internal void ResultHandlerASyncGetEPCsASync(CRRU4 pRRU4,
tComingGoingFlag enComingGoingFlag,
tExtendedResultFlagMask enExtendedResultFlag,
tEPCListEntry[] rgEPCList)
{
Console.WriteLine();
Console.WriteLine(string.Format("Tag coming/going = {0}, tags received:",
enComingGoingFlag));
foreach (tEPCListEntry epcListEnry in rgEPCList)
{
Console.WriteLine(epcListEnry.pEPC);
if (epcListEnry.pEPC.ToString() != string.Empty)
{
tagsRead.Add(epcListEnry.pEPC.ToString());
}
}
Console.WriteLine();
}
internal RfidReader()
{
reader = new CRRU4();
reader.SetResultHandlerASyncGetEPCs(ResultHandlerASyncGetEPCsSync,
ResultHandlerASyncGetEPCsASync);
var comConfigData = new tCommunicationConfigData
{
enCommunicationType = tCommunicationType.CT_Ethernet
};
comConfigData.stEthernet.bIsIPAddress = false;
comConfigData.stEthernet.enIPAddressType = tIPAddressType.IPAT_IPv4;
comConfigData.stEthernet.sNetworkName = "192.168.0.1";
if (reader.ConnectReader(comConfigData) == tReaderErrorCode.REC_NoError)
{
Console.WriteLine("Connected");
}
else
{
Console.WriteLine("Error connecting");
}
}
internal void ResultHandlerASyncGetEPCsSync(CRRU4 pRRU4, tResultFlag enResultFlag)
{
Console.WriteLine(string.Format("ResultHandlerASyncGetEPCsSync called, enResultFlag = {0}",
enResultFlag));
}