Three Other Web Frameworks. All .NET. All OSS. One Hour. Go
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In the .NET space the overwhelming majority of web projects are built with ASP.NET in one form or another. But there are alternatives. Alternatives that offer other approaches, and supports other ways of thinking.Alternatives that are open source. Altenratives that run on Mono. Maybe one of those alternatives is the better fit for your next project - except if you don't know about them you will never know. In this code heavy talk I'll show the same sample application in the three Open Source .NET web frameworks FubuMVC, OpenRasta, and Nancy. You will not become an expert at anything by attending this talk - but you may discover just the right web framework for your next project.
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This document discusses techniques for scaling out Apache web servers to improve performance and reliability. It covers adding redundancy with hardware components like RAID disk mirroring and redundant power supplies. It also discusses scaling out the application tier vertically by moving services to separate hosts, and horizontally by load balancing traffic across multiple servers. Load balancing can be done with techniques like DNS round robin, network load balancers, and load balancing appliances. The document also addresses session state management across servers and caching static content to improve performance.
Performance out
This document discusses techniques for scaling out Apache web servers to improve performance and reliability. It covers adding redundancy with hardware components like RAID disk mirroring and redundant power supplies. It also discusses scaling out the application tier vertically by moving services to separate hosts, and horizontally by load balancing traffic across multiple servers. Load balancing can be done with techniques like DNS round robin, network load balancers, and load balancing appliances. The document also addresses session state management across servers and caching static content to improve performance.
Performance out
This document discusses techniques for scaling out Apache web servers to improve performance and reliability. It covers adding redundancy with hardware components like RAID disk mirroring and redundant power supplies. It also discusses scaling out the application tier vertically by moving services to separate hosts, and horizontally by load balancing traffic across multiple servers. Load balancing can be done with techniques like DNS round robin, network load balancers, and load balancing appliances. The document also addresses session state management across servers and caching static content to improve performance.
Performance out
This document discusses techniques for scaling out Apache web servers to improve performance and reliability. It covers adding redundancy with hardware components like RAID disk mirroring and redundant power supplies. It also discusses scaling out the application tier vertically by moving services to separate hosts, and horizontally by load balancing traffic across multiple servers. Load balancing can be done with techniques like DNS round robin, network load balancers, and load balancing appliances. The document also addresses session state management across servers and caching static content to improve performance.
Performance out
This document discusses techniques for scaling out Apache web servers to improve performance and reliability. It covers adding redundancy with hardware components like RAID disk mirroring and redundant power supplies. It also discusses scaling out the application tier vertically by moving services to separate hosts, and horizontally by load balancing traffic across multiple servers. Load balancing can be done with techniques like DNS round robin, network load balancers, and load balancing appliances. The document also addresses session state management across servers and caching static content to improve performance.
Performance out
This document discusses techniques for scaling out Apache web servers to improve performance and reliability. It covers adding redundancy with hardware components like RAID disk mirroring and redundant power supplies. It also discusses scaling out the application tier vertically by moving services to separate hosts, and horizontally by load balancing traffic across multiple servers. Load balancing can be done with techniques like DNS round robin, network load balancers, and load balancing appliances. The document also addresses session state management across servers and caching static content to improve performance.
Performance out
This document discusses techniques for scaling out Apache web servers to improve performance and reliability. It covers adding redundancy with hardware components like RAID disk mirroring and redundant power supplies. It also discusses scaling out the application tier vertically by moving services to separate hosts, and horizontally by load balancing traffic across multiple servers. Load balancing can be done with techniques like DNS round robin, network load balancers, and load balancing appliances. The document also addresses session state management across servers and caching static content to improve performance.
Performance out
This document discusses techniques for scaling out Apache web servers to improve performance and reliability. It covers adding redundancy with hardware components like RAID disk mirroring and redundant power supplies. It also discusses scaling out the application tier vertically by moving services to separate hosts, and horizontally by load balancing traffic across multiple servers. Load balancing can be done with techniques like DNS round robin, network load balancers, and load balancing appliances. The document also addresses session state management across servers and caching static content to improve performance.
Performance out
This document discusses techniques for scaling out Apache web servers to improve performance and reliability. It covers adding redundancy with hardware components like RAID disk mirroring and redundant power supplies. It also discusses scaling out the application tier vertically by moving services to separate hosts, and horizontally by load balancing traffic across multiple servers. Load balancing can be done with techniques like DNS round robin, network load balancers, and load balancing appliances. The document also addresses session state management across servers and caching static content to improve performance.
