BULME-6ABELI / Uhr

Tickt wie eine echte Uhr ;)

Michael Planner

main.cpp@0:0717eb51cbef, 2020-04-21 (annotated)

Committer:
Aagrus
Date:
Tue Apr 21 19:40:00 2020 +0000
Revision:
0:0717eb51cbef
Uhr Programm

Who changed what in which revision?

UserRevisionLine numberNew contents of line
Aagrus 0:0717eb51cbef 1 /******************************************************************************
Aagrus 0:0717eb51cbef 2
Aagrus 0:0717eb51cbef 3 Welcome to GDB Online.
Aagrus 0:0717eb51cbef 4 GDB online is an online compiler and debugger tool for C, C++, Python, PHP, Ruby,
Aagrus 0:0717eb51cbef 5 C#, VB, Perl, Swift, Prolog, Javascript, Pascal, HTML, CSS, JS
Aagrus 0:0717eb51cbef 6 Code, Compile, Run and Debug online from anywhere in world.
Aagrus 0:0717eb51cbef 7
Aagrus 0:0717eb51cbef 8 *******************************************************************************/
Aagrus 0:0717eb51cbef 9 #include <stdio.h>
Aagrus 0:0717eb51cbef 10 #include <ctime>
Aagrus 0:0717eb51cbef 11 //#include <cstdio>
Aagrus 0:0717eb51cbef 12
Aagrus 0:0717eb51cbef 13 //--------------------- Timer -----------------------//
Aagrus 0:0717eb51cbef 14 class Time
Aagrus 0:0717eb51cbef 15 {
Aagrus 0:0717eb51cbef 16 protected:
Aagrus 0:0717eb51cbef 17 char s = 0;
Aagrus 0:0717eb51cbef 18 char m = 0;
Aagrus 0:0717eb51cbef 19 char h = 0;
Aagrus 0:0717eb51cbef 20
Aagrus 0:0717eb51cbef 21 public:
Aagrus 0:0717eb51cbef 22 void SetTime(char hour, char min, char sec);
Aagrus 0:0717eb51cbef 23 virtual char AktualHour();
Aagrus 0:0717eb51cbef 24 virtual char AktualMin();
Aagrus 0:0717eb51cbef 25 virtual char AktualSec();
Aagrus 0:0717eb51cbef 26 };
Aagrus 0:0717eb51cbef 27 void Time::SetTime(char hour, char min, char sec)
Aagrus 0:0717eb51cbef 28 {
Aagrus 0:0717eb51cbef 29 s = sec;
Aagrus 0:0717eb51cbef 30 m = min;
Aagrus 0:0717eb51cbef 31 h = hour;
Aagrus 0:0717eb51cbef 32 }
Aagrus 0:0717eb51cbef 33 char Time::AktualSec() { return s; }
Aagrus 0:0717eb51cbef 34 char Time::AktualMin() { return m; }
Aagrus 0:0717eb51cbef 35 char Time::AktualHour() { return h; }
Aagrus 0:0717eb51cbef 36
Aagrus 0:0717eb51cbef 37
Aagrus 0:0717eb51cbef 38
Aagrus 0:0717eb51cbef 39 //--------------------- Uhr -----------------------//
Aagrus 0:0717eb51cbef 40 class Uhr : public Time
Aagrus 0:0717eb51cbef 41 {
Aagrus 0:0717eb51cbef 42 private:
Aagrus 0:0717eb51cbef 43 // Variabeln für Uhr
Aagrus 0:0717eb51cbef 44 clock_t tick;
Aagrus 0:0717eb51cbef 45 clock_t startTick;
Aagrus 0:0717eb51cbef 46 char sh, sm, ss;
Aagrus 0:0717eb51cbef 47 // Methoden für Uhr
Aagrus 0:0717eb51cbef 48 void SetTick();
Aagrus 0:0717eb51cbef 49 int GetTickDiff();
