/// <summary>
/// Command that implements extended write mode to facilitate communications with an ISO 7816-4 based credential to a PD.
/// </summary>
/// <summary>Request to get the capabilities of the PD.</summary>
/// <param name="connectionId">Identify the connection for communicating to the device.</param>
/// <param name="address">Address assigned to the device.</param>
/// <param name="extendedWrite">The extended write data.</param>
/// <returns>Reply data that is returned after sending the command. There is the possibility of different replies can be returned from PD.</returns>
public async Task <ReturnReplyData <ExtendedRead> > ExtendedWriteData(Guid connectionId, byte address,
ExtendedWrite extendedWrite)
{
var reply = await SendCommand(connectionId,
new ExtendedWriteDataCommand(address, extendedWrite)).ConfigureAwait(false);
return(new ReturnReplyData <ExtendedRead>
{
Ack = reply.Type == ReplyType.Ack,
Nak = reply.Type == ReplyType.Nak ? Nak.ParseData(reply.ExtractReplyData) : null,
ReplyData = reply.Type == ReplyType.ExtendedRead ? ExtendedRead.ParseData(reply.ExtractReplyData) : null
});
}
public ExtendedReadReplyEventArgs(Guid connectionId, byte address, ExtendedRead extendedRead)
{
ConnectionId = connectionId;
Address = address;
ExtendedRead = extendedRead;
}
internal virtual void OnReplyReceived(Reply reply)
{
{
var handler = ReplyReceived;
handler?.Invoke(this, new ReplyEventArgs {
Reply = reply
});
}
switch (reply.Type)
{
case ReplyType.Nak:
{
var handler = NakReplyReceived;
handler?.Invoke(this,
new NakReplyEventArgs(reply.ConnectionId, reply.Address,
Nak.ParseData(reply.ExtractReplyData)));
break;
}
case ReplyType.LocalStatusReport:
{
var handler = LocalStatusReportReplyReceived;
handler?.Invoke(this,
new LocalStatusReportReplyEventArgs(reply.ConnectionId, reply.Address,
Model.ReplyData.LocalStatus.ParseData(reply.ExtractReplyData)));
break;
}
case ReplyType.InputStatusReport:
{
var handler = InputStatusReportReplyReceived;
handler?.Invoke(this,
new InputStatusReportReplyEventArgs(reply.ConnectionId, reply.Address,
Model.ReplyData.InputStatus.ParseData(reply.ExtractReplyData)));
break;
}
case ReplyType.OutputStatusReport:
{
var handler = OutputStatusReportReplyReceived;
handler?.Invoke(this,
new OutputStatusReportReplyEventArgs(reply.ConnectionId, reply.Address,
Model.ReplyData.OutputStatus.ParseData(reply.ExtractReplyData)));
break;
}
case ReplyType.ReaderStatusReport:
{
var handler = ReaderStatusReportReplyReceived;
handler?.Invoke(this,
new ReaderStatusReportReplyEventArgs(reply.ConnectionId, reply.Address,
Model.ReplyData.ReaderStatus.ParseData(reply.ExtractReplyData)));
break;
}
case ReplyType.RawReaderData:
{
var handler = RawCardDataReplyReceived;
handler?.Invoke(this,
new RawCardDataReplyEventArgs(reply.ConnectionId, reply.Address,
RawCardData.ParseData(reply.ExtractReplyData)));
break;
}
case ReplyType.ManufactureSpecific:
{
var handler = ManufacturerSpecificReplyReceived;
handler?.Invoke(this,
new ManufacturerSpecificReplyEventArgs(reply.ConnectionId, reply.Address,
ManufacturerSpecific.ParseData(reply.ExtractReplyData)));
break;
}
case ReplyType.ExtendedRead:
{
var handler = ExtendedReadReplyReceived;
handler?.Invoke(this,
new ExtendedReadReplyEventArgs(reply.ConnectionId, reply.Address,
ExtendedRead.ParseData(reply.ExtractReplyData)));
break;
}
case ReplyType.PIVData:
{
var handler = PIVDataReplyReceived;
handler?.Invoke(this,
new PIVDataReplyEventArgs(reply.ConnectionId, reply.Address,
PIVData.ParseData(reply.ExtractReplyData)));
break;
}
}
}
