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The behavior of the write-to-read transfer is determined by the _FAIRNESS_THRESHOLD parameter, which was introduced in Oracle 815 and defaults to 4 Prior to the introduction of this parameter, when Instance A held a block in exclusive mode and Instance B requested a read-only copy of that block, Instance A would downgrade its exclusive lock to a shared lock and send the block to Instance B, which would also set a shared lock on the block However, if Instance A is performing frequent updates on the block, it will need to reacquire the block and set an exclusive lock again If this process is repeated frequently, then Instance A will be continually interrupted, as it has to downgrade the exclusive lock to a shared lock and wait until Instance B has finished reading the block before it can convert the shared lock back into an exclusive lock.

The FAIRNESSTHRESHOLD parameter modifies this behavior When this parameter is set Instance A will no longer downgrade the exclusive lock Instead, it sends a null lock to Instance B, and then it can continue processing However, if instance B requests the block FAIRNESSTHRESHOLD times, by default 4, then Instance A will revert to the original behavior it will downgrade the exclusive lock to a shared lock and ship the block to Instance B, which will also set a shared lock on the block This behavior is explained in the following example Instance 2 requests a current read on the block Instance 2 is not aware that the block is currently held by Instance 4 Instance 2 identifies that Instance 3 is the resource master instance for the block and sends a message to Instance 3 requesting shared access to the block (Figure 22-14).

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Password policies are always a compromise between security needs and convenience. If a password policy is too restrictive it will cause such inconvenience that users will be tempted to bypass it. The most basic example of this is a policy that requires passwords of such complexity and such frequent changes that users cannot remember them and so store them in an insecure medium (such as sticky notes on their terminals). The password policy used by Oracle Collaboration Suite is configured within the Oracle Internet Directory and applies to a whole realm, as described previously. It is not possible to have different policies for different applications though the wireless access services will usually have an additional layer of protection for access to the network. In many organizations there will be a need for users to have multiple passwords: perhaps one for the network, one for Oracle Collaboration Suite, and others for non-Oracle applications. Password management in such environments can become an administrative nightmare and be extremely frustrating for end users. Use of LDAP synchronization to maintain identical passwords conforming to the same policy can help with this, but be wary of taking such integration too far. If the same password is used everywhere and one application is compromised, all applications will be vulnerable.

Instance 3 checks in the GRD and discovers that the block is currently held by Instance 4 for exclusive (update) access Instance 3 sends a message to Instance 4 requesting that it send the block to Instance 2 in shared mode (Figure 22-15) Instance 4 sends the block to Instance 2 (Figure 22-16) Because the block has been requested less than FAIRNESSTHRESHOLD times Instance 4 retains the exclusive lock, and Instance 2 receives a null lock..

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The following example shows how you might do this: open System.Diagnostics open Strangelights.Extensions // the number of samples to collect let samples = 5 // the number of times to repeat each test within a sample let runs = 100 // this function provides the "work", by enumerating over a // collection of a given size let addSlowly x = Seq.fold (fun acc _ -> acc + 1) 0 (seq { 1 .. x }) // tests the sequentual map function by performing a map on a // a list with the given number of items and performing the given // number of opertions for each item. // the map is then iterated, to force it to perform the work. let testMap items ops = Seq.map (fun _ -> addSlowly ops) (seq { 1 .. items }) |> Seq.iter (fun _ -> ()) // test the parallel map function, works as above let testPMap items ops = PSeq.map (fun _ -> addSlowly ops) (seq { 1 .. items }) |> Seq.iter (fun _ -> ()) // a test harness function, takes a function and passes it the give let harness f items ops = // run once to ensure everything is JITed f items ops // collect a list of results let res = [ for _ in 1 .. samples do let clock = new Stopwatch() clock.Start() for _ in 1 .. runs do

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Instance 2 receives the block and sends a message to Instance 3 to update the resource status (Figure 22-17). Instance 3 updates the GRD. Instance 2 assumes a null lock on the block and reads it. Instance 4 can update the block for which it continues to hold an exclusive process.

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