";
ret += "";
ret += HTTP_TEXT_END;
return ret;
}
//*** end ***
String webSetup(){
String ret = HTTP_ANSWER;
ret += HTTP_HEAD_DTZ;
ret += ""; ret += cDTZ.getNameDTZ(); ret += "";
ret += FPSTR(HTTP_BODYSTYLE_DTZ); ret += "";
ret += HTTP_DIV_FIELD;
ret += "
Grundeinstellungen
";
ret += "";
ret += "";
ret += "StromLog-Version: "; ret += LoggerVersion;
ret += " Check for update firmware";
ret += "
";
ret += FPSTR(HTTP_JS_SETUP);
return ret;
}
//*** end ***
String webShowSetup(){
String ret = HTTP_ANSWER;
ret += FPSTR(HTTP_BODYSTYLE_DTZ); ret += "";
ret += HTTP_DIV_FIELD;
ret += showSetup(); //debug
ret += HTTP_TEXT_END;
return ret;
}
//*** end ***
String webFavicon(){
String ret = HTTP_ANSWER;
ret += "none";
return ret;
}
//*** end ***
String webSearchStromLog(String payload) {
String ret = HTTP_ANSWER;
int argBegin = payload.indexOf("?");
if (argBegin != -1){
int valueEnd = payload.indexOf("HTTP");
int idEx = payload.substring(argBegin+1,valueEnd-1).toInt();
if(idEx == cDTZ.getUserID() || cDTZ.getUserID() == 0){
ret += "{\"DTZLOGGER\":\"" + LoggerVersion + "\"}";
}
}
return ret;
}
//*** end ***
String webMain(String payload){ // Prepare the response main screen
float DispValue;
String ret = HTTP_ANSWER;
ret += HTTP_HEAD_DTZ_REFRESH;
ret += ""; ret += cDTZ.getNameDTZ(); ret += "";
ret += FPSTR(HTTP_BODYSTYLE_DTZ); ret += "";
ret += HTTP_DIV_FIELD;
ret += "
"; ret+=cDTZ.getNameDTZ(); ret+="
";
ret += getDate2String(_act_date_time[_YEAR],_act_date_time[_MONTH],_act_date_time[_DAY]);
ret += " - "; ret += getTime2String(_act_date_time[_HOUR],_act_date_time[_MINUTE],_act_date_time[_SECOND]); ret+="";
ret += "🔄 ";
if(_protocolError)ret+= FPSTR(PROTOCOL_ERROR);
ret += "";
ret += "1.8.0 Bezug Summe:
";
if(dMETER.MeterKWH[_FROMGRID_1]>0){
ret += "1.8.1 Bezug Tarif 1:
";
}
if(dMETER.MeterKWH[_FROMGRID_2]>0){
ret += "1.8.2 Bezug Tarif 2:
";
}
if(dMETER.MeterKWH[_FEEDIN]>0){
ret += "2.8.0 Einspeisung:
";
}
ret += "";
if(dMETER.Electric_data[_CONSUMPTION]!=0){
ret += "Summen-Leistung:
";
ret += " ";
}
if(dMETER.Electric_data[_P_L1]!=0 || dMETER.Electric_data[_P_L2]!=0 || dMETER.Electric_data[_P_L3]!=0){
ret += "Leistung L1:
";
}
if(dMETER.Electric_data[_FREQ]>0){
ret += "Netzfrequenz:
";
}
ret += "";
ret += payload;
ret += "
StromLog & Zähler
";
ret += "
Stromlog-IP:
";
ret += "Signalstärke: "; ret+=WiFi.RSSI(); ret+=" dBm
";
ret += "(Zähler) Hersteller-ID:
";
ret += "(Zähler) Server-ID:
";
ret += "Received protocols:
";
#if(defined SML_DIN || defined MBUS_DLMS)
ret += "Protocol errors:
";
#endif
#ifdef VDE_DIN
if(dMETER.MeterTime.length()>5){
ret += "(Zähler) Datum Zeit:
";
}
#endif
if(_sendingOK == false)ret += "🔴"; // show a red bubble when StromLog not connect on server at the first time
ret += "Saved protocols:"; ret += "
";
ret += "";
if(cDTZ.SendMQTT==1){
ret += "
MQTT Client ist eingeschaltet.
