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Chapter 9: Client Detection This string indicates Netscape Navigator 2.02 is being used, is compiled for use in French - speaking countries, and is being run on Windows NT with 40 - bit encryption. At this point in time, it was fairly easy to determine what browser was being used just by looking at the product name in the user - agent string. Netscape Navigator 3 and Internet Explorer 3 In 1996, Netscape Navigator 3 was released and became the most popular web browser, surpassing Mosaic. The user - agent string went through only a small change, removing the language token and allowing optional information about the operating system or CPU used on the system. The format became the following: Mozilla/ Version ( Platform ; Encryption [; OS-or-CPU description] ) A typical user - agent string for Netscape Navigator 3 running on a Windows system looked like this: Mozilla/3.0 (Win95; U) This string indicates Netscape Navigator 3 running on Windows 95 with 128 - bit encryption. Note that the OS or CPU description was left off when the browser ran on Windows systems. Shortly after the release of Netscape Navigator 3, Microsoft released their first publicly available web browser, Internet Explorer 3. Since Netscape was the dominant browser at the time, many servers specifically checked for it before serving up pages. The inability to access pages in IE would have crippled adoption of the fledgling browser, so the decision was made to create a user - agent string that would be compatible with the Netscape user - agent string. The result was the following format: Mozilla/2.0 (compatible; MSIE Version ; Operating System ) For example, Internet Explorer 3.02 running on Windows 95 had this user - agent string: Mozilla/2.0 (compatible; MSIE 3.02; Windows 95) Since most browser sniffers at the time looked only at the product - name part of the user - agent string, IE successfully identified itself as Mozilla, the same as Netscape Navigator. This move caused some controversy since it broke the convention of browser identification. Further, the true browser version is buried in the middle of the string. Another interesting part of this string is the identification of Mozilla 2.0 instead of 3.0. Since 3.0 was the dominant browser at the time, it would have made more sense to use that. The actual reason remains a mystery — it was more likely an oversight than anything else. Netscape Communicator 4 and Internet Explorer 4 – 8 In August of 1997, Netscape Communicator 4 was released (the name was changed from Navigator to Communicator for this release). Netscape opted to keep the following user - agent string format from version 3: Mozilla/ Version ( Platform ; Encryption [; OS-or-CPU description ]) 234
Chapter 9: Client Detection With version 4 on a Windows 98 machine, the user - agent string looked like this: Mozilla/4.0 (Win98; I) As Netscape released patches and fixes for its browser, the version was incremented accordingly, as the following user - agent string from version 4.79 indicates: Mozilla/4.79 (Win98; I) When Microsoft released Internet Explorer 4, the user - agent string featured an updated version, taking the following format: Mozilla/4.0 (compatible; MSIE Version ; Operating System ) For example, IE 4 running on Windows 98 returned the following user - agent string: Mozilla/4.0 (compatible; MSIE 4.0; Windows 98) With this change, the reported Mozilla version and the actual version of IE were synchronized, allowing for easy identification of these fourth - generation browsers. Unfortunately, the synchronization ended there. As soon as Internet Explorer 4.5 (released only for Macs), the Mozilla version remained 4 while the IE version changed as follows: Mozilla/4.0 (compatible; MSIE 4.5; Mac_PowerPC) In IE versions through version 8 (the most recent version at the time of this writing), the following pattern has remained: Mozilla/4.0 (compatible; MSIE 8.0; Windows NT 5.1) It is unclear if the Mozilla version will ever change as IE continues to develop, because it now has little meaning (it can ’ t be used reliably to determine anything). Gecko The Gecko rendering engine is at the heart of Firefox. When Gecko was first developed, it was as part of the generic Mozilla browser that was to become Netscape 6. A specification was written for Netscape 6, indicating how the user - agent string should be constructed in all future versions. The new format represented a fairly drastic departure from its relatively simple user - agent string used through version 4.x. The format is as follows: Mozilla/ MozillaVersion ( Platform ; Encryption ; OS-or-CPU ; Language ; PrereleaseVersion ) Gecko/ GeckoVersion ApplicationProduct / ApplicationProductVersion A lot of thought went into this remarkably complex user - agent string. The following table lists the meaning of each section. 235
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Wrox Programmer to Programmer TM Pr
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Professional JavaScript ® for Web
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Dedicated to my family: mom, dad, G
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Acquisitions Director Jim Minatel S
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Contents Foreword Introduction xxvi
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Contents Garbage Collection 90 Mark
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Contents The location Object 216 Qu
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Contents Mutation Events 402 Propri
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Contents XSLT Support in Browsers 5
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Contents Performance 647 Be Scope-A
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Foreword JavaScript, for much of it
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Introduction Some claim that JavaSc
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Introduction Chapter 4, Variables,
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Introduction ❑ C ode is presented
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Chapter 1: What Is JavaScript? even
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Chapter 1: What Is JavaScript? ECMA
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Chapter 1: What Is JavaScript? As o
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Chapter 1: What Is JavaScript? It w
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Chapter 1: What Is JavaScript? Prim
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JavaScript in HTML The introduction
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Chapter 2: JavaScript in HTML In th
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Chapter 2: JavaScript in HTML For i
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Chapter 2: JavaScript in HTML Netsc
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Chapter 2: JavaScript in HTML The v
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Language Basics At the core of any
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Statements Chapter 3: Language Basi
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Chapter 3: Language Basics It ’ s
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Chapter 3: Language Basics In this
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Chapter 3: Language Basics Floating
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Chapter 3: Language Basics ❑ ❑
