/*******************************************************************************
 * Copyright (c) 2000, 2009 IBM Corporation and others.
 * All rights reserved. This program and the accompanying materials
 * are made available under the terms of the Eclipse Public License v1.0
 * which accompanies this distribution, and is available at
 * http://www.eclipse.org/legal/epl-v10.html
 *
 * Contributors:
 *     IBM Corporation - initial API and implementation
 *******************************************************************************/
package org.eclipse.jdt.core.util;

/**
 * Description of each opcode mnemonic according to the JVM specifications.
 * 
 * @since 2.0
 * @noimplement This interface is not intended to be implemented by clients.
 */
public interface IOpcodeMnemonics {

	int NOP= 0x00;

	int ACONST_NULL= 0x01;

	int ICONST_M1= 0x02;

	int ICONST_0= 0x03;

	int ICONST_1= 0x04;

	int ICONST_2= 0x05;

	int ICONST_3= 0x06;

	int ICONST_4= 0x07;

	int ICONST_5= 0x08;

	int LCONST_0= 0x09;

	int LCONST_1= 0x0A;

	int FCONST_0= 0x0B;

	int FCONST_1= 0x0C;

	int FCONST_2= 0x0D;

	int DCONST_0= 0x0E;

	int DCONST_1= 0x0F;

	int BIPUSH= 0x10;

	int SIPUSH= 0x11;

	int LDC= 0x12;

	int LDC_W= 0x13;

	int LDC2_W= 0x14;

	int ILOAD= 0x15;

	int LLOAD= 0x16;

	int FLOAD= 0x17;

	int DLOAD= 0x18;

	int ALOAD= 0x19;

	int ILOAD_0= 0x1A;

	int ILOAD_1= 0x1B;

	int ILOAD_2= 0x1C;

	int ILOAD_3= 0x1D;

	int LLOAD_0= 0x1E;

	int LLOAD_1= 0x1F;

	int LLOAD_2= 0x20;

	int LLOAD_3= 0x21;

	int FLOAD_0= 0x22;

	int FLOAD_1= 0x23;

	int FLOAD_2= 0x24;

	int FLOAD_3= 0x25;

	int DLOAD_0= 0x26;

	int DLOAD_1= 0x27;

	int DLOAD_2= 0x28;

	int DLOAD_3= 0x29;

	int ALOAD_0= 0x2A;

	int ALOAD_1= 0x2B;

	int ALOAD_2= 0x2C;

	int ALOAD_3= 0x2D;

	int IALOAD= 0x2E;

	int LALOAD= 0x2F;

	int FALOAD= 0x30;

	int DALOAD= 0x31;

	int AALOAD= 0x32;

	int BALOAD= 0x33;

	int CALOAD= 0x34;

	int SALOAD= 0x35;

	int ISTORE= 0x36;

	int LSTORE= 0x37;

	int FSTORE= 0x38;

	int DSTORE= 0x39;

	int ASTORE= 0x3A;

	int ISTORE_0= 0x3B;

	int ISTORE_1= 0x3C;

	int ISTORE_2= 0x3D;

	int ISTORE_3= 0x3E;

	int LSTORE_0= 0x3F;

	int LSTORE_1= 0x40;

	int LSTORE_2= 0x41;

	int LSTORE_3= 0x42;

	int FSTORE_0= 0x43;

	int FSTORE_1= 0x44;

	int FSTORE_2= 0x45;

	int FSTORE_3= 0x46;

	int DSTORE_0= 0x47;

	int DSTORE_1= 0x48;

	int DSTORE_2= 0x49;

	int DSTORE_3= 0x4A;

	int ASTORE_0= 0x4B;

	int ASTORE_1= 0x4C;

	int ASTORE_2= 0x4D;

	int ASTORE_3= 0x4E;

	int IASTORE= 0x4F;

	int LASTORE= 0x50;

	int FASTORE= 0x51;

	int DASTORE= 0x52;

	int AASTORE= 0x53;

	int BASTORE= 0x54;

	int CASTORE= 0x55;

	int SASTORE= 0x56;

	int POP= 0x57;

	int POP2= 0x58;

	int DUP= 0x59;

	int DUP_X1= 0x5A;

	int DUP_X2= 0x5B;

	int DUP2= 0x5C;

