tim@129: /**
tim@129:  * Title:           Row, $Header: /share/gdi/SDI-Suite/Repository/projekte/BSH-GDI/genericViewer/src/main/java/de/conterra/bsh/gdi/gnviewer/datasources/Row.java,v 1.4 2008/01/30 12:38:34 blume Exp $
tim@129:  * Source:          $Source: /share/gdi/SDI-Suite/Repository/projekte/BSH-GDI/genericViewer/src/main/java/de/conterra/bsh/gdi/gnviewer/datasources/Row.java,v $
tim@129:  * created by:      Stefan Blume (blume)
tim@129:  * erstellt am:     21.11.2007
tim@129:  * Copyright:       con terra GmbH, 2005
tim@129:  *
tim@129:  * modified by:     $Author: blume $
tim@129:  * modified on:     $Date: 2008/01/30 12:38:34 $
tim@129:  * Version:         $Revision: 1.4 $
tim@129:  * TAG:             $Name:  $
tim@129:  * locked from:     $Locker:  $
tim@129:  * CVS State:       $State: Exp $
tim@129:  * Project:         $ProjectName$
tim@129:  */
tim@129: package de.intevation.gnv.geobackend.sde.datasources;
tim@129: 
tim@129: import java.util.ArrayList;
tim@129: import java.util.Calendar;
tim@129: import java.util.Date;
tim@129: 
tim@129: import org.apache.log4j.Logger;
tim@129: 
tim@129: import com.esri.sde.sdk.client.SDEPoint;
tim@129: import com.esri.sde.sdk.client.SeException;
tim@129: import com.esri.sde.sdk.client.SeShape;
tim@129: 
tim@129: import de.intevation.gnv.geobackend.sde.datasources.exception.TechnicalException;
tim@129: import de.intevation.gnv.geobackend.util.DateUtils;
tim@129: 
tim@129: /**
tim@129:  * A Row represents a set of values.
tim@129:  * In a technical manner (e.g. database manner) a row contains all attributes of a single "hit".
tim@129:  *
tim@129:  * @author blume
tim@129:  * @version 1.0
tim@129:  * @serial 1.0
tim@129:  * @see
tim@129:  * @since 21.11.2007 11:00:54
tim@129:  */
tim@129: public class Row {
tim@129: 
tim@129:     /**
tim@129:      * Default Logging instance
tim@129:      */
tim@129:     private static Logger sLogger = Logger.getLogger(Row.class);
tim@129: 
tim@129:     /**
tim@129:      * Data container.
tim@129:      */
tim@129:     private Object[] mObjects;
tim@129: 
tim@129:     /**
tim@129:      * Constructor.
tim@129:      *
tim@129:      * @param pRowSize the number of attributes contained by this row.
tim@129:      */
tim@129:     public Row(int pRowSize) {
tim@129:         mObjects = new Object[pRowSize];
tim@129:     }
tim@129:     
tim@129:     /**
tim@129:      * Constructor.
tim@129:      *
tim@129:      * @param ArrayStr a line from CSV-File.
tim@129:      */
tim@129:     public Row (String[] ArrayStr){
tim@129:     	this (ArrayStr.length);
tim@129:     	int nLength = ArrayStr.length;
tim@129:     	for (int i=0; i < nLength; i++){
tim@129:     		addObject(ArrayStr[i], i);
tim@129:     		
tim@129:     	}	
tim@129:     	
tim@129:     }
tim@129:     
tim@129:     
tim@129:     /**
tim@129:      * Adds an attribute value to a specific position of this row.
tim@129:      *
tim@129:      * @param pObject the object to be stored.
tim@129:      * @param pPos    the postion the value to be saved
tim@129:      */
tim@129:     public void addObject(Object pObject, int pPos) {
tim@129:         mObjects[pPos] = pObject;
tim@129:     }
tim@129: 
tim@129:     /**
tim@129:      * Returns a Value out of the Row.
tim@129:      *
tim@129:      * @param pPos the position of the value to be returned.
tim@129:      * @return an Object! (not strongly typed)
tim@129:      * @throws TechnicalException
tim@129:      */
tim@129:     public Object getValue(int pPos) throws TechnicalException {
tim@129:         if (pPos < mObjects.length) {
tim@263:             
tim@263:             Object o =  mObjects[pPos];
tim@263:             if (o instanceof SeShape){
tim@263:                 return this.getPosValue(pPos);
tim@263:             }else{
tim@263:                 return o;
tim@263:             }
tim@129:         } else {
tim@129:             throw new TechnicalException("Cannot access this field position. Size is: " + mObjects.length);
tim@129:         }
tim@129:     }
tim@129: 
tim@129: 
tim@129:     /**
tim@129:      * This is a covenient method for getting strongly typed objects out of the row.
tim@129:      * It has to be ensured, that the type of the requested row position has been resolved out of the ColumnDefinition ({@link ResultSet#getColumnDefinitions()}).
tim@129:      * In fact, this method executes a simple cast to the desired type.
