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This should take you less than five minutes, and it will validate connectivity and security for all of the servers and instances involved It will also validate that you are performing all of the tasks correctly, in the right sequence, before you try it on your production database This tip is also useful for troubleshooting if you run into problems later on a production server One last thing you need to take care of is to talk to your developers about how and where they store their application-level connection strings, and what data access technologies they are using to connect to your database With most data access technologies, you will be able to use transparent client redirect, by adding a failover partner to the connection string.

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This will allow clients to automatically connect to the server that is acting as the principal before and after a failover, whether it is automatic or manual This modified connection string should be in place before you attempt a database failover If the modified connection string is not available, implicit client redirection will usually work, but explicit client redirection is a better choice If you ever need or want to remove mirroring from the database, you should remove the failover partner information from the connection strings for that database Now you have mirroring set up and running well, with no performance issues What superhero functions can you perform with database mirroring.

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There s both a technical and cultural impedance mismatch between the object world and the database world. Relational databases don t readily represent inheritance. The .NET-heads treat the database as nothing more than a data dump, and the database geeks don t care to understand classes, inheritance, and objects. Since most shops have a .NET to database developer or data modeler ratio of about 50 to 1, the database voices are drowned out. In addition, application programming languages are like ear candy to managers just dying to get the job done faster, and we just have T-SQL (good old faithful works-like-a-charm T-SQL, but face it, not the most exciting language). The result is that management is losing any respect it had for the database discipline. The database is under attack and losing the war.

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Too often the solution is to use an application layer object-relational mapper, such as NHibernate or the Entity Framework. This provides a poor abstraction for the database. The response is all too often to create a table for every class and a row for every object. This fails to properly represent the classes. The solution is not something that can be bottled as a magic potion. The object layer needs to be designed for the .NET needs, and the database for the database s needs (that part is easy!). Part of the solution is to model the object world in the database using supertypes, subtypes, and views that join the tables to present all the objects in a class. But some things are tables in a relational database and multivalued properties in the object. Some classes will expand to many tables. What is required to make this work Teamwork. Architects from the relational and object-oriented disciplines need to work together and build an intermediate layer that works. Then we can build tools to make that process easier.