Mastering Templates in C++: A Comprehensive Guide

C++ templates are a powerful tool for writing flexible and reusable code, enabling type-independent programming. This guide covers everything from basic template syntax to advanced concepts like class templates, function return types, and instantiation. Whether you're new to templates or looking to refine your skills, each chapter provides clear explanations and practical insights. Dive in and unlock the full potential of C++ templates to write more efficient and scalable programs.

Mastering Function and Class Templates in C++: A Complete Guide

The content outlines seven chapters on C++ templates, covering introductory concepts, function templates, template parameters, return types, miscellaneous aspects, class templates, and class template instantiation. Each chapter provides a foundation for understanding and effectively using templates in C++. Additionally, it mentions the availability of source code.

Using Pthreads: Synchronization with pthread_join() Explained

The post discusses the advantages of using threads over separate processes, specifically in data sharing and communication. It highlights a scenario where a song title in a word processor can easily be accessed by a music player when both run as threads within the same process. The introduction of the pthread library is significant for managing threads in C. It demonstrates the use of pthread_create() to create threads and emphasizes the importance of pthread_join() to ensure proper synchronization, thereby preventing premature termination of threads. The post concludes by mentioning upcoming discussions on synchronization challenges like race conditions.

How to detect memory leak in c program using valgrind?

valgrind is a popular tool which can detect memory in run-time. This blog post discusses how to install, and run valgrind at linux command line to detect memory leak in a sample C program.