private void recycleBoxPayout_CheckedChange(object sender, EventArgs e)
{
CheckBox chkbox = sender as CheckBox;
try
{
ChannelData d = new ChannelData();
Payout.GetDataByChannel(Int32.Parse(chkbox.Name), ref d);
if (chkbox.Checked)
{
Payout.ChangeNoteRoute(d.Value, d.Currency, false, textBox1);
}
else
{
Payout.ChangeNoteRoute(d.Value, d.Currency, true, textBox1);
}
// Ensure payout ability is enabled in the validator
Payout.EnablePayout();
}
catch (Exception ex)
{
MessageBox.Show(ex.ToString());
return;
}
}
// This is a one off function that is called the first time the MainLoop()
// function runs, it just sets up a few of the UI elements that only need
// updating once.
private void SetupFormLayout()
{
// need validator class instance
if (Payout == null)
{
MessageBox.Show("Validator class is null.", "ERROR");
return;
}
// Positioning
int x = 600, y = 40;
// Add label
Label lbl = new Label();
lbl.Location = new Point(x, y - 10);
lbl.Size = new Size(80, 30);
lbl.Text = "Recycle\nChannels:";
Controls.Add(lbl);
for (int i = 1; i <= Payout.NumberOfChannels; i++)
{
CheckBox c = new CheckBox();
c.Location = new Point(x, y + (i * 20));
c.Name = i.ToString();
ChannelData d = new ChannelData();
Payout.GetDataByChannel(i, ref d);
c.Text = CHelpers.FormatToCurrency(d.Value) + " " + new String(d.Currency);
c.Checked = d.Recycling;
c.CheckedChanged += new EventHandler(recycleBox_CheckedChange);
Controls.Add(c);
}
}
// This function sends the set coin mech inhibits command to set which coins are accepted on the Hopper.
// Please note: The response data of this command if it is sent with no coin mech attached will be
// WRONG PARAMETERS.
public void SetInhibits(TextBox log = null)
{
// set inhibits on each coin
for (int i = 0; i < m_NumberOfChannels; i++)
{
m_cmd.CommandData[0] = CCommands.Hopper.SSP_CMD_SET_COIN_MECH_INHIBITS;
m_cmd.CommandData[1] = 0x01; // coin accepted
// convert values to byte array and set command data
byte[] b = BitConverter.GetBytes(GetChannelValue(i + 1));
m_cmd.CommandData[2] = b[0];
m_cmd.CommandData[3] = b[1];
// currency
ChannelData d = m_UnitDataList[i];
m_cmd.CommandData[4] = (byte)d.Currency[0];
m_cmd.CommandData[5] = (byte)d.Currency[1];
m_cmd.CommandData[6] = (byte)d.Currency[2];
m_cmd.CommandDataLength = 7;
if (!SendCommand(log))
{
return;
}
if (CheckGenericResponses(log) && log != null)
{
log.AppendText("Inhibits set on channel " + (i + 1).ToString() + "\r\n");
}
}
}
private void recycleBox_CheckedChange(object sender, EventArgs e)
{
try
{
// Get the sending object as a checkbox
CheckBox c = sender as CheckBox;
// Get the data from the payout
ChannelData d = new ChannelData();
Payout.GetDataByChannel(Int32.Parse(c.Name), ref d);
if (c.Checked)
{
Payout.ChangeNoteRoute(d.Value, d.Currency, false, textBox1);
}
else
{
Payout.ChangeNoteRoute(d.Value, d.Currency, true, textBox1);
}
}
catch (Exception ex)
{
MessageBox.Show(ex.ToString(), "EXCEPTION");
return;
}
}
// This returns the currency of a specified channel.
public char[] GetChannelCurrency(int channel)
{
if (channel > 0 && channel <= m_NumberOfChannels)
{
ChannelData d = m_UnitDataList[channel - 1];
return(d.Currency);
}
return(null);
}
// This returns the level of a specified channel.
public int GetChannelLevel(int channel)
{
if (channel > 0 && channel <= m_NumberOfChannels)
{
ChannelData d = m_UnitDataList[channel - 1];
return(d.Level);
}
return(-1);
}
private void PayoutBtn_Click(object sender, EventArgs e)
{
bool payoutRequired = false;
byte[] data = new byte[9 * Hopper.NumberOfChannels]; // create to size of maximum possible
byte length = 0;
int dataIndex = 0;
byte denomsToPayout = 0;
// For each denomination
for (int i = 0; i < Hopper.NumberOfChannels; i++)
{
try
{
// Check if there is input in the box
if (AmountToPayout[i].Text != "" && AmountToPayout[i].Text != "0")
{
// If textbox isn't blank then this denom is being paid out
denomsToPayout++;
length += 9; // 9 bytes per denom to payout (2 amount, 4 value, 3 currency)
payoutRequired = true; // need to do a payout as there is now > 0 denoms
// Number of this denomination to payout
UInt16 numToPayout = UInt16.Parse(AmountToPayout[i].Text);
byte[] b = CHelpers.ConvertInt16ToBytes((short)numToPayout);
data[dataIndex++] = b[0];
data[dataIndex++] = b[1];
// Value of this denomination
ChannelData d = Hopper.UnitDataList[i];
b = CHelpers.ConvertInt32ToBytes(d.Value);
data[dataIndex++] = b[0];
data[dataIndex++] = b[1];
data[dataIndex++] = b[2];
data[dataIndex++] = b[3];
// Currency of this denomination
data[dataIndex++] = (Byte)d.Currency[0];
data[dataIndex++] = (Byte)d.Currency[1];
data[dataIndex++] = (Byte)d.Currency[2];
}
}
catch (Exception ex)
{
MessageBox.Show(ex.ToString());
payoutRequired = false; // don't payout on exception
}
}
if (payoutRequired)
{
// Send payout command and shut this form
Hopper.PayoutByDenomination(denomsToPayout, data, length, Output);
base.Dispose();
}
}
// This allows the caller to access all the data stored with a channel. An empty ChannelData struct is passed
// over which gets filled with info.
