A number of projects had duplicate dependencies on their classpaths
as a result of the same classes being available in more than one
artifact, each with different Maven coordinates. Typically this only
affected the tests, but meant that the actual classes that were
loaded was somewhat unpredictable and had the potential to vary
between an IDE and the command line depending on the order in which
the aritfacts appeared on the classpath. This commit adds a number of
exclusions to remove such duplicates.
In addition to the new exclusions, notable other changes are:
- Spring Data JPA has been updated to 1.4.1. This brings its
transitive dependency upon spring-data-commons into line with
Spring LDAP's and prevents both spring-data-commons-core and
spring-data-commons from being on the classpath
- All Servlet API dependencies have been updated to use the official
artifact with all transitive dependencies on unofficial servlet API
artifacts being excluded.
- In places, groovy has been replaced with groovy-all. This removes
some duplicates caused by groovy's transitive dependencies.
- JUnit has been updated to 4.11 which brings its transitive Hamcrest
dependency into line with other components.
There appears to be a bug in Gradle which means that some exclusions
applied to an artifact do not work reliably. To work around this
problem it has been necessary to apply some exclusions at the
configuration level
Conflicts:
samples/messages-jc/pom.xml
Previously the crypto module was not exported in Eclipse because it was
listed as a test dependency to have it added as a dependency. Note that
this was all to work around GRADLE-1116
Now we add an included configuration that is exported for Eclipse, but not
added to the Maven pom (since all the crypto module is included in core).
Provide abstractions for transferring a SecurityContext across threads.
The main concepts are the DelegatingSecurityContextCallable and the
DelegatingSecurityContextRunnable which contain a SecurityContext to establish before
delegating to a Callable or Runnable.
There are also wrapper implementations for each of the key java.util.concurrent and
spring task interfaces to make using the DelegatingSecurityContextCallable and
DelegatingSecurityContextRunnable transparent to users. For example a
DelegatingSecurityContextTaskExecutor which can be injected with a specific
SecurityContext or use the SecurityContext from the SecurityContextHolder at the time the
task is submitted. There are similar implementations for each of the key
java.util.concurrent and spring task interfaces.
Note that in order to get DelegatingSecurityContextExecutorService to compile with
JDK 5 or JDK 6 we could not use type safe methods. See
http://bugs.sun.com/bugdatabase/view_bug.do?bug_id=6267833 for details.
Jitendra Singh Bisht
Rob Winch
Rob Winch
Rob Winch
Luke Taylor