Ecuador Migrant Integration Project

Project description. Check in later for updates.

Project Details

This project was created with SvelteKit. A full Svelte tutorial can be found here.

Project Structure

Below is a simplified view of the project directories

ecuador-integration/
├ src/
│ ├ lib/
│ │ ├ assets/ 
│ │ │ ├ game-files/
│ │ │ └ images/
│ │ ├ components/ 
│ │ ├ stores/ 
│ │ └ utils/
│ ├ routes/
│ │ └ [your routes]
│ └ app.html
├ static/
│ └ [your static assets]
├ package.json
├ svelte.config.js
├ jsconfig.json
└ vite.config.js

Some key points:

• 📄 Pages and layouts can be found in the routes/ directory. These are indicated as +page.svelte and +layout.svelte respectively. For example, the page found at the route /game game be found in routes/game/+page.svelte.
• 🖼️ General assets can be found in lib/assets/ directory.
  • You can find game files such as the card definitions under the lib/assets/game-files/ directory ($gameFiles alias).
  • Images can be found in the lib/assets/images/ directory ($images alias).
• 🟧 "Generic" components can be found in the lib/components/ directory ($components alias). These are components that may be used in many different pages.
• 🏪 Stores can be found in the lib/stores/ directory. The game data store can specifically be found at the alias $gameData.
• 🔧 Utilities, such as type definitions and generic function definitions can be found in the lib/utils/ directory. Type definitions can be found at the alias $types.

Development

Go through the following steps to get started developing:

0. Make sure you have Node installed and that you can run the npm command in your terminal.
1. Clone the repository using git clone into your local workspace.
2. IMPORTANT: Switch to the develop branch before working (git checkout develop). The main branch is only used for deployment.
3. Once you are in the project root directory, run npm install to install the dependencies.
4. Run the following command to start the development server:

npm run dev

# or start the server and open the app in a new browser tab
npm run dev -- --open

If everything works, you should be able to navigate to http://localhost:5173 to see the website.

Note: To expose the localhost server to the internet (so you can test your changes on your phone without having to redeploy), use the following steps.

0. Install the ngrok CLI tool. This tool creates a secure private tunnel to the cloud, giving you a publicly-accessible URL you can access from any device. Read more about ngrok here.
1. Make sure your dev server is started as explained above.
   • If using VSCode, run the Open tunnel VSCode task (Ctrl/⌘ + Shift + P > Run Task > Open tunnel).
   • You can otherwise run the command ngrok http 5173.

Deployment

To deploy a preview of your changes, simply push your code to the develop branch. On the GitHub repository, click "Preview" under the "Environments" section to view this preview. The live preview can also be found permanently here.

To deploy to production (the live website), use the following steps:

1. Make sure you are still on the develop branch.
2. Make sure you do not have any unstashed or uncommitted changes in your local workspace (either commit your changes or stash them with git stash).
3. This project uses semantic versioning to add "checkpoints" and understand what kind of changes are being made.
   • Decide which version type (major, minor, patch) you believe best describes the changes made in the develop branch. For example, new features and functionality would affect the minor number, and bug fixes would affect the patch number. (major should only change if the website goes through a complete redesign; the major number will remain 0 until some "final" version is ready to present to clients).
   • Run npm version <version-type> to automatically change the version and push a new commit and tag to the develop branch.
4. Create a Pull Request (PR) from the develop branch.
   • Feel free to add any description, though the title of the PR should be the new version number.
   • Merge the pull request.
5. (Optional) Create a release.
   • In combination with semantic versioning, GitHub's releases can be helpful to see what changes have been made and add transparency to the development process.
   • Create a new release based off the corresponding tag that was automatically generated by npm version (step 3). Add a detailed description about what this release entailed and how it affects the website, or automatically generate release notes (see step 8).