- Introduction to Modula-2: A Modern Programming Language
- Setting Up Your Modula-2 Development Environment
- The First Modula-2 Program: "Hello, World!"
- Understanding Modula-2 Syntax and Structure
- Variables, Constants, and Types in Modula-2
- Basic Data Types in Modula-2: Integer, Real, Boolean
- Working with Strings and Arrays
- Using Enumerated Types and Sets
- Control Structures: IF, CASE, and LOOP
- Defining and Using Procedures
- Introduction to Modula-2 Modules
- The Concept of Scope in Modula-2
- Handling Errors and Exceptions
- Basic Input/Output in Modula-2
- Understanding the Modula-2 Compiler
- Comments and Documentation in Modula-2
- Introduction to Recursion in Modula-2
- Using Standard Libraries in Modula-2
- Working with Functions in Modula-2
- Creating Simple Programs with User Input
- Understanding Modular Programming in Modula-2
- Passing Arguments: By Value and By Reference
- Understanding Type Extensions in Modula-2
- Dynamic Arrays in Modula-2
- File I/O in Modula-2
- Pointers and Memory Management
- Advanced Control Structures: FOR and WHILE Loops
- Modula-2 Record Types and Their Uses
- Using the MODULA-2 'WITH' Statement
- Libraries and Modularization in Modula-2
- Using Linked Lists in Modula-2
- Multidimensional Arrays and Data Structures
- Modula-2 and Structured Programming Principles
- Optimizing Modula-2 Code for Performance
- Managing Large Codebases in Modula-2
- Using the Modula-2 Debugger Effectively
- Modula-2 Memory Management and Garbage Collection
- Creating Modular Applications in Modula-2
- Defining and Using Abstract Data Types (ADTs)
- Understanding the Modula-2 Import and Export Mechanism
- Creating Custom Data Types and Type Safety
- Error Handling with Modula-2 Exceptions
- Cross-Platform Development in Modula-2
- Threading and Concurrency in Modula-2
- Time and Date Management in Modula-2
- Modula-2 for Systems Programming
- The Role of Modula-2 in Operating Systems Development
- Unit Testing in Modula-2
- Debugging and Profiling Modula-2 Code
- Working with Command-Line Arguments in Modula-2
- Deep Dive into Modula-2 Type System
- Using Advanced Data Structures in Modula-2
- Memory Management Optimization Techniques
- Modula-2 and Object-Oriented Programming Concepts
- Inheritance and Polymorphism in Modula-2
- Advanced Modularization Techniques in Modula-2
- Interfacing Modula-2 with Other Languages
- Modula-2 and Low-Level Programming
- Creating Efficient Algorithms in Modula-2
- Understanding Modula-2's Garbage Collection Mechanisms
- Concurrency and Parallel Programming in Modula-2
- Real-Time Programming in Modula-2
- Network Programming with Modula-2
- Creating a Custom Memory Allocator in Modula-2
- The Modula-2 Linker and Its Role in Program Compilation
- Understanding Modula-2’s Module System in Depth
- Optimization Techniques for Modula-2
- Advanced Debugging and Profiling in Modula-2
- Building Large-Scale Systems with Modula-2
- Design Patterns in Modula-2
- Creating a Modula-2 Compiler
- Low-Level Hardware Interaction with Modula-2
- Advanced File I/O Techniques in Modula-2
- Implementing Networking Protocols in Modula-2
- Customizing the Modula-2 Runtime Environment
- Concurrency and Resource Management in Modula-2
- Memory Safety and Secure Coding Practices in Modula-2
- Building Cross-Platform Libraries in Modula-2
- Advanced Recursion Techniques in Modula-2
- Using Modula-2 for Embedded Systems Development
- Working with Modula-2 on Multi-core Systems
- Creating a Modula-2 Web Server
- Integrating Modula-2 with Modern Software Frameworks
- Building a Modula-2 Application with GUIs
- Creating a Modula-2 Virtual Machine
- Understanding Modula-2's Exception Handling System
- Implementing Custom Operators in Modula-2
- Advanced Networking with Modula-2: Sockets and Beyond
- Interfacing Modula-2 with Databases
- Embedded Modula-2: Efficient Resource Management
- Modula-2 for Scientific Computing
- Using Modula-2 in High-Performance Computing
- The Role of Modula-2 in Artificial Intelligence Development
- Security Aspects in Modula-2 Applications
- Building Distributed Systems with Modula-2
- Integrating Modula-2 with Modern Databases
- Real-Time Systems Programming in Modula-2
- Testing and Continuous Integration in Modula-2 Projects
- Writing Performance Benchmarks for Modula-2 Code
- Future Trends and Evolutions in Modula-2 Programming
This progression is designed to gradually increase the complexity of the topics and allow a reader to build a solid understanding of Modula-2 from basic programming to complex, real-world applications.