|
Oracle Fusion Middleware Crypto Java API Reference for Oracle Security Developer Tools 11g Release 1 (11.1.1) E10668-03 |
||||||||
| PREV NEXT | FRAMES NO FRAMES | ||||||||
A B C D E F G H I K L M N O P R S T U V W X
AlgorithmIdentifier object from the specified input stream.AlgorithmIdentifier object from the specified ASN1Sequence.AlgorithmIdentifierException with no detail message.AlgorithmIdentifierException with the specified detail message.ArrayListASN1ConstructedInputStream which will read from the specified input stream, which must be positioned just before the identifier octets of an ASN.1 encoding.ASN1ConstructedInputStream which will read from the specified input stream, which must be positioned just before the identifier octets of an ASN.1 encoding.ASN1ConstructedInputStream which will read from the specified input stream, which must be positioned just before the identifier octets of an ASN.1 encoding.ASN1ConstructedInputStream which will read from the specified input stream, which must be positioned just before the contents octets of an ASN.1 encoding.ASN1Date object and initializes to represent the specified date/time.ASN1Date(Date, boolean) - Constructor for class oracle.security.crypto.asn1.ASN1DateCreates a new ASN1Date object and initializes to represent the specified date/time.ASN1Date(InputStream) - Constructor for class oracle.security.crypto.asn1.ASN1Date ASN1FormatException - Exception in oracle.security.crypto.asn1Signals that an error occured while parsing an ASN.1 encoded structure.ASN1FormatException() - Constructor for exception oracle.security.crypto.asn1.ASN1FormatException ASN1FormatException(String) - Constructor for exception oracle.security.crypto.asn1.ASN1FormatException ASN1GenericConstructed - Class in oracle.security.crypto.asn1A class for ASN.1 DER constructed types with an unrecognized tag or a non-universal tag class (e.g., implicitly tagged sequences and sets, or explicitly tagged wrappers).ASN1GenericConstructed(int) - Constructor for class oracle.security.crypto.asn1.ASN1GenericConstructedCreates a new, empty ASN.1 constructed object (that is, one with no components), which has the given tag and the context-specific tag class.ASN1GenericConstructed(int, int) - Constructor for class oracle.security.crypto.asn1.ASN1GenericConstructedCreates a new, empty ASN.1 structure (that is, with no components), with the given tag and tag class.ASN1GenericConstructed(ASN1Object, int) - Constructor for class oracle.security.crypto.asn1.ASN1GenericConstructedConstruct an EXPLICIT wrapper around an object with the given tag and the context-specific tag class.ASN1GenericConstructed(ASN1Object, int, int) - Constructor for class oracle.security.crypto.asn1.ASN1GenericConstructedConstruct an EXPLICIT wrapper around an object with the given tag and tag class.ASN1GenericConstructed(Vector<? extends ASN1Object>, int) - Constructor for class oracle.security.crypto.asn1.ASN1GenericConstructedDeprecated. use ASN1GenericConstructed.ASN1GenericConstructed(List, int)ASN1GenericConstructed.ASN1GenericConstructed(List, int, int)ASN1Sequence.ASN1Sequence(List)ASN1Sequence.ASN1Set.ASN1Set(List)ASN1Set.ASN1String with the given string value and the ASN1.IA5STRING type.ASN1String with the given string value and the given type.false, this method throws a KeyExportException.false, this method throws a KeyExportException.false, this method throws a KeyExportException.READY state.initialize(), encryptBlock() and decryptBlock() methods.CBCAlgorithmIdentifier using the given OID, and obtaining the initialization vector by decoding the given ASN1Object.CBCAlgorithmIdentifier using the given OID and initialization vector.CBCAlgorithmIdentifier using the OID from the given algorithm identifier and initialization vector.1 for odd parity or 0 for even parity.1 for odd parity or 0 for even parity.EntropySource class, but has no effect since there is no sensitive state data contained here for the JVM's thread scheduler.java.security.SecureRandom instance.NOT_INITIALIZED.AlgorithmIdentifier object.CBCAlgorithmIdentifier object.DHKey object.DSAPrivateKey instance.DSAPublicKey instance.OAEPAlgorithmIdentifier object.PBMacID object.RC2AlgorithmIdentifier object.RSAKey object.RSAPrivateKey instance.RSAPublicKey instance.SymmetricKey instance.Cipher.decrypt(byte[]); This implements the Coder interface.DHKeyAgreement.DHKeyAgreement with the specified local party private key.DHKeyAgreement with the specified other party public key.DHKeyAgreement with the specified local party private key and the other party public key.RandomBitsSource, as specified in X9.42.DHKeyPairGenerator.DHParameterGenerator instance.DHParams instance with the give value of p, g and q.DHParams instance with the give value of p, g, q and j.DHParams instance with the give value of p, g, q and validation parameters seed, pgenCounter.DHParams instance with the give value of p, g, q, j and validation parameters seed, pgenCounter.DHParams from the given input stream encoding the parameters.DHParams.DiffieHellman instance.DiffieHellman object, creating a random prime (p) of the given bit length, and a random