Installation of Shynet is easy! Follow the [Basic Installation](#basic-installation) guide below if you'd like to run Shynet over HTTP or if you are going to be running it over HTTPS through a reverse proxy. If you'd like to run Shynet over HTTPS without a reverse proxy, skip ahead to [Installation with SSL](#installation-with-ssl) instead.
> **These commands assume Ubuntu.** If you're installing Shynet on a different platform, the process will be different.
Before continuing, please be sure to have the latest version of Docker installed.
### Basic Installation
1. Pull the latest version of Shynet using `docker pull milesmcc/shynet:latest`. If you don't have Docker installed, [install it](https://docs.docker.com/get-docker/).
2. Have a PostgreSQL server ready to go. This can be on the same machine as the deployment, or elsewhere. You'll just need a username, password, host, and port. (For info on how to setup a PostgreSQL server on Ubuntu, follow [this guide](https://www.digitalocean.com/community/tutorials/how-to-install-and-use-postgresql-on-ubuntu-18-04)).
3. Configure an environment file for Shynet, using [this file](/TEMPLATE.env) as a template. (This file is typically named `.env`.) Make sure you set the database settings, or Shynet won't be able to run.
4. Launch the Shynet server by running `docker run --env-file=<your env file> milesmcc/shynet:latest`. Watch the output of the script; if it's the first run, you'll see a temporary password printed that you can use to log in. You may need to bind Docker's port 8080 (where Shynet runs) to your local port 80 (http); this can be done using the flag `-p 80:8080` after `run`.
5. Visit your service's homepage, and verify everything looks right! You should see a login prompt. Log in with the credentials from step 4. You'll probably be prompted to "confirm your email"—if you haven't set up an email server, the confirmation email will be printed to the console instead.
6. Create a service by clicking "+ Create Service" in the top right hand corner. Fill out the options as appropriate. Once you're done, press "create" and you'll be redirected to your new service's analytics page.
7. Finally, click on "Manage" in the top right of the service's page to get the tracking script code. Inject this script on all pages you'd like the service to track.
When you first setup Shynet, you set a number of environment variables that determine first-run initialization settings (these variables start with `SHYNET_`). Once they're first set, though, changing them won't have any effect. Here's how to update their values:
* Create an admin account by running `docker run --env-file=<your env file> milesmcc/shynet:latest python manage.py registeradmin <your email>`. The command will print a temporary password that you'll be able to use to log in.
* Configure Shynet's hostname (e.g. `shynet.example.com` or `localhost:8000`) by running `docker run --env-file=<your env file> milesmcc/shynet:latest python manage.py hostname "<your hostname>"`. This doesn't affect Shynet's bind port; instead, it determines what hostname to inject into the tracking script. (So you'll want to use the "user-facing" hostname here.)
* Name your Shynet instance by running `docker run --env-file=<your env file> milesmcc/shynet:latest python manage.py whitelabel "<your instance name>"`. This could be something like "My Shynet Server" or "Acme Analytics"—whatever suits you.
1. Instead of pulling from Docker, we will be pulling from GitHub and building using Docker in order to easily add SSL certificates. You will want to run `git clone https://github.com/milesmcc/shynet.git` to clone the GitHub repo to your current working directory.
* If you registering the certificate to a domain name like `example.com`, please be sure to point your DNS records to your current server before running `certbot`.
5. With that, we are going to replace the `webserver.sh` with `ssl.webserver.sh` to enable the use of SSL certificates. The original `webserver.sh` will be backed up to `backup.webserver.sh`
7. Have a PostgreSQL server ready to go. This can be on the same machine as the deployment, or elsewhere. You'll just need a username, password, host, and port (default is `5432`). (For info on how to setup a PostgreSQL server on Ubuntu, follow [this guide](https://www.digitalocean.com/community/tutorials/how-to-install-and-use-postgresql-on-ubuntu-18-04)).
8. Follow the [Basic Installation](#basic-installation) guide with just one modification: in step #4, change the local bind port from `80` to `443`, and use `shynet-ssl:latest` as your Docker image instead of `milesmcc/shynet:latest`.
A reverse proxy has many benefits. It can be used for DDoS protection, caching files to reduce server load, routing HTTPS and/or HTTP connections, hosting multiple services on a single server, [and more](https://www.cloudflare.com/learning/cdn/glossary/reverse-proxy/)!
Nginx is a self hosted, highly configurable webserver. Nginx can be configured to run as a reverse proxy on either the same machine or a remote machine.
6. If everything is working as expected, please read through some of the following links below to customize Nginx
* [How to add SSL/HTTPS to Nginx (Ubuntu 18.04)](https://www.digitalocean.com/community/tutorials/how-to-secure-nginx-with-let-s-encrypt-on-ubuntu-18-04)
* [How to add SSL/HTTPS to Nginx (Ubuntu 16.04)](https://www.digitalocean.com/community/tutorials/how-to-secure-nginx-with-let-s-encrypt-on-ubuntu-16-04)
