An opinionated API Boilerplate project built with Node.js, TypeScript , objectionjs, Knexjs - Inspired by and built on top of Matterhorn ποΈ
Read my blog article for more info
- β± Runtime: Node.js
- π₯ API Framework: Fastify
- π Type System: TypeScript
- π ORM: objectionjs
- β QueryBuilder: Knexjs
- ποΈ Databases: RDMS (Relational database management system)
- π Test Runner: Jest
- π Linter: ESLint
- π΄ Fork the repository
- π―ββοΈ Clone it to your computer
- πββοΈ
npm install
- πββοΈ
npm run dev
Configurations for database could be made to .env
file.
APP_ENV=yourappenv
DATABASE_HOST=samplehost.com
DATABASE_USER=sample_user
DATABASE_PASSWORD=sample_pw
DATABASE_NAME=sample_db
DATABASE_PORT=3306
I have commited the .env
file for you to get an idea of what the config file looks like but its not recomended that you do commit .env files into the repository.
- Supports authentication with jwt.
- Abstraction for the persistance layer(Postgres, MSSQL, MySQL, MariaDB, SQLite3, Oracle, and Amazon Redshift) with Object Relational Mapping(ORM).
- Abstraction layer for querys using a powerful query builder - Knexjs
- Tests using Jest
- Restful api - Sample Routes:
- Add candidates.
- Query candidates.
- Get distinct list of technologies.
π jest
π migrations
π src
|--π database
|-- π connect
|-- π index
|--π models
|-- π modelName
|-- index
|--π plugins
|--π routes
|-- π routePathName
|-- π index
|-- π handler
|-- π index
|-- π server
πtests
|--π routes
|-- π routePathName
|-- π index
|-- π handler
The following npm scripts can be run using npm run <script>
. This project relies on opn
and rimraf
utilities in order to support cross-platform opening and deleting files.
build
β-βbuild the TypeScript files and output tolib/
build:watch
β-βautomatically rebuild files if changes are detected insrc/
clean
-βrecursively delete thelib/
andcoverage/
directoriesclean:build
-βrecursively delete thelib/
directoryclean:coverage
β-βrecursively delete thecoverage/
directorycoverage
-βrun the test suite and generate code coverage reportscoverage:open
β-βrun npm run coverage then open the results in a browserdev
-βconcurrently runbuild:watch
andstart:watch
lint
-βrun the linter configured by TSLint on thesrc/
directorystart
β-βrun the app fromlib/
. Make sure to use npm run build first!start:watch
β-βrelaunch the server if new changes are detected inlib/
test
-βrun unit tests defined in thetests/
directorytest:ci
-βrun unit tests and generate necessary files for CI integration
Etna implements example usage of both command line arguments and environment variables. It uses yargs-parser
to manage command line arguments. Command line arguments are passed in through the start command: node lib/index.js <command line arguments>
. The --log
argument has been enabled as an example. Additionally it also uses the .env arguments specified on .env
file by using dotenv. Running npm run start
starts up the project without any command line arguments. This command is intended to be used in production, so logging is disabled by default (i.e. we don't pass the --log
argument). If you are using this command to test your code locally and want to see the logging output, then run npm run start -- --log
. This passes the command line argument through npm and into the aliased command.
Environment variables work in a similar way to command line arguments. They can be set in multiple ways depending on the terminal and operating system you are using. In a bash terminal you can specify environment variables as you use any of the above mentioned scripts by prepending the assignment to the command. For example, this project has the PORT environment variable enabled. In a bash terminal run PORT=8080 npm run start
to run the API on port 8080.
Etna has a unique Jest set up. Under the jest/
directory there are three configuration files ci.config.json
, coverage.config.json
, and test.config.json
. Each configuration file maps to a specific jest experience.
Runs jest with the test.config.json
configuration. This configuration does not collect any code coverage.
Runs jest with the coverage.config.json
configuration. It runs the same test suite as npm run test
and collects coverage from all files under the src/
directory. It outputs the coverage information in the following formats: json
, text
, lcov
, and html
. It does not rely on any external reporter dependencies.
Runs jest with the ci.config.json
configuration. It runs the same test suite as npm run test
and collects coverage similar to the npm run coverage
command, but utilizes jest's built in ci
caching functionality. Additionally, it outputs the coverage in the following formats: html
, json
, and cobertura
. It utilizes jest-junit
reporter to generate compatible junit xml files for Azure DevOps test reporting, and the cobertura
format for the code coverage reporting.