Bytecode Instruction Set

Mnemonic	Opcode (in hex)	Other argument bytes [count]:[label]	Description
NOP	00		Does nothing
HLT	01		Kills current running thread
LOAD	02	1: reg_address, 1: data_type, 1/2/4/8: data	Loads numerical data of correct size to a specified register
MOVE	03	1: reg_address0, 1: reg_address1	Copies data from register of reg_address0 to register of reg_address1
CAST	04	1: reg_address, 1: type	Casts data in a specified register to a different sized data type
PUSH	05	1: reg_address	Pushes data in a specified register to stack
POP	06		Pops off stack
PUT	07	8: stack_address, 1: reg_address	Copies data from a specified register to a specified address at stack
PEEK	08	8: stack_address, 1: reg_address	Copies data from a specified address at stack to a specified register
MALLOC	09	8: heap_address, 8: size	Allocates a specific size on an address at heap
CALLOC	0A	8: heap_address, 8: size	Allocates a specific size on an address at heap, then clears the memory
REALLOC	0B	8: heap_address, 8: size	Resizes an address at heap to a specified size
FREE	0C	8: heap_address	Frees an address at heap
STORE	0D	8: heap_address, 8: offset_address, 1: reg_address	Copies data in a specified register to offset of an address at heap
GET	0E	8: heap_address, 8: offset_address, 1: reg_address	Copies data at offset of an address at heap to a specified register
ALLOC_STATIC	0F	8: static_address, 8: size	Allocates a specific size on an address at static segment
STORE_STATIC	10	8: static_address, 8: offset_address, 1: reg_address	Copies data in a specified register to offset of an address at static segment
GET_STATIC	11	8: static_address, 8: offset_address, 1: reg_address	Copies data at offset of an address at static segment to a specified register
JUMP	12	8: reg_address	Jumps unconditionally to a specified code segment index stored in given register
JUMP_IF_TRUE	13	8: reg_address	Jumps to a specified code segment index in given register if arithmetic register is true
JUMP_IF_FALSE	14	8: reg_address	Jumps to a specified code segment index in given register if arithmetic register is false
ADD	15	1: reg_address0, 1: reg_address1	Add reg_address1 to reg_address0
SUB	16	1: reg_address0, 1: reg_address1	Subtact reg_address1 from reg_address0
MUL	17	1: reg_address0, 1: reg_address1	Multiply reg_address0 by reg_address1
DIV	18	1: reg_address0, 1: reg_address1	Divide reg_address0 by reg_address1
MOD	19	1: reg_address0, 1: reg_address1	Modulus of reg_address0 by reg_address1
AND	1A	1: reg_address0, 1: reg_address1	Bitwise AND of reg_address0 and reg_address1
XOR	1B	1: reg_address0, 1: reg_address1	Bitwise XOR of reg_address0 and reg_address1
OR	1C	1: reg_address0, 1: reg_address1	Bitwise OR of reg_address0 and reg_address1
NOT	1D	1: reg_address0	Bitwise NOT of reg_address
LSHIFT	1E	1: reg_address0, 1: reg_address1	Shift reg_address0 to the left by reg_address1
RSHIFT	1F	1: reg_address0, 1: reg_address1	Shift reg_address0 to the right by reg_address1
LESS	20	1: reg_address0, 1: reg_address1	Boolean less than of reg_address0 and reg_address1
LESS_EQ	21	1: reg_address0, 1: reg_address1	Boolean less than or equality of reg_address0 and reg_address1
GREAT	22	1: reg_address0, 1: reg_address1	Boolean greater than of reg_address0 and reg_address1
GREAT_EQ	23	1: reg_address0, 1: reg_address1	Boolean greater than or equality of reg_address0 and reg_address1
EQUAL	24	1: reg_address0, 1: reg_address1	Boolean equality of reg_address0 and reg_address1
N_EQUAL	25	1: reg_address0, 1: reg_address1	Boolean inequality of reg_address0 and reg_address1
LOG_AND	26	1: reg_address0, 1: reg_address1	Boolean and of reg_address0 and reg_address1
LOG_OR	27	1: reg_address0, 1: reg_address1	Boolean or of reg_address0 and reg_address1
LOG_NOT	28	1: reg_address0	Boolean not of reg_address0