i am pretty sure i might have inadvertenly messed something up - here is the string.js code - thanks SO much for your continued help!
//SHARE-IN-MEMORY=true
//
// Copyright 2000,2001 Macromedia, Inc. All rights reserved.
//
//string.js
//
//Generic set of functions for manipulating and parsing text strings
//
//------------------------------------------------------------------
//
//
//extractArgs(beh FnCallStr){
//escQuotes(theSt r){
//unescQuotes(the Str){
//quoteMeta(theSt r){
//errMsg() {
//badChars(theStr ){
//getParam(tagStr ,param){
//quote(textStr,q uoteType){
//stripSpaces(the Str) {
//StripChars(theF ilter,theString ) //Strips all chars in theFilter out of theString and returns the result
//AllInRange(x,y, theString) //Returns true if all of the chars in theString are in the range x,y (inclusive)
//reformat (s) //tricky: see desc below
//Trim(theString) //returns theString with white space trimmed of the front and back
//createDisplaySt ring(theStr, maxLen) //limits string size and appends ellipsis: fn("foo bar zoo",6) => "foo..."
//entityNameEncod e(origStr) //Given a string, returns the string with high-ASCII chars entity encoded.
//entityNameDecod e(origStr) //Given a string, returns the string with high-ASCII chars entity decoded.
//stripAcceralato r(theStr) // Strips Acceralator characters (_E) for Japanese
//SPrintF(pattern , strings); //SPrintF routine. accepts %s or %s1, etc...
//Given a function call, extracts the args and returns them in array
//Respects ', skips over stuff between quotes, and returns them dequoted.
//IMPORTANT: argArray[0] is the function call!! Actual args start at argArray[1].
function extractArgs(beh FnCallStr){
var i, theStr, lastPos, argArray;
argArray = getTokens(behFn CallStr,"(),");
for (i=0; i<argArray.leng th; i++) {
theStr = stripSpaces(une scQuotes(argArr ay[i]));
lastPos = theStr.length-1;
if (theStr.charAt( 0) == "'" && lastPos > 0 && theStr.charAt(l astPos) == "'")
argArray[i] = theStr.substrin g(1,lastPos);
}
return argArray
}
//Passed a string, finds special chars '"\ and escapes them with \
function escQuotes(theSt r){
var i, theChar, escStr = "";
for(var i=0; i<theStr.length ; i++) {
theChar = theStr.charAt(i );
escStr += (theChar=='"' || theChar=="'" || theChar=="\\")? ("\\"+theChar): theChar;
}
return escStr;
}
//Passed a string, finds any escape chars \ and removes them
function unescQuotes(the Str){
var strLen, i, theChar, unescStr = "";
strLen = theStr.length;
for(i=0; i<strLen; i++) {
theChar = theStr.charAt(i );
if (theChar == "\\" && i < strLen - 1) //if escape char and not end
theChar = theStr.charAt(+ +i); //append next char and skip over
unescStr += theChar;
}
return unescStr;
}
//Passed a string, finds meta chars and escapes them with \
function quoteMeta(theSt r){
theStr = theStr.replace(/\\/g, "\\\\")
theStr = theStr.replace(/\[/g, "\\[")
theStr = theStr.replace(/\^/g, "\\^")
theStr = theStr.replace(/\{/g, "\\{")
return theStr;
}
//Emulates printf("blah blah %s blah %s",str1,str2 )
//Used for concatenating error message for easier localization.
//Returns assembled string.
function errMsg() {
var i,numArgs,errSt r="",argNum=0,s tartPos;
numArgs = errMsg.argument s.length;
if (numArgs) {
theStr = errMsg.argument s[argNum++];
startPos = 0; endPos = theStr.indexOf( "%s",startP os);
if (endPos == -1) endPos = theStr.length;
while (startPos < theStr.length) {
errStr += theStr.substrin g(startPos,endP os);
if (argNum < numArgs) errStr += errMsg.argument s[argNum++];
startPos = endPos+2; endPos = theStr.indexOf( "%s",startP os);
if (endPos == -1) endPos = theStr.length;
}
if (!errStr) errStr = errMsg.argument s[0];
}
return errStr;
}
//Passed a string, finds removes special chars '"! and space
function badChars(theStr ){
var i,theChar,isBad =false;
var someBadChars = " ~!@#$%^&*()_+|`-=\\{}[]:\";'<>,./?";
for (i=0; i<theStr.length ; i++) {
theChar = theStr.charAt(i );
if (someBadChars.i ndexOf(theChar) != -1) isBad = true;
}
return isBad;
}
//Accepts a pattern string and some substrings (or numbers). Inserts the strings into the pattern.
//The pattern string can use %s or %s0, etc for the strings. You can mix them if you like - the %s
//pattern will ignore the %s0 pattern as far as count.