public void GetDataByChannel(int channel, ref ChannelData d)
{
// Iterate through each
foreach (ChannelData dList in m_UnitDataList)
{
if (dList.Channel == channel) // Compare channel
{
d = dList; // Copy data from list to param
break;
}
}
}
private void frmPayoutByDenom_Shown(object sender, EventArgs e)
{
// Create textbox array based on number of channels
AmountToPayout = new TextBox[Hopper.NumberOfChannels];
// Add description labels
Label l = new Label();
l.Size = new Size(80, 45);
l.Location = new Point(100, 10);
l.Text = "Number to\nPayout";
Controls.Add(l);
// Iterate through the channels
for (int i = 0; i < Hopper.NumberOfChannels; i++)
{
// Create an entry box and label for each denomination (channel)
l = new Label();
l.Size = new Size(80, 25);
l.Location = new Point(10, 55 + i * 25);
ChannelData d = Hopper.UnitDataList[i];
l.Text = d.Value / 100f + " " + new String(d.Currency);
Controls.Add(l);
AmountToPayout[i] = new TextBox();
AmountToPayout[i].Size = new Size(60, 25);
AmountToPayout[i].Location = new Point(100, 55 + i * 25);
Controls.Add(AmountToPayout[i]);
}
// Add button to payout
Button b = new Button();
b.Size = new Size(140, 25);
Point p = AmountToPayout[Hopper.NumberOfChannels - 1].Location;
p.Y += 25;
p.X -= 90;
b.Location = p;
b.Text = "Payout";
b.Click += new EventHandler(PayoutBtn_Click);
Controls.Add(b);
}
private void recycleBox_CheckedChange(object sender, EventArgs e)
{
try
{
// Get the sending object as a checkbox
CheckBox c = sender as CheckBox;
// Get the data from the payout
ChannelData d = new ChannelData();
Payout.GetDataByChannel(Int32.Parse(c.Name), ref d);
if (c.Checked)
Payout.ChangeNoteRoute(d.Value, d.Currency, false, textBox1);
else
Payout.ChangeNoteRoute(d.Value, d.Currency, true, textBox1);
}
catch (Exception ex)
{
MessageBox.Show (ex.ToString (), "EXCEPTION");
return;
}
}
private void frmPayoutByDenom_Shown(object sender, EventArgs e)
{
// Create textbox arrays based on number of channels
AmountToPayout_Hopper = new TextBox[Hopper.NumberOfChannels];
AmountToPayout_Payout = new TextBox[Payout.NumberOfChannels];
bool payoutHighest = true;
if (Hopper.NumberOfChannels > Payout.NumberOfChannels)
{
payoutHighest = false;
}
System.OperatingSystem osInfo = System.Environment.OSVersion;
int titleXSize = 0;
// XP, 2000, Server 2003
if (osInfo.Platform == PlatformID.Win32NT && osInfo.Version.Major == 5)
{
titleXSize = 80;
}
// Vista, 7
else if (osInfo.Platform == PlatformID.Win32NT && osInfo.Version.Major == 6)
{
titleXSize = 120;
}
// Add description labels for Hopper
Label l = new Label();
l.Size = new Size(titleXSize, 45);
l.Location = new Point(10, 10);
l.Text = "Number to\nPayout (Hopper)";
Controls.Add(l);
// Iterate through the channels in the Hopper
for (int i = 0; i < Hopper.NumberOfChannels; i++)
{
// Create an entry box and label for each denomination (channel)
l = new Label();
l.Size = new Size(80, 25);
l.Location = new Point(10, 55 + i * 25);
ChannelData d = Hopper.UnitDataList[i];
l.Text = d.Value / 100f + " " + new String(d.Currency);
Controls.Add(l);
AmountToPayout_Hopper[i] = new TextBox();
AmountToPayout_Hopper[i].Size = new Size(60, 25);
AmountToPayout_Hopper[i].Location = new Point(100, 55 + i * 25);
Controls.Add(AmountToPayout_Hopper[i]);
}
// Add description labels for Payout
l = new Label();
l.Size = new Size(titleXSize, 45);
l.Location = new Point(200, 10);
l.Text = "Number to\nPayout (Payout)";
Controls.Add(l);
// Iterate through the channels in the Payout
for (int i = 0; i < Payout.NumberOfChannels; i++)
{
// Create an entry box and label for each denomination (channel)
l = new Label();
l.Size = new Size(80, 25);
l.Location = new Point(200, 55 + i * 25);
ChannelData d = Payout.UnitDataList[i];
l.Text = d.Value / 100 + " " + new String(d.Currency);
Controls.Add(l);
AmountToPayout_Payout[i] = new TextBox();
AmountToPayout_Payout[i].Size = new Size(60, 25);
AmountToPayout_Payout[i].Location = new Point(300, 55 + i * 25);
Controls.Add(AmountToPayout_Payout[i]);
}
// Add button to payout
Button b = new Button();
b.Size = new Size(360, 25);
Point p;
if (payoutHighest)
{
p = AmountToPayout_Payout[Payout.NumberOfChannels - 1].Location;
}
else
{
p = AmountToPayout_Hopper[Hopper.NumberOfChannels - 1].Location;
}
p.Y += 25;
p.X = 10;
b.Location = p;
b.Text = "Payout";
b.Click += new EventHandler(PayoutBtn_Click);
Controls.Add(b);
}
// This function uses the setup request command to get all the information about the validator.
public void SetupRequest(TextBox log = null)
{
// send setup request
cmd.CommandData[0] = CCommands.Generic.SSP_CMD_SETUP_REQUEST;
cmd.CommandDataLength = 1;
if (!SendCommand(log))
{
return;
}
// display setup request
string displayString = "Validator Type: ";
int index = 1;
// unit type (table 0-1)
m_UnitType = (char)cmd.ResponseData[index++];
switch (m_UnitType)
{
case (char)0x00: displayString += "Validator"; break;
case (char)0x03: displayString += "SMART Hopper"; break;
case (char)0x06: displayString += "SMART Payout"; break;
case (char)0x07: displayString += "NV11"; break;
default: displayString += "Unknown Type"; break;
}
displayString += "\r\nFirmware: ";
// firmware (table 2-5)
while (index <= 5)
{
displayString += (char)cmd.ResponseData[index++];
if (index == 4)
{
displayString += ".";
}
}
// country code (table 6-8)
// this is legacy code, in protocol version 6+ each channel has a seperate currency
index = 9; // to skip country code
// value multiplier (table 9-11)
// also legacy code, a real value multiplier appears later in the response
index = 12; // to skip value multiplier
displayString += "\r\nNumber of Channels: ";
int numChannels = cmd.ResponseData[index++];
m_NumberOfChannels = numChannels;
displayString += numChannels + "\r\n";
// channel values (table 13 to 13+n)
// the channel values located here in the table are legacy, protocol 6+ provides a set of expanded
// channel values.
