A.java

/*
 Copyright (c) 2010, Oracle and/or its affiliates. All rights reserved.

 This program is free software; you can redistribute it and/or modify
 it under the terms of the GNU General Public License as published by
 the Free Software Foundation; version 2 of the License.

 This program is distributed in the hope that it will be useful,
 but WITHOUT ANY WARRANTY; without even the implied warranty of
 MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
 GNU General Public License for more details.

 You should have received a copy of the GNU General Public License
 along with this program; if not, write to the Free Software
 Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301  USA
*/
/*
 * A.java
 */

package myjapi;

public class A extends com.mysql.jtie.Wrapper {
    // this c'tor may me protected, for access from JNI is still possible
    // with default constructor, cdelegate needs to be written from JNI
    protected A() {
        //System.out.println("<-> myjapi.A()");
    };

    // constructor wrapper (mapped by reference)
    static public native A create_r();

    // constructor wrapper (mapped by reference)
    static public native A create_r(int p0);

    // constructor wrapper (mapped by pointer)
    static public native A create_p();

    // constructor wrapper (mapped by pointer)
    static public native A create_p(int p0);

    // destructor wrapper (mapped by reference)
    static public native void delete_r(A a);

    // destructor wrapper (mapped by pointer)
    static public native void delete_p(A a);

    // static method
    static public native int f0s();

    // non-virtual method
    static public native int f0n(A p0);

    // virtual method
    public native int f0v();

    // creates a B0
    public native B0 newB0();

    // creates a B1
    public native B1 newB1();

    // deletes a B0
    public native void del(B0 b);

    // deletes a B1
    public native void del(B1 b);

    // returns an A
    static public native A deliver_ptr();

    // returns NULL
    static public native A deliver_null_ptr();

    // returns an A
    static public native A deliver_ref();

    // always supposed to raise an exception
    static public native A deliver_null_ref();

    // requires the A returned by deliver_ptr()
    static public native void take_ptr(A p0);

    // requires NULL
    static public native void take_null_ptr(A p0);

    // requires the A returned by deliver_ref()
    static public native void take_ref(A p0);

    // never supposed to abort but raise an exception when called with null
    static public native void take_null_ref(A p0);

    // prints an A
    static public native void print(A p0);

    // ----------------------------------------------------------------------

    // static const field accessor
    static public final native int d0sc();

    // static field accessor
    static public final native int d0s();

    // static field mutator
    static public final native void d0s(int d);

    // instance const field accessor
    public final native int d0c();

    // instance field accessor
    public final native int d0();

    // instance field mutator
    public final native void d0(int d);

    // ----------------------------------------------------------------------

    public native final void g0c();

    public native final void g1c(byte p0);

    public native final void g2c(byte p0, short p1);

    public native final void g3c(byte p0, short p1, int p2);

    public native final void g0();

    public native final void g1(byte p0);

    public native final void g2(byte p0, short p1);

    public native final void g3(byte p0, short p1, int p2);

    public native final int g0rc();

    public native final int g1rc(byte p0);

    public native final int g2rc(byte p0, short p1);

    public native final int g3rc(byte p0, short p1, int p2);

    public native final int g0r();

    public native final int g1r(byte p0);

    public native final int g2r(byte p0, short p1);

    public native final int g3r(byte p0, short p1, int p2);

    static public native void h0();

    static public native void h1(byte p0);

    static public native void h2(byte p0, short p1);

    static public native void h3(byte p0, short p1, int p2);

    static public native int h0r();

    static public native int h1r(byte p0);

    static public native int h2r(byte p0, short p1);

    static public native int h3r(byte p0, short p1, int p2);
}