From e44a7e37b6c7b5961adaffc62b9042b8d442938e Mon Sep 17 00:00:00 2001
From: mensonge
Date: Thu, 13 Nov 2008 09:49:11 +0000
Subject: New feature: basic Ajax suggestion for tags and implementation of
Dojo toolkit
git-svn-id: https://semanticscuttle.svn.sourceforge.net/svnroot/semanticscuttle/trunk@151 b3834d28-1941-0410-a4f8-b48e95affb8f
---
includes/js/dojox/uuid/README | 43 +++
includes/js/dojox/uuid/Uuid.js | 200 +++++++++++++
includes/js/dojox/uuid/_base.js | 245 +++++++++++++++
includes/js/dojox/uuid/generateRandomUuid.js | 56 ++++
includes/js/dojox/uuid/generateTimeBasedUuid.js | 290 ++++++++++++++++++
includes/js/dojox/uuid/tests/runTests.html | 10 +
includes/js/dojox/uuid/tests/uuid.js | 377 ++++++++++++++++++++++++
7 files changed, 1221 insertions(+)
create mode 100644 includes/js/dojox/uuid/README
create mode 100644 includes/js/dojox/uuid/Uuid.js
create mode 100644 includes/js/dojox/uuid/_base.js
create mode 100644 includes/js/dojox/uuid/generateRandomUuid.js
create mode 100644 includes/js/dojox/uuid/generateTimeBasedUuid.js
create mode 100644 includes/js/dojox/uuid/tests/runTests.html
create mode 100644 includes/js/dojox/uuid/tests/uuid.js
(limited to 'includes/js/dojox/uuid')
diff --git a/includes/js/dojox/uuid/README b/includes/js/dojox/uuid/README
new file mode 100644
index 0000000..ea6b40e
--- /dev/null
+++ b/includes/js/dojox/uuid/README
@@ -0,0 +1,43 @@
+-------------------------------------------------------------------------------
+DojoX UUID
+-------------------------------------------------------------------------------
+Version 0.9
+Release date: 06/21/2007
+-------------------------------------------------------------------------------
+Project state: stable
+-------------------------------------------------------------------------------
+Project authors
+ Brian Douglas Skinner (skinner@dojotoolkit.org)
+-------------------------------------------------------------------------------
+Project description
+
+DojoX UUID is the port of the original Dojo 0.4.x UUID classes. The UUID
+classes can be used to represent Universally Unique IDentifiers (UUIDs), as
+described in the IETF's RFC 4122:
+ http://tools.ietf.org/html/rfc4122
+
+The DojoX UUID classes provide support for generating both "time-based" UUIDs
+and lightweight "random" UUIDs. DojoX UUID does not yet have support for
+generating new "name-based" UUIDs, but the dojo.uuid.Uuid class can represent
+existing name-based UUIDs, such as UUIDs read from a file or from a server.
+
+-------------------------------------------------------------------------------
+Dependencies:
+
+DojoX UUID has no dependencies, outside of Dojo Core.
+-------------------------------------------------------------------------------
+Documentation
+
+See the API documentation for Dojo (http://dojotoolkit.org/api).
+-------------------------------------------------------------------------------
+Installation instructions
+
+Grab the following from the Dojo SVN Repository:
+http://svn.dojotoolkit.org/var/src/dojo/dojox/trunk/uuid.js
+http://svn.dojotoolkit.org/var/src/dojo/dojox/trunk/uuid/*
+
+Install into the following directory structure:
+/dojox/uuid/
+
+...which should be at the same level as your Dojo checkout.
+-------------------------------------------------------------------------------
diff --git a/includes/js/dojox/uuid/Uuid.js b/includes/js/dojox/uuid/Uuid.js
new file mode 100644
index 0000000..213ecd1
--- /dev/null
+++ b/includes/js/dojox/uuid/Uuid.js
@@ -0,0 +1,200 @@
+if(!dojo._hasResource["dojox.uuid.Uuid"]){ //_hasResource checks added by build. Do not use _hasResource directly in your code.
+dojo._hasResource["dojox.uuid.Uuid"] = true;
+dojo.provide("dojox.uuid.Uuid");
+dojo.require("dojox.uuid");
+
+dojox.uuid.Uuid = function(/*String?*/ input){
+ // summary:
+ // This is the constructor for the Uuid class. The Uuid class offers
+ // methods for inspecting existing UUIDs.
+ // input: A 36-character string that conforms to the UUID spec.
+ // examples:
+ // var uuid;
+ // uuid = new dojox.uuid.Uuid("3b12f1df-5232-4804-897e-917bf397618a");
+ // uuid = new dojox.uuid.Uuid(); // "00000000-0000-0000-0000-000000000000"
+ // uuid = new dojox.uuid.Uuid(dojox.uuid.generateRandomUuid());
+ // uuid = new dojox.uuid.Uuid(dojox.uuid.generateTimeBasedUuid());
+ // dojox.uuid.Uuid.setGenerator(dojox.uuid.generateRandomUuid);
+ // uuid = new dojox.uuid.Uuid();
+ // dojox.uuid.assert(!uuid.isEqual(dojox.uuid.NIL_UUID));
+ this._uuidString = dojox.uuid.NIL_UUID;
+ if(input){
+ dojox.uuid.assert(dojo.isString(input));
+ this._uuidString = input.toLowerCase();
+ dojox.uuid.assert(this.isValid());
+ }else{
+ var ourGenerator = dojox.uuid.Uuid.getGenerator();
+ if(ourGenerator){
+ this._uuidString = ourGenerator();
+ dojox.uuid.assert(this.isValid());
+ }
+ }
+};
+
+dojox.uuid.Uuid.compare = function(/*dojox.uuid.Uuid*/ uuidOne, /*dojox.uuid.Uuid*/ uuidTwo){
+ // summary:
+ // Given two UUIDs to compare, this method returns 0, 1, or -1.
+ // description:
+ // This method is designed to be used by sorting routines, like the
+ // JavaScript built-in Array sort() method. This implementation is
+ // intended to match the sample implementation in IETF RFC 4122:
+ // http://www.ietf.org/rfc/rfc4122.txt
+ // uuidOne: Any object that has toString() method that returns a 36-character string that conforms to the UUID spec.
+ // uuidTwo: Any object that has toString() method that returns a 36-character string that conforms to the UUID spec.
+
+ // examples:
+ // var uuid;
+ // var generator = dojox.uuid.TimeBasedGenerator;
+ // var a = new dojox.uuid.Uuid(generator);
+ // var b = new dojox.uuid.Uuid(generator);
+ // var c = new dojox.uuid.Uuid(generator);
+ // var array = new Array(a, b, c);
+ // array.sort(dojox.uuid.Uuid.compare);
+ var uuidStringOne = uuidOne.toString();
+ var uuidStringTwo = uuidTwo.toString();
+ if (uuidStringOne > uuidStringTwo) return 1; // integer
+ if (uuidStringOne < uuidStringTwo) return -1; // integer
+ return 0; // integer (either 0, 1, or -1)
+};
+
+dojox.uuid.Uuid.setGenerator = function(/*Function?*/ generator){
+ // summary:
+ // Sets the default generator, which will be used by the
+ // "new dojox.uuid.Uuid()" constructor if no parameters
+ // are passed in.
+ // generator: A UUID generator function, such as dojox.uuid.generateTimeBasedUuid.
+ dojox.uuid.assert(!generator || dojo.isFunction(generator));
+ dojox.uuid.Uuid._ourGenerator = generator;
+};
+
+dojox.uuid.Uuid.getGenerator = function(){
+ // summary:
+ // Returns the default generator. See setGenerator().
+ return dojox.uuid.Uuid._ourGenerator; // generator (A UUID generator, such as dojox.uuid.TimeBasedGenerator).
+};
+
+dojox.uuid.Uuid.prototype.toString = function(){
+ // summary:
+ // This method returns a standard 36-character string representing
+ // the UUID, such as "3b12f1df-5232-4804-897e-917bf397618a".
