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dvc.h
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dvc.h
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//===========================================================================================
// FIX VARIBLE
//===========================================================================================
const String DVC_DESC = "Plug " + String(RELAY_MAX) + "Ch Sen";
const String DVC_TYPE = "Relay" + String(RELAY_MAX) + "Ch";
const String _Dvc_TypeCode = "313139";
byte _Dvc_Phase = 0;
//===========================================================================================
// DVC Controls
//===========================================================================================
void Dvc__AnalyzeData(String Data, byte CircuitType) {
if (Data == "") return;
if (_Dvc_IsEnableSetAddress) {
Manual__SetAddressLine(Data);
return;
}
while (Data != "") {
byte AA = Tools__HexToDecimal(Data.substring(0, 2));
byte Fn = Tools__HexToDecimal(Data.substring(2, 4));
byte Sub = Tools__HexToDecimal(Data.substring(4, 6));
byte CH = Tools__HexToDecimal(Data.substring(6, 8));
byte IO = Tools__HexToDecimal(Data.substring(8, 10)); //Request=0 & Response=17
String Data2 = "";
if (Fn == 242) { //AA+Fn+Sub+CH+IO+Len+Val(Len)+CRC(2b)
byte Len = Tools__HexToDecimal(Data.substring(10, 12));
Data2 = Data.substring(0, 12 + (Len * 2) + 4);
if (Data.length() > Data2.length())
Data = Data.substring(Data2.length(), Data.length());
else
Data = "";
} else if (Fn == 240) { //AA+Fn+Sub+CH++Type+IO+Len+Val(Len)+CRC(2b)
byte Len = Tools__HexToDecimal(Data.substring(12, 14));
Data2 = Data.substring(0, 14 + (Len * 2) + 4);
if (Data.length() > Data2.length())
Data = Data.substring(Data2.length(), Data.length());
else
Data = "";
} else if (Fn == 241 || Fn == 243) { //AA+Fn+Sub+CH+IO+Val+CRC(2b)
Data2 = Data.substring(0, 16);
if (Data.length() > Data2.length())
Data = Data.substring(Data2.length(), Data.length());
else
Data = "";
} else if (Fn == 6) { //AA+Fn+Sub+CH+Val(2b)+CRC(2b)
Data2 = Data.substring(0, 16);
if (Data.length() > Data2.length())
Data = Data.substring(Data2.length(), Data.length());
else
Data = "";
} else {
Data2 = Data;
delay(1);
Data = "";
}
if (Tools__ModbusCRC(Data2.substring(0, Data2.length() - 4)) == Data2.substring(Data2.length() - 4, Data2.length())) { //Check CRC
if (SOFTWARE_DEBUGMODE) {
Debug_ConsolePrint("AA = ");
Debug_ConsolePrintln(String(AA));
Debug_ConsolePrint("Fn = ");
Debug_ConsolePrintln(String(Fn));
Debug_ConsolePrint("Sub = ");
Debug_ConsolePrintln(String(Sub));
Debug_ConsolePrint("CH = ");
Debug_ConsolePrintln(String(CH));
}
if (Fn == 241) { //HEX=F1 Decimal=241
byte val = Tools__HexToDecimal(Data.substring(10, 12)); //Lock=255 & Unlock=0
if (CH == 255) {
for (byte i = 0; i < RELAY_MAX; i++) {
if (val == 255) {
MemoWriteByte(EP_RELAY_LOCK_S + i, 1);
_Dvc_Relay[i].Lock = 1;
} else if (val == 0) {
MemoWriteByte(EP_RELAY_LOCK_S + i, 0);
_Dvc_Relay[i].Lock = 0;
}
}
} else {
for (byte i = 0; i < RELAY_MAX; i++)
if (AA == _Dvc_Relay[i].Address && Sub == _Dvc_Relay[i].Subnet && CH == _Dvc_Relay[i].Channel) {
