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We can get a finer grain of object migration by reducing the number of objects per POA In the extreme, we can use a separate POA for each individual object This approach gives us maximum flexibility for object migration (we can move a single object), but it causes other problems Adding a new POA name to the server table in the repository usually requires the use of an administrative tool If the number of objects is large or if objects are created and destroyed frequently, this becomes infeasible because a human administrator must be involved Even if the ORB provides a programmatic interface to add new POA names to the implementation repository, we still have a problem By giving each object its own POA, we force the implementation repository to store information about each individual object instead of storing information about only a few POAs, each of which implements a large group of objects In other words, finer grain of object migration externalizes more state in the repository This externalization can lead to performance problems in the repository In addition, external state can be dangerous: if the repository's view of which objects exist ever gets out of sync with the server's view, we have a serious problem 1455 Migration across Location Domain Boundaries It is possible to migrate servers or objects across location domain boundaries, but it reduces performance and scalability There are two approaches When a server migrates to a new domain, it registers itself with its new implementation repository as well as all repositories it has used in the past The idea is that all repositories ever used by a server know the current location of the server and therefore can continue to bind requests arriving via an IOR generated at a previous location This approach works but has the drawback that, over time, more and more server registrations accumulate in repositories This accumulation compromises scalability because it increases the amount of externalized state and makes it more likely for server registrations to become inconsistent When a server migrates to a new domain, an administrator must update the server's registration in the old repository to generate LOCATION_FORWARD replies that point at the new repository The idea is to leave a "footprint" in the old repository that forwards binding requests to the new repository, which in turn knows about the location of the server Again, the problem with this approach is that the forwarding footprints accumulate over time In addition, a request from a client via an IOR created at a previous location must be forwarded from repository to repository until it finally arrives at the server The binding chain gets longer with every migration, so this approach does not scale in performance if servers migrate more than a few times Moreover, it creates additional failure points because intermediate nodes in the chain may fail.

have been called as expected; they also implement any stubbed behavior needed to make the rest of the test work With this infrastructure in place, we can change the way we approach TDD Figure 25 implies that we re just trying to test the target object and that we already know what its neighbors look like In practice, however, those collaborators don t need to exist when we re writing a unit test We can use the test to help us tease out the supporting roles our object needs, de ned as Java interfaces, and ll in real implementations as we develop the rest of the system We call this interface discovery; you ll see an example when we extract an AuctionEventListener in 12

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Hybrids of these two basic ideas are possible For example, repositories could be arranged into domain hierarchies to reduce the length of forwarding chains (from O(n) to O(log n)), and repositories could be combined into redundant groups to gain performance and fault tolerance However, all approaches are subject to the basic trade-offs between granularity of migration, reliability, performance, and scalability Note that the LOCATION_FORWARD_PERM reply status added with GIOP 12 mitigates the migration problem somewhat LOCATION_FORWARD_PERM indicates to the client that an object has permanently moved to a new location, so the client can permanently replace the original object reference with one for the newlocation However, LOCATION_FORWARD_PERM does not solve the problem completely because the ORB cannot automatically update references obtained from persistent storage, such as a Naming or Trading Service (see s 18 and 19)

Starting test: CheckSDRefDom DomainDnsZones passed test CheckSDRefDom Starting test: CrossRefValidation DomainDnsZones passed test CrossRefValidation Running partition tests on : Schema Starting test: CheckSDRefDom Schema passed test CheckSDRefDom Starting test: CrossRefValidation Schema passed test CrossRefValidation Running partition tests on : Con guration Starting test: CheckSDRefDom Con guration passed test CheckSDRefDom Starting test: CrossRefValidation Con guration passed test CrossRefValidation Running partition tests on : virt Starting test: CheckSDRefDom virt passed test CheckSDRefDom Starting test: CrossRefValidation virt passed test CrossRefValidation Running enterprise tests on : virtsavilltechnet Starting test: FsmoCheck virtsavilltechnet passed test FsmoCheck Starting test: Intersite virtsavilltechnet passed test Intersite

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