diff --git a/rust/logos-blockchain-circuits-tests/tests/conflicts.rs b/rust/logos-blockchain-circuits-tests/tests/conflicts.rs
index 6933b11..131bc91 100644
--- a/rust/logos-blockchain-circuits-tests/tests/conflicts.rs
+++ b/rust/logos-blockchain-circuits-tests/tests/conflicts.rs
@@ -8,11 +8,12 @@ mod tests {
         let pol_inputs_raw = std::fs::read_to_string(inputs::POL.as_path()).unwrap();
         let pol_witness_input = lbc_pol_sys::PolWitnessInput::new(pol_inputs_raw).unwrap();
 
-        // Each sys crate compiles a copy of the same C++ runtime (loadCircuit, get_size_of_witness, …)
-        // under identical symbol names. When two crates are linked into the same binary, the linker
-        // silently keeps one definition of each symbol, so one circuit ends up using the other's
-        // size constants — corrupting dat parsing and causing a SIGSEGV.
-        // This test reproduces the conflict by calling generate_witness on both circuits in the same binary.
+        // Each sys crate compiles a copy of the same C++ runtime (loadCircuit, get_size_of_witness,
+        // ...) under identical symbol names. When two crates are linked into the same binary, the
+        // linker silently keeps one definition of each symbol, so one circuit ends up using the
+        // other's size constants — corrupting dat parsing and causing a SIGSEGV.
+        // This test reproduces the conflict by calling generate_witness on both circuits in the
+        // same binary.
         let _pol_witness = lbc_pol_sys::generate_witness(&pol_witness_input);
 
         let inputs_json_raw = std::fs::read_to_string(inputs::POQ.as_path()).unwrap();