internal void Show(int lengthEntered, string list, bool dontSplit)
{
// We may have the auto-detect of lengthEntered. In which case
// look for the last word character as the _start
if (lengthEntered < 0)
{
lengthEntered = GetLengthEntered();
}
NativeScintilla.AutoCShow(lengthEntered, list);
// Now it may have been that the auto-detect lengthEntered
// caused to AutoCShow call to fail becuase no words matched
// the letters we autodetected. In this case just show the
// list with a 0 lengthEntered to make sure it will show
if (!IsActive && lengthEntered < 0)
{
NativeScintilla.AutoCShow(0, list);
}
}
internal void Show(int lengthEntered, SkipList list, bool dontSplit)
{
// We may have the auto-detect of lengthEntered. In which case
// look for the last word character as the start
int le = lengthEntered;
if (le < 0)
{
le = getLengthEntered();
}
// We need to make sure we aren't affecting the main list later on.
// and so we create a new SkipList from the one we're given.
SkipList usableList = new SkipList(list.GetList());
StringBuilder strb = new StringBuilder();
int cop = 1;
while (le > (cop - 1))
{
strb.Append(NativeScintilla.GetCharAt(NativeScintilla.GetCurrentPos() - cop));
cop++;
}
SkipList srList = usableList.RemoveNonMatchingStartString(strb.ToString());
String rList = getListString(srList);
NativeScintilla.AutoCShow(le, rList);
// Now it may have been that the auto-detect lengthEntered
// caused to AutoCShow call to fail becuase no words matched
// the letters we autodetected. In this case just show the
// list with a 0 lengthEntered to make sure it will show
if (!IsActive && lengthEntered < 0)
{
NativeScintilla.AutoCShow(0, rList);
}
}