@pulumi/pulumi

What is @pulumi/pulumi?

@pulumi/pulumi is an infrastructure as code (IaC) tool that allows developers to define, deploy, and manage cloud infrastructure using familiar programming languages like JavaScript, TypeScript, Python, Go, and C#. It integrates with various cloud providers and services, enabling users to create, update, and manage cloud resources programmatically.

What are @pulumi/pulumi's main functionalities?

Defining Cloud Infrastructure

This feature allows you to define cloud infrastructure using code. In this example, an S3 bucket is created using the AWS provider.

const pulumi = require('@pulumi/pulumi');
const aws = require('@pulumi/aws');

const bucket = new aws.s3.Bucket('my-bucket');

exports.bucketName = bucket.id;

Managing Infrastructure State

Pulumi manages the state of your infrastructure, allowing you to respond to changes. This example sets up an event handler for when a new object is created in the S3 bucket.

const pulumi = require('@pulumi/pulumi');
const aws = require('@pulumi/aws');

const bucket = new aws.s3.Bucket('my-bucket');

bucket.onObjectCreated('onNewObject', async (event) => {
  console.log('New object created:', event);
});

Multi-Cloud Deployments

Pulumi supports multi-cloud deployments, allowing you to manage resources across different cloud providers. This example shows how to create an S3 bucket in AWS and a storage account in Azure.

const pulumi = require('@pulumi/pulumi');
const aws = require('@pulumi/aws');
const azure = require('@pulumi/azure');

const awsBucket = new aws.s3.Bucket('aws-bucket');
const azureStorageAccount = new azure.storage.Account('azure-storage', {
  resourceGroupName: 'my-resource-group',
  accountTier: 'Standard',
  accountReplicationType: 'LRS'
});

Other packages similar to @pulumi/pulumi

terraform

Terraform by HashiCorp is another popular IaC tool that allows you to define and provision infrastructure using a declarative configuration language. Unlike Pulumi, which uses general-purpose programming languages, Terraform uses its own domain-specific language (HCL). Terraform has a large ecosystem and strong community support.

aws-cdk

The AWS Cloud Development Kit (CDK) is an open-source software development framework to define cloud infrastructure in code and provision it through AWS CloudFormation. Similar to Pulumi, AWS CDK allows you to use familiar programming languages, but it is specific to AWS services.

serverless

The Serverless Framework is a tool for building and deploying serverless applications. It focuses on serverless architectures and supports multiple cloud providers. While it shares some similarities with Pulumi in terms of deployment and management, it is more specialized in serverless use cases.

README

Pulumi Fabric Node.js SDK

The Pulumi Fabric Node.js SDK lets you write cloud programs in JavaScript.

Installing

For now, we only support developers building from source. Eventually we will have a nice installer.

Prerequisites

To build and install the SDK, you will first need a few things.

First, install Node.js 6.10.2. We recommend nvm, since it makes it easier to switch between versions of Node.js. Afterwards, run nvm install 6.10.2. As part of the build, a custom build of Node.js 6.10.2 will be downloaded and installed alongside the SDK. This Node binary is identical to Node.js 6.10.2, except that it has one extra builtin module containing code that is used by the SDK to serialize JavaScript closures. The custom binary is built from this repo.

Next, we suggest using Yarn for package management. NPM works too, but Yarn is faster and therefore preferred. Please follow the directions on Yarn's website.

Building and Testing

The first time you build, you must make configure to install and prepare native plugins for V8:

$ make configure

Make sure to run this after installing the right version of Node.js above, otherwise it may bind to the wrong version.

To build the SDK, simply run make from the root directory (sdk/nodejs/). This will build the code, run tests, and then "install" the package (by yarn linking the resulting bin/ directory).

We recommend putting bin/ on your $PATH, since the pulumi-langhost-nodejs executable will be loaded dynamically by the pulumi tool whenever it encounters a Node.js program.

The tests will verify that everything works, but feel free to try running pulumi preview and/or pulumi update from the examples/minimal/ directory. Remember to run tsc first, since pulumi expects JavaScript, not TypeScript.

Changelog

0.11.3 (2018-04-13)

• Switch to a resource-progress oriented view for pulumi preview, update, and destroy operations (pulumi/pulumi#1116). The operations pulumi preview, update and destroy have far simpler output by default, and show a progress view of ongoing operations. In addition, there is a structured component view, showing a parent operation as complete only when all child resources have been created.

• Remove strict dependency on Node v6.10.x (pulumi/pulumi#1139). It is now no longer necessary to use a specific version of Node to run Pulumi programs. Node versions after 6.10.x are supported, as long as they are under Active LTS or are the Current stable release.