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To preview a clip, simply select it and click the Play button. (Alternatively, you can drag a clip and drop it onto the Preview pane.) If you prefer to operate from the keyboard, Table 22-3 lists the available shortcuts.

When you have gathered performance data over a period that repre sents the typical events in your organization, you can determine the acceptable perfor mance levels These performance levels comprise your baseline Analyzing Performance-Monitoring Results The baseline you develop establishes the typical counter values you should expect to see when your system is performing satis factorily Use your baseline to detect when bottlenecks are developing or to watch for long-term changes in usage patterns that require you to increase capacity A bottleneck is a condition, often involving a hardware resource, that causes the entire system to perform poorly A bottleneck exists if a particular system component is keeping the entire system from performing more quickly Therefore, even if a component in your system is heavily used, if other components or the system as a whole show no adverse effects, there is no bottleneck.

Table 22-3.

Deviations from your baseline provide the best indicator of a bottleneck However, occasional spikes in data might occur due to startup of a process and are not an accurate reflection of counter values for that process over time Set alerts according to the counter values you consider to be unacceptable, as determined by your baseline It is not unusual to trace a bottleneck to multiple sources Poor response time on a workstation is most likely to result from memory and processor problems Servers are more susceptible to disk and network problems Also, problems in one component might be the result of problems in another component, not the cause Planning and Implementing Changes to Meet the Baseline If you identify a bottleneck, you must investigate the activity of the associated resource in greater detail to determine what changes must be made Your investigation should include the follow ing considerations:.

Note that the Next Frame and Previous Frame commands advance and rewind the clip by eight one-hundredths of a second, regardless of frames per second at which the footage was captured. By default, Windows Movie Maker previews clips and projects and also renders finished projects into movies, at the aspect ratio 4 (width) to 3 (height). The Preview pane retains this ratio at two standard sizes Small (320 240) and Large (640 480). You can switch between these sizes by right-clicking the pane and choosing Small or Large (the latter is available only when window space permits). If you prefer the 16:9 aspect ratio used by newer televisions, choose Tools, Options and click the Advanced tab. In the Video Properties section of the dialog box, select 16:9. The Preview pane will adjust its standard sizes to 320 180 and 640 360. Windows Movie Maker will also render your finished projects at 16:9 while this setting is in effect. Tip You can also drag the left border of the pane to achieve intermediate sizes (a ScreenTip reports the current dimensions of the pane as you drag). For a full-screen display, press Alt+Enter while a preview is running. To return to a normal display, click the mouse (or press Alt+Enter again).

Analyze hardware and software configurations. Do these configurations match Microsoft recommendations for the operating system and the services you are supporting Review the directory service log for the time period when you begin seeing outof-range counter values. Do any of the entries in the log provide information on problems which could cause a bottleneck

< xml version="1.0" > <hibernate-mapping xmlns="urn:nhibernate-mapping-2.0" namespace="Eg" assembly="Eg"> <class name="Cat" table="CATS" discriminator-value="C"> <id name="Id" column="uid" type="Int64"> <generator class="hilo"/> </id> <discriminator column="subclass" type="Char"/> <property name="Birthdate" type="Date"/> <property name="Color" not-null="true"/> <property name="Sex" not-null="true" update="false"/> <property name="Weight"/> <many-to-one name="Mate" column="mate_id"/> <set name="Kittens"> <key column="mother_id"/> <one-to-many class="Cat"/> </set> <subclass name="DomesticCat" discriminator-value="D"> <property name="Name" type="String"/> </subclass> </class> <class name="Dog"> <!-- mapping for Dog could go here --> </class> </hibernate-mapping>