public <T extends HMSCacheSupport.HMSCacheInfo> void put(
      HMSCacheType cacheType,
      String qualifiedTableName,
      T hmsCacheInfo
  ) throws StageException {
    if (!cacheMap.containsKey(cacheType)) {
      throw new StageException(Errors.HIVE_16, cacheType);
    }
    cacheMap.get(cacheType).put(qualifiedTableName, Optional.of(hmsCacheInfo));
  }
public <T extends HMSCacheSupport.HMSCacheInfo> void put(
      HMSCacheType cacheType,
      String qualifiedTableName,
      T hmsCacheInfo
  ) throws StageException {
    if (!cacheMap.containsKey(cacheType)) {
      throw new StageException(Errors.HIVE_16, cacheType);
    }
    cacheMap.get(cacheType).put(qualifiedTableName, Optional.of(hmsCacheInfo));
  }
public < T extends HMSCacheSupport . HMSCacheInfo > void put ( HMSCacheType cacheType , String qualifiedTableName , T hmsCacheInfo ) throws StageException { if ( ! cacheMap . containsKey ( cacheType ) ) { throw new StageException ( Errors . HIVE_16 , cacheType ) ; } cacheMap . get ( cacheType ) . put ( qualifiedTableName , Optional . of ( hmsCacheInfo ) ) ; }
Puts/ updates the {@link HMSCache} with {@link HMSCacheSupport.HMSCacheInfo} for corresponding
{@link HMSCacheType} and qualified table name.

This method skips any locking provided by getOrLoad() and hence the caller code should not mix getOrLoad() and
put() calls in the same code.

@param cacheType {@link HMSCacheType}
@param qualifiedTableName qualified table name
@param hmsCacheInfo {@link HMSCacheSupport.HMSCacheInfo}
@param <T> {@link HMSCacheSupport.HMSCacheInfo}
@throws StageException if the {@link HMSCacheType} is not supported by {@link HMSCache}
Puts / updates the { @link HMSCache } with { @link HMSCacheSupport . HMSCacheInfo } for corresponding { @link HMSCacheType } and qualified table name .