+ return this._uuidString; // string
+};
+
+dojox.uuid.Uuid.prototype.compare = function(/*dojox.uuid.Uuid*/ otherUuid){
+ // summary:
+ // Compares this UUID to another UUID, and returns 0, 1, or -1.
+ // description:
+ // This implementation is intended to match the sample implementation
+ // in IETF RFC 4122: http://www.ietf.org/rfc/rfc4122.txt
+ // otherUuid: Any object that has toString() method that returns a 36-character string that conforms to the UUID spec.
+ return dojox.uuid.Uuid.compare(this, otherUuid); // integer (either 0, 1, or -1)
+};
+
+dojox.uuid.Uuid.prototype.isEqual = function(/*dojox.uuid.Uuid*/ otherUuid){
+ // summary:
+ // Returns true if this UUID is equal to the otherUuid, or false otherwise.
+ // otherUuid: Any object that has toString() method that returns a 36-character string that conforms to the UUID spec.
+ return (this.compare(otherUuid) == 0); // boolean
+};
+
+dojox.uuid.Uuid.prototype.isValid = function(){
+ // summary:
+ // Returns true if the UUID was initialized with a valid value.
+ return dojox.uuid.isValid(this);
+};
+
+dojox.uuid.Uuid.prototype.getVariant = function(){
+ // summary:
+ // Returns a variant code that indicates what type of UUID this is.
+ // Returns one of the enumerated dojox.uuid.variant values.
+
+ // example:
+ // var uuid = new dojox.uuid.Uuid("3b12f1df-5232-4804-897e-917bf397618a");
+ // var variant = uuid.getVariant();
+ // dojox.uuid.assert(variant == dojox.uuid.variant.DCE);
+ // example:
+ // "3b12f1df-5232-4804-897e-917bf397618a"
+ // ^
+ // |
+ // (variant "10__" == DCE)
+ return dojox.uuid.getVariant(this);
+};
+
+dojox.uuid.Uuid.prototype.getVersion = function(){
+ // summary:
+ // Returns a version number that indicates what type of UUID this is.
+ // Returns one of the enumerated dojox.uuid.version values.
+ // example:
+ // var uuid = new dojox.uuid.Uuid("b4308fb0-86cd-11da-a72b-0800200c9a66");
+ // var version = uuid.getVersion();
+ // dojox.uuid.assert(version == dojox.uuid.version.TIME_BASED);
+ // exceptions:
+ // Throws an Error if this is not a DCE Variant UUID.
+ if(!this._versionNumber){
+ this._versionNumber = dojox.uuid.getVersion(this);
+ }
+ return this._versionNumber; // dojox.uuid.version
+};
+
+dojox.uuid.Uuid.prototype.getNode = function(){
+ // summary:
+ // If this is a version 1 UUID (a time-based UUID), getNode() returns a
+ // 12-character string with the "node" or "pseudonode" portion of the UUID,
+ // which is the rightmost 12 characters.
+ // exceptions:
+ // Throws an Error if this is not a version 1 UUID.
+ if (!this._nodeString) {
+ this._nodeString = dojox.uuid.getNode(this);
+ }
+ return this._nodeString; // String (a 12-character string, which will look something like "917bf397618a")
+};
+
+dojox.uuid.Uuid.prototype.getTimestamp = function(/*String?*/ returnType){
+ // summary:
+ // If this is a version 1 UUID (a time-based UUID), this method returns
+ // the timestamp value encoded in the UUID. The caller can ask for the
+ // timestamp to be returned either as a JavaScript Date object or as a
+ // 15-character string of hex digits.
+ // returnType: Any of these five values: "string", String, "hex", "date", Date
+ // returns:
+ // Returns the timestamp value as a JavaScript Date object or a 15-character string of hex digits.
+ // examples:
+ // var uuid = new dojox.uuid.Uuid("b4308fb0-86cd-11da-a72b-0800200c9a66");
+ // var date, string, hexString;
+ // date = uuid.getTimestamp(); // returns a JavaScript Date
+ // date = uuid.getTimestamp(Date); //
+ // string = uuid.getTimestamp(String); // "Mon, 16 Jan 2006 20:21:41 GMT"
+ // hexString = uuid.getTimestamp("hex"); // "1da86cdb4308fb0"
+ // exceptions:
+ // Throws an Error if this is not a version 1 UUID.
+ if(!returnType){returnType = null};
+ switch(returnType){
+ case "string":
+ case String:
+ return this.getTimestamp(Date).toUTCString(); // String (e.g. "Mon, 16 Jan 2006 20:21:41 GMT")
+ break;
+ case "hex":
+ // Return a 15-character string of hex digits containing the
+ // timestamp for this UUID, with the high-order bits first.
+ if (!this._timestampAsHexString) {
+ this._timestampAsHexString = dojox.uuid.getTimestamp(this, "hex");
+ }
+ return this._timestampAsHexString; // String (e.g. "1da86cdb4308fb0")
+ break;
+ case null: // no returnType was specified, so default to Date
+ case "date":
+ case Date:
+ // Return a JavaScript Date object.
+ if (!this._timestampAsDate) {
+ this._timestampAsDate = dojox.uuid.getTimestamp(this, Date);
+ }
+ return this._timestampAsDate; // Date
+ break;
+ default:
+ // we got passed something other than a valid returnType
+ dojox.uuid.assert(false, "The getTimestamp() method dojox.uuid.Uuid was passed a bogus returnType: " + returnType);
+ break;
+ }
+};
+
+}
diff --git a/includes/js/dojox/uuid/_base.js b/includes/js/dojox/uuid/_base.js
new file mode 100644
index 0000000..b65e5da
--- /dev/null
+++ b/includes/js/dojox/uuid/_base.js
@@ -0,0 +1,245 @@
+if(!dojo._hasResource["dojox.uuid._base"]){ //_hasResource checks added by build. Do not use _hasResource directly in your code.
+dojo._hasResource["dojox.uuid._base"] = true;
+dojo.provide("dojox.uuid._base");
+
+// Public constants:
+dojox.uuid.NIL_UUID = "00000000-0000-0000-0000-000000000000";
+dojox.uuid.version = {
+ // Enumeration for the different UUID versions.
+ UNKNOWN: 0,
+ TIME_BASED: 1,
+ DCE_SECURITY: 2,
+ NAME_BASED_MD5: 3,
+ RANDOM: 4,
+ NAME_BASED_SHA1: 5 };
+dojox.uuid.variant = {
+ // Enumeration for the different UUID variants.
+ NCS: "0",
+ DCE: "10",
+ MICROSOFT: "110",
+ UNKNOWN: "111" };
+
+dojox.uuid.assert = function(/*Boolean*/ booleanValue, /*String?*/ message){
+ // summary:
+ // Throws an exception if the assertion fails.
+ // description:
+ // If the asserted condition is true, this method does nothing. If the
+ // condition is false, we throw an error with a error message.
+ // booleanValue: Must be true for the assertion to succeed.
+ // message: A string describing the assertion.
+ // throws: Throws an Error if 'booleanValue' is false.
+ if(!booleanValue){
+ if(!message){
+ message = "An assert statement failed.\n" +
+ "The method dojox.uuid.assert() was called with a 'false' value.\n";
+ }
+ throw new Error(message);
+ }
+};
+
+dojox.uuid.generateNilUuid = function(){
+ // summary:
+ // This function returns the Nil UUID: "00000000-0000-0000-0000-000000000000".
+ // description:
+ // The Nil UUID is described in section 4.1.7 of
+ // RFC 4122: http://tools.ietf.org/html/rfc4122#section-4.1.7
+ // examples:
+ // var string = dojox.uuid.generateNilUuid();
+ return dojox.uuid.NIL_UUID;; // String
+};
+
+dojox.uuid.isValid = function(/*String*/ uuidString){
+ // summary:
+ // Returns true if the UUID was initialized with a valid value.
