set_msg("ENTER SELECTION OR INSERT COINS", WRAP_SCROLL);
}
+void load_default_msg() {
+ /* FIXME: want this message to be changeable from the server */
+ set_msg("UNIVERSITY COMPUTER CLUB *** INSERT COINS OR USER-ID *** ",
+ WRAP_SCROLL);
+}
+
+void service_menu() {
+ while (door_open()) { /* don't quit until door is closed */
+
+ }
+}
+
int main() {
/* do stuff */
set_msg("UNIVERSITY", WRAP_NONE);
set_msg(" CLUB ", WRAP_NONE);
delay(1000);
- /* FIXME: want this message to be changeable from the server */
- set_msg("UNIVERISTY COMPUTER CLUB *** INSERT COINS OR USER-ID ***",
- WRAP_SCROLL);
+ load_default_msg();
while(1) {
/* this needs to be a relatively tight loop to make sure we catch
* keypresses at the main menu
switch (server_authenticate(uid, pin)) {
case AUTH_GOOD:
selection_menu();
+ break;
case AUTH_BAD:
set_msg(" BAD USER ", WRAP_NONE);
delay(1000);
pin = 0;
/* move on */
}
+ load_default_msg();
}
+
+ /* test door switch */
+ if (door_open()) {
+ service_menu();
+ load_default_msg();
+ }
+
+ /* check on coin mech */
}
}
extern inline void bset_##a(const u8 m) { bset(&a, m); *_##a = a; } \
extern inline void bclr_##a(const u8 m) { bclr(&a, m); *_##a = a; }
-buffered_addr(switch_input);
-buffered_addr(misc_input);
-buffered_addr(home_sensors);
buffered_addr(changer_output);
buffered_addr(misc_output);
-extern inline void spi_enable() { bset((void*)&_io_ports[M6811_SPCR], M6811_SPE); }
-extern inline void spi_disable() { bclr((void*)&_io_ports[M6811_SPCR], M6811_SPE); }
+extern volatile u8 _switch_input;
+#define switch_input _switch_input
+extern volatile u8 _misc_input;
+#define misc_input _misc_input
+extern volatile u8 _home_sensors;
+#define home_sensors _home_sensors
/******* from helpers.c *******/
void delay(u16 ms);
#define PORTA_CHIME 0x10 /* chime is on when set */
#define PORTD_KEYPAD_ROW 0x20 /* clear for row 0, set for row 1 */
+/* Address 1800 bits */
+#define A1800_DOOR_OPEN 0x20
+
/* Address 3800 bits */
#define A3800_DISPLAY_WRITE 0x04
int __attribute__((noreturn)) main (void);
void __attribute__((interrupt)) rti (void);
+/* other one liners */
+
+extern inline bool door_open() { return switch_input & A1800_DOOR_OPEN; }
+extern inline void spi_enable() { bset((void*)&_io_ports[M6811_SPCR], M6811_SPE); }
+extern inline void spi_disable() { bclr((void*)&_io_ports[M6811_SPCR], M6811_SPE); }
+
#endif /* _VEND_H_ */