index = 13 + m_NumberOfChannels; // Skip channel values
// channel security (table 13+n to 13+(n*2))
// channel security values are also legacy code
index = 13 + (m_NumberOfChannels * 2); // Skip channel security
displayString += "Real Value Multiplier: ";
// real value multiplier (table 13+(n*2) to 15+(n*2))
// (big endian)
m_ValueMultiplier = cmd.ResponseData[index + 2];
m_ValueMultiplier += cmd.ResponseData[index + 1] << 8;
m_ValueMultiplier += cmd.ResponseData[index] << 16;
displayString += m_ValueMultiplier + "\r\nProtocol Version: ";
index += 3;
// protocol version (table 16+(n*2))
index = 16 + (m_NumberOfChannels * 2);
int protocol = cmd.ResponseData[index++];
displayString += protocol + "\r\n";
// protocol 6+ only
// channel currency country code (table 17+(n*2) to 17+(n*5))
index = 17 + (m_NumberOfChannels * 2);
int sectionEnd = 17 + (m_NumberOfChannels * 5);
int count = 0;
byte[] channelCurrencyTemp = new byte[3 * m_NumberOfChannels];
while (index < sectionEnd)
{
displayString += "Channel " + ((count / 3) + 1) + ", currency: ";
channelCurrencyTemp[count] = cmd.ResponseData[index++];
displayString += (char)channelCurrencyTemp[count++];
channelCurrencyTemp[count] = cmd.ResponseData[index++];
displayString += (char)channelCurrencyTemp[count++];
channelCurrencyTemp[count] = cmd.ResponseData[index++];
displayString += (char)channelCurrencyTemp[count++];
displayString += "\r\n";
}
// expanded channel values (table 17+(n*5) to 17+(n*9))
index = sectionEnd;
displayString += "Expanded channel values:\r\n";
sectionEnd = 17 + (m_NumberOfChannels * 9);
int n = 0;
count = 0;
int[] channelValuesTemp = new int[m_NumberOfChannels];
while (index < sectionEnd)
{
n = CHelpers.ConvertBytesToInt32(cmd.ResponseData, index);
channelValuesTemp[count] = n;
index += 4;
displayString += "Channel " + ++count + ", value = " + n + "\r\n";
}
// Create list entry for each channel
m_UnitDataList.Clear(); // clear old table
for (byte i = 0; i < m_NumberOfChannels; i++)
{
ChannelData d = new ChannelData();
d.Channel = i;
d.Channel++; // Offset from array index by 1
d.Value = channelValuesTemp[i] * Multiplier;
d.Currency[0] = (char)channelCurrencyTemp[0 + (i * 3)];
d.Currency[1] = (char)channelCurrencyTemp[1 + (i * 3)];
d.Currency[2] = (char)channelCurrencyTemp[2 + (i * 3)];
d.Level = 0; // Can't store notes
d.Recycling = false; // Can't recycle notes
m_UnitDataList.Add(d);
}
// Sort the list of data by the value.
m_UnitDataList.Sort(delegate(ChannelData d1, ChannelData d2) { return(d1.Value.CompareTo(d2.Value)); });
if (log != null)
{
log.AppendText(displayString);
}
}
// The poll function is called repeatedly to poll to validator for information, it returns as
// a response in the command structure what events are currently happening.
public bool DoPoll(TextBox log)
{
byte i;
//send poll
cmd.CommandData[0] = CCommands.Generic.SSP_CMD_POLL;
cmd.CommandDataLength = 1;
if (!SendCommand(log))
{
return(false);
}
if (cmd.ResponseData[0] == 0xFA)
{
return(false);
}
// store response locally so data can't get corrupted by other use of the cmd variable
byte[] response = new byte[255];
cmd.ResponseData.CopyTo(response, 0);
byte responseLength = cmd.ResponseDataLength;
//parse poll response
ChannelData data = new ChannelData();
for (i = 1; i < responseLength; ++i)
{
switch (response[i])
{
// This response indicates that the unit was reset and this is the first time a poll
// has been called since the reset.
case CCommands.SMARTPayout.SSP_POLL_RESET:
log.AppendText("Unit reset\r\n");
UpdateData();
break;
// This response indicates the unit is disabled.
case CCommands.SMARTPayout.SSP_POLL_DISABLED:
log.AppendText("Unit disabled...\r\n");
break;
// A note is currently being read by the validator sensors. The second byte of this response
// is zero until the note's type has been determined, it then changes to the channel of the
// scanned note.
case CCommands.SMARTPayout.SSP_POLL_NOTE_READ:
if (cmd.ResponseData[i + 1] > 0)
{
GetDataByChannel(response[i + 1], ref data);
log.AppendText("Note in escrow, amount: " + CHelpers.FormatToCurrency(data.Value) + "\r\n");
}
else
{
log.AppendText("Reading note\r\n");
}
i++;
break;
// A credit event has been detected, this is when the validator has accepted a note as legal currency.
case CCommands.SMARTPayout.SSP_POLL_CREDIT:
GetDataByChannel(response[i + 1], ref data);
log.AppendText("Credit " + CHelpers.FormatToCurrency(data.Value) + "\r\n");
UpdateData();
i++;
break;
// A note is being rejected from the validator. This will carry on polling while the note is in transit.
case CCommands.SMARTPayout.SSP_POLL_REJECTING:
log.AppendText("Rejecting note\r\n");
break;
// A note has been rejected from the validator, the note will be resting in the bezel. This response only
// appears once.
case CCommands.SMARTPayout.SSP_POLL_REJECTED:
log.AppendText("Note rejected\r\n");
QueryRejection(log);
break;
// A note is in transit to the cashbox.
case CCommands.SMARTPayout.SSP_POLL_STACKING:
log.AppendText("Stacking note\r\n");
break;
// The payout device is 'floating' a specified amount of notes. It will transfer some to the cashbox and
// leave the specified amount in the payout device.
case CCommands.SMARTPayout.SSP_POLL_FLOATING:
log.AppendText("Floating notes\r\n");
// Now the index needs to be moved on to skip over the data provided by this response so it
// is not parsed as a normal poll response.
// In this response, the data includes the number of countries being floated (1 byte), then a 4 byte value
// and 3 byte currency code for each country.
i += (byte)((response[i + 1] * 7) + 1);
break;
// A note has reached the cashbox.
case CCommands.SMARTPayout.SSP_POLL_STACKED:
log.AppendText("Note stacked\r\n");
break;
// The float operation has been completed.
case CCommands.SMARTPayout.SSP_POLL_FLOATED:
log.AppendText("Completed floating\r\n");
UpdateData();
EnableValidator();
i += (byte)((response[i + 1] * 7) + 1);
break;
// A note has been stored in the payout device to be paid out instead of going into the cashbox.
case CCommands.SMARTPayout.SSP_POLL_NOTE_STORED:
log.AppendText("Note stored\r\n");
UpdateData();
break;
// A safe jam has been detected. This is where the user has inserted a note and the note
// is jammed somewhere that the user cannot reach.
case CCommands.SMARTPayout.SSP_POLL_SAFE_JAM:
log.AppendText("Safe jam\r\n");
break;
// An unsafe jam has been detected. This is where a user has inserted a note and the note
// is jammed somewhere that the user can potentially recover the note from.
case CCommands.SMARTPayout.SSP_POLL_UNSAFE_JAM:
log.AppendText("Unsafe jam\r\n");
break;
// An error has been detected by the payout unit.
case CCommands.SMARTPayout.SSP_POLL_PAYOUT_ERROR: // Note: Will be reported only when Protocol version >= 7
log.AppendText("Detected error with payout device\r\n");
i += (byte)((response[i + 1] * 7) + 2);
break;
// A fraud attempt has been detected.
