public FaseDetectorTypeChangedMessage(ControllerModel controller, string detectordefine, DetectorTypeEnum oldType, DetectorTypeEnum newType)
{
Controller = controller;
NewType = newType;
OldType = oldType;
DetectorDefine = detectordefine;
}
private string GenerateTabCControlParametersIOTypes(ControllerModel c)
{
var sb = new StringBuilder();
sb.AppendLine("/* Typen ingangen */");
sb.AppendLine("/* -------------- */");
var ds = new List <string>();
DetectorTypeEnum prev = DetectorTypeEnum.Kop;
foreach (DetectorModel dm in c.GetAllDetectors())
{
if (c.Data.CCOLVersie >= CCOLVersieEnum.CCOL9)
{
if (prev != DetectorTypeEnum.VecomDetector &&
(dm.Type == DetectorTypeEnum.VecomDetector || dm.Type == DetectorTypeEnum.OpticomIngang))
{
sb.AppendLine("#ifndef NO_CVN_50");
}
if ((prev == DetectorTypeEnum.VecomDetector || prev == DetectorTypeEnum.OpticomIngang) &&
dm.Type != DetectorTypeEnum.VecomDetector)
{
sb.AppendLine("#else");
foreach (var d in ds)
{
sb.AppendLine($"{ts}IS_type[{_dpf}{d}] = DS_type;");
}
ds.Clear();
sb.AppendLine("#endif");
}
}
sb.Append($"{ts}IS_type[{_dpf}{dm.Naam}] = ");
switch (dm.Type)
{
case DetectorTypeEnum.Knop:
case DetectorTypeEnum.KnopBinnen:
case DetectorTypeEnum.KnopBuiten:
sb.AppendLine("DK_type;");
break;
case DetectorTypeEnum.File:
case DetectorTypeEnum.Verweg:
sb.AppendLine("DL_type | DVER_type;");
break;
case DetectorTypeEnum.Kop:
sb.AppendLine("DL_type | DKOP_type;");
break;
case DetectorTypeEnum.Lang:
sb.AppendLine("DL_type | DLNG_type;");
break;
case DetectorTypeEnum.OpticomIngang:
case DetectorTypeEnum.VecomDetector:
// TODO: it is possible to use DKOP and DVER to mark in- and uitmelding: use? how?
if (c.Data.CCOLVersie >= CCOLVersieEnum.CCOL9)
{
sb.AppendLine("DSI_type;");
ds.Add(dm.Naam);
}
else
{
sb.AppendLine("DS_type;");
}
break;
case DetectorTypeEnum.Overig:
sb.AppendLine("DL_type;");
break;
case DetectorTypeEnum.WisselStandDetector:
case DetectorTypeEnum.WisselDetector:
case DetectorTypeEnum.WisselStroomKringDetector:
case DetectorTypeEnum.Radar:
sb.AppendLine("DL_type | DKOP_type;");
break;
default:
throw new ArgumentOutOfRangeException("Unknown detector type while generating tab.c: " + dm.Type.ToString());
}
prev = dm.Type;
}
sb.AppendLine();
sb.AppendLine("/* Typen uitgangen */");
sb.AppendLine("/* --------------- */");
foreach (FaseCyclusModel fc in c.Fasen)
{
sb.Append($"{ts}US_type[{_fcpf}{fc.Naam}] = ");
switch (fc.Type)
{
case Models.Enumerations.FaseTypeEnum.Auto:
sb.AppendLine("MVT_type;");
break;
case Models.Enumerations.FaseTypeEnum.OV:
sb.AppendLine("OV_type;");
break;
case Models.Enumerations.FaseTypeEnum.Fiets:
sb.AppendLine("FTS_type;");
break;
case Models.Enumerations.FaseTypeEnum.Voetganger:
sb.AppendLine("VTG_type;");
break;
default:
throw new ArgumentOutOfRangeException("Unknown vehicle type while generating tab.c: " + fc.Type.ToString());
}
}
if (c.Data.CCOLVersie > CCOLVersieEnum.CCOL8 &&
AllCCOLInputElements.Any(x => x.Multivalent))
{
sb.AppendLine();
sb.AppendLine($"{ts}/* Multivalente ingangen */");
sb.AppendLine($"#if !defined NO_VLOG_300");
foreach (var i in AllCCOLInputElements.Where(x => x.Multivalent))
{
sb.AppendLine($"{ts}IS_type[{i.Naam}] = ISM_type;");
}
sb.AppendLine("#endif /* NO_VLOG_300 */");
}
if (c.Data.CCOLVersie > CCOLVersieEnum.CCOL8 &&
AllCCOLOutputElements.Any(x => x.Multivalent))
{
sb.AppendLine();
sb.AppendLine($"{ts}/* Multivalente ingangen */");
sb.AppendLine($"#if !defined NO_VLOG_300");
foreach (var i in AllCCOLOutputElements.Where(x => x.Multivalent))
{
sb.AppendLine($"{ts}US_type[{i.Naam}] = USM_type;");
}
sb.AppendLine("#endif /* NO_VLOG_300 */");
}
return(sb.ToString());
}
public FaseDetectorTypeChangedMessage(string detectordefine, DetectorTypeEnum type)
{
Type = type;
DetectorDefine = detectordefine;
}
