Occasionally Connected Windows Mobile Apps: Collaboration
Pluralsight
Course Summary
Mobile apps that work offline as well as online present an interesting set of challenges. Use immutable data structures, historical models, MVVM, and pub/sub to build apps that help people work and play together.
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Course Description
Rich, compelling mobile applications bring users closer to their data. They respond quickly, even if the network connection is slow or unavailable. They help users to collaborate with one another: a change made on one device by one user is automatically visible on other devices. And when something goes wrong, they help the user recognize the problem and correct it. Your users expect more from their mobile apps; build one that they will love.
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Course Syllabus
Immutability- 27m 31s
—Occasionally Connected Mobile Apps 2m 31s
—Immutability 2m 19s
—The CAP Theorem 5m 26s
—Synchronization 4m 7s
—Database Abstractions 1m 59s
—Consistency Guarantees 3m 32s
—Projections of Immutable Facts 2m 40s
—Partial Ordering 3m 48s
—Summary 1m 6sHistory- 36m 27s
—Application Overview 1m 16s
—Models 2m 54s
—Dynamic Messages 2m 55s
—Message Handlers 2m 54s
—Idempotency 1m 21s
—Message Dispatcher 2m 39s
—Message Factory 1m 33s
—Predecessors 2m 26s
—Candidates 2m 9s
—Message Routing 3m 10s
—Mutable Properties 6m 47s
—Patterns in Review 5m 32s
—Summary 0m 44sProjection- 23m 7sPersistence- 36m 27sDistribution- 38m 29s
This course is listed under
Cloud Computing
, Development & Implementations
and Operating Systems
Community
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