We can consider a single container where both the node server and redis server will be operated. To make the container a little bit complex by adding some networking, we are using both a node server and a redis server. Of course, we can use the node server to store the number of visits. Although redis is a in memory db-server, in this case, we will consider itself as our tiny primary database. We will need a node app that will response on the HTTP request and a redis server that will store the number of visits. This web application will count the number of visit to that web app. Here we will create a little docker container that will host a web application. Here, the first instruction download the library, the second one move it to /usr/bin/docker-compose and using the third instruction, we are giving the docker-compose appropriate permissions. Sudo mv /usr/local /bin/docker-compose /usr/bin/docker-compose sudo curl -L "$(uname -s)-$(uname -m)" -o /usr/local /bin/docker-compose To install the docker-compose in Ubuntu 20.04, we can follow the instructions from StackOverflow. But for Linux machines, you might need to install the docker-compose library separately. In windows and mac OS, the docker-compose is shipped with the docker installation. We do not entirely copy and paste the start-up commands, instead, we will use special syntax more or less similar to the start-up commands.Īfter creating the docker-compose.yml file, we will feed the file to the docker-compose-cli instead of docker-cli to parse the file and create a container with our desired defined configurations. To make use of docker-compose, we essentially going to get rid of the docker-cli startup commands of long-form and encode these command in docker-compose.yml file. Also, it will set up some sort of networking between them and all behind the scene. This docker-compose allows us to start up multiple container at the same time in a very easy and straightforward way. Using docker-compose we can resolve these issues. SQLite S3 persistent storage with Litestream.Docker-compose helps us to avoid repetitive commands, that we might have to write with docker-cli during a container startup.įor example, if we have two container and need networking between them, we have to configure these networking stuff with docker-cli every time we start the container. Unofficial bicep deployment script by Yannick Zwijsen: Install on Azure AppService with persistent storage Install on Azure Container Instance with TLS endpoint Free for about 3 months with welcome credit.ĭo you have an old Android phone? You could install Uptime Kuma on it! Unofficial tutorial by Marius Bogdan Lixandru: The Containerfile used to rebundle uptime-kuma: rootless ContainerfileĪlso check out the corresponding custom integration: (WIP). The entire repackage process is automated via GitHub Actions and renovate-bot keeps everything up to date. Note: This Chart relies on a repackaged OCI Container Image, which lets uptime-kuma run as non-root user. See more here ☸️ OpenShift 4 and Kubernetes Helm 3 Chart (Unofficial) I have no experience with K8s and I can't fix error in the future. ⚠ Warning: K8s deployment is provided by contributors. All installation methods here may be broken in the future release. ⚠ ⚠ ⚠ Warning: Generally, I only test Docker and Node.js. Monitor Status with Uptime Kuma - Let's install Uptime Kuma with Docker by Geeked.Meet Uptime Kuma, a Fancy Open Source Uptime Monitor by Techno Tim.Learn Uptime Kuma in 5 Minutes by DEVOPS UNLOCKED.You need two more headers "Upgrade" and "Connection" in order to reverse proxy WebSocket. Unlikely other web apps, Uptime Kuma is based on WebSocket. This is optional for someone who want to use a reverse proxy. Internet for initialization (Download Node.js runtime and Uptime Kuma source code)ĭownload: (Optional) One more step for Reverse Proxy.
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