case CCommands.SMARTPayout.SSP_POLL_FRAUD_ATTEMPT:
log.AppendText("Fraud attempt\r\n");
i += (byte)((response[i + 1] * 7) + 1);
break;
// The stacker (cashbox) is full.
case CCommands.SMARTPayout.SSP_POLL_STACKER_FULL:
log.AppendText("Stacker full\r\n");
break;
// A note was detected somewhere inside the validator on startup and was rejected from the front of the
// unit.
case CCommands.SMARTPayout.SSP_POLL_NOTE_CLEARED_FROM_FRONT:
log.AppendText("Note cleared from front of validator\r\n");
i++;
break;
// A note was detected somewhere inside the validator on startup and was cleared into the cashbox.
case CCommands.SMARTPayout.SSP_POLL_NOTE_CLEARED_TO_CASHBOX:
log.AppendText("Note cleared to cashbox\r\n");
i++;
break;
// A note has been detected in the validator on startup and moved to the payout device
case CCommands.SMARTPayout.SSP_POLL_NOTE_PAID_INTO_STORE_ON_POWERUP:
log.AppendText("Note paid into payout device on startup\r\n");
i += 7;
break;
// A note has been detected in the validator on startup and moved to the cashbox
case CCommands.SMARTPayout.SSP_POLL_NOTE_PAID_INTO_STACKER_ON_POWERUP:
log.AppendText("Note paid into cashbox on startup\r\n");
i += 7;
break;
// The cashbox has been removed from the unit. This will continue to poll until the cashbox is replaced.
case CCommands.SMARTPayout.SSP_POLL_CASHBOX_REMOVED:
log.AppendText("Cashbox removed\r\n");
break;
// The cashbox has been replaced, this will only display on a poll once.
case CCommands.SMARTPayout.SSP_POLL_CASHBOX_REPLACED:
log.AppendText("Cashbox replaced\r\n");
break;
// The validator is in the process of paying out a note, this will continue to poll until the note has
// been fully dispensed and removed from the front of the validator by the user.
case CCommands.SMARTPayout.SSP_POLL_NOTE_DISPENSING:
log.AppendText("Dispensing note(s)\r\n");
i += (byte)((response[i + 1] * 7) + 1);
break;
// The note has been dispensed and removed from the bezel by the user.
case CCommands.SMARTPayout.SSP_POLL_NOTE_DISPENSED:
log.AppendText("Dispensed note(s)\r\n");
UpdateData();
EnableValidator();
i += (byte)((response[i + 1] * 7) + 1);
break;
// The payout device is in the process of emptying all its stored notes to the cashbox. This
// will continue to poll until the device is empty.
case CCommands.SMARTPayout.SSP_POLL_EMPTYING:
log.AppendText("Emptying\r\n");
break;
// This single poll response indicates that the payout device has finished emptying.
case CCommands.SMARTPayout.SSP_POLL_EMPTIED:
log.AppendText("Emptied\r\n");
UpdateData();
EnableValidator();
break;
// The payout device is in the process of SMART emptying all its stored notes to the cashbox, keeping
// a count of the notes emptied. This will continue to poll until the device is empty.
case CCommands.SMARTPayout.SSP_POLL_SMART_EMPTYING:
log.AppendText("SMART Emptying...\r\n");
i += (byte)((response[i + 1] * 7) + 1);
break;
// The payout device has finished SMART emptying, the information of what was emptied can now be displayed
// using the CASHBOX PAYOUT OPERATION DATA command.
case CCommands.SMARTPayout.SSP_POLL_SMART_EMPTIED:
log.AppendText("SMART Emptied, getting info...\r\n");
UpdateData();
GetCashboxPayoutOpData(log);
EnableValidator();
i += (byte)((response[i + 1] * 7) + 1);
break;
// The payout device has encountered a jam. This will not clear until the jam has been removed and the unit
// reset.
case CCommands.SMARTPayout.SSP_POLL_JAMMED:
log.AppendText("Unit jammed...\r\n");
i += (byte)((response[i + 1] * 7) + 1);
break;
// This is reported when the payout has been halted by a host command. This will report the value of
// currency dispensed upto the point it was halted.
case CCommands.SMARTPayout.SSP_POLL_HALTED:
log.AppendText("Halted...\r\n");
i += (byte)((response[i + 1] * 7) + 1);
break;
// This is reported when the payout was powered down during a payout operation. It reports the original amount
// requested and the amount paid out up to this point for each currency.
case CCommands.SMARTPayout.SSP_POLL_INCOMPLETE_PAYOUT:
log.AppendText("Incomplete payout\r\n");
i += (byte)((response[i + 1] * 11) + 1);
break;
// This is reported when the payout was powered down during a float operation. It reports the original amount
// requested and the amount paid out up to this point for each currency.
case CCommands.SMARTPayout.SSP_POLL_INCOMPLETE_FLOAT:
log.AppendText("Incomplete float\r\n");
i += (byte)((response[i + 1] * 11) + 1);
break;
// A note has been transferred from the payout unit to the stacker.
case CCommands.SMARTPayout.SSP_POLL_NOTE_TRANSFERRED_TO_STACKER:
log.AppendText("Note transferred to stacker\r\n");
i += 7;
break;
// A note is resting in the bezel waiting to be removed by the user.
case CCommands.SMARTPayout.SSP_POLL_NOTE_HELD_IN_BEZEL:
log.AppendText("Note in bezel...\r\n");
i += 7;
break;
// The payout has gone out of service, the host can attempt to re-enable the payout by sending the enable payout
// command.
case CCommands.SMARTPayout.SSP_POLL_PAYOUT_OUT_OF_SERVICE:
log.AppendText("Payout out of service...\r\n");
break;
// The unit has timed out while searching for a note to payout. It reports the value dispensed before the timeout
// event.
case CCommands.SMARTPayout.SSP_POLL_TIMEOUT:
log.AppendText("Timed out searching for a note\r\n");
i += (byte)((response[i + 1] * 7) + 1);
break;
default:
log.AppendText("Unsupported poll response received: " + (int)cmd.ResponseData[i] + "\r\n");
break;
}
}
return(true);
}
// This is a one off function that is called the first time the MainLoop()
// function runs, it just sets up a few of the UI elements that only need
// updating once.
