Orodje za dostopnost
In most versions of the Bomb Lab, Phase 2 requires the user to input a sequence of six integers. The program checks these numbers against a specific mathematical progression logic. 1. Input Requirement Six integers separated by spaces.
The core of this phase is a loop that iterates from the second number to the sixth. You will typically see assembly instructions like:
cmp : Comparing the calculated value against your input at 8(%rsp, %rbx, 4) . 4. Common Mathematical Patterns
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).
In most versions of the Bomb Lab, Phase 2 requires the user to input a sequence of six integers. The program checks these numbers against a specific mathematical progression logic. 1. Input Requirement Six integers separated by spaces.
The core of this phase is a loop that iterates from the second number to the sixth. You will typically see assembly instructions like:
cmp : Comparing the calculated value against your input at 8(%rsp, %rbx, 4) . 4. Common Mathematical Patterns
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).
