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View Code? Open in Web Editor NEWHow to create a Webserver on an ESP32 with Websockets and JSON
License: MIT License
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maximum number of variables
hey,
what is the maximum number of variables to use? I have the problem that I already have a relatively large number of variables and unfortunately not even all of them, but the system is becoming more and more unstable.
In your opinion, how could this be simplified and optimized so that the whole thing is not too detrimental to computing power.
thx
//START Funktion for Websocket -> write from Website ///////////////////////////////////////////////////////
void webSocketEvent(byte num, WStype_t type, uint8_t * payload, size_t length) { // the parameters of this callback function are always the same -> num: id of the client who send the event, type: type of message, payload: actual data sent and length: length of payload
switch (type) { // switch on the type of information sent
case WStype_DISCONNECTED: // if a client is disconnected, then type == WStype_DISCONNECTED
Serial.println("Client " + String(num) + " disconnected");
break;
case WStype_CONNECTED: // if a client is connected, then type == WStype_CONNECTED
Serial.println("Client " + String(num) + " connected");
//websDevNbr = 1;
// optionally you can add code here what to do when connected
break;
case WStype_TEXT: // if a client has sent data, then type == WStype_TEXT
// try to decipher the JSON string received
//StaticJsonDocument<200> doc;
DynamicJsonDocument doc(2048); // create a JSON container
DeserializationError error = deserializeJson(doc, payload);
if (error) {
Serial.print(F("deserializeJson() failed: "));
Serial.println(error.f_str());
return;
}
else {
// JSON string was received correctly, so information can be retrieved:
JsonVariantConst val;
/*Allgemein Dashboard*/
val = doc["wallbox"]; if (val != nullptr) { websDevNbr = val.as<short>(); }
val = doc["maxGridCurrent_contr"]; if (val != nullptr) { preferences.putShort("maxGridCurr", val.as<short>()); }
val = doc["restart_contr"]; if (val != nullptr) { delay (200); ESP.restart(); }
/*Control Ladecontroller*/
val = doc["ChContr4_contr"]; if (val != nullptr) { mb.Hreg(Device[websDevNbr].NbrTCPwriteReg + 2, val.as<short>()); } // Unlock
val = doc["ChContr5_contr"]; if (val != nullptr) { mb.Hreg(Device[websDevNbr].NbrTCPwriteReg + 3, val.as<short>()); } // Release
val = doc["ChContr6_contr"]; if (val != nullptr) { mb.Hreg(Device[websDevNbr].NbrTCPwriteReg + 4, val.as<short>()); } // Set Charge Current
/*Control RFID*/
val = doc["rfidBuzzer_contr"]; if (val != nullptr) { mb.Hreg(Device[websDevNbr].NbrTCPwriteReg + 5, val.as<short>()); } // Control RFID Buzzer
val = doc["rfidLed_contr"]; if (val != nullptr) { mb.Hreg(Device[websDevNbr].NbrTCPwriteReg + 6, val.as<short>()); } // Control RFID LED
val = doc["RFID_contr"]; if (val != nullptr) {
switch (websDevNbr) {
case 1 : preferences.putShort("wallbox1RFID", val.as<short>());break;
case 2 : preferences.putShort("wallbox2RFID", val.as<short>());break;
case 3 : preferences.putShort("wallbox3RFID", val.as<short>());break;
}}
/*Control IP-Settings*/
val = doc["staticIpAdress1"]; if (val != nullptr) { preferences.putShort("staticIpAdress1", val.as<short>()); }
val = doc["staticIpAdress2"]; if (val != nullptr) { preferences.putShort("staticIpAdress2", val.as<short>()); }
val = doc["staticIpAdress3"]; if (val != nullptr) { preferences.putShort("staticIpAdress3", val.as<short>()); }
