Given addListener(:MessageListener, :Collection<Topic>) could be called concurrently from the addMessageListener(:MessageListener, Collection<Topic>) method by multiple Threads, and the RedisMessageListenerContainer Javadoc specifically states that it is safe to call the addMessageListener(..) method conurrently without any external synchronization, and the registeration (or mapping) of listener to Topics is a componund action, then a race condition is possible.
Closes#2755
This change publishes a build scan to ge.spring.io for every local build from an authenticated Spring committer and for CI where appropriate access tokens are available. The build will not fail if publishing fails.
This change also allows the build to benefit from local and remote build caching, providing faster builds for all contributors.
Additionally, the project will have access to all features of Gradle Enterprise such as:
- Dashboards to view all historical build scans, along with performance trends over time
- Build failure analytics for enhanced investigation and diagnosis of build failures
- Test failure analytics to better understand trends and causes around slow, failing, and flaky tests
See #2732
We now consistently align with the core Spring Framework's use of 'ex' as the variable name for Exceptions handled in catch blocks, and 'ignore' for all Exceptions thrown, but ignored by framework code. Both 'ex' and 'ignore' were appropriately used based on the context and nautre of the Exception handler in the catch block.
Additionally, we use the 'expected' variable name for Exception thrown in tests where the thrown Exception is the expected outcome of the test case.
Only 1 exception exists to these name conventions, and that is 'nested', which was necessarily used in ScanCursor due to the nested try-catch blocks.
Applied consistent use of String.format(..) to Exception messages requiring formatting.
Formatted catch block according to source code formatting style.
Closes#2748
Original pull request: #2749
Additionally:
* Annotates getMaster() with @Nullable.
* Fixes assertion messages for accuracy and consistency.
* Introduces white spacing for readability.
Closes#2747
Judiciously applies minor source code refinements, such as introducing named (local) variable object references to make it clearer the arguments that are being passed to caching method parameters, in favor of self-describing code with intent.
Closes#2742
We now enable tests without an instance in EnabledOnRedisDriverCondition assuming that we only use DriverQualifier on instance fields and not static ones.
Closes#2734
Original pull request: #2717
Replace blocking lock wait with non-blocking flow. Add support for asynchronous storage to persist the cache value after retrieval from the value supplier. Introduce AsyncCacheWriter abstraction to improve functional guards.
Reformat code. Remove redundant tests. Revisit deprecation notices with consistent mention of the version in which the deprecation was introduced.
Refine exception messages when RedisCache does not support async retrieval.
See #2650
Original pull request: #2717
Refactors extractBytes(:ByteBuffer) to call getBytes(:ByteBuffer), thereby avoid the NullPointerException by throwing the more appropriate IllegalArgumentException with a descriptive message instead.
See #2733
We now correctly apply if exists/if not exists constraints on the reactive zadd command.
Previously, we only considered upsert which wasn't sufficient to apply xx/nx.
Closes#2731
Simplify tests. Reuse existing interfaces from Spring. Remove inappropriate nullability annotations and introduce annotations where required.
Replace Future mocking with easier to maintain and to read future method overrides. Remove superfluous code and replace with infrastructure classes provided by Spring Framework.
Consistently name callbacks. Make exception collector concept explicit. Reformat code.
See #2518
Original pull request: #2719
Replace Thread.sleep(..) with Future.get(timeout, :TimeUnit) for 10 microseconds. As a result, Future.isDone() and Future.isCancelled() are no longer necessary. Simply try to get the results within 10 us, and if a TimeoutException is thrown, then set done to false.
10 microseconds is 1/1000 of 10 milliseconds. This means a Redis cluster with 1000 nodes will run in a similar time to Thread.sleep(10L) if all Futures are blocked waiting for the computation to complete and take an equal amount of time to compute the result, which is rarely the case in practice, given different hardware configurations, data access patterns, load balancing/request routing, and so on. However, using Future.get(timeout, :TimeUnit) is more fair than Future.get(), which blocks until a result is returned or an ExecutionException is thrown, thereby starving computationally faster nodes vs. other nodes in the cluster that might be overloaded. In the meantime, some nodes may even complete in the short amount of time when waiting on a single node to complete.
10 microseconds was partially arbitrary, but no more so than Thread.sleep(10L) (10 milliseconds). The main objective was to give each node a chance to complete the computation in a moments notice balanced with the need to quickly check if the computation is done, hence Future.get(timeout, TimeUnit.MICROSECONDS) for sub-millisecond response times. This may need to be further tuned over time, but should serve as a reasonable baseline for the time being. Additionally, this was based on https://redis.io/docs/reference/cluster-spec/#overview-of-redis-cluster-main-components in the Redis documentation, recommending a cluster size of no more than 1000 nodes.
Add test coverage for ClusterCommandExecutor collectResults(..) method.
Cleanup compiler warnings in ClusterCommandExecutorUnitTests.
Closes#2518
Original pull request: #2719
