/// <summary>
/// restore scan button mapping to point to named event 1
/// </summary>
public static void restoreKey()
{
ITC_KEYBOARD.CUSBkeys _cusb = new ITC_KEYBOARD.CUSBkeys();
ITC_KEYBOARD.CUSBkeys.usbKeyStruct _usbKey = new CUSBkeys.usbKeyStruct();
int iIdx = _cusb.getKeyStruct(0, CUsbKeyTypes.HWkeys.SCAN_Button_KeyLang1, ref _usbKey);
//change the scan button back to the original events
if (iIdx != -1)
{
_usbKey = _OldUsbKey; //use saved var for restore
addLog("scanbutton key index is " + iIdx.ToString());
//_usbKey.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
//_usbKey.bFlagMid = CUsbKeyTypes.usbFlagsMid.NOOP;
//_usbKey.bFlagLow = CUsbKeyTypes.usbFlagsLow.NormalKey;
_usbKey.bIntScan = 1;
for (int iPlane = 0; iPlane < _cusb.getNumPlanes(); iPlane++)
{
addLog("using plane: " + iPlane.ToString());
if (_cusb.setKey(iPlane, _usbKey.bScanKey, _usbKey) == 0) //changed "setKey(0," to "setKey(i,"
addLog("setKey for scanbutton key OK");
else
addLog("setKey for scanbutton key failed");
}
_cusb.writeKeyTables();
mapAllSide2NOOP();
}
else
{
addLog("Could not get index for scanbutton key");
}
}
/// <summary>
/// restore scan button mapping to point to named event 1
/// </summary>
void restoreKey()
{
ITC_KEYBOARD.CUSBkeys _cusb = new ITC_KEYBOARD.CUSBkeys();
ITC_KEYBOARD.CUSBkeys.usbKeyStruct _usbKey = new CUSBkeys.usbKeyStruct();
int iIdx = _cusb.getKeyStruct(0, CUsbKeyTypes.HWkeys.SCAN_Button_KeyLang1, ref _usbKey);
//change the scan button back to the original events
if (iIdx != -1)
{
_usbKey = _OldUsbKey; //save for later restore
addLog("scanbutton key index is " + iIdx.ToString());
//_usbKey.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
//_usbKey.bFlagMid = CUsbKeyTypes.usbFlagsMid.NOOP;
//_usbKey.bFlagLow = CUsbKeyTypes.usbFlagsLow.NormalKey;
_usbKey.bIntScan = 1;
for (int i = 0; i < _cusb.getNumPlanes(); i++)
{
addLog("using plane: " + i.ToString());
if (_cusb.setKey(0, _usbKey.bScanKey, _usbKey) == 0)
{
addLog("setKey for scanbutton key OK");
}
else
{
addLog("setKey for scanbutton key failed");
}
}
_cusb.writeKeyTables();
}
else
{
addLog("Could not get index for scanbutton key");
}
}
/// <summary>
/// change the event names of scanbutton to StateLeftScan1 and DeltaLeftScan1
/// </summary>
void mapScan2Enter()
{
ITC_KEYBOARD.CUSBkeys _cusb = new ITC_KEYBOARD.CUSBkeys();
ITC_KEYBOARD.CUSBkeys.usbKeyStruct _usbKey = new CUSBkeys.usbKeyStruct();
//get the index of the ENTER button and load keystruct
ITC_KEYBOARD.CUSBkeys.usbKeyStruct _usbKeyENTER = new CUSBkeys.usbKeyStruct();
int iIdxEnter = _cusb.getKeyStruct(0, CUsbKeyTypes.HWkeys.Return, ref _usbKeyENTER);
if (iIdxEnter != -1)
{ //we found the index
addLog("ENTER key index is " + iIdxEnter.ToString());
dumpKey(_usbKeyENTER);
// 07,28,00,00,00,5A 'Return' 'Return'
}
//get the index of the scan button
int iIdx = _cusb.getKeyStruct(0, CUsbKeyTypes.HWkeys.SCAN_Button_KeyLang1, ref _usbKey);
//change the scan button to fire an ENTER
if (iIdx != -1)
{
_iScanButtonIndex = iIdx; //save for later use
_OldUsbKey = _usbKey; //save for later restore
addLog("scanbutton key index is " + iIdx.ToString());
dumpKey(_usbKey);
//_usbKey.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
//_usbKey.bFlagMid = CUsbKeyTypes.usbFlagsMid.NOOP;
//_usbKey.bFlagLow = CUsbKeyTypes.usbFlagsLow.NormalKey;
//_usbKey.bIntScan = 5; //change EventIndex to 5
//change to a normal key with ENTER as
_usbKey.bScanKey = CUsbKeyTypes.HWkeys.SCAN_Button_KeyLang1;
_usbKey.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
_usbKey.bFlagMid = CUsbKeyTypes.usbFlagsMid.Silent | CUsbKeyTypes.usbFlagsMid.NoRepeat;
_usbKey.bFlagLow = CUsbKeyTypes.usbFlagsLow.NormalKey;
_usbKey.bIntScan = 0x5A;// _usbKeyENTER.bIntScan;
addLog("_usbKey after change to ENTER:");
dumpKey(_usbKey);
for (int i = 0; i < _cusb.getNumPlanes(); i++)
{
addLog("using plane: " + i.ToString());
if (_cusb.setKey(0, _usbKey.bScanKey, _usbKey) == 0)
{
addLog("setKey for scanbutton key OK");
}
else
{
addLog("setKey for scanbutton key failed");
}
}
_cusb.writeKeyTables();
}
else
{
addLog("Could not get index for scanbutton key");
}
}
/// <summary>
