public CableInfo(CableDevice cable, string lengthAttribute)
{
Id = cable.Id;
Name = cable.Name;
Type = String.Intern(cable.ComponentName);
Length = cable.GetAttributeValue(lengthAttribute);
Length = String.IsNullOrEmpty(Length) ? "0 м" : Length + " м";
Signals = new List <string>();
}
private static void GetDeviceConnectionByIdAndCableInfoById(E3Project project, HashSet <int> electricSchemeSheetIds, out Dictionary <int, DeviceConnection> deviceConnectionById, out Dictionary <int, CableInfo> cableInfoById)
{
CableDevice cable = project.GetCableDeviceById(0);
CableCore core = project.GetCableCoreById(0);
NormalDevice startDevice = project.GetNormalDeviceById(0);
NormalDevice endDevice = project.GetNormalDeviceById(0);
DevicePin startPin = project.GetDevicePinById(0);
DevicePin endPin = project.GetDevicePinById(0);
WireCore wire = project.GetWireCoreById(0);
deviceConnectionById = new Dictionary <int, DeviceConnection>();
cableInfoById = new Dictionary <int, CableInfo>();
int connectionId = 0;
foreach (int cableId in project.CableIds)
{
cable.Id = cableId;
foreach (int coreId in cable.CoreIds)
{
core.Id = coreId;
int startPinId = core.StartPinId;
int endPinId = core.EndPinId;
if (endPinId == 0 || startPinId == 0) // проверка на неподключенные концы
{
continue;
}
startPin.Id = startPinId; // id вывода
if (!electricSchemeSheetIds.Contains(startPin.SheetId)) // проверка на то, что вывод расположен на принципиальной схеме
{
continue;
}
endPin.Id = endPinId;
if (!electricSchemeSheetIds.Contains(endPin.SheetId))
{
continue;
}
startDevice.Id = startPinId;
endDevice.Id = endPinId;
if (startDevice.Assignment.Equals(endDevice.Assignment) && !(startDevice.GetAttributeValue("IncludeInOWS").Equals("1") || endDevice.GetAttributeValue("IncludeInOWS").Equals("1")))
{
continue;
}
string signal = startPin.SignalName;
deviceConnectionById.Add(connectionId++, new DeviceConnection(startDevice.Id, startPin.Name, endDevice.Id, endPin.Name, cableId, signal));
string lengthAttribute = "Lenght_m_sp";
if (!cableInfoById.ContainsKey(cableId))
{
cableInfoById.Add(cableId, new CableInfo(cable, lengthAttribute));
}
cableInfoById[cableId].Signals.Add(signal);
}
}
foreach (int wireId in project.WireIds)
{
wire.Id = wireId;
int startPinId = wire.StartPinId;
int endPinId = wire.EndPinId;
if (endPinId == 0 || startPinId == 0) // проверка на неподключенные концы
{
continue;
}
startPin.Id = startPinId; // id вывода
if (!electricSchemeSheetIds.Contains(startPin.SheetId)) // проверка на то, что вывод расположен на принципиальной схеме
{
continue;
}
endPin.Id = endPinId;
if (!electricSchemeSheetIds.Contains(endPin.SheetId))
{
continue;
}
startDevice.Id = startPinId;
endDevice.Id = endPinId;
if (startDevice.Assignment.Equals(endDevice.Assignment) && !(startDevice.GetAttributeValue("IncludeInOWS").Equals("1") || endDevice.GetAttributeValue("IncludeInOWS").Equals("1")))
{
continue;
}
string signal = startPin.SignalName;
deviceConnectionById.Add(connectionId++, new DeviceConnection(startDevice.Id, startPin.Name, endDevice.Id, endPin.Name, wireId, signal));
string lengthAttribute = "Lenght_m_sp";
if (!cableInfoById.ContainsKey(wireId))
{
cableInfoById.Add(wireId, new CableInfo(wire, lengthAttribute));
}
cableInfoById[wireId].Signals.Add(signal);
}
}
