bool A3MLGM5600ReaderProvider::refreshReaderList()
{
d_readers.clear();
d_readers.push_back(createReaderUnit());
return true;
}
std::shared_ptr<ISO7816ReaderUnit> STidSTRReaderProvider::createReaderUnit(std::string readerunitname)
{
auto ru = std::dynamic_pointer_cast<STidSTRReaderUnit>(createReaderUnit());
auto dt = std::make_shared<STidSTRDataTransport>(readerunitname);
dt->setPortBaudRate(38400);
ru->setDataTransport(dt);
return ru;
}
void ACSACR1222LReaderUnit::establish_background_connection()
{
kill_background_connection();
LLA_LOG_CTX("Setting up feedback PCSC connection for ACSACR1222L.");
auto provider =
std::dynamic_pointer_cast<PCSCReaderProvider>(getReaderProvider());
assert(provider);
assert(getACSACR1222LConfiguration());
auto name = getACSACR1222LConfiguration()->getUserFeedbackReader();
if (name.empty())
{
LOG(WARNINGS) << "Cannot fetch name for the reader unit that would be used as " <<
"a background connection for ACSACR1222L";
return;
}
try
{
sam_used_as_perma_connection_ =
std::dynamic_pointer_cast<PCSCReaderUnit>(
provider->createReaderUnit(name));
assert(sam_used_as_perma_connection_);
sam_used_as_perma_connection_->setup_pcsc_connection(SC_DIRECT);
}
catch (const std::exception &e)
{
LOG(ERRORS)
<< "Failed to establish PCSC connection when establishing "
<< "background connection for ACSACR1222L: " << e.what();
sam_used_as_perma_connection_ = nullptr;
return;
}
auto lcd = std::make_shared<ACSACR1222LLCDDisplay>();
lcd->setReaderCardAdapter(
sam_used_as_perma_connection_->getDefaultReaderCardAdapter());
sam_used_as_perma_connection_->setLCDDisplay(lcd);
auto ledbuzzer = std::make_shared<ACSACR1222LLEDBuzzerDisplay>();
ledbuzzer->setReaderCardAdapter(
sam_used_as_perma_connection_->getDefaultReaderCardAdapter());
sam_used_as_perma_connection_->setLEDBuzzerDisplay(ledbuzzer);
}
std::shared_ptr<ISO7816ReaderUnit> RplethReaderProvider::createReaderUnit(std::string /*readerunitname*/)
{
return std::dynamic_pointer_cast<ISO7816ReaderUnit>(createReaderUnit());
}
