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frontendmasters - Progressive Web Applications [2017, ENG]
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1.44 GiB (1546281352 Bytes)
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2020-06-06 01:08:58 GMT
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Info Hash:
E6278CD503EDC2FFC7BF642C805058F7060434FE




(Problems with magnets links are fixed by upgrading your torrent client!)
Year: 2017
Authors: Mike North and Steve Kinney
Duration: 10 hours, 2 minutes
Language: ENG
Description:
Learn how to audit a web application for "Progressive Web Fitness", go offline with service workers, make your web app load instantly with the App-Shell architecture, enable push notifications and more. Convert your site into a progressive web application that’s just like a native smart device app, but without the excessive file size or the lengthy install process!

Sources[GITHUB]: mike-north/pwa-fundamentals

2. JavaScript Performance/7. Deoptimization, Deleting Properties.mp489.75 MiB
1. Introduction/2. Thinking About Performance.mp485.29 MiB
4. Load Performance/8. Lazy Loading components with React-Loadable.mp467.56 MiB
4. Load Performance/10. Component Lazy Loading Solution.mp460.53 MiB
3. Rendering Performance/1. How Web Pages Are Built.mp452.49 MiB
2. JavaScript Performance/6. The Optimizing Compiler.mp446.87 MiB
2. JavaScript Performance/1. The Cost of JavaScript.mp445.42 MiB
4. Load Performance/1. Latency and Bandwidth.mp443.09 MiB
3. Rendering Performance/7. Solving for Layout Trashing.mp442.72 MiB
2. JavaScript Performance/13. Scoping and Prototypes.mp441.46 MiB
3. Rendering Performance/3. Layouts and Reflows.mp440.59 MiB
3. Rendering Performance/4. Layouts and Reflows Exercise.mp440.59 MiB
1. Introduction/3. Importance of Measurement.mp439.52 MiB
5. Tools/3. Useful Babel Plugins.mp438.18 MiB
3. Rendering Performance/18. will-change Solution.mp436.41 MiB
3. Rendering Performance/11. Frameworks and Layout Thrashing.mp435.92 MiB
4. Load Performance/2. Caching.mp435.82 MiB
2. JavaScript Performance/11. Optimizing Objects.mp434.95 MiB
3. Rendering Performance/15. will-change.mp434.4 MiB
3. Rendering Performance/12. Painting.mp432.93 MiB
2. JavaScript Performance/9. Deleting, Feeding Objects Solution.mp431.03 MiB
4. Load Performance/7. Slimming Dependencies.mp429.87 MiB
4. Load Performance/11. HTTP:2.mp428.74 MiB
3. Rendering Performance/5. Layouts and Reflows Solution.mp427.27 MiB
2. JavaScript Performance/12. Hidden Classes.mp424.99 MiB
3. Rendering Performance/14. Managing Layers.mp424.36 MiB
2. JavaScript Performance/2. Parsing.mp424.16 MiB
2. JavaScript Performance/4. Reducing Parsing Times Solution.mp422.45 MiB
5. Tools/2. Paying the Babel Tax.mp422.29 MiB
3. Rendering Performance/2. JavaScript and the Render Pipeline.mp420.86 MiB
2. JavaScript Performance/10. Monomorphism, Polymorphism, and Megamorphism.mp420.25 MiB
3. Rendering Performance/6. Layout Thrashing.mp418.82 MiB
2. JavaScript Performance/14. Function Inlining.mp418.45 MiB
6. Wrapping Up/1. Final Thoughts.mp417.47 MiB
3. Rendering Performance/17. will-change Exercise.mp417.05 MiB
4. Load Performance/3. Service Workers.mp414.58 MiB
4. Load Performance/4. Lazy Loading.mp414.06 MiB
3. Rendering Performance/10. FastDOM Solution.mp413.89 MiB
3. Rendering Performance/13. The Compositor Thread.mp413.35 MiB
4. Load Performance/5. Lazy Loading Demonstrations.mp413.34 MiB
1. Introduction/1. Introduction to Web Performance.mp413.15 MiB
3. Rendering Performance/8. FastDOM.mp412.11 MiB
Slides.pdf11.91 MiB
6. Wrapping Up/2. Q&A.mp411.08 MiB
2. JavaScript Performance/5. ASTs and Initial Execution.mp49.59 MiB
4. Load Performance/6. Analyzing Bundle Sizes.mp49.49 MiB
3. Rendering Performance/16. Applying will-change with JavaScript.mp48.62 MiB
5. Tools/4. Prepack.mp47.49 MiB
2. JavaScript Performance/15. JavaScript Performance Takeaways.mp47.08 MiB
5. Tools/1. Introduction to Using Build Tools.mp45.85 MiB
4. Load Performance/9. Component Lazy Loading Exercise.mp45.78 MiB
2. JavaScript Performance/8. Deleting, Feeding Objects Exercise.mp45.64 MiB
3. Rendering Performance/9. FastDOM Exercise.mp42.76 MiB
2. JavaScript Performance/3. Reducing Parsing Times Exercise.mp42.32 MiB