64 lines
3.5 KiB
C#
64 lines
3.5 KiB
C#
using MoniteurBaie.Utils;
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namespace MoniteurBaie.DataModels;
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public static class PacketParser
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{
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public static SerialDataPacket ParseSerialDataPacket(string s)
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{
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// "COM,{VB1},{VB2},{VB3},{VB4},{VB5},{VB6},{VBat},{VBmin},{VBmax},{Curr},{Power},{Energy},{Temp_alim},{Temp_cha},{Temp_bat},{DF_TEMP_ALIM},{MEM_DF_TEMP_ALIM},{DF_TEMP_BAT},{MEM_DF_TEMP_BAT},{DF_TEMP_CHA},{MEM_DF_TEMP_CHA},{DF_V_INCOHERENT},{DF_BAD_CELL},{DF_OVERCURRENT},{DF_OVERCURRENT_STOP},{DF_STOP_GENERAL},{DF_GENERAL},{DF_CELL_OVERVOLTAGE},{MEM_DF_CELL_OVERVOLTAGE},{DF_UNBALANCE},{MEM_DF_UNBALANCE},{Buzzer_stop},{DECHARGE},{MEM_DECHARGE},{Compteur_demande_coupure_batterie},{Compteur_demande_coupure_totale},{!digitalRead(S_PowRelay)},{digitalRead(S_ChaRelay)},{digitalRead(S_BatRelay1)},{S_BatRelay_State},{flag_decharge}";
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var splitter = new Splitter(s);
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var header = splitter.ReadString();
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if (header is not "COM")
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{
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throw new Exception("Invalid packet header.");
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}
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var VB1 = splitter.ReadFloat();
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var VB2 = splitter.ReadFloat();
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var VB3 = splitter.ReadFloat();
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var VB4 = splitter.ReadFloat();
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var VB5 = splitter.ReadFloat();
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var VB6 = splitter.ReadFloat();
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var VBat = splitter.ReadFloat();
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var VBmin = splitter.ReadFloat();
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var VBmax = splitter.ReadFloat();
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var Curr = splitter.ReadFloat();
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var Power = splitter.ReadFloat();
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var Energy = splitter.ReadFloat();
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var Temp_alim = splitter.ReadFloat();
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var Temp_cha = splitter.ReadFloat();
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var Temp_bat = splitter.ReadFloat();
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var DF_TEMP_ALIM = splitter.ReadBool();
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var MEM_DF_TEMP_ALIM = splitter.ReadBool();
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var DF_TEMP_BAT = splitter.ReadBool();
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var MEM_DF_TEMP_BAT = splitter.ReadBool();
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var DF_TEMP_CHA = splitter.ReadBool();
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var MEM_DF_TEMP_CHA = splitter.ReadBool();
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var DF_V_INCOHERENT = splitter.ReadBool();
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var DF_BAD_CELL = splitter.ReadBool();
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var DF_OVERCURRENT = splitter.ReadBool();
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var DF_OVERCURRENT_STOP = splitter.ReadBool();
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var DF_STOP_GENERAL = splitter.ReadBool();
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var DF_GENERAL = splitter.ReadBool();
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var DF_CELL_OVERVOLTAGE = splitter.ReadBool();
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var MEM_DF_CELL_OVERVOLTAGE = splitter.ReadBool();
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var DF_UNBALANCE = splitter.ReadBool();
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var MEM_DF_UNBALANCE = splitter.ReadBool();
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var Buzzer_stop = splitter.ReadBool();
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var DECHARGE = splitter.ReadBool();
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var MEM_DECHARGE = splitter.ReadBool();
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var Compteur_demande_coupure_batterie = splitter.ReadUInt();
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var Compteur_demande_coupure_totale = splitter.ReadUInt();
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var S_PowRelay = splitter.ReadBool();
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var S_ChaRelay = splitter.ReadBool();
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var S_BatRelay1 = splitter.ReadBool();
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var S_BatRelay_State = splitter.ReadBool();
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var Flag_decharge = splitter.ReadBool();
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return new(VB1, VB2, VB3, VB4, VB5, VB6, VBat, VBmin, VBmax, Curr, Power, Energy, Temp_alim, Temp_cha, Temp_bat, DF_TEMP_ALIM, MEM_DF_TEMP_ALIM, DF_TEMP_BAT, MEM_DF_TEMP_BAT, DF_TEMP_CHA, MEM_DF_TEMP_CHA, DF_V_INCOHERENT, DF_BAD_CELL, DF_OVERCURRENT, DF_OVERCURRENT_STOP, DF_STOP_GENERAL, DF_GENERAL, DF_CELL_OVERVOLTAGE, MEM_DF_CELL_OVERVOLTAGE, DF_UNBALANCE, MEM_DF_UNBALANCE, Buzzer_stop, DECHARGE, MEM_DECHARGE, Compteur_demande_coupure_batterie, Compteur_demande_coupure_totale, S_PowRelay, S_ChaRelay, S_BatRelay1, S_BatRelay_State, Flag_decharge);
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}
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}
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