val = doc["staticIpAdress4"]; if (val != nullptr) { preferences.putShort("staticIpAdress4", val.as<short>()); }
val = doc["staticSubnet1"]; if (val != nullptr) { preferences.putShort("staticSubnet1", val.as<short>()); }
val = doc["staticSubnet2"]; if (val != nullptr) { preferences.putShort("staticSubnet2", val.as<short>()); }
val = doc["staticSubnet3"]; if (val != nullptr) { preferences.putShort("staticSubnet3", val.as<short>()); }
val = doc["staticSubnet4"]; if (val != nullptr) { preferences.putShort("staticSubnet4", val.as<short>()); }
val = doc["staticGateway1"]; if (val != nullptr) { preferences.putShort("staticGateway1", val.as<short>()); }
val = doc["staticGateway2"]; if (val != nullptr) { preferences.putShort("staticGateway2", val.as<short>()); }
val = doc["staticGateway3"]; if (val != nullptr) { preferences.putShort("staticGateway3", val.as<short>()); }
val = doc["staticGateway4"]; if (val != nullptr) { preferences.putShort("staticGateway4", val.as<short>()); }
val = doc["staticDns1"]; if (val != nullptr) { preferences.putShort("staticDns1", val.as<short>()); }
val = doc["staticDns2"]; if (val != nullptr) { preferences.putShort("staticDns2", val.as<short>()); }
val = doc["staticDns3"]; if (val != nullptr) { preferences.putShort("staticDns3", val.as<short>()); }
val = doc["staticDns4"]; if (val != nullptr) { preferences.putShort("staticDns4", val.as<short>()); }
val = doc["staticIp_contr"]; if (val != nullptr) { preferences.putShort("staticIpCtrl", val.as<short>()); }
val = doc["setIpSettings"]; if (val != nullptr) { delay (200); ESP.restart(); }
/*Enable/Disable Wallbox*/
val = doc["wallbox1cc_contr"]; if (val != nullptr) { preferences.putShort("wb1cc_state", val.as<short>()); }
val = doc["wallbox1em_contr"]; if (val != nullptr) { preferences.putShort("wb1em_state", val.as<short>()); }
val = doc["wallbox1rfid_contr"]; if (val != nullptr) { preferences.putShort("wb1rfid_state", val.as<short>()); }
val = doc["wallbox2cc_contr"]; if (val != nullptr) { preferences.putShort("wb2cc_state", val.as<short>()); }
val = doc["wallbox2em_contr"]; if (val != nullptr) { preferences.putShort("wb2em_state", val.as<short>()); }
val = doc["wallbox2rfid_contr"]; if (val != nullptr) { preferences.putShort("wb2rfid_state", val.as<short>()); }
val = doc["wallbox3cc_contr"]; if (val != nullptr) { preferences.putShort("wb3cc_state", val.as<short>()); }
val = doc["wallbox3em_contr"]; if (val != nullptr) { preferences.putShort("wb3em_state", val.as<short>()); }
val = doc["wallbox3rfid_contr"]; if (val != nullptr) { preferences.putShort("wb3rfid_state", val.as<short>()); }
/*NTP Settings*/
val = doc["NTP_contr"]; if (val != nullptr) { preferences.putShort("NTP_contr", val.as<short>()); }
val = doc["ntpServervalue_contr"]; if (val != nullptr) { preferences.putString("NTP_UrlState", val.as<String>()); }
/*OCPP Settings*/
val = doc["OCCP_contr"]; if (val != nullptr) { preferences.putShort("OCPP_contr", val.as<short>()); }
val = doc["OCCP_TLS_contr"]; if (val != nullptr) { preferences.putShort("OCPP_TLS_contr", val.as<short>()); }
val = doc["ocppHostIp_contr"]; if (val != nullptr) { preferences.putString("ocppHostIp", val.as<String>()); }
val = doc["ocppHostPort_contr"]; if (val != nullptr) { preferences.putString("ocppHostPort", val.as<String>()); }
val = doc["ocppHostAuthId_contr"]; if (val != nullptr) { preferences.putString("ocppHostAuthId", val.as<String>()); }
val = doc["ocppHostAuthKey_contr"];if (val != nullptr) { preferences.putString("ocppHostAuthKey", val.as<String>()); }
