pub fn dump(&self) -> MultiTrieDump<T> {
        let node_data = self.store.iter().map(|x| x.get_data()).collect();
        MultiTrieDump {
            node_data,
            nb_tries: self.nb_tries,
            nb_required: self.nb_required,
            min_support_exp: self.min_support_exp,
            max_error_exp: self.max_error_exp,
            maximize_coverage: self.maximize_coverage,
            oracle_numeric_infos: self.oracle_numeric_infos.clone(),
        }
    }
/// Dump the content of the trie for the purpose of serialization.
Dump the content of the trie for the purpose of serialization.
Dump the content of the trie for the purpose of serialization .
pub fn dump(&self) -> MultiTrieDump<T> {
        let node_data = self.store.iter().map(|x| x.get_data()).collect();
        MultiTrieDump {
            node_data,
            nb_tries: self.nb_tries,
            nb_required: self.nb_required,
            min_support_exp: self.min_support_exp,
            max_error_exp: self.max_error_exp,
            maximize_coverage: self.maximize_coverage,
            oracle_numeric_infos: self.oracle_numeric_infos.clone(),
        }
    }
pub fn dump ( & self ) -> MultiTrieDump < T > { let node_data = self . store . iter ( ) . map ( | x | x . get_data ( ) ) . collect ( ) ; MultiTrieDump { node_data , nb_tries : self . nb_tries , nb_required : self . nb_required , min_support_exp : self . min_support_exp , max_error_exp : self . max_error_exp , maximize_coverage : self . maximize_coverage , oracle_numeric_infos : self . oracle_numeric_infos . clone ( ) , } }
Dump the content of the trie for the purpose of serialization.
Dump the content of the trie for the purpose of serialization .
&self