Lectures related to Memory Safety and Client/Server Architecture: Key Concepts

C++ Project Organization: Object-Oriented Programming

Introduces the C++ POP course objectives, focusing on project development and object-oriented programming techniques.

Pointers in C: Understanding Their Utility and Applications

Covers the definition and applications of pointers in C programming, emphasizing their role in memory management and generic programming.

Programming Language Security

Explores programming language security, covering type safety, memory safety, threat safety, Rust's ownership model, sandboxing, and compartmentalization.

Introduction to LabVIEW Programming

Covers the basics of LabVIEW programming, focusing on Virtual Instruments and their applications in engineering projects.

Strings in C: Initialization and Memory Management

Covers the representation and management of strings in C, highlighting key differences from other programming languages.

Dynamic Memory Management: Using Realloc in C

Explains dynamic memory allocation in C, focusing on the realloc function and its implications for managing memory effectively.

Inheritance in Object-Oriented Programming: Concepts and Implementation

Covers inheritance in object-oriented programming, focusing on class hierarchies and practical implementation examples.

Variables and Types: Introduction to C Programming

Introduces the fundamentals of variables and types in C programming, covering declaration, initialization, and the differences from Java.

Pointers and References: Key Differences in Programming

Explains the differences between pointers and references in programming, focusing on their definitions, uses, and limitations in C and C++.

Taming Null References

Explores the challenges of null references in programming languages and proposes solutions to mitigate their drawbacks while ensuring compatibility with existing codebases.

Functions in C: Key Concepts and Examples

Explains the essential concepts of functions in C programming, including definitions, prototypes, and argument passing techniques.

Object-Oriented Programming Fundamentals

Covers the basics of object-oriented programming in Python, including objects, classes, inheritance, and input/output handling.

Java Interfaces: Enumerated Types and Interfaces

Explores the principle of coding to an interface, Java enumerated types, and the benefits of using interfaces for encapsulation.

Modular Programming: Managing Project Complexity

Covers modular programming principles, focusing on managing project complexity through effective code structuring and dependency management.

Understanding Software

Covers the definition, types, and building process of software, including system software and applications.

Termination Analysis using Dependency Pairs

Explores automated termination analysis using dependency pairs, covering classical and modern techniques, annual competitions, and tools like AProVE.

Increment Operators in C: Understanding ++x and x++

Explains the differences between the prefix and suffix increment operators in C programming, emphasizing clarity and best practices in coding.

Classes and Encapsulation: Principles of Modular Programming

Covers the principles of classes, encapsulation, and modular programming in C++.

Pointers and Functions: Understanding Type Reading

Covers type reading in C, focusing on pointers, functions, and the use of typedefs for clarity.

Introduction to Types and Inductive Relations

Explores the significance of types in programming and discusses unsound type systems and inductively defined relations.