Front Pannel - Matlab API

Is there any one can post any of the sample code that will work with Matlab?
I tried the sample code, but come up without good luck.
And Opal Kelly is not willing to support services with matlab.
Or, Can some one from tech support can post one executable example?
Thanks very much.

Here’s the code I use for programming the chip. You’ll need to fill in some details but this’ll give you the idea. there’s a distinction between the code for the version 3 drivers and the version 4 drivers.

		if this.okVersion == 3 
			% for OK front panel version 3.0.11:
			addpath([paths.opalKelly '\FrontPanel\API']); % The actual DLL is here
			addpath([paths.opalKelly '\FrontPanel\API\Matlab']); % The DLL header file and all the matlab object definitions are here
		elseif this.okVersion == 3.1 || this.okVersion == 4 
			% for OK front panel 3.1.5 onwards:
			addpath([paths.opalKelly '\FrontPanelUSB\API']); % The actual DLL is here
			addpath([paths.opalKelly '\FrontPanelUSB\API\Matlab']); % The DLL header file and all the matlab object definitions are here
		end
		addpath([paths.chipTest '\Code_Xilinx']);

		if ~libisloaded('okFrontPanel')
			if this.okVersion == 3.1 || this.okVersion == 4 
				loadlibrary('okFrontPanel', 'okFrontPanelDLL.h');
			else
				loadlibrary('okFrontPanel', 'okFrontPanelDLL.h');
			end
			
		end

if this.okVersion == 3
this.xPointer = calllib(‘okFrontPanel’, ‘okUsbFrontPanel_Construct’);
NumDevices = calllib(‘okFrontPanel’, ‘okUsbFrontPanel_GetDeviceCount’, this.xPointer);
else
this.xPointer = calllib(‘okFrontPanel’, ‘okFrontPanel_Construct’);
NumDevices = calllib(‘okFrontPanel’, ‘okFrontPanel_GetDeviceCount’, this.xPointer);
end
if NumDevices == 0
error(‘error: there are no devices connected’);
elseif NumDevices > 1
error(‘error: there is more than one device connected’);
else
if this.verbose(1), disp(‘There is one device connected’), end
end

if this.okVersion == 3
if this.verbose(1), disp('Device model: ’ calllib(‘okFrontPanel’, ‘okUsbFrontPanel_GetDeviceListModel’, this.xPointer, 0)]), end;
serialNumber = calllib(‘okFrontPanel’, ‘okUsbFrontPanel_GetDeviceListSerial’, this.xPointer, 0, ’ ', 10);
else
if this.verbose(1), disp('Device model: ’ calllib(‘okFrontPanel’, ‘okFrontPanel_GetDeviceListModel’, this.xPointer, 0)]), end;
serialNumber = calllib(‘okFrontPanel’, ‘okFrontPanel_GetDeviceListSerial’, this.xPointer, 0, ’ ', 10);
end
%[ptr SerialNumber] = calllib(‘okFrontPanel’, ‘okFrontPanel_GetDeviceListSerial’, XPointer, 0, ’ ');
%if this.verbose(1), disp('Device serial number: ’ SerialNumber]), end;
this.xem = okusbfrontpanel(this.xPointer);
if isopen(this.xem)
if this.verbose(1), disp(‘The FPGA is already open.’), end;
else
if this.verbose(1), disp(‘Attempting to open the FPGA.’), end
resultOfAttemptingToOpenFpga = openbyserial(this.xem,serialNumber);
end

resultOfAttemptingToConfigureFpga = configurefpga(this.xem, ‘…\Code_Xilinx.bit’);
if this.verbose(1), disp('Result of attempting to configure the FPGA: ’ resultOfAttemptingToConfigureFpga]), end;
if ~strcmp(resultOfAttemptingToConfigureFpga,‘ok_NoError’)
disp(‘Attempting to reopen FPGA’)
this.xem = ];
this.OpenFpga;
resultOfAttemptingToConfigureFpga = configurefpga(this.xem, ‘…\Code_Xilinx\renachip.bit’);
if this.verbose(1), disp('Result of second attempt to configure the FPGA: ’ resultOfAttemptingToConfigureFpga]), end;
if ~strcmp(resultOfAttemptingToConfigureFpga,‘ok_NoError’)
error(resultOfAttemptingToConfigureFpga)
end
end