val = doc["ocppHostUrl_contr"]; if (val != nullptr) { preferences.putString("ocppHostUrl", val.as<String>()); }
/*RFID Settings*/
val = doc["rfid1_contr"]; if (val != nullptr) { preferences.putString("rfid1_Tag", val.as<String>()); }
val = doc["rfid2_contr"]; if (val != nullptr) { preferences.putString("rfid2_Tag", val.as<String>()); }
val = doc["rfid3_contr"]; if (val != nullptr) { preferences.putString("rfid3_Tag", val.as<String>()); }
val = doc["rfid4_contr"]; if (val != nullptr) { preferences.putString("rfid4_Tag", val.as<String>()); }
val = doc["rfid5_contr"]; if (val != nullptr) { preferences.putString("rfid5_Tag", val.as<String>()); }
val = doc["rfid6_contr"]; if (val != nullptr) { preferences.putString("rfid6_Tag", val.as<String>()); }
val = doc["rfid7_contr"]; if (val != nullptr) { preferences.putString("rfid7_Tag", val.as<String>()); }
val = doc["rfid8_contr"]; if (val != nullptr) { preferences.putString("rfid8_Tag", val.as<String>()); }
val = doc["rfid9_contr"]; if (val != nullptr) { preferences.putString("rfid9_Tag", val.as<String>()); }
val = doc["rfid10_contr"]; if (val != nullptr) { preferences.putString("rfid10_Tag", val.as<String>()); }
val = doc["rfid11_contr"]; if (val != nullptr) { preferences.putString("rfid11_Tag", val.as<String>()); }
val = doc["rfid12_contr"]; if (val != nullptr) { preferences.putString("rfid12_Tag", val.as<String>()); }
val = doc["rfid13_contr"]; if (val != nullptr) { preferences.putString("rfid13_Tag", val.as<String>()); }
val = doc["rfid14_contr"]; if (val != nullptr) { preferences.putString("rfid14_Tag", val.as<String>()); }
val = doc["rfid15_contr"]; if (val != nullptr) { preferences.putString("rfid15_Tag", val.as<String>()); }
val = doc["rfid16_contr"]; if (val != nullptr) { preferences.putString("rfid16_Tag", val.as<String>()); }
val = doc["rfid17_contr"]; if (val != nullptr) { preferences.putString("rfid17_Tag", val.as<String>()); }
val = doc["rfid18_contr"]; if (val != nullptr) { preferences.putString("rfid18_Tag", val.as<String>()); }
val = doc["rfid19_contr"]; if (val != nullptr) { preferences.putString("rfid19_Tag", val.as<String>()); }
val = doc["rfid20_contr"]; if (val != nullptr) { preferences.putString("rfid20_Tag", val.as<String>()); }
val = doc["rfid1Name_contr"]; if (val != nullptr) { preferences.putString("rfid1_Name", val.as<String>()); }
val = doc["rfid2Name_contr"]; if (val != nullptr) { preferences.putString("rfid2_Name", val.as<String>()); }
val = doc["rfid3Name_contr"]; if (val != nullptr) { preferences.putString("rfid3_Name", val.as<String>()); }
val = doc["rfid4Name_contr"]; if (val != nullptr) { preferences.putString("rfid4_Name", val.as<String>()); }
val = doc["rfid5Name_contr"]; if (val != nullptr) { preferences.putString("rfid5_Name", val.as<String>()); }
val = doc["rfid6Name_contr"]; if (val != nullptr) { preferences.putString("rfid6_Name", val.as<String>()); }
val = doc["rfid7Name_contr"]; if (val != nullptr) { preferences.putString("rfid7_Name", val.as<String>()); }
val = doc["rfid8Name_contr"]; if (val != nullptr) { preferences.putString("rfid8_Name", val.as<String>()); }
val = doc["rfid9Name_contr"]; if (val != nullptr) { preferences.putString("rfid9_Name", val.as<String>()); }
val = doc["rfid10Name_contr"]; if (val != nullptr) { preferences.putString("rfid10_Name", val.as<String>()); }
val = doc["rfid11Name_contr"]; if (val != nullptr) { preferences.putString("rfid11_Name", val.as<String>()); }