Aagrus 0:0717eb51cbef 50 void SetNewTime();
Aagrus 0:0717eb51cbef 51
Aagrus 0:0717eb51cbef 52 unsigned long TimeInSec();
Aagrus 0:0717eb51cbef 53
Aagrus 0:0717eb51cbef 54 public:
Aagrus 0:0717eb51cbef 55 // Konstruktoren
Aagrus 0:0717eb51cbef 56 Uhr(Time time);
Aagrus 0:0717eb51cbef 57 Uhr(char sec, char min, char hour);
Aagrus 0:0717eb51cbef 58 // Sonstige Variabeln
Aagrus 0:0717eb51cbef 59 unsigned long TimeSec();
Aagrus 0:0717eb51cbef 60 void SetTime(char hour, char min, char sec);
Aagrus 0:0717eb51cbef 61 char AktualHour();
Aagrus 0:0717eb51cbef 62 char AktualMin();
Aagrus 0:0717eb51cbef 63 char AktualSec();
Aagrus 0:0717eb51cbef 64 };
Aagrus 0:0717eb51cbef 65 // private:
Aagrus 0:0717eb51cbef 66 void Uhr::SetTick() { startTick = clock(); }
Aagrus 0:0717eb51cbef 67 int Uhr::GetTickDiff()
Aagrus 0:0717eb51cbef 68 {
Aagrus 0:0717eb51cbef 69 // Differenz der Startzeit bis jetzt berrechnen
Aagrus 0:0717eb51cbef 70 tick = clock() - startTick;
Aagrus 0:0717eb51cbef 71 int sec = (int)(tick/CLOCKS_PER_SEC);
Aagrus 0:0717eb51cbef 72 return sec;
Aagrus 0:0717eb51cbef 73 }
Aagrus 0:0717eb51cbef 74 void Uhr::SetNewTime()
Aagrus 0:0717eb51cbef 75 {
Aagrus 0:0717eb51cbef 76 // Holen der Zeitdifferenz und setze vom Startzeitbezug eine neue Zeit
Aagrus 0:0717eb51cbef 77 int sec = this->GetTickDiff();
Aagrus 0:0717eb51cbef 78 unsigned long timeInSec = ((sh*3600) + (sm*60) + ss) + sec;
Aagrus 0:0717eb51cbef 79 h = (char)(timeInSec / 3600);
Aagrus 0:0717eb51cbef 80 m = (char)((timeInSec - (h * 3600)) / 60);
Aagrus 0:0717eb51cbef 81 s = (char)(timeInSec % 60);
Aagrus 0:0717eb51cbef 82 }
Aagrus 0:0717eb51cbef 83 unsigned long Uhr::TimeInSec()
Aagrus 0:0717eb51cbef 84 {
Aagrus 0:0717eb51cbef 85 unsigned long sec = (h * 3600) + (m * 60) + s;
Aagrus 0:0717eb51cbef 86 return sec;
Aagrus 0:0717eb51cbef 87 }
Aagrus 0:0717eb51cbef 88
Aagrus 0:0717eb51cbef 89
Aagrus 0:0717eb51cbef 90 // public:
Aagrus 0:0717eb51cbef 91 Uhr::Uhr(Time time) : Time()
Aagrus 0:0717eb51cbef 92 {
Aagrus 0:0717eb51cbef 93 // relative Zeitvariabeln
Aagrus 0:0717eb51cbef 94 s = time.AktualSec();
Aagrus 0:0717eb51cbef 95 m = time.AktualMin();
Aagrus 0:0717eb51cbef 96 h = time.AktualHour();
Aagrus 0:0717eb51cbef 97
Aagrus 0:0717eb51cbef 98 // Festgelegte Startzeit
Aagrus 0:0717eb51cbef 99 sh = h;
Aagrus 0:0717eb51cbef 100 sm = m;
Aagrus 0:0717eb51cbef 101 ss = s;
Aagrus 0:0717eb51cbef 102
Aagrus 0:0717eb51cbef 103 // Zeitablauf starten
Aagrus 0:0717eb51cbef 104 this->SetTick();
Aagrus 0:0717eb51cbef 105 }
Aagrus 0:0717eb51cbef 106 Uhr::Uhr(char hour, char min, char sec) : Time()
Aagrus 0:0717eb51cbef 107 {