";
} else {
ret += "
MQTT Client ist ausgeschaltet.
";
}
if(_mqttBrokerOK==0 && cDTZ.SendMQTT==1){
ret += "
🔴Error: MQTT Broker ist nicht erreichbar! Oder Nutzer und Passwort sind nicht erlaubt. Neuer Verbindungsversuch in "; ret+=_mqttWaitTime2Connect; ret+=" Sekunden.
";
// ret += HTTP_TEXT_END;
ret += FPSTR(HTTP_JS_SCRIPT);
return ret;
}
//*** end ***
String webMemory(){
String ret = HTTP_ANSWER;
ret += "Free space: "; ret += cDTZ.FREESPACE; ret += " ";
ret += cDTZ.readDir();
#ifdef ShowIniFile
File Fconfig = LittleFS.open("/config.ini","r");
if (Fconfig){
ret+=Fconfig.readString();
Fconfig.close();
} else ret +="File empty";
#endif
ret+=" ";
if(cDTZ.saveCounter > 0){
for(int i=1;i<=cDTZ.saveCounter;i++){
ret += cDTZ.readSavedValues(i);
ret += " ";
}
}
else ret += "No saved data. ";
ret += HTTP_TEXT_END;
return ret;
}
//*** end ***
String webSendProtocols(){
dMETER.SendProtocols = 10;
String ret = HTTP_ANSWER;
ret += "10 RAW Protocols will be send to server now. ";
ret += HTTP_TEXT_END;
return ret;
}
//*** end ***
String webSetTime(){
String ret = HTTP_ANSWER;
ret += FPSTR(HTTP_BODYSTYLE_DTZ); ret += "";
ret += HTTP_DIV_FIELD;
ret += "
Die Uhr wird jetzt neu synchronisiert.
";
ret += "
Zeit:
";
ret += "Unix-Time: "; ret += _timestamp; ret +=" ";
if (syncron_NTP_Time(true) == true){
getTime2Value();
ret += "Neue Zeit:
";
ret += "Unix-Time: "; ret += _timestamp; ret +=" ";
} else {
ret += "NTP Serverfehler! Aktuallisierung nicht erfolgt. Bitte eine Wartezeit von 2 Minuten, bis zur wiederholten, manuellen Aktuallisierung einhalten. ";
}
ret += "
";
ret += HTTP_TEXT_END;
return ret;
}
//**** update firmware part info to user interface *********//
String getUpdateFiles(IPAddress userIP){
String ret=HTTP_ANSWER;
ret += "Your StromLog versions number: "+dMETER.getProtocolType()+Version+" ";
ret += "Check for new firmware now. ";
ret += getFilesFromServer(userIP,dMETER.getProtocolType()+Version,cDTZ.getTargetServer());
ret += HTTP_TEXT_END;
return ret;
}
String prepareUpdate(String line){
String ret = HTTP_ANSWER;
int valueBegin = line.indexOf("?");
if(valueBegin > 0){
int valueEnd = line.indexOf("HTTP");
String argumentValue = line.substring(valueBegin+1,valueEnd-1);
ret += "Update will be start now. ";
ret += "Update-file: "+argumentValue+" ";
ret += "Don't turn off power during update!
";
ret += "After update, the reconnection only via IP, without arguments behind it!