//That is:
//SprintF("%s%s2% s", "a", "b", "c") will return "acb"
//
//Note that you can only have 10 indexed strings.
function SPrintF()
{
var argc = SPrintF.argumen ts.length;
if (argc == 0)
return "";
if (argc == 1)
return SPrintF.argumen ts[0];
var resultString = "";
var nextIndString = 1;
var splits = SPrintF.argumen ts[0].split("%s");
for (i=0; i<splits.length ; i++)
{
//write out the split itself.
var splitToWrite = splits[i];
if (splitToWrite.l ength > 0 && !isNaN(splitToW rite.charAt(0)) )
resultString += splitToWrite.su bstring(1,split ToWrite.length-1);
else
resultString += splitToWrite;
//Now write out the next string in the list. See if the next string was part of
//an %s0 pattern, or was normal.
if (i < splits.length-1)
{
if (splits[i+1].length > 0 && !isNaN(splits[i+1].charAt(0)))
{
//use the indexed strng.
var stringIndex = parseInt(splits[i+1].charAt(0));
resultString += SPrintF.argumen ts[stringIndex];
}
else
{
//Pick the next string out of the array.
resultString += SPrintF.argumen ts[nextIndString++];
}
}
}
return resultString;
} //SPrintF
//Custom non-Javascript code to extract tags and get object names.
//Passed HTML tag (ie IMG), gets the current doc source
//HTML and returns an array of names (empty if unnamed).
//This argument is not case sensitive (can be LAYER, Layer, or layer).
//For Example, given <IMG NAME="myPhoto"> <IMG><IMG name="bobsPhoto ">
//returns array: myPhoto,,bobsPh oto
function getParam(tagStr ,param){
var j,tokenString;
var theName = "";
var tokenArray = new Array;
tokenArray = getTokens(tagSt r," =<>");
for (j=0; j<(tokenArray.l ength - 1); j++) {
tokenString = tokenArray[j].toUpperCase(); //force UPPER CASE
if (tokenString.in dexOf(param.toU pperCase()) == 0) { //found name
theName = tokenArray[j+1]; //should return single quoted element in array
firstChar = theName.charAt( 0);
lastChar = theName.charAt( theName.length - 1);
if ((firstChar == lastChar) && (firstChar == "'" || firstChar == "\""))
theName = theName.substri ng(1,theName.le ngth - 1);
break;
} }
return theName;
}
//function: quote
//description: wraps text string in single or double quotes
//argument - textStr
// quote type - use 1 for single quotes and 2 for double quotes
function quote(textStr,q uoteType){
var quote = (quoteType == 1)?"'":'"';
return quote + textStr + quote;
}
//Removes any spaces at the beginning or end of the string
function stripSpaces(the Str) {
if (!theStr) theStr = ""; //ensure its not null
theStr = theStr.replace(/^\s*/,""); //strip leading
theStr = theStr.replace(/\s+$/,""); //strip trailing
return theStr;
}
//Given an object reference string, returns the object name. For ex:
// objName = getNameFromRef( "document.image 1"); //returns "image1"
// objName = getNameFromRef( "document.layer s['image1']"); //returns "image1"
//
//If given an object in a frame, returns the objName?frameNa meOrNum:
// objName = getNameFromRef( "parent.fra mes['main'].document.image 1"); //returns "image1?mai n"
//This is an expected value for MM_findObj().
function getNameFromRef( objRefStr) {
var c, startPos, objName=objRefS tr, frameSearch;
var lastDot = objRefStr.lastI ndexOf(".");
var lastBracket = objRefStr.lastI ndexOf("]");
if (lastDot != -1 || lastBracket != -1) {
if (lastDot > lastBracket) { //name after a dot
objName = objRefStr.subst ring(lastDot+1) ;
} else { //name in brackets
while (lastBracket > 0 && ((c=objRefStr.c harAt(lastBrack et-1))=="'" || c=='"' || c=="\\"))
lastBracket--; //skip ',",\
startPos = lastBracket-1; //start at end of name
while (startPos > 0 && ((c=objRefStr.c harAt(startPos) )!="'" && c!='"' && c!="\\" && c!="["))
startPos--; //seek ',",\,[
objName = objRefStr.subst ring(startPos+1 ,lastBracket);
}
frameSearch = objRefStr.match (/\.frames\[\\?['"]?([^'"\\]+)\\?['"]?\]/); //find .frames['foo'] or .frames[3]
if (frameSearch && frameSearch[1]) { //if framename, add after a question mark
objName += "?"+frameSe arch[1];
}
}
return objName;
}
function StripChars(theF ilter,theString )
{
if (!theString)
theString = "";
/*
Returns theString with all occurrences of every char in theFilter
deleted:
Example:
var x = StripChars("lo! ", "Hello World!")
