Professional, well-documented repository containing a focused TypeScript demonstration and exercise designed to showcase advanced TypeScript techniques, problem-solving skill, and clean project structure.
Clear, concise, and practical - ideal for technical interviews, portfolio showcases, or client demonstrations.
- About
- Highlights
- Repository Structure
- Prerequisites
- Quick Start
- Running the Example
- How to Read the Code
- Recommended Development Workflow
- Testing and Validation
- Contributing
- License
- Contact / Maintainer
This repository contains a single, focused TypeScript exercise and a minimal web runner. The goal is to demonstrate advanced TypeScript patterns, correctness, and readability in a compact, production-minded example.
The project is deliberately small so reviewers can quickly inspect architecture, types, and algorithms while still seeing professional-level documentation and usage guidance.
- Single-file advanced TypeScript problem:
100-advanced-ts-problem.ts- contains the primary implementation and inline examples. - Minimal web runner:
index.html- lets reviewers open the solution in a browser quickly. - Clean, intention-revealing types and comments suitable for code review or client presentation.
Top-level files you will find:
100-advanced-ts-problem.ts- The main TypeScript source showing the advanced problem and its solution.index.html- Simple web page that can load a compiled JS bundle or demonstrate the output for quick manual inspection.README.md- this file --> professional project overview and usage instructions.
If you expand this repository into a fuller project, recommended additions include a package.json, a tsconfig.json, unit tests under a tests/ folder, and CI configuration --> GitHub Actions.
You only need one of these to run or preview the project locally:
- Node.js (LTS) with npm (recommended for a development workflow)
- A TypeScript toolchain (tsc, ts-node, or esbuild) OR a modern browser for running built JS
Optional global utilities used in the examples below (you can also use npx):
http-server(for quick local static hosting)
There are two quick ways to preview the project locally: using Node/TypeScript tooling, or using a static file preview.
- Using ts-node (one-shot execution of the TypeScript file):
npm i -g ts-node typescript
npx ts-node 100-advanced-ts-problem.ts
- Compile to JavaScript and open
index.htmlin the browser:
npx tsc --init --rootDir . --outDir dist --esModuleInterop --resolveJsonModule --lib es2020,dom --target es2020
npx tsc 100-advanced-ts-problem.ts --outDir dist
npx http-server -p 8080 -c-1-
Open
index.htmldirectly in the browser (works if the page only relies on included JS/CSS and not on server-only APIs). -
git repo clone:
git clone https://github.com/md-abu-kayser/advanced-typescript-mastery.git
The repository is intentionally minimal. The file 100-advanced-ts-problem.ts contains both the implementation and a small example harness. Running it with ts-node prints sample output to the console. Compiling with tsc and opening index.html shows the result in a browser context.
Example expected behavior--> summary:
- The TypeScript file demonstrates advanced typing patterns and a complete solution for the included problem.
- Example input and expected output are included in comments and in the file's sample runner function.
Note: Because this repository doesn't include a package.json by default, the Quick Start uses npx so reviewers can run things without modifying the repo.
When reviewing 100-advanced-ts-problem.ts, look for the following:
- Top-level type contracts describing function inputs and outputs.
- Small, well-named helper functions with single responsibilities.
- Inline comments that explain non-obvious algorithmic choices.
- A testable, decoupled
solve(or equivalent) function that can be imported by a test harness.
If you would like, I can split the file into modules (e.g., src/ + lib/) and add a package.json with scripts for build/test in a follow-up.
- Add a
package.jsonand dependencies:
npm init -y
npm i -D typescript ts-node @types/node- Add a
tsconfig.json(basic one can be created withnpx tsc --init). - Add npm scripts to
package.json:
{
"scripts": {
"build": "tsc",
"start": "ts-node 100-advanced-ts-problem.ts",
"serve": "http-server -p 8080"
}
}These scripts standardize common tasks and make the repo friendlier to evaluators.
This repository is small and doesn't include a test runner by default. To add tests quickly, use Jest or Vitest.
Example installation (Vitest):
npm i -D vitest @types/jest
npx vitest initWrite a few unit tests that import the primary exported solve function from 100-advanced-ts-problem.ts and validate the example cases.
Contributions are welcome. Suggested steps for a clean contribution:
- Fork the repository.
- Create a topic branch for your change.
- Add tests for any new behavior.
- Ensure linting and type checks pass.
- Open a pull request describing your change.
For small portfolio edits (formatting, README improvements), a direct PR is fine.
- Add
package.jsonwithbuild,start, andtestscripts. - Add
tsconfig.jsonand a basic ESLint/Prettier setup. - Add a simple GitHub Actions workflow that runs
npm ci andand npm teston push. - Add a small demo GIF or screenshot showing expected output.
I can implement any of these follow-ups on request.
- This project is licensed under the terms of the MIT License.
- You may replace or update the license as needed for client or proprietary projects.
Maintainer: md-abu-kayser
Name: Md Abu Kayser - Full-Stack Engineer
- GitHub: github.com/abu.kayser-official
- Project: advanced-typescript-mastery
- Email: abu.kayser.official@gmail.com
If you’d like this README tailored for a specific purpose - such as hiring managers, open-source contributors, or client deliverables - feel free to request a custom tone or format.
Thank you for reviewing this project!
It’s designed to be clean, well-structured, and pleasant to explore - perfect for interviews, portfolio showcases, or professional demos.