void tty_write_str(char *str , TTY *p_tty){
CONSOLE *p_console = p_tty -> p_console;
p_console -> current_videoaddr = dispstr(str , (p_console -> start_vmem * 2 + p_console -> current_videoaddr))
- p_console -> start_vmem * 2;
set_cursor_console(p_console);
}
int main(int argc, char *argv[])
{
dispstr(0,"Welcome to the HMM program!\n");
#ifndef __STDC_IEC_559__
printf("WARNING: ISO/IEC 60559 not respected!\n");
#endif
parse(argc, argv);
dispstr(0,"Loading file...\n");
delays_mt input = getinput();
dispstr(0,"Sorting inputs...\n");
mysort(&input);
//this offsets the timestamps to zero, and finds the min and max value of the delays.
delay_mt ymin = input.delay[0];
delay_mt ymax = ymin;
delay_mt current;
time_mt tmin = input.time[0];
for(long long i = 0; i<input.length; i++)
{
input.time[i] = input.time[i] - tmin;
current = input.delay[i];
if(current < ymin)
ymin = current;
if(current > ymax)
ymax = current;
}
//now, we offset the delays to zero
for(long long i = 0;i<input.length;i++)
{ //MINDELAY is an epsilon in order not to bug the algo
input.delay[i] = input.delay[i] - ymin + MINDELAY;
}
struct params p;
dispstr(0,"Initializing Markov parameters...\n");
initparams(&p, ymax);
input.length = input.length/300;
dispstr(0,"Training model...\n");
train(&p, &input, ymax);
dispstr(0,"Writing results...\n");
write_results(&p);
freeparams(&p);
dispstr(0,"Done.\n");
return EXIT_SUCCESS;
}
void tty_write_char(u32 char_code , TTY *p_tty){
char *output = {"0"};
CONSOLE *p_console = p_tty -> p_console;
*output = (u8)char_code;
p_console -> current_videoaddr = dispstr(output , (p_console -> start_vmem * 2 + p_console -> current_videoaddr))
- p_console -> start_vmem * 2;
set_cursor_console(p_console);
}
