void thread () {
while (!mKillThread) {
auto nextTimePoint = std::chrono::steady_clock::now() + tickInterval();
// If an octet is available from the write buffer, load it into the
// intermediate buffer. Otherwise, push nothing to keep the pipe
// flowing.
uint8_t octet;
//printf("%s moving an octet from write buffer to intermediate buffer\n", mDebugName.c_str());
mMedium.push(mWriteQueue.try_pop(octet)
? Quantum(octet)
: Quantum(boost::none));
// Feed the deliver callback if there's an octet available.
auto quantum = mMedium.front();
mMedium.pop();
if (quantum) {
//printf("%s outputing an octet\n", mDebugName.c_str());
output(*quantum);
}
//printf("%s cycle complete\n", mDebugName.c_str());
if (nextTimePoint < std::chrono::steady_clock::now()) {
//fprintf(stderr, "Process is too slow to simulate this baud rate.\n");
}
else {
std::this_thread::sleep_until(nextTimePoint);
}
}
}
void CAwardContainer::GfxTimerFiredL(TInt /*aId*/)
{
if (iTicks < MAX_TICKS)
{
iTicks++;
}
Quantum();
DrawView();
DrawNow();
}
AtmoSky::AtmoSky(DataPipe* pipeptr)
{
//init variables
pipe = pipeptr;
windsp = 0;
ctime = NULL;
state = ASKY_NIGHT;
//load settings
day_sky.r = ((short)atoi(pipe->GetIniDataS(ATMOININAME,"DaySkyColorR").c_str()));
day_sky.g = ((short)atoi(pipe->GetIniDataS(ATMOININAME,"DaySkyColorG").c_str()));
day_sky.b = ((short)atoi(pipe->GetIniDataS(ATMOININAME,"DaySkyColorB").c_str()));
day_cld.r = ((short)atoi(pipe->GetIniDataS(ATMOININAME,"DayCloudColorR").c_str()));
day_cld.g = ((short)atoi(pipe->GetIniDataS(ATMOININAME,"DayCloudColorG").c_str()));
day_cld.b = ((short)atoi(pipe->GetIniDataS(ATMOININAME,"DayCloudColorB").c_str()));
ngh_sky.r = ((short)atoi(pipe->GetIniDataS(ATMOININAME,"NightSkyColorR").c_str()));
ngh_sky.g = ((short)atoi(pipe->GetIniDataS(ATMOININAME,"NightSkyColorG").c_str()));
ngh_sky.b = ((short)atoi(pipe->GetIniDataS(ATMOININAME,"NightSkyColorB").c_str()));
ngh_cld.r = ((short)atoi(pipe->GetIniDataS(ATMOININAME,"NightCloudColorR").c_str()));
ngh_cld.g = ((short)atoi(pipe->GetIniDataS(ATMOININAME,"NightCloudColorG").c_str()));
ngh_cld.b = ((short)atoi(pipe->GetIniDataS(ATMOININAME,"NightCloudColorB").c_str()));
dawnst = ((int)atoi(pipe->GetIniDataS(ATMOININAME,"DawnTime").c_str()));
duskst = ((int)atoi(pipe->GetIniDataS(ATMOININAME,"DuskTime").c_str()));
tranln = ((int)atoi(pipe->GetIniDataS(ATMOININAME,"Transition").c_str()));
//calculate transitions
trn_sky.r = (day_sky.r - ngh_sky.r) / (60 * tranln);
trn_sky.g = (day_sky.g - ngh_sky.g) / (60 * tranln);
trn_sky.b = (day_sky.b - ngh_sky.b) / (60 * tranln);
trn_cld.r = (day_cld.r - ngh_cld.r) / (60 * tranln);
trn_cld.g = (day_cld.g - ngh_cld.g) / (60 * tranln);
trn_cld.b = (day_cld.b - ngh_cld.b) / (60 * tranln);
//Initial update
once = false;
Quantum();
}
void CPausedContainer::GfxTimerFiredL(TInt /*aId*/)
{
Quantum();
DrawView();
DrawNow();
}
