// Read From Card
public static CardData CISAReadCard(NFC NFCDevice)
{
/* CISA DLL Testing */
CardData cardData = new CardData();
string hotelFile, keyplanFile;
short rc = 0;
string serialnumberC2B = string.Format("{0,7}", ""); // 8 Chars fixed length string
serialnumberC2B = vbHelper.Hex2Bin(CardUID + "C15A13FF");
byte[] bufCard = new byte[400]; // 221
byte[] bufCardWavemode = new byte[400]; // 228
string accesstname1Read = string.Format("{0,6}", ""); // room/zone - first access target name
string accesstname2Read = string.Format("{0,6}", ""); // spaces - second access target name
string accesstname3Read = string.Format("{0,6}", ""); // spaces - third access target name
string accesstname4Read = string.Format("{0,6}", ""); // spaces - fourth access target name
string accesstname5Read = string.Format("{0,6}", ""); // groups - category name
string warning = "";
Csemks32.card guestcard = new Csemks32.card();
if (NFCDevice.connectCard())// establish connection to the card
{
Console.WriteLine("Reading from Card ...");
hotelFile = NFCDevice.readHotelFile(); // Read Hotel File - 36 bytes
keyplanFile = NFCDevice.readKeyplanFile(); // Read Keyplan File - 192 bytes
NFCDevice.Close();
// Console.WriteLine("* HOTEL FILE: " + vbHelper.Ascii2Hex(Encoding.ASCII.GetBytes(hotelFile)));
// Console.WriteLine("* KEYPLAN FILE: " + vbHelper.Ascii2Hex(Encoding.ASCII.GetBytes(keyplanFile)));
Console.WriteLine("* HOTEL FILE: " + hotelFile);
Console.WriteLine("* KEYPLAN FILE: " + keyplanFile);
string bufCardWavemodeStr = hotelFile + keyplanFile;
bufCardWavemode = (byte[])Helpers.Hex2Byte(bufCardWavemodeStr);
rc = CSEWaveModeDecode(bufCardWavemode, serialnumberC2B, bufCard); // We are getting bufCardWavemode value reading the card via NFC
if (rc == Csemks32.CSE_SUCCESS)
{
rc = CSEBuffer2Card(bufCard, accesstname1Read, accesstname2Read, accesstname3Read, accesstname4Read, accesstname5Read, ref guestcard, warning);
if (rc == Csemks32.CSE_SUCCESS)
{
Console.WriteLine("Card readed correctly");
cardData.result.rc = 0; // Reading Result Successful = Csemks32.CSE_SUCCESS
// checkoutHours: get param from guestcard.accesstime_Renamed variable
string codateYear = DateTime.Now.Year.ToString().Substring(0, 2) + Helpers.YearCisa(guestcard.accesstime_Renamed.dateEnd.year_Renamed); // Checkout date (year)
int codateMonth = (int)guestcard.accesstime_Renamed.dateEnd.month_Renamed; // Checkout date (month)
int codateDay = (int)guestcard.accesstime_Renamed.dateEnd.day_Renamed; // Checkout date (day)
int codateHour = (int)guestcard.accesstime_Renamed.timeEnd.hours; // Checkout date (hour)
int codateMinutes = (int)guestcard.accesstime_Renamed.timeEnd.minutes; // Checkout date (minutes)
DateTime checkoutDate = DateTime.ParseExact(codateYear + "-" + codateMonth.ToString("00") + "-" + codateDay.ToString("00") + " " + codateHour.ToString("00") + ":" + codateMinutes.ToString("00") + ":00", "yyyy-MM-dd HH:mm:ss",
System.Globalization.CultureInfo.InvariantCulture);
cardData.message.payload.checkoutHours = Helpers.date2epoch(checkoutDate);
// Read room/zone
if (guestcard.cardtype > 0) // Staff
{
cardData.message.payload.zone = CISAReadAccessTargetZone(guestcard.accesstarget1); // Read zone
cardData.message.payload.room = null;
cardData.message.payload.accessId = "Staff name"; // The Staff name is not physically written on the card, so it cannot be returned.
