Remove commented code

sdk/src/types/block/output/mod.rs

@@ -293,29 +293,6 @@ impl Output {
         }
     }
 
-    // /// Returns the address that is required to unlock this [`Output`] and the account or nft address that gets
-    // /// unlocked by it, if it's an account or nft.
-    // /// If no `account_transition` has been provided, assumes a state transition.
-    // pub fn required_and_unlocked_address(
-    //     &self,
-    //     slot_index: impl Into<SlotIndex>,
-    //     min_committable_age: impl Into<SlotIndex>,
-    //     max_committable_age: impl Into<SlotIndex>,
-    //     output_id: &OutputId,
-    //     account_transition: Option<AccountTransition>,
-    // ) -> Result<(Address, Option<Address>), Error> { match self { Self::Basic(output) => Ok(( *output
-    //   .unlock_conditions() .locked_address(output.address(), slot_index, min_committable_age, max_committable_age) //
-    //   TODO .unwrap(), None, )), Self::Account(output) => { if account_transition.unwrap_or(AccountTransition::State)
-    //   == AccountTransition::State { // Account address is only unlocked if it's a state transition Ok((
-    //   *output.state_controller_address(), Some(Address::Account(output.account_address(output_id))), )) } else {
-    //   Ok((*output.governor_address(), None)) } } Self::Foundry(output) =>
-    //   Ok((Address::Account(*output.account_address()), None)), Self::Nft(output) => Ok(( *output .unlock_conditions()
-    //   .locked_address(output.address(), slot_index, min_committable_age, max_committable_age) // TODO .unwrap(),
-    //   Some(Address::Nft(output.nft_address(output_id))), )), Self::Delegation(output) => Ok(( *output
-    //   .unlock_conditions() .locked_address(output.address(), slot_index, min_committable_age, max_committable_age) //
-    //   TODO .unwrap(), None, )), }
-    // }
-
     ///
     pub fn verify_state_transition(
         current_state: Option<&Self>,