val = doc["rfid12Name_contr"]; if (val != nullptr) { preferences.putString("rfid12_Name", val.as<String>()); }
val = doc["rfid13Name_contr"]; if (val != nullptr) { preferences.putString("rfid13_Name", val.as<String>()); }
val = doc["rfid14Name_contr"]; if (val != nullptr) { preferences.putString("rfid14_Name", val.as<String>()); }
val = doc["rfid15Name_contr"]; if (val != nullptr) { preferences.putString("rfid15_Name", val.as<String>()); }
val = doc["rfid16Name_contr"]; if (val != nullptr) { preferences.putString("rfid16_Name", val.as<String>()); }
val = doc["rfid17Name_contr"]; if (val != nullptr) { preferences.putString("rfid17_Name", val.as<String>()); }
val = doc["rfid18Name_contr"]; if (val != nullptr) { preferences.putString("rfid18_Name", val.as<String>()); }
val = doc["rfid19Name_contr"]; if (val != nullptr) { preferences.putString("rfid19_Name", val.as<String>()); }
val = doc["rfid20Name_contr"]; if (val != nullptr) { preferences.putString("rfid20_Name", val.as<String>()); }
val = doc["rfid1Time_contr"]; if (val != nullptr) { preferences.putInt("rfid1_Time", val.as<signed int>()); }
val = doc["rfid2Time_contr"]; if (val != nullptr) { preferences.putInt("rfid2_Time", val.as<signed int>()); }
val = doc["rfid3Time_contr"]; if (val != nullptr) { preferences.putInt("rfid3_Time", val.as<signed int>()); }
val = doc["rfid4Time_contr"]; if (val != nullptr) { preferences.putInt("rfid4_Time", val.as<signed int>()); }
val = doc["rfid5Time_contr"]; if (val != nullptr) { preferences.putInt("rfid5_Time", val.as<signed int>()); }
val = doc["rfid6Time_contr"]; if (val != nullptr) { preferences.putInt("rfid6_Time", val.as<signed int>()); }
val = doc["rfid7Time_contr"]; if (val != nullptr) { preferences.putInt("rfid7_Time", val.as<signed int>()); }
val = doc["rfid8Time_contr"]; if (val != nullptr) { preferences.putInt("rfid8_Time", val.as<signed int>()); }
val = doc["rfid9Time_contr"]; if (val != nullptr) { preferences.putInt("rfid9_Time", val.as<signed int>()); }
val = doc["rfid10Time_contr"]; if (val != nullptr) { preferences.putInt("rfid10_Time", val.as<signed int>()); }
val = doc["rfid11Time_contr"]; if (val != nullptr) { preferences.putInt("rfid11_Time", val.as<signed int>()); }
val = doc["rfid12Time_contr"]; if (val != nullptr) { preferences.putInt("rfid12_Time", val.as<signed int>()); }
val = doc["rfid13Time_contr"]; if (val != nullptr) { preferences.putInt("rfid13_Time", val.as<signed int>()); }
val = doc["rfid14Time_contr"]; if (val != nullptr) { preferences.putInt("rfid14_Time", val.as<signed int>()); }
val = doc["rfid15Time_contr"]; if (val != nullptr) { preferences.putInt("rfid15_Time", val.as<signed int>()); }
val = doc["rfid16Time_contr"]; if (val != nullptr) { preferences.putInt("rfid16_Time", val.as<signed int>()); }
val = doc["rfid17Time_contr"]; if (val != nullptr) { preferences.putInt("rfid17_Time", val.as<signed int>()); }
val = doc["rfid18Time_contr"]; if (val != nullptr) { preferences.putInt("rfid18_Time", val.as<signed int>()); }
val = doc["rfid19Time_contr"]; if (val != nullptr) { preferences.putInt("rfid19_Time", val.as<signed int>()); }
val = doc["rfid20Time_contr"]; if (val != nullptr) { preferences.putInt("rfid20_Time", val.as<signed int>()); }
/*OCPP InnoCharge Controller*/
val = doc["ChrgPowr_contr"]; if (val != nullptr) { preferences.putInt("ChrgPowr_contr", val.as<signed int>()); }
val = doc["ChrgCurr_contr"]; if (val != nullptr) { preferences.putInt("ChrgCurr_contr", val.as<signed int>()); }
val = doc["ChrgMaxCurr_contr"]; if (val != nullptr) { preferences.putInt("ChrgMaxCurr", val.as<signed int>()); }
