Обучающие видео » Компьютерные видеоуроки и обучающие интерактивные DVD » Программирование (видеоуроки)
Implementing the Reactive Manifesto with Azure and AWSГод выпуска: 2013
Производитель: Pluralsight
Сайт производителя:
http://pluralsight.com/Автор: Elton Stoneman
Продолжительность: 3h 54m
Тип раздаваемого материала: Видеоклипы
Язык: Английский
Описание: Reactive solutions use a modern architecture to run smoothly and efficiently. In this course, you’ll learn how to build event-driven .NET applications, which dual-run on Windows Azure and Amazon Web Services. Learn how to deliver solutions which automatically scale up to meet demand, scale down to save costs, and can survive the failure of individual components, individual data centres, or even the whole cloud.
Реактивная решения используют современную архитектуру, чтобы работать бесперебойно и эффективно. В этом курсе вы узнаете, как построить управляется событиями. Net Applications, которая двойного работать на Windows Azure и Amazon Web Services. Узнайте, как проводить в жизнь решения, которое автоматически масштабироваться до удовлетворения спроса, свернуть, чтобы сократить расходы, и может выжить отказа отдельных компонентов, отдельных центров обработки данных, или даже целые облака.
[spoiler="Содержание"]
│ implementing-reactive-manifesto-azure-aws.zip
│
├───01. Introducing the Course
│ 01. About Reactive Design.wmv
│ 02. Aims of the Course.wmv
│
├───02. Reactive Application Architecture
│ 01. The N-Tier Alternative.wmv
│ 02. Presentation Layer.wmv
│ 03. Middle Layer.wmv
│ 04. Database Layer.wmv
│ 05. Module Summary.wmv
│
├───03. Reacting to Events
│ 01. Introdction the Presentation Layer.wmv
│ 02. Demo Azure Service Bus Topics.wmv
│ 03. Topics, Publishers and Subscribers.wmv
│ 04. Demo Abstracting the Azure SDK.wmv
│ 05. Abstracted Messaging Clients.wmv
│ 06. Demo Creating the SignalR Website.wmv
│ 07. Demo Broadcasting Notifications in SignalR.wmv
│ 08. Server Push Pattern.wmv
│ 09. Demo Client Pull.wmv
│ 10. Client Pull Pattern.wmv
│ 11. Demo Server Startup.wmv
│ 12. Server Startup Pattern and Module Summary.wmv
│
├───04. Reacting to Requests
│ 01. Introducing the Middle Layer.wmv
│ 02. Workflows and Message Handlers.wmv
│ 03. Demo Record-song-play, Storage Layer.wmv
│ 04. Demo Record-song-play, Message Handler.wmv
│ 05. Demo Record-song-play, SignalR Hub.wmv
│ 06. The Record-song-play Workflow.wmv
│ 07. Demo Compute-top10, Mongo Query.wmv
│ 08. Demo Compute-top10, Message Handler.wmv
│ 09. The Compute-top10 Workflow.wmv
│ 10. Demo Get-current-top10, Message Handler.wmv
│ 11. The Get-current-top10 Workflow.wmv
│ 12. Demo Azure Migration, MongoDB.wmv
│ 13. Demo Azure Migration, Message Handlers.wmv
│ 14. Demo Azure Migration, SignalR Website.wmv
│ 15. Azure Migration and Module Summary.wmv
│
├───05. Reacting to Failure
│ 01. Introducing Redundancy.wmv
│ 02. Module Outline.wmv
│ 03. Demo Level 0 Redundancy.wmv
│ 04. Level 0 Redundancy.wmv
│ 05. Demo Level 1 Redundancy with MongoDB.wmv
│ 06. Demo level 1 Redundancy with Azure Cloud Services.wmv
