Obtains the average age of all actors appearing in movies currently in theaters.
Running the program:
To build, simply run make in the top level folder
The executable with be stored in the bin folder (./bin/actors)
To run from the top level, simply ./run.sh
Design:
I approached this problem by noticing that it can easily be abstracted into a more general problem that can be used to simplify a variety of problems:
Given an arbitrary dataset, provide a reduction strategy that combines all data into
a desired result
Currently, there is no infrastructure in SML/NJ that provides the tools needed to carry out this task. My approach to this problem was to create this generalized reduction platform and then provide a concrete implementation for averaging the age of actors in in-theaters movies.
Structure:
The abstract specification files can be found in the /actors-src/reduction directory and the concrete representation can be found in the /actors-src/actors-imp directory.
Everything needed to carry out the main function (such as file parsing, running the reduction) can be found in /actors-src/main
There is a non-generic solution in /actors-src/solution/ that I implemented to help me figure out how to properly make the framework as generic as possible
What actually happens when the executable is run:
A java utility is run to extract information off of Rotten Tomatoes. It does not actually find any actor's age, instead it randomly generates a number.
When finished, the SML compiled reduction algorithm is run on the output generated by the utility, printing results to the terminal.
Problems arose during development:
SML is not as highly developed as many other languages. Reading documentation on network sockets amounts to reading MLton's source code for sockets
TO-DOs:
Increase the capability of the Java actor-acquisition utility to find each actor's actual age
Add in a parallel multithreading to the infrastructure to help manage large loads