private void SetupFormLayout()
{
// Get channel levels in hopper
tbCoinLevels.Text = Hopper.GetChannelLevelInfo();
// setup list of recyclable channel tick boxes based on OS type
System.OperatingSystem osInfo = System.Environment.OSVersion;
int x1 = 0, y1 = 0, x2 = 0, y2 = 0;
// XP, 2000, Server 2003
if (osInfo.Platform == PlatformID.Win32NT && osInfo.Version.Major == 5)
{
x1 = this.Location.X + 455;
y1 = this.Location.Y + 10;
x2 = this.Location.X + 780;
y2 = this.Location.Y + 10;
}
// Vista, 7
else if (osInfo.Platform == PlatformID.Win32NT && osInfo.Version.Major == 6)
{
x1 = this.Location.X + 458;
y1 = this.Location.Y + 12;
x2 = this.Location.X + 780;
y2 = this.Location.Y + 12;
}
GroupBox g1 = new GroupBox();
g1.Size = new Size(100, 380);
g1.Location = new Point(x1, y1);
g1.Text = "Hopper Recycling";
GroupBox g2 = new GroupBox();
g2.Size = new Size(100, 380);
g2.Location = new Point(x2, y2);
g2.Text = "Payout Recycling";
// Hopper checkboxes
for (int i = 1; i <= Hopper.NumberOfChannels; i++)
{
CheckBox c = new CheckBox();
c.Location = new Point(5, 20 + (i * 20));
c.Name = i.ToString();
c.Text = CHelpers.FormatToCurrency(Hopper.GetChannelValue(i)) + " " + new String(Hopper.GetChannelCurrency(i));
c.Checked = Hopper.IsChannelRecycling(i);
c.CheckedChanged += new EventHandler(recycleBoxHopper_CheckedChange);
g1.Controls.Add(c);
}
// Payout checkboxes
for (int i = 1; i <= Payout.NumberOfChannels; i++)
{
CheckBox c = new CheckBox();
c.Location = new Point(5, 20 + (i * 20));
c.Name = i.ToString();
ChannelData d = new ChannelData();
Payout.GetDataByChannel(i, ref d);
c.Text = CHelpers.FormatToCurrency(d.Value) + " " + new String(d.Currency);
c.Checked = d.Recycling;
c.CheckedChanged += new EventHandler(recycleBoxPayout_CheckedChange);
g2.Controls.Add(c);
}
Controls.Add(g1);
Controls.Add(g2);
}
// This function uses the setup request command to get all the information about the validator. It can optionally
// output to a specified textbox.
public void SetupRequest(TextBox outputBox = null)
{
// send setup request
m_cmd.CommandData[0] = CCommands.Generic.SSP_CMD_SETUP_REQUEST;
m_cmd.CommandDataLength = 1;
if (!SendCommand(outputBox) || !CheckGenericResponses(outputBox))
return;
// display setup request
// unit type
string displayString = "Unit Type: ";
int index = 1;
m_UnitType = (char)m_cmd.ResponseData[index++];
switch (m_UnitType)
{
case (char)0x00: displayString += "Validator"; break;
case (char)0x03: displayString += "SMART Hopper"; break;
case (char)0x06: displayString += "SMART Payout"; break;
case (char)0x07: displayString += "NV11"; break;
default: displayString += "Unknown Type"; break;
}
// firmware
displayString += "\r\nFirmware: ";
for (int i = index; i < index + 4; i++)
{
displayString += (char)m_cmd.ResponseData[i];
if (i == 3) displayString += ".";
}
index += 4;
// country code
// legacy code for old protocol versions, protocol 6+ allows each channel to have a currency
// for multi currency datasets
index += 3; // +3 to skip country code
// protocol version
m_ProtocolVersion = m_cmd.ResponseData[index++];
displayString += "\r\nProtocol Version: " + m_ProtocolVersion;
// number of coin values
m_NumberOfChannels = m_cmd.ResponseData[index++];
displayString += "\r\nNumber of Coin Values: " + m_NumberOfChannels;
// coin values
int[] channelValuesTemp = new int[m_NumberOfChannels + 1];
int counter = 1;
displayString += "\r\nCoin Values: ";
for (int i = index; i < index + (m_NumberOfChannels * 2) - 1; i += 2, counter++)
{
short x = BitConverter.ToInt16(m_cmd.ResponseData, i);
channelValuesTemp[counter] = x; // update array
displayString += " (" + x + ") ";
}
index += (m_NumberOfChannels * 2);
// country codes for values (protocol 6+ only)
char[] channelCurrencyTemp = new char[(m_NumberOfChannels + 1) * 3];
counter = 3;
displayString += "\r\nCoin Currencies: ";
for (int i = index; i < index + (3 * m_NumberOfChannels); i+=3)
{
channelCurrencyTemp[counter] = (char)m_cmd.ResponseData[i];
displayString += channelCurrencyTemp[counter++];
channelCurrencyTemp[counter] = (char)m_cmd.ResponseData[i+1];
displayString += channelCurrencyTemp[counter++];
channelCurrencyTemp[counter] = (char)m_cmd.ResponseData[i+2];
displayString += channelCurrencyTemp[counter++] + " ";
}
index += (3 * m_NumberOfChannels);
// create list entry for each channel
m_UnitDataList.Clear(); // clear old table
for (byte i = 1; i <= m_NumberOfChannels; i++)
{
ChannelData d = new ChannelData();
d.Channel = i;
d.Value = channelValuesTemp[i];
d.Currency[0] = channelCurrencyTemp[0 + (i * 3)];
d.Currency[1] = channelCurrencyTemp[1 + (i * 3)];
d.Currency[2] = channelCurrencyTemp[2 + (i * 3)];
d.Level = CheckCoinLevel(d.Value, d.Currency);
IsCoinRecycling(d.Value, d.Currency, ref d.Recycling);
m_UnitDataList.Add(d);
}
// Sort the list of data by the value.
m_UnitDataList.Sort(delegate(ChannelData d1, ChannelData d2) { return d1.Channel.CompareTo(d2.Channel); });
displayString += "\r\n\r\n";
if (outputBox != null) outputBox.AppendText(displayString);
}
// This function uses the setup request command to get all the information about the validator.
public void SetupRequest(TextBox log = null)
{
// send setup request
cmd.CommandData[0] = CCommands.Generic.SSP_CMD_SETUP_REQUEST;
cmd.CommandDataLength = 1;
if (!SendCommand(log) || !CheckGenericResponses(log))
return;
// display setup request
string displayString = "Unit Type: ";
int index = 1;
// unit type (table 0-1)
m_UnitType = (char)cmd.ResponseData[index++];
switch (m_UnitType)
{
case (char)0x00: displayString += "Validator"; break;
case (char)0x03: displayString += "SMART Hopper"; break;
case (char)0x06: displayString += "SMART Payout"; break;
case (char)0x07: displayString += "NV11"; break;
default: displayString += "Unknown Type"; break;
}
displayString += "\r\nFirmware: ";
// firmware (table 2-5)
while (index <= 5)
{
displayString += (char)cmd.ResponseData[index++];
if (index == 4)
displayString += ".";
}
// country code (table 6-8)
// this is legacy code, in protocol version 6+ each channel has a seperate currency
index = 9; // to skip country code
// value multiplier (table 9-11)
// also legacy code, a real value multiplier appears later in the response
index = 12; // to skip value multiplier
displayString += "\r\nNumber of Channels: ";
int numChannels = cmd.ResponseData[index++];
m_NumberOfChannels = numChannels;
displayString += numChannels + "\r\n";
// channel values (table 13 to 13+n)
// the channel values located here in the table are legacy, protocol 6+ provides a set of expanded
// channel values.
