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DistributedSystems

This repository contains the solutions to the homework assignments for the course Distributed Systems, covering a range of topics such as sockets, REST, actor model, middleware, message-oriented middleware (MOM), and ZooKeeper.

  • Lab1: Socket Programming

    The Lab1 directory contains the solution to the socket programming homework assignment. In this assignment, students were required to implement a simple chat application using sockets. The solution includes a server program and a client program written in the Java language.

  • Lab2: REST API

    The Lab2 directory contains the solution to the REST API homework assignment. In this assignment, students were tasked with implementing a simple REST API. The solution includes a server program written in the Go language.

  • Lab3: Actor Model

    The Lab3 directory contains the solution to the actor model homework assignment using the Ray framework. Students were expected to explore the actor model paradigm and apply it to a distributed system. The solution demonstrates the implementation using the Ray framework and Python language.

  • Lab4-5: Middleware

    The Lab4-5 directory contains the solution to the middleware homework assignment using various middleware technologies such as Apache Thrift, Ice, and gRPC. Students were challenged to design and implement a distributed system using these middleware technologies written in Java and Python languages.

  • Lab6: Message Oriented Middleware

    The Lab6 directory contains the solution to the message-oriented middleware (MOM) homework assignment using RabbitMQ. Students were required to develop a system that utilizes RabbitMQ as the messaging middleware to enable communication between distributed components. The solution is written in the Go language.

  • Lab7: Zookeeper

    The Lab7 directory contains the solution to the ZooKeeper homework assignment. In this assignment, students were tasked with creating a Java application using the distributed, replicated ZooKeeper environment and its watch mechanism. The solution demonstrates the implementation of a distributed system leveraging ZooKeeper.