The examples in this directory serve as simple examples on setting up
and using the MemSL data structures.  Each of the MemSL data structure
types has one or more examples that demonstrates opening, adding, deleting
and closing the data structure.  While the examples in this directory do
little more then add items to a data structure, the example programs in
the sub-directories of this directory are more complicated.

The sub-directories in this directory include:

     MAKEUTIL - Contains the make files that are included in the
                sub-directories.  These makefile includes are similar
                to the ones in the main MemSL directory.

     ARRAY - Provides proof that the MemSL can be used to allocate
             multi-dimensional arrays as large as (or larger than) ten
             dimensions.

     QUEUE - Demonstrates using a queue as a ring buffer for buffering
             the keyboard.  The keyboard buffer is also used in the
             editor demo for keyboard buffering and macros.

     DHASH - Demonstrates using a hash table for spell checking.  The
             dictonary only contains 5000 words and does not check for
             anything other then exact matches.

     AVLTREE - A better MS-DOS directory listing program modeled after
               the UNIX ls command.  Provides sorted, reverse sorted,
               date sorted, time sorted, and recursive directory
               listings.

     EDITOR - Demonstrates, to the limits, using the MemSL linked lists
              to provide a full screen editor.  The editor is a full
              featured text editor which provides highlighted text
              selection, cut, copy, paste, keyboard macros, search and
              replace.  The editor also creates multiple backup files
              in the format of "filename.b##" where '#' is the current
              number of the backup.

NOTE: The above example programs are not automaticly built and may not
      compile on all compilers and systems.  In fact, the only compilers
      currently supported are Microsoft C and Borland C on MS-DOS systems.
      A UNIX port is planned in the future.