db fib_count: 10         // How many more numbers to calculate after F(0) and F(1)

init:
    lli 0, rg0          // F(0) = 0
    lli 1, rg1          // F(1) = 1
    ldb fib_count, rg2

loop:
    add rg0, rg1, acc   // rg4 = rg0 + rg1 (new Fibonacci number)
    
    push rg0
    mov rg1, rg0        // rg0 = previous rg1 (F(n-2) = F(n-1))
    mov acc, rg1        // rg1 = rg4 (F(n-1) = F(n))
    
    dec rg2             // rg2 = rg2 - 1

    cmp rg2, zero        // Compare counter with 0
    jgt loop  // Jump back if counter > 0

finish:
    push rg0,
    push rg1,
    // Final Fibonacci number is in rg1
    hlt

    // jmp print::run