/*************************************************************************** * Copyright © 2005-2009 by Gabriele Svelto * * gabriele.svelto@gmail.com * * * * This file is part of Jelatine. * * * * Jelatine 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, either version 3 of the License, or * * (at your option) any later version. * * * * Jelatine 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 Jelatine. If not, see . * ***************************************************************************/ /** \file opcodes.h * Java Bytecode opcodes definitions */ /** \def JELATINE_OPCODES_H * opcodes.h inclusion macro */ #ifndef JELATINE_OPCODES_H # define JELATINE_OPCODES_H (1) #include "wrappers.h" /** Defines the array types used by the NEWARRAY opcode */ enum array_type_t { T_BOOLEAN = 4, ///< Array of booleans T_CHAR = 5, ///< Array of chars #if JEL_FP_SUPPORT T_FLOAT = 6, ///< Array of floats T_DOUBLE = 7, ///< Array of doubles #endif // JEL_FP_SUPPORT T_BYTE = 8, ///< Array of bytes T_SHORT = 9, ///< Array of shorts T_INT = 10, ///< Array of integers T_LONG = 11 ///< Array of longs }; /** Typedef for ::enum array_type_t */ typedef enum array_type_t array_type_t; /** Internal opcodes definition */ enum internal_opcode_t { NOP = 0, ///< No operation ACONST_NULL = 1, ///< Push null ICONST_M1 = 2, ///< Push integer constant -1 ICONST_0 = 3, ///< Push integer constant 0 ICONST_1 = 4, ///< Push integer constant 1 ICONST_2 = 5, ///< Push integer constant 2 ICONST_3 = 6, ///< Push integer constant 3 ICONST_4 = 7, ///< Push integer constant 4 ICONST_5 = 8, ///< Push integer constant 5 LCONST_0 = 9, ///< Push long constant 0 LCONST_1 = 10, ///< Push long constant 1 FCONST_0 = 11, ///< Push float constant 0.0 FCONST_1 = 12, ///< Push float constant 1.0 FCONST_2 = 13, ///< Push float constant 2.0 DCONST_0 = 14, ///< Push double constant 0.0 DCONST_1 = 15, ///< Push double constant 1.0 BIPUSH = 16, ///< Push a byte sign-extended to an integer SIPUSH = 17, ///< Push a short sign-extended to an integer LDC = 18, ///< Push item from runtime constant pool using a 1-byte index LDC_W = 19, ///< Push item from runtime constant pool using a 2-byte index LDC2_W = 20, ///< Push double-word item from runtime constant pool ILOAD = 21, ///< Load int from local variable LLOAD = 22, ///< Load long from local variable FLOAD = 23, ///< Load float from local variable DLOAD = 24, ///< Load double from local variable ALOAD = 25, ///< Load reference from local variable ILOAD_0 = 26, ///< Load int from the first local variable ILOAD_1 = 27, ///< Load int from the second local variable ILOAD_2 = 28, ///< Load int from the third local variable ILOAD_3 = 29, ///< Load int from the fourth local variable LLOAD_0 = 30, ///< Load long from the first local variable LLOAD_1 = 31, ///< Load long from the second local variable LLOAD_2 = 32, ///< Load long from the third local variable LLOAD_3 = 33, ///< Load long from the fourth local variable FLOAD_0 = 34, ///< Load float from the first local variable FLOAD_1 = 35, ///< Load float from the second local variable FLOAD_2 = 36, ///< Load float from the third local variable FLOAD_3 = 37, ///< Load float from the fourth local variable DLOAD_0 = 38, ///< Load double from the first local variable DLOAD_1 = 39, ///< Load double from the second local variable DLOAD_2 = 40, ///< Load double from the third local variable DLOAD_3 = 41, ///< Load double from the fourth local variable ALOAD_0 = 42, ///< Load reference from the first local variable ALOAD_1 = 43, ///< Load reference from the second local variable ALOAD_2 = 44, ///< Load reference from the third local variable ALOAD_3 = 45, ///< Load reference