Learn MODULA3 with Real Code Examples

Modules encapsulate code and data

Objects implement interfaces

Memory managed by garbage collector

Concurrency primitives for threads and monitors

Applications linked via module interfaces

Modules compiled into native binaries

Objects and interfaces provide encapsulation

Garbage collector manages memory automatically

Concurrency primitives control thread execution

Exception handling ensures safe runtime behavior

Modular programming

Object-oriented programming

Exception-driven error handling

Monitor-based concurrency

Layered module dependencies

Modular server applications

Compiler and language toolchains

Concurrent network simulations

Educational modular programming systems

Legacy research projects and experiments

Safety via strong typing and garbage collection

Modular programming via interface and implementation separation

Readable and maintainable syntax

Concurrent programming support

Object-oriented constructs for abstraction

Use modules and interfaces for large projects

Leverage object-oriented abstractions

Design concurrency to avoid bottlenecks

Reuse library modules to minimize duplication

Profile and optimize memory-intensive modules

Port modular Pascal or Modula-2 code to Modula-3

Use interfaces to separate API and implementation

Refactor unsafe memory usage to leverage GC

Update concurrency logic to use monitors

Modularize large codebases into multiple modules