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Refactor deployment/volume/README.md

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Wolfgang Huß 2020-12-07 14:29:49 +01:00
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deployment/volumes/README.md
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@ -3,14 +3,14 @@
At the moment, the application needs two persistent volumes: At the moment, the application needs two persistent volumes:
* The `/data/` folder where `neo4j` stores its database and * The `/data/` folder where `neo4j` stores its database and
* the folder `/develop-backend/public/uploads` where the backend stores uploads. * the folder `/develop-backend/public/uploads` where the backend stores uploads, in case you don't use Digital Ocean Spaces (an AWS S3 bucket) for this purpose.
As a matter of precaution, the persistent volume claims that setup these volumes As a matter of precaution, the persistent volume claims that setup these volumes
live in a separate folder. You don't want to accidently loose all your data in live in a separate folder. You don't want to accidently loose all your data in
your database by running your database by running
```sh ```sh
kubectl delete -f human-connection/ kubectl delete -f ocelot-social/
``` ```
or do you? or do you?
@ -18,6 +18,7 @@ or do you?
## Create Persistent Volume Claims ## Create Persistent Volume Claims
Run the following: Run the following:
```sh ```sh
# in folder deployments/ # in folder deployments/
$ kubectl apply -f volumes $ kubectl apply -f volumes
@ -25,7 +26,7 @@ persistentvolumeclaim/neo4j-data-claim created
persistentvolumeclaim/uploads-claim created persistentvolumeclaim/uploads-claim created
``` ```
## Backup and Restore ## Backup And Restore
We tested a couple of options how to do disaster recovery in kubernetes. First, We tested a couple of options how to do disaster recovery in kubernetes. First,
there is the [offline backup strategy](./neo4j-offline-backup/README.md) of the there is the [offline backup strategy](./neo4j-offline-backup/README.md) of the