void OnInsertText(object sender, Gtk.InsertTextArgs args)
{
Gtk.TextIter start = args.Pos;
start.BackwardChars(args.Length);
ApplyUrlToBlock(start, args.Pos);
}
void OnInsertText(object sender, Gtk.InsertTextArgs args)
{
Gtk.TextIter start = args.Pos;
start.BackwardChars(args.Length);
Gtk.TextIter end = args.Pos;
NoteBuffer.GetBlockExtents(ref start,
ref end,
Manager.TitleTrie.MaxLength,
Note.TagTable.LinkTag);
UnhighlightInBlock(start, end);
HighlightInBlock(start, end);
}
void OnInsertText(object sender, Gtk.InsertTextArgs args)
{
Gtk.TextIter start;
Gtk.TextIter end = args.Pos;
end.BackwardChars(2);
Gtk.TextIter iter = end;
string id;
switch (end.Char)
{
case bold_id:
id = bold_id;
break;
case italic_id:
id = italic_id;
break;
case underlined_id:
id = underlined_id;
break;
case highlight_id:
id = highlight_id;
break;
case strikethrough_id:
id = strikethrough_id;
break;
default:
return;
}
/* TODO: Catch double "id" characters. ** should not be
* detected
*/
while (iter.LineOffset != 0)
{
iter.BackwardChar();
if (iter.Char == id)
{
start = iter;
iter.ForwardChar();
string text = Buffer.GetText(iter, end, false);
end.ForwardChar();
Gtk.TextTag tags;
switch (id)
{
case bold_id:
tags = (Gtk.TextTag)bold_tag;
break;
case italic_id:
tags = italic_tag;
break;
case underlined_id:
tags = underline_tag;
break;
case highlight_id:
tags = highlight_tag;
break;
case strikethrough_id:
tags = strikethrough_tag;
break;
default:
return;
}
Buffer.Delete(ref start, ref end);
Buffer.InsertWithTags(ref start, text, tags);
break;
}
}
}