Deep Java Virtual machine Note: Instruction set (GO)

Instructions	Meaning
Iconst_m1	Press the INT constant-1 into the stack
Iconst_0	The int constant is pressed into the stack
Fconst_1	The float type constant 1 is pressed into the stack
Lconst_2	Press the long constant 2 into the stack
Dconst_3	Press the double type constant 3 into the stack
Bipush byte1	Convert byte1 into int type press-in stack
Sipush Byte1,byte2	Converts a short of byte1,byte2 into an int pressed into the stack
Aconst_null	To push an empty object into the stack
LDC Indexbyte1	Presses a word word for the subscript specified in the constant pool into the stack
Ldc_w Indexbyte1,indexbyte2	Presses a word word for the subscript specified in the constant pool into the stack
Ldc2_w Indexbyte1,intexbyte2	Press the two word lengths of the specified subscript in the constant pool into the stack
Pop	Pop up a word on the top of the stack
Pop2	Pop-up stack top two characters
Swap	Swap stack top two words
Dup	Copy a WORD from the top of the stack
Dup2	Copy the top two characters of the stack
Dup_x1	Copy a word and the two words will pop up the stack
Dup_x2	Copy a word and will pop up the three-word press stack
Dup2_x1	Copy the two words and will pop up the three-word press stack
Dup2_x2	Copy two words and will pop up the four word press stack
Iload Vindex	Press the int local variable of position vindex into the stack
Iload_0	Press the int local variable of position 0 into the stack
Fload Vindex	The float type local variable of position Vindex is pressed into the stack
Fload_0	The float type local variable of position 0 is pressed into the stack
Lload Vindex	Press the long local variable of position vindex into the stack
Lload_0	Press the long local variable of position 0 into the stack
Dload Vindex	Press the double local variable of position vindex into the stack
Dload_0	Press the double local variable of position 0 into the stack
Aload Vindex	Vindex the position of an object referencing a local variable into the stack
Aload_0	The object referencing the position 0 is pressed into the stack with a local variable
Istore Vindex	Pop-up int, local variable stored at Vindex
Istore_0	Pop-up int, local variable stored at 0
Fstore Vindex	Popup float type, local variable stored at Vindex
Fstore_0	Float type, local variable stored at 0
Lstore Vindex	Pop-up long, local variables stored at Vindex
Lstore_0	Pop-up long, local variables stored at 0
Dstore Vindex	Pop-up double, local variable stored at Vindex
Dstore_0	Pop-up double, local variable stored at 0
Astore Vindex	Popup object reference type, local variable stored at Vindex
Astore_0	Popup object reference type, local variable stored at 0
Wide Iload Byte1,byte2	Wide can turn the original byte parameter into a processing two bytes
i2l	convert int to long type, others similar, no longer examples
Iadd	Pop-up two int, add the result into the stack
Ladd	Pop-up two long, add the result into the stack
Iinc Vindex,const	Add constant const to local variables located in Vindex
Wide Iinc Index1,intdex2,const1,const2	Add a constant to a local variable located in Vindex1,vindex2
Isub	Pop-up two int, subtract after lint type result press into stack
Lsub	Pop-up two long, subtract long result into stack
Imul	Pop-up two int, multiply int type result press into stack
Lmul	Pop-up two long, multiply the long result into a stack
Idev	Pop-up two int, divide after int type result press into stack
Ldev	Pop-up two long, divided by a long type result pressed into the stack
Irem	Pop-up two int type, after remainder int type result press into stack
Lrem	Pop-up two long, after the remainder of long type results pressed into the stack
Ineg	Pop up an int type, take the inverse int type result pressed into the stack
Lneg	pops up a long type and takes the inverted long result into the stack
Ishl	Shift the int value to the left (long-similar)
