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nip.io by without requiring anything else, Magic !Ĭreate the following Ingress config file to map the routes to each service we will deploy right after this step: The simplest solution is to use nip.io which allows us to map an IP (in our case 192.168.0.240) to a hostname without touching /etc/hosts or configuring a DNS. However, unlike NextCloud, the Media Center components have no reason to be exposed on the Internet, we can pick a host that will be resolved internally to our Nginx proxy (available at 192.168.0.240 : LoadBalancer IP). To choose a host, we need to configure a DNS like we did for NextCloud "nextcloud.

#Radarr sonarr manual

Media-ssd Bound media-ssd 200Gi RWO manual 26sĪfter the persistent volume, we are now going to deploy the ingress responsible of making accessible a service from outside the cluster by mapping an internal service:port to a host. NAME STATUS VOLUME CAPACITY ACCESS MODES STORAGECLASS AGE You can verify the PVC exists with the following command: $ kubectl get pvc -n media Unlike the PV, the PVC belongs to a namespace.Ĭreate the following file and apply it to the k8 cluster. The Persistent Volume Claim is used to map a Persistent Volume to a deployment or stateful set. Media-ssd 200Gi RWO Retain Available manual 34sĢ. NAME CAPACITY ACCESS MODES RECLAIM POLICY STATUS CLAIM STORAGECLASS REASON AGE You can verify the PV exists with the following command: $ kubectl get pv The Persistent Volume specifies the name, the size, the location and the access modes of the volume:Ĭreate the following file and apply it to the k8 cluster.

#Radarr sonarr install

If you followed the previous articles to install and configure a self-hosting platform using RaspberryPi and Kubernetes, you remember we have on each worker a NFS client pointing to a SSD on /mnt/ssd. The first step consists in setting up a volume to store our media files and data required to run each component. To create a namespace, run the following command: $ kubectl create namespace media We are going to isolate all the Kubernetes objects related to the Media Center into the namespace media.

Media Center/Player: Plex (server/player) will allow us to make our Media resources accessible from anywhere.

It searches, launches downloads and renames files when they go out

TV Show/Movie Media Management: We'll use Sonarr and Radarr to automate the media aggregation.

Downloaders: Transmission is a BitTorrent client to download the files.

Torrent Proxy: Jackett is a Torrent Providers Aggregator tool helping to find efficiently BitTorent files over the web.

Persistence: A dedicated volume on the SSD to store the data and files.

The Media Center will be composed of the following components:

#Radarr sonarr how to

In the next article of this series, we will learn how to install and configure a Media Center onto our Kubernetes platform to automate the media aggregation and management and play our Media files. Deploy Prometheus and Grafana to monitor a Kubernetes cluster.

#Radarr sonarr password

Self-host your password manager with Bitwarden.Self-host Pi-Hole on Kubernetes and block ads and trackers at the network level.Self-host your Media Center On Kubernetes with Plex, Sonarr, Radarr, Transmission and Jackett.Deploy NextCloud on Kuberbetes: The self-hosted Dropbox.Install and configure a Kubernetes cluster with k3s to self-host applications.Install Raspbian Operating-System and prepare the system for Kubernetes.This article is part of the series Build your very own self-hosting platform with Raspberry Pi and Kubernetes  (5/8) Self-host your Media Center On Kubernetes with Plex, Sonarr, Radarr, Transmission and Jackett 