import com.LabJack.LabJackJNI;
import com.LabJack.LabJackException;

/**
 * This program demonstrates the use of com.LabJack.LabJackJNI.AIBurst().
 */
public class AIBurst
{

	static public void main( String args[] )
	{
		System.out.println( "AIBurst() Example" );

		int idnum[] = new int[ 1 ];
		idnum[ 0 ] = -1;			// use first LabJack found
		int demo = 1;				// DEMO mode, set to 0 if LabJack connected
		int stateIOin = 0;
		int updateIO = 0;
		int ledOn = 1;
		int numChannels = 1;
		int channels[] = new int[ 4 ];
		channels[ 0 ] = 0;
		int gains[] = new int[ 4 ];
		gains[ 0 ] = LabJackJNI.G_01;
		float scanRate[] = new float[ 1 ];
		scanRate[ 0 ] = 1001;
		int disableCal = 0;
		int triggerIO = 0;			// none
		int triggerState = 0;		// don't care since triggerIO is zero
		int numScans = 10;
		int timeout = 1;
		float voltages[][] = new float[ 4096 ][ 4 ];
		int stateIOout[] = new int[ 4096 ];
		int overVoltage[] = new int[ 1 ];
		int transferMode = 0;

		int errCode = LabJackJNI.AIBurst( idnum,
							   		   	  demo,
							   		   	  stateIOin,
							   		   	  updateIO,
							   		   	  ledOn,
							   		   	  numChannels,
									   	  channels,
							   		   	  gains,
							   		   	  scanRate,
							   		   	  disableCal,
							   		   	  triggerIO,
							   		   	  triggerState,
							   		   	  numScans,
							   		   	  timeout,
							   		   	  voltages,
							   		   	  stateIOout,
							   		   	  overVoltage,
							   		   	  transferMode );
		if( errCode != 0 )
		{
			System.out.println( "error: " + errCode );
		}
		else
		{
			System.out.println( "   scanRate = " + scanRate[ 0 ] );
			for( int idx = 0; idx < numScans + 3; idx++ )
			{
				System.out.println( "   " +
									voltages[ idx ][ 0 ] + ", " +
									voltages[ idx ][ 1 ] + ", " +
									voltages[ idx ][ 2 ] + ", " +
									voltages[ idx ][ 3 ] + ", " +
									stateIOout[ idx ] );
			}
			System.out.println( "complete" );
		}
	}
}