
import cycronix.ctlib.*;
 
/**
 * CloudTurbine demo sink
 * <p>
 * @author Matt Miller (MJM), Cycronix
 * @version 2014/03/10
 * 
*/

/*
* Copyright 2014 Cycronix
* All Rights Reserved
*
*   Date      By	Description
* MM/DD/YYYY
* ----------  --	-----------
* 03/10/2014  MJM	Created.
*/

public class CTsink2 {

	public static void main(String[] args) {
		String rootFolder = "CTexample";
		if(args.length > 0) rootFolder = args[0];
//		System.err.println("sleeping..."); try{Thread.sleep(30000);} catch(Exception e){}; System.err.println("proceeding!");
		
		try {
			CTreader ctr = new CTreader(rootFolder);	// set CTreader to rootFolder
//			ctr.setDebug(true);
			
			long startTime = System.currentTimeMillis();
			long nchan = 0;
			long nsource = 0;
			long ncount = 0;
			
			// loop and read what source(s) and chan(s) are available
			for(String source:ctr.listSources()) {
				nsource++;
				System.err.println("Source: "+source);
				for(String chan:ctr.listChans(source)) {
					nchan++;
					CTdata data = ctr.getData(source, chan, 0., 1000000., "oldest");
//					CTdata data = ctr.getData(source, chan, 0., 1000000., "absolute");

					int[] dd = data.getDataAsInt32();
//					if(nchan <= 100 || idx%100==0) 
						System.err.println("nchan: "+nchan+", ncount: "+ncount+", dd.length: "+dd.length+", Chan: "+chan);
					ncount += dd.length;
					if(dd.length < 100) for(int d:dd) System.err.println("data: "+d);
					if(nchan >= 100) break;			// for large counts don't take forever
				}
			}
			long stopTime = System.currentTimeMillis();
			System.out.println("Nsource: "+nsource+", Nchan: "+nchan+", Ncount: "+ncount+", Total Time (ms): "+(stopTime-startTime)+", Pts/Sec: "+(long)(1000.*(ncount)/(stopTime-startTime)));

		}
		catch(Exception e) {
			System.err.println("CTsink2 exception: "+e);
			e.printStackTrace();
		} 
	}
}


import cycronix.ctlib.*;
 
/**
 * CloudTurbine demo sink
 * JPW tweak
 * <p>
 * @author Matt Miller (MJM), Cycronix
 * @version 2014/03/10
 * 
*/

/*
* Copyright 2014 Cycronix
* All Rights Reserved
*
*   Date      By	Description
* MM/DD/YYYY
* ----------  --	-----------
* 03/10/2014  MJM	Created.
*/

public class CTsink2 {

	public static void main(String[] args) {
		String rootFolder = "CTexample";
		if(args.length > 0) rootFolder = args[0];
//		System.err.println("sleeping..."); try{Thread.sleep(30000);} catch(Exception e){}; System.err.println("proceeding!");
		
		try {
			CTreader ctr = new CTreader(rootFolder);	// set CTreader to rootFolder
//			ctr.setDebug(true);
			
			long startTime = System.currentTimeMillis();
			long nchan = 0;
			long nsource = 0;
			long ncount = 0;
			
			// loop and read what source(s) and chan(s) are available
			for(String source:ctr.listSources()) {
				nsource++;
				System.err.println("Source: "+source);
				for(String chan:ctr.listChans(source)) {
					nchan++;
					CTdata data = ctr.getData(source, chan, 0., 1000000., "oldest");
//					CTdata data = ctr.getData(source, chan, 0., 1000000., "absolute");

					int[] dd = data.getDataAsInt32();
//					if(nchan <= 100 || idx%100==0) 
						System.err.println("nchan: "+nchan+", ncount: "+ncount+", dd.length: "+dd.length+", Chan: "+chan);
					ncount += dd.length;
					if(dd.length < 100) for(int d:dd) System.err.println("data: "+d);
					if(nchan >= 100) break;			// for large counts don't take forever
				}
			}
			long stopTime = System.currentTimeMillis();
			System.out.println("Nsource: "+nsource+", Nchan: "+nchan+", Ncount: "+ncount+", Total Time (ms): "+(stopTime-startTime)+", Pts/Sec: "+(long)(1000.*(ncount)/(stopTime-startTime)));

		}
		catch(Exception e) {
			System.err.println("CTsink2 exception: "+e);
			e.printStackTrace();
		} 
	}
}

test tweak