~~NOTOC~~

====== Projects ======

Below you find a very brief overview of the projects that students did the last two years.

====== Extension of jpf-jmt ======

The goal is to extend jpf-jmt (see below) with
  * state space graph listener which prints graph with memory usage at each state
  * constraint that allows limiting memory usage of application

====== Round off errors ======

The purpose of this project is to develop a listener to warn when round off errors could possibly occur by a number of different mathematical operations and situations.

====== Object life cycle ======

The goal is to implement a listener that will track the lifecycle states of an object within a given program.

====== Extending JPF's reporting system ======

The goal of this project is to explore JPF's reporting system by extending the publisher to handle different formats such as JSON and HTML.

====== Capturing input ======

The goal of this project is to use JPF to capture input, in particular input obtained from the keyboard or a graphical user interface.

====== Break points ======

The goal of this project is to use JPF to inspect the values of local variables at break points.

====== Java PathFinder Memory Tools ======

The goal of this extension of JPF, named jpf-jmt, is to provide accurate reporting of memory usage.

====== Circle Game Puzzle Solver & Generator ======

This project will be based on an android puzzle game with levels composed mainly of two objects: a ring and a circle. The project goal is to use JPF to determine the shortest path to reach a level complete state and create random levels.

====== Linearizability in JPF ======

The goal of this project is to use JPF to check whether a concurrent data structure is linearizable.

====== JPF Database Modeling Code ======

The goal of this project is to extend JPF so that it can check Java applications that use the JDBC API.

====== Tracking Randomization in Java ======

The goal of this JPF project is to implement a listener that tracks and logs all variables that are affected by a random variable.