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@i-am-Alex
i-am-Alex committed Oct 14, 2021
1 parent baa8216 commit 837d653
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369 changes: 369 additions & 0 deletions FC.ino
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bool loadConfig(){ // Завантаження даних збереженних в файлі config.json
File configFile = SPIFFS.open("/config.json", "r"); // Відкриваемо файл на читання
if(!configFile) { // якщо файл не знайдено ствоюємого його та записуємо в ньго данні з наших змінних
if(printCom) Serial.println("Failed to open config file");
saveConfig(); // Створюємо файл
configFile.close();
return false; // Повернення з помилкою
}
size_t size = configFile.size(); // Перевіряємо ромір файлу, будемо використовувати файл довжиною в 1024 байта
if(printCom) {
Serial.println("size config.file = " + (String) size);
}
if(size > 4096) {
if(printCom) {
Serial.println("Config file size is too large");
}
configFile.close();
return false; // Повернення з помилкою
}
jsonConfig = configFile.readString(); // завантажуємо файл конфігурації в глобальну змінну
DynamicJsonDocument doc(8192); // Резервуємо память для json обекту буфер може розти по мірі необхідності переважно для ESP8266
deserializeJson(doc, jsonConfig);
configFile.close();

ssidAP = doc["ssidAP"].as<String>();
passwordAP = doc["passwordAP"].as<String>();
ssid[0] = doc["ssid0"].as<String>();
password[0] = doc["password0"].as<String>();
ssid[1] = doc["ssid1"].as<String>();
password[1] = doc["password1"].as<String>();
auth = doc["auth"].as<String>();
authOn = doc["authOn"];
kuOn = doc["kuOn"];
kuOff = doc["kuOff"];
weatherHost = doc["weatherHost"];
weatherKey0 = doc["weatherKey0"].as<String>();
weatherKey1 = doc["weatherKey1"].as<String>();
cityID0 = doc["cityID0"].as<String>();
cityID1 = doc["cityID1"].as<String>();
snprintf(personalCityName, 51, "%s", (doc["PSN"].as<String>()).c_str());
weatherLang = doc["weatherLang"].as<String>();
displayForecast = doc["displayForecast"];
displayCityName = doc["displayCityName"];
displayForecastNow = doc["displayForecastNow"];
displayForecastToday = doc["displayForecastToday"];
displayForecastTomorrow = doc["displayForecastTomorrow"];
animNotWeather = doc["animNotWeather"];
timeStartViewWeather = doc["timeStartViewWeather"];
timeEndViewWeather = doc["timeEndViewWeather"];
timeScrollSpeed = doc["timeScrollSpeed"];
MAX7219_ROTATE = doc["MAX7219_ROTATE"];
updateOTAEnable = doc["updateOTAEnable"];
volBrightnessD = doc["volBrightnessD"];
volBrightnessN = doc["volBrightnessN"];
timeDay = doc["timeDay"];
timeNight = doc["timeNight"];
volBrightnessAuto = doc["volBrightnessAuto"];
lowLivelBrightness = doc["lowLivelBrightness"];
upLivelBrightness = doc["upLivelBrightness"];
clockNight = doc["clockNight"];
isActiveBuzzer = doc["isActiveBuzzer"];
function[0] = doc["function00"];
function[1] = doc["function01"];
function[2] = doc["function02"];
function[3] = doc["function03"];
function[4] = doc["function04"];
function[5] = doc["function05"];
function[6] = doc["function06"];
function[7] = doc["function07"];
function[8] = doc["function08"];
function[9] = doc["function09"];
function[10] = doc["function10"];
function[11] = doc["function11"];
period[0] = doc["period00"];
period[1] = doc["period01"];
period[2] = doc["period02"];
period[3] = doc["period03"];
period[4] = doc["period04"];
period[5] = doc["period05"];
period[6] = doc["period06"];
period[7] = doc["period07"];
period[8] = doc["period08"];
period[9] = doc["period09"];
period[10] = doc["period10"];
period[11] = doc["period11"];
printCom = doc["printCom"];
sensore[0] = doc["sensor00"];
sensore[1] = doc["sensor01"];
sensore[2] = doc["sensor02"];
sensore[3] = doc["sensor03"];
sensore[4] = doc["sensor04"];
param0 = doc["param0"];
param1 = doc["param1"];
param2 = doc["param2"];
param3 = doc["param3"];
param4 = doc["param4"];
pressSys = doc["pressSys"];
fontCLOCK = doc["fontCLOCK"];
aliData = doc["aliData"];
animPoint = doc["animPoint"];
corr00 = doc["corr00"];
corr01 = doc["corr01"];
corr02 = doc["corr02"];
corr03 = doc["corr03"];
corr04 = doc["corr04"];
MAX7219_NUM = doc["MAX7219_NUM"];
rtcStat = doc["rtcStat"];
uuid = doc["uuid"].as<String>();
api_key = doc["api_key"].as<String>();
sensors_ID0 = doc["sensors_ID0"];
sensors_ID1 = doc["sensors_ID1"];
sensors_ID2 = doc["sensors_ID2"];
displayData = doc["displayData"];
butStat = doc["butStat"];
sgpCo2LivelAlarm = doc["sgpCo2LivelAlarm"];
eCo2AlarmEsp = doc["eCo2AlarmEsp"];
eCo2Led = doc["eCo2Led"];
sgpTvocLivelAlarm = doc["sgpTvocLivelAlarm"];
tvocAlarmEsp = doc["tvocAlarmEsp"];
tvocLed = doc["tvocLed"];
setSgpCorr = doc["setSgpCorr"];

