May 16, 2018 | Written by: Steve Clay
Categorized: How-tos | What's New
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IBM Cloud Private is an application platform for developing and managing on-premises, containerized applications. It is an integrated environment for managing containers that includes the container orchestrator Kubernetes, a private image repository, a management console, and monitoring frameworks.
Starting with IBM Cloud Developer Tools version 1.3.0, support for IBM Cloud Private 184.108.40.206 is included. This version of IBM Cloud Private uses a more secure Helm for Kubernetes deployments. IDT support is not limited to this environment, but also deploys to the Kubernetes environment on the public IBM Cloud, as well as older versions of IBM Cloud Private. This means that you can use the the IBM Cloud Developer Tools CLI to generate starter applications and perform deployments to all of your IBM Cloud Private and public IBM Cloud environments.
To install the IBM Cloud Developer Tools which includes all prerequisites, follow these instructions.
Deploying to IBM Cloud Private
First things first, you need to create a starter application to deploy, using the
bx dev create command. Follow the prompts, and select the pattern/language/starter that you’d like to use. I recommend either the Node.js or Java Basic Web starters – they are simple and easy to follow, but feel free to choose any language or starter. Once it is created,
cd into the new directory on your system. You can also enable an existing application for Kubernetes deployment using the
bx dev enable command.
Once you have an application, you need to configure your local machine to push to the IBM Cloud Private environment.
Setup IBM Cloud Private 220.127.116.11 Security Dependencies
This version of IBM Cloud Private adds some additional steps to the setup of your client system to enhance the security of its connection to your IBM Cloud Private installation.
First, you must obtain the Helm client directly from your IBM Cloud Private deployment. Detailed instructions are found here.
Secondly, IBM Cloud Private 18.104.22.168 adds an additional IBM Cloud CLI (
bx) plug-in to ease security configuration. To install this plug-in, namely the
pr plug-in, you obtain it directly from your IBM Cloud Private deployment as described here.
Finally, use the
pr plug-in to add a certificate that will be used by your Helm client to communicate with IBM Cloud Private. Login to IBM Cloud Private using a valid user account created on that system as follows:
bx pr login
The login dialog will ask you to choose the account that you will use for deployment from a list of possible accounts.
Next you need to choose which cluster you will be deploying your application to. Use this command to see the list of clusters:
bx pr clusters
Once you have decided on a cluster, configure the certificate with:
bx pr cluster-config <the cluster name>
For example, to use the
mycluster cluster, the command is:
bx pr cluster-config mycluster
For more information on these steps you can see this documentation. With these steps complete, you can continue to the configuration you are accustomed to for earlier releases of IBM Cloud Private as below.
Configure Docker Registry Access
First, create an entry in your hosts file that maps to
# Replace <remote IP> with the IP address of your IBM Cloud Private system
<the remote IP> mycluster.icp
This is added in
/etc/hosts on MacOS and Linux, or
C:\Windows\System32\drivers\etc\hosts on Windows.
Next we need to add the registry
mycluster.icp:8500 for IBM Cloud Private to the list of insecure Docker registries on your local machine. Instructions by operating system platform are found here.
Finally, log in to the the IBM Cloud Private Docker registry, using the appropriate user and password from your server, and using the hostname you defined above:
docker login mycluster.icp:8500
Configure kubectl for Access
In the IBM Cloud Private management console, click on your user name in the top right corner, and then select the “Configure client” option.
To ensure that the credentials for your client are valid, you should complete a fresh login to the IBM Cloud Private management console. If you need help logging into IBM Cloud Private, see these instructions. “Configure client” will provide a set of commands like the following example, that you then run on your local system:
kubectl config set-cluster mycluster.icp --server=https://<some IP>:8001 --insecure-skip-tls-verify=true
kubectl config set-context mycluster.icp-context --cluster=mycluster.icp
kubectl config set-credentials mycluster.icp-user --token=eyJhbGciOiJSUzI1NiIs...
kubectl config set-context mycluster.icp-context --user=mycluster.icp-user --namespace=default
kubectl config use-context mycluster.icp-context
Deploy an App
For the simplest deploy experience, you can update your application’s
cli-config.yml file to point to the IBM Cloud Private Kubernetes environment by adding these entries:
The <Namespace> is the namespace on IBM Cloud Private to which you are deploying, for example
default. The <App-Name> is the name of your application deployment.
deploy-target value instructs the CLI to target a Kubernetes/container environment, and the
deploy-image-target value tells the CLI what to tag your image with for the IBM Cloud Private registry. Note that if you do not update the
cli-config.yml, you will need to specify
-t container for the deploy command below, and then the deploy action will query you for the
Tip: for public IBM Cloud users, you must execute
bx logout before you deploy to IBM Cloud Private
You’re now ready to deploy your Kubernetes application to the IBM Cloud Private environment. Just use the
deploy command to kick off the deployment:
bx dev deploy
In this case, the
deploy command will:
- Build and upload the Docker image of your application to the IBM Cloud Private image repository
- Perform a deployment to your IBM Cloud Private Kubernetes cluster using the Helm chart that was generated by the
bx dev create or
bx dev enable command.
…and now you have generated and deployed your first application to IBM Cloud Private using the IBM Cloud Developer Tools CLI.