from the fourth local variable IALOAD = 46, ///< Load int from array LALOAD = 47, ///< Load long from array FALOAD = 48, ///< Load float from array DALOAD = 49, ///< Load double from array AALOAD = 50, ///< Load reference from array BALOAD = 51, ///< Load byte or boolean from array CALOAD = 52, ///< Load char from array SALOAD = 53, ///< Load short from array ISTORE = 54, ///< Store int into local variable LSTORE = 55, ///< Store long into local variable FSTORE = 56, ///< Store float into local variable DSTORE = 57, ///< Store double into local variable ASTORE = 58, ///< Store reference into local variable ISTORE_0 = 59, ///< Store int into the first local variable ISTORE_1 = 60, ///< Store int into the second local variable ISTORE_2 = 61, ///< Store int into the third local variable ISTORE_3 = 62, ///< Store int into the fourth local variable LSTORE_0 = 63, ///< Store long into the first local variable LSTORE_1 = 64, ///< Store long into the second local variable LSTORE_2 = 65, ///< Store long into the third local variable LSTORE_3 = 66, ///< Store long into the fourth local variable FSTORE_0 = 67, ///< Store float into the first local variable FSTORE_1 = 68, ///< Store float into the second local variable FSTORE_2 = 69, ///< Store float into the third local variable FSTORE_3 = 70, ///< Store float into the fourth local variable DSTORE_0 = 71, ///< Store double into the first local variable DSTORE_1 = 72, ///< Store double into the second local variable DSTORE_2 = 73, ///< Store double into the third local variable DSTORE_3 = 74, ///< Store double into the fourth local variable ASTORE_0 = 75, ///< Store reference into the first local variable ASTORE_1 = 76, ///< Store reference into the second local variable ASTORE_2 = 77, ///< Store reference into the third local variable ASTORE_3 = 78, ///< Store reference into the fourth local variable IASTORE = 79, ///< Store into int array LASTORE = 80, ///< Store into long array FASTORE = 81, ///< Store into float array DASTORE = 82, ///< Store into double array AASTORE = 83, ///< Store into reference array BASTORE = 84, ///< Store into byte array CASTORE = 85, ///< Store into char array SASTORE = 86, ///< Store into short array POP = 87, ///< Pop the top operand stack value POP2 = 88, ///< Pop the one or two top operand stack values DUP = 89, ///< Duplicate the top operand stack value DUP_X1 = 90, ///< Duplicate the top operand stack value and insert two values down DUP_X2 = 91, ///< Duplicate the top operand stack value and insert two or three values down DUP2 = 92, ///< Duplicate the top operand stack value and insert two or three values down*/ DUP2_X1 = 93, ///< Duplicate the top one or two operand stack values and insert two or three values down*/ DUP2_X2 = 94, ///< Duplicate the top one or two operand stack values and insert two, three, or four values down SWAP = 95, ///< Swap the top two operand stack values IADD = 96, ///< Add int LADD = 97, ///< Add long FADD = 98, ///< Add float DADD = 99, ///< Add double ISUB = 100, ///< Substract int LSUB = 101, ///< Substract long FSUB = 102, ///< Substract float DSUB = 103, ///< Sustract double IMUL = 104, ///< Multiply int LMUL = 105, ///< Multiply long FMUL = 106, ///< Multiply float DMUL = 107, ///< Multiply double IDIV = 108, ///< Divide int LDIV = 109, ///< Divide long FDIV = 110, ///< Divide float DDIV = 111, ///< Divide double IREM = 112, ///< Remainder int LREM = 113, ///< Remainder long FREM = 114, ///< Remainder float DREM = 115, ///< Remainder double INEG = 116, ///< Negate int LNEG = 117, ///< Negate long FNEG = 118, ///< Negate float DNEG = 119, ///< Negate double ISHL = 120, ///< Shift left int LSHL = 