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State of the art: Server-Side JavaScript - WebWorkersCamp IV - Open World Forum 2011
This document discusses the history and state of server-side JavaScript. It began in 1995 with LiveScript/JavaScript in browsers. In 2009, Node.js popularized an event-driven, non-blocking I/O model for servers using JavaScript. Since then many frameworks have adopted this approach, including RingoJS, Narwhal, and others. Benchmarks show Node.js has comparable or better performance than traditional server-side frameworks. Key concepts are its integration with databases, common APIs across browsers and servers, and an asynchronous event-based architecture using one thread and shared context.
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State of the art: Server-Side JavaScript - WebWorkersCamp IV - Open World Forum 2011
- 1. STATE OF THEART SERVER-SIDE JAVASCRIPT @amorgaut 4d.com 2011-09-24
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- 3. BIRTH • 1995 LiveScript/JavaScript • 1996 Microsoft JScript (IE4) NetScape Enterprise Server 2 aka LiveWire/iPlanet • 1997 ECMAScript 1 “DHTML” Windows IIS 3
- 4. MATURITY • 1998 - DOM, Mozilla Rhino • 1999 - ES3, XMLHttpRequest, HTML 4 • 2000 - ActionScript, Helma Hop • 2001 - JSON, Apple JavaScript OSA • 2002 - JSLint • 2003 - JavaScript Adobe Press, JScript .NET • 2004 - E4X , “Web 2.0” • 2005 - Prototype, “Ajax” • 2006 - Firebug, jQuery, “Comet”, APE, “HTML5” • 2007 - SitePoint Persevere, Rhino on Rails
- 5. SSJS: THE COMEBACK • 2008 Aptana Jaxer CouchDB Acid Test 3 • 2009 Narwhal & Jack GPSEE ServerJS -> CommonJS Node.js ECMAScript 5 • 2010 Helma NG -> RingoJS Sun Phobos • 2011 Wakanda
- 6. SSJS: THE COMEBACK • 2008 Aptana Jaxer CouchDB Acid Test 3 • 2009 Narwhal & Jack GPSEE ServerJS -> CommonJS Node.js ECMAScript 5 • 2010 Helma NG -> RingoJS Sun Phobos • 2011 Wakanda
- 7. SSJS: THE COMEBACK • 2008 Aptana Jaxer CouchDB Acid Test 3 • 2009 Narwhal & Jack GPSEE ServerJS -> CommonJS Node.js ECMAScript 5 • 2010 Helma NG -> RingoJS Sun Phobos • 2011 Wakanda
- 8. SSJS: THE COMEBACK • 2008 Aptana Jaxer CouchDB Acid Test 3 • 2009 Narwhal & Jack GPSEE ServerJS -> CommonJS Node.js ECMAScript 5 • 2010 Helma NG -> RingoJS Sun Phobos • 2011 Wakanda
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- 11. C C+ + SpiderMonkey webkit JavaScriptCore: JSC TraceMonkey (JIT) SquirrelFish Extreme: SFX (JIT) JägerMonkey (JIT) IonMonkey (JIT) Nitro C+ Jav + a Rhino V8 C+ + Trident Chakra C+ + C+ + Carakan Tamarin Futhark
- 12. CLIENT-SIDE SpiderMonkey JavaScriptCore Rhino V8 Tamarin Trident / Chakra Carakan / Futhark
- 13. SERVER-SIDE SpiderMonkey JavaScriptCore Narwhal Narwhal CouchDB, MongoDB Wakanda APE, GPSEE, SpiderNode ... V8 Narwhal Akshell Node.js Rhino Trident / Chakra Narwhal IronJS Helma / RingoJS, AppJet Node.NET Persevere, Phobos, RhiNodeII ...
- 14. BENCHMARKS and whatthey worth....
- 15. BROWSERS WAR II (MAY 2009) http://www.maximumpc.com/article/features/browser_brouhaha_your_maximum_guide_browsers_today_and_tomorrow?page=0,6
- 16. PERSEVERE & JAVASCRIPTDB (APRIL 2009) http://www.sitepen.com/blog/2009/04/20/javascriptdb-perseveres-new-high-performance-storage-engine/
- 17. NODE VS THINVS NARWHAL (SEPTEMBER 2009) 300 concurrent clients completed requests: thin 36045 node 35668 narwhal 2921 > summary(node300$ttime) Min. 1st Qu. Median Mean 3rd Qu. Max. 12.0 66.0 112.0 239.4 157.0 12200.0 > summary(thin300$ttime) Min. 1st Qu. Median Mean 3rd Qu. Max. 71.0 84.0 87.0 208.7 107.0 23950.0 > summary(narwhal300$ttime) Min. 1st Qu. Median Mean 3rd Qu. Max. 928 2837 2935 2921 3018 8759 http://four.livejournal.com/1019177.html
- 18. RINGOJS VS NODEJS (SEPTEMBER 2010) http://hns.github.com/2010/09/21/benchmark.html
- 19. SUNSPIDER 0.9.1 (AUGUST 2011) 7 8 6 5 4 3 2 1 http://expansive-derivation.ossreleasefeed.com/2011/08/javascript-performance-test-results-with-sunspider/
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- 21. INTEGRATION-ORIENTED • Rhino - Interaction with Java (APIs and objects) - Helma, Persevere, Narwhal, RingoJS, Sun Phobos... • JScript .Net - Interaction with MS .NET (APIs and objects) - IronJS, Node.NET
- 22. COMMON JAVASCRIPT • Ubiquity not only for ECMAScript • Server missing APIs • Web Applications 1.0 • Asynchronous & Synchronous • Working Groups: - CommonJS - WHATWG - W3C - ECMA TC39
- 23. ASYNC. EVENT-BASED • Browser Event-Loop on the Server • An Event Loop in one single thread • Cooperative («one at a time») with async. callbacks • Node.js (V8), SpiderNode, RhiNodeII, Node.NET
- 24. SINGLE vs MULTITHREADING One context per thread
- 25. SINGLE vs MULTITHREADING One context per thread SINGLE MULTI • Low memory usage • Vertical scalability (multi-core) • Potentially handle lot of requests • Thread-safety for concurrent access • Cooperative • Preemptive: Parallel code execution • Shared context • Allow Synchronous APIs • Use mostly one core • Uses easily all available cores
- 26. DATABASE-DRIVEN • Document Store - CouchDB, MongoDB • Object Store - Wakanda • Push Store - APE
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- 28. COMMONJS • Modules • Packages • Binary • Promises • File • System • JSGI • Unit-Testing • Stream http://wiki.commonjs.org/wiki/CommonJS
- 29. NODE ASYNC APIS • Buffer • Process • Events • Streams • File • Timers • Net • ... • OS http://nodejs.org/docs/v0.5.5/api/
- 30. W3C / HTML5 & OTHER STANDARDS • Console • Structured clones • Blob, Blob URL* • Typed Arrays* • DataView* • Web Sockets • File / FileSystem • Web Storage • Modules* • Web Workers • Progress Events • XHR 2
- 31. PACKAGES & MODULES •github: CommonJS modules in forks (Persevere, Narwhal, RingoJS, ...) • NPM: Node Package Manager (3600+ packages) • CPM: CommonJS Package Manager (new) • PINF: Universal module loader http://wiki.commonjs.org/wiki/CommonJS
- 32. STATE OF THEART SERVER-SIDE JAVASCRIPT The End See us at Wakanday aka JS.everywhere(Boston, October, 15) @amorgaut 4d.com @thibarg Wakanda.org @wakanday Wakanday.org