Repo layout

Author: Rojan Jose

data/images/gb1.jpg

@@ -0,0 +1,15 @@
+ apiVersion: v1
+ kind: PersistentVolumeClaim
+ metadata:
+   name: guestbook-pvc
+   labels:
+     billingType: "monthly"
+     region: us-south
+     zone: dal10
+ spec:
+   accessModes:
+     - ReadWriteMany
+   resources:
+     requests:
+       storage: 20Gi
+   storageClassName: ibmc-file-gold

data/images/gb2.jpg

@@ -1,25 +1,9 @@
 # Pre-work
 
-This section is broken up into the following steps:
 
-1. [Sign up for IBM Cloud](#1-sign-up-for-ibm-cloud)
-1. [Download or clone the repo](#2-download-or-clone-the-repo)
+## 1. Setup Kubernetes environment
 
-## 1. Sign up for IBM Cloud
-
-Ensure you have an IBM Cloud ID
-
-![Cloud Sign up](../.gitbook/generic/ibm-cloud-sign-up.png)
+Run through the instructions listed [here](https://github.com/IBM/kube101/tree/master/workshop/Lab0)
 
 ## 2. Download or clone the repo
 
-Various parts of this workshop will require the attendee to upload files or run scripts that we've stored in the repository. So let's get that done early on, you'll need [`git`](https://git-scm.com) on your laptop to clone the repository directly, or access to [GitHub.com](https://github.com/) to download the zip file.
-
-To Download, go to the [GitHub repo for this workshop](https://github.com/IBM/workshop-template) and download the archived version of the workshop and extract it on your laptop.
-
-Alternately, run the following command:
-
-```bash
-git clone https://github.com/IBM/workshop-template
-cd workshop-template
-```

data/images/gb3.jpg

@@ -1,5 +1,7 @@
-# Lab 1. Title
-Let's investigate how Helm can help us focus on other things by letting a chart do the work for us. We'll first deploy an application to a Kubernetes cluster by using `kubectl` and then show how we can offload the work to a chart by deploying the same app with Helm.
+# Lab 1. Container storage and Kubernetes
+
+Expolore how local storage works on the pods.
+Mount it on Docker.
 
 The application is the [Guestbook App](https://github.com/IBM/guestbook), which is a sample multi-tier web application.
 

data/images/gb4.webp

@@ -1,11 +1,46 @@
-# Lab 1. Title
-Let's investigate how Helm can help us focus on other things by letting a chart do the work for us. We'll first deploy an application to a Kubernetes cluster by using `kubectl` and then show how we can offload the work to a chart by deploying the same app with Helm.
+# Lab 2 File storage with kubernetes
+
+
 
 The application is the [Guestbook App](https://github.com/IBM/guestbook), which is a sample multi-tier web application.
 
-## Scenario 1: Deploy the application using `kubectl`
+## Review the storage classes for file storage
 
 ```bash
-git clone https://github.com/IBM/workshop-template
-cd workshop-template
+kubectl get storageclasses | grep file
+```
+
+Expected output:
+```
+$ kubectl get storageclasses | grep file
+
+default                    ibm.io/ibmc-file   Delete          Immediate           false                  27m
+ibmc-file-bronze           ibm.io/ibmc-file   Delete          Immediate           false                  27m
+ibmc-file-bronze-gid       ibm.io/ibmc-file   Delete          Immediate           false                  27m
+ibmc-file-custom           ibm.io/ibmc-file   Delete          Immediate           false                  27m
+ibmc-file-gold (default)   ibm.io/ibmc-file   Delete          Immediate           false                  27m
+ibmc-file-gold-gid         ibm.io/ibmc-file   Delete          Immediate           false                  27m
+ibmc-file-retain-bronze    ibm.io/ibmc-file   Retain          Immediate           false                  27m
+ibmc-file-retain-custom    ibm.io/ibmc-file   Retain          Immediate           false                  27m
+ibmc-file-retain-gold      ibm.io/ibmc-file   Retain          Immediate           false                  27m
+ibmc-file-retain-silver    ibm.io/ibmc-file   Retain          Immediate           false                  27m
+ibmc-file-silver           ibm.io/ibmc-file   Delete          Immediate           false                  27m
+ibmc-file-silver-gid       ibm.io/ibmc-file   Delete          Immediate           false                  27m
+```
+
+This lab uses the default `ibmc-file-gold`
+
 ```
+kubectl describe storageclass ibmc-file-gold
+Name:            ibmc-file-gold
+IsDefaultClass:  Yes
+Annotations:     kubectl.kubernetes.io/last-applied-configuration={"apiVersion":"storage.k8s.io/v1","kind":"StorageClass","metadata":{"annotations":{},"labels":{"kubernetes.io/cluster-service":"true"},"name":"ibmc-file-gold"},"parameters":{"billingType":"hourly","classVersion":"2","iopsPerGB":"10","sizeRange":"[20-4000]Gi","type":"Endurance"},"provisioner":"ibm.io/ibmc-file","reclaimPolicy":"Delete"}
+,storageclass.kubernetes.io/is-default-class=true
+Provisioner:           ibm.io/ibmc-file
+Parameters:            billingType=hourly,classVersion=2,iopsPerGB=10,sizeRange=[20-4000]Gi,type=Endurance
+AllowVolumeExpansion:  <unset>
+MountOptions:          <none>
+ReclaimPolicy:         Delete
+VolumeBindingMode:     Immediate
+Events:                <none>
+```

src/yaml/guestbook-file-storage-pvc.yaml

@@ -1,11 +1,2 @@
-# Lab 1. Title
-Let's investigate how Helm can help us focus on other things by letting a chart do the work for us. We'll first deploy an application to a Kubernetes cluster by using `kubectl` and then show how we can offload the work to a chart by deploying the same app with Helm.
+# Lab 1. Using IBM Cloud Block Storage with Kubernetes
 
-The application is the [Guestbook App](https://github.com/IBM/guestbook), which is a sample multi-tier web application.
-
-## Scenario 1: Deploy the application using `kubectl`
-
-```bash
-git clone https://github.com/IBM/workshop-template
-cd workshop-template
-```

workshop/Lab0/README.md

@@ -7,6 +7,13 @@
 
 The introductory page of the workshop is broken down into the following sections:
 
+Lecture: Update K8s storage lecture.
+Lab 1: Container storage and Kubernetes
+Lab 2 File storage with kubernetes.
+Lab 3: Block storage with kubernetes.
+Lab 4: Kubernetes StatefulSets.
+Lab 5: Object Storage with Kubernetes.
+
 
 ## Technology Used