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the data in the buffers is written to disk during a checkpoint, only changes after this last checkpoint position will need to be recovered. Fast-Start Checkpointing is the frequent writing of the dirty database buffers in the cache to disk by the database writer (DBWn). Fast-Start Checkpointing is the basis of Oracle s Fast-Start Fault Recovery feature. You can minimize the time required for crash recovery by frequently advancing the checkpoint position. Oracle uses a two-pass technique to perform a recovery using the checkpoints. In the first pass, it determines which blocks in the redo logs need recovery, and in the second pass the database applies the required changes. Starting with Oracle Database 10g, the database automatically performs checkpoint tuning by deciding when to write out dirty buffers with the least impact on throughput. All you have to do is specify the time (in seconds) that a crash recovery should take by setting the FAST_START_MTTR_TARGET parameter. The maximum value for FAST_START_MTTR_TARGET is 3,600 seconds (1 hour) and the default is 0. (If you set the value to more than 3,600 seconds, Oracle resets it to 3,600 seconds.) Even if you set the parameter to a large value, checkpointing is enabled by default. The goal of automatic checkpoint tuning is to write as many dirty buffers and perform checkpointing as frequently as possible without increasing the overhead and hurting database throughput. The following example shows how to set FAST_START_MTTR_TARGET so that crash recovery will take no longer than 1 minute : SQL> ALTER DATABASE SET FAST_START_MTTR_TARGET=60;

An until-do-done loop executes the commands inside the loop until a certain condition becomes true. The loop executes as long as the condition remains false. Here s the general syntax for the until-do-done loop: until condition do commands done The following is a simple example that shows how to use the until-do-done loop. The print command outputs the sentence within the quotes on the screen. The -n option specifies that the output should be placed on a new line. The UNIX command read will read a user s input and place it in the answer variable. The script then will continue to run until the user inputs the answer YES : until [[ $answer = "yes" ]];do print -n "Please accept by entering \"YES\": " read answer print "" done

Figure 3-36. Identifying a partial system on which a partial ordering of notifications can be applied From the point of view of D, the only ordering that matters regards notifications e3, e8, and e9. Using Lamport s notation, the partial order of two notifications p and q is described by an arrow, so p q indicates that p precedes q in the partial order. The notification p therefore has the potential to affect q. The partial order for notifications related to D might be e3 e8 e9. Partial order is much easier to deal with in a distributed system, because each system can maintain its own internal clock and order events according to this clock. Using partial ordering, you adopt a centrist view of notifications: The only ones you care about are those in a given subset of the overall system. The typical subset includes one part, with its direct neighbors. There are two broad ways notifications can be partially ordered: depth-first and breadth-first. The following sections describe them in some detail.

The case structure is quite different from all the other conditional statements. This structure lets the program branch to a segment of the program based on the value of a certain variable. The variable s value is checked against several patterns, and when the patterns match, the commands associated with that pattern will be executed. Here s the general syntax of the case command: case var in pattern1) commands ;; pattern2) commands ;; ... patternn) commands ;; esac Note that the end of the case statement is marked by esac (which is case spelled backwards). Here s a simple example that illustrates the use of the case command: #!/usr/bin/sh echo " Enter b to see the list of books" echo " Enter t to see the library timings" echo " Enter e to exit the menu" echo echo "Please enter a choice": \c" read VAR case $VAR in b/B) book.sh ;; t/T) times.sh ;; e/E) logout.sh ;; *) echo " "wrong Key entry: Please choose again" esac

When you execute your shell program, UNIX creates an active instance of your program, called the process. UNIX also assigns your process a unique identification number, called the process ID (PID). As a DBA, you need to know how to track the processes that pertain to your programs and the database instance that you are managing.