/// change the event names of scanbutton to StateLeftScan1 and DeltaLeftScan1
/// will also map all side buttons to scan
/// </summary>
public static void mapKey()
{
ITC_KEYBOARD.CUSBkeys _cusb = new ITC_KEYBOARD.CUSBkeys();
ITC_KEYBOARD.CUSBkeys.usbKeyStruct _usbKey = new CUSBkeys.usbKeyStruct();
//although we read the scan button setting here, we 'adjust' need to adjust it
int iIdx = _cusb.getKeyStruct(0, CUsbKeyTypes.HWkeys.SCAN_Button_KeyLang1, ref _usbKey);
//add two new events
string sReg = ITC_KEYBOARD.CUSBkeys.getRegLocation();
Microsoft.Win32.RegistryKey reg = Microsoft.Win32.Registry.LocalMachine.OpenSubKey(sReg + "\\Events\\State", true);
reg.SetValue("Event5", "StateLeftScan1");
reg = Microsoft.Win32.Registry.LocalMachine.OpenSubKey(sReg + "\\Events\\Delta", true);
reg.SetValue("Event5", "DeltaLeftScan1");
//change the scan button to fire these events
if (iIdx != -1)
{
_OldUsbKey = _usbKey; //save for later restore
//adjust the saved scan button:
_OldUsbKey.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
_OldUsbKey.bFlagMid = CUsbKeyTypes.usbFlagsMid.NoRepeat | CUsbKeyTypes.usbFlagsMid.Silent;
_OldUsbKey.bFlagLow = CUsbKeyTypes.usbFlagsLow.NamedEventIndex;
_OldUsbKey.bIntScan = 1;
addLog("scanbutton key index is " + iIdx.ToString());
//make a standard scan button
_usbKey.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
_usbKey.bFlagMid = CUsbKeyTypes.usbFlagsMid.NoRepeat | CUsbKeyTypes.usbFlagsMid.Silent;
_usbKey.bFlagLow = CUsbKeyTypes.usbFlagsLow.NamedEventIndex;
_usbKey.bIntScan = 5; //let it point to our named Events
for (int i = 0; i < _cusb.getNumPlanes(); i++)
{
addLog("using plane: " + i.ToString());
if (_cusb.setKey(0, _usbKey.bScanKey, _usbKey) == 0)
{
addLog("setKey for scanbutton key OK");
}
else
{
addLog("setKey for scanbutton key failed");
}
}
_cusb.writeKeyTables();
_cusb = null;
mapAllSide2SCAN();
}
else
{
addLog("Could not get index for scanbutton key");
}
}
/// <summary>
/// just to debug, a function to dump a key struct
/// </summary>
/// <param name="cusb"></param>
static void dumpKey(CUSBkeys.usbKeyStruct cusb)
{
addLog(string.Format(
"Key struct is \n\tscankey={0}\n\tIntScan={1}\n\tflagHigh={2}\n\tflagMid={3}\n\tflagLow={4}",
cusb.bScanKey.ToString(),
cusb.bIntScan.ToString(),
cusb.bFlagHigh.ToString(),
cusb.bFlagMid.ToString(),
cusb.bFlagLow.ToString()
)
);
}
/// <summary>
/// change the event names of scanbutton to StateLeftScan1 and DeltaLeftScan1
/// </summary>
void mapScan2Enter()
{
ITC_KEYBOARD.CUSBkeys _cusb = new ITC_KEYBOARD.CUSBkeys();
ITC_KEYBOARD.CUSBkeys.usbKeyStruct _usbKey = new CUSBkeys.usbKeyStruct();
//get the index of the ENTER button and load keystruct
ITC_KEYBOARD.CUSBkeys.usbKeyStruct _usbKeyENTER = new CUSBkeys.usbKeyStruct();
int iIdxEnter = _cusb.getKeyStruct(0, CUsbKeyTypes.HWkeys.Return, ref _usbKeyENTER);
if (iIdxEnter != -1)
{ //we found the index
addLog("ENTER key index is " + iIdxEnter.ToString());
dumpKey(_usbKeyENTER);
// 07,28,00,00,00,5A 'Return' 'Return'
}
//get the index of the scan button
int iIdx = _cusb.getKeyStruct(0, CUsbKeyTypes.HWkeys.SCAN_Button_KeyLang1, ref _usbKey);
//change the scan button to fire an ENTER
if (iIdx != -1)
{
_iScanButtonIndex = iIdx; //save for later use
_OldUsbKey = _usbKey; //save for later restore
addLog("scanbutton key index is " + iIdx.ToString());
dumpKey(_usbKey);
//_usbKey.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
//_usbKey.bFlagMid = CUsbKeyTypes.usbFlagsMid.NOOP;
//_usbKey.bFlagLow = CUsbKeyTypes.usbFlagsLow.NormalKey;
//_usbKey.bIntScan = 5; //change EventIndex to 5
//change to a normal key with ENTER as
_usbKey.bScanKey = CUsbKeyTypes.HWkeys.SCAN_Button_KeyLang1;
_usbKey.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
_usbKey.bFlagMid = CUsbKeyTypes.usbFlagsMid.Silent | CUsbKeyTypes.usbFlagsMid.NoRepeat;
_usbKey.bFlagLow = CUsbKeyTypes.usbFlagsLow.NormalKey;
_usbKey.bIntScan = 0x5A;// _usbKeyENTER.bIntScan;
addLog("_usbKey after change to ENTER:");
dumpKey(_usbKey);
for (int i = 0; i < _cusb.getNumPlanes(); i++)
{
addLog("using plane: " + i.ToString());
if (_cusb.setKey(0, _usbKey.bScanKey, _usbKey) == 0)
