/** * Creates a new Hessian input stream, initialized with an * underlying input stream. * * @param is the underlying input stream. */ public Hessian2Input(InputStream is) { this(); init(is); }
/** * Creates a new Hessian input stream, initialized with an * underlying input stream. * * @param is the underlying input stream. */ public Hessian2Input(InputStream is) { this(); init(is); }
/** * Creates a new Hessian input stream, initialized with an * underlying input stream. * * @param is the underlying input stream. */ public Hessian2Input(InputStream is) { this(); init(is); }
/** * Creates a new Hessian 2.0 deserializer. */ public Hessian2Input createHessian2Input(InputStream is) { Hessian2Input in = _freeHessian2Input.allocate(); if (in == null) { in = new Hessian2Input(is); in.setSerializerFactory(getSerializerFactory()); } else { in.init(is); } return in; }
/** * Creates a new Hessian 2.0 deserializer. */ public Hessian2Input createHessian2Input(InputStream is) { Hessian2Input in = _freeHessian2Input.allocate(); if (in == null) { in = new Hessian2Input(is); in.setSerializerFactory(getSerializerFactory()); } else { in.init(is); } return in; }
/** * Creates a new Hessian 2.0 deserializer. */ public Hessian2Input createHessian2Input(InputStream is) { Hessian2Input in = _freeHessian2Input.allocate(); if (in == null) { in = new Hessian2Input(is); in.setSerializerFactory(getSerializerFactory()); } else { in.init(is); } return in; }
hIn.init(gis);