121, ///< Shift left long ISHR = 122, ///< Arithmetic shift right int LSHR = 123, ///< Arithmetic shift right long IUSHR = 124, ///< Logical shift right int LUSHR = 125, ///< Logical shift right long IAND = 126, ///< Boolean AND int LAND = 127, ///< Boolean AND long IOR = 128, ///< Boolean OR int LOR = 129, ///< Boolean OR long IXOR = 130, ///< Boolean XOR int LXOR = 131, ///< Boolean XOR long IINC = 132, ///< Increment local variable by constant I2L = 133, ///< Convert int to long I2F = 134, ///< Convert int to float I2D = 135, ///< Convert int to double L2I = 136, ///< Convert long to int L2F = 137, ///< Convert long to float L2D = 138, ///< Convert long to double F2I = 139, ///< Convert float to int F2L = 140, ///< Convert float to long F2D = 141, ///< Convert float to double D2I = 142, ///< Convert double to int D2L = 143, ///< Convert double to long D2F = 144, ///< Convert double to float I2B = 145, ///< Convert int to byte I2C = 146, ///< Convert int to char I2S = 147, ///< Convert int to short LCMP = 148, ///< Long compare FCMPL = 149, ///< Float compare NaN negative FCMPG = 150, ///< Float compare NaN positive DCMPL = 151, ///< Double compare NaN negative DCMPG = 152, ///< Double compare NaN positive IFEQ = 153, ///< Branch if equal to zero IFNE = 154, ///< Branch if not equal to zero IFLT = 155, ///< Branch if lower than zero IFGE = 156, ///< Branch if greater or equal to zero IFGT = 157, ///< Branch if greater than zero IFLE = 158, ///< Branch if lower or equal to zero IF_ICMPEQ = 159, ///< Branch if equal IF_ICMPNE = 160, ///< Branch if not equal IF_ICMPLT = 161, ///< Branch if lower than IF_ICMPGE = 162, ///< Branch if greater or equal IF_ICMPGT = 163, ///< Branch if greater than IF_ICMPLE = 164, ///< Branch if lower or equal IF_ACMPEQ = 165, ///< Branch if reference equal IF_ACMPNE = 166, ///< Branch if reference not equal GOTO = 167, ///< Branch always LDC_REF = 168, ///< Load a string or class constant reference LDC_W_REF = 169, ///< Load a string or class constant reference TABLESWITCH = 170, ///< Access jump table by index and jump LOOKUPSWITCH = 171, ///< Access jump table by key match and jump IRETURN = 172, ///< Return int from method LRETURN = 173, ///< Return long from method FRETURN = 174, ///< Return float from method DRETURN = 175, ///< Return double from method ARETURN = 176, ///< Return reference from method RETURN = 177, ///< Return void from method GETSTATIC_PRELINK = 178, ///< Prelink get static field from class PUTSTATIC_PRELINK = 179, ///< Prelink set static field in class GETFIELD_PRELINK = 180, ///< Prelink fetch field from object PUTFIELD_PRELINK = 181, ///< Prelink set field in object INVOKEVIRTUAL = 182, ///< Invoke virtual method INVOKESPECIAL = 183, ///< Invoke special instance method INVOKESTATIC = 184, ///< Invoke a (class) static method INVOKEINTERFACE = 185, ///< Invoke interface method INVOKESUPER = 186, ///< Implements the super() call semantics of INVOKESPECIAL NEW = 187, ///< Create new object NEWARRAY = 188, ///< Create new array ANEWARRAY = 189, ///< Create new array of reference ARRAYLENGTH = 190, ///< Get length of array ATHROW = 191, ///< Throw exception or error CHECKCAST = 192, ///< Check whethever object is of given type INSTANCEOF = 193, ///< Determine if object is of given type MONITORENTER = 194, ///< Enter monitor for object MONITOREXIT = 195, ///< Monitor exit WIDE = 196, ///< Extend local variable index by additional bytes MULTIANEWARRAY = 197, ///< Create new multidimensional array IFNULL = 198, ///< Branch if reference is null IFNONNULL = 199, ///< Branch if reference is not null GOTO_W = 200, ///< Branch always wide index GETSTATIC_BYTE = 