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When you ask Oracle technical support to resolve a major problem caused by a bug, Oracle usually provides you with a workaround Oracle recommends that you upgrade your database to the latest versions and patch sets because some Oracle bugs may not have any workarounds or fixes Oracle will continue to support older versions of its server software throughout their support life cycle, which is usually about two to three years after the next major release Many organizations see no urgency to move to newer versions, as Oracle continues to support the older versions after the release of the new versions The question regarding how quickly you should convert to a new version is somewhat tricky to answer Traditionally, people have shied away from being early adopters of new Oracle software versions Oracle, like most other software companies, has a reputation for buggy initial releases of its major software versions.

Type coupling is not commutative. To understand why, let class A contain a reference to class B, while B contains no references to A. Class A is therefore type-coupled to B. You can t compile class A without B, but you can compile B without A. Whether type coupling is transitive or not depends on the type of programming language being used. With languages like C++ that use separate declaration and implementation files for a class, type coupling is sometimes transitive. For languages like C# and Java that use a single file for the declaration and implementation of a class, static coupling is never transitive.

DBAs and managers in general prefer to wait a while until a stable version comes out Although the logic behind this approach is understandable, you must also figure in the cost of not being able to use the many powerful features Oracle introduces in each of its major releases Because nobody likes to jeopardize the performance of a production system, the ideal solution is to maintain a test server where the new software is tested thoroughly before being moved into production as early as possible However, don t wait forever to move to a new version by the time some companies move to the new version, an even newer Oracle version is already out! Some of your good SQL statements may not be so good after you migrate to a new version, due to the way a hint might behave in the new version, for example.

That s why it s extremely important to test the whole system on the new version before cutting over production systems A smart strategy is to collect a set of performance statistics that can serve as a baseline before you make any major changes in the system These system changes may include the following: Migrating or upgrading a database Applying a new database or operating system patch set Adding a new application to your database Substantially increasing the user population.

With languages that separate the class declaration from the implementation, static coupling is transitive if coupling is due to type references in a class declaration. C++ is an example of a language that uses separate files for class declaration and implementation. Assume you have three C++ classes: A, B, and C. Each class has a header file and an implementation file. Let s call the header files A.h, B.h, and C.h. Let s call the implementation files A.cpp, B.cpp, and C.cpp. Assume A.h contains a reference to class B, and that B.h contains a reference to class C. With this arrangement, A is type-coupled to B and B is type-coupled to C. When compiling A, the compiler needs to load the header file A.h, which references B. When the compiler tries to load the declaration for B in B.h, it discovers the reference to C and must load C.h. As a result, the compiler needs to access the declarations for B and C in order to build A. The implication is that type coupling is transitive. Things change if the referenced types are not in header files but in implementation files. Assume A.cpp contains a reference to B. It follows that A.cpp needs to include the file B.h. Assume also that B.cpp contains a reference to C, so B.cpp needs to include the file C.h. To compile B, the compiler needs C.h. To compile A, the compiler needs B.h. This time, B.h contains no references to C, so the compiler won t need C. The implication is that, in this scenario, type coupling is not transitive.