addLog("setKey for scanbutton key OK");
else
addLog("setKey for scanbutton key failed");
}
_cusb.writeKeyTables();
}
else
{
addLog("Could not get index for scanbutton key");
}
}
/// <summary>
/// change the event names of scanbutton to StateLeftScan1 and DeltaLeftScan1
/// </summary>
public static void mapKey()
{
ITC_KEYBOARD.CUSBkeys _cusb = new ITC_KEYBOARD.CUSBkeys();
ITC_KEYBOARD.CUSBkeys.usbKeyStruct _usbKey = new CUSBkeys.usbKeyStruct();
//although we read the scan button setting here, we 'adjust' need to adjust it
int iIdx = _cusb.getKeyStruct(0, CUsbKeyTypes.HWkeys.SCAN_Button_KeyLang1, ref _usbKey);
//add two new events
string sReg = ITC_KEYBOARD.CUSBkeys.getRegLocation();
Microsoft.Win32.RegistryKey reg = Microsoft.Win32.Registry.LocalMachine.OpenSubKey(sReg + "\\Events\\State", true);
reg.SetValue("Event5", "StateLeftScan1");
reg = Microsoft.Win32.Registry.LocalMachine.OpenSubKey(sReg + "\\Events\\Delta", true);
reg.SetValue("Event5", "DeltaLeftScan1");
//change the scan button to fire these events
if (iIdx != -1)
{
_OldUsbKey = _usbKey; //save for later restore
//adjust the saved scan button:
_OldUsbKey.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
_OldUsbKey.bFlagMid = CUsbKeyTypes.usbFlagsMid.NoRepeat | CUsbKeyTypes.usbFlagsMid.Silent;
_OldUsbKey.bFlagLow = CUsbKeyTypes.usbFlagsLow.NamedEventIndex;
_OldUsbKey.bIntScan = 1;
addLog("scanbutton key index is " + iIdx.ToString());
//make a standard scan button
_usbKey.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
_usbKey.bFlagMid = CUsbKeyTypes.usbFlagsMid.NoRepeat | CUsbKeyTypes.usbFlagsMid.Silent;
_usbKey.bFlagLow = CUsbKeyTypes.usbFlagsLow.NamedEventIndex;
_usbKey.bIntScan = 5; //let it point to our named Events
for (int i = 0; i < _cusb.getNumPlanes(); i++)
{
addLog("using plane: " + i.ToString());
if (_cusb.setKey(0, _usbKey.bScanKey, _usbKey) == 0)
addLog("setKey for scanbutton key OK");
else
addLog("setKey for scanbutton key failed");
}
_cusb.writeKeyTables();
_cusb = null;
mapAllSide2SCAN();
}
else
{
addLog("Could not get index for scanbutton key");
}
}
private static void mapAllSide2NOOP()
{
//init the class
ITC_KEYBOARD.CUSBkeys _cusbKeys = new ITC_KEYBOARD.CUSBkeys();
//struct to hold key definition
CUSBkeys.usbKeyStruct usbKey = new CUSBkeys.usbKeyStruct();
//NORMAL Plane = 0x00
//orange plane = 0x01
//green/aqua plane = 0x02
int iCount = _cusbKeys.getNumPlanes();
for (int iPlane = 0; iPlane < iCount; iPlane++) //do for all planes
{
//remap F6 to NOOP
//new use: _cusbKeys.getKeyStruct(iPlane, HardwareKeys.CK70Keys.ITC_Standard_UpperRight_Btn, ref usbKey);
_cusbKeys.getKeyStruct(iPlane, ITC_KEYBOARD.CUsbKeyTypes.HWkeys.F6_VOL_UP, ref usbKey);
usbKey.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
usbKey.bFlagMid = CUsbKeyTypes.usbFlagsMid.NOOP;
usbKey.bFlagLow = CUsbKeyTypes.usbFlagsLow.NormalKey;
_cusbKeys.setKey(iPlane, CUsbKeyTypes.HWkeys.F6_VOL_UP, usbKey);
// F7
_cusbKeys.getKeyStruct(iPlane, ITC_KEYBOARD.CUsbKeyTypes.HWkeys.F7_VOL_DN, ref usbKey);
usbKey.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
usbKey.bFlagMid = CUsbKeyTypes.usbFlagsMid.NOOP;
usbKey.bFlagLow = CUsbKeyTypes.usbFlagsLow.NormalKey;
_cusbKeys.setKey(iPlane, CUsbKeyTypes.HWkeys.F7_VOL_DN, usbKey);
//Side Scan button: dec145, 0x91
_cusbKeys.getKeyStruct(iPlane, 0x91, ref usbKey);
usbKey.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
usbKey.bFlagMid = CUsbKeyTypes.usbFlagsMid.NOOP;
usbKey.bFlagLow = CUsbKeyTypes.usbFlagsLow.NormalKey;
_cusbKeys.setKey(iPlane, 0x91, usbKey);
//APP key: dec67, 0x43
_cusbKeys.getKeyStruct(iPlane, 0x43, ref usbKey);
usbKey.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
usbKey.bFlagMid = CUsbKeyTypes.usbFlagsMid.NOOP;
usbKey.bFlagLow = CUsbKeyTypes.usbFlagsLow.NormalKey;
_cusbKeys.setKey(iPlane, 0x43, usbKey);
}
_cusbKeys.writeKeyTables();
}
/// <summary>
/// change the event names of scanbutton to StateLeftScan1 and DeltaLeftScan1
/// </summary>
void mapKey()
{
ITC_KEYBOARD.CUSBkeys _cusb = new ITC_KEYBOARD.CUSBkeys();
ITC_KEYBOARD.CUSBkeys.usbKeyStruct _usbKey = new CUSBkeys.usbKeyStruct();
