Minor fix: Remove DOJO library (60Mo) replaced by link to Google CDN (online DOJO library)

git-svn-id: https://semanticscuttle.svn.sourceforge.net/svnroot/semanticscuttle/trunk@159 b3834d28-1941-0410-a4f8-b48e95affb8f

1 files changed, 0 insertions, 290 deletions

diff --git a/includes/js/dojox/uuid/generateTimeBasedUuid.js b/includes/js/dojox/uuid/generateTimeBasedUuid.js
deleted file mode 100644
index 20be9f4..0000000
--- a/includes/js/dojox/uuid/generateTimeBasedUuid.js
+++ /dev/null
@@ -1,290 +0,0 @@
-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")
-	}
-
-}();
-
-}