public SSP_Validator()
{
eSSP = new SSPComms();
cmd = new SSP_COMMAND();
storedCmd = new SSP_COMMAND();
keys = new SSP_KEYS();
sspKey = new SSP_FULL_KEY();
info = new SSP_COMMAND_INFO();
m_UnitDataList = new List <ChannelData>();
}
// constructor
public CPayout()
{
cmd = new SSP_COMMAND();
keys = new SSP_KEYS();
sspKey = new SSP_FULL_KEY();
info = new SSP_COMMAND_INFO();
m_Comms = new CCommsWindow("SMARTPayout");
m_Comms.Text = "SMART Payout Comms";
m_NumberOfChannels = 0;
m_ValueMultiplier = 1;
m_UnitDataList = new List<ChannelData>();
}
// constructor
public CPayout()
{
cmd = new SSP_COMMAND();
keys = new SSP_KEYS();
sspKey = new SSP_FULL_KEY();
info = new SSP_COMMAND_INFO();
m_Comms = new CCommsWindow("SMARTPayout");
m_Comms.Text = "SMART Payout Comms";
m_NumberOfChannels = 0;
m_ValueMultiplier = 1;
m_UnitDataList = new List <ChannelData>();
}
// constructor
public CValidator()
{
eSSP = new SSPComms();
cmd = new SSP_COMMAND();
storedCmd = new SSP_COMMAND();
keys = new SSP_KEYS();
sspKey = new SSP_FULL_KEY();
info = new SSP_COMMAND_INFO();
m_Comms = new CCommsWindow("NoteValidator");
m_NumberOfChannels = 0;
m_ValueMultiplier = 1;
m_UnitType = (char)0xFF;
m_UnitDataList = new List <ChannelData>();
}
// constructor
public CValidator()
{
eSSP = new SSPComms();
cmd = new SSP_COMMAND();
storedCmd = new SSP_COMMAND();
keys = new SSP_KEYS();
sspKey = new SSP_FULL_KEY();
info = new SSP_COMMAND_INFO();
m_Comms = new CCommsWindow("NoteValidator");
m_NumberOfChannels = 0;
m_ValueMultiplier = 1;
m_UnitType = (char)0xFF;
m_UnitDataList = new List<ChannelData>();
}
// constructor
public CValidator()
{
cmd = new SSP_COMMAND();
keys = new SSP_KEYS();
sspKey = new SSP_FULL_KEY();
info = new SSP_COMMAND_INFO();
m_Comms = new CCommsWindow("Note Validator");
m_NumberOfChannels = 0;
m_ValueMultiplier = 1;
m_UnitType = (char)0xFF;
m_CurrentPollResponse = new byte[256];
m_CurrentPollResponseLength = 0;
m_UnitDataList = new List <ChannelData>();
}
/// <summary>
/// Sends a command to the device.
/// </summary>
/// <param name="cmd">The command to send.</param>
/// <param name="inf">When this method returns, contains the information about the command being sent.</param>
///
public static bool SendCommand(ref SSP_COMMAND cmd, ref SSP_COMMAND_INFO inf, string periferico)
{
try
{
// Lock critical section to prevent multiple commands being sent simultaneously
lock (thisLock)
{
return(libHandle.SSPSendCommand(cmd, inf));
}
}
catch (Exception ex)
{
m_LastEx = ex;
return(false);
}
}
// constructor
public CNV11()
{
cmd = new SSP_COMMAND();
keys = new SSP_KEYS();
sspKey = new SSP_FULL_KEY();
info = new SSP_COMMAND_INFO();
m_Comms = new CCommsWindow("NV11");
m_TotalNotesAccepted = 0;
m_TotalNotesDispensed = 0;
m_NumberOfChannels = 0;
m_ValueMultiplier = 1;
m_CurrentPollResponse = new byte[256];
m_CurrentPollResponseLength = 0;
m_UnitDataList = new List <ChannelData>();
m_NotePositionValues = new int[30];
}
// constructor
public CNV11()
{
eSSP = new SSPComms();
cmd = new SSP_COMMAND();
keys = new SSP_KEYS();
sspKey = new SSP_FULL_KEY();
