peer.
void	GSSContext.acceptSecContext(InputStream inStream, OutputStream outStream) Called by the context acceptor to process a token from the peer using streams.
void	GSSContext.dispose() Releases any system resources and cryptographic information stored in the context object and invalidates the context.
int	GSSContext.getWrapSizeLimit(int qop, boolean confReq, int maxTokenSize) Used to determine limits on the size of the message that can be passed to wrap.
byte[]	GSSContext.wrap(byte[] inBuf, int offset, int len, MessageProp msgProp) Applies per-message security services over the established security context.
void	GSSContext.wrap(InputStream inStream, OutputStream outStream, MessageProp msgProp) Applies per-message security services over the established security context using streams.
byte[]	GSSContext.unwrap(byte[] inBuf, int offset, int len, MessageProp msgProp) Used to process tokens generated by the wrap method on the other side of the context.
void	GSSContext.unwrap(InputStream inStream, OutputStream outStream, MessageProp msgProp) Uses streams to process tokens generated by the wrap method on the other side of the context.
byte[]	GSSContext.getMIC(byte[] inMsg, int offset, int len, MessageProp msgProp) Returns a token containing a cryptographic Message Integrity Code (MIC) for the supplied message, for transfer to the peer application.
void	GSSContext.getMIC(InputStream inStream, OutputStream outStream, MessageProp msgProp) Uses streams to produce a token containing a cryptographic MIC for the supplied message, for transfer to the peer application.
void	GSSContext.verifyMIC(byte[] inToken, int tokOffset, int tokLen, byte[] inMsg, int msgOffset, int msgLen, MessageProp msgProp) Verifies the cryptographic MIC, contained in the token parameter, over the supplied message.
void	GSSContext.verifyMIC(InputStream tokStream, InputStream msgStream, MessageProp msgProp) Uses streams to verify the cryptographic MIC, contained in the token parameter, over the supplied message.
byte[]	GSSContext.export() Exports this context so that another process may import it..
void	GSSContext.requestMutualAuth(boolean state) Requests that mutual authentication be done during context establishment.
void	GSSContext.requestReplayDet(boolean state) Requests that replay detection be enabled for the per-message security services after context establishemnt.
void	GSSContext.requestSequenceDet(boolean state) Requests that sequence checking be enabled for the per-message security services after context establishemnt.
void	GSSContext.requestCredDeleg(boolean state) Requests that the initiator's credentials be delegated to the acceptor during context establishment.
void	GSSContext.requestAnonymity(boolean state) Requests that the initiator's identity not be disclosed to the acceptor.
void	GSSContext.requestConf(boolean state) Requests that data confidentiality be enabled for the wrap method.
void	GSSContext.requestInteg(boolean state) Requests that data integrity be enabled for the wrap and getMICmethods.
void	GSSContext.requestLifetime(int lifetime) Requests a lifetime in seconds for the context.
void	GSSContext.setChannelBinding(ChannelBinding cb) Sets the channel bindings to be used during context establishment.
boolean	GSSContext.isTransferable() Determines if the context is transferable to other processes through the use of the export method.
GSSName	GSSContext.getSrcName() Returns the name of the context initiator.
GSSName	GSSContext.getTargName() Returns the name of the context acceptor.
Oid	GSSContext.getMech() Determines what mechanism is being used for this context.
GSSCredential	GSSContext.getDelegCred() Obtains the credentials delegated by the context initiator to the context acceptor.
boolean	GSSContext.isInitiator() Determines if this is the context initiator.
void	GSSCredential.dispose() Releases any sensitive information that the GSSCredential object may be containing.
GSSName	GSSCredential.getName() Retrieves the name of the entity that the credential asserts.
GSSName	GSSCredential.getName(Oid mech) Retrieves a Mechanism Name of the entity that the credential asserts.
int	GSSCredential.getRemainingLifetime() Returns the remaining lifetime in seconds for a credential.
int	GSSCredential.getRemainingInitLifetime(Oid mech) Returns the lifetime in seconds for the credential to remain capable of initiating security contexts using the specified mechanism.
int	GSSCredential.getRemainingAcceptLifetime(Oid mech) Returns the lifetime in seconds for the credential to remain capable of accepting security contexts using the specified mechanism.
int	GSSCredential.getUsage() Returns the credential usage mode.
int	GSSCredential.getUsage(Oid mech) Returns the credential usage mode for a specific mechanism.
Oid[]	GSSCredential.getMechs() Returns a list of mechanisms supported by this credential.
void	GSSCredential.add(GSSName name, int initLifetime, int acceptLifetime, Oid mech, int usage) Adds a mechanism specific credential-element to an existing credential.
abstract Oid[]	GSSManager.getNamesForMech(Oid mech) Returns then name types supported by the indicated mechanism.
abstract GSSName	GSSManager.createName(String nameStr, Oid nameType) Factory method to convert a string name from the specified namespace to a GSSName object.
abstract GSSName	GSSManager.createName(byte[] name, Oid nameType) Factory method to convert a byte array containing a name from the specified namespace to a GSSName object.
abstract GSSName	GSSManager.createName(String nameStr, Oid nameType, Oid mech) Factory method to convert a string name from the specified namespace to a GSSName object and canonicalize it at the same time for a mechanism.
abstract GSSName	GSSManager.createName(byte[] name, Oid nameType, Oid mech) Factory method to convert a byte array containing a name from the specified namespace to a GSSName object and canonicalize it at the same time for a mechanism.
abstract GSSCredential	GSSManager.createCredential(int usage) Factory method for acquiring default credentials.
abstract GSSCredential	GSSManager.createCredential(GSSName name, int lifetime, Oid mech, int usage) Factory method for acquiring a single mechanism credential.
abstract GSSCredential	GSSManager.createCredential(GSSName name, int lifetime, Oid[] mechs, int usage) Factory method for acquiring credentials over a set of mechanisms.
abstract GSSContext	GSSManager.createContext(GSSName peer, Oid mech, GSSCredential myCred, int lifetime) Factory method for creating a context on the initiator's side.
abstract GSSContext	GSSManager.createContext(GSSCredential myCred) Factory method for creating a context on the acceptor' side.
abstract GSSContext	GSSManager.createContext(byte[] interProcessToken) Factory method for creating a previously exported context.
abstract void	GSSManager.addProviderAtFront(Provider p, Oid mech) This method is used to indicate to the GSSManager that the application would like a particular provider to be used ahead of all others when support is desired for the given mechanism.
abstract void	GSSManager.addProviderAtEnd(Provider p, Oid mech) This method is used to indicate to the GSSManager that the application would like a particular provider to be used if no other provider can be found that supports the given mechanism.
boolean	GSSName.equals(GSSName another) Compares two GSSName objects to determine if they refer to the same entity.
GSSName	GSSName.canonicalize(Oid mech) Creates a name that is canonicalized for some mechanism.
byte[]	GSSName.export() Returns a canonical contiguous byte representation of a mechanism name (MN), suitable for direct, byte by byte comparison by authorization functions.
Oid	GSSName.getStringNameType() Returns the name type of the printable representation of this name that can be obtained from the toString method.
byte[]	Oid.getDER() Returns the full ASN.1 DER encoding for this oid object, which includes the tag and length.

Constructors in org.ietf.jgss that throw GSSException

Oid(String strOid)
Constructs an Oid object from a string representation of its integer components.

Oid(InputStream derOid)
Creates an Oid object from its ASN.1 DER encoding.

Oid(byte[] data)
Creates an Oid object from its ASN.1 DER encoding.