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Updating readme links to be relative path within the repository

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Updating command to get monitor endpoint
- The command will update the manifest file by placing its output
  inside.
This commit is contained in:
Steve Leon
2017-02-19 13:45:34 -08:00
committed by Jared Watts
parent 4785f2dba4
commit d191fc7723
2 changed files with 8 additions and 14 deletions
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README.md
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@@ -67,8 +67,8 @@ If you see a url response, you are ready to go.
#### Deploy Rook
Rook can be setup and deployed in Kubernetes by simply deploying the [rook-operator](https://github.com/rook/rook/blob/master/demo/kubernetes/rook-operator.yaml) deployment manifest.
You will this manifest and all our example manifests files in the [demo/kubernetes](https://github.com/rook/rook/blob/master/demo/kubernetes) folder.
Rook can be setup and deployed in Kubernetes by simply deploying the [rook-operator](demo/kubernetes/rook-operator.yaml) deployment manifest.
You will find this manifest and all our example manifest files in the [demo/kubernetes](demo/kubernetes) folder.
```
$ cd demo/kubernetes
@@ -95,21 +95,15 @@ rook-operator-349747813-c3dmm 1/1 Running 0 1m
#### Provision Storage
Before Rook can start provisioning storage, a StorageClass needs to be created. This is used to specify the storage privisioner, parameters, admin secret and other information needed for Kubernetes to interoperate with Rook for provisioning persistent volumes.
Rook already creates a default admin and demo user, whose secrets are already specified in the sample [rook-storageclass.yaml](https://github.com/rook/rook/blob/master/demo/kubernetes/rook-storageclass.yaml).
Rook already creates a default admin and demo user, whose secrets are already specified in the sample [rook-storageclass.yaml](demo/kubernetes/rook-storageclass.yaml).
However, before we proceed, we need to specify the Ceph monitor endpoints. You can find them by running this line (you will need `jq`). This will generated a comma-separated list of monitor IPs and ports `6790`. Add this list into the `monitors` param of the `rook-storageclass.yaml`
However, before we proceed, we need to specify the Ceph monitor endpoints. You can find them by running this line (you will need `jq`). This will generated a comma-separated list of monitor IPs and ports `6790` and place it into the `monitors` param of the `rook-storageclass.yaml`
```
$ kubectl -n rook get pod mon0 mon1 mon2 -o json|jq .items[].status.podIP|tr -d "\""|sed -e 's/$/:6790/'|paste -s -d, -
10.2.2.80:6790,10.2.1.83:6790,10.2.0.47:6790
$ export MONS=$(kubectl -n rook get pod mon0 mon1 mon2 -o json|jq ".items[].status.podIP"|tr -d "\""|sed -e 's/$/:6790/'|paste -s -d, -)
$ sed 's#INSERT_HERE#'$MONS'#' rook-storageclass.yaml | kubectl create -f -
```
Create Rook Storage class:
```
$ kubectl create -f rook-storageclass.yaml
```
#### Consume the storage
Now that rook is running and integrated with Kubernetes, we can create a sample app to consume the block storaged provisioned by rook. We will create the classic wordpress and mysql apps.
@@ -143,7 +137,7 @@ You should see the wordpress app running.
## Rook Standalone Service
Rook can also be deployed as a standalone service on any modern Linux host. Refer [here](https://github.com/kokhang/rook/tree/update-readme/demo/README.md) for steps on how to run Rook on a Linux host.
Rook can also be deployed as a standalone service on any modern Linux host. Refer [here](demo/README.md) for steps on how to run Rook on a Linux host.
## Building
demo/kubernetes/rook-storageclass.yaml
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@@ -5,7 +5,7 @@ metadata:
namespace: rook
provisioner: kubernetes.io/rbd
parameters:
monitors: 10.2.0.41:6790,10.2.1.68:6790,10.2.2.66:6790
monitors: INSERT_HERE
adminId: admin
adminSecretName: rook-admin
adminSecretNamespace: rook