Performance out
Scaling out a web application involves adding redundancy, separating application tiers across multiple servers, implementing load balancing, caching content, and monitoring performance. Key aspects include mirroring disks for redundancy, moving services to separate application servers, using load balancing schemes like DNS round-robin or load balancers, solving session state issues through sticky routing or database storage, and caching dynamic content to improve performance. Monitoring the environment is also important to detect failures or bottlenecks as the infrastructure scales out.
RESTful modules in zf2
- The document discusses RESTful modules in Zend Framework 2 (ZF2).
- It describes creating a ZF2 module that implements URI tunneling to create RESTful services, allowing resources to be accessed via URIs with parameters specifying the model and action.
- It also explains how to create a ZF2 module that follows CRUD operations to perform standard create, read, update and delete actions on resources using HTTP verbs like GET, POST, PUT, DELETE.
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みなさんこんにちはこれ何文字まで入るの？40文字以下不可とか本当に意味わからないけどこれ限界文字数書いてないからマジでやばい文字数いけるんじゃないの？えこ...
ここ3000字までしか入らないけどタイトルの方がたくさん文字入ると思います。
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Three Other Web Frameworks. All .NET. All OSS. One Hour. Go
- 1. Three web frameworks All .NET One hour Go Christian Horsdal @chr_horsdal horsdal.blogspot.com
- 2. Thanks to the sponsors
- 3. Who Am I? • Lead Software Architect @ Mjølner Informatics • Denmark • Husband and Father • Some who enjoys – Clean code – TDD’ing – When Denmarks wins at football – Simplicity – Whisky
- 4. Why? • There are alternatives to ASP.NET – Even on .NET – Know them! • Style matters • Tradeoffs, tradeoffs, tradeoffs – Conventions <-----> explicitness – DRY <-----> separation of concerns – Abstract <-----> concrete
- 5. Why? • Run anywhere • IoC/DI to the bone • Embrace HTTP • OSS and community driven
- 6. What will you learn? A taste of some alternatives • FubuMVC • OpenRasta • Nancy
- 7. Sample
- 8. FubuMVC – At a glance • One Model In One Model Out – Aka OMIOMO – Aka Russian Doll • Convention over Configuration • Really cool built-in diagnostics • Everything is POCOs
- 9. FubuMVC – ShortUrl Overview GET “/” • No params HomeController • Returns HomeViewModel .get_Home HomeView.cshtml • Takes HomeViewModel
- 10. FubuMVC – ShortUrl Overview POST “/” • UrlShorteningModel HomeController • Takes UrlShorteningModel .post_Home • Returns UrlShorteningViewModel post_url_result.cshtml • Takes UrlShorteningVM
- 11. FubuMVC – ShortUrl Overview GET “/42” • ShortenedUrlModel • Takes ShortenedUrlMode HomeController.get_Url • Returns FubuContinuation
- 12. FubuMVC Show me the code!
- 13. OpenRasta– At a glance • Three things: – Resources – Handlers – Codecs • Automatic conneg • Everything is POCOs
- 14. OpenRasta – Shorturl Overview • Resource: – “/” GET “/” POST “/” GET “/42” – “/{shortenedUrl}” – Home
- 15. OpenRasta – Shorturl Overview • Handler – HomeHandler Home resource HomeHandler
- 16. OpenRasta – Shorturl Overview GET “/” POST “/” GET “/42” • “Codecs” Home resource – WebForms viewengine HomeHandler – Form data
- 17. OpenRasta Show me the code!
- 18. Nancy– At a glance • Lightweight, low ceremony – Just works – But easily swappable – DSLs • Built in diagnostics • Automatic conneg • Testability is first class
- 19. Nancy – Shorturl Overview • Modules – ShortUrlModule HTTP Handler Routes Response request function
- 20. Nancy – Shorturl Overview • Routes – Get[“/”] – Post[“/”] HTTP Handler Routes Response request function – Get[“/{shortenedUrl}”]
- 21. Nancy – Shorturl Overview HTTP Handler Routes Response request function • A lambda for each
- 22. Nancy Show me the code!
- 23. Why, again? There are alternatives to ASP.NET Know them! Style matters Tradeoffs, tradeoffs, tradeoffs
- 24. What might you have learned? A taste of some altenatives • FubuMVC – OMIOMU • OpenRasta – Resources, Handlers, Codecs • Nancy – DSL
- 25. FubuMVC, OpenRasta, Nancy WHEN, WHAT, WHERE?
- 26. Please rate this session Scan the code, go online, rate this session Christian Horsdal @chr_horsdal horsdal.blogspot.com