+ uuidString = uuidString.toString();
+ var valid = (dojo.isString(uuidString) &&
+ (uuidString.length == 36) &&
+ (uuidString == uuidString.toLowerCase()));
+ if(valid){
+ var arrayOfParts = uuidString.split("-");
+ valid = ((arrayOfParts.length == 5) &&
+ (arrayOfParts[0].length == 8) &&
+ (arrayOfParts[1].length == 4) &&
+ (arrayOfParts[2].length == 4) &&
+ (arrayOfParts[3].length == 4) &&
+ (arrayOfParts[4].length == 12));
+ var HEX_RADIX = 16;
+ for (var i in arrayOfParts) {
+ var part = arrayOfParts[i];
+ var integer = parseInt(part, HEX_RADIX);
+ valid = valid && isFinite(integer);
+ }
+ }
+ return valid; // boolean
+};
+
+dojox.uuid.getVariant = function(/*String*/ uuidString){
+ // summary:
+ // Returns a variant code that indicates what type of UUID this is.
+ // Returns one of the enumerated dojox.uuid.variant values.
+ // example:
+ // var variant = dojox.uuid.getVariant("3b12f1df-5232-4804-897e-917bf397618a");
+ // dojox.uuid.assert(variant == dojox.uuid.variant.DCE);
+ // example:
+ // "3b12f1df-5232-4804-897e-917bf397618a"
+ // ^
+ // |
+ // (variant "10__" == DCE)
+ if(!dojox.uuid._ourVariantLookupTable){
+ var variant = dojox.uuid.variant;
+ var lookupTable = [];
+
+ lookupTable[0x0] = variant.NCS; // 0000
+ lookupTable[0x1] = variant.NCS; // 0001
+ lookupTable[0x2] = variant.NCS; // 0010
+ lookupTable[0x3] = variant.NCS; // 0011
+
+ lookupTable[0x4] = variant.NCS; // 0100
+ lookupTable[0x5] = variant.NCS; // 0101
+ lookupTable[0x6] = variant.NCS; // 0110
+ lookupTable[0x7] = variant.NCS; // 0111
+
+ lookupTable[0x8] = variant.DCE; // 1000
+ lookupTable[0x9] = variant.DCE; // 1001
+ lookupTable[0xA] = variant.DCE; // 1010
+ lookupTable[0xB] = variant.DCE; // 1011
+
+ lookupTable[0xC] = variant.MICROSOFT; // 1100
+ lookupTable[0xD] = variant.MICROSOFT; // 1101
+ lookupTable[0xE] = variant.UNKNOWN; // 1110
+ lookupTable[0xF] = variant.UNKNOWN; // 1111
+
+ dojox.uuid._ourVariantLookupTable = lookupTable;
+ }
+
+ uuidString = uuidString.toString();
+ var variantCharacter = uuidString.charAt(19);
+ var HEX_RADIX = 16;
+ var variantNumber = parseInt(variantCharacter, HEX_RADIX);
+ dojox.uuid.assert((variantNumber >= 0) && (variantNumber <= 16));
+ return dojox.uuid._ourVariantLookupTable[variantNumber]; // dojox.uuid.variant
+};
+
+dojox.uuid.getVersion = function(/*String*/ uuidString){
+ // summary:
+ // Returns a version number that indicates what type of UUID this is.
+ // Returns one of the enumerated dojox.uuid.version values.
+ // example:
+ // var version = dojox.uuid.getVersion("b4308fb0-86cd-11da-a72b-0800200c9a66");
+ // dojox.uuid.assert(version == dojox.uuid.version.TIME_BASED);
+ // exceptions:
+ // Throws an Error if this is not a DCE Variant UUID.
+ var errorMessage = "dojox.uuid.getVersion() was not passed a DCE Variant UUID.";
+ dojox.uuid.assert(dojox.uuid.getVariant(uuidString) == dojox.uuid.variant.DCE, errorMessage);
+ uuidString = uuidString.toString();
+
+ // "b4308fb0-86cd-11da-a72b-0800200c9a66"
+ // ^
+ // |
+ // (version 1 == TIME_BASED)
+ var versionCharacter = uuidString.charAt(14);
+ var HEX_RADIX = 16;
+ var versionNumber = parseInt(versionCharacter, HEX_RADIX);
+ return versionNumber; // dojox.uuid.version
+};
+
+dojox.uuid.getNode = function(/*String*/ uuidString){
+ // summary:
+ // If this is a version 1 UUID (a time-based UUID), getNode() returns a
+ // 12-character string with the "node" or "pseudonode" portion of the UUID,
+ // which is the rightmost 12 characters.
+ // exceptions:
+ // Throws an Error if this is not a version 1 UUID.
+ var errorMessage = "dojox.uuid.getNode() was not passed a TIME_BASED UUID.";
+ dojox.uuid.assert(dojox.uuid.getVersion(uuidString) == dojox.uuid.version.TIME_BASED, errorMessage);
+
+ uuidString = uuidString.toString();
+ var arrayOfStrings = uuidString.split('-');
+ var nodeString = arrayOfStrings[4];
+ return nodeString; // String (a 12-character string, which will look something like "917bf397618a")
+};
+
+dojox.uuid.getTimestamp = function(/*String*/ uuidString, /*String?*/ returnType){
+ // summary:
+ // If this is a version 1 UUID (a time-based UUID), this method returns
+ // the timestamp value encoded in the UUID. The caller can ask for the
+ // timestamp to be returned either as a JavaScript Date object or as a
+ // 15-character string of hex digits.
+ // returnType: Any of these five values: "string", String, "hex", "date", Date
+ // returns:
+ // Returns the timestamp value as a JavaScript Date object or a 15-character string of hex digits.
+ // examples:
+ // var uuidString = "b4308fb0-86cd-11da-a72b-0800200c9a66";
+ // var date, string, hexString;
+ // date = dojox.uuid.getTimestamp(uuidString); // returns a JavaScript Date
+ // date = dojox.uuid.getTimestamp(uuidString, Date); //
+ // string = dojox.uuid.getTimestamp(uuidString, String); // "Mon, 16 Jan 2006 20:21:41 GMT"
+ // hexString = dojox.uuid.getTimestamp(uuidString, "hex"); // "1da86cdb4308fb0"
+ // exceptions:
+ // Throws an Error if this is not a version 1 UUID.
+ var errorMessage = "dojox.uuid.getTimestamp() was not passed a TIME_BASED UUID.";
+ dojox.uuid.assert(dojox.uuid.getVersion(uuidString) == dojox.uuid.version.TIME_BASED, errorMessage);
+
+ uuidString = uuidString.toString();
+ if(!returnType){returnType = null};
+ switch(returnType){
+ case "string":
+ case String:
+ return dojox.uuid.getTimestamp(uuidString, Date).toUTCString(); // String (e.g. "Mon, 16 Jan 2006 20:21:41 GMT")
+ break;
+ case "hex":
+ // Return a 15-character string of hex digits containing the
+ // timestamp for this UUID, with the high-order bits first.
+ var arrayOfStrings = uuidString.split('-');
+ var hexTimeLow = arrayOfStrings[0];
+ var hexTimeMid = arrayOfStrings[1];
+ var hexTimeHigh = arrayOfStrings[2];
+
+ // Chop off the leading "1" character, which is the UUID
+ // version number for time-based UUIDs.
+ hexTimeHigh = hexTimeHigh.slice(1);
+
+ var timestampAsHexString = hexTimeHigh + hexTimeMid + hexTimeLow;
+ dojox.uuid.assert(timestampAsHexString.length == 15);
+ return timestampAsHexString; // String (e.g. "1da86cdb4308fb0")
+ break;
+ case null: // no returnType was specified, so default to Date
+ case "date":
+ case Date:
+ // Return a JavaScript Date object.