index = 13 + m_NumberOfChannels; // Skip channel values
// channel security (table 13+n to 13+(n*2))
// channel security values are also legacy code
index = 13 + (m_NumberOfChannels * 2); // Skip channel security
displayString += "Real Value Multiplier: ";
// real value multiplier (table 13+(n*2) to 15+(n*2))
// (big endian)
m_ValueMultiplier = cmd.ResponseData[index + 2];
m_ValueMultiplier += cmd.ResponseData[index + 1] << 8;
m_ValueMultiplier += cmd.ResponseData[index] << 16;
displayString += m_ValueMultiplier + "\r\nProtocol Version: ";
index += 3;
// protocol version (table 16+(n*2))
index = 16 + (m_NumberOfChannels * 2);
int protocol = cmd.ResponseData[index++];
displayString += protocol + "\r\n";
// protocol 6+ only
// channel currency country code (table 17+(n*2) to 17+(n*5))
index = 17 + (m_NumberOfChannels * 2);
int sectionEnd = 17 + (m_NumberOfChannels * 5);
int count = 0;
byte[] channelCurrencyTemp = new byte[3 * m_NumberOfChannels];
while (index < sectionEnd)
{
displayString += "Channel " + ((count / 3) + 1) + ", currency: ";
channelCurrencyTemp[count] = cmd.ResponseData[index++];
displayString += (char)channelCurrencyTemp[count++];
channelCurrencyTemp[count] = cmd.ResponseData[index++];
displayString += (char)channelCurrencyTemp[count++];
channelCurrencyTemp[count] = cmd.ResponseData[index++];
displayString += (char)channelCurrencyTemp[count++];
displayString += "\r\n";
}
// expanded channel values (table 17+(n*5) to 17+(n*9))
index = sectionEnd;
displayString += "Expanded channel values:\r\n";
sectionEnd = 17 + (m_NumberOfChannels * 9);
int n = 0;
count = 0;
int[] channelValuesTemp = new int[m_NumberOfChannels];
while (index < sectionEnd)
{
n = CHelpers.ConvertBytesToInt32(cmd.ResponseData, index);
channelValuesTemp[count] = n;
index += 4;
displayString += "Channel " + ++count + ", value = " + n + "\r\n";
}
// Create list entry for each channel
m_UnitDataList.Clear(); // clear old table
for (byte i = 0; i < m_NumberOfChannels; i++)
{
ChannelData d = new ChannelData();
d.Channel = i;
d.Channel++;
d.Value = channelValuesTemp[i] * Multiplier;
d.Currency[0] = (char)channelCurrencyTemp[0 + (i * 3)];
d.Currency[1] = (char)channelCurrencyTemp[1 + (i * 3)];
d.Currency[2] = (char)channelCurrencyTemp[2 + (i * 3)];
d.Level = CheckNoteLevel(d.Value, d.Currency, log);
bool b = false;
IsNoteRecycling(d.Value, d.Currency, ref b, log);
d.Recycling = b;
m_UnitDataList.Add(d);
}
// Sort the list of data by the channel.
m_UnitDataList.Sort(delegate(ChannelData d1, ChannelData d2) { return d1.Channel.CompareTo(d2.Channel); });
if (log != null)
log.AppendText(displayString);
}
// This allows the caller to access all the data stored with a channel. An empty ChannelData struct is passed
// over which gets filled with info.
public void GetDataByChannel(int channel, ref ChannelData d)
{
// Iterate through each
foreach (ChannelData dList in m_UnitDataList)
{
if (dList.Channel == channel) // Compare channel
{
d = dList; // Copy data from list to param
break;
}
}
}
// The poll function is called repeatedly to poll to validator for information, it returns as
// a response in the command structure what events are currently happening.
public bool DoPoll(TextBox log)
{
byte i;
//send poll
cmd.CommandData[0] = CCommands.Generic.SSP_CMD_POLL;
cmd.CommandDataLength = 1;
if (!SendCommand(log))
return false;
if (cmd.ResponseData[0] == 0xFA)
return false;
// store response locally so data can't get corrupted by other use of the cmd variable
byte[] response = new byte[255];
cmd.ResponseData.CopyTo(response, 0);
byte responseLength = cmd.ResponseDataLength;
//parse poll response
ChannelData data = new ChannelData();
for (i = 1; i < responseLength; ++i)
{
switch (response[i])
{
// This response indicates that the unit was reset and this is the first time a poll
// has been called since the reset.
case CCommands.SMARTPayout.SSP_POLL_RESET:
log.AppendText("Unit reset\r\n");
UpdateData();
break;
// This response indicates the unit is disabled.
case CCommands.SMARTPayout.SSP_POLL_DISABLED:
log.AppendText("Unit disabled...\r\n");
break;
// A note is currently being read by the validator sensors. The second byte of this response
// is zero until the note's type has been determined, it then changes to the channel of the
// scanned note.
case CCommands.SMARTPayout.SSP_POLL_NOTE_READ:
if (cmd.ResponseData[i + 1] > 0)
{
GetDataByChannel(response[i + 1], ref data);
log.AppendText("Note in escrow, amount: " + CHelpers.FormatToCurrency(data.Value) + "\r\n");
}
else
log.AppendText("Reading note\r\n");
i++;
break;
// A credit event has been detected, this is when the validator has accepted a note as legal currency.
case CCommands.SMARTPayout.SSP_POLL_CREDIT:
GetDataByChannel(response[i + 1], ref data);
log.AppendText("Credit " + CHelpers.FormatToCurrency(data.Value) + "\r\n");
UpdateData();
i++;
break;
// A note is being rejected from the validator. This will carry on polling while the note is in transit.
case CCommands.SMARTPayout.SSP_POLL_REJECTING:
log.AppendText("Rejecting note\r\n");
break;
// A note has been rejected from the validator, the note will be resting in the bezel. This response only
// appears once.
case CCommands.SMARTPayout.SSP_POLL_REJECTED:
log.AppendText("Note rejected\r\n");
QueryRejection(log);
break;
// A note is in transit to the cashbox.
case CCommands.SMARTPayout.SSP_POLL_STACKING:
log.AppendText("Stacking note\r\n");
break;
// The payout device is 'floating' a specified amount of notes. It will transfer some to the cashbox and
// leave the specified amount in the payout device.
case CCommands.SMARTPayout.SSP_POLL_FLOATING:
log.AppendText("Floating notes\r\n");
// Now the index needs to be moved on to skip over the data provided by this response so it
// is not parsed as a normal poll response.