Ishr	Arithmetic shift of int value to right
Iushr	Logical shift of int values to the right
Iand	Logic and operations (long similar) for two int type values
Ior	Logical OR operation on two int type values
Ixor	Logical XOR operation on two int type values
Fadd	Pop-up two float type, add after float type result pressed into stack
Fsub	Pop-up two float type, subtract float type result pressed into stack
Fmul	Pop-up two float type, multiply after float type result pressed into stack
Fdiv	Pop-up two float type, divide after float type result press into stack
Frem	Pop-up two float type, after the float type result pressed into the stack
New Indexbyte1,indexbyte2	Create a new object in the heap and press it into the stack
Putfield Indexbyte1,intdebyte2	Sets the value of the Object field, and the value and object reference are obtained from the stack
GetField Indexbyte1,indexbyte2	Press the object field into the stack, and the object reference is fetched from the stack
Putstatic Indexbyte1,indexbyte2	Sets the value of a class static variable, obtained from the stack
Getstatic Indexbyte1,indexbyte2	Pressing static variables into the stack
Checkcast Indexbyte1,indexbyte2	Throws an exception if the reference in the stack is not a class at the specified location
instanceof Indexbyte1,indexbyte2	Ditto, but press true or false toward the result
NewArray Atype	POPs the length from the stack, assigning an array of type Atype
Anewarray Indexbyte1,intdexbyte2	Take length from stack, index take type
Multianewarray index1,index2,dimensions	assigning multidimensional arrays
Arraylength	POPs a reference from the stack and presses its length into the stack
Baload	The array reference and subscript are taken from the stack, and the corresponding Boolean is pressed into the stack.
Caload	Ibid., Char
Saload	Ibid., Short
Iaload	Ibid., int
Laload	Ibid., Long
Faload	Ibid., Folat
Daload	Ibid., double
Aaload	Ibid., array
Bastore	Assigns a byte or Boolean value, index, and array reference to the Arrayref pop-up stack, assigning a value of Arrayref[index]=value Other types Ibid.
Ifeq Branchbyte1,branchbyte2	POPs the int type from the stack, jumps to the specified branch for 0 to execute
Ifne Branchbyte1,branchbyte2	Ditto, not 0 jumps to the specified branch execution
Iflt Branchbyte1,branchbyte2	Ibid., if less than 0, jumps to the specified branch to execute
Ifle Branchbyte1,branchbyte2	Ibid., if less than or equal to 0, jumps to the specified branch to execute
IFGT Branchbyte1,branchbyte2	IBID., if greater than 0, jumps to the specified branch to execute
IFGE Branchbyte1,branchbyte2	IBID., if greater than or equal to 0, jumps to the specified branch to execute
If_icmpeq Branchbyte1,branchbyte2	stack pops two int, if one equals the second, jumps
IF_ICMPME Branchbyte1,branchbyte2	stack pops two int, if one is not equal to the second, jump
IF_ICMPLT Branchbyte1,branchbyte2	stack pops two int, if one is less than the second one, jumps
If_icmple Branchbyte1,branchbyte2	stack pops two int, if one is less than or equal to the second one, jumps
IF_ICMPGT Branchbyte1,branchbyte2	stack pops two int, if one is greater than the second one, jumps
If_icmpge Branchbyte1,branchbyte2	stack pops two int, if one is greater than or equal to the second, jump
lcmp	Pop two long from the stack, put the result-1, 0, 1 into the stack
Fcmpg	Pop two float from the stack, put the results-1, 0, 1 into the stack
Fcmpl	Pop two float from the stack, put the results-1, 0, 1 into the stack
Dcmpg	POPs two double from the stack, putting the result-1, 0, 1 into the stack
Dcmpl	POPs two double from the stack, putting the result-1, 0, 1 into the stack
Ifnull Branchbyte1,branchbyte2	POPs out of the stack and jumps to the branch if it's null
Ifnonnull Branchbyte1,branchbyte2	POPs out of the stack and jumps to the branch if it's not null

Deep Java Virtual machine Note: Instruction set (GO)