if (val == 255) {
MemoWriteByte(EP_RELAY_LOCK_S + i, 1);
_Dvc_Relay[i].Lock = val;
} else if (val == 0) {
MemoWriteByte(EP_RELAY_LOCK_S + i, 0);
_Dvc_Relay[i].Lock = val;
}
if (IO == 0) {
Data = Data.substring(0, 8) + "11" + Data.substring(10, 12);
Data.toUpperCase();
Data += Tools__ModbusCRC(Data);
Tools__ModbusSend(Data2, "Auto"); //Response
}
}
}
}
//-----------------------------------------------
if (Fn == 243) { //Check system online HEX=F3 Decimal=243
for (byte i = 0; i < RELAY_MAX; i++)
if (AA == _Dvc_Relay[i].Address && Sub == _Dvc_Relay[i].Subnet && CH == _Dvc_Relay[i].Channel && IO == 0) {
Data2 = Data2.substring(0, 8) + "11" + Data2.substring(10, 12);
Data2.toUpperCase();
Data2 += Tools__ModbusCRC(Data2);
Tools__ModbusSend(Data2, "Auto"); //Response
}
// return;
}
//-----------------------------------------------
else if (Fn == 244 && CH == 0) { //ON or OFF Channels
// Serial1.println("F4");
bool DoIT = false;
byte Len = (Tools__HexToDecimal(Data2.substring(10, 12))) * 2; //Size of Mode+value+Data
byte Mode = Tools__HexToDecimal(Data2.substring(12, 14)); //Mode
byte val = Tools__HexToDecimal(Data2.substring(14, 16)); //value
if (Mode == 1) {
for (byte i = 16; i < 12 + Len; i += 2) {
byte CH1 = Tools__HexToDecimal(Data2.substring(i, i + 2));
// Serial1.println(CH1);
for (byte z = 0; z < RELAY_MAX; z++) {
if (AA != _Dvc_Relay[z].Address || Sub != _Dvc_Relay[z].Subnet || CH1 != _Dvc_Relay[z].Channel || _Dvc_Relay[z].Lock != 0)
continue;
byte TC = 0;
DoIT = true;
switch (_Dvc_Relay[z].Type) {
case 0:
if (val == 255) {
_Dvc_Led[z] = 1;
Dvc__RelayControl(z);
} else if (val == 0) {
_Dvc_Led[z] = 0;
Dvc__RelayControl(z);
}
break;
case 2:
TC = 2;
if (val == 0) {
_Dvc_Led[z] = 0;
_Dvc_Led[z + 1] = 0;
} else if (val == 255) {
_Dvc_Led[z] = 1;
_Dvc_Led[z + 1] = 0;
}
Dvc__RelayControl(z);
break;
case 3:
TC = 3;
if (val == 0) {
_Dvc_Led[z] = 0;
_Dvc_Led[z + 1] = 0;
_Dvc_Led[z + 2] = 0;
} else if (val == 255) {
_Dvc_Led[z] = 1;
_Dvc_Led[z + 1] = 0;
_Dvc_Led[z + 2] = 0;
}
Dvc__RelayControl(z);
break;
}
Dvc__SendData(1, z, TC);
delay(150);
}
}
}
if (Mode == 2) {
for (byte i = 16; i < 12 + Len; i += 4) {
byte CH_Low = Tools__HexToDecimal(Data2.substring(i, i + 2));
byte CH_High = Tools__HexToDecimal(Data2.substring(i + 2, i + 4));
for (byte j = CH_Low; j <= CH_High; j++) {
for (byte z = 0; z < 10; z++) {
if (AA == _Dvc_Relay[z].Address && Sub == _Dvc_Relay[z].Subnet && j == _Dvc_Relay[z].Channel && _Dvc_Relay[z].Lock == 0) {
byte TC = 0;
DoIT = true;
switch (_Dvc_Relay[z].Type) {
case 0:
if (val == 255) {
_Dvc_Led[z] = 1;
Dvc__RelayControl(z);
} else if (val == 0) {
_Dvc_Led[z] = 0;
Dvc__RelayControl(z);
}
break;
case 2:
TC = 2;
if (val == 0) {
_Dvc_Led[z] = 0;
_Dvc_Led[z + 1] = 0;
} else if (val == 255) {
_Dvc_Led[z] = 1;
_Dvc_Led[z + 1] = 0;
}
Dvc__RelayControl(z);
break;
case 3:
TC = 3;
if (val == 0) {
_Dvc_Led[z] = 0;
_Dvc_Led[z + 1] = 0;
_Dvc_Led[z + 2] = 0;
} else if (val == 255) {
_Dvc_Led[z] = 1;
_Dvc_Led[z + 1] = 0;
_Dvc_Led[z + 2] = 0;
}
Dvc__RelayControl(z);
break;
}
Dvc__SendData(1, z, TC);