val = doc["ChrgMinCurr_contr"]; if (val != nullptr) { preferences.putInt("ChrgMinCurr", val.as<signed int>()); }
val = doc["LcSwitch1_contr"]; if (val != nullptr) { preferences.putInt("LcSwitch1_cont", val.as<signed int>()); }
val = doc["LcSwitch2_contr"]; if (val != nullptr) { preferences.putInt("LcSwitch2_cont", val.as<signed int>()); }
serializeJsonPretty(doc, Serial);
}
//Serial.println("");
break;
}
}
//END Funktion for Websocket -> write from Website ///////////////////////////////////////////////////////
//////////////////////////////////////////////////// Setup ///////////////////////////////////////////////////
//////////////////////////////////////////////////// Setup ///////////////////////////////////////////////////
//////////////////////////////////////////////////// Setup ///////////////////////////////////////////////////
//////////////////////////////////////////////////// Setup ///////////////////////////////////////////////////
static void A_Task1(void *arg) {
//////////////////////////////////////////////////// Loop ///////////////////////////////////////////////////
//////////////////////////////////////////////////// Loop ///////////////////////////////////////////////////
//////////////////////////////////////////////////// Loop ///////////////////////////////////////////////////
while (1) {
// Update function for the webSockets
webSocket.onEvent(webSocketEvent); // define a callback function -> what does the ESP32 need to do when an event from the websocket is received? -> run function "webSocketEvent()"
if (xTaskGetTickCount() - previousMillis >= 500) { // check if "interval" ms has passed since last time the clients were updated
previousMillis = xTaskGetTickCount();
// Modbus and Websocket
// RFID-Enable/Disable zuweisen
Device[1].CheckRFIDEnable = preferences.getShort("wallbox1RFID", 0);
Device[2].CheckRFIDEnable = preferences.getShort("wallbox2RFID", 0);
Device[3].CheckRFIDEnable = preferences.getShort("wallbox3RFID", 0);
RFIDTags[0] = preferences.getString("rfid1_Tag","");
RFIDTags[1] = preferences.getString("rfid2_Tag","");
RFIDTags[2] = preferences.getString("rfid3_Tag","");
RFIDTags[3] = preferences.getString("rfid4_Tag","");
RFIDTags[4] = preferences.getString("rfid5_Tag","");
RFIDTags[5] = preferences.getString("rfid6_Tag","");
RFIDTags[6] = preferences.getString("rfid7_Tag","");
RFIDTags[7] = preferences.getString("rfid8_Tag","");
RFIDTags[8] = preferences.getString("rfid9_Tag","");
RFIDTags[9] = preferences.getString("rfid10_Tag","");
RFIDTags[10] = preferences.getString("rfid11_Tag","");
RFIDTags[11] = preferences.getString("rfid12_Tag","");
RFIDTags[12] = preferences.getString("rfid13_Tag","");
RFIDTags[13] = preferences.getString("rfid14_Tag","");
RFIDTags[14] = preferences.getString("rfid15_Tag","");
RFIDTags[15] = preferences.getString("rfid16_Tag","");
RFIDTags[16] = preferences.getString("rfid17_Tag","");
RFIDTags[17] = preferences.getString("rfid18_Tag","");
RFIDTags[18] = preferences.getString("rfid19_Tag","");
RFIDTags[19] = preferences.getString("rfid20_Tag","");
RFIDTagsName[0] = preferences.getString("rfid1_Name","");
RFIDTagsName[1] = preferences.getString("rfid2_Name","");
RFIDTagsName[2] = preferences.getString("rfid3_Name","");
RFIDTagsName[3] = preferences.getString("rfid4_Name","");
RFIDTagsName[4] = preferences.getString("rfid5_Name","");
RFIDTagsName[5] = preferences.getString("rfid6_Name","");
RFIDTagsName[6] = preferences.getString("rfid7_Name","");
