/** * Initializes this {@code AlgorithmParameterGenerator} with the given size. * The default parameter set and a default {@code SecureRandom} instance * will be used. * * @param size * the size (in number of bits). */ public final void init(int size) { spiImpl.engineInit(size, RANDOM); }
/** * Initializes this {@code AlgorithmParameterGenerator} with the given size * and the given {@code SecureRandom}. The default parameter set will be * used. * * @param size * the size (in number of bits). * @param random * the source of randomness. */ public final void init(int size, SecureRandom random) { spiImpl.engineInit(size, random); }
/** * Initializes this {@code AlgorithmParameterGenerator} with the given {@code * AlgorithmParameterSpec}. A default {@code SecureRandom} instance will be * used. * * @param genParamSpec * the parameters to use. * @throws InvalidAlgorithmParameterException * if the specified parameters are not supported. */ public final void init(AlgorithmParameterSpec genParamSpec) throws InvalidAlgorithmParameterException { spiImpl.engineInit(genParamSpec, RANDOM); }
/** * Initializes this {@code AlgorithmParameterGenerator} with the given * {@code AlgorithmParameterSpec} and the given {@code SecureRandom}. * * @param genParamSpec * the parameters to use. * @param random * the source of randomness. * @throws InvalidAlgorithmParameterException * if the specified parameters are not supported. */ public final void init(AlgorithmParameterSpec genParamSpec, SecureRandom random) throws InvalidAlgorithmParameterException { spiImpl.engineInit(genParamSpec, random); }
/** * Initializes this {@code AlgorithmParameterGenerator} with the given size. * The default parameter set and a default {@code SecureRandom} instance * will be used. * * @param size * the size (in number of bits). */ public final void init(int size) { spiImpl.engineInit(size, RANDOM); }
/** * Initializes this {@code AlgorithmParameterGenerator} with the given size. * The default parameter set and a default {@code SecureRandom} instance * will be used. * * @param size * the size (in number of bits). */ public final void init(int size) { spiImpl.engineInit(size, RANDOM); }
/** * Initializes this {@code AlgorithmParameterGenerator} with the given size * and the given {@code SecureRandom}. The default parameter set will be * used. * * @param size * the size (in number of bits). * @param random * the source of randomness. */ public final void init(int size, SecureRandom random) { spiImpl.engineInit(size, random); }
/** * Initializes this {@code AlgorithmParameterGenerator} with the given * {@code AlgorithmParameterSpec} and the given {@code SecureRandom}. * * @param genParamSpec * the parameters to use. * @param random * the source of randomness. * @throws InvalidAlgorithmParameterException * if the specified parameters are not supported. */ public final void init(AlgorithmParameterSpec genParamSpec, SecureRandom random) throws InvalidAlgorithmParameterException { spiImpl.engineInit(genParamSpec, random); }
/** * Initializes this {@code AlgorithmParameterGenerator} with the given size. * The default parameter set and a default {@code SecureRandom} instance * will be used. * * @param size * the size (in number of bits). */ public final void init(int size) { spiImpl.engineInit(size, RANDOM); }
/** * Initializes this {@code AlgorithmParameterGenerator} with the given size. * The default parameter set and a default {@code SecureRandom} instance * will be used. * * @param size * the size (in number of bits). */ public final void init(int size) { spiImpl.engineInit(size, RANDOM); }
/** * Initializes this {@code AlgorithmParameterGenerator} with the given size. * The default parameter set and a default {@code SecureRandom} instance * will be used. * * @param size * the size (in number of bits). */ public final void init(int size) { spiImpl.engineInit(size, RANDOM); }
/** * Initializes this {@code AlgorithmParameterGenerator} with the given {@code * AlgorithmParameterSpec}. A default {@code SecureRandom} instance will be * used. * * @param genParamSpec * the parameters to use. * @throws InvalidAlgorithmParameterException * if the specified parameters are not supported. */ public final void init(AlgorithmParameterSpec genParamSpec) throws InvalidAlgorithmParameterException { spiImpl.engineInit(genParamSpec, RANDOM); }
/** * Initializes this {@code AlgorithmParameterGenerator} with the given size. * The default parameter set and a default {@code SecureRandom} instance * will be used. * * @param size * the size (in number of bits). */ public final void init(int size) { spiImpl.engineInit(size, RANDOM); }
/** * Initializes this {@code AlgorithmParameterGenerator} with the given size * and the given {@code SecureRandom}. The default parameter set will be * used. * * @param size * the size (in number of bits). * @param random * the source of randomness. */ public final void init(int size, SecureRandom random) { spiImpl.engineInit(size, random); }
/** * Initializes this {@code AlgorithmParameterGenerator} with the given size * and the given {@code SecureRandom}. The default parameter set will be * used. * * @param size * the size (in number of bits). * @param random * the source of randomness. */ public final void init(int size, SecureRandom random) { spiImpl.engineInit(size, random); }
/** * Initializes this {@code AlgorithmParameterGenerator} with the given size * and the given {@code SecureRandom}. The default parameter set will be * used. * * @param size * the size (in number of bits). * @param random * the source of randomness. */ public final void init(int size, SecureRandom random) { spiImpl.engineInit(size, random); }
/** * Initializes this {@code AlgorithmParameterGenerator} with the given size * and the given {@code SecureRandom}. The default parameter set will be * used. * * @param size * the size (in number of bits). * @param random * the source of randomness. */ public final void init(int size, SecureRandom random) { spiImpl.engineInit(size, random); }
/** * Initializes this {@code AlgorithmParameterGenerator} with the given {@code * AlgorithmParameterSpec}. A default {@code SecureRandom} instance will be * used. * * @param genParamSpec * the parameters to use. * @throws InvalidAlgorithmParameterException * if the specified parameters are not supported. */ public final void init(AlgorithmParameterSpec genParamSpec) throws InvalidAlgorithmParameterException { spiImpl.engineInit(genParamSpec, RANDOM); }
/** * Initializes this {@code AlgorithmParameterGenerator} with the given size * and the given {@code SecureRandom}. The default parameter set will be * used. * * @param size * the size (in number of bits). * @param random * the source of randomness. */ public final void init(int size, SecureRandom random) { spiImpl.engineInit(size, random); }
/** * Initializes this {@code AlgorithmParameterGenerator} with the given {@code * AlgorithmParameterSpec}. A default {@code SecureRandom} instance will be * used. * * @param genParamSpec * the parameters to use. * @throws InvalidAlgorithmParameterException * if the specified parameters are not supported. */ public final void init(AlgorithmParameterSpec genParamSpec) throws InvalidAlgorithmParameterException { spiImpl.engineInit(genParamSpec, RANDOM); }