/* 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;
}
int main(int argc, char **argv) {
message_init();
si_ui_init(); // Initialize user interface. (Must be done here!)
lift_pid = fork();
if(!lift_pid) {
lift_process();
}
uidraw_pid = fork();
if(!uidraw_pid) {
uidraw_process();
}
liftmove_pid = fork();
if(!liftmove_pid) {
liftmove_process();
}
uicommand_process();
return 0;
}
int main(int argc, char **argv) {
int i;
int current_person_id = 0;
int pid;
printf("Length of time_msg: %lld \n", sizeof(struct long_time_msg));
message_init();
si_ui_init(); // Initialize user interface. (Must be done here!)
lift_pid = fork();
if(!lift_pid) {
lift_process();
}
uidraw_pid = fork();
if(!uidraw_pid) {
uidraw_process();
}
liftmove_pid = fork();
if(!liftmove_pid) {
liftmove_process();
}
guard_pid = fork();
if(!guard_pid) {
file_guard_process();
}
for (i=0; i<MAX_N_PERSONS; i++) {
if (current_person_id < MAX_N_PERSONS) {
pid = fork();
if (!pid) {
person_process(current_person_id);
} else {
person_pid[current_person_id++] = pid;
}
}
}
uicommand_process();
return 0;
}
/* main */
int main(void)
{
/* initialise UI channel */
si_ui_init();
/* initialise variables */
clock_init();
/* create tasks */
pthread_t clock_thread_handle;
pthread_t alarm_thread_handle;
pthread_t set_thread_handle;
pthread_create(&clock_thread_handle, NULL, clock_thread, 0);
pthread_create(&alarm_thread_handle, NULL, alarm_thread, 0);
pthread_create(&set_thread_handle, NULL, set_thread, 0);
pthread_join(clock_thread_handle, NULL);
pthread_join(alarm_thread_handle, NULL);
pthread_join(set_thread_handle, NULL);
/* will never be here! */
return 0;
}
