1. Creazione dell'immagine docker dal Dockerfile: docker build -t quic-peer .

2. installazione dei tool:

   cd proto-quic              
   export PROTO_QUIC_ROOT=`pwd`/src
   export PATH=$PATH:`pwd`/depot_tools    
   ./proto_quic_tools/sync.sh     
   ./src/build/install-build-deps.sh

3. Build Client e Server:

   cd src
   gn gen out/Default && ninja -C out/Default epoll_quic_client epoll_quic_server

4. Copiare nella cartella /tmp/quic-data/www.example.org il file .txt presente nella cartella TextFile

5. Esecuzione:

   • Client: ./out/Default/epoll_quic_client --host=10.4.0.4 --port=6121 https://www.example.org --quiet --disable-certificate-verification -v=1
   • Server: ./out/Default/epoll_quic_server --quic_response_cache_dir=/tmp/quic-data/www.example.org --certificate_file=net/tools/quic/certs/out/leaf_cert.pem --key_file=net/tools/quic/certs/out/leaf_cert.pkcs8 -v=1

Scenario Simulazione

1. Creazione client, server e router:

   docker run -td --name quic-client-mp --network none --privileged quic-mp bash
   docker run -td --name quic-server-mp --network none --privileged quic-mp bash
   docker run -td --name router-mp --network none --privileged router bash
   docker run -td --name router1-mp --network none --privileged router1 bash
   docker run -td --name router2-mp --network none --privileged router2 bash
   docker run -td --name router3-mp --network none --privileged router3 bash

2. Eseguire lo script "create_ifaces.sh"