public void FindTokenPair(string theFirstToken, string theSecondToken, TokenBodyFilter theFilter) {
Leader = Substring.Empty;
Body = Substring.Empty;
if (myPrevious >= myInput.Length) return;
int first, second = 0;
for (first = myPrevious; first < myInput.Length; first = second + theSecondToken.Length) {
first = Find(myInput, theFirstToken, first);
second = Find(myInput, theSecondToken, first + theFirstToken.Length + 1);
if (second == myInput.Length) {
first = second;
break;
}
int body = first + theFirstToken.Length;
if (second <= body) continue;
Body = new Substring(myInput, body, second - body);
if (theFilter(Body)) break;
}
if (first > myPrevious) {
Leader = new Substring(myInput, myPrevious, first - myPrevious);
}
myPrevious = second + theSecondToken.Length;
}
public void FindTokenPair(string theFirstToken, string theSecondToken, TokenBodyFilter theFilter)
{
Leader = Substring.Empty;
Body = Substring.Empty;
Element = Substring.Empty;
if (myPrevious >= myInput.Length)
{
return;
}
int first, second = 0;
for (first = myPrevious; first < myInput.Length; first = second + theSecondToken.Length)
{
first = Find(myInput, theFirstToken, first);
second = Find(myInput, theSecondToken, first + theFirstToken.Length + 1);
if (second == myInput.Length)
{
first = second;
break;
}
int body = first + theFirstToken.Length;
if (second <= body)
{
continue;
}
Body = new Substring(myInput, body, second - body);
Element = new Substring(myInput, first, second - first + theSecondToken.Length);
if (theFilter(Body))
{
break;
}
}
if (first > myPrevious)
{
Leader = new Substring(myInput, myPrevious, first - myPrevious);
}
myPrevious = second + theSecondToken.Length;
}
