CS100, Spring 2000, Project 6 What To Hand In

This is the belated fourth of 4 documents for Project 6:

    1. Project 6 Write-Up
    2. Project 6 Milestones
    3. Project 6 Tips
--> 4. Project 6 What To Hand In

Clarification on the Milestones:

In the Milestones, there was this passage:

    **************************************************************************
    * Note: Eventually you will want to organize methods in certain classes. *
    * For now, they mostly can be static methods in the main/target class.   *
    * Similarly, eventually you will be required to use encapsulation, but   *
    * don't worry about that now.                                            *
    **************************************************************************

"Eventually" means "in Project 7".

What to Hand In:

+ All the code you have written.

  (You may omit code you wrote to test your other code, 
  but are not required to omit it.)

+ Clearly labeled output for each Milestone, as specified below.

===============================================================================
Output for Milestone 1
===============================================================================

Note: $print$ is also used in the output for other Milestones.
[If you don't get to them, then $print$ table1, table2, table3, table4.]

+ Without using any variables to help you instantiate it,
  $print$ this table:

	 29        -693        -717         -26       -8154
	-16         -35         975           5       90886
    -731025        -504        8943        -841          95

HINT: Use (an) anonymous array.

===============================================================================
Output for Milestone 2
===============================================================================

+ Encrypt and then decrypt the message

    "We Apologize for the Inconvenience"

  using this key and its inverse

    abnocdgpwxyefqrstuvhijklmz
    deqrfgjszabhituvwxyklmnopc


+ Encrypt and then decrypt the message

    "Time to feed the chickens, Paw!  Ay-yup!  Git the lunch bag, Maw!"

  using this key and its inverse

    sLvWPdEncFRjQBahOItMzgyxku
    CpaTQoweZirBYVhlndxSMKuGfj

===============================================================================
Output for Milestone 3
===============================================================================

Note: $print$ from Milestone 1 and $distance$ from Milestone 4 are used.

+ Download the two text files at

    http://courses.cs.cornell.edu/cs100/2000sp/oldannounce.txt

    http://courses.cs.cornell.edu/cs100/2000sp/cryptannounce.txt

  and store them as text files"oldannounce.txt" and
  "cryptannounce.txt" in the folder for your project.

+ Create a text file "small.txt" in the folder for your project.
  Place exactly these 6 lines of text as the contents (delete all the spaces):

"""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""
a-
aAa,-aBBA-23-aBC
ac-AD-13-
-ada-<aDD>-..-Baa-^^bad-cAB-&cb-CDC
dab-
dad-DADA-dc
"""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""

+ Create the $Tally$ objects specified below:

    Tally t1 = new Tally
        ("a aaa abba abc ac ad ada add baa bad cab cb cdc dab dad dada dc");
    Tally t2 = new Tally(new TokenReader("small.txt"));
    Tally t3 = new Tally(new TokenReader("oldannounce.txt"));
    Tally t4 = new Tally(new TokenReader("cryptannounce.txt"));

Note: $t1$ and $t2$ should contain identical data since "small.txt" is
the same string used for $t1$ but with cosmetic changes.
  
+ Print the $total$ counts and use $print$ to display the entire
  tables of unigram tallies of $t1$, $t2$, $t3$, $t4$.

+ Print the $distance$ between the unigram and bigram tallies for $t1$
  and $t2$ and for $t3$ and $t4$.

    http://courses.cs.cornell.edu/cs100/2000sp/oldannounce.txt

+ Print the bigram tallies for $t3$.

+ Print the bigram tallies for $t4$.

Note: The output window might be too narrow and too short to show the
entire bigram tables -- show as much as you can of each.

===============================================================================
Output for Milestone 4
===============================================================================

Note: $distance$ is also used in the output for Milestone 3.

+ Use $print$ to display tables $table3$, $table4$ and then print their
  $distance$.

===============================================================================
Output for Milestone 5
===============================================================================

+ Use $print$ to display $table1$ before and after each swap:

    print...
    swap(table1, 0, 3);
    print...
    swap(table1, 1, 3);
    print...
    swap(table1, 3, 0);
    print...
    swap(table1, 1, 0);
    print...

+ Use $print$ to display $table2$ before and after each swap:
    
    print...
    swap (table2, 1, 4); 
    print...
    swap (table2, 1, 4);
    print...