void* sender_capfile(struct thread_data* td, void* ptr){
send_proc_t* proc = (send_proc_t*)ptr;
logmsg(stderr, SENDER, "Initializing (local mode).\n");
struct destination dst;
destination_init(&dst, 0);
dst.want_ethhead = 0;
dst.want_sendhead = 0;
//if ( (ret=createstream(&con.stream, &dest, NULL, mampid_get(MPinfo->id), MPinfo->comment)) != 0 ){
// logmsg(stderr, SENDER, " createstream() returned 0x%08lx: %s\n", ret, caputils_error_string(ret));
// sem_post(proc->semaphore); /* unlock main thread */
// return NULL;
//}
/* unlock main thread */
thread_init_finished(td, 0);
while( terminateThreads == 0 ){
int oldest = oldest_packet(proc->nics, proc->semaphore);
/* couldn't find a packet, gave up waiting. we are probably terminating. */
if ( oldest == -1 ){
continue;
}
struct CI* CI = &_CI[oldest];
struct write_header* whead = CI_packet(CI, CI->readpos);
copy_to_sendbuffer(&dst, whead, CI);
send_packet(&dst);
}
destination_free(&dst);
logmsg(stderr, SENDER, "Finished (local).\n");
return NULL;
}
void destination_init_all(size_t requested_buffer_size){
for( int i = 0; i < MAX_FILTERS; i++) {
destination_init(&MAsd[i], i, requested_buffer_size);
}
}
void Bullet::destination_init() {
int delta_x = utilities::random_integer(0, this->game_state->get_width() * delta_x_max),
delta_y = utilities::random_integer(this->game_state->get_height() * delta_y_min, this->game_state->get_height() * delta_y_max);
delta_x = (delta_x % 2 == 0) ? (delta_x) : (delta_x * -1); // this is the random error entered into the element!
int _x = this->initial.x() + delta_x,//x can move left or right of the element
_y = this->initial.y() - delta_y;//y should always be moving upwards on the screen
// validate the new position to ensure that it is in the screen -- assume the size is relevant as well
if (_x < 0 || (_x + this->geometry().width()) > this->game_state->get_width()) return destination_init();
if (_y < 0 || (_y + this->geometry().height()) > this->game_state->get_height()) return destination_init();
// set the destination elements
this->destination = QPoint(_x, _y);//create a position for the destination -- can be used for rotation later
}