// In this response, the data includes the number of countries being floated (1 byte), then a 4 byte value
// and 3 byte currency code for each country.
i += (byte)((response[i + 1] * 7) + 1);
break;
// A note has reached the cashbox.
case CCommands.SMARTPayout.SSP_POLL_STACKED:
log.AppendText("Note stacked\r\n");
break;
// The float operation has been completed.
case CCommands.SMARTPayout.SSP_POLL_FLOATED:
log.AppendText("Completed floating\r\n");
UpdateData();
EnableValidator();
i += (byte)((response[i + 1] * 7) + 1);
break;
// A note has been stored in the payout device to be paid out instead of going into the cashbox.
case CCommands.SMARTPayout.SSP_POLL_NOTE_STORED:
log.AppendText("Note stored\r\n");
UpdateData();
break;
// A safe jam has been detected. This is where the user has inserted a note and the note
// is jammed somewhere that the user cannot reach.
case CCommands.SMARTPayout.SSP_POLL_SAFE_JAM:
log.AppendText("Safe jam\r\n");
break;
// An unsafe jam has been detected. This is where a user has inserted a note and the note
// is jammed somewhere that the user can potentially recover the note from.
case CCommands.SMARTPayout.SSP_POLL_UNSAFE_JAM:
log.AppendText("Unsafe jam\r\n");
break;
// An error has been detected by the payout unit.
case CCommands.SMARTPayout.SSP_POLL_PAYOUT_ERROR: // Note: Will be reported only when Protocol version >= 7
log.AppendText("Detected error with payout device\r\n");
i += (byte)((response[i + 1] * 7) + 2);
break;
// A fraud attempt has been detected.
case CCommands.SMARTPayout.SSP_POLL_FRAUD_ATTEMPT:
log.AppendText("Fraud attempt\r\n");
i += (byte)((response[i + 1] * 7) + 1);
break;
// The stacker (cashbox) is full.
case CCommands.SMARTPayout.SSP_POLL_STACKER_FULL:
log.AppendText("Stacker full\r\n");
break;
// A note was detected somewhere inside the validator on startup and was rejected from the front of the
// unit.
case CCommands.SMARTPayout.SSP_POLL_NOTE_CLEARED_FROM_FRONT:
log.AppendText("Note cleared from front of validator\r\n");
i++;
break;
// A note was detected somewhere inside the validator on startup and was cleared into the cashbox.
case CCommands.SMARTPayout.SSP_POLL_NOTE_CLEARED_TO_CASHBOX:
log.AppendText("Note cleared to cashbox\r\n");
i++;
break;
// A note has been detected in the validator on startup and moved to the payout device
case CCommands.SMARTPayout.SSP_POLL_NOTE_PAID_INTO_STORE_ON_POWERUP:
log.AppendText("Note paid into payout device on startup\r\n");
i += 7;
break;
// A note has been detected in the validator on startup and moved to the cashbox
case CCommands.SMARTPayout.SSP_POLL_NOTE_PAID_INTO_STACKER_ON_POWERUP:
log.AppendText("Note paid into cashbox on startup\r\n");
i += 7;
break;
// The cashbox has been removed from the unit. This will continue to poll until the cashbox is replaced.
case CCommands.SMARTPayout.SSP_POLL_CASHBOX_REMOVED:
log.AppendText("Cashbox removed\r\n");
break;
// The cashbox has been replaced, this will only display on a poll once.
case CCommands.SMARTPayout.SSP_POLL_CASHBOX_REPLACED:
log.AppendText("Cashbox replaced\r\n");
break;
// The validator is in the process of paying out a note, this will continue to poll until the note has
// been fully dispensed and removed from the front of the validator by the user.
case CCommands.SMARTPayout.SSP_POLL_NOTE_DISPENSING:
log.AppendText("Dispensing note(s)\r\n");
i += (byte)((response[i + 1] * 7) + 1);
break;
// The note has been dispensed and removed from the bezel by the user.
case CCommands.SMARTPayout.SSP_POLL_NOTE_DISPENSED:
log.AppendText("Dispensed note(s)\r\n");
UpdateData();
EnableValidator();
i += (byte)((response[i + 1] * 7) + 1);
break;
// The payout device is in the process of emptying all its stored notes to the cashbox. This
// will continue to poll until the device is empty.
case CCommands.SMARTPayout.SSP_POLL_EMPTYING:
log.AppendText("Emptying\r\n");
break;
// This single poll response indicates that the payout device has finished emptying.
case CCommands.SMARTPayout.SSP_POLL_EMPTIED:
log.AppendText("Emptied\r\n");
UpdateData();
EnableValidator();
break;
// The payout device is in the process of SMART emptying all its stored notes to the cashbox, keeping
// a count of the notes emptied. This will continue to poll until the device is empty.
case CCommands.SMARTPayout.SSP_POLL_SMART_EMPTYING:
log.AppendText("SMART Emptying...\r\n");
i += (byte)((response[i + 1] * 7) + 1);
break;
// The payout device has finished SMART emptying, the information of what was emptied can now be displayed
// using the CASHBOX PAYOUT OPERATION DATA command.
case CCommands.SMARTPayout.SSP_POLL_SMART_EMPTIED:
log.AppendText("SMART Emptied, getting info...\r\n");
UpdateData();
GetCashboxPayoutOpData(log);
EnableValidator();
i += (byte)((response[i + 1] * 7) + 1);
break;
// The payout device has encountered a jam. This will not clear until the jam has been removed and the unit
// reset.
case CCommands.SMARTPayout.SSP_POLL_JAMMED:
log.AppendText("Unit jammed...\r\n");
i += (byte)((response[i + 1] * 7) + 1);
break;
// This is reported when the payout has been halted by a host command. This will report the value of
// currency dispensed upto the point it was halted.
case CCommands.SMARTPayout.SSP_POLL_HALTED:
log.AppendText("Halted...\r\n");
i += (byte)((response[i + 1] * 7) + 1);
break;
// This is reported when the payout was powered down during a payout operation. It reports the original amount
// requested and the amount paid out up to this point for each currency.
case CCommands.SMARTPayout.SSP_POLL_INCOMPLETE_PAYOUT:
log.AppendText("Incomplete payout\r\n");
i += (byte)((response[i + 1] * 11) + 1);
break;
// This is reported when the payout was powered down during a float operation. It reports the original amount
// requested and the amount paid out up to this point for each currency.
case CCommands.SMARTPayout.SSP_POLL_INCOMPLETE_FLOAT:
log.AppendText("Incomplete float\r\n");
i += (byte)((response[i + 1] * 11) + 1);
break;
// A note has been transferred from the payout unit to the stacker.
case CCommands.SMARTPayout.SSP_POLL_NOTE_TRANSFERRED_TO_STACKER:
log.AppendText("Note transferred to stacker\r\n");
i += 7;
break;
// A note is resting in the bezel waiting to be removed by the user.
case CCommands.SMARTPayout.SSP_POLL_NOTE_HELD_IN_BEZEL:
log.AppendText("Note in bezel...\r\n");
i += 7;
break;
// The payout has gone out of service, the host can attempt to re-enable the payout by sending the enable payout
// command.
