gea - Build fast UIs with less setup

🧭 What is gea?

gea is a JavaScript UI framework for building web apps and user interfaces. It uses a reactive model, so the screen updates when your data changes. It does not use a virtual DOM. It relies on compile-time JSX transforms, proxy-based stores, and direct DOM patching.

For a Windows user, the main goal is simple: visit the download page, get the files you need, and run the app with a few steps.

📥 Download gea for Windows

Use this link to visit the download page:

Open the gea download page

If the page has a release file, download it to your PC. If it has a source package, download the ZIP file and extract it. Save the file in a folder you can find easily, such as Downloads or Desktop.

What to do next

1. Open the link above.
2. Look for a release, ZIP file, or build file.
3. Download the file to your Windows PC.
4. If the file is zipped, right-click it and select Extract All.
5. Open the folder and follow the included app files or run steps.

💻 Windows setup

gea runs on a modern Windows PC with a current browser and a recent version of Node.js if you want to build from source.

Recommended setup

• Windows 10 or Windows 11
• A modern browser like Chrome, Edge, or Firefox
• 4 GB RAM or more
• 200 MB free disk space for the app and tools
• Internet access for the first download

If you only want to run the app

If the repository provides a ready-to-run build, you can use it right away after download. If it provides source files, you may need Node.js to start the app.

If you need Node.js

1. Visit the Node.js download page.
2. Install the LTS version for Windows.
3. Keep the default setup options.
4. Finish the install and restart your browser or terminal if needed.

🚀 Install and open gea

Follow these steps on Windows.

If you downloaded a ZIP file

1. Find the ZIP file in your Downloads folder.
2. Right-click the file.
3. Select Extract All.
4. Choose a folder such as Desktop or Documents.
5. Open the extracted folder.
6. Look for a start file, project file, or instructions file.

If the folder has a ready-to-run app

1. Open the folder.
2. Find the main app file.
3. Double-click it or open it through the included launcher.
4. Wait for the app window or browser tab to open.

If the folder has source files

1. Open the folder in File Explorer.
2. Hold Shift and right-click inside the folder.
3. Select Open PowerShell window here or Open in Terminal.
4. Run the install command shown in the project files.
5. Run the start command shown in the project files.
6. Open the local address shown in your terminal.

🗂️ Project layout

A typical gea project uses a small set of files and folders:

• src/ — app source files
• components/ — reusable UI parts
• stores/ — app data and state
• public/ — files the browser can load
• dist/ — built output files
• package.json — project settings and scripts

If you see these names, the project is set up in a standard way. You can usually open the app by running the main start command or by loading the build output in your browser.

🧩 How gea works

gea is built for direct, reactive updates.

• Data changes update the screen
• JSX is handled at build time
• Stores use proxies to watch changes
• The app patches only the parts of the page that need to change
• The framework avoids a virtual DOM layer

This setup helps keep app code small and direct. It also makes it easier to work with UI pieces like buttons, forms, lists, and panels.

🛠️ Common tasks

Open the app

• Double-click the app file if you have a build
• Or run the start command if you have source files

Edit the UI

• Open the project folder in a text editor
• Find the component file you want to change
• Edit the text, layout, or styles
• Save the file and refresh the app

Change data

• Find the store file
• Update the values in the store
• Reload the page to see the change
• If hot reload is set up, the page may update on its own

Add a new component

• Create a new file in the components folder
• Put your UI code in that file
• Import it where you need it
• Use it like other parts of the app

🔧 If the app does not open

Try these simple checks:

• Make sure the file finished downloading
• Check that the ZIP file was extracted
• Confirm that you opened the correct folder
• Look for an included readme or setup file
• Make sure Node.js is installed if the project needs it
• Close and reopen the terminal if a command fails
• Restart your PC if Windows blocks the app launch

If a browser window opens but the page is blank, wait a few seconds and refresh once.

🧪 Browser support

gea works best in modern browsers.

• Microsoft Edge
• Google Chrome
• Mozilla Firefox
• Brave

If one browser does not work, try another. Keep your browser up to date for the best result.

📚 Good first places to look

When you open the repository, check these files first:

• README.md for setup steps
• package.json for start commands
• src/ for app code
• components/ for UI parts
• stores/ for app data

🔎 Key topics

• components
• javascript-framework
• reactivity
• ui-framework
• web-development

🖱️ Basic workflow

1. Download the project from the link above.
2. Extract it if needed.
3. Open the folder on Windows.
4. Run the app or open the build.
5. Edit files if you want to change the UI.
6. Refresh the browser to see updates.

📁 Files you may see

Depending on the version, you may also see:

• index.html
• main.js
• app.jsx
• styles.css
• vite.config.js
• lock files from your package manager

These files help the app start, render, and load styles.

⌨️ Simple command examples

If the repository uses a terminal, you may see commands like these in its files:

• npm install
• npm run dev
• npm run build
• npm start

Use only the commands listed in the project files. Different projects use different scripts.

📦 What makes gea useful

gea focuses on direct UI updates and a small runtime model. That can help keep code easier to follow. It also fits projects that want fast rendering, simple state handling, and less overhead.

🧭 Where to begin

Start with the README file in the repository. Then open the main app file and the first component. From there, you can follow the data flow from store to screen.