terriajs/doc/deploying/deploying-terriamap.md

Geospatial data visualization platform.

TerriaMap can be deployed in almost any environment.

First, you may want to build a minified version of TerriaMap by running:

```
yarn gulp release
```

The normal build (`yarn gulp`) can be deployed as well, but the release version is smaller and faster.

Then, you can host your TerriaMap using either the included Node.js-based web server, or by using any web server of your choosing.

### Using the included Node.js-based web server

The easiest way to deploy your TerriaMap is to use the included Node.js-based web server, called [terriajs-server](https://github.com/TerriaJS/terriajs-server). You'll need Node.js 8.0+ installed on the server in order to run terriajs-server.

Then, copy the following files and directories from your local system where you built TerriaMap onto the server:

- `wwwroot`
- `node_modules` (note: this can take a long time, be patient)
- `devserverconfig.json` but rename this to `productionserverconfig.json` (and add any private access keys/passwords/secrets)
- `ecosystem.config.js`
- `ecosystem-production.config.js`

And on the server, change to the directory where you copied those files and directories and run:

```
./node_modules/.bin/pm2 start ecosystem-production.config.js --update-env --env production
```

The server will start on port 3001. You can specify a different port by adding ` --port 1234` to the end of [the `args` configuration string](https://github.com/TerriaJS/TerriaMap/blob/f3c0b5e2a6ecd264b975beb155f9db84acca48df/ecosystem-production.config.js#L16) in `ecosystem-production.config.js`.

It is usually a good idea to run another web server, such as [nginx](https://nginx.org/en/) on port 80 and then reverse-proxy to the Node.js server, rather than running terriajs-server on port 80 directly. NGINX is available as a package on Ubuntu via `sudo apt-get install -y nginx`. Using a separate web server such as such as [nginx](https://nginx.org/en/) will enable more security features, allow you to serve TerriaMap over HTTPS, and allow caching if you intend to [setup Geoserver](https://docs.terria.io/guide/deploying/setting-up-geoserver/) or other backend services.

### Using any web server

[terriajs-server](https://github.com/TerriaJS/terriajs-server), described above, only does a few things:

1. It serves up the static HTML, JavaScript, and CSS that make up the application.
2. It includes a simple service at `/proxy` that allows TerriaJS to access geospatial data servers that don't support [CORS](../connecting-to-data/cross-origin-resource-sharing.md). If this service is not available, TerriaJS won't be able to access any datasets that are on other servers and that don't support CORS.
3. When configured correctly, it persists blobs of JSON for use in the sharing feature. If this service is not available, the JSON can be stored in the share URL, instead. However, this makes for some extremely long URLs.
4. If configured with `singlePageRouting` options it will serve up index.html for unmatched paths to allow for client side routes to be configured.

If points 2 - 4 above are not required, you can run your TerriaMap on virtually any web server by simply copying the TerriaMap `wwwroot` onto the server!

You can also incrementally add these services to your own server, as necessary, by porting the code in [terriajs-server](https://github.com/TerriaJS/terriajs-server) to your environment.