fn mark_fork_invalid(&mut self, fork_to_modify_key: SlotHashKey, invalid_slot: Slot) {
        if let Some(fork_info_to_modify) = self.fork_infos.get_mut(&fork_to_modify_key) {
            fork_info_to_modify
                .update_with_newly_invalid_ancestor(&fork_to_modify_key, invalid_slot);
        }
    }
/// Mark that `invalid_slot` on the fork starting at `fork_to_modify` has been marked
/// invalid. Note we don't need the hash for `invalid_slot` because slot number uniquely
/// identifies a node on a single fork.
Mark that `invalid_slot` on the fork starting at `fork_to_modify` has been marked
invalid. Note we don't need the hash for `invalid_slot` because slot number uniquely
identifies a node on a single fork.
Mark that ` invalid_slot ` on the fork starting at ` fork_to_modify ` has been marked invalid . Note we don ' t need the hash for ` invalid_slot ` because slot number uniquely identifies a node on a single fork .
fn mark_fork_invalid(&mut self, fork_to_modify_key: SlotHashKey, invalid_slot: Slot) {
        if let Some(fork_info_to_modify) = self.fork_infos.get_mut(&fork_to_modify_key) {
            fork_info_to_modify
                .update_with_newly_invalid_ancestor(&fork_to_modify_key, invalid_slot);
        }
    }
fn mark_fork_invalid ( & mut self , fork_to_modify_key : SlotHashKey , invalid_slot : Slot ) { if let Some ( fork_info_to_modify ) = self . fork_infos . get_mut ( & fork_to_modify_key ) { fork_info_to_modify . update_with_newly_invalid_ancestor ( & fork_to_modify_key , invalid_slot ) ; } }
Mark that `invalid_slot` on the fork starting at `fork_to_modify` has been marked
invalid.
Mark that ` invalid_slot ` on the fork starting at ` fork_to_modify ` has been marked invalid .
&mut self
fork_to_modify_key
SlotHashKey
invalid_slot
Slot