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Chapter 3: Language Basics Most of
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The Nature of Strings Chapter 3: La
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Chapter 3: Language Basics Moving t
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Chapter 3: Language Basics }; } s1
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Chapter 3: Language Basics When app
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Bitwise XOR Chapter 3: Language Bas
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Unsigned Right Shift Chapter 3: Lan
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Multiply Chapter 3: Language Basics
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Chapter 3: Language Basics If, howe
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Chapter 3: Language Basics The foll
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The while Statement Chapter 3: Lang
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Chapter 3: Language Basics Here, th
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Chapter 3: Language Basics this, nu
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Chapter 3: Language Basics The outp
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Chapter 3: Language Basics Function
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Chapter 4: Variables, Scope, and Me
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Reference Types A reference value (
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Chapter 5: Reference Types literals
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Chapter 5: Reference Types of this
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Chapter 5: Reference Types calls ea
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Queue Methods Chapter 5: Reference
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Chapter 5: Reference Types This com
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Chapter 5: Reference Types Perhaps
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Chapter 5: Reference Types //Januar
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Chapter 5: Reference Types The outp
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The RegExp Type Chapter 5: Referenc
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Chapter 5: Reference Types Literal
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Chapter 5: Reference Types matches
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Chapter 5: Reference Types This cod
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Chapter 5: Reference Types The last
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Functions as Values Chapter 5: Refe
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Chapter 5: Reference Types scope, w
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Chapter 5: Reference Types The roun
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String - Manipulation Methods Chapt
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Chapter 5: Reference Types Sequence
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Chapter 5: Reference Types URI (suc
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Global Object Properties Chapter 5:
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Chapter 5: Reference Types The meth
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Chapter 5: Reference Types Method D
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Object - Oriented Programming Objec
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Chapter 6: Object-Oriented Programm
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alert(person2.name); //”Nicholas
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Dynamic Nature of Prototypes Chapte
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Durable Constructor Pattern Chapter
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Working with Methods Chapter 6: Obj
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Chapter 10: The Document Object Mod
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Creating Elements Chapter 10: The D
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The outerText Property Chapter 10:
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Working with the DOM Chapter 10: Th
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Chapter 11: DOM Levels 2 and 3 Simi
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Chapter 11: DOM Levels 2 and 3 ❑
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Chapter 11: DOM Levels 2 and 3 DOM
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Chapter 11: DOM Levels 2 and 3 Comp
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Events JavaScript ’ s interaction
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Chapter 12: Events All modern brows
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Chapter 12: Events When this button
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Chapter 12: Events To add an event
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Chapter 12: Events The attachEvent(
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Chapter 12: Events The addHandler()
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Chapter 12: Events When the button
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The Internet Explorer Event Object
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Cross - Browser Event Object Chapte
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Event Types Chapter 12: Events Ther
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Chapter 12: Events Client Area (cli
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Modifier Keys Chapter 12: Events Ev
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Chapter 12: Events As with the prev
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Additional Event Information Chapte
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Chapter 12: Events Keyboard events
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Character Codes Chapter 12: Events
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Chapter 12: Events Keyboard events
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Chapter 12: Events This example dis
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The unload Event Chapter 12: Events
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Chapter 12: Events ❑ ❑ ❑ ❑
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Chapter 12: Events Safari 3 and Chr
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Chapter 12: Events value of the nod
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Chapter 12: Events then added to th
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Chapter 12: Events This code uses t
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The DOMContentLoaded Event Chapter
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Chapter 12: Events The readystatech
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Chapter 12: Events Besides the usua
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Chapter 12: Events Since orientatio
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Chapter 12: Events These events fir
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Chapter 12: Events problem by attac
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Chapter 12: Events In this rewritte
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Chapter 12: Events assigned to the