201, ///< Gets a byte-typed static field GETSTATIC_BOOL = 201, ///< Gets a bool-typed static field (same as GETSTATIC_BYTE) GETSTATIC_CHAR = 202, ///< Gets a char-typed static field GETSTATIC_SHORT = 203, ///< Gets a short-typed static field GETSTATIC_INT = 204, ///< Gets an int-typed static field GETSTATIC_FLOAT = 205, ///< Gets a float-typed static field GETSTATIC_LONG = 206, ///< Gets a long-typed static field GETSTATIC_DOUBLE = 207, ///< Gets a double-typed static field GETSTATIC_REFERENCE = 208, ///< Gets a reference-typed static field PUTSTATIC_BYTE = 209, ///< Sets a byte-typed static field PUTSTATIC_BOOL = 210, ///< Sets a bool-typed static field PUTSTATIC_CHAR = 211, ///< Sets a char-typed static field PUTSTATIC_SHORT = 211, ///< Sets a short-typed static field (same as PUTSTATIC_CHAR) PUTSTATIC_INT = 212, ///< Sets an int-typed static field PUTSTATIC_FLOAT = 213, ///< Sets a float-typed static field PUTSTATIC_LONG = 214, ///< Sets a long-typed static field PUTSTATIC_DOUBLE = 215, ///< Sets a double-typed static field PUTSTATIC_REFERENCE = 216, ///< Sets a reference-typed static field GETFIELD_BYTE = 217, ///< Gets a byte-typed field GETFIELD_BOOL = 218, ///< Gets a bool-typed field GETFIELD_CHAR = 219, ///< Gets a char-typed field GETFIELD_SHORT = 220, ///< Gets a short-typed field GETFIELD_INT = 221, ///< Gets an int-typed field GETFIELD_FLOAT = 222, ///< Gets a float-typed field GETFIELD_LONG = 223, ///< Gets a long-typed field GETFIELD_DOUBLE = 224, ///< Gets a double-typed field GETFIELD_REFERENCE = 225, ///< Gets a reference-typed field PUTFIELD_BYTE = 226, ///< Sets a byte-typed field PUTFIELD_BOOL = 227, ///< Sets a bool-typed field PUTFIELD_CHAR = 228, ///< Sets a char-typed field PUTFIELD_SHORT = 228, ///< Sets a short-typed field (same as PUTFIELD_CHAR) PUTFIELD_INT = 229, ///< Sets an int-typed field PUTFIELD_FLOAT = 230, ///< Sets a float-typed field PUTFIELD_LONG = 231, ///< Sets a long-typed field PUTFIELD_DOUBLE = 232, ///< Sets a double-typed field PUTFIELD_REFERENCE = 233, ///< Sets a reference-typedef field INVOKEVIRTUAL_PRELINK = 234, ///< Link a virtual method INVOKESPECIAL_PRELINK = 235, ///< Link a special method INVOKESTATIC_PRELINK = 236, ///< Link a static method INVOKEINTERFACE_PRELINK = 237, ///< Link an interface method NEW_PRELINK = 238, ///< Link a class to be created NEWARRAY_PRELINK = 239, ///< Links an array class to be created ANEWARRAY_PRELINK = 240, ///< Links an array class to be created CHECKCAST_PRELINK = 241, ///< Links classes requested by a checkcast INSTANCEOF_PRELINK = 242, ///< Links the class requested by an instanceof MULTIANEWARRAY_PRELINK = 243, ///< Links classes requested by a MULTIANEWARRAY MONITORENTER_SPECIAL = 244, ///< Modified MONITORENTER for synchronized virtual methods MONITORENTER_SPECIAL_STATIC = 245, ///< Modified MONITORENTER for synchronized static methods IRETURN_MONITOREXIT = 246, ///< Returns an int and releases the current monitor LRETURN_MONITOREXIT = 247, ///< Returns a long and releases the current monitor FRETURN_MONITOREXIT = 248, ///< Returns a float and releases the current monitor DRETURN_MONITOREXIT = 249, ///< Returns a double and releases the current monitor ARETURN_MONITOREXIT = 250, ///< Returns a reference and releases the current monitor RETURN_MONITOREXIT = 251, ///< Returns and releases the current monitor NEW_FINALIZER = 252, ///< Same as new but for finalizable objects LDC_PRELINK = 253, ///< Links a load constant opcode LDC_W_PRELINK = 254, ///< Links a load constant wide opcode // The following opcodes are called using the WIDE prefix METHOD_LOAD = 201, ///< Loads a method code METHOD_ABSTRACT = 202, ///< Dummy