shell.bat file to open a command line shell with the environment set appropriately. The samples are:
A simple “hello world” style Mondrian program. To compile and run:
mdc hello.ms hello
A program to generate primes. This shows how functional languages allow a different approach to problems. Rather than solving the standard prime sieve problem “find all primes less than N” this program solves “find the Nth prime’ - a task rather more difficult in, say, C#.
The sample also shows how to call a C# method from Mondrian.
To compile and run:
mdc sieve.ms sieve
The ease of inter-language working is one of the key features of .NET allowing the strengths of different languages to be combined. This version of primes uses Mondrian to compute the primes and C# to handle the I/O. To compile and run:
mdc main.cs sieve.ms main
The primes problem solved in Haskell. To compile an run:
monghc sieve.hs mondrian sieve.mc hcs sieve.cs main
This is a Haskell example taken from the “no fib” suite of testing programs, it performs common sub-expression elimination on trees. To compile and run:
monghc StateMonad.hs monghc Main.hs mondrian *.mc hcs *.cs main
This is a animation of the Dining Philosophers problem from concurrent programming. It demostrates Mondrian & C# threads interworking. C# is used to produce and drive a WinForms interface, Mondrian runs the concurrent alogorithm. Events initiall are passed to C# handlers which then called handlers in Mondrian to adjust the alogrithm parameters.You can even hear the Philosophers eating!
The program is based on a version distributed for Java.
To compile and run:
mdc *.ms *.cs DiningPhilosophers
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