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Scripting Forms One of the original
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Chapter 13: Scripting Forms var for
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Chapter 13: Scripting Forms If a na
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Chapter 13: Scripting Forms As with
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Chapter 13: Scripting Forms EventUt
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Chapter 13: Scripting Forms ❑ ❑
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Chapter 13: Scripting Forms When us
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Removing Options Chapter 13: Script
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Chapter 13: Scripting Forms functio
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Chapter 13: Scripting Forms frames[
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Chapter 13: Scripting Forms Note th
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Chapter 13: Scripting Forms var sel
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Error Handling and Debugging JavaSc
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Chapter 14: Error Handling and Debu
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Communication Errors Chapter 14: Er
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Operation Aborted Chapter 14: Error
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Other Options Chapter 14: Error Han
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Chapter 15: XML in JavaScript To cr
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Chapter 15: XML in JavaScript If a
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Chapter 15: XML in JavaScript (cont
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Chapter 15: XML in JavaScript As wi
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Chapter 15: XML in JavaScript In Ch
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Chapter 15: XML in JavaScript You s
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Chapter 15: XML in JavaScript Cross
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Chapter 15: XML in JavaScript XPath
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Chapter 15: XML in JavaScript If yo
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Chapter 15: XML in JavaScript Names
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Chapter 15: XML in JavaScript This
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Chapter 15: XML in JavaScript (cont
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Chapter 15: XML in JavaScript using
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Chapter 15: XML in JavaScript This
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Chapter 15: XML in JavaScript Using
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Chapter 16: ECMA Script for XML so
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Chapter 16: ECMA Script for XML Not
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Chapter 16: ECMA Script for XML Thi
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Chapter 16: ECMA Script for XML You
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Chapter 16: ECMA Script for XML It
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Chapter 16: ECMA Script for XML XML
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Chapter 16: ECMA Script for XML Fir
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Ajax and JSON In 2005, Jesse James
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Chapter 17: Ajax and JSON } } argum
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Chapter 17: Ajax and JSON ❑ ❑ 3
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Chapter 17: Ajax and JSON All XDR r
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Summary Chapter 17: Ajax and JSON A
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Chapter 18: Advanced Techniques In
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Chapter 19: Client - Side Storage T
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Chapter 20: Best Practices What Is
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Upcoming API s With the flurry of i
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Drawing Rectangles Chapter 21: Upco
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Chapter 21: Upcoming API s var draw
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Chapter 21: Upcoming API s Figure 2
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The Evolution of JavaScript With th
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Chapter 22: The Evolution of JavaSc
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JavaScript 1.7 Chapter 22: The Evol
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Expression Closures Chapter 22: The
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JavaScript 1.9 Chapter 22: The Evol
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Rest Arguments Chapter 22: The Evol
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Defining Types Chapter 22: The Evol
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Class Prototypes Chapter 22: The Ev
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Error Type Detection Chapter 22: Th
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Keyword Usage Chapter 22: The Evolu
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Object Lock - Down Methods Chapter
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Decimal Operations Chapter 22: The
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Decimal Conversions Chapter 22: The
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Appendix A: JavaScript Libraries Pr
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Appendix A: JavaScript Libraries qo
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JavaScript Tools Writing JavaScript
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Venkman Appendix B: JavaScript Tool
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Dojo ShrinkSafe Appendix B: JavaScr
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Appendix B: JavaScript Tools simila
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asynchronous XHR requests asynchron
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client-side storage (continued) cli
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debugging tools, Firebug (continued
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drag and drop, in HTML 5 drag and d
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event listeners. See event handlers
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forms, scripting forms, scripting,
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IE (Internet Explorer) (continued)
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JavaScript/CSS JavaScript/CSS, 640-
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mutation events mutation events, 40
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parsing XML parsing XML, 528-529 wi
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Rhino JavaScript Rhino JavaScript,
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String data types String data types
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unit testers unit testers Dojo Obje
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XML DOM support, in browsers XML DO
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Programmer to Programmer Get more o
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