+ var GREGORIAN_CHANGE_OFFSET_IN_HOURS = 3394248;
+ var HEX_RADIX = 16;
+
+ var arrayOfParts = uuidString.split('-');
+ var timeLow = parseInt(arrayOfParts[0], HEX_RADIX);
+ var timeMid = parseInt(arrayOfParts[1], HEX_RADIX);
+ var timeHigh = parseInt(arrayOfParts[2], HEX_RADIX);
+ var hundredNanosecondIntervalsSince1582 = timeHigh & 0x0FFF;
+ hundredNanosecondIntervalsSince1582 <<= 16;
+ hundredNanosecondIntervalsSince1582 += timeMid;
+ // What we really want to do next is shift left 32 bits, but the
+ // result will be too big to fit in an int, so we'll multiply by 2^32,
+ // and the result will be a floating point approximation.
+ hundredNanosecondIntervalsSince1582 *= 0x100000000;
+ hundredNanosecondIntervalsSince1582 += timeLow;
+ var millisecondsSince1582 = hundredNanosecondIntervalsSince1582 / 10000;
+
+ // Again, this will be a floating point approximation.
+ // We can make things exact later if we need to.
+ var secondsPerHour = 60 * 60;
+ var hoursBetween1582and1970 = GREGORIAN_CHANGE_OFFSET_IN_HOURS;
+ var secondsBetween1582and1970 = hoursBetween1582and1970 * secondsPerHour;
+ var millisecondsBetween1582and1970 = secondsBetween1582and1970 * 1000;
+ var millisecondsSince1970 = millisecondsSince1582 - millisecondsBetween1582and1970;
+
+ var timestampAsDate = new Date(millisecondsSince1970);
+ return timestampAsDate; // Date
+ break;
+ default:
+ // we got passed something other than a valid returnType
+ dojox.uuid.assert(false, "dojox.uuid.getTimestamp was not passed a valid returnType: " + returnType);
+ break;
+ }
+};
+
+}
diff --git a/includes/js/dojox/uuid/generateRandomUuid.js b/includes/js/dojox/uuid/generateRandomUuid.js
new file mode 100644
index 0000000..ec590e9
--- /dev/null
+++ b/includes/js/dojox/uuid/generateRandomUuid.js
@@ -0,0 +1,56 @@
+if(!dojo._hasResource["dojox.uuid.generateRandomUuid"]){ //_hasResource checks added by build. Do not use _hasResource directly in your code.
+dojo._hasResource["dojox.uuid.generateRandomUuid"] = true;
+dojo.provide("dojox.uuid.generateRandomUuid");
+
+dojox.uuid.generateRandomUuid = function(){
+ // summary:
+ // This function generates random UUIDs, meaning "version 4" UUIDs.
+ // description:
+ // A typical generated value would be something like this:
+ // "3b12f1df-5232-4804-897e-917bf397618a"
+ //
+ // For more information about random UUIDs, see sections 4.4 and
+ // 4.5 of RFC 4122: http://tools.ietf.org/html/rfc4122#section-4.4
+ //
+ // This generator function is designed to be small and fast,
+ // but not necessarily good.
+ //
+ // Small: This generator has a small footprint. Once comments are
+ // stripped, it's only about 25 lines of code, and it doesn't
+ // dojo.require() any other modules.
+ //
+ // Fast: This generator can generate lots of new UUIDs fairly quickly
+ // (at least, more quickly than the other dojo UUID generators).
+ //
+ // Not necessarily good: We use Math.random() as our source
+ // of randomness, which may or may not provide much randomness.
+ // examples:
+ // var string = dojox.uuid.generateRandomUuid();
+ var HEX_RADIX = 16;
+
+ function _generateRandomEightCharacterHexString(){
+ // Make random32bitNumber be a randomly generated floating point number
+ // between 0 and (4,294,967,296 - 1), inclusive.
+ var random32bitNumber = Math.floor( (Math.random() % 1) * Math.pow(2, 32) );
+ var eightCharacterHexString = random32bitNumber.toString(HEX_RADIX);
+ while(eightCharacterHexString.length < 8){
+ eightCharacterHexString = "0" + eightCharacterHexString;
+ }
+ return eightCharacterHexString; // for example: "3B12F1DF"
+ }
+
+ var hyphen = "-";
+ var versionCodeForRandomlyGeneratedUuids = "4"; // 8 == binary2hex("0100")
+ var variantCodeForDCEUuids = "8"; // 8 == binary2hex("1000")
+ var a = _generateRandomEightCharacterHexString();
+ var b = _generateRandomEightCharacterHexString();
+ b = b.substring(0, 4) + hyphen + versionCodeForRandomlyGeneratedUuids + b.substring(5, 8);
+ var c = _generateRandomEightCharacterHexString();
+ c = variantCodeForDCEUuids + c.substring(1, 4) + hyphen + c.substring(4, 8);
+ var d = _generateRandomEightCharacterHexString();
+ var returnValue = a + hyphen + b + hyphen + c + d;
+ returnValue = returnValue.toLowerCase();
+ return returnValue; // String
+};
+
+}
diff --git a/includes/js/dojox/uuid/generateTimeBasedUuid.js b/includes/js/dojox/uuid/generateTimeBasedUuid.js
new file mode 100644
index 0000000..20be9f4
--- /dev/null
+++ b/includes/js/dojox/uuid/generateTimeBasedUuid.js
@@ -0,0 +1,290 @@
+if(!dojo._hasResource["dojox.uuid.generateTimeBasedUuid"]){ //_hasResource checks added by build. Do not use _hasResource directly in your code.
+dojo._hasResource["dojox.uuid.generateTimeBasedUuid"] = true;
+dojo.provide("dojox.uuid.generateTimeBasedUuid");
+
+dojox.uuid.generateTimeBasedUuid = function(/*String?*/ node){
+ // summary:
+ // This function generates time-based UUIDs, meaning "version 1" UUIDs.
+ // description:
+ // For more info, see
+ // http://www.webdav.org/specs/draft-leach-uuids-guids-01.txt
+ // http://www.infonuovo.com/dma/csdocs/sketch/instidid.htm
+ // http://kruithof.xs4all.nl/uuid/uuidgen
+ // http://www.opengroup.org/onlinepubs/009629399/apdxa.htm#tagcjh_20
+ // http://jakarta.apache.org/commons/sandbox/id/apidocs/org/apache/commons/id/uuid/clock/Clock.html
+ // node:
+ // A 12-character hex string representing either a pseudo-node or
+ // hardware-node (an IEEE 802.3 network node). A hardware-node
+ // will be something like "017bf397618a", always with the first bit
+ // being 0. A pseudo-node will be something like "f17bf397618a",
+ // always with the first bit being 1.
+ // examples:
+ // string = dojox.uuid.generateTimeBasedUuid();
+ // string = dojox.uuid.generateTimeBasedUuid("017bf397618a");
+ // dojox.uuid.generateTimeBasedUuid.setNode("017bf397618a");
+ // string = dojox.uuid.generateTimeBasedUuid(); // the generated UUID has node == "017bf397618a"
+ var uuidString = dojox.uuid.generateTimeBasedUuid._generator.generateUuidString(node);
+ return uuidString; // String
+};
+
+dojox.uuid.generateTimeBasedUuid.isValidNode = function(/*String?*/ node){
+ var HEX_RADIX = 16;
+ var integer = parseInt(node, HEX_RADIX);
+ var valid = dojo.isString(node) && node.length == 12 && isFinite(integer);
+ return valid; // Boolean
+};
+
+dojox.uuid.generateTimeBasedUuid.setNode = function(/*String?*/ node){
+ // summary:
+ // Sets the 'node' value that will be included in generated UUIDs.
+ // node: A 12-character hex string representing a pseudoNode or hardwareNode.
+ dojox.uuid.assert((node === null) || this.isValidNode(node));
+ this._uniformNode = node;
+};
+
+dojox.uuid.generateTimeBasedUuid.getNode = function(){
+ // summary:
+ // Returns the 'node' value that will be included in generated UUIDs.
