initial commit

libraries/Clock/Clock.h

@@ -0,0 +1,115 @@
+#ifndef __CLOCK_H__
+#define __CLOCK_H__
+
+#include <Arduino.h>
+
+//#define SS_pin SS     // 10
+#define SCK_pin SCK   // 13
+#define MISO_pin MISO // 12
+#define MOSI_pin MOSI // 11
+#define BZR_pin  8
+
+#define STUDUINO_MINI 1
+#ifdef STUDUINO_MINI
+
+// Delay time after writeCommand.
+#define DELAY1 10000       // > 5000 * 1.5
+// Delay times for write.
+#define DELAY_WRITE1 300  // Delay_2US(100);
+#define DELAY_WRITE2 90   // Delay_2US(30);
+#define DELAY_WRITE3 6000 // Delay_2US(2000);
+#define DELAY_WRITE4 300  // Delay_2US(100);
+// Delay times for read.
+#define DELAY_READ1 300   // Delay_2US(100);
+#define DELAY_READ2 6000  // Delay_2US(2000);
+#define DELAY_READ3 150   // Delay_2US(50);
+#define DELAY_READ4 180   // Delay_2us(60);
+#define DELAY_READ5 240   // Delay_2US(80);
+#define DELAY_READ6 600   // Delay_2US(200);
+
+#else
+
+// Delay time after writeCommand.
+#define DELAY1 6000       // > 5000 * 1.5
+// Delay times for write.
+#define DELAY_WRITE1 200  // Delay_2US(100);
+#define DELAY_WRITE2 60   // Delay_2US(30);
+#define DELAY_WRITE3 4000 // Delay_2US(2000);
+#define DELAY_WRITE4 200  // Delay_2US(100);
+// Delay times for read.
+#define DELAY_READ1 200   // Delay_2US(100);
+#define DELAY_READ2 4000  // Delay_2US(2000);
+#define DELAY_READ3 100   // Delay_2US(50);
+#define DELAY_READ4 120   // Delay_2us(60);
+#define DELAY_READ5 160   // Delay_2US(80);
+#define DELAY_READ6 400   // Delay_2US(200);
+
+#endif
+
+#define KEYTONE_ENABLE 0x10
+#define ALARM_FNCT_ENABLE 0x20
+
+#define T2CYCLE (256 * 1024UL / (F_CPU / 1000))   // 21.3ms@12MHz
+
+typedef struct {
+  byte hour;
+  byte minute;
+  byte year;
+  byte month;
+  byte day;
+  int temperature;
+  byte mode;
+  byte alhour;
+  byte alminute;
+}clockparams_t;
+extern volatile clockparams_t clockparams;
+
+void updateTest();
+void writeCommand(byte* command, byte length);
+byte writeByteData(byte _send);
+byte readByteData();
+void updateAll();
+void updateAlarm();
+void updateDate();
+void updateTemperature();
+void updateMode();
+
+
+#define REGET_TH 1000
+#define UPD_INTVAL_TIME  1000
+#define UPD_INTVAL_DATE  1000
+#define UPD_INTVAL_ALARM 1000
+#define UPD_INTVAL_TEMP  1000
+#define UPD_INTVAL_MODE  200
+#define SNOOZE_TIME 5  // in minute
+
+class Clock {
+private:
+public:
+  Clock();
+  void initClockPinSet(void);
+  void setTime(byte hour, byte minute);
+  void setDate(byte year, byte month, byte day);
+  void setTimeTempMode(byte mode);
+  void setAlarm(byte hour, byte minute);
+  void setBackLight(boolean on, byte red, byte green, byte blue);
+  byte getHour();
+  byte getMinute();
+  unsigned int getYear();
+  byte getMonth();
+  byte getDay();
+  byte getMode();
+  byte getTimeMode();
+  byte getTempMode();
+  byte getAlarmMode();
+  byte getPushed();
+  byte getAlarmHour();
+  byte getAlarmMinute();
+  int getTemperature();
+  boolean isAlarmTime();
+  void buzzer(boolean on, unsigned int frequency);
+  void buzzer(unsigned int frequency, unsigned long duration);
+};
+
+
+#endif // __CLOCK_H__