lab3_64_asm

.code

sad PROC

mov rax, rcx
add rax, rdx


ret

sad ENDP

zad3 PROC

	cmp rcx, 0
	jne _jump1
	cmp rdx, 0
	jne _jump2
	mov rax, 11

	_jump1:
	mov rax, rdx
	xor rdx, rdx
	idiv rcx
	jmp _done

	_jump2:
	mov rax, rcx
	mov rcx, rdx
	xor rdx, rdx
	idiv rcx
	jmp _done
	_done:

	ret

zad3 ENDP

zad4 PROC

	mov rax, rcx
	cmp rax, 1
	je _case1
	cmp rax, 2
	je _case2
	cmp rax, 3
	je _case3
	cmp rax, 4
	je _case4
	jmp _default

	_case1:
		add rax, 16
		jmp _done
	_case2:
		imul rax, 8
		jmp _done
	_case3:
		mul rax
		jmp _done
	_case4:
		sub rax, 8
		jmp _done
	_default:
		mov rax, 0
	_done:

	ret

zad4 ENDP

zad5 PROC

	mov rax, 0
	petlaFOR:
	cmp rax, rcx
	jge koniecFOR
	inc rax;
	jmp petlaFOR
	koniecFOR:

	ret

zad5 ENDP

zad6 PROC

	mov rax, 0
	mov rdx, 0
	petlaFOR:
	cmp rdx, rcx
	jge koniecFOR
	add rax, rcx
	inc rdx;
	jmp petlaFOR
	koniecFOR:

ret

zad6 ENDP

zad7_1 PROC

	mov rax, 0
	mov rdx, 0
	petlaWHILE:
	cmp rdx, rcx
	jge koniecWHILE
	add rax, rcx
	inc rdx;
	jmp petlaWHILE
	koniecWHILE:

ret

zad7_1 ENDP

zad7_2 PROC

	mov rax, 0
	xor rbx, rbx
	petlaWHILE:
	add rax, rcx
	inc rbx;
	cmp rbx, rcx
	jl petlaWHILE

ret

zad7_2 ENDP

zad8 PROC

	mov rbx, 1
	mov rax, 1
	petlaFOR:
	cmp rbx, rcx
	jge koniecFOR
	inc rbx;
	imul rax, rbx
	jmp petlaFOR
	koniecFOR:

	ret

zad8 ENDP

END