+ return this._uniformNode; // String (a 12-character hex string representing a pseudoNode or hardwareNode)
+};
+
+
+dojox.uuid.generateTimeBasedUuid._generator = new function(){
+ // Number of hours between October 15, 1582 and January 1, 1970:
+ this.GREGORIAN_CHANGE_OFFSET_IN_HOURS = 3394248;
+
+ // Number of seconds between October 15, 1582 and January 1, 1970:
+ // dojox.uuid.generateTimeBasedUuid.GREGORIAN_CHANGE_OFFSET_IN_SECONDS = 12219292800;
+
+ // --------------------------------------------------
+ // Private variables:
+ var _uuidPseudoNodeString = null;
+ var _uuidClockSeqString = null;
+ var _dateValueOfPreviousUuid = null;
+ var _nextIntraMillisecondIncrement = 0;
+ var _cachedMillisecondsBetween1582and1970 = null;
+ var _cachedHundredNanosecondIntervalsPerMillisecond = null;
+
+ // --------------------------------------------------
+ // Private constants:
+ var HEX_RADIX = 16;
+
+ function _carry(/* array */ arrayA){
+ // summary:
+ // Given an array which holds a 64-bit number broken into 4 16-bit
+ // elements, this method carries any excess bits (greater than 16-bits)
+ // from each array element into the next.
+ // arrayA: An array with 4 elements, each of which is a 16-bit number.
+ arrayA[2] += arrayA[3] >>> 16;
+ arrayA[3] &= 0xFFFF;
+ arrayA[1] += arrayA[2] >>> 16;
+ arrayA[2] &= 0xFFFF;
+ arrayA[0] += arrayA[1] >>> 16;
+ arrayA[1] &= 0xFFFF;
+ dojox.uuid.assert((arrayA[0] >>> 16) === 0);
+ }
+
+ function _get64bitArrayFromFloat(/* float */ x){
+ // summary:
+ // Given a floating point number, this method returns an array which
+ // holds a 64-bit number broken into 4 16-bit elements.
+ var result = new Array(0, 0, 0, 0);
+ result[3] = x % 0x10000;
+ x -= result[3];
+ x /= 0x10000;
+ result[2] = x % 0x10000;
+ x -= result[2];
+ x /= 0x10000;
+ result[1] = x % 0x10000;
+ x -= result[1];
+ x /= 0x10000;
+ result[0] = x;
+ return result; // Array with 4 elements, each of which is a 16-bit number.
+ }
+
+ function _addTwo64bitArrays(/* array */ arrayA, /* array */ arrayB){
+ // summary:
+ // Takes two arrays, each of which holds a 64-bit number broken into 4
+ // 16-bit elements, and returns a new array that holds a 64-bit number
+ // that is the sum of the two original numbers.
+ // arrayA: An array with 4 elements, each of which is a 16-bit number.
+ // arrayB: An array with 4 elements, each of which is a 16-bit number.
+ dojox.uuid.assert(dojo.isArray(arrayA));
+ dojox.uuid.assert(dojo.isArray(arrayB));
+ dojox.uuid.assert(arrayA.length == 4);
+ dojox.uuid.assert(arrayB.length == 4);
+
+ var result = new Array(0, 0, 0, 0);
+ result[3] = arrayA[3] + arrayB[3];
+ result[2] = arrayA[2] + arrayB[2];
+ result[1] = arrayA[1] + arrayB[1];
+ result[0] = arrayA[0] + arrayB[0];
+ _carry(result);
+ return result; // Array with 4 elements, each of which is a 16-bit number.
+ }
+
+ function _multiplyTwo64bitArrays(/* array */ arrayA, /* array */ arrayB){
+ // summary:
+ // Takes two arrays, each of which holds a 64-bit number broken into 4
+ // 16-bit elements, and returns a new array that holds a 64-bit number
+ // that is the product of the two original numbers.
+ // arrayA: An array with 4 elements, each of which is a 16-bit number.
+ // arrayB: An array with 4 elements, each of which is a 16-bit number.
+ dojox.uuid.assert(dojo.isArray(arrayA));
+ dojox.uuid.assert(dojo.isArray(arrayB));
+ dojox.uuid.assert(arrayA.length == 4);
+ dojox.uuid.assert(arrayB.length == 4);
+
+ var overflow = false;
+ if(arrayA[0] * arrayB[0] !== 0){ overflow = true; }
+ if(arrayA[0] * arrayB[1] !== 0){ overflow = true; }
+ if(arrayA[0] * arrayB[2] !== 0){ overflow = true; }
+ if(arrayA[1] * arrayB[0] !== 0){ overflow = true; }
+ if(arrayA[1] * arrayB[1] !== 0){ overflow = true; }
+ if(arrayA[2] * arrayB[0] !== 0){ overflow = true; }
+ dojox.uuid.assert(!overflow);
+
+ var result = new Array(0, 0, 0, 0);
+ result[0] += arrayA[0] * arrayB[3];
+ _carry(result);
+ result[0] += arrayA[1] * arrayB[2];
+ _carry(result);
+ result[0] += arrayA[2] * arrayB[1];
+ _carry(result);
+ result[0] += arrayA[3] * arrayB[0];
+ _carry(result);
+ result[1] += arrayA[1] * arrayB[3];
+ _carry(result);
+ result[1] += arrayA[2] * arrayB[2];
+ _carry(result);
+ result[1] += arrayA[3] * arrayB[1];
+ _carry(result);
+ result[2] += arrayA[2] * arrayB[3];
+ _carry(result);
+ result[2] += arrayA[3] * arrayB[2];
+ _carry(result);
+ result[3] += arrayA[3] * arrayB[3];
+ _carry(result);
+ return result; // Array with 4 elements, each of which is a 16-bit number.
+ }
+
+ function _padWithLeadingZeros(/* string */ string, /* int */ desiredLength){
+ // summary:
+ // Pads a string with leading zeros and returns the result.
+ // string: A string to add padding to.
+ // desiredLength: The number of characters the return string should have.
+
+ // examples:
+ // result = _padWithLeadingZeros("abc", 6);
+ // dojox.uuid.assert(result == "000abc");
+ while(string.length < desiredLength){
+ string = "0" + string;
+ }
+ return string; // string
+ }
+
+ function _generateRandomEightCharacterHexString() {
+ // summary:
+ // Returns a randomly generated 8-character string of hex digits.
+
+ // FIXME: This probably isn't a very high quality random number.
+
+ // Make random32bitNumber be a randomly generated floating point number
+ // between 0 and (4,294,967,296 - 1), inclusive.
+ var random32bitNumber = Math.floor( (Math.random() % 1) * Math.pow(2, 32) );
+
+ var eightCharacterString = random32bitNumber.toString(HEX_RADIX);
+ while(eightCharacterString.length < 8){
+ eightCharacterString = "0" + eightCharacterString;
+ }
+ return eightCharacterString; // String (an 8-character hex string)
+ }
+
+ this.generateUuidString = function(/*String?*/ node){
+ // summary:
+ // Generates a time-based UUID, meaning a version 1 UUID.
+ // description:
+ // JavaScript code running in a browser doesn't have access to the
+ // IEEE 802.3 address of the computer, so if a node value isn't
+ // supplied, we generate a random pseudonode value instead.
+ // node: An optional 12-character string to use as the node in the new UUID.
+ if(node){
+ dojox.uuid.assert(dojox.uuid.generateTimeBasedUuid.isValidNode(node));
+ }else{
+ if(dojox.uuid.generateTimeBasedUuid._uniformNode){
+ node = dojox.uuid.generateTimeBasedUuid._uniformNode;
+ }else{
+ if(!_uuidPseudoNodeString){
+ var pseudoNodeIndicatorBit = 0x8000;
+ var random15bitNumber = Math.floor( (Math.random() % 1) * Math.pow(2, 15) );
+ var leftmost4HexCharacters = (pseudoNodeIndicatorBit | random15bitNumber).toString(HEX_RADIX);
+ _uuidPseudoNodeString = leftmost4HexCharacters + _generateRandomEightCharacterHexString();
+ }
+ node = _uuidPseudoNodeString;
+ }
+ }
+ if(!_uuidClockSeqString){
+ var variantCodeForDCEUuids = 0x8000; // 10--------------, i.e. uses only first two of 16 bits.
