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ixc2024:tech:tools:evaluation [2024/05/22 15:06] – alestaixc2024:tech:tools:evaluation [2024/05/22 15:52] (current) – alesta
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-.=== Energy Efficiency === 
-- **CPU Usage**: Measure CPU usage during typical user interactions using browser developer tools or performance monitoring software. Lower usage indicates more energy-efficient code. \\ 
-- **Memory Consumption**: Monitor memory usage throughout user sessions. Tools like Chrome DevTools' Memory panel can help identify memory-intensive code segments. 
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 === Data Transfer and Bandwidth === === Data Transfer and Bandwidth ===
 - **Page Load Size**: Analyze the size of resources (HTML, CSS, JavaScript, images) loaded during page loads. Browser developer tools or network analysis tools like Chrome DevTools or Firefox Network Monitor can provide insights.\\ - **Page Load Size**: Analyze the size of resources (HTML, CSS, JavaScript, images) loaded during page loads. Browser developer tools or network analysis tools like Chrome DevTools or Firefox Network Monitor can provide insights.\\
-- **Number of HTTP Requests**: Use browser developer tools or network analysis tools to count the number of requests made during page loads. Optimizing resources and combining files can reduce the number of requests. +- **Number of HTTP Requests**: Use browser developer tools or network analysis tools to count the number of requests made during page loads. Optimizing resources and combining files can reduce the number of requests.\\ 
-\\ +- **Data Caching**: Implement caching strategies to reduce redundant data fetching and improve load times. Monitor cache hit rates and effectiveness to optimize caching policies.
  
 === Resource Optimization === === Resource Optimization ===
 - **Image Optimization**: Check image sizes and formats using tools like ImageOptim or online compression tools. Ensure images are appropriately sized and compressed. \\ - **Image Optimization**: Check image sizes and formats using tools like ImageOptim or online compression tools. Ensure images are appropriately sized and compressed. \\
-- **Code Minification**: Use build tools like Webpack to minify CSS, JavaScript, and HTML files. Check the size of minified files to ensure efficient optimization. \\ 
-- **Tree Shaking**: Use tools like Webpack to eliminate unused code from production builds. Analyze bundle sizes before and after tree shaking to gauge effectiveness. 
  
 === User Experience === === User Experience ===
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 === Sustainable Hosting and Practices === === Sustainable Hosting and Practices ===
 - **Green Hosting**: Research hosting providers that prioritize renewable energy or carbon offsetting. Check provider documentation or sustainability reports for information on energy practices. \\ - **Green Hosting**: Research hosting providers that prioritize renewable energy or carbon offsetting. Check provider documentation or sustainability reports for information on energy practices. \\
-- **CDNs**: Assess CDN performance and efficiency in delivering content. Look for CDNs with edge caching and efficient routing to reduce latency and energy consumption. +
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 === Development and Build Processes === === Development and Build Processes ===
-- **CI/CD**: Monitor build times and resource usage during CI/CD pipelines. Analyze build logs and performance metrics to identify bottlenecks and inefficiencies. \\ 
 - **Code Quality**: Use code quality tools and linters to ensure clean and efficient code. Regular code reviews can help maintain code quality standards. - **Code Quality**: Use code quality tools and linters to ensure clean and efficient code. Regular code reviews can help maintain code quality standards.
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 === Monitoring and Reporting === === Monitoring and Reporting ===
 - **Real-time Performance Monitoring**: Set up monitoring tools to track performance metrics in real-time. Use alerts and notifications to identify performance issues promptly. - **Real-time Performance Monitoring**: Set up monitoring tools to track performance metrics in real-time. Use alerts and notifications to identify performance issues promptly.
-- **Carbon Emission Tracking**: Estimate the carbon footprint of the application based on hosting provider energy usage and user traffic. Use carbon footprint calculators or sustainability metrics provided by hosting services. 
  
-=== User Data and Privacy === +- **Carbon Emission Tracking**: Estimate the carbon footprint of the application based on hosting provider energy usage and user traffic. Use carbon footprint calculators or sustainability metrics provided by hosting services.
-- **Efficient Analytics**: Choose lightweight analytics solutions that prioritize data minimization and privacy. Analyze analytics data to identify opportunities for reducing data transfer and processing.\\ +
-- **Data Caching**: Implement caching strategies to reduce redundant data fetching and improve load times. Monitor cache hit rates and effectiveness to optimize caching policies. +
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-By systematically evaluating these aspects of your code and development processes, you can identify opportunities for improvement in energy efficiency and environmental sustainability.+