alert(x) // x is now "He Wrd"
*/
var strOut,i,curCha r
strOut = ""
for (i=0;i < theString.lengt h; i++)
{
curChar = theString.charA t(i)
if (theFilter.inde xOf(curChar) < 0) // if it's not in the filter, send it thru
strOut += curChar
}
return strOut
}
function AllInRange(x,y, theString)
{
/*
Returns true if all characters in theString
fall in the range x,y (inclusive)
Example:
AllInRange("0", "9", "848393874" ) is true
AllInRange("0", "9", "22Hello33" ) is false
*/
var i, curChar
for (i=0; i < theString.lengt h; i++)
{
curChar = theString.charA t(i)
if (curChar < x || curChar > y) //the char is not in range
return false
}
return true
}
function reformat (s)
{
/*
reformat()
params:
s - the string to be reformatted
Then alternating numbers and strings
Example:
var x = reformat("76043 46267", 0, "(", 3, ")", 3, "-")
alert(x) // x is now (760)434-6267
*/
var arg;
var sPos = 0;
var resultString = "";
for (var i = 1; i < reformat.argume nts.length; i++) {
arg = reformat.argume nts[i];
if (i % 2 == 1)
resultString += arg;
else
{
resultString += s.substring(sPo s, sPos + arg);
sPos += arg;
}
}
return resultString;
}
function Trim(theString)
{
/*
Returns theString with white space trimmed off the front and back
*/
var i,firstNonWhite
if (StripChars(" \n\r\t",theStri ng).length == 0 ) return ""
i = -1
while (1)
{
i++
if (theString.char At(i) != " ")
break
}
firstNonWhite = i
//Count the spaces at the end
i = theString.lengt h
while (1)
{
i--
if (theString.char At(i) != " ")
break
}
return theString.subst ring(firstNonWh ite,i + 1)
}
function IsValidVarName( theName)
{
if (!MM.allowDotIn Name)
{
if (StripChars("AB CDEFGHIJKLMNOPQ RSTUVWXYZabcdef ghijklmnopqrstu vwxyz0123456789 _",theName).len gth > 0)
return false;
}
else
{
if (StripChars("AB CDEFGHIJKLMNOPQ RSTUVWXYZabcdef ghijklmnopqrstu vwxyz0123456789 _.",theName).le ngth > 0)
return false;
}
if (theName.charAt (0) == "_" || theName.charAt( theName.length - 1) == "_")
return false;
if (MM.allowDotInN ame)
{
if (theName.charAt (0) == "." || theName.charAt( theName.length - 1) == ".")
return false;
}
if (AllInRange("0" , "9", theName.substri ng(0,1)))
return false;
return true;
}
//Returns a single-line string with entities replaced.
//If optional maxLen param is passed, returns string
//no longer than maxLen chars. If it exceeds that length, it is
//shortened and ... is appendend.
function createDisplaySt ring(theStr, maxLen) {
theStr = stripSpaces(the Str);
theStr = theStr.replace(/\s+/," "); //replace all newlines and whitespace with a single space
theStr = entityNameDecod e(theStr);
if (maxLen && maxLen>3 && theStr.length>m axLen) theStr = theStr.substrin g(0,maxLen-3) + "...";
return theStr;
}
var ENTITY_MAP = new Array(
"\x20", " ",
"\x22", """, //Low-ASCII chars that should use entities
"\x26", "&",
"\x3C", "<",
"\x3E", ">",
"\x80", "€", //Hi-ASCII chars
"\xA1", "¡",
"\xA2", "¢",
"\xA3", "£",
"\xA4", "¤",
"\xA5", "¥",
"\xA6", "¦",
"\xA7", "§",
"\xA8", "¨",
"\xA9", "©",
"\xAA", "ª",
"\xAB", "«",
"\xAC", "¬",
"\xAD", "",
"\xAE", "®",
"\xAF", "¯",
"\xB0", "°",
"\xB1", "±",
"\xB2", "²",
"\xB3", "³",
"\xB4", "´",
"\xB5", "µ",
"\xB6", "¶",
"\xB7", "·",
"\xB8", "¸",
"\xB9", "¹",
"\xBA", "º",
"\xBB", "»",
"\xBC", "¼",
"\xBD", "½",
"\xBE", "¾",
"\xBF", "¿",
"\xD7", "×",
"\xF7", "÷",
"\xC6", "Æ",
"\xC1", "Á",
"\xC2", "Â",
"\xC0", "À",
"\xC5", "Å",
"\xC3", "Ã",
"\xC4", "Ä",
"\xC7", "Ç",
"\xD0", "Ð",
"\xC9", "É",
"\xCA", "Ê",
"\xC8", "È",
"\xCB", "Ë",
"\xCD", "Í",
"\xCE", "Î",
"\xCC", "Ì",
"\xCF", "Ï",
"\xD1", "Ñ",