+ var random14bitNumber = Math.floor( (Math.random() % 1) * Math.pow(2, 14) );
+ _uuidClockSeqString = (variantCodeForDCEUuids | random14bitNumber).toString(HEX_RADIX);
+ }
+
+ // Maybe we should think about trying to make the code more readable to
+ // newcomers by creating a class called "WholeNumber" that encapsulates
+ // the methods and data structures for working with these arrays that
+ // hold 4 16-bit numbers? And then these variables below have names
+ // like "wholeSecondsPerHour" rather than "arraySecondsPerHour"?
+ var now = new Date();
+ var millisecondsSince1970 = now.valueOf(); // milliseconds since midnight 01 January, 1970 UTC.
+ var nowArray = _get64bitArrayFromFloat(millisecondsSince1970);
+ if(!_cachedMillisecondsBetween1582and1970){
+ var arraySecondsPerHour = _get64bitArrayFromFloat(60 * 60);
+ var arrayHoursBetween1582and1970 = _get64bitArrayFromFloat(dojox.uuid.generateTimeBasedUuid._generator.GREGORIAN_CHANGE_OFFSET_IN_HOURS);
+ var arraySecondsBetween1582and1970 = _multiplyTwo64bitArrays(arrayHoursBetween1582and1970, arraySecondsPerHour);
+ var arrayMillisecondsPerSecond = _get64bitArrayFromFloat(1000);
+ _cachedMillisecondsBetween1582and1970 = _multiplyTwo64bitArrays(arraySecondsBetween1582and1970, arrayMillisecondsPerSecond);
+ _cachedHundredNanosecondIntervalsPerMillisecond = _get64bitArrayFromFloat(10000);
+ }
+ var arrayMillisecondsSince1970 = nowArray;
+ var arrayMillisecondsSince1582 = _addTwo64bitArrays(_cachedMillisecondsBetween1582and1970, arrayMillisecondsSince1970);
+ var arrayHundredNanosecondIntervalsSince1582 = _multiplyTwo64bitArrays(arrayMillisecondsSince1582, _cachedHundredNanosecondIntervalsPerMillisecond);
+
+ if(now.valueOf() == _dateValueOfPreviousUuid){
+ arrayHundredNanosecondIntervalsSince1582[3] += _nextIntraMillisecondIncrement;
+ _carry(arrayHundredNanosecondIntervalsSince1582);
+ _nextIntraMillisecondIncrement += 1;
+ if (_nextIntraMillisecondIncrement == 10000) {
+ // If we've gotten to here, it means we've already generated 10,000
+ // UUIDs in this single millisecond, which is the most that the UUID
+ // timestamp field allows for. So now we'll just sit here and wait
+ // for a fraction of a millisecond, so as to ensure that the next
+ // time this method is called there will be a different millisecond
+ // value in the timestamp field.
+ while (now.valueOf() == _dateValueOfPreviousUuid) {
+ now = new Date();
+ }
+ }
+ }else{
+ _dateValueOfPreviousUuid = now.valueOf();
+ _nextIntraMillisecondIncrement = 1;
+ }
+
+ var hexTimeLowLeftHalf = arrayHundredNanosecondIntervalsSince1582[2].toString(HEX_RADIX);
+ var hexTimeLowRightHalf = arrayHundredNanosecondIntervalsSince1582[3].toString(HEX_RADIX);
+ var hexTimeLow = _padWithLeadingZeros(hexTimeLowLeftHalf, 4) + _padWithLeadingZeros(hexTimeLowRightHalf, 4);
+ var hexTimeMid = arrayHundredNanosecondIntervalsSince1582[1].toString(HEX_RADIX);
+ hexTimeMid = _padWithLeadingZeros(hexTimeMid, 4);
+ var hexTimeHigh = arrayHundredNanosecondIntervalsSince1582[0].toString(HEX_RADIX);
+ hexTimeHigh = _padWithLeadingZeros(hexTimeHigh, 3);
+ var hyphen = "-";
+ var versionCodeForTimeBasedUuids = "1"; // binary2hex("0001")
+ var resultUuid = hexTimeLow + hyphen + hexTimeMid + hyphen +
+ versionCodeForTimeBasedUuids + hexTimeHigh + hyphen +
+ _uuidClockSeqString + hyphen + node;
+ resultUuid = resultUuid.toLowerCase();
+ return resultUuid; // String (a 36 character string, which will look something like "b4308fb0-86cd-11da-a72b-0800200c9a66")
+ }
+
+}();
+
+}
diff --git a/includes/js/dojox/uuid/tests/runTests.html b/includes/js/dojox/uuid/tests/runTests.html
new file mode 100644
index 0000000..41ba177
--- /dev/null
+++ b/includes/js/dojox/uuid/tests/runTests.html
@@ -0,0 +1,10 @@
+
+
+
+ Dojox.uuid Unit Test Runner
+
+
+
+ Redirecting to D.O.H runner.
+
+
diff --git a/includes/js/dojox/uuid/tests/uuid.js b/includes/js/dojox/uuid/tests/uuid.js
new file mode 100644
index 0000000..9cc89e0
--- /dev/null
+++ b/includes/js/dojox/uuid/tests/uuid.js
@@ -0,0 +1,377 @@
+if(!dojo._hasResource["dojox.uuid.tests.uuid"]){ //_hasResource checks added by build. Do not use _hasResource directly in your code.
+dojo._hasResource["dojox.uuid.tests.uuid"] = true;
+dojo.provide("dojox.uuid.tests.uuid");
+dojo.require("dojox.uuid");
+dojo.require("dojox.uuid.Uuid");
+dojo.require("dojox.uuid.generateRandomUuid");
+dojo.require("dojox.uuid.generateTimeBasedUuid");
+
+dojox.uuid.tests.uuid.checkValidityOfUuidString = function(/*String*/uuidString){
+ // summary:
+ // A helper function that's used by the registered test functions
+ var NIL_UUID = "00000000-0000-0000-0000-000000000000";
+ if (uuidString == NIL_UUID) {
+ // We'll consider the Nil UUID to be valid, so now
+ // we can just return, with not further checks.
