Nestpress boilerplate with Authentication module

How to use this template using nestpress cli.

# create project
npx nestpress@latest init

# create author, blog, category module (by default it will create single module)

# create a author module on src/feature/ directory
npx nestpress@latest module author
# create a blog multi module on src/feature/ directory [-m for multi module]
npx nestpress@latest module blog -m
# create a category module as blog sub module on src/feature/blog directory
npx nestpress@latest module category blog

# for more use of nestpress cli checkout this: https://www.npmjs.com/package/nestpress

How to run

• make sure you have docker and pnpm install on your system as node package manager

• run database on docker(you should have docker install on your machine)

  • run bash .script/reload.local.sh [use git-bash terminal in windows or for mac/linux default terminal is fine]

• install all dependencies and run the app

  pnpm i
  # rename .env.example (if available) to .env then update db connection string (DATABASE_URL) and other env variable if needed
  npx prisma migrate deploy
  npx prisma generate
  
  # reload / reopen vscode to restart TS server
  npm run dev # Api will run on port 4000
  # health check: http://localhost:4000/v1
  

Update npm dependencies

# Updates all dependencies in package.json
pnpm up

# run test to check the app is working fine or not
npm run test

Run/Write test

• create .env.test file from .env.example and update values
• all test file will be in src/__test__ directory
  • on each test file we will have beforeAll() and afterAll() it will clear db+redis.
• run npm run test for integration test
• for testing we are using vitest, supertest

API endpoints and doc

• BASE url: http://localhost:4000/v1
• Swagger Doc url: [Not Implemented]
• in .doc folder a postman json file postman-collection.json is available import it on your postman
  • you need add an environment in postman with variable url=http://localhost:4000

Code Snippet on vscode

• generate a router boilerplate
  • create a file on a module called user.router.ts
  • npr+User(this is the module name in PascalCase)+tab
• generate a controller boilerplate
  • create a file on a module called user.controller.ts
  • npc+User(this is the module name in PascalCase)+tab

How to push code

• setup husky Git hooks npx husky install it will generate a husky.sh file in .husky/_ folder
• create new branch git checkout -b feature-branch
• add files git add .
• commit files git commit -m 'message' [here husky wil check the linting, it will throw error and stop commit if there is any linting error, it will ignore warning]
• push code git push origin feature-branch
• always create Pull Request on dev branch

Developer guide (code style)

• Set up vscode

  • Install Prettier extension on vscode, then select default formatter to prettier instead of none
  • Install eslint extension
  • Install prisma vscode extension

• Folder Structure

  • All folder name must be singular, e.g. /login not /logins

  • Each feature will have a module folder inside feature folder

    • we might have 2 types of module - 1. singular 2. multi-module
    • e.g. singular (user module check src/feature/user)
      • user module folder structure
      • src/feature/user
        • -> dto/create-user.dto.ts
        • -> interface/user.interface.ts
        • -> user.controller.ts
        • -> user.router.ts
        • -> user.service.ts
    • e.g. multi-module (auth module check src/feature/auth)
      • auth module folder structure
      • src/feature/auth
        • -> auth.router.ts(this is the main router where all the sub singular module will connect)
        • -> login-register[act as single module]
        • -> logout[act as single module]
        • -> verify-email[act as single module]

• File Name Convention (all lower case,separated by -)

  • All file name must be singular, e.g. user.router.ts not users.router.ts
  • Some other file names
    • app.router.ts | my-app.router.ts
    • app.controller.ts | my-app.controller.ts
    • app.service.ts | my-app.service.ts
    • create-user.dto.ts
    • logged-in-user.interface.ts
    • anything.something.ts

• Class, interface and Function name convention

  • Class: class MyClass{} (mostly we will use functional programming, so try to ignore class)
  • Interface: interface IMyInterface{} should start with capital I
  • Function: function myFunction(){} should be in camelCase
  • Variable name: const aName="" should be in camelCase
  • Object name: const UserService={} should be in PascalCase
  • Router Name: const UserRouter = Router()
  • Controller Name: const UserController = {}
  • DTO Name: const CreateUserDto = z.object({})

• Import/Export Module

  • on app.ts and for all *.router.ts file use default export
  • for all other case always use named export avoid using default export
    • e.g. for controller, service, dto, interface always go with named export

  @author milon27.com