value x; the generator (g) is set to 4.DiffieHellman object with the specified values for the prime (p) and generator (g), and creates a random value for x.MessageDigest.getDigestBits() instead.MessageDigest.isValid() instead.DSAKeyPairGenerator.DSAPrivateKey instance.DSAParams.DSAPrivateKey.DSAPrivateKey(InputStream is) instead.DSAPublicKey.DSAPublicKey(InputStream is) instead.DSARandomBitsSource.DSARandomBitsSource.ASN1Sequence.elementsAsList()ASN1Object.ASN1Object.Cipher.encrypt(byte[]);.true if and only if the integer represented by this ASN.1 object is equal to the given value.null.ByteArrayOutptStream, that provides access to the internal buffer for efficiency.FixedByteArrayOutputStream with a newly allocated buffer of the given size.FixedByteArrayOutputStream using the given buffer.SecureRandom.generateSeed(int) or SecureRandom.getSeed(int) method depending on whether generateSeed(int) is available.EntropySource.generateByte().SecureRandom.generateSeed(int) or SecureRandom.getSeed(int) method depending on whether generateSeed(int) is available, and copying the resulting bytes into the given array.RandomBitsSource and length.RandomBitsSource and the given length.RandomBitsSource and the length set by the algorithm identifier parameters or the default for the algorithm.SubjectKeyIDExtension or AuthorityKeyIDExtension.DiffieHellman and sets the generator (g) to 4.DSAParams used to generate a DSA key pair.DiffieHellman, and uses its prime (p) and generator (g) to compute the value g^x.AlgID.RC4 algorithm identifier.PasswordBasedMAC.null if the key has not been input or set, or the key cannot be decrypted.null if the underlying key hasn't been input or set, or if the key cannot be decrypted.false if plaintext export of this key's key material is not allowed; returns true if plaintext export is allowed.true.false if plaintext export of this key's key material is not allowed; returns true if plaintext export is allowed.true.false, this key's material may not be exported in plaintext; if true, and if the global export flag is true, the key's material may be exported in plaintext.false if plaintext export of this key's key material is not allowed; returns true if plaintext export is allowed.false if plaintext export of this key's key material is not allowed; returns true if plaintext export is allowed.true.false if plaintext export of this SymmetricKey's key material is not allowed; returns true if plaintext export is allowed.true if the plaintext export of private and symmetric key material is allowed for the Phaos Crypto module; otherwise returns false.OIDManager encountered in the chain that maps the attribute type.OIDManager encountered in the chain that maps the attribute type name.0 if the underlying key hasn't been input or set or if the key cannot be decrypted.1, since Arcfour is a stream cipher.PrivateKeyPKCS8.output(OutputStream os) method.RSAPrivateKey's contents in PKCS #1 privateKey format (as opposed to PKCS #8 privateKeyInfo format).IntConstant, or null if none is set.IntConstant, or null if none is set.PrivateKeyPKCS8.output(OutputStream os) method.null otherwise.null if the underlying key hasn't been input or set, or if the key cannot be decrypted.AlgorithmIdentifier held by this AlgorithmIdentifier.DiffieHellman instance.DiffieHellman instance.DiffieHellman instance.KeyAgreement subclass for the specified algorithm identifier.KeyAgreement subclass for the specified key's algorithm and the local party PrivateKey.KeyAgreement subclass for the specified key's algorithm and the other party public key.KeyPairGenerator for the given AlgorithmIdentifier.PBE instance using the specified AlgorithmIdentifier.Signature subclass for the specified algorithm identifier.Signature subclass for the specified key's algorithm and sets the key as the signing key.If the signature can use more than one digest algorithm (see RSAMDSignature), the default for the instantiated class is used.Signature subclass for the specified key's algorithm and sets the key as the verification key.If the signature can use more than one digest algorithm (see RSAMDSignature), the default for the instantiated class is used.SymmetricKeyGenerator for the given algorithm.OIDManager encountered in the chain that maps the OID and key.OIDManager.getMappingsAsMap(ASN1ObjectID)Map object to which the given OID is mapped, for the first OIDManager encountered in the chain that maps the OID.AlgorithmIdentifier held by this AlgorithmIdentifier.Class for the pooled objects.null if they are not present.null otherwise.AlgorithmIdentifier held by this AlgorithmIdentifier.RNGTest instance for this RandomBitsSource instance.PasswordBasedMAC.Signature.sign(), or specified by Signature.setSigBytes(byte[]).true if the ASN1Constructed contained in this stream has not yet been completely read, otherwise false.BlockCipher with the given algorithm parameters, symmetric key, and padding descriptor.BlockCipher with the given algorithm parameters, symmetric key, and padding descriptor.DHParameterGenerator with the given bit lengths for p and q, and the default RandomBitsSource.DHParameterGenerator of the given bit lengths