rishabkatta / kademlia-p2p-distributed-hashtable

decentralized kademlia p2p distributed hashtable with xor distance metric.

Architecture and Interaction Diagrams

• The Architecture Diagram gives you an overview at a High level on what's going on in the project.
• The Interaction diagram gives you a little deeper insight into how each Peer, Super Node handles each operation.

DOCKER COMPOSE EXECUTION

• cd into downloaded repository.

• run "docker-compose -f docker-compose-project3.yml up --build -d"

• exec into each docker container in a seperate terminal

  "docker exec -it supernode2 bash"
  "docker exec -it peer1 bash"
  "docker exec -it client1 bash"

• run "java -cp target/project3-1.0-SNAPSHOT.jar edu.rit.cs.SuperNode < ID > " in supernode< ID > container

• run "java -cp target/project3-1.0-SNAPSHOT.jar edu.rit.cs.Peer < ID >" in peer< ID > container.

• run "java -cp target/project3-1.0-SNAPSHOT.jar edu.rit.cs.Client " in client containers

• Then try and play with the pub-sub system by giving appropriate answers to the CLI questions.

DOCKER EXECUTION

• cd into downloaded repository.
• run "docker build -t project3:rishabkatta -f Dockerfile-project3 ."
• run "docker run --hostname supernode2 --ip="172.28.0.2" -it project3:rishabkatta /bin/bash"
• run "docker run --hostname supernode4 --ip="172.28.0.3" -it project3:rishabkatta /bin/bash"
• run "docker run --hostname peer1 -it project3:rishabkatta /bin/bash" in another terminal.
• run "docker run --hostname client1 -it project3:rishabkatta /bin/bash" in another.
• In supernode< ID > container, run "java -cp target/project3-1.0-SNAPSHOT.jar edu.rit.cs.SuperNode < ID >"
• In peer< ID > container run "java -cp target/project3-1.0-SNAPSHOT.jar edu.rit.cs.Peer < ID >"
• In client container run "java -cp target/project3-1.0-SNAPSHOT.jar edu.rit.cs.Client"