int iIdx = _cusb.getKeyStruct(0, CUsbKeyTypes.HWkeys.SCAN_Button_KeyLang1, ref _usbKey);
//add two new events
string sReg = ITC_KEYBOARD.CUSBkeys.getRegLocation();
Microsoft.Win32.RegistryKey reg = Microsoft.Win32.Registry.LocalMachine.OpenSubKey(sReg + "\\Events\\State", true);
reg.SetValue("Event5", "StateLeftScan1");
reg = Microsoft.Win32.Registry.LocalMachine.OpenSubKey(sReg + "\\Events\\Delta", true);
reg.SetValue("Event5", "DeltaLeftScan1");
//change the scan button to fire these events
if (iIdx != -1)
{
_OldUsbKey = _usbKey; //save for later restore
addLog("scanbutton key index is " + iIdx.ToString());
//_usbKey.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
//_usbKey.bFlagMid = CUsbKeyTypes.usbFlagsMid.NOOP;
//_usbKey.bFlagLow = CUsbKeyTypes.usbFlagsLow.NormalKey;
_usbKey.bIntScan = 5;
for (int i = 0; i < _cusb.getNumPlanes(); i++)
{
addLog("using plane: " + i.ToString());
if (_cusb.setKey(0, _usbKey.bScanKey, _usbKey) == 0)
{
addLog("setKey for scanbutton key OK");
}
else
{
addLog("setKey for scanbutton key failed");
}
}
_cusb.writeKeyTables();
}
else
{
addLog("Could not get index for scanbutton key");
}
}
/// <summary>
/// restore scan button mapping to point to named event 1
/// </summary>
public static void mapScanKey2Multi(byte b)
{
addLog("########### mapScanKey2Multi #################");
ITC_KEYBOARD.CUSBkeys _cusb = new ITC_KEYBOARD.CUSBkeys();
ITC_KEYBOARD.CUSBkeys.usbKeyStruct _usbKey = new CUSBkeys.usbKeyStruct();
int iIdx = _cusb.getKeyStruct(0, CUsbKeyTypes.HWkeys.SCAN_Button_KeyLang1, ref _usbKey);
if (iIdx != -1)
{
_usbKey.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
_usbKey.bFlagMid = CUsbKeyTypes.usbFlagsMid.NoRepeat | CUsbKeyTypes.usbFlagsMid.Silent;//
_usbKey.bFlagLow = CUsbKeyTypes.usbFlagsLow.MultiKeyIndex;
_usbKey.bIntScan = b;
addLog("scanbutton key index is " + iIdx.ToString());
//_usbKey.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
//_usbKey.bFlagMid = CUsbKeyTypes.usbFlagsMid.NOOP;
//_usbKey.bFlagLow = CUsbKeyTypes.usbFlagsLow.NormalKey;
for (int iPlane = 0; iPlane < _cusb.getNumPlanes(); iPlane++)
{
addLog("using plane: " + iPlane.ToString());
if (_cusb.setKey(iPlane, _usbKey.bScanKey, _usbKey) == 0) //changed "setKey(0," to "setKey(i,"
{
addLog("setKey for scanbutton key OK");
}
else
{
addLog("setKey for scanbutton key failed");
}
}
_cusb.writeKeyTables();
mapAllSide2NOOP();
}
else
{
addLog("Could not get index for scanbutton key");
}
addLog("----------- mapScanKey2Multi -----------------");
}
/// <summary>
/// restore scan button mapping to point to named event 1
/// </summary>
public static void restoreScanKeyDefault()
{
ITC_KEYBOARD.CUSBkeys _cusb = new ITC_KEYBOARD.CUSBkeys();
ITC_KEYBOARD.CUSBkeys.usbKeyStruct _usbKey = new CUSBkeys.usbKeyStruct();
int iIdx = _cusb.getKeyStruct(0, CUsbKeyTypes.HWkeys.SCAN_Button_KeyLang1, ref _usbKey);
//change the scan button back to the original events
if (iIdx != -1)
{
_usbKey.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
_usbKey.bFlagMid = CUsbKeyTypes.usbFlagsMid.NoRepeat;// | CUsbKeyTypes.usbFlagsMid.Silent;
_usbKey.bFlagLow = CUsbKeyTypes.usbFlagsLow.NamedEventIndex;
_usbKey.bIntScan = 1;
addLog("scanbutton key index is " + iIdx.ToString());
//_usbKey.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
//_usbKey.bFlagMid = CUsbKeyTypes.usbFlagsMid.NOOP;
//_usbKey.bFlagLow = CUsbKeyTypes.usbFlagsLow.NormalKey;
_usbKey.bIntScan = 1;
for (int iPlane = 0; iPlane < _cusb.getNumPlanes(); iPlane++)
{
addLog("using plane: " + iPlane.ToString());
if (_cusb.setKey(iPlane, _usbKey.bScanKey, _usbKey) == 0) //changed "setKey(0," to "setKey(i,"
{
addLog("setKey for scanbutton key OK");
}
else
{
addLog("setKey for scanbutton key failed");
}
}
_cusb.writeKeyTables();
mapAllSide2NOOP();
}
else
{
addLog("Could not get index for scanbutton key");
}
}
public static int createMultiKey()
{
addLog("########### createMultiKey #################");
int iRet = -1;
ITC_KEYBOARD.CUSBkeys _cusb = new ITC_KEYBOARD.CUSBkeys();
//get current keyboard mapping reg location
string sReg = ITC_KEYBOARD.CUSBkeys.getRegLocation();
//count Multikey entries, remember: Multikey numbering starts by 1 (not zero)!
