# Build a Full Stack App in Under 40 Minutes with Kiro

Source: https://www.youtube.com/watch?v=srJElLWydPY
Recap page: https://rapidrecap.app/video/srJElLWydPY
Generated: 2025-11-14T17:11:49.867+00:00

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## Quick Overview

The developer successfully builds and demonstrates a full-stack food tracking application using TanStack Start, Drizzle ORM, PostgreSQL via Docker, and Tailwind CSS, showcasing features like CRUD operations, schema generation, and integration with Kiro for specification refinement.

**Key Points:**
- The Food Tracker application was built using the TanStack Start framework, featuring React, TypeScript, Drizzle ORM (for PostgreSQL via Docker), and Tailwind CSS.
- Kiro was used in Spec Mode to generate initial requirements and design documents, which were then refined through iterative prompts.
- The implementation involved creating server functions for Create, Read, and Delete food entries, utilizing Drizzle ORM for database interaction.
- The application features robust client-side validation using Zod schema, error handling for database/network issues, and UI feedback.
- The final application successfully displays seed data (including apples, yogurt, and bread) in a responsive, gradient-styled interface.
- The developer leveraged Kiro's ability to read and reference existing project files (like docker-compose.yml and schema.ts) to guide configuration and implementation tasks.

![Screenshot at 04:04: The developer runs the 'npm run dev' command in the terminal to start the TanStack application, showing the successful initialization and local server running at http://localhost:3000.](https://ss.rapidrecap.app/screens/srJElLWydPY/00-04-04.png)

**Context:** The video is a tutorial demonstrating how to rapidly develop a full-stack web application using the TanStack Start framework, which integrates various modern tools like React, TypeScript, Drizzle for database interaction, and Docker for service management. The development process is heavily guided by Kiro, an AI coding assistant, to manage specifications, generate code, and handle configuration steps.

## Detailed Analysis

The tutorial demonstrates building a full-stack Food Tracker application using TanStack Start, relying on Kiro for guidance throughout the process. The initial setup involves using Kiro to generate specs for features like food entry (CRUD), nutrition analytics, and persistent storage, built on a PostgreSQL database managed via Docker Compose. The developer walks through setting up the database connection in the .env.local file and running database migrations using 'pnpm db:migrate'. Key implementation tasks, such as defining the Drizzle schema for 'food_items' and creating server functions (createFoodEntry, getFoodEntries, deleteFoodEntry) in the routes file, are outlined in the implementation plan. The frontend component (food-tracker.tsx) is then stubbed out with basic UI elements styled using Tailwind CSS, including a gradient background, as requested in the design phase. The video emphasizes Kiro's ability to read and understand existing context (like the docker-compose.yml file and the schema) to propose relevant code changes and manage the task list effectively. The final result shows a functional landing page and the ability to add and view seeded food data, confirming the successful integration of the full stack.

### Project Setup & Tooling

- Application initiated using TanStack Start framework
- Included Drizzle ORM, PostgreSQL via Docker, and Tailwind CSS
- Development environment configured using VS Code with WSL integration.

### Specification & Design

- Kiro used in Spec Mode (04:04) to define requirements (CRUD operations, nutrition analytics, error handling) and generate a design document referencing TanStack documentation.

### Backend Implementation

- Drizzle schema created for 'food_items' table, including fields for nutrition and expiration dates
- Server functions for create, read, and delete implemented using Drizzle ORM for PostgreSQL interaction.

### Frontend Implementation

- Index route created using TanStack Router in src/routes/food-tracker.tsx
- FoodTracker component stubbed with Tailwind CSS for gradient styling and responsive layout.

### AI Interaction & Iteration

- Kiro assisted in tasks like generating seed data (02:25), updating the routes file based on design specs, and fixing errors (like missing validator on server function) by referencing documentation.

### Final Result & Verification

- The application successfully runs on localhost:3000, displaying the landing page and allowing users to add/view seeded food data, confirming successful stack integration.

![Screenshot at 00:04: Presenter Erik Hanchett introduces the video topic on building a full-stack app using TanStack Start and Kiro.](https://ss.rapidrecap.app/screens/srJElLWydPY/00-00-04.png)
![Screenshot at 00:15: The initial Food Tracker landing page is displayed, highlighting key features like Food Tracking, Nutrition Analytics, and Persistent Storage.](https://ss.rapidrecap.app/screens/srJElLWydPY/00-00-15.png)
![Screenshot at 00:28: The terminal shows the 'pnpm create @tanstack/start@latest' command being executed to initialize the project structure.](https://ss.rapidrecap.app/screens/srJElLWydPY/00-00-28.png)
![Screenshot at 01:15: The developer navigates the documentation to understand the TanStack ecosystem, including server functions and client-side routing.](https://ss.rapidrecap.app/screens/srJElLWydPY/00-01-15.png)
![Screenshot at 03:35: The developer runs 'pnpm docker:up -d postgres' to start the PostgreSQL database container via Docker Compose.](https://ss.rapidrecap.app/screens/srJElLWydPY/00-03-35.png)
![Screenshot at 05:06: The developer opens the Drizzle schema file \(schema.ts\) showing the initial 'todos' table definition.](https://ss.rapidrecap.app/screens/srJElLWydPY/00-05-06.png)
![Screenshot at 07:11: The developer reviews the generated 'requirements.md' file, which outlines the application features and acceptance criteria.](https://ss.rapidrecap.app/screens/srJElLWydPY/00-07-11.png)
![Screenshot at 13:09: The developer uses Kiro to generate a new steering document \('Tanstack\_drizzle\_Docker\_best\_practices.md'\) to document best practices for the setup.](https://ss.rapidrecap.app/screens/srJElLWydPY/00-13-09.png)
![Screenshot at 19:18: The task list in the Kiro panel shows tasks being completed, including UI updates and form handling requirements.](https://ss.rapidrecap.app/screens/srJElLWydPY/00-19-18.png)
![Screenshot at 23:24: The implementation plan shows tasks for implementing server functions \(Create, Get, Delete\) are marked as 'Task completed'.](https://ss.rapidrecap.app/screens/srJElLWydPY/00-23-24.png)