void AppendTextLine(string indentation, IAmbience ambience, int maxLineLength, StringWriter insertedText, string line)
{
const int minimumLineLength = 10;
string commentedLine;
while (true)
{
commentedLine = ambience.WrapComment(line);
int commentingOverhead = commentedLine.Length - line.Length;
if (commentingOverhead < 0 || (maxLineLength - commentingOverhead) < minimumLineLength)
{
break;
}
if (commentedLine.Length > maxLineLength)
{
int pos = FindWrapPositionBefore(line, maxLineLength - commentingOverhead);
if (pos < minimumLineLength)
{
break;
}
insertedText.WriteLine(ambience.WrapComment(line.Substring(0, pos)));
insertedText.Write(indentation);
line = line.Substring(pos + 1);
}
else
{
break;
}
}
insertedText.WriteLine(commentedLine);
insertedText.Write(indentation); // indentation for next line
}
void AppendTextLine(string indentation, IAmbience ambience, int maxLineLength, StringWriter insertedText, string line)
{
const int minimumLineLength = 10;
string commentedLine;
while (true) {
commentedLine = ambience.WrapComment(line);
int commentingOverhead = commentedLine.Length - line.Length;
if (commentingOverhead < 0 || (maxLineLength - commentingOverhead) < minimumLineLength)
break;
if (commentedLine.Length > maxLineLength) {
int pos = FindWrapPositionBefore(line, maxLineLength - commentingOverhead);
if (pos < minimumLineLength)
break;
insertedText.WriteLine(ambience.WrapComment(line.Substring(0, pos)));
insertedText.Write(indentation);
line = line.Substring(pos + 1);
} else {
break;
}
}
insertedText.WriteLine(commentedLine);
insertedText.Write(indentation); // indentation for next line
}
public string WrapComment(string comment)
{
return(conv.WrapComment(comment));
}