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--- qr-codes:thln0001 [23.04.2024 07:18] – Janna Lumiruusu
+++ qr-codes:thln0001 [23.04.2024 08:25] – Janna Lumiruusu
@@ Line 28: / Line 28: @@
 {{:jauhemaalain.jpeg?400}}
 ====== Development Plan ======
+Mockup:
+{{:qr-codes:tyoekalut_-_loeytaeae.png?300|}}
 ===== ENGLISH VERSION =====
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 Development stack tailored to using PostgreSQL and Hacklab's server:
-  - Frontend Framework: FlutterFlutter will be used for building the mobile and web frontend of your application. Flutter's single codebase can target multiple platforms, ensuring consistency across mobile devices and web browsers.
+. Frontend Framework: FlutterFlutter will be used for building the mobile and web frontend of your application. Flutter's single codebase can target multiple platforms, ensuring consistency across mobile devices and web browsers.  2. Backend Framework: Django
-  - Backend Framework: DjangoDjango will serve as the backend framework for your application, providing RESTful APIs to communicate with the Flutter frontend. Django's robust features, including authentication, ORM (Object-Relational Mapping), and built-in admin interface, make it well-suited for building backend services.
-  - Database: PostgreSQLPostgreSQL remains the chosen database management system for storing structured data such as tools, contacts, and QR code information. Django has excellent support for PostgreSQL through its ORM, allowing seamless integration with the backend.
+   Django will serve as the backend framework for your application, providing RESTful APIs to communicate with the Flutter frontend. Django's robust features, including authentication, ORM (Object-Relational Mapping), and built-in admin interface, make it well-suited for building backend services.
-  - Authentication and Security: Django AuthenticationDjango provides built-in authentication and authorization features, including user authentication, permissions, and session management. You can leverage Django's authentication system to secure your backend APIs and user data.
-  - 5. Integration with Brother P-touch Cube Printer: Brother Mobile SDKIntegrate the Brother Mobile SDK with your Flutter application for printing QR codes using the Brother P-touch Cube printer, as previously discussed. The integration will be handled primarily on the frontend side, with Flutter communicating with the printer SDK.
+. Database: PostgreSQL
-  - 6. Deployment: Deployment to Cloud PlatformDeploy your Django backend and Flutter frontend to a cloud platform such as AWS (Amazon Web Services), Google Cloud Platform, or Heroku. These platforms offer scalable infrastructure, managed services, and easy deployment options for both backend and frontend components.  - Ordered List Item
+   PostgreSQL remains the chosen database management system for storing structured data such as tools, contacts, and QR code information. Django has excellent support for PostgreSQL through its ORM, allowing seamless integration with the backend.
+. Authentication and Security: Django Authentication
+   Django provides built-in authentication and authorization features, including user authentication, permissions, and session management. You can leverage Django's authentication system to secure your backend APIs and user data.
+. Integration with Brother P-touch Cube Printer: Brother Mobile SDK
+   Integrate the Brother Mobile SDK with your Flutter application for printing QR codes using the Brother P-touch Cube printer, as previously discussed. The integration will be handled primarily on the frontend side, with Flutter communicating with the printer SDK.
+. Deployment: Deployment to Cloud Platform
+   Deploy your Django backend and Flutter frontend to a cloud platform such as AWS (Amazon Web Services), Google Cloud Platform, or Heroku. These platforms offer scalable infrastructure, managed services, and easy deployment options for both backend and frontend components.
 By using this development stack, you can leverage PostgreSQL's robustness and reliability for storing your application's data while utilizing Flutter and Django for frontend and backend development, respectively. This stack provides a solid foundation for building a secure, scalable, and efficient web application tailored to Hacklab's requirements.
@@ Line 102: / Line 121: @@
 Here are some considerations for implementing a mobile-first approach:
-. Responsive Design: Design your user interface to adapt seamlessly to various screen sizes, from smartphones to tablets and desktops. Utilize CSS media queries and flexible layout techniques to ensure that content is displayed appropriately across different devices. 2. Touch-Friendly Interactions: Optimize user interactions for touch-based input, such as swiping, tapping, and gestures. Ensure that buttons and other interactive elements are adequately sized and spaced to accommodate finger taps. 3. Performance Optimisation: Mobile devices may have limited processing power and network bandwidth compared to desktops. Optimise your web application for performance by minimizing load times, reducing unnecessary animations and scripts, and employing techniques like lazy loading for images and content. 4. Progressive Web App (PWA) Features: Consider implementing PWA features such as offline caching, push notifications, and home screen installation to enhance the mobile user experience further. PWAs can provide a more app-like experience for users accessing your web application on mobile devices. 5. Cross-Platform Compatibility: Ensure that your web application is compatible with various mobile browsers and operating systems, including iOS and Android. Test your application thoroughly on different mobile devices to identify and address any compatibility issues.
+. Responsive Design: Design your user interface to adapt seamlessly to various screen sizes, from smartphones to tablets and desktops. Utilize CSS media queries and flexible layout techniques to ensure that content is displayed appropriately across different devices.
+. Touch-Friendly Interactions: Optimize user interactions for touch-based input, such as swiping, tapping, and gestures. Ensure that buttons and other interactive elements are adequately sized and spaced to accommodate finger taps.
+. Performance Optimisation: Mobile devices may have limited processing power and network bandwidth compared to desktops. Optimise your web application for performance by minimizing load times, reducing unnecessary animations and scripts, and employing techniques like lazy loading for images and content.
+. Progressive Web App (PWA) Features: Consider implementing PWA features such as offline caching, push notifications, and home screen installation to enhance the mobile user experience further. PWAs can provide a more app-like experience for users accessing your web application on mobile devices.
+. Cross-Platform Compatibility: Ensure that your web application is compatible with various mobile browsers and operating systems, including iOS and Android. Test your application thoroughly on different mobile devices to identify and address any compatibility issues.
 Regarding printing QR codes, your approach of having a printer connected to a computer (or network) for automatic printing or manually sending image files to the printer can work well. You may need to integrate your web application with a printing solution or service to facilitate the generation and printing of QR codes directly from the application.