tim@129:      *
tim@129:      * @param pPos the position of the object to be resolved.
tim@129:      * @return a strongly typed Date
tim@129:      * @throws TechnicalException
tim@129:      * @see #getValue(int)
tim@129:      */
tim@129:     public Date getDateValue(int pPos) throws TechnicalException {
tim@129:     	Date date =  null;
tim@129:         try {
tim@129:             Calendar lCalendar = (Calendar) getValue(pPos);
tim@129:             date = lCalendar.getTime();
tim@129:         } 
tim@129:         catch (ClassCastException e) {
tim@129:         	try{
tim@129:         		//SimpleDateFormat formatter = new SimpleDateFormat("dd-MMM-yyyy HH:mm:ss");
tim@129:         		date = DateUtils.getDateFromString ((String)getValue(pPos)); //(Date)formatter.parse((String)getValue(pPos));
tim@129:         	    
tim@129:         		
tim@129:         	}
tim@129:         	catch (Exception ex){
tim@129:         		sLogger.error(getValue(pPos) + " " + ex.getMessage(), ex);
tim@129:         		throw new TechnicalException("Could not cast this value to the Date Type. Object is of value type: " + getValue(pPos).getClass().getName());
tim@129:         	}
tim@129:         }	
tim@129:       
tim@129:         return date;
tim@129:     }
tim@129: 
tim@129:     /**
tim@129:      * This is a covenient method for getting strongly typed objects out of the row.
tim@129:      * It has to be ensured, that the type of the requested row position has been resolved out of the ColumnDefinition ({@link ResultSet#getColumnDefinitions()}).
tim@129:      * In fact, this method executes a simple cast to the desired type.
tim@129:      *
tim@129:      * @param pPos the position of the object to be resolved.
tim@129:      * @return a strongly typed String
tim@129:      * @throws TechnicalException
tim@129:      * @see #getValue(int)
tim@129:      */
tim@129:     public String getStringValue(int pPos) throws TechnicalException {
tim@129:         try {
tim@263:             Object o = this.getValue(pPos);
tim@263:             String returnValue = null;
tim@263:             if (o instanceof SeShape){
tim@263:                 returnValue = this.getPosValue(pPos);
tim@263:             }else{
tim@263:                 returnValue = (String)o;
tim@263:             }
tim@263:             return returnValue;
tim@129:         } catch (ClassCastException e) {
tim@129:             throw new TechnicalException("Could not cast this value to the String Type. Object is of value type: " + getValue(pPos).getClass().getName());
tim@129:         }
tim@129:     }
tim@129: 
tim@129:     /**
tim@129:      * This is a covenient method for getting strongly typed objects out of the row.
tim@129:      * It has to be ensured, that the type of the requested row position has been resolved out of the ColumnDefinition ({@link ResultSet#getColumnDefinitions()}).
tim@129:      * In fact, this method executes a simple cast to the desired type.
tim@129:      *
tim@129:      * @param pPos the position of the object to be resolved.
tim@129:      * @throws TechnicalException
tim@129:      * @see #getValue(int)
tim@129:      *      * @return a strongly typed int
tim@129:      */
tim@129:     public int getIntValue(int pPos) throws TechnicalException {
tim@129:         try {
tim@129:             return (Integer) getValue(pPos);
tim@129:         } catch (ClassCastException e) {
tim@129:             throw new TechnicalException("Could not cast this value to the Integer Type. Object is of value type: " + getValue(pPos).getClass().getName());
tim@129:         }
tim@129:     }
tim@129: 
tim@129:     /**
tim@129:      * This is a covenient method for getting strongly typed objects out of the row.
tim@129:      * It has to be ensured, that the type of the requested row position has been resolved out of the ColumnDefinition ({@link ResultSet#getColumnDefinitions()}).
tim@129:      * In fact, this method executes a simple cast to the desired type.
tim@129:      *
tim@129:      * @param pPos the position of the object to be resolved.
tim@129:      * @throws TechnicalException
tim@129:      * @see #getValue(int)
tim@129:      *      * @return a strongly typed Double
tim@129:      */
tim@129:     public Double getDoubleValue(int pPos) throws TechnicalException {
tim@129:         try {
tim@129:             return (Double) getValue(pPos);
tim@129:         } catch (ClassCastException e) {
tim@129:         	try{
tim@129:         		return new Double ((String)getValue(pPos));
tim@129:         	}
tim@129:         	catch(Exception ex){
tim@129:         		sLogger.error(getValue(pPos) + " " + ex.getMessage(), ex);
tim@129:         		throw new TechnicalException("Could not cast this value to the Double Type. Object is of value type: " + getValue(pPos).getClass().getName());
tim@129:         	}
tim@129:         }
tim@129:     }
tim@129: 
tim@129:     /**
tim@129:      * This is a covenient method for getting strongly typed objects out of the row.
