void VtoCallbackTest::OnVtoDataReceived(const VtoData& arData)
{
size_t aLength = arData.GetSize();
assert(this->size + aLength <= sizeof(received));
memcpy(&this->received[this->size], arData.mpData, aLength);
this->size += aLength;
this->lastOnVtoDataReceived = aLength;
++this->numOnVtoDataReceived;
}
void EnhancedVto::ReadVtoData(const VtoData& arData, bool& arLocalVtoConnectionOpened, boost::uint8_t& arChannelId)
{
if(arData.GetSize() != (2 + MAGIC_BYTES_SIZE))
throw Exception(LOCATION, "Unexpected size in enhanced vto frame");
if(memcmp(arData.mpData + 2, MAGIC_BYTES, MAGIC_BYTES_SIZE) != 0)
throw Exception(LOCATION, "Enhanced vto frame did not include the control sequence");
arChannelId = arData.mpData[0];
arLocalVtoConnectionOpened = (arData.mpData[1] == 0);
}
void VtoRouter::OnVtoDataReceived(const VtoData& arData)
{
LOG_BLOCK(LEV_DEBUG, "GotRemoteData: " << arData.GetSize() << " Type: " << ToString(arData.GetType()));
if(this->CheckIncomingVtoData(arData)) {
/*
* Each physical layer action is processed serially, so we can take
* advantage of the FIFO structure to keep things simple.
*/
this->mPhysLayerTxBuffer.push(arData);
this->CheckForPhysWrite();
}
}
void VtoRouter::OnVtoDataReceived(const VtoData& arData)
{
// this callback may be coming from another strand (i.e. a stack) and therefore must be synchronized
mpPhys->GetExecutor()->Post([this, arData]() {
LOG_BLOCK(LEV_DEBUG, "GotRemoteData: " << arData.GetSize() << " Type: " << ToString(arData.GetType()));
if(this->CheckIncomingVtoData(arData)) {
/*
* Each physical layer action is processed serially, so we can take
* advantage of the FIFO structure to keep things simple.
*/
this->mPhysLayerTxBuffer.push(arData);
this->CheckForPhysWrite();
}
});
}