public void Parse(STMTextContainer x)
{
parserEnabled = true;
//go thru each letter, searching ruby
for (int i = 0; i < x.text.Length; i++)
{
//ignore other tags
if (x.text[i] == '<')
{
parserEnabled = false;
}
if (parserEnabled)
{
//search ruby to see if this letter is a match
for (int j = 0; j < ruby.Length; j++)
{
if (x.text[i] == ruby[j].ch)
{
x.text = x.text.Insert(i, "<e=rt," + ruby[j].text + ">");
//skip over this new tag
i += 7 + ruby[j].text.Length;
}
}
}
//parse text again
if (x.text[i] == '>')
{
parserEnabled = true;
}
}
}
public void Parse(STMTextContainer x)
{
//go thru each letter, searching ruby
for (int i = 0; i < x.text.Length; i++)
{
//search ruby to see if this letter is a match
for (int j = 0; j < ruby.Length; j++)
{
if (x.text[i] == ruby[j].ch)
{
x.text = x.text.Insert(i, "<e=rt," + ruby[j].text + ">");
//skip over this new tag
i += 7 + ruby[j].text.Length;
}
}
}
}
void Replace(STMTextContainer x, int startingPoint, int endingPoint)
{
//int originalLength = x.text.Length;
int skippedChars = startingPoint;
bool parsingOn = true;
//go thru string
for (int i = startingPoint; i < endingPoint; i++) //for each letter in the original string...
{
string replaceValue = x.text[skippedChars].ToString(); //default value
if (replaceValue == "<")
{
//turn off parsing
parsingOn = false;
}
else if (replaceValue == ">")
{
//turn back on
parsingOn = true;
}
//is this a letter that should be replaced?
if (parsingOn)
{
//replace specific characters with sequences
//for this example, compare all letters as uppercase letters
switch (x.text[skippedChars].ToString().ToUpper())
{
case "A": replaceValue = "aaa"; break;
case "B": replaceValue = "bbb"; break;
//etc etc...
}
//remove original character
x.text = x.text.Remove(skippedChars, 1);
//replace with sequence
x.text = x.text.Insert(skippedChars, replaceValue);
}
//1 by default, but adds up if more characters are inserted
skippedChars += replaceValue.Length;
}
}
public void Parse(STMTextContainer x)
{
string startTag = "<" + textTag + ">";
string endTag = "</" + textTag + ">";
int startingPoint;
int endingPoint;
do
{
startingPoint = x.text.IndexOf(startTag);
endingPoint = startingPoint > -1 ? x.text.IndexOf(endTag, startingPoint) : -1; //get tag after starting tag point
//optional, where this tag ends
if (endingPoint == -1)
{
endingPoint = x.text.Length;
}
else
{
//remove tag
x.text = x.text.Remove(endingPoint, endTag.Length);
//ending point is already accurate
}
//if this tag exists in STM's string...
if (startingPoint > -1)
{
//remove tag
x.text = x.text.Remove(startingPoint, startTag.Length);
//push backwards
endingPoint -= startTag.Length;
//actually modify text
Replace(x, startingPoint, endingPoint);
}
}
//repeat while the tag still exists in the string
while(startingPoint > -1);
}
public void Parse(STMTextContainer x)
{
x.text = x.text + addToEnd;
}
public void Parse(STMTextContainer x)
{
x.text = addToStart + x.text;
}