opcode for triggering abstract method errors INVOKE_NATIVE = 203, ///< Invoke a native method HALT = 204 ///< Halt the exection of the interpreter }; /** Typedef for ::enum internal_opcode_t */ typedef enum internal_opcode_t internal_opcode_t; /** Java opcodes definition */ enum java_opcode_t { JAVA_NOP = 0, ///< No operation JAVA_ACONST_NULL = 1, ///< Push null JAVA_ICONST_M1 = 2, ///< Push integer constant -1 JAVA_ICONST_0 = 3, ///< Push integer constant 0 JAVA_ICONST_1 = 4, ///< Push integer constant 1 JAVA_ICONST_2 = 5, ///< Push integer constant 2 JAVA_ICONST_3 = 6, ///< Push integer constant 3 JAVA_ICONST_4 = 7, ///< Push integer constant 4 JAVA_ICONST_5 = 8, ///< Push integer constant 5 JAVA_LCONST_0 = 9, ///< Push long constant 0 JAVA_LCONST_1 = 10, ///< Push long constant 1 JAVA_FCONST_0 = 11, ///< Push float constant 0.0 JAVA_FCONST_1 = 12, ///< Push float constant 1.0 JAVA_FCONST_2 = 13, ///< Push float constant 2.0 JAVA_DCONST_0 = 14, ///< Push double constant 0.0 JAVA_DCONST_1 = 15, ///< Push double constant 1.0 JAVA_BIPUSH = 16, ///< Push a byte sign-extended to an integer JAVA_SIPUSH = 17, ///< Push a short sign-extended to an integer JAVA_LDC = 18, ///< Push item from runtime constant pool using a 1-byte index JAVA_LDC_W = 19, ///< Push item from runtime constant pool using a 2-byte index JAVA_LDC2_W = 20, ///< Push double-word item from runtime constant pool JAVA_ILOAD = 21, ///< Load int from local variable JAVA_LLOAD = 22, ///< Load long from local variable JAVA_FLOAD = 23, ///< Load float from local variable JAVA_DLOAD = 24, ///< Load double from local variable JAVA_ALOAD = 25, ///< Load reference from local variable JAVA_ILOAD_0 = 26, ///< Load int from the first local variable JAVA_ILOAD_1 = 27, ///< Load int from the second local variable JAVA_ILOAD_2 = 28, ///< Load int from the third local variable JAVA_ILOAD_3 = 29, ///< Load int from the fourth local variable JAVA_LLOAD_0 = 30, ///< Load long from the first local variable JAVA_LLOAD_1 = 31, ///< Load long from the second local variable JAVA_LLOAD_2 = 32, ///< Load long from the third local variable JAVA_LLOAD_3 = 33, ///< Load long from the fourth local variable JAVA_FLOAD_0 = 34, ///< Load float from the first local variable JAVA_FLOAD_1 = 35, ///< Load float from the second local variable JAVA_FLOAD_2 = 36, ///< Load float from the third local variable JAVA_FLOAD_3 = 37, ///< Load float from the fourth local variable JAVA_DLOAD_0 = 38, ///< Load double from the first local variable JAVA_DLOAD_1 = 39, ///< Load double from the second local variable JAVA_DLOAD_2 = 40, ///< Load double from the third local variable JAVA_DLOAD_3 = 41, ///< Load double from the fourth local variable JAVA_ALOAD_0 = 42, ///< Load reference from the first local variable JAVA_ALOAD_1 = 43, ///< Load reference from the second local variable JAVA_ALOAD_2 = 44, ///< Load reference from the third local variable JAVA_ALOAD_3 = 45, ///< Load reference from the fourth local variable JAVA_IALOAD = 46, ///< Load int from array JAVA_LALOAD = 47, ///< Load long from array JAVA_FALOAD = 48, ///< Load float from array JAVA_DALOAD = 49, ///< Load double from array JAVA_AALOAD = 50, ///< Load reference from array JAVA_BALOAD = 51, ///< Load byte or boolean from array JAVA_CALOAD = 52, ///< Load char from array JAVA_SALOAD = 53, ///< Load short from array JAVA_ISTORE = 54, ///< Store int into local variable JAVA_LSTORE = 55, ///< Store long into local variable JAVA_FSTORE = 56, ///< Store float into local variable JAVA_DSTORE = 57, ///< Store double into local variable JAVA_ASTORE = 58, ///< Store reference into local variable JAVA_ISTORE_0 = 59, ///< Store int into