public int compare(E _o1, E _o2)
{
if (increasing == SelectedBoolean.YES)
{
return(translations.getVal(_o1).CompareTo(translations.getVal(_o2)));
}
if (increasing == SelectedBoolean.NO)
{
return(translations.getVal(_o2).CompareTo(translations.getVal(_o1)));
}
return(0);
}
public static String format(String _pattern, char _sep, Map <String, String> _map)
{
int length_ = _pattern.Length;
StringBuilder strBuilder_ = new StringBuilder();
int i_ = List.FIRST_INDEX;
StringList keys_ = new StringList(_map.getKeys());
bool quoted_ = false;
while (i_ < length_)
{
if (quoted_)
{
if (_pattern.ElementAt(i_) != _sep)
{
strBuilder_.Append(_pattern.ElementAt(i_));
i_++;
continue;
}
quoted_ = false;
i_++;
continue;
}
int nbSeqQuotes_ = SIZE_EMPTY;
while (true)
{
if (i_ >= length_)
{
break;
}
if (_pattern.ElementAt(i_) != _sep)
{
break;
}
nbSeqQuotes_++;
i_++;
}
quoted_ = nbSeqQuotes_ % 2 == 1;
int nbAdds_ = nbSeqQuotes_ / 2;
for (int i = SIZE_EMPTY; i < nbAdds_; i++)
{
strBuilder_.Append(_sep);
}
if (quoted_)
{
continue;
}
int j_ = List.FIRST_INDEX;
StringList list_ = keys_;
while (true)
{
StringList nexList_ = new StringList();
foreach (String k in list_)
{
if (k.Length <= j_)
{
continue;
}
if (k.ElementAt(j_) == _pattern.ElementAt(j_ + i_))
{
nexList_.Add(k);
}
}
list_ = nexList_;
String subString_ = _pattern.Substring(i_, j_ + 1);
if (list_.containsObj(subString_))
{
strBuilder_.Append(_map.getVal(subString_));
i_ += j_;
break;
}
if (list_.isEmpty())
{
strBuilder_.Append(subString_);
i_ += j_;
break;
}
j_++;
}
i_++;
}
return(strBuilder_.ToString());
}
public int Compare(T?_o1, T?_o2)
{
return(map.getVal(_o1).CompareTo(map.getVal(_o2)));
}
public static String formatBasic(String _pattern, Map <String, String> _map, bool _substringFirst)
{
bool exit_;
int i_;
int length_;
StringBuilder strBuilder_;
StringList keys_;
String subString_;
if (_substringFirst)
{
length_ = _pattern.Length;
strBuilder_ = new StringBuilder();
i_ = List.FIRST_INDEX;
keys_ = new StringList(_map.getKeys());
exit_ = false;
while (i_ < length_)
{
int j_ = List.FIRST_INDEX;
StringList list_ = keys_;
while (true)
{
StringList nexList_ = new StringList();
foreach (String k in list_)
{
if (k.Length <= j_)
{
continue;
}
if (k.ElementAt(j_) == _pattern.ElementAt(j_ + i_))
{
nexList_.Add(k);
}
}
list_ = nexList_;
if (_pattern.Length <= j_ + i_ + 1)
{
exit_ = true;
subString_ = _pattern.Substring(i_);
if (list_.containsObj(subString_))
{
strBuilder_.Append(_map.getVal(subString_));
}
else
{
strBuilder_.Append(subString_);
}
break;
}
subString_ = _pattern.Substring(i_, j_ + 1);
if (list_.containsObj(subString_))
{
strBuilder_.Append(_map.getVal(subString_));
i_ += j_;
break;
}
if (list_.isEmpty())
{
strBuilder_.Append(subString_);
i_ += j_;
break;
}
j_++;
}
if (exit_)
{
break;
}
i_++;
}
return(strBuilder_.ToString());
}
length_ = _pattern.Length;
strBuilder_ = new StringBuilder();
i_ = List.FIRST_INDEX;
keys_ = new StringList(_map.getKeys());
exit_ = false;
while (i_ < length_)
{
int j_ = List.FIRST_INDEX;
StringList list_ = keys_;
while (true)
{
StringList nexList_ = new StringList();
foreach (String k in list_)
{
if (k.Length <= j_)
{
continue;
}
if (k.ElementAt(j_) == _pattern.ElementAt(j_ + i_))
{
nexList_.Add(k);
}
}
list_ = nexList_;
if (_pattern.Length <= j_ + i_ + 1)
{
exit_ = true;
subString_ = _pattern.Substring(i_);
if (list_.containsObj(subString_))
{
strBuilder_.Append(_map.getVal(subString_));
}
else
{
strBuilder_.Append(subString_);
}
break;
}
subString_ = _pattern.Substring(i_, j_ + 1);
StringList filterList_ = new StringList(list_);
bool exist_ = false;
foreach (String s in filterList_)
{
if (s.Contains(subString_ + _pattern.ElementAt(j_ + i_ + 1)))
{
exist_ = true;
break;
}
}
if (list_.containsObj(subString_) && !exist_)
{
strBuilder_.Append(_map.getVal(subString_));
i_ += j_;
break;
}
if (list_.isEmpty())
{
strBuilder_.Append(subString_);
i_ += j_;
break;
}
j_++;
}
if (exit_)
{
break;
}
i_++;
}
return(strBuilder_.ToString());
}