Delete Sensor_RTC.h
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Sensor_RTC.h
226
Sensor_RTC.h
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// Version 0.1, 03-02-2020, SM
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// - initial version
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// ***********************************************************************************
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// maakt gebruik van C:\Users\Mattijs\Documents\Arduino\libraries\Grove_-_RTC_DS1307
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// volgens de datasheet: https://datasheets.maximintegrated.com/en/ds/DS1307.pdf
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// werkt het ic alleen met een I2C-klok van 100 kHz
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// experimenten tonen echter het volgende
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// de chip werkt goed met een klok van 200kHz ... 1MHz
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// getest met ESP8266 in 80/160MHz mode, met en zonder optrekweerstanden
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// ***********************************************************************************
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// ***********************************************************************************
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// Gebruik definieer Set_RTC_YMD_HMS_DoW, voordat Sensor_Receiver_2 wordt geimporteerd
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// ***********************************************************************************
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//#define Set_RTC_YMD_HMS_DoW "2020,1,10,13,11,13,MON"
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//#include "Sensor_Receiver_2.h"
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// ***********************************************************************************
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#ifndef Sensor_RTC_h
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#define Sensor_RTC_h 0.1
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#include "DS1307.h"
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DS1307 Rclock ; // liefst Llokaal
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// Volgens de specificaties mag de klok maximaal 100 kHz zijn
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// Volgens mijn metingen moet de klok minimaal 200 kHz zijn
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// ***********************************************************************
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#define _RTC_My_I2C_Clock 400000
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// ***********************************************************************
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// ***********************************************************************************
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// ***********************************************************************************
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class _Sensor_RTC : public _Sensor_BaseClass {
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public:
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// _Sensor_RTC ***********************************************************
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// Creator,
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// ***********************************************************************
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_Sensor_RTC () {
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Version_Name = "V" + String ( Sensor_RTC_h ) + " Sensor_RTC.h" ;
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Serial.println ( "CREATE " + Version_Name ) ;
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this -> _JSON_Long_Header = "Date\tTime\t" ;
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this -> _JSON_Short_Header = "Date\tTime\t" ;
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Help_Text = " >>>>>>> ToDO Help tekst" ;
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}
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// _Sensor_RTC ***********************************************************
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// ***********************************************************************
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void setup () {
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Wire.setClock ( 400000 ) ; // _RTC_My_I2C_Clock ) ;
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#ifdef Set_RTC_YMD_HMS_DoW
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Serial.println ( "==================> Set RTC" ) ;
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String Line = Set_RTC_YMD_HMS_DoW ;
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My_StringSplitter *Splitter = new My_StringSplitter ( Line, ',' ) ;
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int Year = ( Splitter->getItemAtIndex(0)).toInt() ;
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int Month = ( Splitter->getItemAtIndex(1)).toInt() ;
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int Day = ( Splitter->getItemAtIndex(2)).toInt() ;
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int Hour = ( Splitter->getItemAtIndex(3)).toInt() ;
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int Minute = ( Splitter->getItemAtIndex(4)).toInt() ;
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int Second = ( Splitter->getItemAtIndex(5)).toInt() ;
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int DoW ;
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Line = Splitter -> getItemAtIndex(6) ;
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if ( Line == "MON" ) DoW = MON ;
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else if ( Line == "TUE" ) DoW = TUE ;
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else if ( Line == "WED" ) DoW = WED ;
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else if ( Line == "THU" ) DoW = THU ;
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else if ( Line == "FRI" ) DoW = FRI ;
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else if ( Line == "SAT" ) DoW = SAT ;
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else DoW = SUN ;
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Rclock.begin();
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Rclock.fillByYMD ( Year, Month, Day ) ;
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Rclock.fillByHMS ( Hour, Minute, Second ) ;
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Rclock.fillDayOfWeek ( DoW ) ;
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Rclock.setTime();
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// trying to get the first real read also correct
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delay ( 1000 ) ;
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Rclock.getTime();
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delay ( 1000 ) ;
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Rclock.getTime();
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Serial.println ("done");
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#endif
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}
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// _Sensor_RTC ***********************************************************
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// ***********************************************************************
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//void loop () {
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//}
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// _Sensor_RTC ***********************************************************
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// ***********************************************************************
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String GetDateTime() {
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Wire.setClock ( 400000 ) ; //_RTC_My_I2C_Clock ) ;
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Rclock.getTime();
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char DateTimeBuffer[35] = "";
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String DayOfWeek ;
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switch (Rclock.dayOfWeek) { // Friendly printout the weekday
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case MON:
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DayOfWeek = "Monday" ;
