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Chapter 12: Events Key Key Code Key Key Code Home 36 F7 118 Left Arrow 37 F8 119 Left Arrow (Safari < 3) 63234 F9 120 Up Arrow 38 F10 121 Up Arrow (Safari < 3) 63232 F11 122 Right Arrow 39 F12 123 Right Arrow (Safari < 3) 63235 Num Lock 144 Down Arrow 40 Scroll Lock 145 Down Arrow (Safari < 3) 63233 Semicolon (IE/Safari/Chrome) 186 Ins 45 Semicolon (Opera/FF) 59 Del 46 Less - than 188 Left Windows Key 91 Greater - than 190 Right Windows Key 92 Forward slash 191 Context Menu Key 93 Grave accent (`) 192 Numpad 0 96 Equals 61 Numpad 1 97 Left Bracket 219 Numpad 2 98 Back lash (\) 220 Numpad 3 99 Right Bracket 221 Numpad 4 100 Single Quote 222 Numpad 5 101 H ere are a few oddities regarding the keydown and keyup events: ❑ ❑ ❑ ❑ Firefox and Opera return 59 for the keyCode of the semicolon key, which is the ASCII code for a semicolon, whereas IE and Safari return 186, which is the code for the keyboard key. Safari prior to 3 returned numbers above 63000 for the up, down, left, and right arrow keys as well as the page up and page down keys. Opera prior to 9.5 set the keyCode for nonalphanumeric keys equal to the character ’ s ASCII code, so the less - than key returned 44 instead of 188. This affects all keys that produce a nonalphanumeric character. Safari prior to version 3 doesn ’ t fire keydown or keyup events for Tab, Shift, Ctrl, or Alt. 394
Character Codes Chapter 12: Events When a keypress event occurs, this means that the key affects the display of text on the screen. All browsers fire the keypress event for keys that insert or remove a character; other keys are browser - dependent. Since the DOM Level 3 Events specification has not been implemented in any browsers through the beginning of 2008, there are significant implementation differences across browsers. Firefox, Chrome, and Safari support a property on the event object called charCode , which is filled in only for the keypress event and contains the ASCII code for the character related to the key that was pressed. In this case, the keyCode is typically equal to 0 or may also be equal to the key code for the key that was pressed. IE and Opera use keyCode to communicate the ASCII code for the character. To retrieve the character code in a cross - browser way, you must therefore first check to see if the charCode property is used and, if not, use keyCode instead, as shown in the following example: var EventUtil = { //more code here getCharCode: function(event){ if (typeof event.charCode == “number”){ return event.charCode; } else { return event.keyCode; } }, }; //more code here This method checks to see if the charCode property is a number (it will be undefined for browsers that don ’ t support it) and, if it is, returns the value. Otherwise, the keyCode value is returned. This method can be used as follows: var textbox = document.getElementById(“myText”); EventUtil.addHandler(textbox, “keypress”, function(event){ event = EventUtil.getEvent(event); alert(EventUtil.getCharCode(event)); }); Once you have the character code, it ’ s possible to convert it to the actual character using the String.fromCharCode() method. The textInput Event The DOM Level 3 Events specification introduces an event called textInput that fires when a character is input to an editable area. Designed as a replacement for keypress , a textInput event behaves somewhat differently. One difference is that keypress fires on any element that can have focus but textInput fires only on editable areas. Another difference is that textInput fires only for keys that result in a new character being inserted, whereas keypress fires for keys that affect text in any way (including Backspace). Since the textInput event is interested primarily in characters, it provides a data property on the event object that contains the character that was inserted (not the character code). The value of data is always 395
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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 Though t
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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 equi
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Chapter 3: Language Basics The outp
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Chapter 3: Language Basics This exa
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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 In this
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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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Anonymous Functions An anonymous fu
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Chapter 7: Anonymous Functions Reca
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Chapter 7: Anonymous Functions a cl
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Mimicking Block Scope Chapter 7: An
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Chapter 7: Anonymous Functions The
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Chapter 7: Anonymous Functions ther
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Chapter 7: Anonymous Functions If t
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The Browser Object Model Though ECM
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Chapter 8: The Browser Object Model
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Chapter 9: Client Detection 230 For
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Chapter 9: Client Detection This co
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Chapter 9: Client Detection String
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Chapter 9: Client Detection Konquer
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Chapter 9: Client Detection Working
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Chapter 9: Client Detection WebKit
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Chapter 9: Client Detection The Gec
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Chapter 9: Client Detection (contin
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Chapter 9: Client Detection much in
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The Document Object Model The Docum
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The Node Type Chapter 10: The Docum
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Chapter 10: The Document Object Mod
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The Document Type Chapter 10: The D
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Document Writing Chapter 10: The Do
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The Element Type Chapter 10: The Do
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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 When
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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 (the
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Page 403 and 404: Events JavaScript ’ s interaction
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Page 471 and 472: Scripting Forms One of the original
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Chapter 13: Scripting Forms EventUt
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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 The t
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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 You
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Chapter 16: ECMA Script for XML XML
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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 Headers c
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Chapter 17: Ajax and JSON For prope
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Chapter 17: Ajax and JSON All XDR r
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Chapter 17: Ajax and JSON JSON is a
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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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Chapter 21: Upcoming API s Cross -
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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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Chapter 21: Upcoming API s Transfor
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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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