Learn MERCURY with Real Code Examples

Family tree reasoning

Constraint satisfaction problems

Symbolic math computations

Natural language parsing

Rule-based expert systems

Check type errors reported by compiler

Verify mode correctness for input/output

Ensure determinism declarations match predicate behavior

Test predicates with sample queries

Refactor code for module organization

Write deterministic test predicates

Check semidet predicates for success/failure

Use sample queries to validate logic

Debug using compiler messages

Organize test modules for complex programs

Compile to native executable

Embed in other applications via FFI

Run interactively via Mercury REPL

Distribute as source for academic use

Use in constraint-solving or AI pipelines

Mercury compiler (mmc)

Mercury REPL for interactive testing

Debugger integrated in compiler

Module system for code organization

Documentation generator (mercury doc)

Foreign function interface (C, Java, etc.)

Libraries for constraint solving

Symbolic computation frameworks

Integration with Prolog for legacy code

Academic tools for theorem proving

Leverage static types and modes early

Modularize predicates for clarity

Test small logic components incrementally

Use determinism analysis for optimization

Integrate FFI for performance-critical tasks

Implement a family tree reasoning system

Build a simple expert system

Write symbolic math solver

Parse natural language phrases

Develop small AI logic module