RFIDTagsName[7] = preferences.getString("rfid8_Name","");
RFIDTagsName[8] = preferences.getString("rfid9_Name","");
RFIDTagsName[9] = preferences.getString("rfid10_Name","");
RFIDTagsName[10] = preferences.getString("rfid11_Name","");
RFIDTagsName[11] = preferences.getString("rfid12_Name","");
RFIDTagsName[12] = preferences.getString("rfid13_Name","");
RFIDTagsName[13] = preferences.getString("rfid14_Name","");
RFIDTagsName[14] = preferences.getString("rfid15_Name","");
RFIDTagsName[15] = preferences.getString("rfid16_Name","");
RFIDTagsName[16] = preferences.getString("rfid17_Name","");
RFIDTagsName[17] = preferences.getString("rfid18_Name","");
RFIDTagsName[18] = preferences.getString("rfid19_Name","");
RFIDTagsName[19] = preferences.getString("rfid20_Name","");
RFIDTagsTime[0] = preferences.getInt("rfid1_Time",0);
RFIDTagsTime[1] = preferences.getInt("rfid2_Time",0);
RFIDTagsTime[2] = preferences.getInt("rfid3_Time",0);
RFIDTagsTime[3] = preferences.getInt("rfid4_Time",0);
RFIDTagsTime[4] = preferences.getInt("rfid5_Time",0);
RFIDTagsTime[5] = preferences.getInt("rfid6_Time",0);
RFIDTagsTime[6] = preferences.getInt("rfid7_Time",0);
RFIDTagsTime[7] = preferences.getInt("rfid8_Time",0);
RFIDTagsTime[8] = preferences.getInt("rfid9_Time",0);
RFIDTagsTime[9] = preferences.getInt("rfid10_Time",0);
RFIDTagsTime[10] = preferences.getInt("rfid11_Time",0);
RFIDTagsTime[11] = preferences.getInt("rfid12_Time",0);
RFIDTagsTime[12] = preferences.getInt("rfid13_Time",0);
RFIDTagsTime[13] = preferences.getInt("rfid14_Time",0);
RFIDTagsTime[14] = preferences.getInt("rfid15_Time",0);
RFIDTagsTime[15] = preferences.getInt("rfid16_Time",0);
RFIDTagsTime[16] = preferences.getInt("rfid17_Time",0);
RFIDTagsTime[17] = preferences.getInt("rfid18_Time",0);
RFIDTagsTime[18] = preferences.getInt("rfid19_Time",0);
RFIDTagsTime[19] = preferences.getInt("rfid20_Time",0);
// JSON Objekte für Webinterface erstellen und zuweisen
String jsonString = ""; // create a JSON string for sending data to the client
DynamicJsonDocument doc(3072);
// DynamicJsonDocument<4096> doc; // create a JSON container
JsonObject object = doc.to<JsonObject>(); // create a JSON Object
// write data into the JSON object ->
uint32_t writeReg = Device[websDevNbr].NbrTCPwriteReg;
/*Status Allgemein*/
object["wallbox_select"] = websDevNbr;
object["maxGridCurrent_contr"] = preferences.getShort("maxGridCurr", 0);
/*Status Ladecontroller*/
object["ChContr1_state"] = Device[websDevNbr].strActual_value_lc[0];
object["ChContr2_state"] = Device[websDevNbr].strActual_value_lc[1];
object["ChContr3_state"] = Device[websDevNbr].strActual_value_lc[2];
object["ChContr4_state"] = Device[websDevNbr].strActual_value_lc[3];
object["ChContr5_state"] = Device[websDevNbr].strActual_value_lc[4];
object["ChContr6_state"] = Device[websDevNbr].strActual_value_lc[5];
/*Status Energymeter*/
object["EnMtr1_state"] = Device[websDevNbr].strActual_value_en[0];
object["EnMtr2_state"] = Device[websDevNbr].strActual_value_en[1];
object["EnMtr3_state"] = Device[websDevNbr].strActual_value_en[2];
object["EnMtr4_state"] = Device[websDevNbr].strActual_value_en[3];
object["EnMtr5_state"] = Device[websDevNbr].strActual_value_en[4];
object["EnMtr6_state"] = Device[websDevNbr].strActual_value_en[5];
object["EnMtr7_state"] = Device[websDevNbr].strActual_value_en[6];
object["EnMtr8_state"] = Device[websDevNbr].strActual_value_en[7];
object["EnMtr9_state"] = Device[websDevNbr].strActual_value_en[8];
object["EnMtr10_state"] = Device[websDevNbr].strActual_value_en[9];
