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File defines three versions of listFiles( ) The first returns an array of strings that contains all files (including those that represent subdirectories) Thus, it obtains an unfiltered list of files It is shown here: File[ ] listFiles( ) To obtain a filtered file list, you can use one of the other two forms The one used by this recipe is shown here: File[ ] listFiles(FileFilter ff) It obtains a list of only those files (and directories) that meet the criteria specified by ff Given the array containing the directory listing, you can obtain the name of each file by calling getName( ), which is defined by File It is shown here: String getName( ) The string representation of the file (or directory) name is returned To restrict the list of files to only those that fit a certain criteria, implement a FileFilter FileFilter is an interface that specifies only one method: accept( ) It is shown here: boolean accept(File name) This method must return true for files that you want to be part of the directory listing and false for those that are to be excluded Depending upon how you implement accept( ), it can be used to include all files whose names fit a general pattern For example, here is a simple implementation that accepts all Java source files:

Place the cursor on the center boundary of all four Quadrants and it will become the four-way cursor (see Fig 3-8), indicating resizing of all four Quadrants is possible Drag up, down, left, or right, or a combination of these directions to resize all four Quadrants simultaneously Of course, as some Quadrants grow larger, others will shrink to compensate The overall size of the Window will not change

// A simple file filter for Java source files class JavaFiles implements FileFilter { public boolean accept(File f) { if(fgetName()endsWith("java")) return true; return false; } }

Place the cursor on any Quadrant s horizontal or vertical boundary with its neighbor, and move it while holding the Option key; the selected boundary will unlink and can be moved independently from the other Quadrants Once unlinked, you need not use the Option key to move it again For example, using the Advanced configuration: Hold the Option key down and place the cursor on the horizontal boundary between the Upper-left and Lower-left Quadrants (see Fig 3-9a) You will be able to move that boundary up and down without affecting the boundary between the Upperright and Lower-right Quadrants (See Fig 3-9b)

For more sophisticated filtering, you can use regular expressions With this approach, you can easily create filters that handle wildcards, match alternatives, ignore case differences, and so on (An overview of regular expressions is found in 2)

Once unlinked from each other, the two horizontal boundaries will now work independently of each other, and you can freely adjust the sizes of the Quadrants on the right without changing the size of the Quadrants on the left

The following example illustrates both the filtered and unfiltered forms of listFiles( ) To use the program, specify the name of the directory to list on the command line The program first displays all files in the specified directory Then, it uses a filter to display only Java source files

boundary between them may now be moved without affecting the size or position of the Quadrants on the left side (see Fig 3-10)

// // // // // // // Display a list of the files and subdirectories in the directory specified on the command line For example, to list the contents of a directory called \MyPrograms, use java ListFiles \MyPrograms

Place the cursor on the Quadrant boundary between the upper-right and lower-right Quadrants (containing the Menu and Track editors) and notice that the

Whether or not you have unlinked the Quadrants, you will find that dragging the boundary lines will allow you to resize the Quadrants to make them disappear from the Window (temporarily, if you wish)

import javaio*;

Place the cursor on the boundary line between the upper-left Quadrant and lower-left Quadrant and drag all the way down to the bottom of the Window The lower Quadrant will disappear, leaving only the Upper Quadrant (usually showing the Outline Tab see Fig 3-11a) To restore visibility of the now-hidden Assets and Log Tabs, you can drag the Quadrant boundary in the reverse direction (see Fig 3-11b)