void NetworkDataTaskBlob::readData(const BlobDataItem& item)
{
ASSERT(item.data().data());
long long bytesToRead = item.length() - m_currentItemReadSize;
if (bytesToRead > m_totalRemainingSize)
bytesToRead = m_totalRemainingSize;
consumeData(reinterpret_cast<const char*>(item.data().data()->data()) + item.offset() + m_currentItemReadSize, static_cast<int>(bytesToRead));
m_currentItemReadSize = 0;
}
void BlobResourceHandle::readDataAsync(const BlobDataItem& item)
{
ASSERT(isMainThread());
ASSERT(m_async);
Ref<BlobResourceHandle> protect(*this);
long long bytesToRead = item.length() - m_currentItemReadSize;
if (bytesToRead > m_totalRemainingSize)
bytesToRead = m_totalRemainingSize;
consumeData(item.data->data() + item.offset() + m_currentItemReadSize, static_cast<int>(bytesToRead));
m_currentItemReadSize = 0;
}
int BlobResourceHandle::readDataSync(const BlobDataItem& item, char* buf, int length)
{
ASSERT(isMainThread());
ASSERT(!m_async);
long long remaining = item.length() - m_currentItemReadSize;
int bytesToRead = (length > remaining) ? static_cast<int>(remaining) : length;
if (bytesToRead > m_totalRemainingSize)
bytesToRead = static_cast<int>(m_totalRemainingSize);
memcpy(buf, item.data->data() + item.offset() + m_currentItemReadSize, bytesToRead);
m_totalRemainingSize -= bytesToRead;
m_currentItemReadSize += bytesToRead;
if (m_currentItemReadSize == item.length()) {
m_readItemCount++;
m_currentItemReadSize = 0;
}
return bytesToRead;
}