case CCommands.SMARTPayout.SSP_POLL_PAYOUT_OUT_OF_SERVICE:
log.AppendText("Payout out of service...\r\n");
break;
// The unit has timed out while searching for a note to payout. It reports the value dispensed before the timeout
// event.
case CCommands.SMARTPayout.SSP_POLL_TIMEOUT:
log.AppendText("Timed out searching for a note\r\n");
i += (byte)((response[i + 1] * 7) + 1);
break;
default:
log.AppendText("Unsupported poll response received: " + (int)cmd.ResponseData[i] + "\r\n");
break;
}
}
return true;
}
// This function uses the setup request command to get all the information about the validator. It can optionally
// output to a specified textbox.
public void SetupRequest(TextBox outputBox = null)
{
// send setup request
m_cmd.CommandData[0] = CCommands.Generic.SSP_CMD_SETUP_REQUEST;
m_cmd.CommandDataLength = 1;
if (!SendCommand(outputBox))
{
return;
}
// display setup request
// unit type
string displayString = "Unit Type: ";
int index = 1;
m_UnitType = (char)m_cmd.ResponseData[index++];
switch (m_UnitType)
{
case (char)0x00: displayString += "Validator"; break;
case (char)0x03: displayString += "SMART Hopper"; break;
case (char)0x06: displayString += "SMART Payout"; break;
case (char)0x07: displayString += "NV11"; break;
default: displayString += "Unknown Type"; break;
}
// firmware
displayString += "\r\nFirmware: ";
for (int i = index; i < index + 4; i++)
{
displayString += (char)m_cmd.ResponseData[i];
if (i == 3)
{
displayString += ".";
}
}
index += 4;
// country code
// legacy code for old protocol versions, protocol 6+ allows each channel to have a currency
// for multi currency datasets
index += 3; // +3 to skip country code
// protocol version
m_ProtocolVersion = m_cmd.ResponseData[index++];
displayString += "\r\nProtocol Version: " + m_ProtocolVersion;
// number of coin values
m_NumberOfChannels = m_cmd.ResponseData[index++];
displayString += "\r\nNumber of Coin Values: " + m_NumberOfChannels;
// coin values
int[] channelValuesTemp = new int[m_NumberOfChannels + 1];
int counter = 1;
displayString += "\r\nCoin Values: ";
for (int i = index; i < index + (m_NumberOfChannels * 2) - 1; i += 2, counter++)
{
short x = BitConverter.ToInt16(m_cmd.ResponseData, i);
channelValuesTemp[counter] = x; // update array
displayString += " (" + x + ") ";
}
index += (m_NumberOfChannels * 2);
// country codes for values (protocol 6+ only)
char[] channelCurrencyTemp = new char[(m_NumberOfChannels + 1) * 3];
counter = 3;
displayString += "\r\nCoin Currencies: ";
for (int i = index; i < index + (3 * m_NumberOfChannels); i += 3)
{
channelCurrencyTemp[counter] = (char)m_cmd.ResponseData[i];
displayString += channelCurrencyTemp[counter++];
channelCurrencyTemp[counter] = (char)m_cmd.ResponseData[i + 1];
displayString += channelCurrencyTemp[counter++];
channelCurrencyTemp[counter] = (char)m_cmd.ResponseData[i + 2];
displayString += channelCurrencyTemp[counter++] + " ";
}
index += (3 * m_NumberOfChannels);
// create list entry for each channel
m_UnitDataList.Clear(); // clear old table
for (byte i = 1; i <= m_NumberOfChannels; i++)
{
ChannelData d = new ChannelData();
d.Channel = i;
d.Value = channelValuesTemp[i];
d.Currency[0] = channelCurrencyTemp[0 + (i * 3)];
d.Currency[1] = channelCurrencyTemp[1 + (i * 3)];
d.Currency[2] = channelCurrencyTemp[2 + (i * 3)];
d.Level = CheckCoinLevel(d.Value, d.Currency);
IsCoinRecycling(d.Value, d.Currency, ref d.Recycling);
m_UnitDataList.Add(d);
}
// Sort the list of data by the value.
m_UnitDataList.Sort(delegate(ChannelData d1, ChannelData d2) { return(d1.Value.CompareTo(d2.Value)); });
displayString += "\r\n\r\n";
if (outputBox != null)
{
outputBox.AppendText(displayString);
}
}
// This function shows a simple example of calculating a payout split between the SMART Payout and the
// SMART Hopper. It works on a highest value split, first the notes are looked at, then any remainder
// that can't be paid out with a note is paid from the SMART Hopper.
private void CalculatePayout(string amount, char[] currency)
{
float payoutAmount;
try
{
// Parse it to a number
payoutAmount = float.Parse(amount) * 100;
}
catch (Exception ex)
{
MessageBox.Show(ex.Message);
return;
}
int payoutList = 0;
// Obtain the list of sorted channels from the SMART Payout, this is sorted by channel value
// - lowest first
List <ChannelData> reverseList = new List <ChannelData>(Payout.UnitDataList);
reverseList.Reverse(); // Reverse the list so the highest value is first
// Iterate through each
foreach (ChannelData d in reverseList)
{
ChannelData temp = d; // Don't overwrite real values
// Keep testing to see whether we need to payout this note or the next note
while (true)
{
// If the amount to payout is greater than the value of the current note and there is
// some of that note available and it is the correct currency
if (payoutAmount >= temp.Value && temp.Level > 0 && String.Equals(new String(temp.Currency), new String(currency)))
{
payoutList += temp.Value; // Add to the list of notes to payout from the SMART Payout
payoutAmount -= temp.Value; // Minus from the total payout amount
temp.Level--; // Take one from the level
}
else
{
break; // Don't need any more of this note
}
}
}
// Test the proposed payout values
if (payoutList > 0)
{
// First test SP
Payout.PayoutAmount(payoutList, currency, true);
if (Payout.CommandStructure.ResponseData[0] != 0xF0)
{
DialogResult res =
MessageBox.Show("Smart Payout unable to pay requested amount, attempt to pay all from Hopper?",
"Error with Payout", MessageBoxButtons.YesNo);
if (res == System.Windows.Forms.DialogResult.No)
{
return;
}
else
{
payoutAmount += payoutList;
}
}
// SP is ok to pay
Payout.PayoutAmount(payoutList, currency, false, textBox1);
}
// Now if there is any left over, request from Hopper
if (payoutAmount > 0)
{
// Test Hopper first
Hopper.PayoutAmount((int)payoutAmount, currency, true);
if (Hopper.CommandStructure.ResponseData[0] != 0xF0)
{
MessageBox.Show("Unable to pay requested amount!");
return;
}
// Hopper is ok to pay
Hopper.PayoutAmount((int)payoutAmount, currency, false, textBox1);
}
}