and RandomBitsSource.DiffieHellman.generatePandG(oracle.security.crypto.core.RandomBitsSource, int) and DiffieHellman.generateValues(oracle.security.crypto.core.RandomBitsSource).DiffieHellman, and invokes DiffieHellman.generateValues(oracle.security.crypto.core.RandomBitsSource).DigestRandomBitsSource.DSAKeyPairGenerator.DSAKeyPairGenerator.PBE instance with the specified algorithm identifier.PBE instance with the specified PBE parameters.PBE instance with the specified PBE parameters.PBE instance with the specified algorithm identifier.PBE instance with the specified PBE parameters.PBE instance with the specified PBE parameters.PBE instance with the specified algorithm identifier.PBE instance with the specified PBE parameters.PBE instance with the specified PBE parameters.CBCAlgorithmIdentifier object from the given input stream.DHParams object by reading its encoding from the given input stream.DHPrivateKey object by reading its encoding from the given input stream.DHPublicKey object by reading its encoding from the given input stream.DSAPrivateKey object by reading its encoding from the given input stream.DSAPublicKey object by reading its encoding from the given input stream.DSAPublicKey.input(InputStream is) instead.PBEAlgorithmIdentifier object from the given input stream.PBMacID object from the given input stream.RC2AlgorithmIdentifier object from the given input stream.PublicKey from the bytes of a DER-encoded SubjectPublicKeyInfo structure.PublicKey from the bytes of a DER-encoded SubjectPublicKeyInfo structure in the given input stream.PublicKey from a SubjectPublicKeyInfo structure.InvalidFormatException with the given message string.InvalidInputException with the given message string.InvalidKeyException with no detail message.InvalidKeyException with the specified detail message.InvalidMACException with no detail message.InvalidMACException with the specified detail message.true if this ModuleState represents an error state, otherwise returns false.true if this is a public key, false if it's a private key.true if this ModuleState represents a recoverable error state, otherwise returns false.true if this ModuleState represents a recoverable error state, otherwise returns false.true if this HMAC is in a valid state and its digest bits are usable; otherwise returns false.true if this MD2 is in a valid state and its digest bits are usable; otherwise returns false.true if this MD4 is in a valid state and its digest bits are usable; otherwise returns false.true if this MD5 is in a valid state and its digest bits are usable; otherwise returns false.true if this MessageDigest is in a valid state and its digest bits are usable; otherwise returns false.true if this PasswordBasedMAC is in a valid state and its digest bits are usable; otherwise returns false.true if this SHA is in a valid state and its digest bits are usable; otherwise returns false.DSAParams contains DSA domain parameters generated by the FIPs-approved method as specified in FIPS 186-2.KeyAgreementException with no arguments.KeyAgreementException with the given message string.false.KeyExportException instance with no detail message.KeyExportException instance with the specified detail message.Properties mappings for this OIDManager from the specified input stream.false.MaskGenerator object.MD5RandomBitsSource.MD5RandomBitsSource.ModuleStateException instance with no detail message.ModuleStateException instance with the specified detail message.ObjectPool should override this method in order to pool objects whose constructors require arguments or that require post-construction initialization.AlgorithmIdentifier and making them easily accessible.AlgorithmIdentifier from the stream and decoring the resulting parameters.ObjectPool, with the default starting size, to pool objects of the specified type.ObjectPool, with the specified starting size, to pool objects of the specified type.OIDManager.OIDManager whose parent in the chain is specified by the argument.DSAParams object to the given OutputStream.DSAParams object to the given ASN1Sequence.ASN1GenericConstructed.outputValue(OutputStream, List, int)ASN1GenericConstructed.outputValue(OutputStream, List, int, int)PasswordBasedMAC instance.PasswordBasedMAC instance with the given password.PasswordBasedMAC instance with the given algorithm identifier and password.PasswordBasedMAC instance with the given algorithm identifier and password.PBEAlgorithmIdentifier used with the PBES1 encryption scheme using the default salt size and the default iteration count.PBEAlgorithmIdentifier used with the PBES1 encryption scheme using the default salt size and the default iteration count.PBEAlgorithmIdentifier used with the PBES1 encryption scheme.PBEAlgorithmIdentifier used with the PBES2 encryption scheme.PBEAlgorithmIdentifier used with the PBES2 encryption scheme.PBEAlgorithmIdentifier from the given input stream.PasswordBasedMAC.PBMacAlgID instance.PBMacAlgID instance with the given parameters.PBMacAlgID instance with the given parameters.PBMacAlgID instance by reading its encoding from the given stream.PKCS5 instance.PKCS5 instance with the given mode ID, and