addLog("Opening subkey '" + sReg + "\\Multikeys'...");
Microsoft.Win32.RegistryKey reg = Microsoft.Win32.Registry.LocalMachine.OpenSubKey(sReg + "\\Multikeys", true);
int iNumKeys = reg.ValueCount;
addLog("Found " + iNumKeys.ToString() + " value entries");
#region usbkeys
//we need two entries in the last, new reg entry
//one to fire a vkey:
//one to fire an named event
ITC_KEYBOARD.CUSBkeys.usbKeyStruct _usbKeyVKEY = new CUSBkeys.usbKeyStruct();
_usbKeyVKEY.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
_usbKeyVKEY.bFlagMid = CUsbKeyTypes.usbFlagsMid.VKEY | CUsbKeyTypes.usbFlagsMid.NoRepeat;
_usbKeyVKEY.bFlagLow = CUsbKeyTypes.usbFlagsLow.NormalKey;
_usbKeyVKEY.bIntScan = (byte)ITC_KEYBOARD.VKEY.undef_0x88; //use vkey=0x88
byte[] bytesVKey = { (byte)_usbKeyVKEY.bFlagHigh, (byte)_usbKeyVKEY.bFlagMid, (byte)_usbKeyVKEY.bFlagLow, (byte)_usbKeyVKEY.bIntScan };
ITC_KEYBOARD.CUSBkeys.usbKeyStruct _usbKeyEVENT = new CUSBkeys.usbKeyStruct();
_usbKeyEVENT.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
_usbKeyEVENT.bFlagMid = CUsbKeyTypes.usbFlagsMid.NoRepeat | CUsbKeyTypes.usbFlagsMid.VKEY;
_usbKeyEVENT.bFlagLow = CUsbKeyTypes.usbFlagsLow.NormalKey;
_usbKeyEVENT.bIntScan = 0x88;
byte[] bytesEventKey = { (byte)_usbKeyEVENT.bFlagHigh, (byte)_usbKeyEVENT.bFlagMid, (byte)_usbKeyEVENT.bFlagLow, (byte)_usbKeyEVENT.bIntScan };
byte[] bytesAll = new byte[bytesVKey.Length + bytesEventKey.Length];
System.Buffer.BlockCopy(bytesVKey, 0, bytesAll, 0, bytesVKey.Length);
System.Buffer.BlockCopy(bytesEventKey, 0, bytesAll, bytesVKey.Length, bytesEventKey.Length);
#endregion
//check if the mutlikey is already in place
string sValueName = "Multi" + iNumKeys.ToString("");
byte[] bValues = null;
try
{
bValues = (byte[])reg.GetValue(sValueName, null);
addLog("GetValue last multikey ('" + sValueName + "') OK");
}
catch (Exception ex)
{
addLog("GetValue last multikey ('" + sValueName + "') failed" + ex.Message);
}
//write new mutlikey?
if (bValues != null)
{
if (!compareBytes(bValues, bytesAll))
{
//create a new entry
try
{
reg.SetValue("Multi" + (iNumKeys + 1).ToString(), bytesAll, Microsoft.Win32.RegistryValueKind.Binary);
addLog("Creating new multikey value OK: " + reg.ToString());
}
catch (Exception ex)
{
addLog("Creating new multikey value failed" + ex.Message);
}
}
}
//change the scanner key to point to the new multikey index
mapScanKey2Multi((byte)(iNumKeys + 1));
addLog("----------- createMultiKey -----------------");
reg.Close();
return(iRet);
}
/// <summary>
/// read the scanbutton mapping and apply "Event Name 1" to all side buttons
/// </summary>
public static void mapAllSide2SCAN_Event1()
{
//init the class
ITC_KEYBOARD.CUSBkeys _cusbKeys = new ITC_KEYBOARD.CUSBkeys();
//struct to hold key definition
CUSBkeys.usbKeyStruct usbKey = new CUSBkeys.usbKeyStruct();
//NORMAL Plane = 0x00
//orange plane = 0x01
//green/aqua plane = 0x02
int iCount = _cusbKeys.getNumPlanes();
//struct to hold key definition
CUSBkeys.usbKeyStruct usbScanKey = new CUSBkeys.usbKeyStruct();
//get main scan button
//int iIndex = _cusbKeys.getKeyIndex(0, (int)ITC_KEYBOARD.CUsbKeyTypes.HWkeys.SCAN_Button_KeyLang1 /*0x90*/);
_cusbKeys.getKeyStruct(0, CUsbKeyTypes.HWkeys.SCAN_Button_KeyLang1, ref usbScanKey);
//make a normal scan button
usbScanKey.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
usbScanKey.bFlagMid = CUsbKeyTypes.usbFlagsMid.NoRepeat | CUsbKeyTypes.usbFlagsMid.Silent;
usbScanKey.bFlagLow = CUsbKeyTypes.usbFlagsLow.NamedEventIndex;
usbScanKey.bIntScan = 1; //map to Delta/State-LeftScan Event 1
for (int iPlane = 0; iPlane < iCount; iPlane++) //do for all planes
{
//remap F6 to SCAN
_cusbKeys.getKeyStruct(iPlane, ITC_KEYBOARD.CUsbKeyTypes.HWkeys.F6_VOL_UP, ref usbKey);
usbKey.bFlagHigh = usbScanKey.bFlagHigh;
usbKey.bFlagMid = usbScanKey.bFlagMid;
usbKey.bFlagLow = usbScanKey.bFlagLow;
usbKey.bIntScan = usbScanKey.bIntScan;
_cusbKeys.setKey(iPlane, CUsbKeyTypes.HWkeys.F6_VOL_UP, usbKey);
// F7
_cusbKeys.getKeyStruct(iPlane, ITC_KEYBOARD.CUsbKeyTypes.HWkeys.F7_VOL_DN, ref usbKey);
usbKey.bFlagHigh = usbScanKey.bFlagHigh;
usbKey.bFlagMid = usbScanKey.bFlagMid;
usbKey.bFlagLow = usbScanKey.bFlagLow;
usbKey.bIntScan = usbScanKey.bIntScan;
_cusbKeys.setKey(iPlane, CUsbKeyTypes.HWkeys.F7_VOL_DN, usbKey);
//Side Scan button: dec145, 0x91
_cusbKeys.getKeyStruct(iPlane, 0x91, ref usbKey);
usbKey.bFlagHigh = usbScanKey.bFlagHigh;
usbKey.bFlagMid = usbScanKey.bFlagMid;
usbKey.bFlagLow = usbScanKey.bFlagLow;
usbKey.bIntScan = usbScanKey.bIntScan;
_cusbKeys.setKey(iPlane, 0x91, usbKey);
//APP key: dec67, 0x43
_cusbKeys.getKeyStruct(iPlane, 0x43, ref usbKey);
usbKey.bFlagHigh = usbScanKey.bFlagHigh;
usbKey.bFlagMid = usbScanKey.bFlagMid;
usbKey.bFlagLow = usbScanKey.bFlagLow;
usbKey.bIntScan = usbScanKey.bIntScan;
_cusbKeys.setKey(iPlane, 0x43, usbKey);
}
_cusbKeys.writeKeyTables();
}
public static int createMultiKey()
{
addLog("########### createMultiKey #################");
int iRet = -1;
ITC_KEYBOARD.CUSBkeys _cusb = new ITC_KEYBOARD.CUSBkeys();
//get current keyboard mapping reg location
string sReg = ITC_KEYBOARD.CUSBkeys.getRegLocation();
//count Multikey entries, remember: Multikey numbering starts by 1 (not zero)!
