1. cargo
2. docker-compose
3. sqlx

1. Go into server
2. Create a file called .env with the following content

DATABASE_URL=postgres://root:root@127.0.0.1:5432/signal_db
DATABASE_URL_TEST=postgres://test:test@127.0.0.1:3306/signal_db_test
REDIS_URL=redis://127.0.0.1:6379
SERVER_ADDRESS=127.0.0.1
HTTPS_PORT=443
HTTP_PORT=80

if you are on linux and do not want to sudo the program, you can change the HTTPS and HTTP ports to your liking.

3. Go into server/cert
4. Generate certificates by running the following

./generate_cert.sh

5. Go back into server
6. Start the database by running the following command

docker-compose up

7. Start the server by running the following command

cargo run

1. Go into client
2. Create a file called .env with the following content

HTTPS_SERVER_URL=https://localhost:443
HTTP_SERVER_URL=http://localhost:80
DATABASE_URL=sqlite://./client/client_db/dev.db
DATABASE_URL_TEST=sqlite::memory:
CERT_PATH=../server/cert/rootCA.crt

3. Go into client/client_db
4. Execute the following command

cargo sqlx database create -D sqlite://dev.db && cargo sqlx migrate run -D sqlite://dev.db

5. Go back into client
6. Start the client by running the following command

cargo run

As an example, two clients should then be created and messages between them will be send.

If you do not want to use HTTPS and WSS you can run the server and client with --no-tls and then they will just communicate over HTTP and WS

1. Go into server
2. Close the database and run the following command

docker-compose down -v

1. Go into client/client_db and run the following command

rm alice.db* && rm bob.db*