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A RAC database normally consists of two or more instances. Each instance generally resides on a different node and consists of a superset of the shared memory structures and background processes used to support single-instance databases. It is possible for RAC to run on one instance. This is essential to provide database availability in the event of a node or instance failure in a two-node cluster. It is also an integral part of the database start-up process. Some sites implement RAC test systems using one instance, as this contains much of the standard RAC functionality without requiring expensive shared storage or interconnect hardware. However, the vast majority of RAC production databases consist of two or more instances. Each instance has an area of shared memory called the System Global Area (SGA). All processes attaching to the instance can access data in the SGA. Oracle prevents multiple processes from updating the same area of memory by using mechanisms such as latches and locks. A latch is a lightweight mechanism that is used for very fast accesses. Processes do not queue for latches; if a latch is not immediately available a process will spin (loop repeatedly) for a limited period and then sleep, waking up at regular intervals to check if the latch has become available. On the other hand, locks are obtained for longer periods. Access to locks is managed by structures called enqueues, which maintain queues of processes requiring access to the locks.

The largest area of memory within the SGA on each instance is usually the buffer cache. This is a set of buffers that is used to hold blocks that have been read from the database. When blocks are modified, the changes are immediately written to the redo buffer and are flushed to the redo log when the transaction commits. The changes are applied to the block in the buffer cache where it remains until it is subsequently written back to disk by the database writer process. In order to maintain consistency between the instances in the database, RAC maintains a virtual structure called the Global Resource Directory (GRD), which is distributed across the SGAs of all active instances and contains information about all blocks and locks held by instances and processes across the cluster. The information in the GRD is maintained by two internal services known as the Global Cache Service (GCS) and the Global Enqueue Service (GES). These services are implemented using background processes on each instance and communicate with the equivalent processes on the other instances across the interconnect.

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Global Cache Service (GCS)

Change Log Management: This is the audit trail of all changes to directory entries Entry Management: This is where administrators spend most of their time in the directory information tree itself Details are given in the next section, Entry Management Garbage Collection Management: This specifies how to purge various data automatically from the directory Jobs are preconfigured to purge the activity statistics, the change log, and the audit log Password Policy Management: Details of this are given in the Password Policy Management section later in this chapter Password Verifier Management: This defines how the directory will authenticate uses to other application components Different applications can have different rules; for example the Mail verifier always converts passwords to lowercase Plug-in Management: Plug-ins can add functionality to the directory, such as additional validation of input, or trigger processing after certain actions There are no plug-ins in the standard installation.

// create all items in a plane let createPlanePoints f xRes yRes = let xStep = 1.0 / float xRes let yStep = 1.0 / float yRes createPlaneItemList (createSquare f xStep yStep) xRes yRes // create the 3D positions for a plane, i.e., the thing that says where // the plane will be in 3D space let createPlanePositions xRes yRes = let list = createPlanePoints point3D xRes yRes new Point3DCollection(list) // create the texture mappings for a plane, i.e., the thing that // maps the 2D image to the 3D plane let createPlaneTextures xRes yRes = let list = createPlanePoints point xRes yRes new PointCollection(list) // create indices list for all our triangles let createIndicesPlane width height = let list = new System.Collections.Generic.List<int>() for index = 0 to width * height * 6 do list.Add(index) new Int32Collection(list) // center the plane in the field of view let mapPositionsCenter (positions : Point3DCollection) = let newPositions = positions |> Seq.map (fun position -> new Point3D( (position.X - 0.5 ) * -1.0, (position.Y - 0.5 ) * -1.0, position.Z)) new Point3DCollection(newPositions)

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