In this paper, we describe the use of generic programming approach to design and implementation of a collection of basic model-checking algorithms on the .NET framework. The mentioned methodology separates algorithms and data structures similarly to Standard Template Library that allows delivering general and efficient algorithms. As the implementation environment does not enable us to exploit the advantages of static polymorphism provided by the C++ template parameterization we needed to adjust the approach for the use with the generics feature, which is the novel mechanism introduced with the second version of the .NET framework.

In this paper, we describe the use of generic programming approach to design and implementation of a collection of basic model-checking algorithms on the .NET framework. The mentioned methodology separates algorithms and data structures similarly to Standard Template Library that allows delivering general and efficient algorithms. As the implementation environment does not enable us to exploit the advantages of static polymorphism provided by the C++ template parameterization we needed to adjust the approach for the use with the generics feature, which is the novel mechanism introduced with the second version of the .NET framework.