public static void BitsToData()
{
foreach (var typeBool in TypeBools)
{
//PlcWordModel targetWord = new PlcWordModel();//new
PlcBitModel targetBit = new PlcBitModel();
targetBit = BitMap.Find(m => m.DataName == typeBool.Name).Bit;
if (targetBit.MemArea == "W" && targetBit.WordAddress == 1 && targetBit.BitAddress == 15 && targetBit.Value == 1)
{
;
}
typeBool.SetValue(PlcBits.Find(b => b.MemArea == targetBit.MemArea &&
b.WordAddress == targetBit.WordAddress &&
b.BitAddress == targetBit.BitAddress).Value);
//targetWord = PlcWRWords.FirstOrDefault(w => w.MemoryArea == targetBit.MemArea && w.WordAddress == targetBit.WordAddress);//new
//if (targetWord!=null)
//{
// typeBool.SetValue(targetWord.plcBits.Find(b => b.BitAddress == targetBit.BitAddress).Value);//new
//}
//else
//{
// targetWord=PlcHRWords.FirstOrDefault(w => w.MemoryArea == targetBit.MemArea && w.WordAddress == targetBit.WordAddress);
// typeBool.SetValue(targetWord.plcBits.Find(b => b.BitAddress == targetBit.BitAddress).Value);//new
//}
}
}
public static void UpdateStringToWords(PlcMemArea memArea, SortedList <int, string> sList)
{
string MemArea = null;
List <PlcWordModel> listInUse = new List <PlcWordModel>();
List <PlcBitModel> bitListInUse = new List <PlcBitModel>();
switch (memArea)
{
case PlcMemArea.WR:
listInUse = PlcDataMapper.PlcWRWords;
MemArea = "W";
break;
case PlcMemArea.HR:
listInUse = PlcDataMapper.PlcHRWords;
MemArea = "H";
break;
case PlcMemArea.DM:
listInUse = PlcDataMapper.PlcDMWords;
MemArea = "D";
break;
case PlcMemArea.CIO:
break;
case PlcMemArea.WR_bit:
bitListInUse = PlcDataMapper.PlcBits;
MemArea = "W";
break;
case PlcMemArea.HR_bit:
bitListInUse = PlcDataMapper.PlcBits;
MemArea = "H";
break;
case PlcMemArea.AR:
break;
default:
//listInUse = new List<PlcWordModel>();
break;
}
if (memArea == PlcMemArea.DM)
{
foreach (var addrStr in sList)
{
int address = addrStr.Key;
for (int i = 0; i < addrStr.Value.Length / 4; i++)
{
listInUse.Find(x => x.WordAddress == address)
.SetValue(addrStr.Value.Substring(4 * i, 4));
address++;
}
}
}
if (memArea == PlcMemArea.HR_bit || memArea == PlcMemArea.WR_bit)
{
foreach (var addrStr in sList)
{
int wordAddress = addrStr.Key;
//int bitAddress = 0;
int bitAddress = 15;//WRstr format is MSB->LSB
string binStr = BinaryConvert16(addrStr.Value);
for (int i = 0; i < binStr.Length; i++)
{
PlcBitModel tempBit = PlcDataMapper.PlcBits.FirstOrDefault(x => x.MemArea == MemArea && x.WordAddress == wordAddress &&
x.BitAddress == bitAddress);
if (tempBit != null)
{
tempBit.SetValue(binStr.Substring(i, 1));
}
bitAddress--;
//if (bitAddress==16)
if (bitAddress == -1)
{
wordAddress++;
//bitAddress = 0;
bitAddress = 15;
}
}
}
}
// if (memArea == PlcMemArea.DM)
// {
//for (int i = 0; i < S.Length / 4 - 1; i++)
//{
// PlcDataMapper.PlcDMWords.Find(x => x.MemoryArea == MemArea && x.WordAddress == OmronFINsClass.StartingId_DM + i)
// .SetValue(S.Substring(4 * i, 4));
// retList.Add(new PlcWordModel(memArea, i, S.Substring(4 + 4 * i, 4)));
//}
// }
//else if (memArea == PlcMemArea.HR)
//{
// foreach (var addrStr in sList)
// {
// int address = addrStr.Key;
// for (int i = 0; i < addrStr.Value.Length / 4; i++)
// {
// PlcDataMapper.PlcHRWords.Find(x => x.WordAddress == address)
// .SetValue(addrStr.Value.Substring(4 * i, 4));
// address++;
// }
// }
// //for (int i = 0; i < S.Length / 4 - 1; i++)
// //{
// // PlcDataMapper.PlcHRWords.Find(x => x.MemoryArea == MemArea && x.WordAddress == OmronFINsClass.StartingId_HR + i)
// // .SetValue(S.Substring(4 * i, 4));
// // //retList.Add(new PlcWordModel(memArea, i, S.Substring(4 + 4 * i, 4)));
// //}
//}
//else if (memArea == PlcMemArea.WR)
//{
// foreach (var addrStr in sList)
// {
// int address = addrStr.Key;
// for (int i = 0; i < addrStr.Value.Length / 4; i++)
// {
// PlcDataMapper.PlcWRWords.Find(x => x.WordAddress == address)
// .SetValue(addrStr.Value.Substring(4 * i, 4));
// address++;
// }
// }
//}
}