delay(150);
}
}
}
}
}
if (DoIT == false)
Check_CustomCode(Data2);
}
//-----------------------------------------------
else if (Fn == 242) { //HEX=F2 Decimal=242
if (AA == 254 && Sub == 0 && CH == 252) {
byte Val = Tools__HexToDecimal(Data2.substring(14, 16));
Check_VirtualCode(Val);
} else {
byte i = 0;
for (; i < RELAY_MAX; i++)
if (AA == _Dvc_Relay[i].Address && Sub == _Dvc_Relay[i].Subnet && CH == _Dvc_Relay[i].Channel) break;
if (i >= RELAY_MAX)
Check_CustomCode(Data2);
else {
byte TC = 0;
String val = Data2.substring(12, 16);
switch (_Dvc_Relay[i].Type) {
case T_Light:
case T_Siren:
if (_Dvc_Relay[i].Type == T_RemoteRelay && IO == 0)
Dvc__SendData(1, i, TC);
if (val == "00FF") {
_Dvc_Led[i] = 1;
Dvc__RelayControl(i);
} else if (val == "0000") {
_Dvc_Led[i] = 0;
Dvc__RelayControl(i);
}
break;
case T_RemoteRelay:
if (val == "0000") {
_Dvc_Led[i] = 0;
W_RelayOFF[i] = 1;
Button__LEDShow();
delay(40);
W_RelayOFF[i] = 0;
Button__LEDShow();
} else Dvc__RelayControl(i);
break;
}
if (IO == 0)
Dvc__SendData(1, i, TC);
}
}
}
//-----------------------------------------------
else if (Fn == 240) { //HEX=F0 Decimal=240
byte Type = Tools__HexToDecimal(Data2.substring(8, 10));
IO = Tools__HexToDecimal(Data2.substring(10, 12));
if (SOFTWARE_DEBUGMODE) {
Debug_ConsolePrint("Type = ");
Debug_ConsolePrintln(String(Type));
Debug_ConsolePrint("IO = ");
Debug_ConsolePrintln(String(IO));
}
if ((Type == 0 || Type == 1) && IO == 0 && Data2.substring(14, 16) == "14") {
if (SOFTWARE_DEBUGMODE) {
Debug_ConsolePrint("SerialBarcodeRead = ");
Debug_ConsolePrintln(Tools__SerialBarcodeRead());
Debug_ConsolePrint("Data.substring(18, 38) = ");
Debug_ConsolePrintln(Data.substring(18, 38));
}
if (Tools__SerialBarcodeRead() += Data2.substring(18, 38)) {
return;
byte BT = Tools__HexToDecimal(Data2.substring(16, 18));
// Serial.print("BT= "); Serial.println(BT);
switch (BT) {
case 1:
BT = 0;
break;
case 2:
BT = 5;
break;
case 3:
BT = 7;
break;
case 4:
BT = 6;
break;
}
switch (Type) {
case 0:
if (_Dvc_Relay[BT].Address == 255 || _Dvc_Relay[BT].Channel == 255) {
MemoWriteByte(EP_RELAY_ADDRESS_S + BT, AA);
MemoWriteByte(EP_RELAY_SUBNET_S + BT, Sub); //Save Subnnet To EEPROM
MemoWriteByte(EP_RELAY_CHANNEL_S + BT, CH); //Save Channel To EEPROM
_Dvc_Relay[BT].Address = AA;
_Dvc_Relay[BT].Subnet = Sub;
_Dvc_Relay[BT].Channel = CH;
} //else return;
break;
}
}
} else if (Data2.substring(14, 16) == "04") { //return serial to server
byte i = 0;
for (; i < 10; i++) {
if (AA == _Dvc_Relay[i].Address && Sub == _Dvc_Relay[i].Subnet && CH == _Dvc_Relay[i].Channel) break;
}
if (i < 10) {
String SerialLable = Data2.substring(0, 8) + "110B04" + Tools__SerialBarcodeRead();
// ADM__SendData_2(SerialLable);
}
}
if (AA != 1 || Sub != 255 || CH != 255 || Type != 255 || IO != 0) { //Check Addres & Subnet & Channel
byte Len = Tools__HexToDecimal(Data2.substring(12, 14)) * 2;
byte Mode = Tools__HexToDecimal(Data2.substring(14, 16));
byte Var = Tools__HexToDecimal(Data2.substring(16, 18));
// Serial.print("Mode= "); Serial.println(Mode);
if (Mode == 0) { //Request for detect Device
