iadd = 96,// 0x60 iadd 将栈顶两int型数值相加并将结果压入栈顶 ladd = 97,// 0x61 ladd 将栈顶两long型数值相加并将结果压入栈顶 fadd = 98,// 0x62 fadd 将栈顶两float型数值相加并将结果压入栈顶 dadd = 99,// 0x63 dadd 将栈顶两double型数值相加并将结果压入栈顶 isub = 100,// 0x64 is 将栈顶两int型数值相减并将结果压入栈顶 lsub = 101,// 0x65 ls 将栈顶两long型数值相减并将结果压入栈顶 fsub = 102,// 0x66 fs 将栈顶两float型数值相减并将结果压入栈顶 dsub = 103,// 0x67 ds 将栈顶两double型数值相减并将结果压入栈顶 imul = 104,// 0x68 imul 将栈顶两int型数值相乘并将结果压入栈顶 lmul = 105,// 0x69 lmul 将栈顶两long型数值相乘并将结果压入栈顶 fmul = 106,// 0x6a fmul 将栈顶两float型数值相乘并将结果压入栈顶 dmul = 107,// 0x6b dmul 将栈顶两double型数值相乘并将结果压入栈顶 idiv = 108, // 将栈顶两int型数值相除并将结果压入栈顶 ldiv = 109,// 0x6d ldiv 将栈顶两long型数值相除并将结果压入栈顶 fdiv = 110,// 0x6e fdiv 将栈顶两float型数值相除并将结果压入栈顶 ddiv = 111,// 0x6f ddiv 将栈顶两double型数值相除并将结果压入栈顶 imod = 112,// 0x70 irem 将栈顶两int型数值作取模运算并将结果压入栈顶 lmod = 113,// 0x71 lrem 将栈顶两long型数值作取模运算并将结果压入栈顶 fmod = 114,// 0x72 frem 将栈顶两float型数值作取模运算并将结果压入栈顶 dmod = 115,// 0x73 drem 将栈顶两double型数值作取模运算并将结果压入栈顶 ineg = 116,// 0x74 ineg 将栈顶int型数值取负并将结果压入栈顶 lneg = 117,// 0x75 lneg 将栈顶long型数值取负并将结果压入栈顶 fneg = 118,// 0x76 fneg 将栈顶float型数值取负并将结果压入栈顶 dneg = 119,// 0x77 dneg 将栈顶double型数值取负并将结果压入栈顶 ishl = 120,// 0x78 ishl 将int型数值左移位指定位数并将结果压入栈顶 lshl = 121,// 0x79 lshl 将long型数值左移位指定位数并将结果压入栈顶 ishr = 122,// 0x7a ishr 将int型数值右（符号）移位指定位数并将结果压入栈顶 lshr = 123,// 0x7b lshr 将long型数值右（符号）移位指定位数并将结果压入栈顶 iushr = 124,// 0x7c iushr 将int型数值右（无符号）移位指定位数并将结果压入栈顶 lushr = 125,// 0x7d lushr 将long型数值右（无符号）移位指定位数并将结果压入栈顶 iand = 126,// 0x7e iand 将栈顶两int型数值作“按位与”并将结果压入栈顶 land = 127,// 0x7f land 将栈顶两long型数值作“按位与”并将结果压入栈顶 ior = 128,// 0x80 ior 将栈顶两int型数值作“按位或”并将结果压入栈顶 lor = 129,// 0x81 lor 将栈顶两long型数值作“按位或”并将结果压入栈顶 ixor = 130,// 0x82 ixor 将栈顶两int型数值作“按位异或”并将结果压入栈顶 lxor = 131,// 0x83 lxor 将栈顶两long型数值作“按位异或”并将结果压入栈顶