info = new SSP_COMMAND_INFO();
m_Comms = new CCommsWindow();
m_TotalNotesAccepted = 0;
m_TotalNotesDispensed = 0;
m_NumberOfChannels = 0;
m_ValueMultiplier = 1;
m_CurrentPollResponse = new byte[256];
m_CurrentPollResponseLength = 0;
m_UnitDataList = new List<ChannelData>();
m_NotePositionValues = new int[30];
}
// Constructor
public CHopper()
{
// init SSP handles
m_cmd = new SSP_COMMAND();
m_keys = new SSP_KEYS();
m_sspKey = new SSP_FULL_KEY();
m_info = new SSP_COMMAND_INFO();
m_NumberOfChannels = 0;
m_ProtocolVersion = 0;
m_CoinMechEnabled = true;
m_Comms = new CCommsWindow("SMARTHopper");
m_Comms.Text = "SMART Hopper Comms";
m_UnitDataList = new List<ChannelData>();
if (Properties.Settings.Default.Comms)
Comms.Show();
}
public static bool SendCommand(ref SSP_COMMAND cmd, ref SSP_COMMAND_INFO inf)
{
try
{
// Lock critical section to prevent multiple commands being sent simultaneously
bool b;
lock (m_Lock)
{
b = m_LibHandle.SSPSendCommand(cmd, inf);
}
Thread.Sleep(1); // Immediately yield to another process waiting to send a command
return(b);
}
catch (Exception ex)
{
m_LastEx = ex;
return(false);
}
}
// constructor
public CNV10()
{
m_eSSP = new SSPComms();
m_cmd = new SSP_COMMAND();
keys = new SSP_KEYS();
sspKey = new SSP_FULL_KEY();
info = new SSP_COMMAND_INFO();
m_TotalNotesAccepted = 0;
m_TotalNotesDispensed = 0;
m_NumberOfChannels = 0;
m_ValueMultiplier = 1;
m_CurrentPollResponse = new byte[256];
m_CurrentPollResponseLength = 0;
m_UnitDataList = new List <ChannelData>();
m_NotePositionValues = new int[30];
m_StoredCurrency = "";
m_HoldCount = 0;
m_HoldNumber = 0;
}
// constructor
public CHopper()
{
// init SSP handles
m_cmd = new SSP_COMMAND();
m_keys = new SSP_KEYS();
m_sspKey = new SSP_FULL_KEY();
m_info = new SSP_COMMAND_INFO();
m_NumberOfChannels = 0;
m_ProtocolVersion = 0;
m_CoinMechEnabled = true;
m_Comms = new CCommsWindow("SMART Hopper");
m_UnitDataList = new List <ChannelData>();
m_CurrentPollResponse = new byte[255];
if (Properties.Settings.Default.Comms)
{
Comms.Show();
}
}
public Control_NV_SSP()
{
eSSP = new SSPComms();
cmd = new SSP_COMMAND();
storedCmd = new SSP_COMMAND();
keys = new SSP_KEYS();
sspKey = new SSP_FULL_KEY();
info = new SSP_COMMAND_INFO();
m_NumberOfChannels = 0;
m_ValueMultiplier = 1;
m_UnitType = 'ÿ';
m_UnitDataList = new List <ChannelData>();
reconnectionInterval = 2;
reconnectionTimer = new System.Windows.Forms.Timer();
respuesta = false;
port = "COM3";
Creditos = 0m;
Canal = new int[MaxCanales];
eCanal = new int[MaxCanales];
for (int i = 0; i < Canal.Length; i++)
{
Canal[i] = 0;
eCanal[i] = 0;
}
eCanal[0] = 1;
eCanal[1] = 1;
eCanal[2] = 1;
eCanal[3] = 1;
eCanal[4] = 1;
eCanal[5] = 1;
Canal[0] = 500;
Canal[1] = 1000;
Canal[2] = 2000;
Canal[3] = 5000;
Canal[4] = 10000;
Canal[5] = 20000;
Canal[6] = 50000;
OnLine = false;
}
// This function should be called in a loop, it monitors the SSP_COMMAND_INFO parameter
// and writes the info to a text box in a readable format. If the failedCommand bool
// is set true then it will not write a response.
