1 /* 2 Copyright (c) 2010, Oracle and/or its affiliates. All rights reserved. 3 4 This program is free software; you can redistribute it and/or modify 5 it under the terms of the GNU General Public License, version 2.0, 6 as published by the Free Software Foundation. 7 8 This program is also distributed with certain software (including 9 but not limited to OpenSSL) that is licensed under separate terms, 10 as designated in a particular file or component or in included license 11 documentation. The authors of MySQL hereby grant you an additional 12 permission to link the program and your derivative works with the 13 separately licensed software that they have included with MySQL. 14 15 This program is distributed in the hope that it will be useful, 16 but WITHOUT ANY WARRANTY; without even the implied warranty of 17 MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the 18 GNU General Public License, version 2.0, for more details. 19 20 You should have received a copy of the GNU General Public License 21 along with this program; if not, write to the Free Software 22 Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA 23 */ 24 /* 25 * A.java 26 */ 27 28 package myjapi; 29 30 public class A extends com.mysql.jtie.Wrapper { 31 // this c'tor may me protected, for access from JNI is still possible 32 // with default constructor, cdelegate needs to be written from JNI A()33 protected A() { 34 //System.out.println("<-> myjapi.A()"); 35 }; 36 37 // constructor wrapper (mapped by reference) create_r()38 static public native A create_r(); 39 40 // constructor wrapper (mapped by reference) create_r(int p0)41 static public native A create_r(int p0); 42 43 // constructor wrapper (mapped by pointer) create_p()44 static public native A create_p(); 45 46 // constructor wrapper (mapped by pointer) create_p(int p0)47 static public native A create_p(int p0); 48 49 // destructor wrapper (mapped by reference) delete_r(A a)50 static public native void delete_r(A a); 51 52 // destructor wrapper (mapped by pointer) delete_p(A a)53 static public native void delete_p(A a); 54 55 // static method f0s()56 static public native int f0s(); 57 58 // non-virtual method f0n(A p0)59 static public native int f0n(A p0); 60 61 // virtual method f0v()62 public native int f0v(); 63 64 // creates a B0 newB0()65 public native B0 newB0(); 66 67 // creates a B1 newB1()68 public native B1 newB1(); 69 70 // deletes a B0 del(B0 b)71 public native void del(B0 b); 72 73 // deletes a B1 del(B1 b)74 public native void del(B1 b); 75 76 // returns an A deliver_ptr()77 static public native A deliver_ptr(); 78 79 // returns NULL deliver_null_ptr()80 static public native A deliver_null_ptr(); 81 82 // returns an A deliver_ref()83 static public native A deliver_ref(); 84 85 // always supposed to raise an exception deliver_null_ref()86 static public native A deliver_null_ref(); 87 88 // requires the A returned by deliver_ptr() take_ptr(A p0)89 static public native void take_ptr(A p0); 90 91 // requires NULL take_null_ptr(A p0)92 static public native void take_null_ptr(A p0); 93 94 // requires the A returned by deliver_ref() take_ref(A p0)95 static public native void take_ref(A p0); 96 97 // never supposed to abort but raise an exception when called with null take_null_ref(A p0)98 static public native void take_null_ref(A p0); 99 100 // prints an A print(A p0)101 static public native void print(A p0); 102 103 // ---------------------------------------------------------------------- 104 105 // static const field accessor d0sc()106 static public final native int d0sc(); 107 108 // static field accessor d0s()109 static public final native int d0s(); 110 111 // static field mutator d0s(int d)112 static public final native void d0s(int d); 113 114 // instance const field accessor d0c()115 public final native int d0c(); 116 117 // instance field accessor d0()118 public final native int d0(); 119 120 // instance field mutator d0(int d)121 public final native void d0(int d); 122 123 // ---------------------------------------------------------------------- 124 g0c()125 public native final void g0c(); 126 g1c(byte p0)127 public native final void g1c(byte p0); 128 g2c(byte p0, short p1)129 public native final void g2c(byte p0, short p1); 130 g3c(byte p0, short p1, int p2)131 public native final void g3c(byte p0, short p1, int p2); 132 g0()133 public native final void g0(); 134 g1(byte p0)135 public native final void g1(byte p0); 136 g2(byte p0, short p1)137 public native final void g2(byte p0, short p1); 138 g3(byte p0, short p1, int p2)139 public native final void g3(byte p0, short p1, int p2); 140 g0rc()141 public native final int g0rc(); 142 g1rc(byte p0)143 public native final int g1rc(byte p0); 144 g2rc(byte p0, short p1)145 public native final int g2rc(byte p0, short p1); 146 g3rc(byte p0, short p1, int p2)147 public native final int g3rc(byte p0, short p1, int p2); 148 g0r()149 public native final int g0r(); 150 g1r(byte p0)151 public native final int g1r(byte p0); 152 g2r(byte p0, short p1)153 public native final int g2r(byte p0, short p1); 154 g3r(byte p0, short p1, int p2)155 public native final int g3r(byte p0, short p1, int p2); 156 h0()157 static public native void h0(); 158 h1(byte p0)159 static public native void h1(byte p0); 160 h2(byte p0, short p1)161 static public native void h2(byte p0, short p1); 162 h3(byte p0, short p1, int p2)163 static public native void h3(byte p0, short p1, int p2); 164 h0r()165 static public native int h0r(); 166 h1r(byte p0)167 static public native int h1r(byte p0); 168 h2r(byte p0, short p1)169 static public native int h2r(byte p0, short p1); 170 h3r(byte p0, short p1, int p2)171 static public native int h3r(byte p0, short p1, int p2); 172 } 173