Many search requests have the following structure:

```
...
"query": {
      "bool": {
        "must": [],
        "filter": [
          {
            "match_phrase": {
              "data_stream.dataset": "kubernetes.container"
            }
          },
          {
            "range": {
              "@timestamp": {
                "format": "strict_date_optional_time",
                "gte": "...",
                "lte": "...."
              }
            }
          }
        ],
        "should": [],
        "must_not": []
      }
    }
...
```

The index pattern matches (`metrics-*`) matches all metric data streams, but the `match_phrase` query on the `data_stream.dataset` field, which is a constant keyword field, only matches with one specific data stream.

Before query rewriting either in the `can_match` or `query` phases, shards that are search-idle get refreshed. This increases the query time significantly. Many o11y use cases rely on the default refresh behaviour. Which is the schedule a refresh every second when a shard is search active and don't schedule any refreshes when a shard is search-idle, this to favour indexing performance.

The refresh that occurs before the query rewrite should not occur on shards that don't match with the required filter clause on the `data_stream.dataset` constant keyword field. That is the goal of this issue.. 
server/src/main/java/org/elasticsearch/search/SearchService.java
bigArrays,
                    scriptService,
                    isCanceled,
                    aggs,
                    multiBucketConsumerService.create()
                );
            }
        };
    }
    /**
     * This helper class ensures we only execute either the success or the failure path for {@link SearchOperationListener}.
     * This is crucial for some implementations like {@link org.elasticsearch.index.search.stats.ShardSearchStats}.
     */
    private static final class SearchOperationListenerExecutor implements AutoCloseable {
        private final SearchOperationListener listener;
        private final SearchContext context;
        private final long time;
        private final boolean fetch;
        private long afterQueryTime = -1;
        private boolean closed = false;
        SearchOperationListenerExecutor(SearchContext context) {
            this(context, false, System.nanoTime());
        }
        SearchOperationListenerExecutor(SearchContext context, boolean fetch, long startTime) {
            this.listener = context.indexShard().getSearchOperationListener();
            this.context = context;
            time = startTime;
            this.fetch = fetch;
            if (fetch) {
                listener.onPreFetchPhase(context);