public void UpdateLog(SSP_COMMAND_INFO info, bool failedCommand = false)
{
if (m_bLogging)
{
string byteStr;
byte len;
// NON-ENCRPYTED
// transmission
m_LogText = "\r\nNo Encryption\r\nSent Packet #" + m_PacketCounter;
len = info.PreEncryptedTransmit.PacketData[2];
m_LogText += "\r\nLength: " + len.ToString();
m_LogText += "\r\nSync: " + (info.PreEncryptedTransmit.PacketData[1] >> 7);
m_LogText += "\r\nData: ";
byteStr = BitConverter.ToString(info.PreEncryptedTransmit.PacketData, 3, len);
m_LogText += FormatByteString(byteStr);
m_LogText += "\r\n";
// received
if (!failedCommand)
{
m_LogText += "\r\nReceived Packet #" + m_PacketCounter;
len = info.PreEncryptedRecieve.PacketData[2];
m_LogText += "\r\nLength: " + len.ToString();
m_LogText += "\r\nSync: " + (info.PreEncryptedRecieve.PacketData[1] >> 7);
m_LogText += "\r\nData: ";
byteStr = BitConverter.ToString(info.PreEncryptedRecieve.PacketData, 3, len);
m_LogText += FormatByteString(byteStr);
m_LogText += "\r\n";
}
else
{
m_LogText += "\r\nNo response...";
}
if (checkBox1.Checked == true)
{
// ENCRYPTED
// transmission
m_LogText += "\r\nEncryption\r\nSent Packet #" + m_PacketCounter;
len = info.Transmit.PacketData[2];
m_LogText += "\r\nLength: " + len.ToString();
m_LogText += "\r\nSync: " + (info.Transmit.PacketData[1] >> 7);
m_LogText += "\r\nData: ";
byteStr = BitConverter.ToString(info.Transmit.PacketData, 3, len);
m_LogText += FormatByteString(byteStr);
m_LogText += "\r\n";
// received
if (!failedCommand)
{
m_LogText += "\r\nReceived Packet #" + m_PacketCounter;
len = info.Receive.PacketData[2];
m_LogText += "\r\nLength: " + len.ToString();
m_LogText += "\r\nSync: " + (info.Receive.PacketData[1] >> 7);
m_LogText += "\r\nData: ";
byteStr = BitConverter.ToString(info.Receive.PacketData, 3, len);
m_LogText += FormatByteString(byteStr);
m_LogText += "\r\n";
}
else
{
m_LogText += "\r\nNo response...";
}
}
logWindowText.AppendText(m_LogText);
AppendToLog(m_LogText);
logWindowText.SelectionStart = logWindowText.TextLength;
m_PacketCounter++;
}
}
// This function should be called in a loop, it monitors the SSP_COMMAND_INFO parameter
// and writes the info to a text box in a readable format. If the failedCommand bool
// is set true then it will not write a response.
public void UpdateLog(SSP_COMMAND_INFO info, bool failedCommand = false)
{
if (m_bLogging)
{
string byteStr;
byte len;
// NON-ENCRPYTED
// transmission
m_LogText = "\r\nNo Encryption\r\nSent Packet #" + m_PacketCounter;
len = info.PreEncryptedTransmit.PacketData[2];
m_LogText += "\r\nLength: " + len.ToString();
m_LogText += "\r\nSync: " + (info.PreEncryptedTransmit.PacketData[1] >> 7);
m_LogText += "\r\nData: ";
byteStr = BitConverter.ToString(info.PreEncryptedTransmit.PacketData, 3, len);
m_LogText += FormatByteString(byteStr);
m_LogText += "\r\n";
// received
if (!failedCommand)
{
m_LogText += "\r\nReceived Packet #" + m_PacketCounter;
len = info.PreEncryptedRecieve.PacketData[2];
m_LogText += "\r\nLength: " + len.ToString();
m_LogText += "\r\nSync: " + (info.PreEncryptedRecieve.PacketData[1] >> 7);
m_LogText += "\r\nData: ";
byteStr = BitConverter.ToString(info.PreEncryptedRecieve.PacketData, 3, len);
m_LogText += FormatByteString(byteStr);
m_LogText += "\r\n";
}
else
{
m_LogText += "\r\nNo response...";
}
if (checkBox1.Checked == true)
{
// ENCRYPTED
// transmission
m_LogText += "\r\nEncryption\r\nSent Packet #" + m_PacketCounter;
len = info.Transmit.PacketData[2];
m_LogText += "\r\nLength: " + len.ToString();
m_LogText += "\r\nSync: " + (info.Transmit.PacketData[1] >> 7);
m_LogText += "\r\nData: ";
byteStr = BitConverter.ToString(info.Transmit.PacketData, 3, len);
m_LogText += FormatByteString(byteStr);
m_LogText += "\r\n";
// received
if (!failedCommand)
{
m_LogText += "\r\nReceived Packet #" + m_PacketCounter;
len = info.Receive.PacketData[2];
m_LogText += "\r\nLength: " + len.ToString();
m_LogText += "\r\nSync: " + (info.Receive.PacketData[1] >> 7);
m_LogText += "\r\nData: ";
byteStr = BitConverter.ToString(info.Receive.PacketData, 3, len);
m_LogText += FormatByteString(byteStr);
m_LogText += "\r\n";
}
else
{
m_LogText += "\r\nNo response...";
}
}
if (logWindowText.InvokeRequired)
{
WriteToLog l = new WriteToLog(AppendToWindow);
logWindowText.BeginInvoke(l, new object[] { m_LogText });
}
else
{
logWindowText.AppendText(m_LogText);
logWindowText.SelectionStart = logWindowText.TextLength;
}
AppendToLog(m_LogText);
m_PacketCounter++;
}
}
// This function should be called in a loop, it monitors the SSP_COMMAND_INFO parameter
// and writes the info to a text box in a readable format. If the failedCommand bool
// is set true then it will not write a response.
