There are several ways you can do this and the right answer depends on your usage of the cache. You have a “main” cache manager If you use CacheManager A for 90% of your use case and B for 10% I’d advise to create a default CacheManager for A (you’ll need to specify it via … Read more
Try to use @Scheduled Example: @Scheduled(fixedRate = ONE_DAY) @CacheEvict(value = { CACHE_NAME }) public void clearCache() { log.debug(“Cache ‘{}’ cleared.”, CACHE); } You can also use cron expression with @Scheduled.
In fact, it is possible, even with Spring’s Caching Abstraction, but not out-of-the-box (OOTB). Essentially, you must customize Spring’s caching infrastructure (Explained further below) By default, Spring’s caching infrastructure uses the entire @Cacheable method parameter arguments as the cache “key”, as explained here. Of course you can also customize the key resolution using either a … Read more
You can do this: @Caching(evict = { @CacheEvict(“primary”), @CacheEvict(value = “secondary”, key = “#p0”) }) Check out the Reference for details
This is your only chance: @Bean public CaffeineCache cacheA() { return new CaffeineCache(“CACHE_A”, Caffeine.newBuilder() .expireAfterAccess(1, TimeUnit.DAYS) .build()); } @Bean public CaffeineCache cacheB() { return new CaffeineCache(“CACHE_B”, Caffeine.newBuilder() .expireAfterWrite(7, TimeUnit.DAYS) .recordStats() .build()); } Just expose your custom caches as beans. They are automatically added to the CaffeineCacheManager.
The type of cache is by default automatically detected and configured. However you can specify which cache type to use by adding spring.cache.type to your configuration. To disable it set the value to NONE. As you want to do it for a specific profile add it to that profiles application.properties in this case modify the … Read more
And for Spring Boot 2 you can add in your application.properties: logging.level.org.springframework.cache=TRACE
I use life hacking like this: @Configuration @EnableCaching @EnableScheduling public class CachingConfig { public static final String GAMES = “GAMES”; @Bean public CacheManager cacheManager() { ConcurrentMapCacheManager cacheManager = new ConcurrentMapCacheManager(GAMES); return cacheManager; } @CacheEvict(allEntries = true, value = {GAMES}) @Scheduled(fixedDelay = 10 * 60 * 1000 , initialDelay = 500) public void reportCacheEvict() { System.out.println(“Flush … Read more
If you want to test a technical aspect like caching, don’t use a database at all. It’s important to understand what you’d like to test here. You want to make sure the method invocation is avoided for the invocation with the very same arguments. The repository fronting a database is a completely orthogonal aspect to … Read more
This is because of the way proxies are created for handling caching, transaction related functionality in Spring. This is a very good reference of how Spring handles it – Transactions, Caching and AOP: understanding proxy usage in Spring In short, a self call bypasses the dynamic proxy and any cross cutting concern like caching, transaction … Read more