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README.md
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README.md
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# SeaweedFS Operator
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This [Kubernetes Operator](https://kubernetes.io/docs/concepts/extend-kubernetes/operator/) is made to easily deploy SeaweedFS onto your Kubernetes-Cluster.
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The difference to [seaweedfs-csi-driver](https://github.com/seaweedfs/seaweedfs-csi-driver) is that the infrastructure (SeaweedFS) itself runs on Kubernetes as well (Master, Filer, Volume-Servers) and can as such easily scale with it as you need. It is also by far more resilent to failures then a simple systemD service in regards to handling crashing services or accidental deletes.
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By using `make deploy` it will deploy a Resource of type 'Seaweed' onto your current kubectl $KUBECONFIG target (the operator itself) which by default will do nothing unless you configurate it (see .
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Goals:
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* Automatically deploy a SeaweedFS cluster with 3 masters, N volume servers, and M filers with customizable filer store managed by other operators.
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* Auto rolling upgrade and restart.
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* Ingress for volume server, filer and S3, to support HDFS, REST filer, S3 API and cross-cluster replication.
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* Support all major cloud Kubernetes: AWS, Google, Azure.
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* Scheduled backup to cloud storage: S3, Google Cloud Storage , Azure.
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* Put warm data to cloud storage tier: S3, Google Cloud Storage , Azure.
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* Grafana dashboard.
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- [x] Automatically deploy a SeaweedFS cluster with 3 masters, N volume servers, and M filers with customizable filer store managed by other operators.
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- [x] Auto rolling upgrade and restart.
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- [x] Ingress for volume server, filer and S3, to support HDFS, REST filer, S3 API and cross-cluster replication.
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- [ ] Support all major cloud Kubernetes: AWS, Google, Azure.
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- [ ] Scheduled backup to cloud storage: S3, Google Cloud Storage , Azure.
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- [ ] Put warm data to cloud storage tier: S3, Google Cloud Storage , Azure.
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- [ ] Grafana dashboard.
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## Installation
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Lastly, change the value of `ENABLE_WEBHOOKS` to `"true"` in `config/manager/manager.yaml`
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Afterwards fire up:
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```bash
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$ make install
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```
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Then run the command to deploy the operator into your cluster:
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```
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```bash
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$ make deploy
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```
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Verify if it was correctly deployed with:
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```bash
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$ kubectl get Seaweed --all-namespaces
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```
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Which should return:
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```bash
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NAMESPACE NAME AGE
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seaweed seaweed 1h
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```
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## Development
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Follow the instructions in https://sdk.operatorframework.io/docs/building-operators/golang/quickstart/
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