pi-cluster

所属分类:聚类算法
开发工具:Jinja
文件大小:0KB
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上传日期:2023-12-21 21:13:34
上 传 者sh-1993
说明:  覆盆子Pi Cluster家庭媒体中心
(Raspberry Pi Cluster Home Media Center)

文件列表:
assets/
cluster/system/
docker/
docs/
k3s-ansible/
k3sup-ansible/
proxmox/
.editorconfig

# Personal Pi Cluster At the moment its main purpose is to run a media center and some dev tools. This repo uses most of the work done by [onedr0p](https://github.com/onedr0p/) in his [version](https://github.com/onedr0p/k3s-gitops-arm), so kudos to him, thank you. > **Note:** A lot of files in this project have **@CHANGEME** comments, these are things that are specific to my set up that you may need to change. ## Prerequisites ### Hardware - 3x Raspberry Pi 4 (recommended 4GB RAM model) - 3x SD cards (recommended 32GB) - 3x USB 3.x flash drives (optional, recommended for local storage) - A NFS server for storing persistent data (recommended for shared storage) ### Software - [ansible](https://docs.ansible.com/ansible/latest/installation_guide/intro_installation.html) - [kubectl](https://kubernetes.io/docs/tasks/tools/install-kubectl/) - [hypriot/flash](https://github.com/hypriot/flash) - [alexellis/k3sup](https://github.com/alexellis/k3sup) * * * ## Directory topology ```bash . ├── ./ansible # Ansible playbook to run after the RPis have been flashed ├── ./docker # Docker compose setup for most services used in the cluster ├── ./cluster # Cluster templates, Heml files and so on ├── ./setup # Setup of the cluster machines ├── ./docs # Documentation └── ./assets # Documentation related files (mostly images) ``` * * * ## Network topology > **Note:** The IPs bellow are specific to my current network. |IP|Function| |---|---| |192.168.0.1|Router| |192.168.0.8|NFS Server| |192.168.0.100|k3s master (kube-master)| |192.168.0.101|k3s worker (kube-worker-1)| |192.168.0.102|k3s worker (kube-worker-2)| |192.168.0.103|k3s worker (kube-worker-3)| Ideally we should build a VLAN for our IOT devices. Like this: |IP|Function| |---|---| |192.168.0.1|Router (USG)| |192.168.0.170|NFS Server| |192.168.10.1/24|k3s cluster CIDR, VLAN 10| |192.168.10.23|k3s master (kube-master)| |192.168.10.24|k3s worker (kube-worker-1)| |192.168.10.25|k3s worker (kube-worker-2)| |192.168.10.26|k3s worker (kube-worker-3)| * * * ## Let's get started ### 1. Flash SD Card with Ubuntu > See [ubuntu.md](docs/setup-ansible/ubuntu.md) ### 2. Provision RPis with Ansible [Ansible](https://www.ansible.com) is a great automation tool and here I am using it to provision the RPis. > See [ansible.md](docs/setup-ansible/ansible.md) and review the files in the [ansible](ansible) folder. ### 3. Install k3s on your RPis using k3sup [k3sup](https://k3sup.dev) is a neat tool provided by [@alexellis](https://github.com/alexellis) that helps get your k3s cluster up and running quick. > For manual deployment see [k3sup.md](docs/setup-ansible/k3sup.md), and for an automated script see [bootstrap-cluster.sh](setup/bootstrap-cluster.sh) [NOT READY WIP] ### 4. Install cluter apps / tools > see [1-pi-setup](docs/setup-manual/1-pi-setup.md) (skip pi setup steps and k3s setup steps as we have done them above)

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