default iteration count and source of randomness.PKCS5 instance.PKCS5 instance with the given mode and source of randomness, and the default iteration count.PKCS5 instance with the given source of randomness, and the default mode and iteration count.PKCS5 instance with the given password, salt, count and mode.PKCS5 instance with the given password, salt and mode, and the default iteration count.PKCS5 instance with the given password, salt, count, mode and source of randomness.PKCS5 instance with the given password, mode and source of randomness, and the default iteration count.PKCS5 instance with the given password and source of randomness, and the default mode and iteration count.PKCS5 instance with the given password, salt, count and mode.PKCS5 instance with the given password, salt and count, and MD5_DES encryption mode.Key.getEncoded() instead.PKCS5 class and the default random bits source.key to the specified value in this hashtable.BigInt(int, java.util.Random).BigInteger(int, java.util.Random).KeyPairGenerator.RC2AlgorithmIdentifier using the given OID, and obtaining the initialization vector and effective key length by decoding the given ASN1Object.RC2AlgorithmIdentifier using the given initialization vector and effective key length.RC2AlgorithmIdentifier using the given effective key length.RNGTest instance.RSA instance.rsaEncryption, as defined in PKCS #1 to identify the RSA encryption algorithm.RSAKeyPairGenerator.md2WithRSAEncryption, defined in PKCS#1.md5WithRSAEncryption, defined in PKCS#1.RSAMDSignature with the default digest algorithm (MD5).RSAMDSignature with the default digest algorithm (MD5), and sets the verification key.RSAMDSignature with the default digest algorithm (MD5), and sets the signature key.RSAPrivateKey object with the given parameters.RSAPrivateKey object with the given parameters.RSAPrivateKey object from a file.PrivateKeyPKCS8 instead.RSAPrivateKeyPKCS8 from a RSAPrivateKey and the given RandomBitsSource.sha256WithRSAEncryption, defined in PKCS#1.sha_1WithRSAEncryption, defined in PKCS#1.hashCode and toString methods of the current object.SelfTestException instance with no detail message.SelfTestException instance with the specified detail message.AlgorithmIdentifier for this KeyPairGenerator.KeyPairGenerator.getInstance(oracle.security.crypto.core.AlgorithmIdentifier) to initialize the key pair generator using the algorithm identifier and its parameters (if any).PasswordBasedMAC.AlgID.rsaEncryption, otherwise does nothing.false to disallow plaintext export of this key's key material; set to true to allow plaintext export if the global value in FIPS_140_2 is also set to true.false to disallow plaintext export of this key's key material; set to true to allow plaintext export if the global value in FIPS_140_2 is also set to true.false to disallow plaintext export of this key's key material; set to true to allow plaintext export if the global value in FIPS_140_2 is also set to true.false to disallow plaintext export of this key's key material; set to true to allow plaintext export if the global value in FIPS_140_2 is also set to true.false to disallow plaintext export of this SymmetricKey's key material; set to true to allow plaintext export if the global value in FIPS_140_2 is also set to true.BER, DER_SET or DER_SET_OF (default is DER_SET_OF).PrivateKeyPKCS8.setPrivateKey(oracle.security.crypto.core.PrivateKey) instead to preserve the ability to erase any previously set private key.1 for odd parity or 0 for even parity.Hashtable object for the given OID for this OIDManager.OIDManager.setMappings(ASN1ObjectID, Map)Map object for this OIDManager.OIDManager.1 for odd parity or 0 for even parity.PasswordBasedMAC.RandomBitsSource.SHA1RandomBitsSource.SHA1RandomBitsSource.SignatureException.SignatureException with the given message string.java.security.SecureRandom.SpinnerEntropySource that will use the default thread sleep time (100 ms).SpinnerEntropySource that will use the given thread sleep time.EntropySource abstract class that wraps the generateSeed(int) or getSeed(int) method of the java.security.SecureRandom class.new java.lang.Securerandom().IOException unexpectedly occured when a streamable object has been written to memory and then read back.IOException unexpectedly occured while writing a streamable object to memory.int array is a prefix of this object ID's value, returns that part of the value which occurs after the prefix.DSAParams object into a readable string.Utils.toString(List) insteadVector in a format consistent with the rest of the oracle.security.crypto. classes.ByteArrayInputStream with unsynchronized methods for greater efficiency.ByteArrayOutputStream with unsynchronized methods for greater efficiency.VersionException with the given message string.java.util.Properties to the given output stream, but does not insert a comment containing the current date/time (as the Properties.save method does).A B C D E F G H I K L M N O P R S T U V W X
|
Oracle Fusion Middleware Crypto Java API Reference for Oracle Security Developer Tools 11g Release 1 (11.1.1) E10668-03 |
||||||||
| PREV NEXT | FRAMES NO FRAMES | ||||||||