Tired of writing hundreds of lines of YAML? Learn how the AWS CDK lets you code complex infrastructure using your favorite programming language.
#1about 2 minutes
The evolution of infrastructure provisioning
Infrastructure management has evolved from manual playbooks and bash scripts to declarative Infrastructure as Code tools like CloudFormation and Terraform.
#2about 3 minutes
Why a simple web app needs 300 lines of YAML
Building a basic, highly available web application with CloudFormation can result in hundreds of lines of YAML due to underlying complexities like VPCs and security groups.
#3about 4 minutes
Introducing coding infrastructure with the AWS CDK
The AWS Cloud Development Kit (CDK) allows you to define cloud infrastructure using familiar programming languages like TypeScript, Python, and Java.
#4about 1 minute
The CDK ecosystem extends beyond just AWS
The CDK concept is not limited to AWS, with community projects like CDK for Kubernetes (CDKates) and CDK for Terraform (CDKTF) enabling a similar workflow.
#5about 4 minutes
How CDK transforms code into deployable templates
The CDK CLI compiles your application code into a standard declarative template, like CloudFormation YAML, which is then deployed by the native orchestrator.
#6about 2 minutes
Understanding the power of CDK constructs
CDK uses constructs, which are classes representing infrastructure, at different levels of abstraction to provide sane defaults and create reusable architectural patterns.
#7about 8 minutes
Rewriting 300 lines of YAML with CDK
A practical walkthrough demonstrates how to create a VPC, an auto-scaling group, and a load balancer using just a few lines of TypeScript with the AWS CDK.
#8about 5 minutes
How coding makes infrastructure intent clearer
Using code with expressive functions makes the purpose of your infrastructure easier to understand compared to reading hundreds of lines of declarative configuration.
#9about 4 minutes
Deciding when to code your infrastructure
While coding infrastructure offers benefits like better developer experience, declarative tools may be preferable if your team is already familiar with them or dislikes debugging.
#10about 4 minutes
Resources for learning and using CDK
Get started with CDK using the official online workshop, explore community resources like Construct Hub and CDK Day, and learn about related tools like CDK Pipelines.
#11about 3 minutes
Q&A on idempotency and infrastructure changes
CDK maintains idempotency and handles infrastructure diffs by generating a declarative template that is then processed by the underlying tool like CloudFormation or Terraform.
#12about 4 minutes
Q&A on testing, diagrams, and templates
The CDK ecosystem supports test-driven development (TDD) for infrastructure, can generate diagrams via community tools, and uses templates as a non-editable intermediate format.
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