public string DeductBalance(string bank, string ipv4, string TIDSettlement, string operator_name, int amount = 1)
{
try
{
// check if deducted amount is sufficient within balance range and the balance must be greater than 0
int cardBalance = Int32.Parse(this.GetCardBalance());
if (cardBalance > 0 && (cardBalance - amount) > 0)
{
string result = bni.debitProcess(this.readerList[2].ToString(), this.selectedReader.ToString(), amount, Properties.Settings.Default.TID);
// store deduct result card to server
string created = tk.ConvertDatetimeToDefaultFormat(tk.GetCurrentDatetime());
string query = "INSERT INTO deduct_card_results (result, amount, transaction_dt, bank, ipv4, operator, ID_reader, created) VALUES('" + result + "', '" + amount +
"', '" + created + "', '" + bank + "', '" + ipv4 + "', '" + operator_name + "', '" + TIDSettlement + "', '" + created + "')";
try
{
database.Insert(query);
Console.WriteLine("Successfully Deducted for Rp. " + amount + ",-.");
Console.WriteLine("Current Balance : " + String.Format("{0:n}", Int32.Parse(this.GetCardBalance())));
//this.CreateSettlement(result);
acr123u.connectDirect();
int repeat = 3;
int onDuration = 5;
int OffDuration = 10;
acr123u.setBuzzerControl((byte)repeat, (byte)onDuration, (byte)OffDuration);
this.LEDStatus = LEDGreen;
this.LEDStatus |= LEDAntGreen;
acr123u.LCDBacklightControl(0xFF);
this.acr123u.setLEDControl(this.LEDStatus);
this.SetLCDDisplayText("Success ...");
acr123u.disconnect();
return("OK");
}
catch (Exception ex)
{
Console.WriteLine(ex.Message);
return(ex.Message);
}
}
else
{
acr123u.connectDirect();
this.SetLCDDisplayText("Insufficient Bal");
Console.WriteLine("Can't Deduct : Insufficient Balance.");
int repeat = 2;
int onDuration = 5;
int OffDuration = 10;
acr123u.setBuzzerControl((byte)repeat, (byte)onDuration, (byte)OffDuration);
this.LEDStatus = LEDRed;
this.LEDStatus |= LEDAntRed;
acr123u.LCDBacklightControl(0xFF);
this.acr123u.setLEDControl(this.LEDStatus);
acr123u.disconnect();
return("Can't Deduct : Insufficient Balance.");
}
}
catch (Exception ex)
{
acr123u.connectDirect();
this.SetLCDDisplayText("Fail to Process.");
Console.WriteLine(ex.Message);
int repeat = 2;
int onDuration = 5;
int OffDuration = 10;
acr123u.setBuzzerControl((byte)repeat, (byte)onDuration, (byte)OffDuration);
this.LEDStatus = LEDRed;
this.LEDStatus |= LEDAntRed;
acr123u.LCDBacklightControl(0xFF);
this.acr123u.setLEDControl(this.LEDStatus);
acr123u.disconnect();
return(ex.Message);
}
}
public DataDeduct DeductBalance(string bank, string ipv4, string TIDSettlement, string operator_name, int amount = 1)
{
DataDeduct dataDeduct = null;
try
{
// check if deducted amount is sufficient within balance range and the balance must be greater than 0
int cardBalance = Int32.Parse(this.GetCardBalance());
if (cardBalance > 0 && (cardBalance - amount) > 0)
{
string result = bni.debitProcess(this.readerList[2].ToString(), this.selectedReader.ToString(), amount, Properties.Settings.Default.TID);
string returnMessage = RCList.ContainsKey(result) ? RCList[result] : Constant.MESSAGE_OK;
if (returnMessage != Constant.MESSAGE_OK)
{
dataDeduct = new DataDeduct(true, returnMessage);
return(dataDeduct);
}
Console.WriteLine("Successfully Deducted for Rp. " + amount + ",-.");
Console.WriteLine("Current Balance : " + String.Format("{0:n}", Int32.Parse(this.GetCardBalance())));
acr123u.connectDirect();
int repeat = 3;
int onDuration = 5;
int OffDuration = 10;
acr123u.setBuzzerControl((byte)repeat, (byte)onDuration, (byte)OffDuration);
this.LEDStatus = Constant.LED_GREEN;
this.LEDStatus |= Constant.LED_ANT_GREEN;
acr123u.LCDBacklightControl(0xFF);
this.acr123u.setLEDControl(this.LEDStatus);
this.SetLCDDisplayText(Constant.MESSAGE_SUCCESS_DEDUCT);
acr123u.disconnect();
dataDeduct = new DataDeduct(result, amount, bank, operator_name, TIDSettlement);
}
else
{
acr123u.connectDirect();
this.SetLCDDisplayText(Constant.ERROR_MESSAGE_INSUFFICIENT_BALANCE);
Console.WriteLine(Constant.ERROR_MESSAGE_CANNOT_DEDUCT_INSUFFICIENT_BALANCE);
int repeat = 2;
int onDuration = 5;
int OffDuration = 10;
acr123u.setBuzzerControl((byte)repeat, (byte)onDuration, (byte)OffDuration);
this.LEDStatus = Constant.LED_RED;
this.LEDStatus |= Constant.LED_ANT_RED;
acr123u.LCDBacklightControl(0xFF);
this.acr123u.setLEDControl(this.LEDStatus);
acr123u.disconnect();
dataDeduct = new DataDeduct(true, Constant.ERROR_MESSAGE_CANNOT_DEDUCT_INSUFFICIENT_BALANCE);
}
}
catch (Exception ex)
{
acr123u.connectDirect();
this.SetLCDDisplayText(Constant.ERROR_FAIL_PROCESS);
Console.WriteLine(ex.Message);
int repeat = 2;
int onDuration = 5;
int OffDuration = 10;
acr123u.setBuzzerControl((byte)repeat, (byte)onDuration, (byte)OffDuration);
this.LEDStatus = Constant.LED_RED;
this.LEDStatus |= Constant.LED_ANT_RED;
acr123u.LCDBacklightControl(0xFF);
this.acr123u.setLEDControl(this.LEDStatus);
acr123u.disconnect();
dataDeduct = new DataDeduct(true, ex.Message);
}
GC.Collect();
GC.WaitForPendingFinalizers();
return(dataDeduct);
}