internal void ReplaceRegexAll(LineToIndexTable layoutlines, Regex regex, string pattern, bool groupReplace)
{
for (int i = 0; i < layoutlines.Count; i++)
{
int lineHeadIndex = layoutlines.GetIndexFromLineNumber(i), lineLength = layoutlines.GetLengthFromLineNumber(i);
int left = lineHeadIndex, right = lineHeadIndex;
string output;
output = regex.Replace(layoutlines[i], (m) => {
if (groupReplace)
{
return(m.Result(pattern));
}
else
{
return(pattern);
}
});
using (this.rwlock.WriterLock())
{
//空行は削除する必要はない
if (lineHeadIndex < this.buf.Count)
{
this.buf.RemoveRange(lineHeadIndex, lineLength);
}
this.buf.InsertRange(lineHeadIndex, output);
}
this.Update(this, new DocumentUpdateEventArgs(UpdateType.Replace, lineHeadIndex, lineLength, output.Length, i));
}
}
internal void ReplaceAll(LineToIndexTable layoutlines, string target, string pattern, bool ci = false)
{
TextSearch ts = new TextSearch(target, ci);
char[] pattern_chars = pattern.ToCharArray();
for (int i = 0; i < layoutlines.Count; i++)
{
int lineHeadIndex = layoutlines.GetIndexFromLineNumber(i), lineLength = layoutlines.GetLengthFromLineNumber(i);
int left = lineHeadIndex, right = lineHeadIndex;
int newLineLength = lineLength;
while ((right = ts.IndexOf(this.buf, left, lineHeadIndex + newLineLength)) != -1)
{
using (this.rwlock.WriterLock())
{
this.buf.RemoveRange(right, target.Length);
this.buf.InsertRange(right, pattern_chars);
}
left = right + pattern.Length;
newLineLength += pattern.Length - target.Length;
}
this.Update(this, new DocumentUpdateEventArgs(UpdateType.Replace, lineHeadIndex, lineLength, newLineLength, i));
}
}
