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// Demonstrate time formats import javatext*; import javautil*; public class TimeFormatDemo { public static void main(String args[]) { Date date = new Date(); DateFormat df; df = DateFormatgetTimeInstance(DateFormatSHORT, LocaleJAPAN); Systemoutprintln("Japan: " + dfformat(date)); df = DateFormatgetTimeInstance(DateFormatLONG, LocaleUK); Systemoutprintln("United Kingdom: " + dfformat(date)); df = DateFormatgetTimeInstance(DateFormatFULL, LocaleCANADA);

Some of the options for the tar command are shown here: Option for tar -c -t -x -f -v -j -z Description Creates a new archive Views the contents of an archive Extracts the contents of an archive Specifies the name of the file (or device) in which the archive is located Provides verbose descriptions during operations Filters the archive through the bzip2 compression utility Filters the archive through the gzip compression utility

Part II:

Systemoutprintln("Canada: " + dfformat(date)); } }

In order to see sample usage of the tar utility, first create a folder called junk in the PWD that contains some empty files named 1, 2, 3, 4 Type

CHAPTER 13 STOP IT!

Sample output from this program is shown here: Japan: 20:25 United Kingdom: 20:25:14 CDT Canada: 8:25:14 o clock PM CDT The DateFormat class also has a getDateTimeInstance( ) method that can format both date and time information You may wish to experiment with it on your own

[yyang@fedora-serverA ~]$ mkdir junk ; touch junk/{1,2,3,4}

SimpleDateFormat is a concrete subclass of DateFormat It allows you to define your own formatting patterns that are used to display date and time information One of its constructors is shown here: SimpleDateFormat(String formatString) The argument formatString describes how date and time information is displayed An example of its use is given here:

SimpleDateFormat sdf = SimpleDateFormat("dd MMM yyyy hh:mm:ss zzz");

Now create an archive called junktar containing all the files in the folder called junk that you just created by typing

The symbols used in the formatting string determine the information that is displayed Table 27-6 lists these symbols and gives a description of each In most cases, the number of times a symbol is repeated determines how that data is presented Text information is displayed in an abbreviated form if the pattern letter is repeated less than four times Otherwise, the unabbreviated form is used For example, a zzzz pattern can display Pacific Daylight Time, and a zzz pattern can display PDT For numbers, the number of times a pattern letter is repeated determines how many digits are presented For example, hh:mm:ss can present 01:51:15, but h:m:s displays the same time value as 1:51:15 Finally, M or MM causes the month to be displayed as one or two digits However, three or more repetitions of M cause the month to be displayed as a text string The following program shows how this class is used:

// Demonstrate SimpleDateFormat import javatext*; import javautil*; public class SimpleDateFormatDemo { public static void main(String args[]) { Date date = new Date(); SimpleDateFormat sdf; sdf = new SimpleDateFormat("hh:mm:ss"); Systemoutprintln(sdfformat(date)); sdf = new SimpleDateFormat("dd MMM yyyy hh:mm:ss zzz"); Systemoutprintln(sdfformat(date)); sdf = new SimpleDateFormat("E MMM dd yyyy");