- Course
Occasionally Connected Windows Mobile Apps: Consumer
Consumers expect their app to work well both offline and online. In this course, you'll learn how to design a compelling consumer experience, and you'll also learn the patterns to build it.
Intermediate
- Course
Occasionally Connected Windows Mobile Apps: Consumer
Consumers expect their app to work well both offline and online. In this course, you'll learn how to design a compelling consumer experience, and you'll also learn the patterns to build it.
Intermediate
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This course is included in the libraries shown below:
- Core Tech
What you'll learn
Nowadays, an app's capability to work online and offline is essential to users. This course, Occasionally Connected Windows Mobile Apps: Consumer, will teach you how to design an app that caches data while offline and keeps track of the consumer's actions. You'll also learn how to send that data to the server without user intervention when they reconnect. You'll discover how to give the server the agency to act on the user's behalf, as well as use that data to provide a continuous experience across devices. Finally, you'll be able to put all of these patterns into practice in a Universal Windows App that will get 5-star reviews. By the end of this course, you'll be able to design great apps that operate perfectly whether they're online or not.
Occasionally Connected Windows Mobile Apps: Consumer
Intermediate
Table of contents
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Version Check | 15s
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Introduction | 1m 37s
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Properties of Compelling Consumer Experiences | 1m 45s
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Retention of User Actions | 1m 8s
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Continuity Across Devices | 1m 44s
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Persistence of Data | 1m 31s
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Independence from Third Party Services | 1m 21s
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Agency to Take Action | 2m 34s
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Design of Commuter | 1m 56s
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Features That Provide the Properties | 2m 16s
Mathematician and software developer, Michael L Perry applies formal proof to creating reliable software. He has developed a method starting from the works of the greats (Meyer, Rumbaugh, Knuth), and embodied it in his open-source frameworks (Update Controls and Correspondence).