void start_car_check(int com_port, int * status)
{
car_check_args * data = (car_check_args *)malloc(sizeof(car_check_args));
data->com_port = com_port;
data->status = status;
thread_create_args(car_check, data);
}
void printStart(NumPrinter* p){
thread_t* new_thread;
mutex_lock(printer_num);
new_thread = thread_create_args(printer_loop, p);
p->thread = new_thread;
mutex_unlock(printer_num);
}
setter_t setter_create(symbol_t* data){
setter_t new_setter = malloc(sizeof(struct setter_s));
new_setter->th = thread_create_args(symbolSetter, data);
return new_setter;
}
producer_t producer_new(data_t* data){
producer_t producer = (producer_t)malloc(sizeof(struct producer_s));
producer->thread = thread_create_args(producerFunc, data);
return producer;
}
thread_t * thread_create(thread_func_t func) {
return thread_create_args(func, NULL);
}
random_t random_new(shared_t * pStrc)
{
random_t pRandom = calloc(1, sizeof(random_t));;
pRandom->thread = thread_create_args(setNumb, pStrc);
return pRandom;
}
consumer_t consumer_create(numbers_t* numbers){
consumer_t consumer = (consumer_t)malloc(sizeof(struct consumer_s));
consumer->thread = thread_create_args(consumerFunc, numbers);
return consumer;
}
symbolSetter_t * SymbolSetter_create(text_t * string){
sumbolSetter_t setter;
setter.SymbSet = thread_create_args( SymbolSetter,string);
return &setter;
}
