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Uses of Class java.lang.IllegalStateException

Uses in package gnu.javax.crypto.mode

Methods which throw type java.lang.IllegalStateException

void
BaseMode.init(Map<K,V> attributes)
Initialises the algorithm with designated attributes.
void
BaseMode.update(byte[] in, int inOffset, byte[] out, int outOffset)
void
IMode.update(byte[] in, int inOffset, byte[] out, int outOffset)
A convenience method.

Uses in package java.nio.channels

Classes derived from java.lang.IllegalStateException

class
AlreadyConnectedException
class
CancelledKeyException
class
ClosedSelectorException
class
ConnectionPendingException
class
IllegalBlockingModeException
class
NoConnectionPendingException
class
NonReadableChannelException
class
NonWritableChannelException
class
NotYetBoundException
class
NotYetConnectedException
class
OverlappingFileLockException

Uses in package java.awt.dnd

Classes derived from java.lang.IllegalStateException

class
InvalidDnDOperationException
Thrown when a method in the java.awt.dnd package is unable to perform a requested operation, usually because the underlying DnD system is in the wrong state.

Uses in package gnu.javax.crypto.pad

Methods which throw type java.lang.IllegalStateException

void
BasePad.init(int bs)
void
IPad.init(int bs)
Initialises the padding scheme with a designated block size.
void
BasePad.init(Map<K,V> attributes)
Initialises the algorithm with designated attributes.
void
IPad.init(Map<K,V> attributes)
Initialises the algorithm with designated attributes.

Uses in package gnu.java.security.sig.rsa

Methods which throw type java.lang.IllegalStateException

Object
RSAPKCS1V1_5Signature.generateSignature()
Object
RSAPSSSignature.generateSignature()
boolean
RSAPKCS1V1_5Signature.verifySignature(Object sig)
boolean
RSAPSSSignature.verifySignature(Object sig)

Uses in package javax.swing

Methods which throw type java.lang.IllegalStateException

void
TransferHandler.exportToClipboard(JComponent c, Clipboard clip, int action)
Exports the property of the component c that was specified for this TransferHandler to the clipboard, performing the specified action.

Uses in package javax.transaction

Methods which throw type java.lang.IllegalStateException

void
TransactionManager.commit()
void
UserTransaction.commit()
boolean
Transaction.delistResource(XAResource xaRes, int flag)
boolean
Transaction.enlistResource(XAResource xaRes)
void
Transaction.registerSynchronization(Synchronization sync)
void
TransactionManager.resume(Transaction tobj)
void
Transaction.rollback()
void
TransactionManager.rollback()
void
UserTransaction.rollback()
void
Transaction.setRollbackOnly()
void
TransactionManager.setRollbackOnly()
void
UserTransaction.setRollbackOnly()

Uses in package java.awt

Classes derived from java.lang.IllegalStateException

class
IllegalComponentStateException
This exception is thrown when the requested operation failed because a component was not in the proper state.

Uses in package javax.crypto

Methods which throw type java.lang.IllegalStateException

byte[]
Cipher.doFinal()
Finishes a multi-part transformation, and returns the final transformed bytes.
byte[]
Mac.doFinal()
Finishes the computation of a MAC and returns the digest.
byte[]
Cipher.doFinal(byte[] input)
Finishes a multi-part transformation or does an entire transformation on the input, and returns the transformed bytes.
byte[]
Mac.doFinal(byte[] input)
Finishes the computation of a MAC with a final byte array (or computes a MAC over those bytes only) and returns the digest.
int
Cipher.doFinal(byte[] output, int outputOffset)
Finishes a multi-part transformation and stores the transformed bytes into the given array.
void
Mac.doFinal(byte[] output, int outOffset)
Finishes the computation of a MAC and places the result into the given array.
byte[]
Cipher.doFinal(byte[] input, int inputOffset, int inputLength)
Finishes a multi-part transformation or does an entire transformation on the input, and returns the transformed bytes.
int
Cipher.doFinal(byte[] input, int inputOffset, int inputLength, byte[] output)
int
Cipher.doFinal(byte[] input, int inputOffset, int inputLength, byte[] output, int outputOffset)
Finishes a multi-part transformation or transforms a portion of a byte array, and stores the result in the given byte array.
Key
KeyAgreement.doPhase(Key key, boolean lastPhase)
Do a phase in the key agreement.
Key
KeyAgreementSpi.engineDoPhase(Key key, boolean lastPhase)
Do a phase in the key agreement.
byte[]
KeyAgreementSpi.engineGenerateSecret()
Generate the shared secret in a new byte array.
int
KeyAgreementSpi.engineGenerateSecret(byte[] sharedSecret, int offset)
Generate the shared secret, storing it into the specified array.
SecretKey
KeyAgreementSpi.engineGenerateSecret(String algorithm)
Generate the shared secret and return it as a SecretKey.
byte[]
ExemptionMechanism.genExemptionBlob()
int
ExemptionMechanism.genExemptionBlob(byte[] output)
int
ExemptionMechanism.genExemptionBlob(byte[] output, int outputOffset)
byte[]
KeyAgreement.generateSecret()
Generate the shared secret in a new byte array.
int
KeyAgreement.generateSecret(byte[] sharedSecret, int offset)
Generate the shared secret and store it into the supplied array.
SecretKey
KeyAgreement.generateSecret(String algorithm)
Generate the shared secret and return it as an appropriate SecretKey.
int
Cipher.getOutputSize(int inputLength)
Returns the size an output buffer needs to be if this cipher is updated with a number of bytes.
int
ExemptionMechanism.getOutputSize(int inputLength)
Key
Cipher.unwrap(byte[] wrappedKey, String wrappedKeyAlgorithm, int wrappedKeyType)
Unwrap a previously-wrapped key.
void
Mac.update(byte input)
Update the computation with a single byte.
byte[]
Cipher.update(byte[] input)
Continue a multi-part transformation on an entire byte array, returning the transformed bytes.
void
Mac.update(byte[] input)
Update the computation with a byte array.
byte[]
Cipher.update(byte[] input, int inputOffset, int inputLength)
Continue a multi-part transformation on part of a byte array, returning the transformed bytes.
void
Mac.update(byte[] input, int offset, int length)
Update the computation with a portion of a byte array.
int
Cipher.update(byte[] input, int inputOffset, int inputLength, byte[] output)
Continue a multi-part transformation on part of a byte array, placing the transformed bytes into the given array.
int
Cipher.update(byte[] input, int inputOffset, int inputLength, byte[] output, int outputOffset)
Continue a multi-part transformation on part of a byte array, placing the transformed bytes into the given array.
byte[]
Cipher.wrap(Key key)
Wrap a key.

