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Scroll bars are used to select continuous values between a specified minimum and maximum Scroll bars may be oriented horizontally or vertically A scroll bar is actually a composite of several individual parts Each end has an arrow that you can click to move the current value of the scroll bar one unit in the direction of the arrow The current value of the scroll bar relative to its minimum and maximum values is indicated by the slider box (or thumb) for the scroll bar The slider box can be dragged by the user to a new position The scroll bar will then reflect this value In the background space on either side of the thumb, the user can click to cause the thumb to jump in that direction by some increment larger than 1 Typically, this action translates into some form of page up and page down Scroll bars are encapsulated by the Scrollbar class Scrollbar defines the following constructors: Scrollbar( ) throws HeadlessException Scrollbar(int style) throws HeadlessException Scrollbar(int style, int initialValue, int thumbSize, int min, int max) throws HeadlessException The first form creates a vertical scroll bar The second and third forms allow you to specify the orientation of the scroll bar If style is ScrollbarVERTICAL, a vertical scroll bar is created If style is ScrollbarHORIZONTAL, the scroll bar is horizontal In the third form of the constructor, the initial value of the scroll bar is passed in initialValue The number of units represented by the height of the thumb is passed in thumbSize The minimum and maximum values for the scroll bar are specified by min and max If you construct a scroll bar by using one of the first two constructors, then you need to set its parameters by using setValues( ), shown here, before it can be used: void setValues(int initialValue, int thumbSize, int min, int max) The parameters have the same meaning as they have in the third constructor just described To obtain the current value of the scroll bar, call getValue( ) It returns the current setting To set the current value, call setValue( ) These methods are as follows: int getValue( ) void setValue(int newValue).

When requests to restore data from tape arrive, you re likely to be under the gun to get the data back to the user(s) as quickly as possible How long your users have to wait will depend on the tool used for backup This means you need to incorporate the cost of response time into your backup evaluation How much are you willing to spend to get the response time you need for a restore Disk-based restores are, of course, the fastest They also offer the possibility of online backups, where users can visit the backup server themselves and copy the file back Recordable CDs and DVDs are also quick, since the file can be quickly pulled from disc and given to the user as well Tape, by comparison, is much slower The specific file/data on the tape needs to be found, the archive read, and an individual file extracted Depending on the speed of the tape and the location of the file, this can take a little bit of time

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Here, newValue specifies the new value for the scroll bar When you set a value, the slider box inside the scroll bar will be positioned to reflect the new value You can also retrieve the minimum and maximum values via getMinimum( ) and getMaximum( ), shown here: int getMinimum( ) int getMaximum( ) They return the requested quantity By default, 1 is the increment added to or subtracted from the scroll bar each time it is scrolled up or down one line You can change this increment by calling setUnitIncrement( ) By default, page-up and page-down increments are 10 You can change this value by calling setBlockIncrement( ) These methods are shown here: void setUnitIncrement(int newIncr) void setBlockIncrement(int newIncr)

As the size of your backups grows, so will the need to manage the data you back up This is where commercial tools often come into play When evaluating your choices, be sure to consider their indexing and tape management It does you no good to have 50 tapes worth of data if you can t find the right file And unfortunately, this problem only gets worse as you start needing more tapes for each night s backups

To process scroll bar events, you need to implement the AdjustmentListener interface Each time a user interacts with a scroll bar, an AdjustmentEvent object is generated Its getAdjustmentType( ) method can be used to determine the type of the adjustment The types of adjustment events are as follows:

BLOCK_DECREMENT BLOCK_INCREMENT TRACK UNIT_DECREMENT UNIT_INCREMENT A page-down event has been generated A page-up event has been generated An absolute tracking event has been generated The line-down button in a scroll bar has been pressed The line-up button in a scroll bar has been pressed