Method write_dense

test/src/test-cppapi-aggregates.cc:388–431

template <class T>
void CppAggregatesFx<T>::write_dense(
    std::vector<int> a,
    uint64_t dim1_min,
    uint64_t dim1_max,
    uint64_t dim2_min,
    uint64_t dim2_max,
    uint64_t timestamp,
    optional<std::vector<uint8_t>> a_validity) {
  // Open array.
  Array array(
      ctx_,
      ARRAY_NAME,
      TILEDB_WRITE,
      TemporalPolicy(TimestampStartEnd, 0, timestamp));

  std::vector<uint8_t> a_buff = make_data_buff(a);
  uint64_t cell_val_num = std::is_same<T, std::string>::value ?
                              CppAggregatesFx<T>::STRING_CELL_VAL_NUM :
                              1;

  // Create the subarray.
  Subarray subarray(ctx_, array);
  subarray.add_range(0, dim1_min, dim1_max).add_range(1, dim2_min, dim2_max);

  // Create query.
  Query query(ctx_, array, TILEDB_WRITE);
  query.set_layout(TILEDB_ROW_MAJOR);
  query.set_subarray(subarray);
  query.set_data_buffer(
      "a1", static_cast<void*>(a_buff.data()), a.size() * cell_val_num);
  query.set_data_buffer(
      "a2", static_cast<void*>(a_buff.data()), a.size() * cell_val_num);
  if (a_validity.has_value()) {
    query.set_validity_buffer("a1", a_validity.value());
    query.set_validity_buffer("a2", a_validity.value());
  }

  // Submit/finalize the query.
  query.submit();
  query.finalize();

  // Close array.
  array.close();
}

template <class T>
void CppAggregatesFx<T>::write_dense_string(