Sam Brannen 1cec0f9c65 Investigate claims made in SPR-9051 regarding transactional tests
The claim: given an integration test class that is annotated with 
@ContextConfiguration and declares a configuration class that is missing

an @Configuration annotation, if a transactional test method (i.e., one 
annotated with @Transactional) changes the state of the database then
the 
changes will not be rolled back as would be expected with the default 
rollback semantics of the Spring TestContext Framework (TCF).

TransactionalAnnotatedConfigClassWithAtConfigurationTests is a concrete 
implementation of AbstractTransactionalAnnotatedConfigClassTests that
uses 
a true @Configuration class and thereby demonstrates the expected
behavior 
of such transactional tests with automatic rollback.

TransactionalAnnotatedConfigClassesWithoutAtConfigurationTests is a 
concrete implementation of
AbstractTransactionalAnnotatedConfigClassTests 
that does NOT use a true @Configuration class but rather a 'lite mode'
configuration class (see the Javadoc for @Bean for details).

Using such a 'lite mode' configuration class results in the following:

 - Its @Bean methods act as factory methods instead of singleton beans.
 - The dataSource() method is invoked multiple times instead of once.
 - The test instance and the TCF operate on different data sources.
 - The transaction managed (and rolled back) by the TCF is not the 
   transaction that the application code or test instance uses.

Ultimately, the use of a 'lite mode' configuration class gives the false
appearance that there is a bug in the TCF (in that the transaction is
not 
rolled back); however, the transaction managed by the TCF is in fact 
rolled back.

In conclusion, these tests demonstrate both the intended behavior of the

TCF and the fact that using 'lite mode' configuration classes can lead
to 
confusing results (both in tests and production code).

Issue: SPR-9051
2012-05-15 23:04:31 +02:00
2012-05-15 22:51:45 +03:00
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2012-01-31 14:31:04 +01:00
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2012-04-14 12:52:07 +03:00

Spring Framework

The Spring Framework provides a comprehensive programming and configuration model for modern Java-based enterprise applications - on any kind of deployment platform. A key element of Spring is infrastructural support at the application level: Spring focuses on the "plumbing" of enterprise applications so that teams can focus on application-level business logic, without unnecessary ties to specific deployment environments.

The framework also serves as the foundation for Spring Integration, Spring Batch and the rest of the Spring family of projects. Browse the repositories under the SpringSource organization on GitHub for a full list.

.NET and Python variants are available as well.

Downloading artifacts

Instructions on downloading Spring artifacts via Maven and other build systems are available via the project wiki.

Documentation

See the current Javadoc and Reference docs.

Getting support

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Issue Tracking

Spring's JIRA issue tracker can be found here. Think you've found a bug? Please consider submitting a reproduction project via the spring-framework-issues repository. The readme provides simple step-by-step instructions.

Building from source

The Spring Framework uses a Gradle-based build system. In the instructions below, ./gradlew is invoked from the root of the source tree and serves as a cross-platform, self-contained bootstrap mechanism for the build. The only prerequisites are git and JDK 1.6+.

check out sources

git clone git://github.com/SpringSource/spring-framework.git

compile and test, build all jars, distribution zips and docs

./gradlew build

install all spring-* jars into your local Maven cache

./gradlew install

import sources into your IDE

Run ./import-into-eclipse.sh or read import-into-idea.md as appropriate.

... and discover more commands with ./gradlew tasks. See also the Gradle build and release FAQ.

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License

The Spring Framework is released under version 2.0 of the Apache License.

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