printCom = true;
updateOTAEnable = true;

if(MAX7219_NUM == 0) {
MAX7219_NUM = 4;
}

if(printCom) {
printTime();
Serial.print("Load Config : ");
Serial.println(jsonConfig);
}
return true;
}

//================================================================================================================================================
bool loadAlarm(){ // Завантаження даних збереженних в файлі config.json
File configFile = SPIFFS.open("/alarm.json", "r"); // Відкриваемо файл на читання
if(!configFile) { // якщо файл не знайдено ствоюємого його та записуємо в ньго данні з наших змінних
if(printCom) Serial.println("Failed to open alarm file");
saveAlarm(); // Створюємо файл
configFile.close();
return false; // Повернення з помилкою
}
size_t size = configFile.size(); // Перевіряємо ромір файлу, будемо використовувати файл довжиною в 1024 байта
if(printCom) Serial.println("size alarme.file = " + (String) size);
if(size > 2048) {
if(printCom) Serial.println("Config file size is too large");
configFile.close();
return false; // Повернення з помилкою
}
jsonAlarm = configFile.readString(); // завантажуємо файл конфігурації в глобальну змінну
DynamicJsonDocument doc(4096); // Резервуємо память для json обекту буфер може розти по мірі необхідності переважно для ESP8266
deserializeJson(doc, jsonAlarm);
configFile.close();
ntpServerName = doc["ntpServerName"].as<String>();
timeZone = doc["timeZone"]; // Так отримуємо число
isDayLightSaving = doc["isDayLightSaving"];
alarme[0][0] = doc["al_0_0"];
alarme[0][1] = doc["al_0_1"];
alarme[0][2] = doc["al_0_2"];
alarme[1][0] = doc["al_1_0"];
alarme[1][1] = doc["al_1_1"];
alarme[1][2] = doc["al_1_2"];
alarme[2][0] = doc["al_2_0"];
alarme[2][1] = doc["al_2_1"];
alarme[2][2] = doc["al_2_2"];
alarme[3][0] = doc["al_3_0"];
alarme[3][1] = doc["al_3_1"];
alarme[3][2] = doc["al_3_2"];
alarme[4][0] = doc["al_4_0"];
alarme[4][1] = doc["al_4_1"];
alarme[4][2] = doc["al_4_2"];
rtcStat = doc["rtcStat"];

if(printCom) {
printTime();
Serial.print("Load Alarm(config): ");
Serial.println(jsonAlarm);
}
return true;
}

