int RingBuffer::_incrementEnd(){
/*
Increment the pointer to the end of the ring buffer by one.
*/
if ( spaceAvailable() == 0 ) {
Serial.println(F("Buffer overflow!"));
print(); // print buffer info and contents
return 1;
}
else
_endOfString = (_endOfString+1) % INCBUFFERLENGTH;
return 0;
}
bool shouldGo(CConfigData *config) {
//char buf[64];
CTibiaItemProxy itemProxy;
CMemReaderProxy reader;
CTibiaCharacter *self = reader.readSelfCharacter();
int count = 0;
bool should = false;
for (int i = 0; i < MAX_SELLERS; i++) {
if (config->sellOnCap && self->cap < config->sellWhen && individualShouldGo(config, i))
{delete self; return true;}
if (config->sellOnSpace && !spaceAvailable() && individualShouldGo(config, i))
{delete self; return true;}
for (int j = 0; j < 32; j++) {
int objectId = itemProxy.getItemId(config->sellItem[i].tradeItem[j].itemName);
if (objectId) {
//sprintf(buf, "%s\nItem count: %d\nTrigger Quantity: %d", config->sellItem[i].tradeItem[j].itemName, countAllItemsOfType(objectId), config->sellItem[i].tradeItem[j].quantityBuySell);
//AfxMessageBox(buf);
count = countAllItemsOfType(objectId);
if (count && count >= config->sellItem[i].tradeItem[j].quantityBuySell)
should = true;
}
}
for (j = 0; j < 32; j++) {
int objectId = itemProxy.getItemId(config->buyItem[i].tradeItem[j].itemName);
if (objectId) {
//sprintf(buf, "%s\nItem count: %d\nTrigger Quantity: %d", config->sellItem[i].tradeItem[j].itemName, countAllItemsOfType(objectId), config->sellItem[i].tradeItem[j].quantityBuySell);
//AfxMessageBox(buf);
count = countAllItemsOfType(itemProxy.getValueForConst("GP"),true);
count += countAllItemsOfType(itemProxy.getValueForConst("PlatinumCoin"),true) * 100;
count += countAllItemsOfType(itemProxy.getValueForConst("CrystalCoin"),true) * 10000;
if (countAllItemsOfType(objectId,true) < config->buyItem[i].tradeItem[j].triggerQuantity && count >= config->buyItem[i].tradeItem[j].salePrice)
should = true;
}
}
}
// should?AfxMessageBox("Should go"):AfxMessageBox("Should not go");
delete self;
return should;
}
bool FIFOSoundBuffer::write(s16 value)
{
if ( spaceAvailable() )
{
// We have free space in our buffer.
data_[ generated_index_++ ] = value;
total_generated_++;
// Do we reach the end of the buffer?
if (generated_index_ == data_size_)
{
generated_index_ = 0;
}
return true;
}
else
{
//printf("BF\n");
// The buffer is full, cancel write operation.
return false;
}
}
TITANIUM_FUNCTION(File, spaceAvailable)
{
return get_context().CreateNumber(static_cast<double>(spaceAvailable()));
}