";
ret += "Click here for reconnect after update ";
} else {
ret += "Error: Missing name of update file! ";
ret += "Update canceled. ";
line ="";
}
ret += HTTP_TEXT_END;
return ret;
}
String getRefreshJSON(){
String ret = HTTP_ANSWERJSON;
ret += prepareRefreshJSON();
return ret;
}
//***** get return json for refresh display on browser or *****//
String prepareRefreshJSON(){
String json = "{\"time\":\""; json+=getTime2String(_act_date_time[_HOUR],_act_date_time[_MINUTE],_act_date_time[_SECOND]); json+="\",";
json += "\"vL1\":"; json+=dMETER.Electric_data[_U_L1]; json+=",";
json += "\"vL2\":"; json+=dMETER.Electric_data[_U_L2]; json+=",";
json += "\"vL3\":"; json+=dMETER.Electric_data[_U_L3]; json+=",";
json += "\"cL1\":"; json+=dMETER.Electric_data[_I_L1]; json+=",";
json += "\"cL2\":"; json+=dMETER.Electric_data[_I_L2]; json+=",";
json += "\"cL3\":"; json+=dMETER.Electric_data[_I_L3]; json+=",";
json += "\"pL1\":"; json+=dMETER.Electric_data[_P_L1]; json+=",";
json += "\"pL2\":"; json+=dMETER.Electric_data[_P_L2]; json+=",";
json += "\"pL3\":"; json+=dMETER.Electric_data[_P_L3]; json+=",";
json += "\"frq\":"; json+=dMETER.Electric_data[_FREQ]; json+=",";
json += "\"prot\":"; json+=dMETER.ProtocolCounter; json+=",";
json += "\"db\":"; json+=WiFi.RSSI(); json+=",";
json += "\"cmq\":"; json+=_mqttWaitTime2Connect; json+=",";
json += "\"psum\":"; json+=dMETER.Electric_data[_CONSUMPTION]; json+="}";
return json;
}
//*********** build an JSON code of values and return it *****************/
String getValuesAsJSON(){
String json = "{\"timestamp\":"; json += _timestamp; json += ",\"meterData\":";
json += "{\"consumption\":{\"value\":"; json += dMETER.Electric_data[_CONSUMPTION]; json += ",\"unit\":\"W\"},";
json += "\"FromGridSum\":{\"value\":"; json+= dMETER.MeterKWH[_FROMGRID_0]; json += ",\"unit\":\"dWh\"},";
json += "\"FromGridA\":{\"value\":"; json+= dMETER.MeterKWH[_FROMGRID_1]; json += ",\"unit\":\"dWh\"},";
json += "\"FromGridB\":{\"value\":"; json+= dMETER.MeterKWH[_FROMGRID_2]; json += ",\"unit\":\"dWh\"},";
json += "\"FeedIn\":{\"value\":"; json+= dMETER.MeterKWH[_FEEDIN]; json += ",\"unit\":\"dWh\"}";
json += "},\"electricsData\":{";
json += "\"voltageL1\":{\"value\":"; json+= dMETER.Electric_data[_U_L1]; json += ",\"unit\":\"dV\"},";
json += "\"voltageL2\":{\"value\":"; json+= dMETER.Electric_data[_U_L2]; json += ",\"unit\":\"dV\"},";
json += "\"voltageL3\":{\"value\":"; json+= dMETER.Electric_data[_U_L3]; json += ",\"unit\":\"dV\"},";
json += "\"currentL1\":{\"value\":"; json+= dMETER.Electric_data[_I_L1]; json += ",\"unit\":\"cI\"},";
json += "\"currentL2\":{\"value\":"; json+= dMETER.Electric_data[_I_L2]; json += ",\"unit\":\"cI\"},";
json += "\"currentL3\":{\"value\":"; json+= dMETER.Electric_data[_I_L3]; json += ",\"unit\":\"cI\"},";
json += "\"powerL1\":{\"value\":"; json+= dMETER.Electric_data[_P_L1]; json += ",\"unit\":\"W\"},";
json += "\"powerL2\":{\"value\":"; json+= dMETER.Electric_data[_P_L2]; json += ",\"unit\":\"W\"},";
json += "\"powerL3\":{\"value\":"; json+= dMETER.Electric_data[_P_L3]; json += ",\"unit\":\"W\"},";
json += "\"freq\":{\"value\":"; json+= dMETER.Electric_data[_FREQ]; json += ",\"unit\":\"dHz\"}}";