+ return;
+ }
+
+ doh.assertTrue(uuidString.length == 36); // UUIDs have 36 characters
+
+ var validCharacters = "0123456789abcedfABCDEF-";
+ var character;
+ var position;
+ for(var i = 0; i < 36; ++i){
+ character = uuidString.charAt(i);
+ position = validCharacters.indexOf(character);
+ doh.assertTrue(position != -1); // UUIDs have only valid characters
+ }
+
+ var arrayOfParts = uuidString.split("-");
+ doh.assertTrue(arrayOfParts.length == 5); // UUIDs have 5 sections separated by 4 hyphens
+ doh.assertTrue(arrayOfParts[0].length == 8); // Section 0 has 8 characters
+ doh.assertTrue(arrayOfParts[1].length == 4); // Section 1 has 4 characters
+ doh.assertTrue(arrayOfParts[2].length == 4); // Section 2 has 4 characters
+ doh.assertTrue(arrayOfParts[3].length == 4); // Section 3 has 4 characters
+ doh.assertTrue(arrayOfParts[4].length == 12); // Section 4 has 8 characters
+
+ // check to see that the "UUID variant code" starts with the binary bits '10'
+ var section3 = arrayOfParts[3];
+ var HEX_RADIX = 16;
+ var hex3 = parseInt(section3, HEX_RADIX);
+ var binaryString = hex3.toString(2);
+ // alert("section3 = " + section3 + "\n binaryString = " + binaryString);
+ doh.assertTrue(binaryString.length == 16); // section 3 has 16 bits
+ doh.assertTrue(binaryString.charAt(0) == '1'); // first bit of section 3 is 1
+ doh.assertTrue(binaryString.charAt(1) == '0'); // second bit of section 3 is 0
+}
+
+dojox.uuid.tests.uuid.checkValidityOfTimeBasedUuidString = function(/*String*/uuidString){
+ // summary:
+ // A helper function that's used by the registered test functions
+ dojox.uuid.tests.uuid.checkValidityOfUuidString(uuidString);
+ var arrayOfParts = uuidString.split("-");
+ var section2 = arrayOfParts[2];
+ doh.assertTrue(section2.charAt(0) == "1"); // Section 2 starts with a 1
+}
+
+dojox.uuid.tests.uuid.checkForPseudoNodeBitInTimeBasedUuidString = function(/*String*/uuidString){
+ // summary:
+ // A helper function that's used by the registered test functions
+ var arrayOfParts = uuidString.split("-");
+ var section4 = arrayOfParts[4];
+ var firstChar = section4.charAt(0);
+ var HEX_RADIX = 16;
+ var hexFirstChar = parseInt(firstChar, HEX_RADIX);
+ var binaryString = hexFirstChar.toString(2);
+ var firstBit;
+ if(binaryString.length == 4){
+ firstBit = binaryString.charAt(0);
+ }else{
+ firstBit = '0';
+ }
+ doh.assertTrue(firstBit == '1'); // first bit of section 4 is 1
+}
+
+doh.register("dojox.uuid.tests.uuid",
+ [
+ /*
+ function test_uuid_performance(){
+ var start = new Date();
+ var startMS = start.valueOf();
+ var nowMS = startMS;
+ var i;
+ var now;
+ var numTrials = 100000;
+
+ while(nowMS == startMS){
+ now = new Date();
+ nowMS = now.valueOf();
+ }
+
+ startMS = nowMS;
+ for(i = 0; i < numTrials; ++i){
+ var a = dojox.uuid.LightweightGenerator.generate();
+ }
+ now = new Date();
+ nowMS = now.valueOf();
+ var elapsedMS = nowMS - startMS;
+ // dojo.log.debug("created " + numTrials + " UUIDs in " + elapsedMS + " milliseconds");
+ },
+ */
+
+ function test_uuid_capitalization(){
+ var randomLowercaseString = "3b12f1df-5232-4804-897e-917bf397618a";
+ var randomUppercaseString = "3B12F1DF-5232-4804-897E-917BF397618A";
+
+ var timebasedLowercaseString = "b4308fb0-86cd-11da-a72b-0800200c9a66";
+ var timebasedUppercaseString = "B4308FB0-86CD-11DA-A72B-0800200C9A66";
+
+ var uuidRL = new dojox.uuid.Uuid(randomLowercaseString);
+ var uuidRU = new dojox.uuid.Uuid(randomUppercaseString);
+
+ var uuidTL = new dojox.uuid.Uuid(timebasedLowercaseString);
+ var uuidTU = new dojox.uuid.Uuid(timebasedUppercaseString);
+
+ doh.assertTrue(uuidRL.isEqual(uuidRU));
+ doh.assertTrue(uuidRU.isEqual(uuidRL));
+
+ doh.assertTrue(uuidTL.isEqual(uuidTU));
+ doh.assertTrue(uuidTU.isEqual(uuidTL));
+ },
+
+ function test_uuid_constructor(){
+ var uuid, uuidToo;
+
+ var nilUuid = '00000000-0000-0000-0000-000000000000';
+ uuid = new dojox.uuid.Uuid();
+ doh.assertTrue(uuid == nilUuid); // 'new dojox.uuid.Uuid()' returns the Nil UUID
+
+ var randomUuidString = "3b12f1df-5232-4804-897e-917bf397618a";
+ uuid = new dojox.uuid.Uuid(randomUuidString);
+ doh.assertTrue(uuid.isValid());
+ doh.assertTrue(uuid.getVariant() == dojox.uuid.variant.DCE);
+ doh.assertTrue(uuid.getVersion() == dojox.uuid.version.RANDOM);
+ uuidToo = new dojox.uuid.Uuid(new String(randomUuidString));
+ doh.assertTrue(uuid.isEqual(uuidToo));
+
+ var timeBasedUuidString = "b4308fb0-86cd-11da-a72b-0800200c9a66";
+ uuid = new dojox.uuid.Uuid(timeBasedUuidString);
+ doh.assertTrue(uuid.isValid());
+ doh.assertTrue(uuid.getVariant() == dojox.uuid.variant.DCE);
+ doh.assertTrue(uuid.getVersion() == dojox.uuid.version.TIME_BASED);
+ doh.assertTrue(uuid.getNode() == "0800200c9a66");
+ var timestamp = uuid.getTimestamp();
+ var date = uuid.getTimestamp(Date);
+ var dateString = uuid.getTimestamp(String);
+ var hexString = uuid.getTimestamp("hex");
+ var now = new Date();
+ doh.assertTrue(timestamp.valueOf() == date.valueOf());
+ doh.assertTrue(hexString == "1da86cdb4308fb0");
+ doh.assertTrue(timestamp < now);
+ },
+
+ function test_uuid_generators(){
+ var generators = [
+ dojox.uuid.generateNilUuid,
+ dojox.uuid.generateRandomUuid,
+ dojox.uuid.generateTimeBasedUuid
+ ];
+
+ for(var i in generators){
+ var generator = generators[i];
+ var uuidString = generator();
+
+ doh.assertTrue((typeof uuidString) == 'string');
+ dojox.uuid.tests.uuid.checkValidityOfUuidString(uuidString);
+
+ var uuid = new dojox.uuid.Uuid(uuidString);
+ if(generator != dojox.uuid.generateNilUuid){
+ doh.assertTrue(uuid.getVariant() == dojox.uuid.variant.DCE);
+ }
+
+ doh.assertTrue(uuid.isEqual(uuid));
+ doh.assertTrue(uuid.compare(uuid) == 0);
+ doh.assertTrue(dojox.uuid.Uuid.compare(uuid, uuid) == 0);
+ dojox.uuid.tests.uuid.checkValidityOfUuidString(uuid.toString());
+ doh.assertTrue(uuid.toString().length == 36);
+
+ if(generator != dojox.uuid.generateNilUuid){
+ var uuidStringOne = generator();
+ var uuidStringTwo = generator();
+ doh.assertTrue(uuidStringOne != uuidStringTwo);
+
+ dojox.uuid.Uuid.setGenerator(generator);
+ var uuidOne = new dojox.uuid.Uuid();
+ var uuidTwo = new dojox.uuid.Uuid();
+ doh.assertTrue(generator === dojox.uuid.Uuid.getGenerator());
+ dojox.uuid.Uuid.setGenerator(null);
+ doh.assertTrue(uuidOne != uuidTwo);
+ doh.assertTrue(!uuidOne.isEqual(uuidTwo));
+ doh.assertTrue(!uuidTwo.isEqual(uuidOne));
+
+ var oneVsTwo = dojox.uuid.Uuid.compare(uuidOne, uuidTwo); // either 1 or -1
+ var twoVsOne = dojox.uuid.Uuid.compare(uuidTwo, uuidOne); // either -1 or 1
+ doh.assertTrue(oneVsTwo + twoVsOne == 0);
+ doh.assertTrue(oneVsTwo != 0);
+ doh.assertTrue(twoVsOne != 0);
+
+ doh.assertTrue(!uuidTwo.isEqual(uuidOne));
