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@@ -20,14 +20,14 @@ This project shows a very fast way to deploy [backend](https://gitlab.com/openst
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an existing deployment of the TU Berlin).
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With a running backend and database you should be able to run the [app](https://gitlab.tubit.tu-berlin.de/stapps/app)
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With a running backend and database you should be able to run the [app](https://gitlab.com/openstapps/app)
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with your deployment.
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# Step by step to your own deployment
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At first you need to install [docker](https://docs.docker.com/install/) and
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[docker-compose](https://docs.docker.com/compose/install/). Then clone or download this repository. To download the
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docker images from GitLab you have to be authenticated against GitLabs container registry. Please execute
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`docker login gitlab-registry.tubit.tu-berlin.de`. The requested credentials are the same as for GitLab.
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`docker login registry.gitlab.com`. The requested credentials are the same as for GitLab.
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`docker login` stores the credentials the users home directory. If you plan to execute docker commands only from root
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or via sudo you should run `docker login` with root or sudo as well.
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@@ -74,7 +74,7 @@ docker-compose logs backend
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The backend will find the database on `http://database:9200` inside the deployment network. As stated in the
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`docker-compose.yml` the backend will expose port 3000 on the host. You should be able to request the backend for it's
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configuration on http://localhost:3000.
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configuration on http://localhost:3000 (or http://MY-IP-ADDRESS:3000).
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Now you have a running backend that can be queried by the app. You could already try to the install the
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@@ -84,7 +84,7 @@ backend doesn't provide any data by now.
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There is no public deployment for the app version 2.0.0 by now. But you could copy some data from there.
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To import some `SCPlace`'s you could run:
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```sh
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```shell
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docker-compose run --rm api copy --appVersion 2.0.0 place <url-of-public-deployment> http://backend:3000 20
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```
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This will copy data using the [api](https://gitlab.com/openstapps/api) from the deployment of the TU Berlin to your
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@@ -94,7 +94,7 @@ deployment.
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On Linux you can execute a simple shell script that will run you through
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steps above and copy some data in your deployment:
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```sh
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```shell
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sh start.sh
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```
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@@ -103,17 +103,37 @@ sh start.sh
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You now have your own deployment and can import some data from your university into the backend. To write your own
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program to import data you should checkout the [minimal-connector](https://gitlab.com/openstapps/minimal-connector/)
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This is a small program that shows the usage of the [api](https://gitlab.com/openstapps/api/) and imports some example
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data from TypeScript code. Feel free to copy the [minimal-connector](https://gitlab.com/openstapps/minimal-connector/)
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data from TypeScript code. Feel free to fork the [minimal-connector](https://gitlab.com/openstapps/minimal-connector/)
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and write your own connector with it.
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## Add your connector
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You may want to integrate your connectors in the `docker-compose.yml` to
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deploy your whole StApps-backend-environment in a single command. Use the
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`systemd` directory in this project as an example of how to deploy
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your connector(s) and configure `systemd` services and timers.
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The service will try to restart a named container. That means for successful
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execution the container needs to be started once before with the appropriate
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command.
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```shell
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docker-compose up minimal-connector
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```
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To enable the service that runs the connector periodically execute:
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```shell
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systemctl --now enable /absolute/path/minimal-deployment/minimal-connector/minimal-connector.service /absolute/path/minimal-deployment/minimal-connector/minimal-connector.timer
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```
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This command will immediately start the service on execution.
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## Round off your deployment with the [proxy](https://gitlab.com/openstapps/proxy)
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The backend is exposed on the port 3000 now. This means anyone can import data into your backend and you can only run
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one version of the backend at a time. Have a look at the [proxy](https://gitlab.com/openstapps/proxy/) to secure and
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round off your deployment. The proxy will allow you to run multiple deployments for different app version on one server
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and provide some static data like images for your university.
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round off your deployment. The proxy will add a layer of security, allowing you to run multiple deployments for
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different app version on one server and provide some static data like images for your university.
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## Explore docker capabilities
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Docker is a great tool with many great features. Have a look at the
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[docker cli documentation](https://docs.docker.com/engine/reference/commandline/cli/) or our
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[docker cheat sheet](https://gitlab.tubit.tu-berlin.de/stapps/projectmanagement/blob/master/DOCKER.md) to learn
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[docker cheat sheet](https://gitlab.com/openstapps/projectmanagement/blob/master/project-docs/DOCKER_CHEAT_SHEET.md) to learn
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more about it.
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