2 : A Certain Bomb -

While each "bomb" is unique, Phase 2 usually follows one of these patterns: 1 2 4 8 16 32 (each number is the previous).

Usually calls read_six_numbers to parse the input into an array on the stack. 2. The First Element (The Anchor) The code immediately checks the first number (at index 0).

cmp : Comparing the calculated value against your input at 8(%rsp, %rbx, 4) . 4. Common Mathematical Patterns 2 : A Certain Bomb

In many lab variants, the first number must be 1 (or occasionally 0 ). If this check fails, the bomb explodes immediately. 3. The Iterative Logic

Look for a jne (jump if not equal) that loops back to an earlier instruction. While each "bomb" is unique, Phase 2 usually

1 3 5 7 9 11 (adding a constant like +2positive 2 Fibonacci-style: (adding the current index to the previous value). 💡 Defusing Strategy To solve your specific version, use a debugger like GDB : Disassemble the function: Run disas phase_2 .

Find the cmp instruction inside that loop to see what value the program expects for each step. Historical Context: The "Cruel Bomb" The First Element (The Anchor) The code immediately

The core of this phase is a loop that iterates from the second number to the sixth. You will typically see assembly instructions like: