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settingsStuff.ino
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/*
***************************************************************************
** Program : settingsStuff, part of DSMRloggerAPI
** Version : v3.0
**
** Copyright (c) 2020 Willem Aandewiel
**
** TERMS OF USE: MIT License. See bottom of file.
***************************************************************************
* 1.0.11 added Mindergas Authtoken setting
*/
//=======================================================================
void writeSettings()
{
yield();
DebugT(F("Writing to [")); Debug(SETTINGS_FILE); Debugln(F("] ..."));
File file = FSYS.open(SETTINGS_FILE, "w"); // open for reading and writing
if (!file)
{
DebugTf("open(%s, 'w') FAILED!!! --> Bailout\r\n", SETTINGS_FILE);
return;
}
yield();
if (strlen(settingIndexPage) < 7) strCopy(settingIndexPage, (sizeof(settingIndexPage) -1), "DSMRindex.html");
if (settingTelegramInterval < 2) settingTelegramInterval = 10;
if (settingMQTTbrokerPort < 1) settingMQTTbrokerPort = 1883;
DebugT(F("Start writing setting data "));
file.print("Hostname = "); file.println(settingHostname); Debug(F("."));
file.print("preDSMR40 = "); file.println(settingPreDSMR40); Debug(F("."));
file.print("EnergyDeliveredT1 = "); file.println(String(settingEDT1, 5)); Debug(F("."));
file.print("EnergyDeliveredT2 = "); file.println(String(settingEDT2, 5)); Debug(F("."));
file.print("EnergyReturnedT1 = "); file.println(String(settingERT1, 5)); Debug(F("."));
file.print("EnergyReturnedT2 = "); file.println(String(settingERT2, 5)); Debug(F("."));
file.print("mBus1Type = "); file.println(settingMbus1Type); Debug(F("."));
file.print("mBus2Type = "); file.println(settingMbus2Type); Debug(F("."));
file.print("mBus3Type = "); file.println(settingMbus3Type); Debug(F("."));
file.print("mBus4Type = "); file.println(settingMbus4Type); Debug(F("."));
file.print("GASDeliveredT = "); file.println(String(settingGDT, 5)); Debug(F("."));
file.print("EnergyVasteKosten = "); file.println(String(settingENBK, 2)); Debug(F("."));
file.print("GasVasteKosten = "); file.println(String(settingGNBK, 2)); Debug(F("."));
file.print("OledType = "); file.println(settingOledType); Debug(F("."));
file.print("OledSleep = "); file.println(settingOledSleep); Debug(F("."));
file.print("OledFlip = "); file.println(settingOledFlip); Debug(F("."));
file.print("SmHasFaseInfo = "); file.println(settingSmHasFaseInfo); Debug(F("."));
file.print("TelegramInterval = "); file.println(settingTelegramInterval); Debug(F("."));
file.print("IndexPage = "); file.println(settingIndexPage); Debug(F("."));
#ifdef USE_MQTT
//sprintf(settingMQTTbroker, "%s:%d", MQTTbroker, MQTTbrokerPort);
file.print("MQTTbroker = "); file.println(settingMQTTbroker); Debug(F("."));
file.print("MQTTbrokerPort = "); file.println(settingMQTTbrokerPort); Debug(F("."));
file.print("MQTTUser = "); file.println(settingMQTTuser); Debug(F("."));
file.print("MQTTpasswd = "); file.println(settingMQTTpasswd); Debug(F("."));
file.print("MQTTinterval = "); file.println(settingMQTTinterval); Debug(F("."));
file.print("MQTTtopTopic = "); file.println(settingMQTTtopTopic); Debug(F("."));
#endif
#ifdef USE_MINDERGAS
file.print("MindergasAuthtoken = ");file.println(settingMindergasToken); Debug(F("."));
#endif
file.close();
Debugln(F(" done"));
if (Verbose1)
{
DebugTln(F("Wrote this:"));
DebugT(F("EnergyDeliveredT1 = ")); Debugln(String(settingEDT1, 5));
DebugT(F("EnergyDeliveredT2 = ")); Debugln(String(settingEDT2, 5));
DebugT(F("EnergyReturnedT1 = ")); Debugln(String(settingERT1, 5));
DebugT(F("EnergyReturnedT2 = ")); Debugln(String(settingERT2, 5));
DebugT(F("mBus1Type = ")); Debugln(settingMbus1Type);
DebugT(F("mBus2Type = ")); Debugln(settingMbus2Type);
DebugT(F("mBus3Type = ")); Debugln(settingMbus3Type);
DebugT(F("mBus4Type = ")); Debugln(settingMbus4Type);
DebugT(F("GASDeliveredT = ")); Debugln(String(settingGDT, 5));
DebugT(F("EnergyVasteKosten = ")); Debugln(String(settingENBK, 2));
DebugT(F("GasVasteKosten = ")); Debugln(String(settingGNBK, 2));
DebugT(F("OledType = "));
if (settingOledType == 1) Debugln("SDD1306");
else if (settingOledType == 2) Debugln("SH1306");
else Debugln("None");
DebugT(F("OledSleep = ")); Debugln(settingOledSleep);
DebugT(F("OledFlip = "));
if (settingOledFlip) Debugln(F("Yes"));
else Debugln(F("No"));
DebugT(F("SmHasFaseInfo"));
if (settingSmHasFaseInfo == 1) Debugln("Yes");
else Debugln("No");
DebugT(F("TelegramInterval = ")); Debugln(settingTelegramInterval);
DebugT(F("IndexPage = ")); Debugln(settingIndexPage);
#ifdef USE_MQTT
DebugT(F("MQTTbroker = ")); Debugln(settingMQTTbroker);
DebugT(F("MQTTbrokerPort = ")); Debugln(settingMQTTbrokerPort);
DebugT(F("MQTTUser = ")); Debugln(settingMQTTuser);
#ifdef SHOW_PASSWRDS
DebugT(F("MQTTpasswd = ")); Debugln(settingMQTTpasswd);
#else
DebugTln(F("MQTTpasswd = ********"));
#endif
DebugT(F("MQTTinterval = ")); Debugln(settingMQTTinterval);
DebugT(F("MQTTtopTopic = ")); Debugln(settingMQTTtopTopic);
#endif
#ifdef USE_MINDERGAS
#ifdef SHOW_PASSWRDS
DebugT(F("MindergasAuthtoken = "));Debugln(settingMindergasToken);
#else
DebugTln(F("MindergasAuthtoken = ********"));
#endif
#endif
} // Verbose1
} // writeSettings()
//=======================================================================
void readSettings(bool show)
{
String sTmp, nColor;
String words[10];
File file;
DebugTf(" %s ..\r\n", SETTINGS_FILE);
snprintf(settingHostname, sizeof(settingHostname), "%s", _DEFAULT_HOSTNAME);
settingPreDSMR40 = 0;
settingMbus1Type = 3;
settingMbus2Type = 0;
settingMbus3Type = 0;
settingMbus4Type = 0;
settingEDT1 = 0.1;
settingEDT2 = 0.2;
settingERT1 = 0.3;
settingERT2 = 0.4;
settingGDT = 0.5;
settingENBK = 15.15;
settingGNBK = 11.11;
settingSmHasFaseInfo = 1; // default: it does
settingTelegramInterval = 10; // seconds
settingOledType = 1; // 0=None, 1=SDD1306, 2=SH1106
settingOledSleep = 0; // infinite
settingOledFlip = 0; // Don't flip
strCopy(settingIndexPage, sizeof(settingIndexPage), "DSMRindex.html");
settingMQTTbroker[0] = '\0';
settingMQTTbrokerPort = 1883;
settingMQTTuser[0] = '\0';
settingMQTTpasswd[0] = '\0';
settingMQTTinterval = 0;
snprintf(settingMQTTtopTopic, sizeof(settingMQTTtopTopic), "%s", settingHostname);
#ifdef USE_MINDERGAS
settingMindergasToken[0] = '\0';
#endif
if (!FSYS.exists(SETTINGS_FILE))
{
DebugTln(F(" .. file not found! --> created file!"));
writeSettings();
}
for (int T = 0; T < 2; T++)
{
file = FSYS.open(SETTINGS_FILE, "r");
if (!file)
{
if (T == 0) DebugTf(" .. something went wrong opening [%s]\r\n", SETTINGS_FILE);
else DebugTln(T);
delay(100);
}
} // try T times ..
DebugTln(F("Reading settings:\r"));
while(file.available())
{
sTmp = file.readStringUntil('\n');
sTmp.replace("\r", "");
//DebugTf("[%s] (%d)\r\n", sTmp.c_str(), sTmp.length());
int8_t wc = splitString(sTmp.c_str(), '=', words, 10);
words[0].toLowerCase();
nColor = words[1].substring(0,15);
if (words[0].equalsIgnoreCase("Hostname")) strCopy(settingHostname, 29, words[1].c_str());
if (words[0].equalsIgnoreCase("preDSMR40")) settingPreDSMR40 = words[1].toInt();
if (words[0].equalsIgnoreCase("EnergyDeliveredT1")) settingEDT1 = strToFloat(words[1].c_str(), 5);
if (words[0].equalsIgnoreCase("EnergyDeliveredT2")) settingEDT2 = strToFloat(words[1].c_str(), 5);
if (words[0].equalsIgnoreCase("EnergyReturnedT1")) settingERT1 = strToFloat(words[1].c_str(), 5);
if (words[0].equalsIgnoreCase("EnergyReturnedT2")) settingERT2 = strToFloat(words[1].c_str(), 5);
if (words[0].equalsIgnoreCase("mBus1Type")) settingMbus1Type = words[1].toInt();
if (words[0].equalsIgnoreCase("mBus2Type")) settingMbus2Type = words[1].toInt();
if (words[0].equalsIgnoreCase("mBus3Type")) settingMbus3Type = words[1].toInt();
if (words[0].equalsIgnoreCase("mBus4Type")) settingMbus4Type = words[1].toInt();
if (words[0].equalsIgnoreCase("GasDeliveredT")) settingGDT = strToFloat(words[1].c_str(), 5);
if (words[0].equalsIgnoreCase("EnergyVasteKosten")) settingENBK = strToFloat(words[1].c_str(), 2);
if (words[0].equalsIgnoreCase("GasVasteKosten")) settingGNBK = strToFloat(words[1].c_str(), 2);
if (words[0].equalsIgnoreCase("SmHasFaseInfo"))
{
settingSmHasFaseInfo = words[1].toInt();
if (settingSmHasFaseInfo != 0) settingSmHasFaseInfo = 1;
else settingSmHasFaseInfo = 0;
}
if (words[0].equalsIgnoreCase("OledType"))
{
settingOledType = words[1].toInt();
if (settingOledType > 2) settingOledType = 1;
}
if (words[0].equalsIgnoreCase("OledSleep"))
{
settingOledSleep = words[1].toInt();
CHANGE_INTERVAL_MIN(oledSleepTimer, settingOledSleep);
}
if (words[0].equalsIgnoreCase("OledFlip")) settingOledFlip = words[1].toInt();
if (settingOledFlip != 0) settingOledFlip = 1;
else settingOledFlip = 0;
if (words[0].equalsIgnoreCase("TelegramInterval"))
{
settingTelegramInterval = words[1].toInt();
CHANGE_INTERVAL_SEC(nextTelegram, settingTelegramInterval);
}
if (words[0].equalsIgnoreCase("IndexPage")) strCopy(settingIndexPage, (sizeof(settingIndexPage) -1), words[1].c_str());
#ifdef USE_MINDERGAS
if (words[0].equalsIgnoreCase("MindergasAuthtoken")) strCopy(settingMindergasToken, 20, words[1].c_str());
#endif
#ifdef USE_MQTT
if (words[0].equalsIgnoreCase("MQTTbroker"))
{
memset(settingMQTTbroker, '\0', sizeof(settingMQTTbroker));
strCopy(settingMQTTbroker, 100, words[1].c_str());
}
if (words[0].equalsIgnoreCase("MQTTbrokerPort")) settingMQTTbrokerPort = words[1].toInt();
if (words[0].equalsIgnoreCase("MQTTuser")) strCopy(settingMQTTuser ,35 ,words[1].c_str());
if (words[0].equalsIgnoreCase("MQTTpasswd")) strCopy(settingMQTTpasswd ,35, words[1].c_str());
if (words[0].equalsIgnoreCase("MQTTinterval")) settingMQTTinterval = words[1].toInt();
if (words[0].equalsIgnoreCase("MQTTtopTopic")) strCopy(settingMQTTtopTopic, 20, words[1].c_str());
CHANGE_INTERVAL_SEC(publishMQTTtimer, settingMQTTinterval);
CHANGE_INTERVAL_MIN(reconnectMQTTtimer, 1);
#endif
} // while available()
file.close();
//--- this will take some time to settle in
//--- probably need a reboot before that to happen :-(
MDNS.setHostname(settingHostname); // start advertising with new(?) settingHostname
DebugTln(F(" .. done\r"));
if (strlen(settingIndexPage) < 7) strCopy(settingIndexPage, (sizeof(settingIndexPage) -1), "DSMRindex.html");
if (settingTelegramInterval < 2) settingTelegramInterval = 10;
if (settingMQTTbrokerPort < 1) settingMQTTbrokerPort = 1883;
if (!show) return;
Debugln(F("\r\n==== Settings ===================================================\r"));
Debugf(" Hostname : %s\r\n", settingHostname);
Debugf(" Pre DSMR 40 (0=No, 1=Yes) : %s\r\n", settingPreDSMR40 ? "Yes":"No");
Debugf(" Energy Delivered Tarief 1 : %9.7f\r\n", settingEDT1);
Debugf(" Energy Delivered Tarief 2 : %9.7f\r\n", settingEDT2);
Debugf(" Energy Delivered Tarief 1 : %9.7f\r\n", settingERT1);
Debugf(" Energy Delivered Tarief 2 : %9.7f\r\n", settingERT2);
Debugf(" Gas Delivered Tarief : %9.7f\r\n", settingGDT);
Debugf(" Energy Netbeheer Kosten : %9.2f\r\n", settingENBK);
Debugf(" Gas Netbeheer Kosten : %9.2f\r\n", settingGNBK);
Debugf(" MBus 1 Type : %d\r\n", settingMbus1Type);
Debugf(" MBus 2 Type : %d\r\n", settingMbus2Type);
Debugf(" MBus 3 Type : %d\r\n", settingMbus3Type);
Debugf(" MBus 4 Type : %d\r\n", settingMbus4Type);
Debugf(" SM Fase Info (0=No, 1=Yes) : %s\r\n", settingSmHasFaseInfo ? "Yes":"No");
Debugf(" Telegram Process Interval : %d\r\n", settingTelegramInterval);
Debugf(" OLED Type (0, 1, 2) : %d\r\n", settingOledType);
Debugf("OLED Sleep Min. (0=oneindig) : %d\r\n", settingOledSleep);
Debugf(" Flip Oled (0=No, 1=Yes) : %d\r\n", settingOledFlip);
Debugf(" Index Page : %s\r\n", settingIndexPage);
#ifdef USE_MQTT
Debugln(F("\r\n==== MQTT settings ==============================================\r"));
Debugf(" MQTT broker URL/IP : %s:%d", settingMQTTbroker, settingMQTTbrokerPort);
if (MQTTclient.connected()) Debugln(F(" (is Connected!)\r"));
else Debugln(F(" (NOT Connected!)\r"));
Debugf(" MQTT user : %s\r\n", settingMQTTuser);
#ifdef SHOW_PASSWRDS
Debugf(" MQTT password : %s\r\n", settingMQTTpasswd);
#else
Debug( " MQTT password : *************\r\n");
#endif
Debugf(" MQTT send Interval : %d\r\n", settingMQTTinterval);
Debugf(" MQTT top Topic : %s\r\n", settingMQTTtopTopic);
#endif // USE_MQTT
#ifdef USE_MINDERGAS
Debugln(F("\r\n==== Mindergas settings ==============================================\r"));
Debugf(" Mindergas Authtoken : %s\r\n", settingMindergasToken);
#endif
Debugln(F("-\r"));
} // readSettings()
//=======================================================================
void updateSetting(const char *field, const char *newValue)
{
DebugTf("-> field[%s], newValue[%s]\r\n", field, newValue);
if (!stricmp(field, "Hostname")) {
strCopy(settingHostname, 29, newValue);
if (strlen(settingHostname) < 1) strCopy(settingHostname, 29, _DEFAULT_HOSTNAME);
char *dotPntr = strchr(settingHostname, '.') ;
if (dotPntr != NULL)
{
byte dotPos = (dotPntr-settingHostname);
if (dotPos > 0) settingHostname[dotPos] = '\0';
}
Debugln();
DebugTf("Need reboot before new %s.local will be available!\r\n\n", settingHostname);
}
if (!stricmp(field, "pre_DSMR40")) settingPreDSMR40 = String(newValue).toInt();
if (!stricmp(field, "ed_tariff1")) settingEDT1 = String(newValue).toFloat();
if (!stricmp(field, "ed_tariff2")) settingEDT2 = String(newValue).toFloat();
if (!stricmp(field, "er_tariff1")) settingERT1 = String(newValue).toFloat();
if (!stricmp(field, "er_tariff2")) settingERT2 = String(newValue).toFloat();
if (!stricmp(field, "electr_netw_costs")) settingENBK = String(newValue).toFloat();
if (!stricmp(field, "mbus1_type")) settingMbus1Type = String(newValue).toInt();
if (!stricmp(field, "mbus2_type")) settingMbus2Type = String(newValue).toInt();
if (!stricmp(field, "mbus3_type")) settingMbus3Type = String(newValue).toInt();
