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Show option to use prebuilt images (#156)

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Signed-off-by: Ahmet Alp Balkan <ahmetb@google.com>
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Ahmet Alp Balkan 2019-02-20 11:07:37 -08:00 committed by GitHub
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@ -69,12 +69,26 @@ Find **Protocol Buffers Descriptions** at the [`./pb` directory](./pb).
## Installation ## Installation
> **Note:** that the first build can take up to 20-30 minutes. Consequent builds We offer three installation methods:
> will be faster.
1. **Running locally with “Docker for Desktop”** (~20 minutes) You will build
and deploy microservices images to a single-node Kubernetes cluster running
on your development machine.
2. **Running on Google Kubernetes Engine (GKE)”** (~30 minutes) You will build,
upload and deploy the container images to a Kubernetes cluster on Google
Cloud.
3. **Using pre-built container images:** (~10 minutes, you will still need to
follow one of the steps above up until `skaffold run` command). With this
option, you will use pre-built container images that are available publicly,
instead of building them yourself, which takes a long time).
### Option 1: Running locally with “Docker for Desktop” ### Option 1: Running locally with “Docker for Desktop”
> 💡 Recommended if you're planning to develop the application. > 💡 Recommended if you're planning to develop the application or giving it a
> try on your local cluster.
1. Install tools to run a Kubernetes cluster locally: 1. Install tools to run a Kubernetes cluster locally:
@ -90,7 +104,7 @@ Find **Protocol Buffers Descriptions** at the [`./pb` directory](./pb).
3. Run `kubectl get nodes` to verify you're connected to “Kubernetes on Docker”. 3. Run `kubectl get nodes` to verify you're connected to “Kubernetes on Docker”.
4. Run `skaffold run` (first time will be slow, it can take ~20-30 minutes). 4. Run `skaffold run` (first time will be slow, it can take ~20 minutes).
This will build and deploy the application. If you need to rebuild the images This will build and deploy the application. If you need to rebuild the images
automatically as you refactor the code, run `skaffold dev` command. automatically as you refactor the code, run `skaffold dev` command.
@ -100,7 +114,8 @@ Find **Protocol Buffers Descriptions** at the [`./pb` directory](./pb).
### Option 2: Running on Google Kubernetes Engine (GKE) ### Option 2: Running on Google Kubernetes Engine (GKE)
> 💡 Recommended for demos and making it available publicly. > 💡 Recommended if you're using Google Cloud Platform and want to try it on
> a realistic cluster.
1. Install tools specified in the previous section (Docker, kubectl, skaffold) 1. Install tools specified in the previous section (Docker, kubectl, skaffold)
@ -125,6 +140,7 @@ Find **Protocol Buffers Descriptions** at the [`./pb` directory](./pb).
where [PROJECT_ID] is your GCP project ID. where [PROJECT_ID] is your GCP project ID.
This command: This command:
- builds the container images - builds the container images
- pushes them to GCR - pushes them to GCR
- applies the `./kubernetes-manifests` deploying the application to - applies the `./kubernetes-manifests` deploying the application to
@ -147,28 +163,34 @@ Find **Protocol Buffers Descriptions** at the [`./pb` directory](./pb).
are seeing this, run `kubectl get service frontend-external -o=yaml | kubectl apply -f-` are seeing this, run `kubectl get service frontend-external -o=yaml | kubectl apply -f-`
to trigger load balancer reconfiguration. to trigger load balancer reconfiguration.
<!--
### Option 3: Using Pre-Built Container Images ### Option 3: Using Pre-Built Container Images
> 💡 Recommended for test-driving the application on an existing cluster. > 💡 Recommended if you want to deploy the app faster in fewer steps to an
> existing cluster.
**Prerequisite**: a running Kubernetes cluster. **NOTE:** If you need to create a Kubernetes cluster locally or on the cloud,
follow "Option 1" or "Option 2" until you reach the `skaffold run` step.
1. Clone this repository. This option offers you pre-built public container images that are easy to deploy
1. Deploy the application: `kubectl apply -f ./release/kubernetes-manifests` by deploying the [release manifest](./release) directly to an existing cluster.
1. Run `kubectl get pods` to see pods are in a healthy and ready state.
**Prerequisite**: a running Kubernetes cluster (either local or on cloud).
1. Clone this repository, and go to the repository directory
1. Run `kubectl apply -f ./release/kubernetes-manifests` to deploy the app.
1. Run `kubectl get pods` to see pods are in a Ready state.
1. Find the IP address of your application, then visit the application on your 1. Find the IP address of your application, then visit the application on your
browser to confirm installation. browser to confirm installation.
kubectl get service frontend-external kubectl get service/frontend-external
-->
### (Optional) Deploying on a Istio-installed GKE cluster ### (Optional) Deploying on a Istio-installed GKE cluster
> **Note:** you followed GKE deployment steps above, run `skaffold delete` first > **Note:** you followed GKE deployment steps above, run `skaffold delete` first
> to delete what's deployed. > to delete what's deployed.
1. Create a GKE cluster (described above). 1. Create a GKE cluster (described in "Option 2").
2. Use [Istio on GKE add-on](https://cloud.google.com/istio/docs/istio-on-gke/installing) 2. Use [Istio on GKE add-on](https://cloud.google.com/istio/docs/istio-on-gke/installing)
to install Istio to your existing GKE cluster. to install Istio to your existing GKE cluster.