Infinispan Arquillian Container 1.1.0.Alpha1 released

Dear Infinispan users, a new version of Infinispan Arquillian Container has been released into JBoss Maven Repository as maven artifacts. The previous version was announced by http://blog.infinispan.org/2012/09/infinispan-arquillian-container-100cr1.html The blog post contains information related to setup of JBoss Maven Repository, including its address as well as address of the Infinispan Arquillian Container itself.

Maybe we should now call the project Infinispan Arquillian extension rather than Infinispan Arquillian Container because, since version 5.3, Infinispan Server has been based on JBoss Application Server 7 and the submodule called infinispan-arquillian-container could be removed.

As a result, the configuration of Arquillian with respect to Infinispan Server was simplified.

Developing tests with Infinispan Server

Now there’s only one way to compose the arquillian.xml file:

The property ispnHome no longer exists. The path to the Infinispan Server is now specified via jbossHome. The serverConfig attribute then specifies the correct configuration file for the server.

In order to run tests with Infinispan Arquillian extension, one should use the following dependencies: org.jboss.as:jboss-as-arquillian-container-managed:jar:7.2.0.Final:test org.infinispan.arquillian.container:infinispan-arquillian-impl:jar:1.1.0.Alpha1:test

Now that we’ve configured the server to run in our tests, it’s time to introduce a few enhancements which will help you write tests more effectively.

RemoteInfinispanServers

You can still inject the reference to a running Infinispan Server by annotating an instance variable of type RemoteInfinispanServer with @InfinispanResource.

When there are more Infinispan servers to be injected, you can now use the following snippet instead of injecting each server independently:

  Then you can retrieve individual servers by calling .getServer(name) on the servers variable. The name must correspond to an existing container definition within arquillian.xml. The results of this call will be of type RemoteInfinispanServer.

WithRunningServer

So far users were forced to start the Infinispan Server either before the whole test suite (mode="suite") or before each class separately (mode="class"). The annotation WithRunningServer enables users to automatically start the server before a test method and stop it after the method. Example:

Note that in this case containers should be marked as mode="manual" in arquillian.xml file so that Infinispan Arquillian extension can handle lifecycle of these servers by itself.

When @WithRunningServer annotation is placed on a class, the server(s) will be started before the first method call in the test class, and stopped when JUnit @AfterClass event is triggered.

IPv6 support

Infinispan Arquillian extension can now work with Infinispan Server running on IPv6 as it can correctly connect to the server via JMX.

Testing embedded Infinispan

Running tests with plain Infinispan libraries instead of Infinispan Server has not changed since the last release. Read more about it in the previous blog post.

Thanks to Michal Linhard and Vitalii Chepeliuk who helped move the project one step further.

Cheers, Martin

News

Tags

JUGs alpha as7 asymmetric clusters asynchronous beta c++ cdi chat clustering community conference configuration console data grids data-as-a-service database devoxx distributed executors docker event functional grouping and aggregation hotrod infinispan java 8 jboss cache jcache jclouds jcp jdg jpa judcon kubernetes listeners meetup minor release off-heap openshift performance presentations product protostream radargun radegast recruit release release 8.2 9.0 final release candidate remote query replication queue rest query security spring streams transactions vert.x workshop 8.1.0 API DSL Hibernate-Search Ickle Infinispan Query JP-QL JSON JUGs JavaOne LGPL License NoSQL Open Source Protobuf SCM administration affinity algorithms alpha amazon annotations announcement archetype archetypes as5 as7 asl2 asynchronous atomic maps atomic objects availability aws beer benchmark benchmarks berkeleydb beta beta release blogger book breizh camp buddy replication bugfix c# c++ c3p0 cache benchmark framework cache store cache stores cachestore cassandra cdi cep certification cli cloud storage clustered cache configuration clustered counters clustered locks codemotion codename colocation command line interface community comparison compose concurrency conference conferences configuration console counter cpp-client cpu creative cross site replication csharp custom commands daas data container data entry data grids data structures data-as-a-service deadlock detection demo deployment dev-preview devnation devoxx distributed executors distributed queries distribution docker documentation domain mode dotnet-client dzone refcard ec2 ehcache embedded query equivalence event eviction example externalizers failover faq final fine grained flags flink full-text functional future garbage collection geecon getAll gigaspaces git github gke google graalvm greach conf gsoc hackergarten hadoop hbase health hibernate hibernate ogm hibernate search hot rod hotrod hql http/2 ide index indexing india infinispan infinispan 8 infoq internationalization interoperability interview introduction iteration javascript jboss as 5 jboss asylum jboss cache jbossworld jbug jcache jclouds jcp jdbc jdg jgroups jopr jpa js-client jsr 107 jsr 347 jta judcon kafka kubernetes lambda language leveldb license listeners loader local mode lock striping locking logging lucene mac management map reduce marshalling maven memcached memory migration minikube minishift minor release modules mongodb monitoring multi-tenancy nashorn native near caching netty node.js nodejs nosqlunit off-heap openshift operator oracle osgi overhead paas paid support partition handling partitioning performance persistence podcast presentations protostream public speaking push api putAll python quarkus query quick start radargun radegast react reactive red hat redis rehashing releaase release release candidate remote remote events remote query replication rest rest query roadmap rocksdb ruby s3 scattered cache scripting second level cache provider security segmented server shell site snowcamp spark split brain spring spring boot spring-session stable standards state transfer statistics store store by reference store by value streams substratevm synchronization syntax highlighting testing tomcat transactions uneven load user groups user guide vagrant versioning vert.x video videos virtual nodes vote voxxed voxxed days milano wallpaper websocket websockets wildfly workshop xsd xsite yarn zulip
Posted by Martin Genčúr on 2013-11-05
Tags: testing announcement
back to top