the first local variable JAVA_ISTORE_1 = 60, ///< Store int into the second local variable JAVA_ISTORE_2 = 61, ///< Store int into the third local variable JAVA_ISTORE_3 = 62, ///< Store int into the fourth local variable JAVA_LSTORE_0 = 63, ///< Store long into the first local variable JAVA_LSTORE_1 = 64, ///< Store long into the second local variable JAVA_LSTORE_2 = 65, ///< Store long into the third local variable JAVA_LSTORE_3 = 66, ///< Store long into the fourth local variable JAVA_FSTORE_0 = 67, ///< Store float into the first local variable JAVA_FSTORE_1 = 68, ///< Store float into the second local variable JAVA_FSTORE_2 = 69, ///< Store float into the third local variable JAVA_FSTORE_3 = 70, ///< Store float into the fourth local variable JAVA_DSTORE_0 = 71, ///< Store double into the first local variable JAVA_DSTORE_1 = 72, ///< Store double into the second local variable JAVA_DSTORE_2 = 73, ///< Store double into the third local variable JAVA_DSTORE_3 = 74, ///< Store double into the fourth local variable JAVA_ASTORE_0 = 75, ///< Store reference into the first local variable JAVA_ASTORE_1 = 76, ///< Store reference into the second local variable JAVA_ASTORE_2 = 77, ///< Store reference into the third local variable JAVA_ASTORE_3 = 78, ///< Store reference into the fourth local variable JAVA_IASTORE = 79, ///< Store into int array JAVA_LASTORE = 80, ///< Store into long array JAVA_FASTORE = 81, ///< Store into float array JAVA_DASTORE = 82, ///< Store into double array JAVA_AASTORE = 83, ///< Store into reference array JAVA_BASTORE = 84, ///< Store into byte array JAVA_CASTORE = 85, ///< Store into char array JAVA_SASTORE = 86, ///< Store into short array JAVA_POP = 87, ///< Pop the top operand stack value JAVA_POP2 = 88, ///< Pop the one or two top operand stack values JAVA_DUP = 89, ///< Duplicate the top operand stack value JAVA_DUP_X1 = 90, ///< Duplicate the top operand stack value and insert two values down JAVA_DUP_X2 = 91, ///< Duplicate the top operand stack value and insert two or three values down JAVA_DUP2 = 92, ///< Duplicate the top operand stack value and insert two or three values down*/ JAVA_DUP2_X1 = 93, ///< Duplicate the top one or two operand stack values and insert two or three values down*/ JAVA_DUP2_X2 = 94, ///< Duplicate the top one or two operand stack values and insert two, three, or four values down JAVA_SWAP = 95, ///< Swap the top two operand stack values JAVA_IADD = 96, ///< Add int JAVA_LADD = 97, ///< Add long JAVA_FADD = 98, ///< Add float JAVA_DADD = 99, ///< Add double JAVA_ISUB = 100, ///< Substract int JAVA_LSUB = 101, ///< Substract long JAVA_FSUB = 102, ///< Substract float JAVA_DSUB = 103, ///< Sustract double JAVA_IMUL = 104, ///< Multiply int JAVA_LMUL = 105, ///< Multiply long JAVA_FMUL = 106, ///< Multiply float JAVA_DMUL = 107, ///< Multiply double JAVA_IDIV = 108, ///< Divide int JAVA_LDIV = 109, ///< Divide long JAVA_FDIV = 110, ///< Divide float JAVA_DDIV = 111, ///< Divide double JAVA_IREM = 112, ///< Remainder int JAVA_LREM = 113, ///< Remainder long JAVA_FREM = 114, ///< Remainder float JAVA_DREM = 115, ///< Remainder double JAVA_INEG = 116, ///< Negate int JAVA_LNEG = 117, ///< Negate long JAVA_FNEG = 118, ///< Negate float JAVA_DNEG = 119, ///< Negate double JAVA_ISHL = 120, ///< Shift left int JAVA_LSHL = 121, ///< Shift left long JAVA_ISHR = 122, ///< Arithmetic shift right int JAVA_LSHR = 123, ///< Arithmetic shift right long JAVA_IUSHR = 124, ///< Logical shift right int JAVA_LUSHR = 125, ///< Logical shift right long JAVA_IAND = 126, ///< Boolean AND int JAVA_LAND = 127, ///< Boolean AND long JAVA_IOR = 128, ///< Boolean OR int JAVA_LOR = 