Learn MERCURY with Real Code Examples

Declarative logic programming paradigm

Strong typing with compile-time checks

Determinism analysis for predicates

Module-based organization

Optimized native code generation

Mercury source code

Compiled by Mercury compiler

Predicates and functions executed deterministically

Modules organize code

FFI for integrating with external systems

Declarative logic

Module-based organization

Static typing and mode-checking

Determinism enforcement

Optimized compilation pipeline

Knowledge-based systems

Symbolic computation pipelines

Constraint-solving engines

Formal verification tools

Academic research projects

Declarative logic programming

Strong typing and mode analysis

Determinism checking

Separation of logic and control

Optimized compilation for performance

Organize large logic programs into modules

Use deterministic predicates when possible

Optimize recursion for large data sets

Test modules independently

Integrate with other systems via FFI efficiently

Port Prolog projects to Mercury for type safety

Update predicates to include modes and determinism

Refactor code into modules

Compile and test with Mercury compiler

Leverage FFI for external system integration