Kung Fu Master 2

Initial development is in progress, but there has not yet been a stable, usable release suitable for the public.

The Kung Fu Master 2 application is a fun game that demonstrates best development practices for building a Node.js web application using the AWS Serverless Application Model (AWS SAM) open-source framework.

The goal is to include examples of:

Code repository practices (incremental feature branches, feature flags to decouple parallel code and release changes with less coordination)
Folder structures
Include CodeBuild, CodeDeploy, CodePipeline
Include AWS Infrastructure deployment
Include Application deployment
Define best practices for small development teams starting a new workload
Define when repositories should start splitting from a mono repo - e.g. keep in one repo unless teams are blocking each other then think about splitting out functionality

Best Practice Assumptions

One repository per workload
One pipline per workload that deploys into different environments that are in different AWS accounts
Repository and pipeline are in a shared development account
Infrastructure as code includes the code pipeline, infrastructure, and application
Split the infrastructure and application builds to keep rapid builds when possible
Four environments: development, testing, staging, production

What's this

This is code sample that uses CDK to:

Create a Lambda function that can be invoked using API Gateway
Create a CI using CodeSuite that deploys the Lambda+ApiGateway resources using cdk deploy

How do I start using it

Ensure you've followed the guide to Getting Started to AWS CDK, and you have CDK installed, and the AWS SDK installed and credentials configured.
Bootstrap your AWS environment
Create a CodeCommit repository. See this documentation for help.
Place the contents of this folder inside it
Set the repository name in the repositoryName prop in bin/ci.ts.
Build the stack with npm run build
Deploy the CI stack with cdk deploy
Todo summarize permissions
If you'd like to deploy just the Lambda+ApiGateway stack, you can do so with cdk deploy -a "npx ts-node bin/lambda.ts"

Build

To build this app, you need to be in this example's root folder. Then run the following:

npm install -g aws-cdk
npm install
npm run build

This will install the necessary CDK, then this example's dependencies, and then build your TypeScript files and your CloudFormation template.

Deploy

Run cdk deploy. This will deploy / redeploy your Stack to your AWS Account.

After the deployment you will see the API's URL, which represents the url you can then use.

The Component Structure

The whole component contains:

An API, with CORS enabled on all HTTTP Methods. (Use with caution, for production apps you will want to enable only a certain domain origin to be able to query your API.)
Lambda pointing to src/create.ts, containing code for storing an item into the DynamoDB table.
Lambda pointing to src/delete-one.ts, containing code for deleting an item from the DynamoDB table.
Lambda pointing to src/get-all.ts, containing code for getting all items from the DynamoDB table.
Lambda pointing to src/get-one.ts, containing code for getting an item from the DynamoDB table.
Lambda pointing to src/update-one.ts, containing code for updating an item in the DynamoDB table.
A DynamoDB table items that stores the data.
Five LambdaIntegrations that connect these Lambdas to the API.

CDK Toolkit

The cdk.json file in the root of this repository includes instructions for the CDK toolkit on how to execute this program.

After building your TypeScript code, you will be able to run the CDK toolkits commands as usual:

$ cdk ls
<list all stacks in this program>

$ cdk synth
<generates and outputs cloudformation template>

$ cdk deploy
<deploys stack to your account>

$ cdk diff
<shows diff against deployed stack>

jacobcantwell/kfm2