//=================================================================
bool saveConfig(){
DynamicJsonDocument doc(8192);
deserializeJson(doc, jsonConfig);
doc["ssidAP"] = ssidAP;
doc["passwordAP"] = passwordAP;
doc["ssid0"] = ssid[0];
doc["password0"] = password[0];
doc["ssid1"] = ssid[1];
doc["password1"] = password[1];
doc["auth"] = auth;
doc["authOn"] = authOn;
doc["kuOn"] = kuOn;
doc["kuOff"] = kuOff;
doc["weatherHost"] = weatherHost;
doc["weatherKey0"] = weatherKey0;
doc["weatherKey1"] = weatherKey1;
doc["cityID0"] = cityID0;
doc["cityID1"] = cityID1;
doc["PSN"] = chr_to_str(personalCityName);
doc["weatherLang"] = weatherLang;
doc["displayForecast"] = displayForecast;
doc["displayCityName"] = displayCityName;
doc["displayForecastNow"] = displayForecastNow;
doc["displayForecastToday"] = displayForecastToday;
doc["displayForecastTomorrow"] = displayForecastTomorrow;
doc["timeStartViewWeather"] = timeStartViewWeather;
doc["timeEndViewWeather"] = timeEndViewWeather;
doc["timeScrollSpeed"] = timeScrollSpeed;
doc["MAX7219_ROTATE"] = MAX7219_ROTATE;
doc["updateOTAEnable"] = updateOTAEnable;
doc["volBrightnessD"] = volBrightnessD;
doc["volBrightnessN"] = volBrightnessN;
doc["timeDay"] = timeDay;
doc["timeNight"] = timeNight;
doc["volBrightnessAuto"] = volBrightnessAuto;
doc["lowLivelBrightness"] = lowLivelBrightness;
doc["upLivelBrightness"] = upLivelBrightness;
doc["clockNight"] = clockNight;
doc["isActiveBuzzer"] = isActiveBuzzer;
doc["function00"] = function[0];
doc["function01"] = function[1];
doc["function02"] = function[2];
doc["function03"] = function[3];
doc["function04"] = function[4];
doc["function05"] = function[5];
doc["function06"] = function[6];
doc["function07"] = function[7];
doc["function08"] = function[8];
doc["function09"] = function[9];
doc["function10"] = function[10];
doc["function11"] = function[11];
doc["period00"] = period[0];
doc["period01"] = period[1];
doc["period02"] = period[2];
doc["period03"] = period[3];
doc["period04"] = period[4];
doc["period05"] = period[5];
doc["period06"] = period[6];
doc["period07"] = period[7];
doc["period08"] = period[8];
doc["period09"] = period[9];
doc["period10"] = period[10];
doc["period11"] = period[11];
doc["printCom"] = printCom;
doc["sensor00"] = sensore[0];
doc["sensor01"] = sensore[1];
doc["sensor02"] = sensore[2];
doc["sensor03"] = sensore[3];
doc["sensor04"] = sensore[4];
doc["param0"] = param0;
doc["param1"] = param1;
doc["param2"] = param2;
doc["param3"] = param3;
doc["param4"] = param4;
doc["pressSys"] = pressSys;
doc["fontCLOCK"] = fontCLOCK;
doc["aliData"] = aliData;
doc["animPoint"] = animPoint;
doc["corr00"] = corr00;
doc["corr01"] = corr01;
doc["corr02"] = corr02;
doc["corr03"] = corr03;
doc["corr04"] = corr04;
doc["MAX7219_NUM"] = MAX7219_NUM;
doc["rtcStat"] = rtcStat;
doc["uuid"] = uuid;
doc["api_key"] = api_key;
doc["sensors_ID0"] = sensors_ID0;
doc["sensors_ID1"] = sensors_ID1;
doc["sensors_ID2"] = sensors_ID2;
doc["displayData"] = displayData;
doc["butStat"] = butStat;
doc["sgpCo2LivelAlarm"] = sgpCo2LivelAlarm;
doc["eCo2AlarmEsp"] = eCo2AlarmEsp;
doc["eCo2Led"] = eCo2Led;
doc["sgpTvocLivelAlarm"] = sgpTvocLivelAlarm;
doc["tvocAlarmEsp"] = tvocAlarmEsp;
doc["tvocLed"] = tvocLed;
doc["setSgpCorr"] = setSgpCorr;

jsonConfig = "";
if(serializeJson(doc, jsonConfig) == 0) {
if(printCom) {
Serial.println(F("Failed to write to jsonConfig"));
}
}

// Відкриваємо файл для запису
File configFile = SPIFFS.open("/config.json", "w");
if(!configFile) {
configFile.close();
return false;
}

if(serializeJson(doc, configFile) == 0) {
if(printCom) {
Serial.println(F("Failed to write to file"));
}
}

if(printCom) {
printTime();
Serial.print("Save Config : ");
Serial.println(jsonConfig);
}
configFile.close();
bip();
return true;
}

//=================================================================
bool saveAlarm() {
DynamicJsonDocument doc(4096);
deserializeJson(doc, jsonAlarm);
doc["ntpServerName"] = ntpServerName;
doc["timeZone"] = timeZone;
doc["isDayLightSaving"] = isDayLightSaving;
doc["al_0_0"] = alarme[0][0];
doc["al_0_1"] = alarme[0][1];
doc["al_0_2"] = alarme[0][2];
doc["al_1_0"] = alarme[1][0];
doc["al_1_1"] = alarme[1][1];
doc["al_1_2"] = alarme[1][2];
doc["al_2_0"] = alarme[2][0];
doc["al_2_1"] = alarme[2][1];
doc["al_2_2"] = alarme[2][2];
doc["al_3_0"] = alarme[3][0];
doc["al_3_1"] = alarme[3][1];
doc["al_3_2"] = alarme[3][2];
doc["al_4_0"] = alarme[4][0];
doc["al_4_1"] = alarme[4][1];
doc["al_4_2"] = alarme[4][2];
doc["rtcStat"] = rtcStat;

jsonAlarm = "";
if(serializeJson(doc, jsonAlarm) == 0) {
if(printCom) {
Serial.println(F("Failed to write to jsonConfig"));
}
}

// Відкриваємо файл для запису
File configFile = SPIFFS.open("/alarm.json", "w");
if(!configFile) {
configFile.close();
return false;
}

if(serializeJson(doc, configFile) == 0) {
if(printCom) {
Serial.println(F("Failed to write to file"));
}
}

if(printCom) {
printTime();
Serial.print("Save Alarm : ");
Serial.println(jsonAlarm);
}
configFile.close();
bip();
return true;
}
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