tim@129:      * It has to be ensured, that the type of the requested row position has been resolved out of the ColumnDefinition ({@link ResultSet#getColumnDefinitions()}).
tim@129:      * In fact, this method executes a simple cast to the desired type.
tim@129:      *
tim@129:      * @param pPos the position of the object to be resolved.
tim@129:      * @return a strongly typed Float
tim@129:      * @throws TechnicalException
tim@129:      * @see #getValue(int)
tim@129:      */
tim@129:     public Float getFloatValue(int pPos) throws TechnicalException {
tim@129:         try {
tim@129:             return (Float) getValue(pPos);
tim@129:         } catch (ClassCastException e) {
tim@129:             throw new TechnicalException("Could not cast this value to the Float Type. Object is of value type: " + getValue(pPos).getClass().getName());
tim@129:         }
tim@129:     }
tim@129:     /**
tim@129:      * This is a covenient method for getting strongly typed objects out of the row.
tim@129:      * It has to be ensured, that the type of the requested row position has been resolved out of the ColumnDefinition ({@link ResultSet#getColumnDefinitions()}).
tim@129:      * In fact, this method executes a simple cast to the desired type.
tim@129:      *
tim@129:      * @param pPos the position of the object to be resolved.
tim@129:      * @return a strongly typed Float
tim@129:      * @throws TechnicalException
tim@129:      * @see #getValue(int)
tim@129:      */    
tim@129:     public String getPosValue(int pPos)throws TechnicalException{
tim@268:         SeShape val;
tim@268:         ArrayList aList;
tim@268:         SDEPoint mPoint[];
tim@268:         StringBuffer returnValue = new StringBuffer();
tim@268:         synchronized (returnValue) {
tim@268:             try {
tim@268:                 val = (SeShape) this.mObjects[pPos];
tim@268:                 aList = val.getAllPoints(0,false);
tim@268:                 mPoint = (SDEPoint[])aList.get(0);
tim@273:                 if (val.isPoint()){
tim@273:                     returnValue.append("POINT(")
tim@273:                                .append(mPoint[0].getX())
tim@273:                                .append(" ")
tim@275:                                .append(mPoint[0].getY());
tim@275:                                 if (mPoint[0].is3D()){
tim@275:                                    returnValue.append(" ")
tim@275:                                    .append(mPoint[0].getZ());
tim@275:                                }
tim@275:                                 returnValue.append(")");
tim@660:                 }else if (val.isLine() || val.isSimpleLine()){
tim@268:                     returnValue.append("LINESTRING(");
tim@268:                     for (int i = 0; i< mPoint.length;i++){
tim@273:                         returnValue.append(mPoint[i].getX())
tim@273:                                    .append(" ")
tim@275:                                    .append(mPoint[i].getY());
tim@275:                                     if (mPoint[i].is3D()){
tim@275:                                         returnValue.append(" ")
tim@275:                                         .append(mPoint[i].getZ());
tim@275:                                     }
tim@268:                         if (i < mPoint.length-1){
tim@268:                             returnValue.append(" , ");
tim@268:                         }
tim@268:                     }
tim@268:                     returnValue.append(")");
tim@273:                 } else if (val.isPolygon()){
tim@273:                     returnValue.append("POLYGON((");
tim@275:                     int length = mPoint.length;
tim@275:                     for (int i = 0; i< length ;i++){
tim@275:                        SDEPoint p = mPoint[i];
tim@275:                        returnValue.append(p.getX())
tim@273:                                    .append(" ")
tim@275:                                    .append(p.getY());
tim@275:                        if (p.is3D()){
tim@275:                            returnValue.append(" ")
tim@275:                                       .append(p.getZ());
tim@275:                        }
tim@275:                        if (i < length-1){
tim@275:                            returnValue.append(" , ");
tim@275:                        }
tim@273:                     }
tim@273:                     returnValue.append(")");
tim@546:                     // TODO How are Rings supported
tim@273: //                    for (int i =1 ; i < aList.size(); i++){
tim@273: //                        returnValue.append("(");
tim@273: //                        mPoint = (SDEPoint[])aList.get(i);
tim@273: //                        for (int j = 0; j < mPoint.length;j++){
tim@273: //                            returnValue.append(mPoint[j].getX())
tim@273: //                                       .append(" ")
tim@273: //                                       .append(mPoint[j].getY())
tim@273: //                                       .append(" ")
tim@273: //                                       .append(mPoint[i].getZ());
tim@273: //                            if (i < mPoint.length-1){
tim@273: //                                returnValue.append(" , ");
tim@273: //                            }
tim@273: //                        }
tim@273: //                        returnValue.append(")");
tim@273: //                    }
tim@273:                     returnValue.append(")");
tim@268:                 }
tim@268:             } catch (SeException e) {
tim@268:                 throw new TechnicalException("Could not cast this value to the Float Type. Object is of value type: " + getValue(pPos).getClass().getName());   
tim@268:             }
tim@129:         }
tim@268:         return returnValue.toString();
tim@129:     }
tim@129: }