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If an issue occurs on the principal server database, which then makes it unavailable, the mirror server can take on the role of the primary database. When the other database (the original principal) comes back online, the former primary database takes on the mirrored server database role, receiving transactions from the principal server. Failover from principal to mirror databases can be initiated manually or automatically, depending on the database mirroring mode (which is described in detail later in this chapter). If automatic failover is required, a third server must join the mirroring session as a witness server. The witness server monitors the principal and mirror servers. In a database mirroring session that consists of these three servers (principal, mirror, and witness), two of the three connected servers can make the decision (called a quorum) as to whether or not an automatic failover should occur. Database mirroring sessions can run in a synchronous or asynchronous mode. When in synchronous mode, transactions written to the principal server database must also be written to the mirror server database before any containing transaction can be committed. This option guarantees data redundancy, but has a trade-off of potential performance degradation.

-pthread: Specifying this option tells GCC to add support for multithreading through the pthreads library. This option sets flags for both the preprocessor and the linker. (This option is not available in the GCC 4.x compilers.)

Asynchronous mode allows transactions to commit on the principal database mirroring session before actually writing the transaction to the mirror server database. This option allows for faster transaction completion on the principal database, but also poses the risk of lost transactions if a failure occurs on the principal server before updates can be reflected on the mirror database. With regards to application and client connectivity to the principal database, SQL Server 2005 maintains metadata that allows .NET application redirection in the event of a failover. Specifically, you can use the SQL Native Client in your .NET code to connect to the mirrored database and the code can be configured such as to be aware of the locations of the mirrored databases. With the SQL Native Client, you can designate both the principal and mirroring SQL Server instances in the connection string, allowing the application connection to be transparently redirected to the newly active principal when the primary database is unavailable.

See the section PowerPC (PPC) Options of this appendix for options relevant to using GCC to compile applications for IBM s RS/6000 family of workstations.

In this chapter, I ll demonstrate one scenario across several smaller recipes, much like I did in the Service Broker chapter In this scenario, I ll be setting up a database mirroring session on the BookStore database One SQL Server instance will house the principal database, another will house the mirrored database, and another will act as the witness (no database needed) The following is a general list of steps used to enable database mirroring: 1 Create endpoints You should create mirroring endpoints, which will allow the SQL Server instances (principal, mirror, and witness) to communicate with each other You have your choice regarding which authentication method is used, and I ll discuss that issue in the upcoming recipe 2 Create the database mirror copy.

Figure 2-4. Zooming in on some of the pixels from Figure 2-3

GCC compilers predefine two identifiers that store the name of the current function. The __FUNCTION__ identifier stores the function name as it appears in the source code; while __PRETTY_FUNCTION__ stores the name pretty printed in a language-specific fashion. In C programs, the two function names are the same, but in C++ programs they are usually different. To illustrate, consider the following code from a program named FUNCTION_example.cc: #include <iostream> using namespace std; class c { public: void method_a(void) { cout << "Function " << __FUNCTION__ << " in " << __FILE__ << endl; cout << "Pretty Function " << __PRETTY_FUNCTION__ << " in " << __FILE__ << endl; } };

Before doing this, though, you need to make sure the principal database is in FULL recovery mode, because transaction log backups are applied to the mirror database from the principal database, in order to propagate principal database modifications To make the mirror database copy, a full database backup is made to the principal database and is then restored to the mirror SQL Server instance WITH NORECOVERY (this option also leaves the database in a state to receive additional transaction log restores) After the full database backup is made on the principal, a transaction log backup must also be made, and then restored on the database mirror copy 3 Initialize the database mirroring session These last steps involve designating the role of each database using ALTER DATABASE This command tells SQL Server which SQL Server endpoints connect to the partners and which connect to the witness.

Partner databases have the principal and/or mirror database, and can also change roles if the principal database becomes unavailable The first recipe in this scenario will show you how to create mirroring endpoints that can be used to define which SQL Server instances participate in which actions within the database mirroring session..