// event from back end (draw event from remote or internal server)
// returns module continuation status, 0 if module want to continue
// non 0 if it wants to stop (to run another module)
virtual BackEvent_t draw_event()
{
this->event.reset();
TODO("use system constants for sizes");
char path[1024];
char basename[1024];
char extension[128];
strcpy(path, "/tmp/"); // default value, actual one should come from movie_path
strcpy(basename, "replay"); // default value actual one should come from movie_path
strcpy(extension, ".mwrm"); // extension is currently ignored
char prefix[4096];
canonical_path(this->movie, path, sizeof(path), basename, sizeof(basename), extension, sizeof(extension));
sprintf(prefix, "%s%s", path, basename);
InByMetaSequenceTransport in_trans(prefix, extension);
timeval begin_capture; begin_capture.tv_sec = 0; begin_capture.tv_usec = 0;
timeval end_capture; end_capture.tv_sec = 0; end_capture.tv_usec = 0;
FileToGraphic reader(&in_trans, begin_capture, end_capture, true, 0);
reader.add_consumer(&this->front);
this->front.send_global_palette();
this->front.begin_update();
while (reader.next_order()){
reader.interpret_order();
}
this->front.end_update();
return BACK_EVENT_NONE;
}
// event from back end (draw event from remote or internal server)
// returns module continuation status, 0 if module want to continue
// non 0 if it wants to stop (to run another module)
virtual BackEvent_t draw_event()
{
this->event->reset();
const char * movie = "/tmp/replay.wrm";
int fd = ::open(movie, O_RDONLY);
assert(fd > 0);
InFileTransport in_trans(fd);
RDPUnserializer reader(&in_trans, &this->front, this->get_screen_rect());
this->front.send_global_palette();
this->front.begin_update();
while (reader.next()){
}
this->front.end_update();
return BACK_EVENT_NONE;
}
