public void Calculate()
{
if (_list.Count < _target || Runtime != null)
{
return;
}
_list.Sort();
Runtime = new ListStats <RuntimeInfo>(_list, r => r.Runtime, false);
CyclomaticComplexity = new ListStats <RuntimeInfo>(_list, r => r.CyclomaticComplexity);
HalsteadDifficulty = new ListStats <RuntimeInfo>(_list, r => r.HalsteadDifficulty);
foreach (var ri in _list)
{
_ec.Add(ri.Output);
}
OutputEntropy = _ec.GetEntropy();
}
public void Calculate()
{
if (_list.Count < _target || Runtime != null)
{
return;
}
//_list.Sort();
Runtime = new ListStats <RuntimeInfo>(_list, r => r.Runtime);
CyclomaticComplexity = new ListStats <RuntimeInfo>(_list, r => r.CyclomaticComplexity);
HalsteadDifficulty = new ListStats <RuntimeInfo>(_list, r => r.HalsteadDifficulty);
LinesOfCode = new ListStats <RuntimeInfo>(_list, r => r.LinesOfCode);
foreach (var ri in _list)
{
_ec.Add(ri.Output);
}
OutputEntropy = _ec.GetEntropy();
SyntaxErrorValidity = _list.Count(ri => ri.MatchSyntaxError) / (double)_list.Count;
SyntaxErrorRuntime = _list.Average(ri => ri.SyntaxErrorRuntime);
}