// This function parses a single tag and calls Parse() if it encounters subtags
string ParseTag(string eS, XnXMLHashtable eH)
{
// search for "<"
int ndx = eS.IndexOf("<");
int end, end1, end2, end3;
if (ndx == -1)
{
// It's possible that this is just a string (e.g. <someTagTheStringIsInside>string</someTagTheStringIsInside>)
end3 = eS.IndexOf(">"); // This closes a standard tag; look for the closing tag
if (end3 == -1)
{
// In that case, we just need to add an @ key/value to the hashtable
eS = eS.Trim(); // I think this is redundant
//eH["@"] = eS;
eH.text = eS;
}
return(""); // We're done with this tag
}
// Ignore this if it is just an XML header (e.g. <?xml version="1.0"?>)
if (eS[ndx + 1] == '?')
{
// search for the closing tag of this header
int ndx2 = eS.IndexOf("?>");
string header = eS.Substring(ndx, ndx2 - ndx + 2);
//eH["@XML_Header"] = header;
eH.header = header;
return(eS.Substring(ndx2 + 2));
}
// Ignore this if it is an XML comment (e.g. <!-- Comment text -->)
if (eS[ndx + 1] == '!')
{
// search for the closing tag of this header
int ndx2 = eS.IndexOf("-->");
string comment = eS.Substring(ndx, ndx2 - ndx + 3);
if (SHOW_COMMENTS)
{
Debug.Log("XMl Comment: " + comment);
}
//eH["@XML_Header"] = header;
return(eS.Substring(ndx2 + 3));
}
// Find the end of the tag name
// For the next few comments, this is what happens when this character is the first one found after the beginning of the tag
end1 = eS.IndexOf(" ", ndx); // This means that we'll have attributes
end2 = eS.IndexOf("/", ndx); // Immediately closes the tag,
end3 = eS.IndexOf(">", ndx); // This closes a standard tag; look for the closing tag
if (end1 == -1)
{
end1 = int.MaxValue;
}
if (end2 == -1)
{
end2 = int.MaxValue;
}
if (end3 == -1)
{
end3 = int.MaxValue;
}
end = Mathf.Min(end1, end2, end3);
string tag = eS.Substring(ndx + 1, end - ndx - 1);
// search for this tag in eH. If it's not there, make it
if (!eH.ContainsKey(tag))
{
eH[tag] = new XnXMLHashList();
}
// Create a hashtable to contain this tag's information
XnXMLHashList arrL = eH[tag] as XnXMLHashList;
//int thisHashIndex = arrL.Count;
XnXMLHashtable thisHash = new XnXMLHashtable();
arrL.Add(thisHash);
// Pull the attributes string
string atts = "";
if (end1 < end3)
{
atts = eS.Substring(end1, end3 - end1);
}
// Parse the attributes, which are all guaranteed to be strings
string att, val;
int eqNdx, spNdx;
while (atts.Length > 0)
{
atts = atts.Trim();
eqNdx = atts.IndexOf("=");
if (eqNdx == -1)
{
break;
}
//att = "@"+atts.Substring(0,eqNdx);
att = atts.Substring(0, eqNdx);
spNdx = atts.IndexOf(" ", eqNdx);
if (spNdx == -1) // This is the last attribute and doesn't have a space after it
{
val = atts.Substring(eqNdx + 1);
if (val[val.Length - 1] == '/') // If the trailing / from /> was caught, remove it
{
val = val.Substring(0, val.Length - 1);
}
atts = "";
}
else // This attribute has a space after it
{
val = atts.Substring(eqNdx + 1, spNdx - eqNdx - 2);
atts = atts.Substring(spNdx);
}
val = val.Trim('\"');
//thisHash[att] = val; // All attributes have to be unique, so this should be okay.
thisHash.attSet(att, val);
}
// Pull the subs, which is everything contained by this tag but exclusing the tags on either side (e.g. <tag att="hi">.....subs.....</tag>)
string subs = "";
string leftoverString = "";
// singleLine means this doesn't have a separate closing tag (e.g. <tag att="hi" />)
bool singleLine = (end2 == end3 - 1); // ? true : false;
if (!singleLine) // This is a multiline tag (e.g. <tag> .... </tag>)
// find the closing tag
{
int close = eS.IndexOf("</" + tag + ">");
// TODO: Should this do something more if there is no closing tag?