// ADM__SendData_2("01F0FFFFFF110400" + _Dvc_TypeCode); //send Type(02)(Key) & Var(04)(4Gang)
} else if (Mode == 1 && _Dvc_HasBarcode == false) { //Save Serial _Dvc_HasBarcode
String sentence = Data2.substring(16, 14 + Len);
delay(3);
if (sentence.substring(0, 6) != _Dvc_TypeCode) return;
for (byte i = 1; i <= Len - 2; i += 2) {
byte j = Tools__HexToDecimal(sentence.substring(i - 1, i + 1));
MemoWriteByte(EP_SERIAL_S + ((i + 1) / 2) - 1, j);
}
_Dvc_HasBarcode = true;
// ADM__SendData_2("01F0FFFFFF11" + Data2.substring(12, Data2.length() - 4));
for (byte i = 0; i <= 6; i++) {
MemoWriteByte(EP_RELAY_ADDRESS_S + i, 255);
MemoWriteByte(EP_RELAY_SUBNET_S + i, 255); //Save Subnnet To EEPROM
MemoWriteByte(EP_RELAY_CHANNEL_S + i, 255); //Save Channel To EEPROM
_Dvc_Relay[i].Address = 255;
_Dvc_Relay[i].Subnet = 255;
_Dvc_Relay[i].Channel = 255;
}
for (byte i = 0; i < 6; i++) {
for (byte i = 0; i < 9; i++) {
_Dvc_Led[i] = !_Dvc_Led[i];
}
Button__LEDShow();
delay(200);
}
} else if (Mode == 2) { //Request for send Serial to system
String SerialLable = "";
// ADM__SendData_2("01F0FFFFFF110B02" + Tools__SerialBarcodeRead()); //Send Serial to System
} else if (Mode == 17) { //Request DevSerch
//if (_Dvc_Phase == 0)
// ADM__SendData_2("01F0FFFFFF110B11" + Tools__SerialBarcodeRead()); //Send Serial to System
} else if (Mode == 18) { //Save DevSerch
if (Data2.substring(18, 38) != Tools__SerialBarcodeRead()) return;
_Dvc_Phase = Var;
} else if (Mode == 19) { //I'm Here (Blinker)
if (Data2.substring(16, 36) != Tools__SerialBarcodeRead()) return;
for (byte i = 0; i < 6; i++) {
for (byte i = 0; i < 9; i++) {
_Dvc_Led[i] = !_Dvc_Led[i];
}
Button__LEDShow();
delay(200);
}
}
}
}
} else
Check_CustomCode(Data2);
}
}
void Dvc__RelayControl(byte L) {
if (_Dvc_Relay[L].Type == T_Light || _Dvc_Relay[L].Type == T_Siren) {
if (_Dvc_Led[L] == 1) {
W_RelayON[L] = 1;
Button__LEDShow();
delay(40);
W_RelayON[L] = 0;
Button__LEDShow();
} else {
W_RelayOFF[L] = 1;
Button__LEDShow();
delay(40);
W_RelayOFF[L] = 0;
Button__LEDShow();
}
} else if (_Dvc_Relay[L].Type == T_RemoteRelay) {
W_RelayON[L] = 1;
_Dvc_Led[L] = 1;
Button__LEDShow();
delay(40);
W_RelayON[L] = 0;
Button__LEDShow();
_Dvc_RelayTimeout[L] = _Dvc_Relay[L].Hold;
}
MemoWriteByte(EP_LASTDVCMODE_S + L, _Dvc_Led[L]);
}
void Dvc__SendData(byte TypeCircuit, byte LineNumber, byte TypeCode) {
//SendSettingToAllOnMesh();
String ADD = Tools__ByteToHexstring(_Dvc_Relay[LineNumber].Address);
String Sub = Tools__ByteToHexstring(_Dvc_Relay[LineNumber].Subnet);
String CH = Tools__ByteToHexstring(_Dvc_Relay[LineNumber].Channel);
String Value = "";
byte CLine, FLine;
switch (TypeCode) {
case T_Light:
case T_Siren:
if (_Dvc_Led[LineNumber] == 1) Value = "00FF";
else Value = "0000";
break;
case T_RemoteRelay:
Value = "00FF";
break;
}
String Data = ADD + "F2" + Sub + CH + "1102" + Value; //AA + Fn + sub + CH + IO + Len + val
Data += Tools__ModbusCRC(Data);
Data.toUpperCase();
if (SOFTWARE_DEBUGMODE) Debug_ConsolePrintln("\r\nDvc__SendData Prepare... " + Data);
Tools__ModbusSend(Data, TypeCircuit == 0 ? "Manual" : "Auto");
}