package spimonitoring;
 
import java.io.*;
import java.util.ArrayList;
import java.util.Arrays;
import java.lang.reflect.Array;
 
public class InspectionResults44{
 
	public static final byte  HEIGHT_AVG_RESULT = 6,
							  HEIGHT_RANGE_RESULT = 11,
							  AREA_AVG_RESULT = 16,
							  AREA_RANGE_RESULT = 22,
							  VOLUME_AVG_RESULT = 29,
							  VOLUME_RANGE_RESULT = 28,
							  HAV_FAILED_FEATURE_RESULT = 35,
							  REG_OFF_RESULT = 38,
							  BRIDGE_LEN_RESULT = 41;
 
	private String retrievedData[];
	private boolean failed[];
 
 
 
	/**
	 * Constructs this InspectionResult with the data stored in the args.
	 * This class expects 44 values within the range of the args.
	 */
	public InspectionResults44(String... args){
		retrievedData = args;
		boolean temp[] ={
			((retrievedData[6].equalsIgnoreCase("F")) ? true: false),//7
			((retrievedData[11].equalsIgnoreCase("F")) ? true: false),//12
			((retrievedData[16].equalsIgnoreCase("F")) ? true: false),//15
			((retrievedData[22].equalsIgnoreCase("F")) ? true: false),//20
			((retrievedData[29].equalsIgnoreCase("F")) ? true: false),//23
//			((retrievedData[28].equalsIgnoreCase("F")) ? true: false),//28
//			((retrievedData[35].equalsIgnoreCase("F")) ? true: false),
//			((retrievedData[38].equalsIgnoreCase("F")) ? true: false),
//			((retrievedData[41].equalsIgnoreCase("F")) ? true: false)
		};
		failed = temp;
	}
	static class MyArrays{		
		public static <T> T[] copyOfRange(T[] array, T[] emptyArray, int from, int size){
			ArrayList<T> temp = new ArrayList<T>(0);
			for(int i = from; i < size; i++){
				temp.add(array[i]);
				} 			
			return temp.toArray(emptyArray);
			}	
		}
 
	public static void main(String... args){
 
		String line = null;
		int countline = 0;
		int startAtLineNo = 7; 
 
		FileReader fr = null;
		BufferedReader br = null;
		try{
			fr = new FileReader(new File("K:\\Spi5\\240-25-04-B-02-R1.F.T.#10.489a5f8e.spi.csv"));
			br = new BufferedReader(fr);
		}catch(Exception e){e.printStackTrace();}
 
 
		String dwArray[][] ={ {""}, {""}, {""} };
 
		try {
			while ((line = br.readLine()) != null) {
				  if (countline >= startAtLineNo) {
 
					  for(int i = 0; i < dwArray.length; i++){
						  String temp[] = null;
 
						  try{ temp = br.readLine().split(",");
						  }
						  catch(Exception f){f.printStackTrace(); 
						  System.exit(1);
						  };
						  String empty[] = {};
						  temp = InspectionResults44.MyArrays.<String>copyOfRange(temp, empty, 1, temp.length);			
 
						  dwArray[i] = temp;
					  }
 
 
					  InspectionResults44 ir[] =
					  {
							  new InspectionResults44(dwArray[0]),
							  new InspectionResults44(dwArray[1]),
							  new InspectionResults44(dwArray[2])
					  };
 
					  System.out.println(ir[0]); // as an example
					  spacer(3);
 
					  try{
						  System.out.println(ir[0].hasFailed(InspectionResults32.HEIGHT_AVG_RESULT));
						  System.out.println(ir[0].getAdjacentValue(InspectionResults32.HEIGHT_AVG_RESULT));
						  System.out.println(ir[0].hasFailed(InspectionResults32.AREA_AVG_RESULT));
						  System.out.println(ir[0].getAdjacentValue(InspectionResults32.AREA_AVG_RESULT));
						  System.out.println(ir[0].hasFailed(InspectionResults32.VOLUME_AVG_RESULT));
						  System.out.println(ir[0].getAdjacentValue(InspectionResults32.VOLUME_AVG_RESULT));
						  System.out.println(ir[0].hasFailed(InspectionResults32.REG_OFF_RESULT));
						  System.out.println(ir[0].getAdjacentValue(InspectionResults32.REG_OFF_RESULT));
						  System.out.println(ir[0].hasFailed(InspectionResults32.BRIDGE_LEN_RESULT));
						  System.out.println(ir[0].getAdjacentValue(InspectionResults32.BRIDGE_LEN_RESULT));
					  }catch(Exception e){
						  System.out.println(e);
					  }
				  }countline++;
			}
		} catch (IOException e) {
			// TODO Auto-generated catch block
			e.printStackTrace();
		}
		}
 
	private static void spacer(int lines){
		for(int i = 0; i < lines; i++)
			System.out.println();
	}
 
 
 
 
	/**
	 * Returns true if the given value has failed, returns false otherwise.
	 * It's preferred to use the constants defined within this class to get the
	 * desired information, and not regular ints.
	 */
	public boolean hasFailed(byte result) throws Exception{
		switch(result){
			case HEIGHT_AVG_RESULT:
				return failed[0];
			case HEIGHT_RANGE_RESULT:
				return failed[1];
			case AREA_AVG_RESULT:
				return failed[2];
			case AREA_RANGE_RESULT:
				return failed[3];
			case VOLUME_AVG_RESULT:
				return failed[4];
			case VOLUME_RANGE_RESULT:
				return failed[5];
			case HAV_FAILED_FEATURE_RESULT:
				return failed[6];
			case REG_OFF_RESULT:
				return failed[7];
			case BRIDGE_LEN_RESULT:
				return failed[8];
			default :
				throw new Exception("Attempt to access invalid result type! Use the Result Constants to avoid this error!");
		}
	}
 
