/* main */
int main(void)
{
/* initialise kernel */
si_kernel_init();
/* initialise UI channel */
si_ui_init();
/* initialise display */
display_init();
/* initialise variables */
clock_init();
/* create tasks */
si_task_create(clock_task, &Clock_Stack[STACK_SIZE-1], 20);
si_task_create(alarm_task, &Alarm_Stack[STACK_SIZE-1],17);
si_task_create(set_task, &Set_Stack[STACK_SIZE-1], 15);
/* start the kernel */
si_kernel_start();
/* will never be here! */
return 0;
}
int main(void)
{
/* initialise kernel */
si_kernel_init();
/* initialise message handling */
si_message_init();
/* set up random number generator */
srand(12345);
/* initialise UI channel */
si_ui_init();
/* set size of GUI window */
si_ui_set_size(670, 700);
/* initialise variables */
mainlift=lift_create();
/* create tasks */
si_task_create(lift_task, &Lift_Stack[STACK_SIZE-1], 20);
si_task_create(user_task, &User_Stack[STACK_SIZE-1], 15);
/* start the kernel */
si_kernel_start();
/* will never be here! */
return 0;
}
int main(void)
{
/* initialise kernel */
si_kernel_init();
/* initialise UI channel */
si_ui_init();
/* initialise semaphore */
si_sem_init(&Mutex, 1);
/* create tasks */
si_task_create(display_task, &Display_Stack[STACK_SIZE - 1], 10);
si_task_create(change_task, &Change_Stack[STACK_SIZE - 1], 20);
si_task_create(exit_task, &Exit_Stack[STACK_SIZE - 1], 15);
/* start the kernel */
si_kernel_start();
/* will never be here! */
return 0;
}
int main(void)
{
/* initialise kernel */
si_kernel_init();
/* initialise message handling */
si_message_init();
/* set up random number generator */
srand(12345);
/* initialise UI channel */
si_ui_init();
/* set size of GUI window */
si_ui_set_size(670, 700);
/* initialise variables */
lift_init(mainlift);
/* create tasks */
/* create tasks */
si_task_create(
lift_task, &Lift_Stack[STACK_SIZE - 1], LIFT_PRIORITY);
Lift_Task_Id = 1;
si_task_create(
move_lift_task, &Move_Lift_Stack[STACK_SIZE - 1], MOVE_LIFT_PRIORITY);
Move_Lift_Task_Id = 2;
si_task_create(
user_task, &User_Stack[STACK_SIZE - 1], USER_PRIORITY);
User_Task_Id = 3;
Lowest_Passenger_Task_Id = TASK_ID_FIRST_PERSON;
/* start the kernel */
si_kernel_start();
/* will never be here! */
return 0;
}
/* main function */
int main(void)
{
/* initialise kernel */
si_kernel_init();
/* initialise message handling */
si_message_init();
init_task_stop();
/* create tasks */
si_task_create(task_creator_task,
&Task_Creator_Stack[STACK_SIZE-1], TIME_SHARED_PRIORITY_BASE-2);
si_task_create(real_time_task,
&Real_Time_Stack[STACK_SIZE-1], TIME_SHARED_PRIORITY_BASE-1);
/* start the kernel */
si_kernel_start();
/* will never be here! */
return 0;
}
/*
There shall be one task, called user_task, which receives commands from the graphical user interface. This task shall create new person tasks. A new person task shall be created when the text string new is received. The task user_task shall also contain functionality for termination of the program. The program shall be terminated when the text string exit is received.
*/
void user_task(void)
{
/* set size of GUI window */
si_ui_set_size(670, 700);
int n_persons = 0;
/* message array */
char message[SI_UI_MAX_MESSAGE_SIZE];
while(1)
{
/* read a message */
si_ui_receive(message);
/* check if it is a set time message */
if (strncmp(message, "new", 3) == 0)
{
printf("blaba!!!!\n");
if (n_persons == MAX_N_PERSONS)
{
si_ui_show_error("Failure to comply: Overpopulation!");
} else {
int id = n_persons++;
si_task_create(passenger_task, &Passenger_Stack[id][STACK_SIZE-1], 17);
/* send id message to created task */
si_message_send((char *) &id, sizeof(int), id_to_task_id(id));
}
}
/* check if it is an exit message */
else if (strcmp(message, "exit") == 0)
{
exit(0);
}
/* not a legal message */
else
{
si_ui_show_error("unexpected message type");
}
}
}