A generateable web application using JavaScirpt and TypeScript, and a JavaFX form application for VSCode.

GitHub:

• https://github.com/andteki/sinto.git

npm i -g sinto

Make a project:

mkdir app01
cd app01

Generate default web directories and files:

sin init

Install default dependecies:

npm i

sin serve

sin build

This command is generate public directory from src directory.

• sin init - Initilalize the project
• sin serve - Start development server
• sin build - Start public generation
• sin rmno - Delete node_modules directory
• sin api - Generate fake REST API with hai-server
• sin webpack - Generate Webpack project
• sin pup - Generate Puppeteer test with Mocha
• sin addts - Generate tsconfig.json and add dependencies
• sin ts - Initialize TypeScript Node.js project
• sin web - Generate HTML and empty CSS files
• sin esbuild - Generate esbuild project
• sin javafx - Generate JavaFX project

For web application, the default task manager is gulp. Development serve is browser-sync.

The sin api command generate fake REST API project directory with hai-server.

Using:

sin api
npm i

Generated files:

app01/
  |-database.json
  |-hai-server.json
  |-package.json
  `-README.md

The sin webpack command generate a webpack project.

Using:

sin webpack
npm i

Generated directories and files:

app01/
  |-assets/
  |-dist/
  |  `-index.html
  |-src/
  |  |-js/
  |  |  `-index.js
  |  `-scss/
  |     `-style.scss
  |-package.json
  |-README.md
  `-webpack.config.js

The sin pup command generate a Puppeteer test with Mocha default test file.

The sin pup command does not install the dependencies, it just writes them into the package.json file. Install the dependencies with the npm i or pnpm i command.

Using:

sin pup
npm i

Generated directoriy and file:

app01/
  `-test/
      `-apptest.js

Automatically adds the test script and dependencies to the package.json file.

{
  "scripts": {
    "test": "mocha"
  },
  "devDependencies": {
    "mocha": "^x.y.z",
    "puppeteer": "^x.y.z"    
  }
}

The version numbers are updated.

Write the tests in test directory and run the tests:

npm test

The sin addts command generate a tsconfig.json and add dependencies to package.json.

The sin addts command does not install the dependencies, it just writes them into the package.json file. Install the dependencies with the npm i or pnpm i command.

Using:

sin init
sin addts
npm i

The sin ts command generate a TypeScript Node.js project.

Using:

sin ts
npm i

Generated directories and files:

app01/
  |-src/
  |  |-assets/
  |  |-app.ts
  |  |-index.html
  |  `-style.css
  |-bs-config.json
  |-gulpfile.js  
  |-package.json
  |-README.md
  `-tsconfig.json  

The sin esbuild command generate a esbuild project.

Using:

sin esbuild
pnpm i
pnpm dev
pnpm start

Generated directories and files:

app01/
  |-public/
  |  |-index.html
  |  `-style.css
  |-src/
  |  `-index.js
  |-package.json
  `-README.md

Update the src/app.ts your index file.

Example:

• src/app.ts
• src/index.ts
• src/app.js
• src/index.js
• src/script.js

To build production run next command:

pnpm build

This command is generate dist directory from src directory. The build command not copy the public directory.

The sin javafx command generate a JavaFX project. The generated project willl be a package generated with No build tools for VSCode.

Steps to use:

• Create project directory. For example: mkdir app01
• Change directory to project directory. For example: cd app01
• Create a JavaFX project with the sin javafx command.
• Copy to lib dirctory JavaFX libraries.
• Open project directory with VSCode: code .
• Add Configuration with VSCode: Run > Add Configuration..
• Save the .vscode/launch.json file.
• Run project with VSCode: Run > Run This will fail.
• Set the JavaFX path. For example: sin javafx -p lib/javafx
• Open the mainScedne.fmxl file, and add components, and save.

Change the path to your JavaFX path.