load x: Load value from x to accumulator
loadi n: Load n to accumulator
store x: Store accumulator value to x
jmp n: jump to n
jeq n: Jump if equal to zero
jge n: Jump if greater or equal to zero
jle n: Jump if less or equal to zero
jgt n: Jump if greater than zero
jlt n: Jump if less than zero
hold: Stop program execution
add x: Add memory value to accumulator
sub x: Subtract memory value from accumulator
mul x: Multiply accumulator by memory value
div x: Divide accumulator by memory value
loadind x: Load from address pointed to by memory
storeind x: Store to address pointed to by memory