fn missing_trie_keys(
        &self,
        correlation_id: CorrelationId,
        trie_keys: Vec<Digest>,
    ) -> Result<Vec<Digest>, Self::Error> {
        let txn = self.environment.create_read_txn()?;
        let missing_descendants =
            missing_trie_keys::<Key, StoredValue, lmdb::RoTransaction, LmdbTrieStore, Self::Error>(
                correlation_id,
                &txn,
                self.trie_store.deref(),
                trie_keys,
            )?;
        txn.commit()?;
        Ok(missing_descendants)
    }
/// Finds all of the keys of missing descendant `Trie<K,V>` values
Finds all of the keys of missing descendant `Trie` values
Finds all of the keys of missing descendant ` Trie ` values
fn missing_trie_keys(
        &self,
        correlation_id: CorrelationId,
        trie_keys: Vec<Digest>,
    ) -> Result<Vec<Digest>, Self::Error> {
        let txn = self.environment.create_read_txn()?;
        let missing_descendants =
            missing_trie_keys::<Key, StoredValue, lmdb::RoTransaction, LmdbTrieStore, Self::Error>(
                correlation_id,
                &txn,
                self.trie_store.deref(),
                trie_keys,
            )?;
        txn.commit()?;
        Ok(missing_descendants)
    }
fn missing_trie_keys ( & self , correlation_id : CorrelationId , trie_keys : Vec < Digest > , ) -> Result < Vec < Digest > , Self :: Error > { let txn = self . environment . create_read_txn ( ) ? ; let missing_descendants = missing_trie_keys :: < Key , StoredValue , lmdb :: RoTransaction , LmdbTrieStore , Self :: Error > ( correlation_id , & txn , self . trie_store . deref ( ) , trie_keys , ) ? ; txn . commit ( ) ? ; Ok ( missing_descendants ) }
Finds all of the keys of missing descendant `Trie<K,V>` values
Finds all of the keys of missing descendant ` Trie<K V > ` values
&self
correlation_id
CorrelationId
trie_keys
Vec<Digest>
&self
correlation_id
CorrelationId
trie_keys
Vec<Digest>