It allows you to suspend arbitrary objects for a certain amount of time.
After the time expires all the listeners subscribed to the object restoration event will be notified.
You can always restore the object explicitly using suspender.restore(Path) before the time expires.
Each object is suspended by a certain unique path (net.devromik.suspender.Path).
A path has the following format: /segment_1/segment_2/.../segment_N.
A path must have at least two segments.
Paths are intended for performing hierarchical grouping of suspended objects.
Grouping allows you to work with the suspended objects on a group level.
For example, it is possible to explicitly restore a whole group of suspended objects.
You can use suspender.hasObjectsSuspendedBy("/A/B/C") to check if there are any objects
suspended by paths with the "/A/B/C" prefix (for example: "/A/B/C", "/A/B/C/D/E").
To restore all these objects, you can use suspender.restore("/A/B/C").
You can restore a suspended object with the closest restoration time using suspender.restoreObjectWithMinRestorationTime(Path).
You can get notifications on object restoration by registering a listener: addRestoredObjectListener(RestoredObjectListener).
Call the suspender.start() method before working with a suspender.
Call the suspender.stop() method after working with a suspender.
For additional information please see net.devromik.suspender.Suspender.
Also, there are many unit tests which provide examples of how to use the library. For example, MemSuspenderTest.
MIT