"\xD3", "Ó",
"\xD4", "Ô",
"\xD2", "Ò",
"\xD8", "Ø",
"\xD5", "Õ",
"\xD6", "Ö",
"\xDE", "Þ",
"\xDA", "Ú",
"\xDB", "Û",
"\xD9", "Ù",
"\xDC", "Ü",
"\xDD", "Ý",
"\xE1", "á",
"\xE2", "â",
"\xE6", "æ",
"\xE0", "à",
"\xE5", "å",
"\xE3", "ã",
"\xE4", "ä",
"\xE7", "ç",
"\xE9", "é",
"\xEA", "ê",
"\xE8", "è",
"\xF0", "ð",
"\xEB", "ë",
"\xED", "í",
"\xEE", "î",
"\xEC", "ì",
"\xEF", "ï",
"\xF1", "ñ",
"\xF3", "ó",
"\xF4", "ô",
"\xF2", "ò",
"\xF8", "ø",
"\xF5", "õ",
"\xF6", "ö",
"\xDF", "ß",
"\xFE", "þ",
"\xFA", "ú",
"\xFB", "û",
"\xF9", "ù",
"\xFC", "ü",
"\xFD", "ý",
"\xFF", "ÿ");
//If a string has high-ASCII characters or low-ASCII that should be encoded, those characters
//are converted to entities. For example, and accented "e" will become è.
//Note that this does not affect low ascii chars that should be encoded like <>".
//Uses the entity map above (ENTITY_MAP). If a high-ASCII char is not found in
//the map, sets the char to &#nnn;, where nnn is the charCode.
//Returns the encoded string.
function entityNameEncod e(origStr) {
var i,j, retStr;
retStr = origStr;
var charCode, hasEntity = false;
for (i=0; i<retStr.lengt h && !hasEntity; i++) {
charCode = retStr.charCode At(i);
// if high-ASCII, ", &, <, or >
hasEntity = (charCode > 127 || charCode == "\x22" || charCode == "\x26" || charCode == "\x3C" || charCode == "\x3E");
//DEBUG: for Japanese, don't encode if high-ASCII. Need to modify the previous line for the J release.
}
if (hasEntity) { // iff entity found, entity-encode string
oldStr = retStr; //copy string
retStr = ""; //and build new one
for (i=0; i<oldStr.length ; i++) {
charCode = oldStr.charCode At(i);
theChar = oldStr.charAt(i );
if (charCode > 127 || charCode == "\x22" || charCode == "\x26" || charCode == "\x3C" || charCode == "\x3E") {
for (j=0; j<ENTITY_MAP.le ngth-1; j+=2) { //search map
if (ENTITY_MAP[j] == theChar) { //if found
theChar = ENTITY_MAP[j+1]; //set theChar to matching entity
break;
}
}
if (j >= ENTITY_MAP.leng th) { //if not found in map
theChar = '&#' + parseInt(charCo de) + ';'; //set to integer
}
}
retStr += theChar; //append char to string
}
}
return retStr;
}
//If a string contains encoded strings like " or è, they will be converted
//to their character equivalents for proper display. Returns the decoded string.
function entityNameDecod e(origStr) {
var i, theEntity, retStr = origStr;
var entityPattern = /&\w+;/g;
while ((theEntity = entityPattern.e xec(origStr)) != null) { //with each entity found
for (i=1; i<ENTITY_MAP.le ngth; i+=2) { //look up entity in map
if (ENTITY_MAP[i] == theEntity) { //when found
retStr = retStr.replace( RegExp(ENTITY_M AP[i]),(ENTITY_MAP[i-1])); //replace entity with value
break;
}
}
}
var charSet = dw.getDocumentD OM().getCharSet ();
if (charSet == "iso-8859-1")
{
//return dreamweaver.lat in1ToNative(ret Str);
return retStr;
} else {
return retStr;
}
}
function stripAcceralato r(theStr){
if (dreamweaver.ap pVersion && dreamweaver.app Version.indexOf ('Mac') != -1)
{
theStr = theStr.replace(/\(_\w+\)/,"");
}
return theStr;
}
function httpError(statu sCode)
{
var statusMessage = "";
switch (statusCode)
{
case 200:
{
statusMessage = MM.MSG_HTTP200;
break;
}
case 400:
{
statusMessage = MM.MSG_HTTP400;
break;
}
case 404:
{
statusMessage = MM.MSG_HTTP404;
break;
}
case 405:
{
statusMessage = MM.MSG_HTTP405;
break;
}
case 500:
{
statusMessage = MM.MSG_HTTP500;
break;
}
case 503:
{
statusMessage = MM.MSG_HTTP503;
break;
}
}
return statusMessage;
}
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