public void readUsingDataFromDatabase(ArrayList<String> therms, ArrayList<Integer> idOfFiles, ArrayList<Integer> countThermsInFiles, String[] url, String[] user, String[] password, int[] countFiles)
		{
			Connection con = null;
	 		Statement st = null;
        		ResultSet rs = null; 		
			String currentFile;
			int countThermsInFile;
			int countRows=0;
			try
			{
			   PrintWriter debugFileForBlock = null;
			   try
			   {
					debugFileForBlock = new PrintWriter(new FileOutputStream("/export/hadoop-1.0.1/bin/paramsinreadusingdata.txt"));
			   }
			   catch(FileNotFoundException e)
			   {
					System.exit(0);
			   }
			   debugFileForBlock.println(url[0]);
			   debugFileForBlock.println(user[0]);
			   debugFileForBlock.println(password[0]);
			   debugFileForBlock.close();			
				con = DriverManager.getConnection(url[0], user[0], password[0]);
	            		st = con.createStatement();
	            		rs = st.executeQuery("SELECT a.value, c.value, c.id FROM therms a INNER JOIN therm_occurs b ON b.therm_id = a.id INNER JOIN fs_entries c ON b.file_id = c.id ORDER BY a.value, c.value, c.id");
				rs.first();
				therms.add(rs.getString(1));
				countThermsInFile=1; 
				currentFile=rs.getString(2); 
				idOfFiles.add(rs.getInt(3)); 
			   PrintWriter debugFilePoint1 = null;
			   try
			   {
					debugFilePoint1 = new PrintWriter(new FileOutputStream("/export/hadoop-1.0.1/bin/point1.txt"));
			   }
			   catch(FileNotFoundException exc1)
			   {
					System.exit(0);
			   }
			   debugFilePoint1.println("Пройдена точка после позиционирования на первой записи");
			   debugFilePoint1.close();				
				countFiles[0]=1;
				countRows=1;
			   PrintWriter debugFilePoint2 = null;
			   try
			   {
					debugFilePoint2 = new PrintWriter(new FileOutputStream("/export/hadoop-1.0.1/bin/point2.txt"));
			   }
			   catch(FileNotFoundException exc2)
			   {
					System.exit(0);
			   }
			   debugFilePoint2.println("Пройдена точка после инициалиазции количества файлов и строк запроса единицами");
			   debugFilePoint2.close();				
				while (rs.next()) 
				{ 
					if (currentFile!=rs.getString(2)) 
						{
							countThermsInFiles.add(countThermsInFile); 
							countFiles[0]+=1; 
							currentFile=rs.getString(2); 
							countThermsInFile=1; 
							idOfFiles.add(rs.getInt(3)); 
						}
					else
						{
							countThermsInFile+=1; 
						}; 
					therms.add(rs.getString(1));
					countRows+=1;
				};
				countThermsInFiles.add(countThermsInFile);
			   PrintWriter debugFilePoint3 = null;
			   try
			   {
					debugFilePoint3 = new PrintWriter(new FileOutputStream("/export/hadoop-1.0.1/bin/point2.txt"));
			   }
			   catch(FileNotFoundException exc3)
			   {
					System.exit(0);
			   }
			   debugFilePoint3.println("Пройден цикл обхода по результатам запроса");
			   debugFilePoint3.close();	 
			}
			catch (SQLException e) 
			{
			   PrintWriter debugFileForException = null;
		          PrintWriter outFile = null; 			   		
			   try
			   {
					outFile = new PrintWriter(new FileOutputStream("/export/hadoop-1.0.1/bin/messagefromexception.txt"));
					debugFileForException = new PrintWriter(new FileOutputStream("/export/hadoop-1.0.1/bin/exception.txt"));
			   }
			   catch(FileNotFoundException ex)
			   {
					System.exit(0);
			   }
				StringWriter sw = new StringWriter();
				e.printStackTrace(new PrintWriter(sw));
				String exceptionAsString=sw.toString();
			   debugFileForException.println("Connection Failed! Check output console");
			   debugFileForException.println(exceptionAsString);
			   debugFileForException.close();			
				//System.out.println("Connection Failed! Check output console");
				//StringWriter sw = new StringWrite();
				//e.printStackTrace(new PrintWriter(sw));
				//String exceptionAsString=sw.toString();
				
			}
		   PrintWriter debugFileForRs = null;
		   PrintWriter debugFileForTherms = null;
		   PrintWriter debugFileForIds = null;
		   PrintWriter debugFileForCounts = null;
		   try
		   {
				debugFileForRs = new PrintWriter(new FileOutputStream("/export/hadoop-1.0.1/bin/resultset.txt"));
		   }
		   catch(FileNotFoundException e)
           		{
				System.exit(0);
           		}
		   debugFileForRs.println(countRows);
		   debugFileForRs.close();
		   try
		   {
				debugFileForTherms = new PrintWriter(new FileOutputStream("/export/hadoop-1.0.1/bin/therms.txt"));
		   }
		   catch(FileNotFoundException e)
           		{
				System.exit(0);
           		}
		   for (int i=0; i<therms.size(); i++)
		   {	 
				debugFileForTherms.println(therms.get(i));
		   }
		   debugFileForTherms.close();
           	   try
		   {
				debugFileForIds = new PrintWriter(new FileOutputStream("/export/hadoop-1.0.1/bin/idoffiles.txt"));
		   }
		   catch(FileNotFoundException e)
           		{
				System.exit(0);
           		}
		   for (int i=0; i<idOfFiles.size(); i++)
		   {	 
				debugFileForIds.println(idOfFiles.get(i));
		   }
		   debugFileForIds.close();
           	   try
		   {
				debugFileForCounts = new PrintWriter(new FileOutputStream("/export/hadoop-1.0.1/bin/countthermsinfiles.txt"));
		   }
		   catch(FileNotFoundException e)
           		{
				System.exit(0);
           		}
		   for (int i=0; i<countThermsInFiles.size(); i++)
		   {	 
				debugFileForCounts.println(countThermsInFiles.get(i));
		   }
		   debugFileForCounts.close();
		}