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Building high quality, performant apps that run...

Building high quality, performant apps that run across all form factors

When it comes to developing a successful app, the key factors that can make or break its performance is the app architecture, effective testing and debugging, implementing continuous integration and deployment, effective coding techniques and considering responsiveness
1.App architecture refers to the way in which the various components of an app are organized and interact with each other. A well-designed architecture can help streamline development, improve scalability, and enhance performance. By optimizing your app's architecture, you can ensure that it runs smoothly, responds quickly to user interactions, and delivers a seamless experience.
2.Effective Testing and Debugging can optimize app speed to improve user engagement and drive. This can play a crucial role in identifying performance bottlenecks and ensuring that apps run smoothly across different devices and platforms
3.Implementing continuous integration and deployment (CI/CD) practices enable developers to automate testing and deployment processes, ensuring that app updates are thoroughly tested before being released to users. By implementing CI/CD pipelines, developers can streamline the testing and debugging process and deliver high-quality apps at a faster pace.
4.Efficient coding techniques play a crucial role in the overall performance and success of a software project. By employing efficient coding practices, developers can write clean, organized, and optimized code that is easier to maintain, debug, and scale.
5.Considering responsiveness is very crucial in building high quality performing app in a sense that phones and tablets come in all sizes and they all have to be considered when building apps. This involves taking factors like resolution range, consistency of components, orientation etc

Mpiima Rodney Ezra

November 23, 2024
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  1. Building high quality, performant apps that run across all form

    factors Mbarara 2024 Mpiima Rodney Ezra
  2. high quality performance run across all form factors Breakdown of

    'Building high quality, performant apps that run across all form factors'
  3. What are High quality apps High-quality apps deliver value to

    users, are delightful to use, make the most of premium devices, and are designed for safety.
  4. ( 1 ) Why is app quality important ? It

    affects user satisfaction: Users are more likely to be satisfied with an app that is high quality. This can lead to higher ratings and reviews, which can attract more users. ( 2 ) It affects app retention: Users are more likely to keep using an app that is high quality. This can lead to more active users and longer app sessions ( 3 ) It affects app security: A high-quality app is less likely to have security vulnerabilities. This can protect users from malware and other security threats.
  5. Achieving high quality in apps Have a good user experience

    by making sure everything matches, including heading sizes, font choices, coloring, button styles, spacing and photo choices can improve your app quality because it directly affects how users interact with the app.
  6. Achieving high quality in apps Testing Across Devices to detect

    compatibility issues early, consider different input methods, such as touchscreens and keyboards to ensure the app performs accurately before or during deployment.
  7. Achieving high quality in apps Ensuring that the app is

    secure by applying multi-Factor Authentication, Using Static Application Security Testing (SAST),Strong encryption for mobile communication channels increases the quality of the app Penetration testing, ensures that threats (or the possibility of them) are detected and deflected early on
  8. Achieving high quality in apps Implementing continuous integration and deployment

    (CI/CD) practices like defining pipeline stages enables to automation, testing and deployment processes, ensuring that app updates are thoroughly tested before being released to users
  9. App architecture Implementing app architecture that suits the app you’re

    building for example; Simple Apps MVC, Social Media Apps MVI, MVVM, Financial Apps Clean Architecture, MVVM This allows improvement in performance, scalability and maintenance
  10. Efficient Resource Management Efficient Resource Management like lazy loading heavy

    components or assets,optimizing image sizes, using vector graphics where possible can improve app quality by tenfold Other examples include avoiding memory leaks and unnecessary background processes.
  11. Effective coding techniques plays a crucial role in the overall

    performance and success of a software project. By employing efficient coding practices like test and debug, commenting code, lazy loading developers can write clean, organized, and optimized code that is easier to maintain, debug, and scale.
  12. Effective testing and debugging can optimize app speed to improve

    user engagement and drive. This can play a crucial role in identifying performance bottlenecks and ensuring that apps run smoothly across different devices and platforms This can be improved by Write testable code, Automate testing, eliminating redundant code
  13. Mbarara 2024 Non-mobile form factors like tablets, foldables and watches

    are the fastest growing segment of Android devices, and many Android users now own more than one device. .
  14. Using fluid design allows relative units of measurement instead of

    fixed units so that elements can expand or contract as needed Composables in jetpack compuse are more reusable when they can be placed in a wide variety of places Use responsive design
  15. Platform-Specific Adjustments This allows building applications while leveraging platform APIs

    for better performance and integration for example; Picasso for caching and loading images, Cross View for defining colors, set states, and set animation durations.
  16. Testing Across Devices Cross-device testing ensures that applications offer a

    consistent user experience across various devices, operating systems, and browsers. It involves testing both the functionality and the visual layout on different devices to identify and fix compatibility issues