addLog("Opening subkey '" + sReg + "\\Multikeys'...");
Microsoft.Win32.RegistryKey reg = Microsoft.Win32.Registry.LocalMachine.OpenSubKey(sReg + "\\Multikeys", true);
int iNumKeys = reg.ValueCount;
addLog("Found " + iNumKeys.ToString() + " value entries");
#region usbkeys
//we need two entries in the last, new reg entry
//one to fire a vkey:
//one to fire an named event
ITC_KEYBOARD.CUSBkeys.usbKeyStruct _usbKeyVKEY = new CUSBkeys.usbKeyStruct();
_usbKeyVKEY.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
_usbKeyVKEY.bFlagMid = CUsbKeyTypes.usbFlagsMid.VKEY | CUsbKeyTypes.usbFlagsMid.NoRepeat;
_usbKeyVKEY.bFlagLow = CUsbKeyTypes.usbFlagsLow.NormalKey;
_usbKeyVKEY.bIntScan = (byte)ITC_KEYBOARD.VKEY.undef_0x88; //use vkey=0x88
byte[] bytesVKey = { (byte)_usbKeyVKEY.bFlagHigh, (byte)_usbKeyVKEY.bFlagMid, (byte)_usbKeyVKEY.bFlagLow, (byte)_usbKeyVKEY.bIntScan };
ITC_KEYBOARD.CUSBkeys.usbKeyStruct _usbKeyEVENT = new CUSBkeys.usbKeyStruct();
_usbKeyEVENT.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
_usbKeyEVENT.bFlagMid = CUsbKeyTypes.usbFlagsMid.NoRepeat | CUsbKeyTypes.usbFlagsMid.VKEY;
_usbKeyEVENT.bFlagLow = CUsbKeyTypes.usbFlagsLow.NormalKey;
_usbKeyEVENT.bIntScan = 0x88;
byte[] bytesEventKey = { (byte)_usbKeyEVENT.bFlagHigh, (byte)_usbKeyEVENT.bFlagMid, (byte)_usbKeyEVENT.bFlagLow, (byte)_usbKeyEVENT.bIntScan };
byte[] bytesAll = new byte[bytesVKey.Length + bytesEventKey.Length];
System.Buffer.BlockCopy(bytesVKey, 0, bytesAll, 0, bytesVKey.Length);
System.Buffer.BlockCopy(bytesEventKey, 0, bytesAll, bytesVKey.Length, bytesEventKey.Length);
#endregion
//check if the mutlikey is already in place
string sValueName = "Multi" + iNumKeys.ToString("");
byte[] bValues=null;
try
{
bValues = (byte[])reg.GetValue(sValueName, null);
addLog("GetValue last multikey ('"+ sValueName + "') OK");
}
catch (Exception ex)
{
addLog("GetValue last multikey ('"+ sValueName + "') failed" + ex.Message);
}
//write new mutlikey?
