/******************************************************
* DISPLAY SCORE
* DESCRIPTION: Shows the player scores on the screen.
******************************************************/
void displayPongScore(unsigned int* inUserScore, unsigned int* inCompScore) //Pass by ref
{
set_LCD_Cursor(0, 0);
printf_string(" ");
set_LCD_Cursor(25, 0);
printf_int(*inUserScore);
set_LCD_Cursor(45, 0);
printf_int(*inCompScore);
}
/***********************************************************
* SHOW JET SCORE
* DESCRIPTION: Shows the current stats of the game.
***********************************************************/
void showPongScore(unsigned int player, unsigned int computer, unsigned int highScore)
{
LcdClear();
printf_5Words("Plyr: ", "Cmp: ", "High: ", "", "", 10);
set_LCD_Cursor(30, 0);
printf_int(player);
set_LCD_Cursor(30, 1);
printf_int(computer);
set_LCD_Cursor(30, 2);
printf_int(highScore);
WaitUserInput();
}
/***********************************************************
* SHOW JET SCORE
* DESCRIPTION: Shows the current stats of the game.
***********************************************************/
void showJetScore(unsigned int ballsDestroyed, unsigned int health, unsigned int highScore)
{
LcdClear();
printf_5Words("Hit: ", "Hlth: ", "High: ", "", "", 10);
set_LCD_Cursor(30, 0);
printf_int(ballsDestroyed);
set_LCD_Cursor(30, 1);
printf_int(health);
set_LCD_Cursor(30, 2);
printf_int(highScore);
StartTimer(0, 200);
WaitUserInput();
}
char *printf_d(char *f, char type, intmax_t ld)
{
int d;
int hjz;
d = ld;
hjz = ft_is_hjz(f);
if (type == 'D' || type == 'I')
return (printf_lint(f, (long int)ld));
if (type == 'd' || type == 'i' || type == 'c')
{
if (hjz == 1 && type != 'c')
return (printf_int(f, type, (short int)d));
else if (hjz == 3 && type != 'c')
return (printf_int(f, type, ld));
else if (hjz == 4 && type != 'c')
return (printf_int(f, type, (size_t)ld));
else if (hjz == 2 && type != 'c')
return (printf_int(f, type, (signed char)d));
else if (hjz == 5 && type != 'c')
return (printf_int(f, type, (long long int)ld));
else
return (printf_int(f, type, d));
}
if (type == 'p')
return (printf_hexa(f, 'p', ld));
return (f);
}
void printk(const char* format, ...) {
void* cur_address = (char*)&format + sizeof(char**);
int i = 0;
while(format[i] != '\0') {
if(format[i] == '%') {
i++;
switch(format[i]) {
case 'd' :
{
int val = *((int*) cur_address);
cur_address = (char*)cur_address + sizeof(int);
printf_int(val);
break;
}
case 'x' :
{
unsigned int val = *((unsigned int*) cur_address);
cur_address = (char*)cur_address + sizeof(int);
printf_int_x(val);
break;
}
case 'c' :
{
char val = *((char*) cur_address);
cur_address = (char*)cur_address + sizeof(int);
serial_printc(val);
break;
}
case 's' :
{
char* str = (char*)(*((char**)cur_address));
while(*str != '\0') {
serial_printc(*str);
str++;
}
cur_address = (char*)cur_address + sizeof(char**);
break;
}
case '%' :
serial_printc('%');
break;
}
}
else {
serial_printc(format[i]);
}
i++;
}
}
int main()
{
WDTCTL = WDTPW | WDTHOLD;
uart_init();
printf_int("\n---------------\n[main] started, I have id %d\n\n",
sancus_get_self_id());
sancus_enable(&a);
sancus_enable(&foo);
sancus_enable(&bar);
sancus_enable(&scheduler);
//do_control_flow_integrity_hack();
puts("[main] set sm internal vars");
set_a_vars();
set_bar_vars();
set_foo_vars();
puts("[main] initializing scheduler");
initialize_scheduler();
register_thread_portal(&a, SM_GET_ENTRY_IDX(a, enter_a));
register_thread_portal(&foo, SM_GET_ENTRY_IDX(foo, enter_foo));
register_thread_portal(&bar, SM_GET_ENTRY_IDX(bar, call_a_illegal_ret));
dump_scheduler();
puts("[main] dumping thr ids");
print_a_cur_thr_id();
print_bar_cur_thr_id();
print_foo_cur_thr_id();
puts("[main] starting scheduler");
start_scheduling();
puts("[main] return from scheduler:");
dump_scheduler();
puts("[main] dumping thr ids");
print_a_cur_thr_id();
print_bar_cur_thr_id();
print_foo_cur_thr_id();
puts("\n[main] exiting\n-----------------");
EXIT
}