	int DUP2_X1= 0x5D;

	int DUP2_X2= 0x5E;

	int SWAP= 0x5F;

	int IADD= 0x60;

	int LADD= 0x61;

	int FADD= 0x62;

	int DADD= 0x63;

	int ISUB= 0x64;

	int LSUB= 0x65;

	int FSUB= 0x66;

	int DSUB= 0x67;

	int IMUL= 0x68;

	int LMUL= 0x69;

	int FMUL= 0x6A;

	int DMUL= 0x6B;

	int IDIV= 0x6C;

	int LDIV= 0x6D;

	int FDIV= 0x6E;

	int DDIV= 0x6F;

	int IREM= 0x70;

	int LREM= 0x71;

	int FREM= 0x72;

	int DREM= 0x73;

	int INEG= 0x74;

	int LNEG= 0x75;

	int FNEG= 0x76;

	int DNEG= 0x77;

	int ISHL= 0x78;

	int LSHL= 0x79;

	int ISHR= 0x7A;

	int LSHR= 0x7B;

	int IUSHR= 0x7C;

	int LUSHR= 0x7D;

	int IAND= 0x7E;

	int LAND= 0x7F;

	int IOR= 0x80;

	int LOR= 0x81;

	int IXOR= 0x82;

	int LXOR= 0x83;

	int IINC= 0x84;

	int I2L= 0x85;

	int I2F= 0x86;

	int I2D= 0x87;

	int L2I= 0x88;

	int L2F= 0x89;

	int L2D= 0x8A;

	int F2I= 0x8B;

	int F2L= 0x8C;

	int F2D= 0x8D;

	int D2I= 0x8E;

	int D2L= 0x8F;

	int D2F= 0x90;

	int I2B= 0x91;

	int I2C= 0x92;

	int I2S= 0x93;

	int LCMP= 0x94;

	int FCMPL= 0x95;

	int FCMPG= 0x96;

	int DCMPL= 0x97;

	int DCMPG= 0x98;

	int IFEQ= 0x99;

	int IFNE= 0x9A;

	int IFLT= 0x9B;

	int IFGE= 0x9C;

	int IFGT= 0x9D;

	int IFLE= 0x9E;

	int IF_ICMPEQ= 0x9F;

	int IF_ICMPNE= 0xA0;

	int IF_ICMPLT= 0xA1;

	int IF_ICMPGE= 0xA2;

	int IF_ICMPGT= 0xA3;

	int IF_ICMPLE= 0xA4;

	int IF_ACMPEQ= 0xA5;

	int IF_ACMPNE= 0xA6;

	int GOTO= 0xA7;

	int JSR= 0xA8;

	int RET= 0xA9;

	int TABLESWITCH= 0xAA;

	int LOOKUPSWITCH= 0xAB;

	int IRETURN= 0xAC;

	int LRETURN= 0xAD;

	int FRETURN= 0xAE;

	int DRETURN= 0xAF;

	int ARETURN= 0xB0;

	int RETURN= 0xB1;

	int GETSTATIC= 0xB2;

	int PUTSTATIC= 0xB3;

	int GETFIELD= 0xB4;

	int PUTFIELD= 0xB5;

	int INVOKEVIRTUAL= 0xB6;

	int INVOKESPECIAL= 0xB7;

	int INVOKESTATIC= 0xB8;

	int INVOKEINTERFACE= 0xB9;

	/**
	 * @since 3.6
	 */
	int INVOKEDYNAMIC= 0xBA;

	int NEW= 0xBB;

	int NEWARRAY= 0xBC;

	int ANEWARRAY= 0xBD;

	int ARRAYLENGTH= 0xBE;

	int ATHROW= 0xBF;

	int CHECKCAST= 0xC0;

	int INSTANCEOF= 0xC1;

	int MONITORENTER= 0xC2;

	int MONITOREXIT= 0xC3;

	int WIDE= 0xC4;

	int MULTIANEWARRAY= 0xC5;

	int IFNULL= 0xC6;

	int IFNONNULL= 0xC7;

	int GOTO_W= 0xC8;

	int JSR_W= 0xC9;

	int BREAKPOINT= 0xCA;

	int IMPDEP1= 0xFE;

	int IMPDEP2= 0xFF;
}