M method

MfuncTuple M(Uint8List candidbytes, CandidBytes_i start_i)

Implementation

MfuncTuple M(Uint8List candidbytes, CandidBytes_i start_i) {
    Tuple2<Uint8List,CandidBytes_i> leb128_bytes_tuple = find_leb128bytes(candidbytes, start_i);
    BigInt vec_len_b = leb128.decodeUnsigned(leb128_bytes_tuple.item1);
    late int vec_len;
    if (vec_len_b.isValidInt) {
        vec_len = vec_len_b.toInt();
    } else {
        throw Exception('these candid-bytes are too big for this dart code to handle, there are more than 2^64 bytes. these candid-bytes are held in lists and a dart-list can only index up to 2^64-1, the max of the dart-int. ');
    }
    late Vector vec;
    CandidBytes_i next_vec_item_start_i = leb128_bytes_tuple.item2;
    if (this.values_type! is Nat8) {
        CandidBytes_i finish_nat8s_i = next_vec_item_start_i + vec_len;
        vec = Blob(candidbytes.sublist(next_vec_item_start_i, finish_nat8s_i));
        next_vec_item_start_i = finish_nat8s_i;
    } else {
        vec = Vector(values_type: this.values_type is TypeTableReference ? (this.values_type as TypeTableReference).get_final_type_stance() : this.values_type);
        for (int i=0;i<vec_len;i=i+1) {
            MfuncTuple m_func_tuple = this.values_type!.M(candidbytes, next_vec_item_start_i);
            vec.add(m_func_tuple.item1);
            next_vec_item_start_i = m_func_tuple.item2;
        }
    }
    return MfuncTuple(vec, next_vec_item_start_i);
}