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+For this problem, we will address the following tasks:
+
+ - print the counts to a file
+ - free the memory for the counts
+
+We'll note that we are not going to write the part of this program where
+we read the input file and compute the counts until the next problem.  However, we will
+still want to be able to test our code.   We can do this, by having a main
+function which constructs the counts from a hard coded set of data, skipping
+the details of the actual program (this is an example of a test scaffold).
+
+Our test scaffold can benefit from some functionality that (if we think a bit ahead)
+will be useful to abstract out into a couple functions, so we can re-use that code
+in the next problem.  (Abstracting all of this code out into function is also good because
+it hides the implementation details: none of the code in the main function
+we provide cares what the names/types of the fields in the counts_t structure
+are, which you will make shortly).
+
+First, go to counts.h. Here, you will find two empty struct declarations.  You will
+need to fill these in.  The first should reflect the information about one count.
+That is, for some particular string, how many times have we seen it so far.
+The second, should have an array of the first, as well as the size of that array.
+You should also include a field in this struct to count unknown names.
+
+Next, you should go to counts.c, and write the four functions there.
+
+The first, createCounts should allocate memory for a counts_t structure, and initialize
+it to represent that nothing has been counted yet.
+
+The next function, addCount, should increment the count for the corresponding name.  Note
+that name will be NULL in the case of something that is unknown, so your code must account
+for this case.   
+
+The third function, printCounts takes a counts_t and prints that information to 
+the FILE outFile. Recall from the description of the entire problem, that this 
+function should print in the format:
+
+Captain: 1
+Commander: 2
+Lt. Commander: 1
+<unknown> : 1
+
+These should appear in the order that the name is first added, with unknown always
+appearing last.
+
+***If there are no unknown values, you should not print a line for unknown.  That
+is, you should NEVEr print
+<unknown> : 0
+
+
+Finally, you should write freeCounts, which should free all the memory associated with
+a counts_t.  
+
+We have provided a main in countsTestc which creates a counts_t (using your createCounts
+function), adds some names to it (using your addCount function), prints the result
+to stdout (using your printCounts) function, then frees the memory (using your freeCounts).
+
+Test and debug these functions before proceeding.