json += ",\"protocols\":{\"total\":"; json += dMETER.ProtocolCounter; json +=",\"failed\":"; json += dMETER.ErrorCounter;
json += "}}";
return json;
}
//*********** send consumption only **************************************/
String sendConsumptionValue(){
String json = "{\"consumption\":{\"value\":"; json += dMETER.Electric_data[_CONSUMPTION]; json += ",\"unit\":\"W\"}}";
return json;
}
//*********** prepare values for sending as JSON *************************/
String prepareSendValuesAsJSON(){
String Data = "{\"userid\":";
Data += cDTZ.getUserID(); Data += ",\"meter\":{";
Data += "\"localip\":\""+ WiFi.localIP().toString()+"\",";
Data += "\"metername\":\""+cDTZ.getNameDTZ()+"\",";
Data += "\"manufacturer\":\""+dMETER.MeterType+"\",";
Data += "\"meterid\":\"";
Data += dMETER.getMeterID();
Data += "\"},\"currentData\":";
Data += getValuesAsJSON();
Data += "}";
return Data;
}
String ioBrokerData(){
String Data = HTTP_ANSWERJSON;
Data +="{\"billingData:\":{\"assignment\":[";
Data += "{\"obis\":\"0100000000FF\",\"value\":\""; Data+=dMETER.getMeter_ID(); Data += "\"},";
Data += "{\"obis\":\"010000090B00\",\"value\":\""; Data+=getDate2String(_act_date_time[_YEAR],_act_date_time[_MONTH],_act_date_time[_DAY]);Data+=",";
Data += getTime2String(_act_date_time[_HOUR],_act_date_time[_MINUTE],_act_date_time[_SECOND]); Data += "\"}],\"values\":[";
Data += "{\"obis\":\"0101010800FF\",\"value\":"; Data+=dMETER.MeterKWH[_FROMGRID_0]; Data += ",\"unit\":\"dWh\"},";
Data += "{\"obis\":\"0101010801FF\",\"value\":"; Data+=dMETER.MeterKWH[_FROMGRID_1]; Data += ",\"unit\":\"dWh\"},";
Data += "{\"obis\":\"0101010802FF\",\"value\":"; Data+=dMETER.MeterKWH[_FROMGRID_2]; Data += ",\"unit\":\"dWh\"},";
Data += "{\"obis\":\"0101020800FF\",\"value\":"; Data+=dMETER.MeterKWH[_FEEDIN]; Data += ",\"unit\":\"dWh\"},";
Data += "{\"obis\":\"0100010700FF\",\"value\":"; Data+=dMETER.Electric_data[_CONSUMPTION]; Data += ",\"unit\":\"W\"},";
Data += "{\"obis\":\"010020070000\",\"value\":"; Data+=dMETER.Electric_data[_U_L1]; Data += ",\"unit\":\"dV\"},";
Data += "{\"obis\":\"010034070000\",\"value\":"; Data+=dMETER.Electric_data[_U_L2]; Data += ",\"unit\":\"dV\"},";
Data += "{\"obis\":\"010048070000\",\"value\":"; Data+=dMETER.Electric_data[_U_L3]; Data += ",\"unit\":\"dV\"},";
Data += "{\"obis\":\"01001F070000\",\"value\":"; Data+=dMETER.Electric_data[_I_L1]; Data += ",\"unit\":\"cA\"},";
Data += "{\"obis\":\"010033070000\",\"value\":"; Data+=dMETER.Electric_data[_I_L2]; Data += ",\"unit\":\"cA\"},";
Data += "{\"obis\":\"010047070000\",\"value\":"; Data+=dMETER.Electric_data[_I_L3]; Data += ",\"unit\":\"cA\"},";
Data += "{\"obis\":\"01000E070000\",\"value\":"; Data+=dMETER.Electric_data[_FREQ]; Data += ",\"unit\":\"dHz\"}";
Data += "]}}";
return Data;
}
//*********** hande set crc check on off *********************************/
String setCheckCRC(bool setVar){
cDTZ.setCRC_Check(setVar);
return webShowSetup();
}
//*********** set push intervall *****************************************/
String setIntervall(int pushValue){
String ret="Actual-Push-Time-Intervall: "; ret+=cDTZ.PushIntervall; ret+=" minutes\n";
if(pushValue >0 && pushValue < 31 || pushValue==60){