if(bValues!=null){
if (!compareBytes(bValues, bytesAll))
{
//create a new entry
try
{
reg.SetValue("Multi" + (iNumKeys+1).ToString(), bytesAll, Microsoft.Win32.RegistryValueKind.Binary);
addLog("Creating new multikey value OK: " + reg.ToString() );
}
catch (Exception ex)
{
addLog("Creating new multikey value failed" + ex.Message);
}
}
}
//change the scanner key to point to the new multikey index
mapScanKey2Multi((byte)(iNumKeys+1));
addLog("----------- createMultiKey -----------------");
reg.Close();
return iRet;
}
private static void mapAllSide2NOOP()
{
//init the class
ITC_KEYBOARD.CUSBkeys _cusbKeys = new ITC_KEYBOARD.CUSBkeys();
//struct to hold key definition
CUSBkeys.usbKeyStruct usbKey = new CUSBkeys.usbKeyStruct();
//NORMAL Plane = 0x00
//orange plane = 0x01
//green/aqua plane = 0x02
int iCount = _cusbKeys.getNumPlanes();
for (int iPlane = 0; iPlane < iCount; iPlane++) //do for all planes
{
//remap F6 to NOOP
//new use: _cusbKeys.getKeyStruct(iPlane, HardwareKeys.CK70Keys.ITC_Standard_UpperRight_Btn, ref usbKey);
_cusbKeys.getKeyStruct(iPlane, ITC_KEYBOARD.CUsbKeyTypes.HWkeys.F6_VOL_UP, ref usbKey);
usbKey.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
usbKey.bFlagMid = CUsbKeyTypes.usbFlagsMid.NOOP;
usbKey.bFlagLow = CUsbKeyTypes.usbFlagsLow.NormalKey;
_cusbKeys.setKey(iPlane, CUsbKeyTypes.HWkeys.F6_VOL_UP, usbKey);
// F7
_cusbKeys.getKeyStruct(iPlane, ITC_KEYBOARD.CUsbKeyTypes.HWkeys.F7_VOL_DN, ref usbKey);
usbKey.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
usbKey.bFlagMid = CUsbKeyTypes.usbFlagsMid.NOOP;
usbKey.bFlagLow = CUsbKeyTypes.usbFlagsLow.NormalKey;
_cusbKeys.setKey(iPlane, CUsbKeyTypes.HWkeys.F7_VOL_DN, usbKey);
//Side Scan button: dec145, 0x91
_cusbKeys.getKeyStruct(iPlane, 0x91, ref usbKey);
usbKey.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
usbKey.bFlagMid = CUsbKeyTypes.usbFlagsMid.NOOP;
usbKey.bFlagLow = CUsbKeyTypes.usbFlagsLow.NormalKey;
_cusbKeys.setKey(iPlane, 0x91, usbKey);
//APP key: dec67, 0x43
_cusbKeys.getKeyStruct(iPlane, 0x43, ref usbKey);
usbKey.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
usbKey.bFlagMid = CUsbKeyTypes.usbFlagsMid.NOOP;
usbKey.bFlagLow = CUsbKeyTypes.usbFlagsLow.NormalKey;
_cusbKeys.setKey(iPlane, 0x43, usbKey);
}
_cusbKeys.writeKeyTables();
}
/*
07,3F,00,02,02,01 'F6' 'F9' 'EventIndex'|'StateLeftScan'|'DeltaLeftScan
07,40,00,02,02,01 'F7' 'F9' 'EventIndex'|'StateLeftScan'|'DeltaLeftScan
07,43,00,02,02,01 'F10' 'F9' 'EventIndex'|'StateLeftScan'|'DeltaLeftScan
07,91,00,02,02,01 'Keyboard Lang 2' 'F9' 'EventIndex'|'StateLeftScan'|'DeltaLeftScan
07,90,00,02,02,01 'Keyboard Lang 1 (<SCAN>)' 'F9' 'EventIndex'|'StateLeftScan'|'DeltaLeftScan
*/
/// <summary>
/// read the scanbutton mapping and apply it to the side buttons
/// </summary>
private static void mapAllSide2SCAN()
{
//init the class
ITC_KEYBOARD.CUSBkeys _cusbKeys = new ITC_KEYBOARD.CUSBkeys();
//struct to hold key definition
CUSBkeys.usbKeyStruct usbKey = new CUSBkeys.usbKeyStruct();
//NORMAL Plane = 0x00
//orange plane = 0x01
//green/aqua plane = 0x02
int iCount = _cusbKeys.getNumPlanes();
//struct to hold key definition
CUSBkeys.usbKeyStruct usbScanKey = new CUSBkeys.usbKeyStruct();
//get main scan button
//int iIndex = _cusbKeys.getKeyIndex(0, (int)ITC_KEYBOARD.CUsbKeyTypes.HWkeys.SCAN_Button_KeyLang1 /*0x90*/);
_cusbKeys.getKeyStruct(0, CUsbKeyTypes.HWkeys.SCAN_Button_KeyLang1, ref usbScanKey);
//make a normal scan button
usbScanKey.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
usbScanKey.bFlagMid = CUsbKeyTypes.usbFlagsMid.NoRepeat | CUsbKeyTypes.usbFlagsMid.Silent;
usbScanKey.bFlagLow = CUsbKeyTypes.usbFlagsLow.NamedEventIndex;
usbScanKey.bIntScan = 5; //map to Event 5
for (int iPlane = 0; iPlane < iCount; iPlane++) //do for all planes
{
//remap F6 to SCAN
_cusbKeys.getKeyStruct(iPlane, ITC_KEYBOARD.CUsbKeyTypes.HWkeys.F6_VOL_UP, ref usbKey);
usbKey.bFlagHigh = usbScanKey.bFlagHigh;
usbKey.bFlagMid = usbScanKey.bFlagMid;
usbKey.bFlagLow = usbScanKey.bFlagLow;
usbKey.bIntScan = usbScanKey.bIntScan;
_cusbKeys.setKey(iPlane, CUsbKeyTypes.HWkeys.F6_VOL_UP, usbKey);
// F7
_cusbKeys.getKeyStruct(iPlane, ITC_KEYBOARD.CUsbKeyTypes.HWkeys.F7_VOL_DN, ref usbKey);
usbKey.bFlagHigh = usbScanKey.bFlagHigh;
usbKey.bFlagMid = usbScanKey.bFlagMid;
usbKey.bFlagLow = usbScanKey.bFlagLow;
usbKey.bIntScan = usbScanKey.bIntScan;
_cusbKeys.setKey(iPlane, CUsbKeyTypes.HWkeys.F7_VOL_DN, usbKey);
//Side Scan button: dec145, 0x91