	/**
	 * Returns the value next to the specified result.
	 */
	public String getAdjacentValue(byte result) throws Exception{
		if(result >= 0 && result < retrievedData.length - 1)
			return retrievedData[result + 1];
		else throw new Exception("Error! Attempt to access column with either no adjacent value or outside of data-range!");
	}
 
	/**
	 * Simply returns a String representing the data for each value in this class.
	 */
	@Override
	public String toString(){
		String temp = "";
		for(String element : retrievedData){
			if(element.toString() != retrievedData[retrievedData.length - 1])
				temp += element + ", ";
			else temp += element;
		}
		return temp;
	}
 
 
}

/* .........................Recursive list............................... */
	public  void listRecursively(File fdir, int depth) throws IOException {
 
		/*Transform milliseconds time to gregorian time */
		long datefiles = fdir.lastModified();
		SimpleDateFormat Date = new SimpleDateFormat (" dd/MM/yyyy , HH:mm:ss aaa");
		Date nDate = new Date(datefiles);
 
		String F = ",F,";
		String Height = null;
		String Area = null;
		String Volume = null;
		String RegOffset = null;
		String Bridging = null;
 
		String line = null;
		int countline = 0;
		int startAtLineNo = 7;	
 
		int count = 0;
 
		int countHeight = 0,
		 countArea = 0,
		 countVolume = 0,
		 countRegOffset = 0,
		 countBridging = 0;
 
		/*Line counter*/
		try
		{
			RandomAccessFile File = new RandomAccessFile(fdir,"r");
			long lastline=File.length();
			File.close();
 
			FileReader fileRead = new FileReader(fdir);
			BufferedReader bufferReader = new BufferedReader(fileRead);
			String dwArray[][] ={ {""}, {""}, {""} };
			Scanner scan = new Scanner(fdir);
 
			while(scan.hasNextLine())
			{
				if(scan.nextLine().contains(F))
					count++;
			}
 
			fileRead.close();
			bufferReader.close();//___________________________original
 
			InspectionResults44 inspectionResults = new InspectionResults44(line.split(","));
 
			while ((line = bufferReader.readLine()) != null) {
				if (countline >= startAtLineNo) {
					if (line.split(",").length == 32){
						HEIGHT_AVG_RESULT = 6;
						AREA_AVG_RESULT = 11;
						VOLUME_AVG_RESULT = 16;
						REG_OFF_RESULT = 22;
						BRIDGE_LEN_RESULT = 29;
					} else{//File with 44
						HEIGHT_AVG_RESULT = 7;
						HEIGHT_RANGE_RESULT = 12;
						AREA_AVG_RESULT = 15;
						AREA_RANGE_RESULT = 20;
						VOLUME_AVG_RESULT = 23;
						VOLUME_RANGE_RESULT = 28;
						HAV_FAILED_FEATURE_RESULT = 35;
						REG_OFF_RESULT = 38;
						BRIDGE_LEN_RESULT = 41;
					}			
 
					try {
						if(inspectionResults.hasFailed(InspectionResults44.HEIGHT_AVG_RESULT)){
							Height = inspectionResults.getAdjacentValue(InspectionResults44.HEIGHT_AVG_RESULT);
							countHeight++;
						}
						if(inspectionResults.hasFailed(InspectionResults44.AREA_AVG_RESULT)){
							Area = inspectionResults.getAdjacentValue(InspectionResults44.AREA_AVG_RESULT);
							countArea++;
						}
						if(inspectionResults.hasFailed(InspectionResults44.VOLUME_AVG_RESULT)){
							Area = inspectionResults.getAdjacentValue(InspectionResults44.VOLUME_AVG_RESULT);
							countVolume++;
						}
						if(inspectionResults.hasFailed(InspectionResults44.REG_OFF_RESULT)){
							Area = inspectionResults.getAdjacentValue(InspectionResults44.REG_OFF_RESULT);
							countRegOffset++;
						}
						if(inspectionResults.hasFailed(InspectionResults44.BRIDGE_LEN_RESULT)){
							Area = inspectionResults.getAdjacentValue(InspectionResults44.BRIDGE_LEN_RESULT);
							countBridging++;
						}}
					catch (Exception e) {
						e.printStackTrace();
					}
					fileRead.close();
					bufferReader.close();
				}}
 
//			/*Start Line counter mode2*/
//			LineNumberReader lineRead = new LineNumberReader(fileRead);
//			lineRead.skip(lastline);
//			int countline = lineRead.getLineNumber()-6; //number of default lines = 6
//			fileRead.close();
//			lineRead.close();
//			/*End Line counter mode2*/
 
			/* Output1 */
			if (fdir.getPath().endsWith(".csv") /*&& fdir.lastModified() > HostFile.lastModified()*/)
				System.out.println(INDENTS[depth] + x +", "+fdir.getName() +", "+ count +","+Date.format(nDate) + "," + countHeight + "," + countArea + "," + countVolume + "," + countRegOffset + "," + countBridging);
			/* Output2 */
			if (fdir.getPath().endsWith(".csv") /*&& fdir.lastModified() > HostFile.lastModified()*/)
				fw.write( INDENTS[depth] + x +", "+ fdir.getName() +", "+ count +","+ Date.format(nDate)+ System.getProperty("line.separator"));
			fw.flush();
			//if (fdir.getPath().endsWith(".csv") && (fdir.length()/512 )>= 1 && fdir.length()/512 <= 3)	
		}
		catch(IOException e){
		} 
		if (fdir.isDirectory() && !fdir.isHidden() && depth < MAX_DEPTH) {
			for (File f : fdir.listFiles()){  // Go over each file/subdirectory.
				listRecursively(f, depth+1);
			}}}