public void UpdateLog(SSP_COMMAND_INFO info, bool failedCommand = false)
{
if (m_bLogging)
{
string byteStr;
byte len;
// NON-ENCRPYTED
// transmission
m_LogText = "\r\nNo Encryption\r\nSent Packet #" + m_PacketCounter;
len = info.PreEncryptedTransmit.PacketData[2];
m_LogText += "\r\nLength: " + len.ToString();
m_LogText += "\r\nSync: " + (info.PreEncryptedTransmit.PacketData[1] >> 7);
m_LogText += "\r\nData: ";
byteStr = BitConverter.ToString(info.PreEncryptedTransmit.PacketData, 3, len);
m_LogText += FormatByteString(byteStr);
m_LogText += "\r\n";
// received
if (!failedCommand)
{
m_LogText += "\r\nReceived Packet #" + m_PacketCounter;
len = info.PreEncryptedRecieve.PacketData[2];
m_LogText += "\r\nLength: " + len.ToString();
m_LogText += "\r\nSync: " + (info.PreEncryptedRecieve.PacketData[1] >> 7);
m_LogText += "\r\nData: ";
byteStr = BitConverter.ToString(info.PreEncryptedRecieve.PacketData, 3, len);
m_LogText += FormatByteString(byteStr);
m_LogText += "\r\n";
}
else
{
m_LogText += "\r\nNo response...";
}
if (checkBox1.Checked == true)
{
// ENCRYPTED
// transmission
m_LogText += "\r\nEncryption\r\nSent Packet #" + m_PacketCounter;
len = info.Transmit.PacketData[2];
m_LogText += "\r\nLength: " + len.ToString();
m_LogText += "\r\nSync: " + (info.Transmit.PacketData[1] >> 7);
m_LogText += "\r\nData: ";
byteStr = BitConverter.ToString(info.Transmit.PacketData, 3, len);
m_LogText += FormatByteString(byteStr);
m_LogText += "\r\n";
// received
if (!failedCommand)
{
m_LogText += "\r\nReceived Packet #" + m_PacketCounter;
len = info.Receive.PacketData[2];
m_LogText += "\r\nLength: " + len.ToString();
m_LogText += "\r\nSync: " + (info.Receive.PacketData[1] >> 7);
m_LogText += "\r\nData: ";
byteStr = BitConverter.ToString(info.Receive.PacketData, 3, len);
m_LogText += FormatByteString(byteStr);
m_LogText += "\r\n";
}
else
{
m_LogText += "\r\nNo response...";
}
}
try
{
if (!logWindowText.IsDisposed && logWindowText.InvokeRequired)
{
WriteToLog l = new WriteToLog(AppendToWindow);
logWindowText.Invoke(l, new object[] { m_LogText });
}
else if (!logWindowText.IsDisposed)
{
logWindowText.AppendText(m_LogText);
logWindowText.SelectionStart = logWindowText.TextLength;
}
}
catch (Exception ex)
{
#if DEBUG
Debug.WriteLine(ex.ToString());
#endif
}
AppendToLog(m_LogText);
m_PacketCounter++;
}
}
public LibraryException(string message, SSP_COMMAND command, SSP_COMMAND_INFO commandInfo) : base(message)
{
Command = command;
CommandInfo = commandInfo;
}
// This function should be called in a loop, it monitors the SSP_COMMAND_INFO parameter
// and writes the info to a text box in a readable format. If the failedCommand bool
// is set true then it will not write a response.