ret+="New-Push-Time-Intervall: "; ret+=pushValue; ret+=" minutes\n";
cDTZ.PushIntervall=pushValue; //set new intervall
cDTZ.saveConfigDTZ(); //and saved into config file
} else {
ret+="The value entered was incorrect. Range is 1-30 or just 60\nNothing is saved.\n";
}
return ret;
}
//*********** show intern setup data for support *************************/
String getSerialSpeed(int serialSpeed){
String ret="";
switch(serialSpeed){
case 0: ret = "SerialType: -9600b 8N1-"; break;
case 1: ret = "SerialType: -9600b 7E1-"; break;
case 2: ret = "SerialType: -1200b 7E1-"; break;
case 3: ret = "SerialType: -2400b 7E1-"; break;
case 4: ret = "SerialType: -4800b 7E1-"; break;
case 5: ret = "SerialType: -9600b 7E1-"; break;
case 6: ret = "SerialType: -19400b 7E1-"; break;
case 10: ret = "SerialType: -2400b 8N1-"; break;
default: ret = "Not detect"; break;
}
return ret;
}
//*********** show rest-end-points **************************************/
const char HELP_REST_POINTS[] PROGMEM =
"Available Rest-Endpoints after StromLogIP:/vJSON - get Data as JSON for diagram /diagram - Show diagram /consumption - get act. power as JSON /json.txt - get Data as JSON for ioBroker /currentData - get electric Data as JSON /allData - get all Data as JSON /refresh - get Data for refresh display /setup - start setup-window /showsetup - show intern setups /searchLogger - return exist of StromLog /memory - show files of intern memory /sendProtocols - send raw protocols of meter to server /setTime - set new of act. time /firmware - get files from server for updates /CRC_ON - switch on of SML check-sum /CRC_OFF - switch off of SML check-sum /help - this info /setIntervall?15 - set time of send data to server /upDate?file.bin - update of file ";
String webShowHelp(){
String ret = HTTP_ANSWER;
ret += FPSTR(HELP_REST_POINTS);
ret += "";
ret += HTTP_TEXT_END;
return ret;
}
//*********** show intern setup and variables ****************************/
String showSetup(){
String ret = "
StromLog Status
";
ret += "Processor: ESP-Wroom2 (ESP8266 2Mb) ";
ret += "
User: -"; ret += cDTZ.getUser(); ret +="- ";
ret += "PW (Key): -"; ret += cDTZ.getPasswEncrypt(); ret +="- ";
ret += "UserID: -"; ret += cDTZ.getUserID(); ret +="- ";
ret += "URL: -"; ret += cDTZ.getTargetURL(); ret +="- ";
ret += "Send-Intervall: -"; ret += cDTZ.PushIntervall; ret +="- minutes ";
ret += "Encryption: -"; ret+=_crypt; ret+="- ";
// ret += "URLclean: -"; ret += cDTZ.getTargetURLclean(); ret +="- ";
ret += "Update-Server: -"; ret += cDTZ.getTargetServer(); ret+="- ";
ret += "HTTPCode: -"; ret +=_httpMarker; ret +="- ";
ret += "Timestamp: -"; ret +=_timestamp; ret +="- ";
ret += "TimestampServer: -"; ret +=_timestampFromServer; ret +="- ";
ret += "AdjustSec: -"; ret +=_secAdjust; ret +="- ";
ret += "File-system free-space: -"; ret +=cDTZ.getFreeSpace(); ret +="- kB ";
#ifdef SML_DIN
ret += getSerialSpeed(_serialType);
ret += " CRC-Check: -"; if(_CRC_CHECK==0){ret+="On";}else{ret+="Off";} ret+="- ";
#else
ret += getSerialSpeed(dMETER.SerialSpeed);
#endif
#ifdef MBUS_DLMS
ret += " Encryption: DLMS/COSEM (AES128)";
#endif
ret +="
";
return ret;
}
//*** end ***
#endif //*** WEB_CLIENT_H_