129, ///< Boolean OR long JAVA_IXOR = 130, ///< Boolean XOR int JAVA_LXOR = 131, ///< Boolean XOR long JAVA_IINC = 132, ///< Increment local variable by constant JAVA_I2L = 133, ///< Convert int to long JAVA_I2F = 134, ///< Convert int to float JAVA_I2D = 135, ///< Convert int to double JAVA_L2I = 136, ///< Convert long to int JAVA_L2F = 137, ///< Convert long to float JAVA_L2D = 138, ///< Convert long to double JAVA_F2I = 139, ///< Convert float to int JAVA_F2L = 140, ///< Convert float to long JAVA_F2D = 141, ///< Convert float to double JAVA_D2I = 142, ///< Convert double to int JAVA_D2L = 143, ///< Convert double to long JAVA_D2F = 144, ///< Convert double to float JAVA_I2B = 145, ///< Convert int to byte JAVA_I2C = 146, ///< Convert int to char JAVA_I2S = 147, ///< Convert int to short JAVA_LCMP = 148, ///< Long compare JAVA_FCMPL = 149, ///< Float compare NaN negative JAVA_FCMPG = 150, ///< Float compare NaN positive JAVA_DCMPL = 151, ///< Double compare NaN negative JAVA_DCMPG = 152, ///< Double compare NaN positive JAVA_IFEQ = 153, ///< Branch if equal to zero JAVA_IFNE = 154, ///< Branch if not equal to zero JAVA_IFLT = 155, ///< Branch if lower than zero JAVA_IFGE = 156, ///< Branch if greater or equal to zero JAVA_IFGT = 157, ///< Branch if greater than zero JAVA_IFLE = 158, ///< Branch if lower or equal to zero JAVA_IF_ICMPEQ = 159, ///< Branch if equal JAVA_IF_ICMPNE = 160, ///< Branch if not equal JAVA_IF_ICMPLT = 161, ///< Branch if lower than JAVA_IF_ICMPGE = 162, ///< Branch if greater or equal JAVA_IF_ICMPGT = 163, ///< Branch if greater than JAVA_IF_ICMPLE = 164, ///< Branch if lower or equal JAVA_IF_ACMPEQ = 165, ///< Branch if reference equal JAVA_IF_ACMPNE = 166, ///< Branch if reference not equal JAVA_GOTO = 167, ///< Branch always JAVA_JSR = 168, ///< Jump to subroutine JAVA_RET = 169, ///< Return from subroutine JAVA_TABLESWITCH = 170, ///< Access jump table by index and jump JAVA_LOOKUPSWITCH = 171, ///< Access jump table by key match and jump JAVA_IRETURN = 172, ///< Return int from method JAVA_LRETURN = 173, ///< Return long from method JAVA_FRETURN = 174, ///< Return float from method JAVA_DRETURN = 175, ///< Return double from method JAVA_ARETURN = 176, ///< Return reference from method JAVA_RETURN = 177, ///< Return void from method JAVA_GETSTATIC = 178, ///< Get static field from class JAVA_PUTSTATIC = 179, ///< Set static field in class JAVA_GETFIELD = 180, ///< Fetch field from object JAVA_PUTFIELD = 181, ///< Set field in object JAVA_INVOKEVIRTUAL = 182, ///< Invoke virtual method JAVA_INVOKESPECIAL = 183, ///< Invoke special instance method JAVA_INVOKESTATIC = 184, ///< Invoke a (class) static method JAVA_INVOKEINTERFACE = 185, ///< Invoke interface method JAVA_NEW = 187, ///< Create new object JAVA_NEWARRAY = 188, ///< Create new array JAVA_ANEWARRAY = 189, ///< Create new array of reference JAVA_ARRAYLENGTH = 190, ///< Get length of array JAVA_ATHROW = 191, ///< Throw exception or error JAVA_CHECKCAST = 192, ///< Check whethever object is of given type JAVA_INSTANCEOF = 193, ///< Determine if object is of given type JAVA_MONITORENTER = 194, ///< Enter monitor for object JAVA_MONITOREXIT = 195, ///< Monitor exit JAVA_WIDE = 196, ///< Extend local variable index by additional bytes JAVA_MULTIANEWARRAY = 197, ///< Create new multidimensional array JAVA_IFNULL = 198, ///< Branch if reference is null JAVA_IFNONNULL = 199, ///< Branch if reference is not null JAVA_GOTO_W = 200, ///< Branch always wide index JAVA_JSR_W = 201, ///< Branch to subrouting wide index }; /** Typedef for ::enum java_opcode_t */ typedef enum java_opcode_t java_opcode_t; #endif // !JELATINE_OPCODES_H