A memory leak and deadlock finder for C, C++
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Updated
May 8, 2024 - C++
A memory leak and deadlock finder for C, C++
Workshop project for mastering concurrency in C# and fix common multi thread synchronisation issues
C++ developer tool for detecting deadlocks
Operating System Algorithms Implementations in C++
This Python repository solves the Dining Philosophers problem using threading and synchronization. It ensures smooth resource sharing among philosophers, preventing conflicts like deadlock. The implementation manages philosopher states efficiently, balancing thinking, hunger, and eating without issues.
Banker's Algorithm is designed to avoid deadlocks in systems where multiple processes request and hold resources.
Лабораторные работы по курсу "Параллельное программирование"
FIT IOS 2. project centered around deadlocks
a context switching simulation of operation system supporting every context switching algorithms and deadlock prevention methods
This repository contains a C++ implementation of the Banker's algorithm, which is used to avoid deadlock in a system. The program allows processes to request and release resources, and the banker will grant a request only if it leaves the system in a safe state. If a request would lead to an unsafe state, it will be denied. The program also include
Operating System Code in Python 3
In this repo, I have nearly covered all the lab concept related to Operating System with the code in c/c++/java
My projects are in the second year, specifically in the second semester, where they were done using the C# language, and I created some Windows applications.
A deadlock-free solution to the Dining Philosophers Problem using synchronization primitives in C
This is a solution to the dining philosophers problem in C using pthreads and semaphores.
Solutions to prevent deadlock condition in the classic Dining Philosophers Problem
Create 2 classes. Implement mutual blocking of these classes. Use all possible methods to solve the problem of mutual blocking.
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