```
┌───────────────now()─┬─event────────────────┬────────────────value─┐
│ 2022-10-28 08:09:26 │ UserTimeMicroseconds │ 13760641375459361349 │
│ 2022-10-28 08:11:57 │ UserTimeMicroseconds │ 17081055181340065261 │
│ 2022-10-28 08:13:31 │ UserTimeMicroseconds │  2803275110436731712 │
│ 2022-10-28 08:14:19 │ UserTimeMicroseconds │  4039206916108154442 │
│ 2022-10-28 08:15:49 │ UserTimeMicroseconds │  5422712665390374116 │
└─────────────────────┴──────────────────────┴──────────────────────┘
```

It can not grow so fast. 

```
SELECT formatReadableTimeDelta((17081055181340065261 - 13760641375459361349) / 1000000)

Query id: 7bbb071d-6204-413d-ba7a-222c89aca743

┌─formatReadableTimeDelta(divide(minus(17081055181340065261, 13760641375459361349), 1000000))─┐
│ 105289 years, 7 months, 16 days, 20 hours and 18 minutes                                    │
└─────────────────────────────────────────────────────────────────────────────────────────────┘
```
if (settings.parallel_view_processing)
            views_data->max_threads = settings.max_threads ? std::min(static_cast<size_t>(settings.max_threads), num_views) : num_views;
        std::vector<Block> headers;
        headers.reserve(num_views);
        for (const auto & chain : chains)
            headers.push_back(chain.getOutputHeader());
        auto copying_data = std::make_shared<CopyingDataToViewsTransform>(storage_header, views_data);
        auto finalizing_views = std::make_shared<FinalizingViewsTransform>(std::move(headers), views_data);
        auto out = copying_data->getOutputs().begin();
        auto in = finalizing_views->getInputs().begin();
        size_t max_parallel_streams = 0;
        std::list<ProcessorPtr> processors;
        for (auto & chain : chains)
        {
            max_parallel_streams += std::max<size_t>(chain.getNumThreads(), 1);
            result_chain.attachResources(chain.detachResources());
            connect(*out, chain.getInputPort());
            connect(chain.getOutputPort(), *in);
            ++in;
            ++out;
            processors.splice(processors.end(), Chain::getProcessors(std::move(chain)));
        }
        processors.emplace_front(std::move(copying_data));
        processors.emplace_back(std::move(finalizing_views));
        result_chain = Chain(std::move(processors));
        result_chain.setNumThreads(std::min(views_data->max_threads, max_parallel_streams));
    }
    if (auto * live_view = dynamic_cast<StorageLiveView *>(storage.get()))
    {
        auto sink = std::make_shared<PushingToLiveViewSink>(live_view_header, *live_view, storage, context);