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break;
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case TUE:
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DayOfWeek = "Tuesday" ;
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break;
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case WED:
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DayOfWeek = "Wednesday" ;
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break;
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case THU:
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DayOfWeek = "Thursday" ;
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break;
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case FRI:
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DayOfWeek = "Friday" ;
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break;
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case SAT:
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DayOfWeek = "Saterday" ;
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break;
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case SUN:
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DayOfWeek = "Sunday" ;
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break;
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}
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Global_DateTime.Year = Rclock.year + 2000 ;
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Global_DateTime.Month = Rclock.month ;
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Global_DateTime.Day = Rclock.dayOfMonth ;
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Global_DateTime.Hour = Rclock.hour ;
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Global_DateTime.Minute = Rclock.minute ;
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Global_DateTime.Second = Rclock.second ;
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sprintf ( DateTimeBuffer, "%04d-%02d-%02d %02d:%02d:%02d ",
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Rclock.year + 2000, Rclock.month, Rclock.dayOfMonth,
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Rclock.hour, Rclock.minute, Rclock.second ) ;
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Serial.print ( DateTimeBuffer ) ;
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Serial.print ( DayOfWeek ) ;
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Serial.println ();
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return String ( DateTimeBuffer ) ;
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}
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// _Sensor_RTC ***********************************************************
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// Get all the sampled data as a JSON string
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// ***********************************************************************
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void Get_JSON_Data () {
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String DateTime = this -> GetDateTime () ;
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JSON_Data += " \"Date\":\"" ;
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JSON_Data += DateTime.substring(0,10) ;
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JSON_Data += "\", \"Time\":\"" ;
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JSON_Data += DateTime.substring(11,19) ;
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JSON_Data += "\"," ;
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JSON_Short_Data += DateTime.substring(0,10) ;
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JSON_Short_Data += "\t" ;
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JSON_Short_Data += DateTime.substring(11,19) ;
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JSON_Short_Data += "\t" ;
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}
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// _Sensor_RTC ***********************************************************
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// ***********************************************************************
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bool Handle_Serial_Command ( String Serial_Command ) {
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String LowerCase = Serial_Command ;
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LowerCase.toLowerCase () ;
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if ( LowerCase.startsWith ( "help" ) ) {
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Serial.println ( _Serial_Commands_Text ) ;
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this -> Print_Current_Time () ;
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return false ;
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}
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else if ( LowerCase.startsWith ( "?" ) ) {
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Serial.println ( _Serial_Commands_Text ) ;
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this -> Print_Current_Time () ;
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return false ;
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}
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else if ( LowerCase.startsWith ( "rtc" ) ) {
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Serial.println ( Serial_Command + "##" ) ;
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int Delta_Second = ( Serial_Command.substring ( 4 )).toInt() ;
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Serial.println ( "Correcting RTC by Seconds = " + String ( Delta_Second ) ) ;
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int Delta_Hour = Delta_Second / 3600 ;
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Delta_Second -= 3600 * Delta_Hour ;
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int Delta_Minute = Delta_Second / 60 ;
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Delta_Second -= 60 * Delta_Minute ;
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Serial.println ( "dHour = " + String(Delta_Hour) + " dMinute = " + String (Delta_Minute) + " dSec = " + String ( Delta_Second ) ) ;
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Wire.setClock ( _RTC_My_I2C_Clock ) ;
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Rclock.getTime();
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int Hour = Rclock.hour ;
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int Minute = Rclock.minute ;
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int Second = Rclock.second ;
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Rclock.begin();
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Rclock.fillByHMS ( Hour + Delta_Hour, Minute + Delta_Minute, Second + Delta_Second ) ;
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Rclock.setTime();
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delay ( 1000 ) ;
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this -> Print_Current_Time () ;
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return true ;
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}
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return false ;
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}
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// ***********************************************************************
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private:
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// ***********************************************************************
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String _Serial_Commands_Text = "====== Sensor_RTC ======\n\
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RTC +[N] // TODO Zet de tijd [N] seconden vooruit\n\
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RTC -[N] // TODO Zet de tijd [N] seconden teruguit" ;
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// _Sensor_RTC ***********************************************************
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// ***********************************************************************
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void Print_Current_Time () {
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Serial.print ( "Current DateTime = " ) ;
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this -> GetDateTime () ;
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}
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};
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#endif
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