main.h 4.6 KB

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  1. #pragma once
  2. #define __PROG_TYPES_COMPAT__
  3. #include <inttypes.h>
  4. #include <avr/pgmspace.h>
  5. #include <avr/interrupt.h>
  6. #include "stime.h"
  7. #include "expander.h"
  8. #define IVT_SYNC 180 /* f_sync() interval (0:no periodic sync) [sec] */
  9. #define POWER_SW_TIME 300 /* power switch hold time to power off [10ms] */
  10. #define BACKLIGHT_TIME 10000
  11. //#define VI_LVL 4.2 /* Blackout threshold [volt] */
  12. //#define VI_LVH 4.8 /* Recharge threshold [volt] */
  13. #define VI_LVL 3.1 /* Blackout threshold [volt] */
  14. #define VI_LVH 3.4 /* Recharge threshold [volt] */
  15. #define VI_MULT (3.3 / 6.6 / 2.495 * 1024)
  16. /* pin definitions */
  17. #define BUZZER_PORT PORTA
  18. #define BUZZER _BV(PA7)
  19. #define BUZZER_DDR DDRA
  20. #define GPS_DIS_PORT PORTC
  21. #define GPS_DIS _BV(PC6)
  22. #define GPS_DIS_DDR DDRC
  23. #define LEDR_PORT PORTA
  24. #define LEDR _BV(PA6)
  25. #define LEDR_DDR DDRA
  26. #define SD_CS_PORT PORTB
  27. #define SD_CS _BV(PB4)
  28. #define SD_CS_DDR DDRB
  29. #define SD_PWROFF_PORT PORTB
  30. #define SD_PWROFF _BV(PB3)
  31. #define SD_PWROFF_DDR DDRB
  32. #define SD_PWROFF_PIN PINB
  33. #define SD_CD _BV(PB1)
  34. #define SD_CD_PIN PINB
  35. #define SD_WP _BV(PB2)
  36. #define SD_WP_PIN PINB
  37. #define POWER_ON _BV(PA3)
  38. #define POWER_ON_PORT PORTA
  39. #define POWER_ON_DDR DDRA
  40. #define POWER_SW _BV(PC7)
  41. #define POWER_SW_PIN PINC
  42. #define LEDG_PORT 1 /* expander */
  43. #define LEDG _BV(4)
  44. #define LEDB_PORT 1 /* expander */
  45. #define LEDB _BV(5)
  46. #define LEDW_PORT 1 /* expander */
  47. #define LEDW _BV(7)
  48. /* on/off macros */
  49. #define BEEP_ON() {BUZZER_PORT |= BUZZER;}
  50. #define BEEP_OFF() {BUZZER_PORT &= ~BUZZER;}
  51. #define LEDR_ON() {LEDR_PORT |= LEDR;}
  52. #define LEDR_OFF() {LEDR_PORT &= ~LEDR;}
  53. #define LEDG_ON() expander_set_bit(LEDG_PORT, LEDG, 1)
  54. #define LEDG_OFF() expander_set_bit(LEDG_PORT, LEDG, 0)
  55. #define LEDB_ON() expander_set_bit(LEDB_PORT, LEDB, 1)
  56. #define LEDB_OFF() expander_set_bit(LEDB_PORT, LEDB, 0)
  57. #define LEDW_ON() expander_set_bit(LEDW_PORT, LEDW, 1)
  58. #define LEDW_OFF() expander_set_bit(LEDW_PORT, LEDW, 0)
  59. #define GPS_ON() {GPS_DIS_PORT &= ~GPS_DIS;}
  60. #define GPS_OFF() {GPS_DIS_PORT |= GPS_DIS;}
  61. #define POWEROFF() {POWER_ON_PORT &= ~POWER_ON;}
  62. #define POWERON() {POWER_ON_PORT |= POWER_ON;}
  63. #define POWER_SW_PRESSED() (POWER_SW_PIN & POWER_SW)
  64. #define FLAGS GPIOR0 /* Status flags and bit definitions */
  65. #define F_POW 0x80 /* Power */
  66. #define F_POWEROFF 0x10 /* In process of switching off */
  67. #define F_GPSOK 0x08 /* GPS data valid */
  68. #define F_SYNC 0x04 /* Sync request */
  69. #define F_FILEOPEN 0x02 /* File is open, logging in progress */
  70. #define F_LVD 0x01 /* Low battery detect */
  71. /* System.global_error vals */
  72. #define ERROR_NO 0
  73. #define ERROR_I2C 1
  74. #define ERROR_I2C_TIMEOUT 2
  75. /* System.status vals */
  76. #define STATUS_NO_POWER 0
  77. #define STATUS_NO_DISK 1
  78. #define STATUS_NO_GPS 2
  79. #define STATUS_OK 3
  80. #define STATUS_DISK_ERROR 4
  81. #define STATUS_FILE_WRITE_ERROR 5
  82. #define STATUS_FILE_SYNC_ERROR 6
  83. #define STATUS_FILE_CLOSE_ERROR 7
  84. #define STATUS_FILE_OPEN_ERROR 8
  85. /* Keyboard */
  86. #define K_UP _BV(1)
  87. #define K_DOWN _BV(3)
  88. #define K_LEFT _BV(2)
  89. #define K_RIGHT _BV(0)
  90. #define K_POWER _BV(4)
  91. /* System.location_valid values */
  92. #define LOC_INVALID 0
  93. #define LOC_VALID 1
  94. #define LOC_VALID_NEW 2
  95. #define ms(x) (x/10)
  96. struct timers {
  97. unsigned int owire;
  98. unsigned int beep;
  99. unsigned int recv_timeout;
  100. unsigned int system_log;
  101. unsigned int lcd;
  102. unsigned int backlight;
  103. };
  104. struct system_s {
  105. struct timers timers;
  106. unsigned int global_error;
  107. unsigned char status;
  108. float bat_volt;
  109. float temperature;
  110. unsigned char temperature_ok;
  111. unsigned char satellites_used;
  112. unsigned char display_state;
  113. unsigned char location_valid;
  114. unsigned char keypress;
  115. unsigned char working_mode;
  116. };
  117. struct location_s {
  118. float lon;
  119. float lat;
  120. float alt;
  121. time_t time;
  122. };
  123. extern volatile struct system_s System;
  124. extern struct location_s location;
  125. extern time_t utc;
  126. static inline void atomic_set_uint(volatile unsigned int *volatile data, unsigned int value) __attribute__((always_inline));
  127. static inline void atomic_set_uint(volatile unsigned int *volatile data, unsigned int value){
  128. cli();
  129. *data = value;
  130. sei();
  131. }
  132. static inline unsigned int atomic_get_uint(volatile unsigned int *volatile data) __attribute__((always_inline));
  133. static inline unsigned int atomic_get_uint(volatile unsigned int *volatile data){
  134. unsigned int ret;
  135. cli();
  136. ret = *data;
  137. sei();
  138. return ret;
  139. }
  140. #define set_timer(timer,val) set_timer_counts(timer, ms(val))
  141. #define set_timer_counts(timer,val) atomic_set_uint(&System.timers.timer, val)
  142. #define timer_expired(timer) !atomic_get_uint(&System.timers.timer)
  143. void disk_timerproc (void); /* mmc.h */
  144. char *get_iso_time(time_t time, unsigned char local);
  145. void close_files(unsigned char flush_logs);
  146. unsigned char getkey(void);