Method get_max_memory_size

tiledb/sm/subarray/subarray.cc:1248–1278

}

FieldDataSize Subarray::get_max_memory_size(
    const char* name, const Config* config, ThreadPool* compute_tp) {
  // Check attribute/dimension name
  if (name == nullptr) {
    throw SubarrayException(
        "Cannot get max memory size; field name cannot be null");
  }

  // Check if name is attribute or dimension
  const auto& array_schema = array_->array_schema_latest();
  bool is_dim = array_schema.is_dim(name);
  bool is_attr = array_schema.is_attr(name);

  // Check if attribute/dimension exists
  if (!ArraySchema::is_special_attribute(name) && !is_dim && !is_attr) {
    throw SubarrayException(
        std::string("Cannot get max memory size; ") +
        "there is no field named '" + name + "'");
  }

  bool is_variable_sized{
      name != constants::coords && array_schema.var_size(name)};
  bool is_nullable{array_schema.is_nullable(name)};

  // Compute tile overlap for each fragment
  compute_est_result_size(config, compute_tp);
  return {
      max_mem_size_[name].size_fixed_,
      is_variable_sized ? max_mem_size_[name].size_var_ : 0,
      is_nullable ? max_mem_size_[name].size_validity_ : 0};
}

std::vector<uint64_t> Subarray::get_range_coords(uint64_t range_idx) const {
  std::vector<uint64_t> ret;