_cusbKeys.getKeyStruct(iPlane, 0x91, ref usbKey);
usbKey.bFlagHigh = usbScanKey.bFlagHigh;
usbKey.bFlagMid = usbScanKey.bFlagMid;
usbKey.bFlagLow = usbScanKey.bFlagLow;
usbKey.bIntScan = usbScanKey.bIntScan;
_cusbKeys.setKey(iPlane, 0x91, usbKey);
//APP key: dec67, 0x43
_cusbKeys.getKeyStruct(iPlane, 0x43, ref usbKey);
usbKey.bFlagHigh = usbScanKey.bFlagHigh;
usbKey.bFlagMid = usbScanKey.bFlagMid;
usbKey.bFlagLow = usbScanKey.bFlagLow;
usbKey.bIntScan = usbScanKey.bIntScan;
_cusbKeys.setKey(iPlane, 0x43, usbKey);
}
_cusbKeys.writeKeyTables();
}
/// <summary>
/// restore scan button mapping to point to named event 1
/// </summary>
void restoreScanKey()
{
ITC_KEYBOARD.CUSBkeys _cusb = new ITC_KEYBOARD.CUSBkeys();
ITC_KEYBOARD.CUSBkeys.usbKeyStruct _usbKey = new CUSBkeys.usbKeyStruct();
int iIdx = _cusb.getKeyStruct(0, CUsbKeyTypes.HWkeys.SCAN_Button_KeyLang1, ref _usbKey);
//change the scan button back to the original events
if (iIdx != -1)
{
//idx should be the save value _iScanButtonIndex
addLog("saved scanbutton key index is " + _iScanButtonIndex.ToString());
_usbKey = _OldUsbKey; //restore saved key
addLog("scanbutton key index is " + iIdx.ToString());
//_usbKey.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
//_usbKey.bFlagMid = CUsbKeyTypes.usbFlagsMid.NOOP;
//_usbKey.bFlagLow = CUsbKeyTypes.usbFlagsLow.NormalKey;
_usbKey.bIntScan = 1;
for (int i = 0; i < _cusb.getNumPlanes(); i++)
{
addLog("using plane: " + i.ToString());
if (_cusb.setKey(0, _usbKey.bScanKey, _usbKey) == 0)
addLog("setKey for scanbutton key OK");
else
addLog("setKey for scanbutton key failed");
}
_cusb.writeKeyTables();
}
else
{
addLog("Could not get index for scanbutton key");
}
}
/// <summary>
/// change the event names of scanbutton to StateLeftScan1 and DeltaLeftScan1
/// </summary>
void mapKey()
{
ITC_KEYBOARD.CUSBkeys _cusb = new ITC_KEYBOARD.CUSBkeys();
ITC_KEYBOARD.CUSBkeys.usbKeyStruct _usbKey = new CUSBkeys.usbKeyStruct();
int iIdx = _cusb.getKeyStruct(0, CUsbKeyTypes.HWkeys.SCAN_Button_KeyLang1, ref _usbKey);
//add two new events
string sReg = ITC_KEYBOARD.CUSBkeys.getRegLocation();
Microsoft.Win32.RegistryKey reg = Microsoft.Win32.Registry.LocalMachine.OpenSubKey(sReg + "\\Events\\State", true);
reg.SetValue("Event5", "StateLeftScan1");
reg = Microsoft.Win32.Registry.LocalMachine.OpenSubKey(sReg + "\\Events\\Delta", true);
reg.SetValue("Event5", "DeltaLeftScan1");
//change the scan button to fire these events
if (iIdx != -1)
{
_OldUsbKey = _usbKey; //save for later restore
addLog("scanbutton key index is " + iIdx.ToString());
//_usbKey.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
//_usbKey.bFlagMid = CUsbKeyTypes.usbFlagsMid.NOOP;
//_usbKey.bFlagLow = CUsbKeyTypes.usbFlagsLow.NormalKey;
_usbKey.bIntScan = 5;
for (int i = 0; i < _cusb.getNumPlanes(); i++)
{
addLog("using plane: " + i.ToString());
if (_cusb.setKey(0, _usbKey.bScanKey, _usbKey) == 0)
addLog("setKey for scanbutton key OK");
else
addLog("setKey for scanbutton key failed");
}
_cusb.writeKeyTables();
}
else
{
addLog("Could not get index for scanbutton key");
}
}
/// <summary>
/// restore scan button mapping to point to named event 1
/// </summary>
public static void mapScanKey2Multi(byte b)
{
addLog("########### mapScanKey2Multi #################");
ITC_KEYBOARD.CUSBkeys _cusb = new ITC_KEYBOARD.CUSBkeys();
ITC_KEYBOARD.CUSBkeys.usbKeyStruct _usbKey = new CUSBkeys.usbKeyStruct();
int iIdx = _cusb.getKeyStruct(0, CUsbKeyTypes.HWkeys.SCAN_Button_KeyLang1, ref _usbKey);
if (iIdx != -1)
{
_usbKey.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
_usbKey.bFlagMid = CUsbKeyTypes.usbFlagsMid.NoRepeat | CUsbKeyTypes.usbFlagsMid.Silent;//
_usbKey.bFlagLow = CUsbKeyTypes.usbFlagsLow.MultiKeyIndex;
_usbKey.bIntScan = b;
addLog("scanbutton key index is " + iIdx.ToString());
//_usbKey.bFlagHigh = CUsbKeyTypes.usbFlagsHigh.NoFlag;
//_usbKey.bFlagMid = CUsbKeyTypes.usbFlagsMid.NOOP;
//_usbKey.bFlagLow = CUsbKeyTypes.usbFlagsLow.NormalKey;
for (int iPlane = 0; iPlane < _cusb.getNumPlanes(); iPlane++)
{
addLog("using plane: " + iPlane.ToString());
if (_cusb.setKey(iPlane, _usbKey.bScanKey, _usbKey) == 0) //changed "setKey(0," to "setKey(i,"
addLog("setKey for scanbutton key OK");
else
addLog("setKey for scanbutton key failed");
}
_cusb.writeKeyTables();
mapAllSide2NOOP();
}
else
{
addLog("Could not get index for scanbutton key");
}
addLog("----------- mapScanKey2Multi -----------------");
}