3 مستودعات
Code demonstrations and educational examples illustrating the use of locks, semaphores, and condition variables.
Distinct from Concurrency Control: None of the candidates focus on providing educational code examples; they focus on specific industrial tools or a general list.
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This project is a comprehensive library of practical Python code examples and patterns. It provides a collection of scripts and snippets designed to demonstrate a wide range of programming tasks, from basic syntax to advanced implementation patterns. The repository focuses on several core domains, including the implementation of concurrency and multithreading examples, data analysis snippets for cleaning and manipulating tabular data, and various data visualization examples. It also covers automation scripts for file system management and a variety of general programming patterns. Additional
Provides educational examples of multithreading, race conditions, and synchronization mechanisms in Python.
هذا المشروع عبارة عن دليل شامل وكتاب تقني يركز على التزامن (concurrency) في C++. يعمل كمورد تعليمي للمطورين لتعلم تعدد الخيوط (multi-threading) وتنفيذ الكود الآمن للخيوط. تغطي المادة نموذج ذاكرة C++، والعمليات الذرية (atomic operations)، وأنماط المزامنة. يجمع بين الشروحات النظرية وأمثلة الكود العملية لتوضيح كيفية منع سباق البيانات (data races) في التطبيقات متعددة الخيوط. يستخدم النهج التعليمي التعلم القائم على السيناريوهات وتحليل مكتبة C++ القياسية لتوضيح أنماط التنفيذ المتزامن وقيود ترتيب الذاكرة.
Provides educational code examples illustrating the use of locks, semaphores, and condition variables.
This project is a collection of educational simulations and code examples designed to illustrate core operating system concepts. It provides practical implementations of virtualization, concurrency, and persistence to demonstrate how an operating system manages hardware and software resources. The repository includes simulators for CPU scheduling, memory virtualization via paging and segmentation, and file system architectures. It provides specific models for virtual-to-physical address translation and the distribution of processor time across competing tasks. The simulations cover concurren
Provides code demonstrations of locks, semaphores, and condition variables used to coordinate shared data.