chore: fmt

Author: enitrat

snforge_std/src/cheatcodes/tx_info.cairo

@@ -66,7 +66,8 @@ fn spoof(target: CheatTarget, tx_info_mock: TxInfoMock, span: CheatSpan) {
     handle_cheatcode(cheatcode::<'spoof'>(inputs.span()));
 }
 
-/// Changes `TxInfo` returned by `get_tx_info()` for the targeted contract until the spoof is canceled with `stop_spoof`.
+/// Changes `TxInfo` returned by `get_tx_info()` for the targeted contract until the spoof is
+/// canceled with `stop_spoof`.
 /// - `target` - instance of `CheatTarget` specifying which contracts to spoof
 /// - `tx_info_mock` - a struct with same structure as `TxInfo` (returned by `get_tx_info()`)
 fn start_spoof(target: CheatTarget, tx_info_mock: TxInfoMock) {

snforge_std/src/fs/file_operations.cairo

@@ -33,7 +33,8 @@ fn read_txt(file: @File) -> Array<felt252> {
 }
 
 /// `file` - a `File` struct to read json data from
-/// Returns an array of felts read from the file, panics if read was not possible, or json was incorrect
+/// Returns an array of felts read from the file, panics if read was not possible, or json was
+/// incorrect
 fn read_json(file: @File) -> Array<felt252> {
     let content = handle_cheatcode(
         cheatcode::<'read_json'>(byte_array_as_felt_array(file.path).span())

snforge_std/src/signature.cairo

@@ -20,14 +20,16 @@ trait KeyPairTrait<SK, PK> {
 trait SignerTrait<T, H, U> {
     /// Signs given message hash
     /// `self` - KeyPair used for signing
-    /// `message_hash` - input to sign bounded by the curve type (u256 for 256bit curves, felt252 for StarkCurve)
+    /// `message_hash` - input to sign bounded by the curve type (u256 for 256bit curves, felt252
+    /// for StarkCurve)
     /// Returns the signature components (usually r,s tuple)
     fn sign(self: T, message_hash: H) -> U;
 }
 
 trait VerifierTrait<T, H, U> {
     /// `self` - KeyPair used for verifying
-    /// `message_hash` - input to verify bounded by the curve type (u256 for 256bit curves, felt252 for StarkCurve)
+    /// `message_hash` - input to verify bounded by the curve type (u256 for 256bit curves, felt252
+    /// for StarkCurve)
     /// `signature` - the signature components (usually r,s tuple)
     /// Returns a boolean representing the validity of the signature
     fn verify(self: T, message_hash: H, signature: U) -> bool;

snforge_std/src/trace.cairo

@@ -3,7 +3,8 @@ use core::starknet::testing::cheatcode;
 use core::starknet::ContractAddress;
 use super::_cheatcode::handle_cheatcode;
 
-/// Tree-like structure which contains all of the starknet calls and sub-calls along with the results
+/// Tree-like structure which contains all of the starknet calls and sub-calls along with the
+/// results
 #[derive(Drop, Serde, PartialEq)]
 struct CallTrace {
     entry_point: CallEntryPoint,