│ 07. Level 1 Redundancy.wmv
│ 08. Demo Level 2 Redundancy with MongoDB.wmv
│ 09. Demo Level 2 Redundancy with Azure Worker Roles.wmv
│ 10. Demo Level 2 Redundancy with Azure Web Roles.wmv
│ 11. Level 2 Redundancy.wmv
│ 12. Demo Refactoring the Messaging Layer.wmv
│ 13. Demo the Composite Messaging Client.wmv
│ 14. Demo the Message Handler Windows Service.wmv
│ 15. Dual-running with Azure and Amazon Web Services.wmv
│ 16. Demo Level 3 Redundancy with MongoDB.wmv
│ 17. Demo Level 3 Redundancy with EC2 workers.wmv
│ 18. Demo Level 3 Redundancy with Elastic Beanstalk Web applications.wmv
│ 19. Demo Level 3 Redundancy with SQS and SNS.wmv
│ 20. Level 3 Redundancy.wmv
│ 21. Demo Level 4 Redundancy with a MongoDB Arbiter.wmv
│ 22. Demo Level 4 Redundancy with EC2 Workers.wmv
│ 23. Demo Level 4 Redundancy with Elastic Beanstalk Web Applications.wmv
│ 24. Demo Level 4 Redundancy.wmv
│ 25. Module Summary.wmv
│
├───06. Reacting to Load
│ 01. Introducing Scaling.wmv
│ 02. Optimizing the Implementation.wmv
│ 03. Demo Optimizing the Web Layer.wmv
│ 04. Demo Optimizing the Message Handlers.wmv
│ 05. Demo the Optimized Application.wmv
│ 06. Optimizing the Infrastructure.wmv
│ 07. Demo Running MongoDB as active-active.wmv
│ 08. Demo Running the Messaging Layer as active-active.wmv
│ 09. Scaling and sharding MongoDB.wmv
│ 10. Demo Scaling up MongoDB.wmv
│ 11. Scaling up MongoDB.wmv
│ 12. Demo Auto-Scaling Azure Web Roles.wmv
│ 13. Demo Auto-Scaling AWS Elastic Beanstalk Applications.wmv
│ 14. Demo Auto-Scaling Azure Worker Roles.wmv
│ 15. Demo Auto-Scaling AWS EC2 Instances.wmv
│ 16. Demo Load Testing with blitz.io.wmv
│ 17. Auto-Scaling.wmv
│ 18. Module summary.wmv
│
└───07. Course Summary
01. Course Summary.wmv
[/spoiler]
Файлы примеров: присутствуют
Формат видео: WMV
[spoiler="audio\video"]
General
Complete name : C:\01. About Reactive Design.wmv
Format : Windows Media
File size : 4.10 MiB
Duration : 2mn 50s
Overall bit rate mode : Variable
Overall bit rate : 201 Kbps
Maximum Overall bit rate : 238 Kbps
Encoded date : UTC 2013-09-27 17:09:47.542
Video
ID : 2
Format : VC-1
Format profile : MP@HL
Codec ID : WMV3
Codec ID/Info : Windows Media Video 9
Codec ID/Hint : WMV3
Description of the codec : Windows Media Video 9
Duration : 2mn 50s
Bit rate mode : Variable
Bit rate : 35.9 Kbps
Width : 1 024 pixels
Height : 768 pixels
Display aspect ratio : 4:3
Frame rate : 15.000 fps
Color space : YUV
Chroma subsampling : 4:2:0
Bit depth : 8 bits
Scan type : Progressive
Compression mode : Lossy
Bits/(Pixel*Frame) : 0.003
Stream size : 749 KiB (18%)
Language : English (US)
Audio
ID : 1
Format : WMA
Format version : Version 2
Codec ID : 161
Codec ID/Info : Windows Media Audio
Description of the codec : Windows Media Audio 9.2 - 128 kbps, 44 kHz, stereo (A/V) 1-pass CBR
Duration : 2mn 50s
Bit rate mode : Constant
Bit rate : 128 Kbps
Channel count : 2 channels
Sampling rate : 44.1 KHz
Bit depth : 16 bits
Stream size : 2.61 MiB (64%)
Language : English (US)
[/spoiler]
[spoiler="Скриншоты"]

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