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Instance 2 requests a current read of the block (Figure 22-2). It first identifies the instance that is the resource master for the block by applying a hash function to the database block address (DBA) of the resource. In this case, the resource master instance is Instance 3. As Instance 2 only needs to perform a current read on the block, it sends a message to Instance 3 requesting shared access to the block. Instance 3 checks in the GRD and discovers that the block is not currently being accessed by any instances. Therefore, Instance 3 immediately grants shared access on the block to Instance 2 (Figure 22-3).

The decisions over what levels of security are needed and what mechanisms should be used to enforce them need to be devolved to a group rather than being the responsibility of an individual. The group should include the following: Security administrators System administrators Application administrators Network administrators

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You might choose to parallelize this with a parallel ForEach from the Parallel class because sending an email is I/O and therefore a side effect: open SystemThreading let emails = [ "robert@strangelightscom"; "jon@doecom"; "jane@doecom"; "venus@catscom" ] ParallelForEach(emails, (fun addr -> // code to create and send email goes here ())) Even in this simple example, you need to ensure that you can call any function called inside ParallelFor from multiple threads The SystemLinqParallelEnumerable class is much more promising for easily parallelizing F# programs Essentially, it is a parallel implementation of the functions available in F# s Seq module Because there are plenty of name changes between Seq module and ParallelEnumerable class, it s common to create a thin wrapper of ParallelEnumerable to make it feel more like the Seq module, as shown in this code: namespace Strangelights.

Instance 2 issues a system call to read the block directly from the database (Figure 22-4). The block is currently at SCN 1318. The block is returned from disk and a current version is stored in the buffer cache (Figure 22-5). The SCN is still 1318.

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This example shows how GCS satisfies a request by an instance to read a block for update where that block is already held read-only by another instance. Instance 1 requests an exclusive read on the block. Initially, Instance 1 is not aware that the block is currently held by Instance 2. Instance 2 identifies the instance that is the resource master for the block applying a hash function to the database block address (DBA) of the resource. Instance 1 sends a message to Instance 3 requesting exclusive access to the block (Figure 22-6).

Data and application owners Legal experts End users Senior management Note that the involvement of users and senior management is vital. Security decisions cannot be acted on and security cannot be enforced purely by technical staff. Commitment and agreement from users and management is essential. The security group must establish rules on what data needs to be secure and who should have access to what. Following these rules, principles can be established for how data should be protected during storage and transmission. The business decisions must drive the technical solutions, not the other way round.

Instance 3 checks in the GRD and discovers that the block is currently held by Instance 2 for shared (read) access. Instance 3 sends a message to Instance 2 requesting that it send the block to Instance 1 (Figure 22-7). Instance 2 sends the block, still SCN 1318, to Instance 2 and downgrades the shared lock to a null lock (Figure 22-8). Instance 1 receives the block and sends a message to Instance 3 to update the resource status by setting the lock mode on the block to exclusive (X) (Figure 22-9). Instance 3 updates the GRD. Instance 1 assumes an exclusive lock and updates the block at SCN 1320. Note that RAC is designed to minimize the number of messages that pass across the interconnect network. Therefore, Instance 3 sends a message to Instance 2 requesting that it pass the block to Instance 1 and downgrades the shared lock to a null lock. However, Instance 2 does not reply directly back to Instance 3. Instead, it passes both the block and the resource status to Instance 1, which forwards the updated resource status back to Instance 3.

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