public void Write(EMasterKDevice device, int address, UInt16[] values, int plcNo = 0, bool checkBcc = true)
{
if ((values == null) || (values.Length > 120))
{
Log(EEthernetLogItem.Exception, "Occurred out of writing length({0})", values.Length);
throw new MasterKException(
"Occurred out of writinging length error in UlMasterKEthernetClient.Write",
EMasterKException.InvalidAddress);
}
string cmd = (checkBcc == true) ? "w" : "W";
string packet = $"{(char)EAscii.ENQ}{plcNo:X2}{cmd}SB07%{device}W{address:X4}{values.Length:X2}";
for (int i = 0; i < values.Length; i++)
{
packet += $"{values[i]:X4}";
}
packet += $"{(char)EAscii.EOT}";
if (checkBcc == true)
{
packet += CalcBcc(packet);
}
Send(packet, checkBcc);
}
public void Read(EMasterKDevice device, int address, int length, int plcNo = 0, bool checkBcc = true)
{
if ((length < 1) || (length > 120))
{
Log(EEthernetLogItem.Exception, "Occurred out of reading length({0})", length);
throw new MasterKException(
"Occurred out of reading length error in UlMasterKEthernetClient.Read",
EMasterKException.InvalidAddress);
}
string cmd = (checkBcc == true) ? "r" : "R";
string packet = $"{(char)EAscii.ENQ}{plcNo:X2}{cmd}SB07%{device}W{address:D4}{length:X2}{(char)EAscii.EOT}";
if (checkBcc == true)
{
packet += CalcBcc(packet);
}
Send(packet, checkBcc);
lock (valuePacket)
{
lock (recvPacket)
{
packet = recvPacket.ToString();
}
valuePacket = packet.Substring(8, length * 4);
}
}
public void Write(EMasterKDevice device, int address, UInt16 value, int plcNo = 0, bool checkBcc = true)
{
string cmd = (checkBcc == true) ? "w" : "W";
string packet = $"{(char)EAscii.ENQ}{plcNo:X2}{cmd}SS0107%{device}W{address:X4}{value:X4}{(char)EAscii.EOT}";
if (checkBcc == true)
{
packet += CalcBcc(packet);
}
Send(packet, checkBcc);
}
public void SetBit(EMasterKDevice device, int address, int bitNo, bool active, int plcNo = 0, bool checkBcc = true)
{
string cmd = (checkBcc == true) ? "w" : "W";
string boolean = (active == false) ? "00" : "01";
string packet = $"{(char)EAscii.ENQ}{plcNo:X2}{cmd}SS0107%{device}X{address:D3}{bitNo:X1}{boolean}{(char)EAscii.EOT}";
if (checkBcc == true)
{
packet += CalcBcc(packet);
}
Send(packet, checkBcc);
}
public bool GetBit(EMasterKDevice device, int address, int bitNo, int plcNo = 0, bool checkBcc = true)
{
string cmd = (checkBcc == true) ? "r" : "R";
string packet = $"{(char)EAscii.ENQ}{plcNo:X2}{cmd}SS0107%{device}X{address:D3}{bitNo:X1}{(char)EAscii.EOT}";
if (checkBcc == true)
{
packet += CalcBcc(packet);
}
Send(packet, checkBcc);
packet = packet.Substring(10, 2);
return((packet == "00") ? false : true);
}
