Code Bot compiler - Online Compiler NASM 32. This code reads six unsigned 32-bit integers representing coefficients and constants of a linear system, then computes and outputs two values (X and Y) using bitwise operations (AND and XOR) instead of normal arithmetic.

Online Compiler Nasm

%include "io.inc" section .text global main main: GET_UDEC 4, eax ; a11 GET_UDEC 4, ebx ; a12 GET_UDEC 4, ecx ; a21 GET_UDEC 4, edx ; a22 GET_UDEC 4, edi ; b1 GET_UDEC 4, esi ; b2 ; y = (a11 & b2 ^ a21 & b1) / (определитель) mov r8d, eax ; r8 = a11 and r8d, esi ; r8 = a11 & b2 mov r9d, ecx ; r9 = a21 and r9d, edi ; r9 = a21 & b1 xor r8d, r9d ; r8 = (a11 & b2) ^ (a21 & b1) -> это наш Y mov r10d, edx ; r10 = a22 and r10d, edi ; r10 = a22 & b1 mov r11d, ebx ; r11 = a12 and r11d, esi ; r11 = a12 & b2 xor r10d, r11d ; r10 = (a22 & b1) ^ (a12 & b2) -> это наш X ; ---------------------- PUT_UDEC 4, r10d ; Выводим X PRINT_CHAR ' ' PUT_UDEC 4, r8d ; Выводим Y NEWLINE xor eax, eax ret

1) This code reads six unsigned 32-bit integers representing coefficients and constants of a linear system, then computes and outputs two values (X and Y) using bitwise operations (AND and XOR) instead of normal arithmetic.

2) Hint: The comment mentions "determinant," but the code doesn't actually perform division—it outputs the numerator values directly. Check if this matches the intended mathematical formula.
Hint: The operations use bitwise logic (AND/XOR) rather than multiplication/subtraction, so this solves a system in GF(2) (modulo 2 arithmetic), not ordinary real numbers.