Uses in package gnu.javax.crypto.mac

Methods which throw type java.lang.IllegalStateException

void
BaseMac.init(Map<K,V> attributes)
Initialises the algorithm with designated attributes.
void
HMac.init(Map<K,V> attributes)
void
IMac.init(Map<K,V> attributes)
Initialises the algorithm with designated attributes.
void
TMMH16.init(Map<K,V> attributes)
void
UHash32.init(Map<K,V> attributes)
void
UMac32.init(Map<K,V> attributes)
Initialising a UMAC instance consists of defining values for the following parameters:
  1. Key Material: as the value of the attribute entry keyed by IMac.MAC_KEY_MATERIAL.

Uses in package java.nio

Classes derived from java.lang.IllegalStateException

class
InvalidMarkException

Uses in package gnu.java.security.sig

Methods which throw type java.lang.IllegalStateException

Object
BaseSignature.generateSignature()
Object
ISignature.sign()
Terminates a signature generation phase by digesting and processing the context of the underlying message digest algorithm instance.
void
ISignature.update(byte b)
Digests one byte of a message for signing or verification purposes.
void
ISignature.update(byte[] buffer, int offset, int length)
Digests a sequence of bytes from a message for signing or verification purposes.
boolean
ISignature.verify(Object signature)
Terminates a signature verification phase by digesting and processing the context of the underlying message digest algorithm instance.
boolean
BaseSignature.verifySignature(Object signature)

Uses in package java.util.regex

Methods which throw type java.lang.IllegalStateException

Matcher
Matcher.appendReplacement(StringBuffer sb, String replacement)
int
Matcher.end()
int
Matcher.end(int group)
String
Matcher.group(int group)
int
Matcher.start()
int
Matcher.start(int group)

Uses in package gnu.javax.crypto.cipher

Methods which throw type java.lang.IllegalStateException

int
IBlockCipher.currentBlockSize()
Returns the currently set block size for this instance.
void
BaseCipher.decryptBlock(byte[] in, int inOffset, byte[] out, int outOffset)
Decrypts exactly one block of ciphertext.
void
IBlockCipher.decryptBlock(byte[] in, int inOffset, byte[] out, int outOffset)
Decrypts exactly one block of ciphertext.
void
BaseCipher.encryptBlock(byte[] in, int inOffset, byte[] out, int outOffset)
Encrypts exactly one block of plaintext.
void
IBlockCipher.encryptBlock(byte[] in, int inOffset, byte[] out, int outOffset)
Encrypts exactly one block of plaintext.
void
IBlockCipher.init(Map<K,V> attributes)
Initialises the algorithm with designated attributes.

Uses in package gnu.javax.sound.midi.alsa

Methods which throw type java.lang.IllegalStateException

void
AlsaPortDevice.AlsaReceiver.send(MidiMessage message, long timeStamp)

Uses in package javax.swing.text.html

Methods which throw type java.lang.IllegalStateException

HTMLEditorKit.ParserCallback
HTMLDocument.getInsertingReader(int pos, int popDepth, int pushDepth, HTML.Tag insertTag, Element parent)
Gets the reader for the parser to use when inserting the HTML fragment into the document.

Uses in package gnu.javax.crypto.assembly

Methods which throw type java.lang.IllegalStateException

int
Stage.currentBlockSize()
Returns the currently set block size for the stage.