if (close == -1)
{
Debug.Log("XMLReader ERROR: XML not well formed. Closing tag </" + tag + "> missing.");
return("");
}
subs = eS.Substring(end3 + 1, close - end3 - 1);
leftoverString = eS.Substring(eS.IndexOf(">", close) + 1);
}
else
{
leftoverString = eS.Substring(end3 + 1);
}
subs = subs.Trim();
// Call Parse if this contains subs
if (subs.Length > 0)
{
Parse(subs, thisHash);
}
// Trim and return the leftover string
leftoverString = leftoverString.Trim();
return(leftoverString);
}
string ParseTag(string eS, XnXMLHashtable eH)
{
int ndx = eS.IndexOf("<");
int end, end1, end2, end3;
if (ndx == -1)
{
end3 = eS.IndexOf(">");
if (end3 == -1)
{
eS = eS.Trim();
eH.text = eS;
}
return("");
}
if (eS[ndx + 1] == '?')
{
int ndx2 = eS.IndexOf("?>");
string header = eS.Substring(ndx, ndx2 - ndx + 2);
eH.header = header;
return(eS.Substring(ndx2 + 2));
}
if (eS[ndx + 1] == '!')
{
int ndx2 = eS.IndexOf("-->");
string comment = eS.Substring(ndx, ndx2 - ndx + 3);
if (SHOW_COMMENTS)
{
Debug.Log("XMl Comment: " + comment);
}
return(eS.Substring(ndx2 + 3));
}
end1 = eS.IndexOf(" ", ndx);
end2 = eS.IndexOf("/", ndx);
end3 = eS.IndexOf(">", ndx);
if (end1 == -1)
{
end1 = int.MaxValue;
}
if (end2 == -1)
{
end2 = int.MaxValue;
}
if (end3 == -1)
{
end3 = int.MaxValue;
}
end = Mathf.Min(end1, end2, end3);
string tag = eS.Substring(ndx + 1, end - ndx - 1);
if (!eH.ContainsKey(tag))
{
eH[tag] = new XnXMLHashList();
}
XnXMLHashList arrL = eH[tag] as XnXMLHashList;
XnXMLHashtable thisHash = new XnXMLHashtable();
arrL.Add(thisHash);
string atts = "";
if (end1 < end3)
{
atts = eS.Substring(end1, end3 - end1);
}
string att, val;
int eqNdx, spNdx;
while (atts.Length > 0)
{
atts = atts.Trim();
eqNdx = atts.IndexOf("=");
if (eqNdx == -1)
{
break;
}
att = atts.Substring(0, eqNdx);
spNdx = atts.IndexOf(" ", eqNdx);
if (spNdx == -1)
{
val = atts.Substring(eqNdx + 1);
if (val[val.Length - 1] == '/')
{
val = val.Substring(0, val.Length - 1);
}
atts = "";
}
else
{
val = atts.Substring(eqNdx + 1, spNdx - eqNdx - 2);
atts = atts.Substring(spNdx);
}
val = val.Trim('\"');
thisHash.attSet(att, val);
}
string subs = "";
string leftoverString = "";
bool singleLine = (end2 == end3 - 1); // ? true : false;
if (!singleLine)
{
int close = eS.IndexOf("</" + tag + ">");
if (close == -1)
{
Debug.Log("XMLReader ERROR: XML not well formed. Closing tag </" + tag + "> missing.");
return("");
}
subs = eS.Substring(end3 + 1, close - end3 - 1);
leftoverString = eS.Substring(eS.IndexOf(">", close) + 1);
}
else
{
leftoverString = eS.Substring(end3 + 1);
}
subs = subs.Trim();
if (subs.Length > 0)
{
Parse(subs, thisHash);
}
leftoverString = leftoverString.Trim();
return(leftoverString);
}
// This function parses a single tag and calls Parse() if it encounters subtags
string ParseTag(string eS, XnXMLHashtable eH)
{
// search for "<"
int ndx = eS.IndexOf("<");
int end, end1, end2, end3;
if (ndx == -1) {
// It's possible that this is just a string (e.g. <someTagTheStringIsInside>string</someTagTheStringIsInside>)
end3 = eS.IndexOf(">"); // This closes a standard tag; look for the closing tag
if (end3 == -1) {
// In that case, we just need to add an @ key/value to the hashtable
eS = eS.Trim(); // I think this is redundant
//eH["@"] = eS;
eH.text = eS;
}
return(""); // We're done with this tag
}
// Ignore this if it is just an XML header (e.g. <?xml version="1.0"?>)