if (!stricmp(field, "mbus4_type")) settingMbus4Type = String(newValue).toInt();
if (!stricmp(field, "gd_tariff")) settingGDT = String(newValue).toFloat();
if (!stricmp(field, "gas_netw_costs")) settingGNBK = String(newValue).toFloat();
if (!stricmp(field, "sm_has_fase_info"))
{
settingSmHasFaseInfo = String(newValue).toInt();
if (settingSmHasFaseInfo != 0) settingSmHasFaseInfo = 1;
else settingSmHasFaseInfo = 0;
}
if (!stricmp(field, "oled_type"))
{
settingOledType = String(newValue).toInt();
if (settingOledType > 2) settingOledType = 1;
oled_Init();
}
if (!stricmp(field, "oled_screen_time"))
{
settingOledSleep = String(newValue).toInt();
CHANGE_INTERVAL_MIN(oledSleepTimer, settingOledSleep)
}
if (!stricmp(field, "oled_flip_screen"))
{
settingOledFlip = String(newValue).toInt();
if (settingOledFlip != 0) settingOledFlip = 1;
else settingOledFlip = 0;
oled_Init();
}
if (!stricmp(field, "tlgrm_interval"))
{
settingTelegramInterval = String(newValue).toInt();
CHANGE_INTERVAL_SEC(nextTelegram, settingTelegramInterval)
}
if (!stricmp(field, "index_page")) strCopy(settingIndexPage, (sizeof(settingIndexPage) -1), newValue);
#ifdef USE_MINDERGAS
if (!stricmp(field, "MindergasToken")) strCopy(settingMindergasToken, 20, newValue);
#endif //USE_MINDERGAS
#ifdef USE_MQTT
if (!stricmp(field, "mqtt_broker")) {
DebugT("settingMQTTbroker! to : ");
memset(settingMQTTbroker, '\0', sizeof(settingMQTTbroker));
strCopy(settingMQTTbroker, 100, newValue);
Debugf("[%s]\r\n", settingMQTTbroker);
mqttIsConnected = false;
CHANGE_INTERVAL_MS(reconnectMQTTtimer, 100); // try reconnecting cyclus timer
}
if (!stricmp(field, "mqtt_broker_port")) {
settingMQTTbrokerPort = String(newValue).toInt();
mqttIsConnected = false;
CHANGE_INTERVAL_MS(reconnectMQTTtimer, 100); // try reconnecting cyclus timer
}
if (!stricmp(field, "mqtt_user")) {
strCopy(settingMQTTuser ,35, newValue);
mqttIsConnected = false;
CHANGE_INTERVAL_MS(reconnectMQTTtimer, 100); // try reconnecting cyclus timer
}
if (!stricmp(field, "mqtt_passwd")) {
strCopy(settingMQTTpasswd ,35, newValue);
mqttIsConnected = false;
CHANGE_INTERVAL_MS(reconnectMQTTtimer, 100); // try reconnecting cyclus timer
}
if (!stricmp(field, "mqtt_interval")) {
settingMQTTinterval = String(newValue).toInt();
CHANGE_INTERVAL_SEC(publishMQTTtimer, settingMQTTinterval);
}
if (!stricmp(field, "mqtt_toptopic")) strCopy(settingMQTTtopTopic, 20, newValue);
#endif
writeSettings();
} // updateSetting()
/***************************************************************************
*
* Permission is hereby granted, free of charge, to any person obtaining a
* copy of this software and associated documentation files (the
* "Software"), to deal in the Software without restriction, including
* without limitation the rights to use, copy, modify, merge, publish,
* distribute, sublicense, and/or sell copies of the Software, and to permit
* persons to whom the Software is furnished to do so, subject to the
* following conditions:
*
* The above copyright notice and this permission notice shall be included
* in all copies or substantial portions of the Software.
*
* THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
* OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
* MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT.
* IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY
* CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT
* OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR
* THE USE OR OTHER DEALINGS IN THE SOFTWARE.
*
***************************************************************************/