object["EnMtr11_state"] = Device[websDevNbr].strActual_value_en[10];
object["EnMtr12_state"] = Device[websDevNbr].strActual_value_en[11];
object["EnMtr13_state"] = Device[websDevNbr].strActual_value_en[12];
object["EnMtr14_state"] = Device[websDevNbr].strActual_value_en[13];
object["EnMtr15_state"] = Device[websDevNbr].strActual_value_en[14];
object["EnMtr16_state"] = Device[websDevNbr].strActual_value_en[15];
/*Status RFID*/
object["cardSerial_state"] = Device[websDevNbr].ActualRFIDTag;
object["buzzer_state"] = mb.Hreg(writeReg + 5);
object["RFIDLed_state"] = mb.Hreg(writeReg + 6);
object["RFID_state"] = Device[websDevNbr].CheckRFIDEnable; //mb.Hreg(writeReg); //Disable or Enable from Whitelist
object["lastRFID_state"] = Device[websDevNbr].latestRFIDTag;
/*Whitelist RFID*/
object["rfid1_state"] = RFIDTags[0];
object["rfid2_state"] = RFIDTags[1];
object["rfid3_state"] = RFIDTags[2];
object["rfid4_state"] = RFIDTags[3];
object["rfid5_state"] = RFIDTags[4];
object["rfid6_state"] = RFIDTags[5];
object["rfid7_state"] = RFIDTags[6];
object["rfid8_state"] = RFIDTags[7];
object["rfid9_state"] = RFIDTags[8];
object["rfid10_state"] = RFIDTags[9];
object["rfid11_state"] = RFIDTags[10];
object["rfid12_state"] = RFIDTags[11];
object["rfid13_state"] = RFIDTags[12];
object["rfid14_state"] = RFIDTags[13];
object["rfid15_state"] = RFIDTags[14];
object["rfid16_state"] = RFIDTags[15];
object["rfid17_state"] = RFIDTags[16];
object["rfid18_state"] = RFIDTags[17];
object["rfid19_state"] = RFIDTags[18];
object["rfid20_state"] = RFIDTags[19];
object["rfid1Name_state"] = RFIDTagsName[0];
object["rfid2Name_state"] = RFIDTagsName[1];
object["rfid3Name_state"] = RFIDTagsName[2];
object["rfid4Name_state"] = RFIDTagsName[3];
object["rfid5Name_state"] = RFIDTagsName[4];
object["rfid6Name_state"] = RFIDTagsName[5];
object["rfid7Name_state"] = RFIDTagsName[6];
object["rfid8Name_state"] = RFIDTagsName[7];
object["rfid9Name_state"] = RFIDTagsName[8];
object["rfid10Name_state"] = RFIDTagsName[9];
object["rfid11Name_state"] = RFIDTagsName[10];
object["rfid12Name_state"] = RFIDTagsName[11];
object["rfid13Name_state"] = RFIDTagsName[12];
object["rfid14Name_state"] = RFIDTagsName[13];
object["rfid15Name_state"] = RFIDTagsName[14];
object["rfid16Name_state"] = RFIDTagsName[15];
object["rfid17Name_state"] = RFIDTagsName[16];
object["rfid18Name_state"] = RFIDTagsName[17];
object["rfid19Name_state"] = RFIDTagsName[18];
object["rfid20Name_state"] = RFIDTagsName[19];
object["rfid1Time_state"] = RFIDTagsTime[0];
object["rfid2Time_state"] = RFIDTagsTime[1];
object["rfid3Time_state"] = RFIDTagsTime[2];
object["rfid4Time_state"] = RFIDTagsTime[3];
object["rfid5Time_state"] = RFIDTagsTime[4];
object["rfid6Time_state"] = RFIDTagsTime[5];
object["rfid7Time_state"] = RFIDTagsTime[6];
object["rfid8Time_state"] = RFIDTagsTime[7];
object["rfid9Time_state"] = RFIDTagsTime[8];
object["rfid10Time_state"] = RFIDTagsTime[9];
object["rfid11Time_state"] = RFIDTagsTime[10];
object["rfid12Time_state"] = RFIDTagsTime[11];
object["rfid13Time_state"] = RFIDTagsTime[12];
object["rfid14Time_state"] = RFIDTagsTime[13];
object["rfid15Time_state"] = RFIDTagsTime[14];
object["rfid16Time_state"] = RFIDTagsTime[15];
object["rfid17Time_state"] = RFIDTagsTime[16];
object["rfid18Time_state"] = RFIDTagsTime[17];
object["rfid19Time_state"] = RFIDTagsTime[18];
object["rfid20Time_state"] = RFIDTagsTime[19];
/*Status IP-Adress*/
IpAddress2Split(readIpAdress, ETH.localIP());
IpAddress2Split(readSubnet, ETH.subnetMask());
