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[/] [openrisc/] [trunk/] [gnu-dev/] [or1k-gcc/] [libjava/] [javax/] [crypto/] [Cipher.h] - Rev 830
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// DO NOT EDIT THIS FILE - it is machine generated -*- c++ -*- #ifndef __javax_crypto_Cipher__ #define __javax_crypto_Cipher__ #pragma interface #include <java/lang/Object.h> #include <gcj/array.h> extern "Java" { namespace java { namespace nio { class ByteBuffer; } namespace security { class AlgorithmParameters; class Key; class Provider; class SecureRandom; namespace cert { class Certificate; } namespace spec { class AlgorithmParameterSpec; } } } namespace javax { namespace crypto { class Cipher; class CipherSpi; class ExemptionMechanism; } } } class javax::crypto::Cipher : public ::java::lang::Object { public: static ::javax::crypto::Cipher * getInstance(::java::lang::String *); static ::javax::crypto::Cipher * getInstance(::java::lang::String *, ::java::lang::String *); static ::javax::crypto::Cipher * getInstance(::java::lang::String *, ::java::security::Provider *); public: // actually protected Cipher(::javax::crypto::CipherSpi *, ::java::security::Provider *, ::java::lang::String *); public: virtual ::java::lang::String * getAlgorithm(); virtual jint getBlockSize(); virtual ::javax::crypto::ExemptionMechanism * getExemptionMechanism(); virtual JArray< jbyte > * getIV(); virtual ::java::security::AlgorithmParameters * getParameters(); virtual ::java::security::Provider * getProvider(); virtual JArray< jbyte > * doFinal(); virtual JArray< jbyte > * doFinal(JArray< jbyte > *); virtual JArray< jbyte > * doFinal(JArray< jbyte > *, jint, jint); virtual jint doFinal(JArray< jbyte > *, jint); virtual jint doFinal(JArray< jbyte > *, jint, jint, JArray< jbyte > *, jint); virtual jint doFinal(JArray< jbyte > *, jint, jint, JArray< jbyte > *); virtual jint doFinal(::java::nio::ByteBuffer *, ::java::nio::ByteBuffer *); virtual jint getOutputSize(jint); virtual void init(jint, ::java::security::cert::Certificate *); virtual void init(jint, ::java::security::Key *); virtual void init(jint, ::java::security::cert::Certificate *, ::java::security::SecureRandom *); virtual void init(jint, ::java::security::Key *, ::java::security::SecureRandom *); virtual void init(jint, ::java::security::Key *, ::java::security::AlgorithmParameters *); virtual void init(jint, ::java::security::Key *, ::java::security::spec::AlgorithmParameterSpec *); virtual void init(jint, ::java::security::Key *, ::java::security::AlgorithmParameters *, ::java::security::SecureRandom *); virtual void init(jint, ::java::security::Key *, ::java::security::spec::AlgorithmParameterSpec *, ::java::security::SecureRandom *); virtual ::java::security::Key * unwrap(JArray< jbyte > *, ::java::lang::String *, jint); virtual JArray< jbyte > * update(JArray< jbyte > *); virtual JArray< jbyte > * update(JArray< jbyte > *, jint, jint); virtual jint update(JArray< jbyte > *, jint, jint, JArray< jbyte > *); virtual jint update(JArray< jbyte > *, jint, jint, JArray< jbyte > *, jint); virtual jint update(::java::nio::ByteBuffer *, ::java::nio::ByteBuffer *); virtual JArray< jbyte > * wrap(::java::security::Key *); private: static ::java::lang::String * SERVICE; public: static const jint DECRYPT_MODE = 2; static const jint ENCRYPT_MODE = 1; static const jint PRIVATE_KEY = 2; static const jint PUBLIC_KEY = 1; static const jint SECRET_KEY = 3; static const jint UNWRAP_MODE = 4; static const jint WRAP_MODE = 3; private: static const jint INITIAL_STATE = 0; ::javax::crypto::CipherSpi * __attribute__((aligned(__alignof__( ::java::lang::Object)))) cipherSpi; ::java::security::Provider * provider; ::java::lang::String * transformation; jint state; public: static ::java::lang::Class class$; }; #endif // __javax_crypto_Cipher__
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