+ }
+
+ if(generator == dojox.uuid.generateRandomUuid){
+ doh.assertTrue(uuid.getVersion() == dojox.uuid.version.RANDOM);
+ }
+
+ if(generator == dojox.uuid.generateTimeBasedUuid){
+ dojox.uuid.tests.uuid.checkValidityOfTimeBasedUuidString(uuid.toString());
+ doh.assertTrue(uuid.getVersion() == dojox.uuid.version.TIME_BASED);
+ doh.assertTrue(dojo.isString(uuid.getNode()));
+ doh.assertTrue(uuid.getNode().length == 12);
+ var timestamp = uuid.getTimestamp();
+ var date = uuid.getTimestamp(Date);
+ var dateString = uuid.getTimestamp(String);
+ var hexString = uuid.getTimestamp("hex");
+ doh.assertTrue(date instanceof Date);
+ doh.assertTrue(timestamp.valueOf() == date.valueOf());
+ doh.assertTrue(hexString.length == 15);
+ }
+ }
+ },
+
+ function test_uuid_nilGenerator(){
+ var nilUuidString = '00000000-0000-0000-0000-000000000000';
+ var uuidString = dojox.uuid.generateNilUuid();
+ doh.assertTrue(uuidString == nilUuidString);
+ },
+
+ function test_uuid_timeBasedGenerator(){
+ var uuid; // an instance of dojox.uuid.Uuid
+ var string; // a simple string literal
+ var generator = dojox.uuid.generateTimeBasedUuid;
+
+ var string1 = generator();
+ var uuid2 = new dojox.uuid.Uuid(generator());
+ var string3 = generator("017bf397618a"); // hardwareNode
+ var string4 = generator("f17bf397618a"); // pseudoNode
+ var string5 = generator(new String("017BF397618A"));
+
+ dojox.uuid.generateTimeBasedUuid.setNode("017bf397618a");
+ var string6 = generator(); // the generated UUID has node == "017bf397618a"
+ var uuid7 = new dojox.uuid.Uuid(generator()); // the generated UUID has node == "017bf397618a"
+ var returnedNode = dojox.uuid.generateTimeBasedUuid.getNode();
+ doh.assertTrue(returnedNode == "017bf397618a");
+
+ function getNode(string){
+ var arrayOfStrings = string.split('-');
+ return arrayOfStrings[4];
+ }
+ dojox.uuid.tests.uuid.checkForPseudoNodeBitInTimeBasedUuidString(string1);
+ dojox.uuid.tests.uuid.checkForPseudoNodeBitInTimeBasedUuidString(uuid2.toString());
+ dojox.uuid.tests.uuid.checkForPseudoNodeBitInTimeBasedUuidString(string4);
+
+ doh.assertTrue(getNode(string3) == "017bf397618a");
+ doh.assertTrue(getNode(string4) == "f17bf397618a");
+ doh.assertTrue(getNode(string5) == "017bf397618a");
+ doh.assertTrue(getNode(string6) == "017bf397618a");
+ doh.assertTrue(uuid7.getNode() == "017bf397618a");
+
+ dojox.uuid.tests.uuid.checkValidityOfTimeBasedUuidString(string1);
+ dojox.uuid.tests.uuid.checkValidityOfTimeBasedUuidString(uuid2.toString());
+ dojox.uuid.tests.uuid.checkValidityOfTimeBasedUuidString(string3);
+ dojox.uuid.tests.uuid.checkValidityOfTimeBasedUuidString(string4);
+ dojox.uuid.tests.uuid.checkValidityOfTimeBasedUuidString(string5);
+ dojox.uuid.tests.uuid.checkValidityOfTimeBasedUuidString(string6);
+ dojox.uuid.tests.uuid.checkValidityOfTimeBasedUuidString(uuid7.toString());
+ },
+
+ function test_uuid_invalidUuids(){
+ var uuidStrings = [];
+ uuidStrings.push("Hello world!"); // not a UUID
+ uuidStrings.push("3B12F1DF-5232-1804-897E-917BF39761"); // too short
+ uuidStrings.push("3B12F1DF-5232-1804-897E-917BF39761-8A"); // extra '-'
+ uuidStrings.push("3B12F1DF-5232-1804-897E917BF39761-8A"); // last '-' in wrong place
+ uuidStrings.push("HB12F1DF-5232-1804-897E-917BF397618A"); // "HB12F1DF" is not a hex string
+
+ var numberOfFailures = 0;
+ for(var i in uuidStrings){
+ var uuidString = uuidStrings[i];
+ try{
+ new dojox.uuid.Uuid(uuidString);
+ }catch (e){
+ ++numberOfFailures;
+ }
+ }
+ doh.assertTrue(numberOfFailures == uuidStrings.length);
+ }
+ ]
+);
+
+
+
+/*
+function test_uuid_get64bitArrayFromFloat(){
+ // summary:
+ // This is a test we'd like to be able to run, but we can't run it
+ // because it tests a function which is private in generateTimeBasedUuid
+ var x = Math.pow(2, 63) + Math.pow(2, 15);
+ var result = dojox.uuid.generateTimeBasedUuid._get64bitArrayFromFloat(x);
+ doh.assertTrue(result[0] === 0x8000);
+ doh.assertTrue(result[1] === 0x0000);
+ doh.assertTrue(result[2] === 0x0000);
+ doh.assertTrue(result[3] === 0x8000);
+
+ var date = new Date();
+ x = date.valueOf();
+ result = dojox.uuid.generateTimeBasedUuid._get64bitArrayFromFloat(x);
+ var reconstructedFloat = result[0];
+ reconstructedFloat *= 0x10000;
+ reconstructedFloat += result[1];
+ reconstructedFloat *= 0x10000;
+ reconstructedFloat += result[2];
+ reconstructedFloat *= 0x10000;
+ reconstructedFloat += result[3];
+
+ doh.assertTrue(reconstructedFloat === x);
+}
+
+function test_uuid_addTwo64bitArrays(){
+ // summary:
+ // This is a test we'd like to be able to run, but we can't run it
+ // because it tests a function which is private in generateTimeBasedUuid
+ var a = [0x0000, 0x0000, 0x0000, 0x0001];
+ var b = [0x0FFF, 0xFFFF, 0xFFFF, 0xFFFF];
+ var result = dojox.uuid.generateTimeBasedUuid._addTwo64bitArrays(a, b);
+ doh.assertTrue(result[0] === 0x1000);
+ doh.assertTrue(result[1] === 0x0000);
+ doh.assertTrue(result[2] === 0x0000);
+ doh.assertTrue(result[3] === 0x0000);
+
+ a = [0x4000, 0x8000, 0x8000, 0x8000];
+ b = [0x8000, 0x8000, 0x8000, 0x8000];
+ result = dojox.uuid.generateTimeBasedUuid._addTwo64bitArrays(a, b);
+ doh.assertTrue(result[0] === 0xC001);
+ doh.assertTrue(result[1] === 0x0001);
+ doh.assertTrue(result[2] === 0x0001);
+ doh.assertTrue(result[3] === 0x0000);
+
+ a = [7, 6, 2, 5];
+ b = [1, 0, 3, 4];
+ result = dojox.uuid.generateTimeBasedUuid._addTwo64bitArrays(a, b);
+ doh.assertTrue(result[0] === 8);
+ doh.assertTrue(result[1] === 6);
+ doh.assertTrue(result[2] === 5);
+ doh.assertTrue(result[3] === 9);
+}
+
+function test_uuid_multiplyTwo64bitArrays(){
+ // summary:
+ // This is a test we'd like to be able to run, but we can't run it
+ // because it tests a function which is private in generateTimeBasedUuid
+ var a = [ 0, 0x0000, 0x0000, 0x0003];
+ var b = [0x1111, 0x1234, 0x0000, 0xFFFF];
+ var result = dojox.uuid.generateTimeBasedUuid._multiplyTwo64bitArrays(a, b);
+ doh.assertTrue(result[0] === 0x3333);
+ doh.assertTrue(result[1] === 0x369C);
+ doh.assertTrue(result[2] === 0x0002);
+ doh.assertTrue(result[3] === 0xFFFD);
+
+ a = [0, 0, 0, 5];
+ b = [0, 0, 0, 4];
+ result = dojox.uuid.generateTimeBasedUuid._multiplyTwo64bitArrays(a, b);
+ doh.assertTrue(result[0] === 0);
+ doh.assertTrue(result[1] === 0);
+ doh.assertTrue(result[2] === 0);
+ doh.assertTrue(result[3] === 20);
+
+ a = [0, 0, 2, 5];
+ b = [0, 0, 3, 4];
+ result = dojox.uuid.generateTimeBasedUuid._multiplyTwo64bitArrays(a, b);
+ doh.assertTrue(result[0] === 0);
+ doh.assertTrue(result[1] === 6);
+ doh.assertTrue(result[2] === 23);
+ doh.assertTrue(result[3] === 20);
+}
+*/
+
+}
--
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