Simplified the API, removed the privileged user - now always use the
agent system user for running system actions. One method has no return
value and one has a return value. Now it is easy to perform a system
action using:
runAsAgent(ctx -> {
// do work
});
String result = runAsAgentWithResult(ctx -> {
// do work
return "done";
});
// execute a SystemAction
runAsAgent(action);
// execute a SystemActionWithResult
String result = runAsAgentWithResult(actionWithResult);
Simplified the API, removed the privileged user - now always use the
agent system user for running system actions. One method has no return
value and one has a return value. Now it is easy to perform a system
action using:
runAsAgent(ctx -> {
// do work
});
String result = runAsAgentWithResult(ctx -> {
// do work
return "done";
});
// execute a SystemAction
runAsAgent(action);
// execute a SystemActionWithResult
String result = runAsAgentWithResult(actionWithResult);
- built in User Challenge feature (currently only console)
- extended REST API to allow user to initiate a challenge and then use
the challenge to authenticate for a one time change password session
Now all root elements have a version, and if the realm has versioning
enabled, then actions through the ElementMap lead to new versions being
created. There are also methods to revert/undo changes to an object.
Some tests are still failing, this will be fixed later
So now users and roles are in their own files. This makes it far easier
to add new privileges without needing to take care if the user changed
their data.
- execption handling is done in the ComponentContainerStateHandler
- clients now not need to worry about exceptions which would make them
rethrow anyhow as a runtime exception
Now a SystemUserAction is defined as follows:
<Privilege name="ch.eitchnet.privilege.handler.SystemUserAction"
policy="DefaultPrivilege">
<Allow>li.strolch.agent.impl.StartRealms</Allow>
</Privilege>
elements is created programmatically and the time and values of the
changes is set by the programmmer. Note, that the persistence and xml
serialization is not implemented yet.
The version handling with code and data migrations was messed up. The
migration version was set after the data migration and then the code
migration used this value for further processing. Now there are two
attributes for the migration version (code and data). The files for the
data migration and the classes for the code migration have now
individual versions.