IpAddress2Split(readGateway, ETH.gatewayIP());
IpAddress2Split(readDns, ETH.dnsIP());
object["IP_WebInf1_state"] = readIpAdress[0];
object["IP_WebInf2_state"] = readIpAdress[1];
object["IP_WebInf3_state"] = readIpAdress[2];
object["IP_WebInf4_state"] = readIpAdress[3];
object["SUB_WebInf1_state"] = readSubnet[0];
object["SUB_WebInf2_state"] = readSubnet[1];
object["SUB_WebInf3_state"] = readSubnet[2];
object["SUB_WebInf4_state"] = readSubnet[3];
object["GATE_WebInf1_state"] = readGateway[0];
object["GATE_WebInf2_state"] = readGateway[1];
object["GATE_WebInf3_state"] = readGateway[2];
object["GATE_WebInf4_state"] = readGateway[3];
object["DNS_WebInf1_state"] = readDns[0];
object["DNS_WebInf2_state"] = readDns[1];
object["DNS_WebInf3_state"] = readDns[2];
object["DNS_WebInf4_state"] = readDns[3];
object["staticIp_state"] = staticIp_contr;
/*Status NTP*/
object["NTP_state"] = preferences.getShort("NTP_contr", 0);
object["ntpServervalue_state"] = preferences.getString("NTP_UrlState","");
// object["localtime_state"] = statusNTP_Time;
/*Status OCPP*/
object["OCPP_TLS_state"] = preferences.getShort("OCPP_contr", 0);
object["OCPP_state"] = preferences.getShort("OCPP_TLS_contr", 0);
object["ocppHostIp_state"] = preferences.getString("ocppHostIp","");
object["ocppHostPort_state"] = preferences.getString("ocppHostPort","");
object["ocppHostAuthId_state"] = preferences.getString("ocppHostAuthId","");
object["ocppHostAuthKey_state"] = preferences.getString("ocppHostAuthKey","");
object["ocppHostUrl_state"] = preferences.getString("ocppHostUrl","");
/*Status Enable / Disable Wallbox */
object["wallbox1cc_state"] = preferences.getShort("wb1cc_state", 0);
object["wallbox1em_state"] = preferences.getShort("wb1em_state", 0);
object["wallbox1rfid_state"] = preferences.getShort("wb1rfid_state", 0);
object["wallbox2cc_state"] = preferences.getShort("wb2cc_state", 0);
object["wallbox2em_state"] = preferences.getShort("wb2em_state", 0);
object["wallbox2rfid_state"] = preferences.getShort("wb2rfid_state", 0);
object["wallbox3cc_state"] = preferences.getShort("wb3cc_state", 0);
object["wallbox3em_state"] = preferences.getShort("wb3em_state", 0);
object["wallbox3rfid_state"] = preferences.getShort("wb3rfid_state", 0);
object["wallbox1cc_io"] = Device[1].ReadLC;
object["wallbox1em_io"] = Device[1].ReadEM;
object["wallbox1rfid_io"] = Device[1].ReadRFID;
object["wallbox2cc_io"] = Device[2].ReadLC;
object["wallbox2em_io"] = Device[2].ReadEM;
object["wallbox2rfid_io"] = Device[2].ReadRFID;
object["wallbox3cc_io"] = Device[3].ReadLC;
object["wallbox3em_io"] = Device[3].ReadEM;
object["wallbox3rfid_io"] = Device[3].ReadRFID;
/*Status InnoCharge Controller */
object["CpVolt_state"] = 12;
object["ADCVolt_state"] = 3700;
object["CpPilot_state"] = 2;
object["ChrgPowr_state"] = preferences.getInt("ChrgPowr_contr",0);
object["ChrgCurr_state"] = preferences.getInt("ChrgCurr_contr",0);
object["ChrgMaxCurr_state"] = preferences.getInt("ChrgMaxCurr",0);
object["ChrgMinCurr_state"] = preferences.getInt("ChrgMinCurr",0);
object["LcSwitch1_state"] = preferences.getInt("LcSwitch1_cont",0);
object["LcSwitch2_state"] = preferences.getInt("LcSwitch2_cont",0);
serializeJson(doc, jsonString); // convert JSON object to string
//Serial.println(jsonString); // print JSON string to console for debug purposes (you can comment this out)
webSocket.broadcastTXT(jsonString); // send JSON string to clients
}
vTaskDelay(10 / portTICK_PERIOD_MS); // verzögere den Task um 10ms
}
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