public void UpdateLog(SSP_COMMAND_INFO info, bool failedCommand = false)
{
if (m_bLogging)
{
string byteStr;
byte len;
byte[] pollResponse;
// NON-ENCRPYTED
// transmission
LogText = new StringBuilder(500);
LogText.AppendLine();
LogText.AppendLine("No Encryption");
LogText.Append("Sent Packet #");
LogText.AppendLine(m_PacketCounter.ToString());
len = info.PreEncryptedTransmit.PacketData[2];
LogText.Append("Length: ");
LogText.AppendLine(len.ToString());
LogText.Append("Sync: ");
LogText.AppendLine((info.PreEncryptedTransmit.PacketData[1] >> 7).ToString());
LogText.Append("Command: ");
LogText.AppendLine(SspLookup.GetCommandName(info.PreEncryptedTransmit.PacketData[3]));
LogText.Append("Data: ");
byteStr = BitConverter.ToString(info.PreEncryptedTransmit.PacketData, 3, len);
LogText.AppendLine(FormatByteString(byteStr));
// received
if (!failedCommand)
{
LogText.AppendLine();
LogText.Append("Received Packet #");
LogText.AppendLine(m_PacketCounter.ToString());
len = info.PreEncryptedRecieve.PacketData[2];
LogText.Append("Length: ");
LogText.AppendLine(len.ToString());
LogText.Append("Sync: ");
LogText.AppendLine((info.PreEncryptedRecieve.PacketData[1] >> 7).ToString());
LogText.Append("Response: ");
LogText.AppendLine(SspLookup.GetGenericResponseName(info.PreEncryptedRecieve.PacketData[3]));
if (info.PreEncryptedTransmit.PacketData[3] == SSP_POLL_CODE && len > 1)
{
pollResponse = new byte[len];
Array.Copy(info.PreEncryptedRecieve.PacketData, 3, pollResponse, 0, len);
LogText.Append("Poll Response: ");
LogText.Append(SspLookup.GetPollResponse(pollResponse));
}
byteStr = BitConverter.ToString(info.PreEncryptedRecieve.PacketData, 3, len);
LogText.Append("Data: ");
LogText.AppendLine(FormatByteString(byteStr));
}
else
{
LogText.AppendLine("No response...");
}
//if (checkBox1.Checked == true)
//{
// // ENCRYPTED
// // transmission
// LogText.AppendLine();
// LogText.AppendLine("Encryption");
// LogText.Append("Sent Packet #");
// LogText.AppendLine(m_PacketCounter.ToString());
// len = info.Transmit.PacketData[2];
// LogText.Append("Length: ");
// LogText.AppendLine(len.ToString());
// LogText.Append("Sync: ");
// LogText.AppendLine((info.Transmit.PacketData[1] >> 7).ToString());
// byteStr = BitConverter.ToString(info.Transmit.PacketData, 3, len);
// LogText.Append("Data: ");
// LogText.AppendLine(FormatByteString(byteStr));
// received
//if (!failedCommand)
//{
// LogText.AppendLine();
// LogText.Append("Received Packet #");
// LogText.AppendLine(m_PacketCounter.ToString());
// len = info.Receive.PacketData[2];
// LogText.Append("Length: ");
// LogText.AppendLine(len.ToString());
// LogText.Append("Sync: ");
// LogText.AppendLine((info.Receive.PacketData[1] >> 7).ToString());
// byteStr = BitConverter.ToString(info.Receive.PacketData, 3, len);
// LogText.Append("Data: ");
// LogText.AppendLine(FormatByteString(byteStr));
//}
//else
//{
// LogText.AppendLine("No response...");
//}
//}
m_LogText = LogText.ToString();
//if (logWindowText.InvokeRequired)
//{
// WriteToLog l = new WriteToLog(AppendToWindow);
// logWindowText.BeginInvoke(l, new object[] { m_LogText });
//}
//else
//{
// logWindowText.AppendText(m_LogText);
// logWindowText.SelectionStart = logWindowText.TextLength;
//}
AppendToLog(m_LogText);
m_PacketCounter++;
}
}
public static bool SendCommand(ref SSP_COMMAND cmd, ref SSP_COMMAND_INFO inf)
{
try
{
// Lock critical section to prevent multiple commands being sent simultaneously
lock (m_Lock)
{
return m_LibHandle.SSPSendCommand(cmd, inf);
}
}
catch (Exception ex)
{
m_LastEx = ex;
return false;
}
}
