The only columns that show what they are supposed to are `database`, `table`, `name` and `disk`.
The other columns borrow values from a neighbour.
```
┌─table────────┬─partition_id─┬─name────────────────────────────────┬─disk────┬─reason─┬─min_block_number─┬─max_block_number─┬───level─┐
│ actions_log  │ ignored      │ ignored_202107_714380_714380_0      │ default │        │           202107 │           714380 │  714380 │
│ actions_log  │ ignored      │ ignored_202107_713838_713838_0      │ default │        │           202107 │           713838 │  713838 │
│ actions_log  │ ignored      │ ignored_202107_713875_713875_0      │ default │        │           202107 │           713875 │  713875 │
│ actions_log  │ ignored      │ ignored_202107_725839_725839_0      │ default │        │           202107 │           725839 │  725839 │
│ actions_log  │ ignored      │ ignored_202107_713927_713927_0      │ default │        │           202107 │           713927 │  713927 │
│ actions_log  │ ignored      │ ignored_202107_714009_714009_0      │ default │        │           202107 │           714009 │  714009 │
```
{
    auto it = column_name_to_position.find(column_name);
    if (it == column_name_to_position.end())
        return {};
    return it->second;
}
void IMergeTreeDataPart::setState(IMergeTreeDataPart::State new_state) const
{
    decrementStateMetric(state);
    state = new_state;
    incrementStateMetric(state);
}
IMergeTreeDataPart::State IMergeTreeDataPart::getState() const
{
    return state;
}
std::pair<DayNum, DayNum> IMergeTreeDataPart::getMinMaxDate() const
{
    if (storage.minmax_idx_date_column_pos != -1 && minmax_idx.initialized)
    {
        const auto & hyperrectangle = minmax_idx.hyperrectangle[storage.minmax_idx_date_column_pos];
        return {DayNum(hyperrectangle.left.get<UInt64>()), DayNum(hyperrectangle.right.get<UInt64>())};
    }
    else
        return {};
}
std::pair<time_t, time_t> IMergeTreeDataPart::getMinMaxTime() const