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1. CREATE A LOCAL CLOUD FOUNDRY NODEJS FOR FREE
2. CREATE A LOCAL CLOUD FOUNDRY NODEJS HOW TO
3. CREATE A LOCAL CLOUD FOUNDRY NODEJS INSTALL
4. CREATE A LOCAL CLOUD FOUNDRY NODEJS FULL
5. CREATE A LOCAL CLOUD FOUNDRY NODEJS CODE

Create the cds build optionsīefore we are going to alter the generated mta.yaml file, we first need to add the build configuration. That’s totally fine, since we do not want to use HANA, but PostgreSQL instead. Please ignore the warning, that no SAP HANA module will be created. This will generate the mta.yml file in the root folder of the project. We can do this by hand, but is supporting us by providing a command: cds add mta The first thing we need to do is to generate a mta.yml file, that will contain the module and services definitions for SAP BTP CF. The main branch already contains all the stuff we are going to do. If you want to follow along to deploy the project by yourself, just use the local-dev-only branch ( git checkout local-dev-only). The following steps are based on the small devtoberfest-related CAP project I introduced in my first blog post.

CREATE A LOCAL CLOUD FOUNDRY NODEJS CODE

You need to have VS Code (or any other code editor) at hand.You need to have the devtoberfest project in your local environment (via git clone ).You need to have the CF multi apps plugin installed ( tutorial is here).You need to have the CF command line tools installed on your system ( tutorial is here).If not, then you need to add the service manually. Ensure, that the PostgreSQL, hyperscaler option is in the list of entitlements of your trial account.You need a BTP trial account ( tutorial is here).If you want to follow the steps and deploy the project by yourself, you have to do some preparations: So if you want to deploy to Kyma, Azure or even Google Cloud Platform, have a look at his Github repo. His repository also contains various other deployment scenarios. Gregor Wolf did an outstanding job in getting his head through the various deployment scenarios in his pg_beershop and created the necessary foundation for the SAP BTP deployment. If this grabs your attention, then you will find a comprehensive description of the required steps to prepare and deploy a local CAP project running on PostgreSQL (the one created in my first blog post) to a SAP BTP Trial account below. Since there also is a native PostgreSQL service available on Cloud Foundry ( PostgreSQL on BTP, hyperscaler option), the deployment can be done without any extra work (creating a User Defined Service, manually managing the database schema…), just by leveraging CAP, the additional PostgreSQL related Node.js modules and the MTA build and deployment tools. With the latest developments in both Node.js modules, it is now possible to deploy a CAP application with PostgreSQL as a database to the SAP Business Technology Platform Cloud Foundry environment. It also contains the introduction of cds-dbm, the tool required to deploy the CDS data model to the PostgreSQL database.

CREATE A LOCAL CLOUD FOUNDRY NODEJS HOW TO

The second post contains a step-by-step guide on how to get started with PostgreSQL in a local development environment. The first post by Volker Buzek and Gregor Wolf is an introduction to cds-pg, the database adapter for PostgreSQL.

CREATE A LOCAL CLOUD FOUNDRY NODEJS FULL

CREATE A LOCAL CLOUD FOUNDRY NODEJS INSTALL

You will also need to install the IBM Cloud CLI to interact with the Container Registry. If you don’t have an account yet, you can register for a free Lite account - no credit card needed! Even for a Lite Account but beware of limited storage.

CREATE A LOCAL CLOUD FOUNDRY NODEJS FOR FREE

The IBM registry is available for free to experiment within the IBM Cloud. Not only does it protect your images, it also scans the images for security vulnerabilities. This works fine if security is not an issue, but there are some additional advantages of using a private registry, such as the one in IBM Cloud. In my previous blog, I explained how to create a simple NodeJS application, Dockerize it, and deploy it on IBM Cloud using the public DockerHub as a registry.