}
else // Guest
{
cardData.message.payload.room = CISAReadAccessTargetLock(guestcard.accesstarget1); // Read room
cardData.message.payload.zone = null;
cardData.message.payload.accessId = "Guest name"; // The Guest name is not physically written on the card, so it cannot be returned.
}
// Try to Get "Guest/Staff member" name
// nCard parameter -> guestcard.cardinfo_Renamed.ncard;
// Function to call -> rc = CSESearchCard(ref guestcardOp, ref guestcardRead, ref cardSearch);
Csemks32.card guestcardRead = new Csemks32.card();
Csemks32.card guestcardOp = new Csemks32.card();
Csemks32.cardsearch cardSearch = new Csemks32.cardsearch();
cardSearch.ncard = guestcard.cardinfo_Renamed.ncard;
//byte[] bufCardop = new byte[600]; // 221
//byte[] bufCard = new byte[600]; // 221
rc = CSESearchCard(ref guestcardOp, ref guestcardRead, ref cardSearch);
if (rc == Csemks32.CSE_SUCCESS)
{
string name = guestcardRead.accessid;
cardData.message.payload.accessId = name; // Set "guest/staff member" name
// DateTime dtStart = Helpers.csdt2Dt(guestcardRead.accesstime_Renamed.dateStart, guestcardRead.accesstime_Renamed.timeStart);
// DateTime dtEnd = Helpers.csdt2Dt(guestcardRead.accesstime_Renamed.dateEnd, guestcardRead.accesstime_Renamed.timeEnd);
//Console.WriteLine("Card info: " + string.Format("ncard:{0} name:{1} start:{2} End:{3}\n", guestcardRead.cardinfo_Renamed.ncard, name, dtStart, dtEnd));
}
else
{
cardData.result.rc = CSELoadErrNo();
cardData.result.errordesc = "\"CSESearchCard - ErrNo " + cardData.result.rc + "\"";
Console.WriteLine("CSESearchCard Failed");
Console.WriteLine("ErrNo: " + cardData.result.rc.ToString());
}
// End Get "Guest/Staff member" name
// Read extra spaces
List <string> spaces = new List <string>();
if (guestcard.accesstarget2.bed != 0) // Check if extraSpace is not empty (bed = 0)
{
string space1 = CISAReadAccessTargetLock(guestcard.accesstarget2);
spaces.Add(space1);
}
if (guestcard.accesstarget3.bed != 0) // Check if extraSpace is not empty (bed = 0)
{
string space2 = CISAReadAccessTargetLock(guestcard.accesstarget3);
spaces.Add(space2);
}
if (guestcard.accesstarget4.bed != 0) // Check if extraSpace is not empty (bed = 0)
{
string space3 = CISAReadAccessTargetLock(guestcard.accesstarget4);
spaces.Add(space3);
}
cardData.message.payload.spaces = spaces; // new List<string>(new string[] { "espace1", "espace2" });
// Read groups
List <string> groups = new List <string>();
if (guestcard.accesstarget5.bed != 0) // Check if group is not empty (bed = 0)
{
string group1 = CISAReadAccessTargetLock(guestcard.accesstarget5);
groups.Add(group1);
}
cardData.message.payload.groups = groups; // new List<string>(new string[] { "group1", "group2" });
}
else
{
cardData.result.rc = CSELoadErrNo();
cardData.result.errordesc = "\"CSEBuffer2Card - ErrNo " + cardData.result.rc + "\"";
Console.WriteLine("CSEBuffer2Card Failed");
Console.WriteLine("ErrNo: " + cardData.result.rc.ToString());
}
}
else
{
cardData.result.rc = CSELoadErrNo();
cardData.result.errordesc = "\"CSEWaveModeDecode Failed - ErrNo " + cardData.result.rc + "\"";
Console.WriteLine("CSEWaveModeDecode Failed");
Console.WriteLine("ErrNo: " + cardData.result.rc.ToString());
}
}
else
{
Console.WriteLine("Card not availale.");
cardData.result.rc = -1;
cardData.result.errordesc = "\"Reading card failed - Card not availale.\"";
}
return(cardData);
}
public static extern short CSESearchCard(ref Csemks32.card cardOp, ref Csemks32.card card, ref Csemks32.cardsearch cardsearch);