Uses in package java.util.jar

Methods which throw type java.lang.IllegalStateException

Enumeration
JarFile.entries()
Returns a enumeration of all the entries in the JarFile.

Uses in package javax.sound.midi

Methods which throw type java.lang.IllegalStateException

void
Receiver.send(MidiMessage message, long timeStamp)
Send a MIDI message and timestamp.

Uses in package gnu.java.security.sig.dss

Methods which throw type java.lang.IllegalStateException

Object
DSSSignature.generateSignature()
boolean
DSSSignature.verifySignature(Object sig)

Uses in package gnu.java.security.prng

Methods which throw type java.lang.IllegalStateException

byte
BasePRNG.nextByte()
byte
IRandom.nextByte()
Returns the next 8 bits of random data generated from this instance.
void
BasePRNG.nextBytes(byte[] out)
void
BasePRNG.nextBytes(byte[] out, int offset, int length)
void
IRandom.nextBytes(byte[] out, int offset, int length)
Fills the designated byte array, starting from byte at index offset, for a maximum of length bytes with the output of this generator instance.

Uses in package java.util

Classes derived from java.lang.IllegalStateException

class
FormatterClosedException
Thrown when a method is called on a Formatter but it has already been closed.

Methods which throw type java.lang.IllegalStateException

String
Scanner.findWithinHorizon(String pattern, int horizon)
Compile the pattern and call findWithinHorizon(Pattern,int).
String
Scanner.findWithinHorizon(Pattern pattern, int horizon)
Trys to match the pattern within the given horizon.
boolean
Scanner.hasNext()
Checks if there is any next String using the current delimiter.
boolean
Scanner.hasNext(String pattern)
Compiles the pattern to a Pattern and calls hasNext(Pattern).
boolean
Scanner.hasNext(Pattern pattern)
Searches the pattern in the next subString before the next current delimiter.
boolean
Scanner.hasNextBigDecimal()
Checks if the string to the next delimiter can be interpreted as a BigDecimal number.
boolean
Scanner.hasNextBigInteger()
Checks if the string to the next delimiter can be interpreted as a BigInteger number.
boolean
Scanner.hasNextBigInteger(int radix)
Checks if the string to the next delimiter can be interpreted as a BigInteger number.
boolean
Scanner.hasNextBoolean()
Checks if the next string could be a boolean.
boolean
Scanner.hasNextByte()
Checks if the string to the next delimiter can be interpreted as a byte number.
boolean
Scanner.hasNextByte(int radix)
Checks if the string to the next delimiter can be interpreted as a byte number with the given radix.
boolean
Scanner.hasNextDouble()
Checks if the string to the next delimiter can be interpreted as a double number.
boolean
Scanner.hasNextFloat()
Checks if the string to the next delimiter can be interpreted as a double number.
boolean
Scanner.hasNextInt()
Checks if the string to the next delimiter can be interpreted as an int number.
boolean
Scanner.hasNextInt(int radix)
Checks if the string to the next delimiter can be interpreted as an int number with the given radix.
boolean
Scanner.hasNextLine()
Checks if there is a current line, which ends at the next line break or the end of the input.
boolean
Scanner.hasNextLong()
Checks if the string to the next delimiter can be interpreted as a long number.
boolean
Scanner.hasNextLong(int radix)
Checks if the string to the next delimiter can be interpreted as a long number with the given radix.
boolean
Scanner.hasNextShort()
Checks if the string to the next delimiter can be interpreted as a short number with the given radix.
boolean
Scanner.hasNextShort(int radix)
Checks if the string to the next delimiter can be interpreted as a short number.
String
Scanner.next()
Uses the current delimiter to find the next string in the buffer.
String
Scanner.next(String pattern)
Tries to match the buffer with the given pattern.
String
Scanner.next(Pattern pattern)
Tries to match the buffer with the given pattern.
BigDecimal
Scanner.nextBigDecimal()
Tries to interpret the next string as a BigDecimal value.
BigInteger
Scanner.nextBigInteger()
Tries to interpret the next string as a BigInteger value.
BigInteger
Scanner.nextBigInteger(int radix)
Tries to interpret the next string as a BigInteger value with the given radix.
boolean
Scanner.nextBoolean()
Tries to interpret the next string to the delimiter as a boolean value, ignoring case.
byte
Scanner.nextByte()
Tries to interpret the next string as a byte value.
byte
Scanner.nextByte(int radix)
Tries to interpret the next string as a byte value with the given radix.
double
Scanner.nextDouble()
Tries to interpret the next string as a double value.
float
Scanner.nextFloat()
Tries to interpret the next string as a double value, and then casts down to float.
int
Scanner.nextInt()
Tries to interpret the next string as an int value.
int
Scanner.nextInt(int radix)
Tries to interpret the next string as an int value with the given radix.
String
Scanner.nextLine()
Tries to match the system line seperator, and returns the current line.
long
Scanner.nextLong()
Tries to interpret the next string as a long value.
long
Scanner.nextLong(int radix)
Tries to interpret the next string as a long value with the given radix.

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