Aagrus 0:0717eb51cbef 108 // relative Zeitvariabeln
Aagrus 0:0717eb51cbef 109 s = sec;
Aagrus 0:0717eb51cbef 110 m = min;
Aagrus 0:0717eb51cbef 111 h = hour;
Aagrus 0:0717eb51cbef 112
Aagrus 0:0717eb51cbef 113 // Festgelegte Startzeit
Aagrus 0:0717eb51cbef 114 sh = h;
Aagrus 0:0717eb51cbef 115 sm = m;
Aagrus 0:0717eb51cbef 116 ss = s;
Aagrus 0:0717eb51cbef 117
Aagrus 0:0717eb51cbef 118 // Zeitablauf starten
Aagrus 0:0717eb51cbef 119 this->SetTick();
Aagrus 0:0717eb51cbef 120 }
Aagrus 0:0717eb51cbef 121
Aagrus 0:0717eb51cbef 122 unsigned long Uhr::TimeSec()
Aagrus 0:0717eb51cbef 123 {
Aagrus 0:0717eb51cbef 124 // Setzt Zeit und aktuallisiert
Aagrus 0:0717eb51cbef 125 this->SetNewTime();
Aagrus 0:0717eb51cbef 126 this->TimeInSec();
Aagrus 0:0717eb51cbef 127 }
Aagrus 0:0717eb51cbef 128 char Uhr::AktualSec() { this->SetNewTime(); Time::AktualSec(); }
Aagrus 0:0717eb51cbef 129 char Uhr::AktualMin() { this->SetNewTime(); Time::AktualMin(); }
Aagrus 0:0717eb51cbef 130 char Uhr::AktualHour() { this->SetNewTime(); Time::AktualHour(); }
Aagrus 0:0717eb51cbef 131
Aagrus 0:0717eb51cbef 132
Aagrus 0:0717eb51cbef 133
Aagrus 0:0717eb51cbef 134
Aagrus 0:0717eb51cbef 135
Aagrus 0:0717eb51cbef 136
Aagrus 0:0717eb51cbef 137 int main()
Aagrus 0:0717eb51cbef 138 {
Aagrus 0:0717eb51cbef 139 // Uhr setzen
Aagrus 0:0717eb51cbef 140 Uhr uhr(20, 30, 0);
Aagrus 0:0717eb51cbef 141
Aagrus 0:0717eb51cbef 142 //oder
Aagrus 0:0717eb51cbef 143 Time t;
Aagrus 0:0717eb51cbef 144 t.SetTime(10, 2, 30);
Aagrus 0:0717eb51cbef 145 uhr = t;
Aagrus 0:0717eb51cbef 146
Aagrus 0:0717eb51cbef 147 // Ausgabe der Parameter
Aagrus 0:0717eb51cbef 148 printf("Zeit in Sec: %lu\n", uhr.TimeSec());
Aagrus 0:0717eb51cbef 149 printf("Anzahl an Stunden: %d\n", uhr.AktualHour());
Aagrus 0:0717eb51cbef 150 printf("Anzahl an Minuten: %d\n", uhr.AktualMin());
Aagrus 0:0717eb51cbef 151 printf("Anzahl an Sekunden: %d\n", uhr.AktualSec());
Aagrus 0:0717eb51cbef 152
Aagrus 0:0717eb51cbef 153
Aagrus 0:0717eb51cbef 154
Aagrus 0:0717eb51cbef 155
Aagrus 0:0717eb51cbef 156
Aagrus 0:0717eb51cbef 157 // Uhrausgabe in Sekundentakt [Zeitmäßig leider nicht genau Sekunden]
Aagrus 0:0717eb51cbef 158 unsigned long x = uhr.TimeSec();
Aagrus 0:0717eb51cbef 159 while (1)
Aagrus 0:0717eb51cbef 160 {
Aagrus 0:0717eb51cbef 161 while(x == uhr.TimeSec()){}
Aagrus 0:0717eb51cbef 162
Aagrus 0:0717eb51cbef 163 printf("Zeit in Sec: %lu\n", uhr.TimeSec());
Aagrus 0:0717eb51cbef 164 x = uhr.TimeSec();
Aagrus 0:0717eb51cbef 165 }
Aagrus 0:0717eb51cbef 166
Aagrus 0:0717eb51cbef 167
Aagrus 0:0717eb51cbef 168 return 0;
Aagrus 0:0717eb51cbef 169 }