The decompilation preserves the storage getter but fails to represent the core loop function and its state changes.
The original loop function executes nested loops and increments the number state variable loops squared times; the decompiled function immediately reverts and performs no increments.
The original loop function is state-mutating and nonpayable, whereas the decompiled function is declared view.
The original function's checked arithmetic can revert on overflow during number += 1; this behavior is absent because the decompiled function always reverts without performing arithmetic.
The number getter is represented as returning bytes32 storage directly instead of uint256, although both use the same 256-bit storage value in practice.
Candidate
Score: 10/100
The decompilation fails to preserve the core behavior of the contract's loop function.
The original loop function executes nested loops and increments the stored number once for every pair of iterations, resulting in loops squared increments; the decompiled function unconditionally reverts and performs no storage updates.
The original loop function is publicly callable and state-changing, while the decompiled version is incorrectly marked view.
The decompiled storage variable is represented as bytes32 rather than uint256, which may alter the declared ABI type even though both occupy the same 256-bit storage slot.
Diff
Decompiled output is identical between baseline and candidate.