if (eS[ndx+1] == '?') {
// search for the closing tag of this header
int ndx2 = eS.IndexOf("?>");
string header = eS.Substring(ndx, ndx2-ndx+2);
//eH["@XML_Header"] = header;
eH.header = header;
return(eS.Substring(ndx2+2));
}
// Ignore this if it is an XML comment (e.g. <!-- Comment text -->)
if (eS[ndx+1] == '!') {
// search for the closing tag of this header
int ndx2 = eS.IndexOf("-->");
string comment = eS.Substring(ndx, ndx2-ndx+3);
if (SHOW_COMMENTS) Debug.Log("XMl Comment: "+comment);
//eH["@XML_Header"] = header;
return(eS.Substring(ndx2+3));
}
// Find the end of the tag name
// For the next few comments, this is what happens when this character is the first one found after the beginning of the tag
end1 = eS.IndexOf(" ", ndx); // This means that we'll have attributes
end2 = eS.IndexOf("/", ndx); // Immediately closes the tag,
end3 = eS.IndexOf(">", ndx); // This closes a standard tag; look for the closing tag
if (end1 == -1) end1 = int.MaxValue;
if (end2 == -1) end2 = int.MaxValue;
if (end3 == -1) end3 = int.MaxValue;
end = Mathf.Min(end1, end2, end3);
string tag = eS.Substring(ndx+1, end-ndx-1);
// search for this tag in eH. If it's not there, make it
if (!eH.ContainsKey(tag)) {
eH[tag] = new XnXMLHashList();
}
// Create a hashtable to contain this tag's information
XnXMLHashList arrL = eH[tag] as XnXMLHashList;
//int thisHashIndex = arrL.Count;
XnXMLHashtable thisHash = new XnXMLHashtable();
arrL.Add(thisHash);
// Pull the attributes string
string atts = "";
if (end1 < end3) {
atts = eS.Substring(end1, end3-end1);
}
// Parse the attributes, which are all guaranteed to be strings
string att, val;
int eqNdx, spNdx;
while (atts.Length > 0) {
atts = atts.Trim();
eqNdx = atts.IndexOf("=");
if (eqNdx == -1) break;
//att = "@"+atts.Substring(0,eqNdx);
att = atts.Substring(0,eqNdx);
spNdx = atts.IndexOf(" ",eqNdx);
if (spNdx == -1) { // This is the last attribute and doesn't have a space after it
val = atts.Substring(eqNdx+1);
if (val[val.Length-1] == '/') { // If the trailing / from /> was caught, remove it
val = val.Substring(0,val.Length-1);
}
atts = "";
} else { // This attribute has a space after it
val = atts.Substring(eqNdx+1, spNdx - eqNdx - 2);
atts = atts.Substring(spNdx);
}
val = val.Trim('\"');
//thisHash[att] = val; // All attributes have to be unique, so this should be okay.
thisHash.attSet(att, val);
}
// Pull the subs, which is everything contained by this tag but exclusing the tags on either side (e.g. <tag att="hi">.....subs.....</tag>)
string subs = "";
string leftoverString = "";
// singleLine means this doesn't have a separate closing tag (e.g. <tag att="hi" />)
bool singleLine = (end2 == end3-1);// ? true : false;
if (!singleLine) { // This is a multiline tag (e.g. <tag> .... </tag>)
// find the closing tag
int close = eS.IndexOf("</"+tag+">");
// TODO: Should this do something more if there is no closing tag?
if (close == -1) {
Debug.Log("XMLReader ERROR: XML not well formed. Closing tag </"+tag+"> missing.");
return("");
}
subs = eS.Substring(end3+1, close-end3-1);
leftoverString = eS.Substring( eS.IndexOf(">",close)+1 );
} else {
leftoverString = eS.Substring(end3+1);
}
subs = subs.Trim();
// Call Parse if this contains subs
if (subs.Length > 0) {
Parse(subs, thisHash);
}
// Trim and return the leftover string
leftoverString = leftoverString.Trim();
return(leftoverString);
}