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protected void doPost(HttpServletRequest request, HttpServletResponse response) throws ServletException, IOException {
InstanceGrid[] instanceGrid = (InstanceGrid[]) request.getSession().getAttribute( "instanceGrid" );
String[] listTitleField = request.getParameter( "fieldTitleVisible" ).split( "\\|" );
String[] listNameField = request.getParameter( "fieldNameVisible" ).split( "\\|" );
File excelFile = new File( "Export.xls" );
try {
WritableWorkbook workbook = Workbook.createWorkbook( excelFile );
WritableSheet sheet = workbook.createSheet( "Export", 0 );
//Crée le format d’une cellule
// WritableFont arial10font = new WritableFont( WritableFont.ARIAL, 20,
// WritableFont.BOLD, true, UnderlineStyle.NO_UNDERLINE,
// Colour.BLACK, ScriptStyle.NORMAL_SCRIPT);
// WritableCellFormat arial10format = new WritableCellFormat( arial10font );
//1ere ligne title
for (int i = 0; i < listTitleField.length; i++) {
//Crée un label à la ligne 0, colonne i avec le format spécifique
Label label = new Label( i, 0, listTitleField[i] );
//Ajout des cellules
sheet.addCell(label);
}
for (int i = 0; i < instanceGrid.length; i++) {
for (int j = 0; j < listNameField.length; j++) {
System.out.println( "listNameField[j] = _" + listNameField[j] + "_" );
if ( listNameField[j].equals( "" ) == false ) {
Label label = new Label( j, i+1, "" );
if ( listNameField[j].equals( "indice3it" ) ) {
label = new Label( j, i+1, instanceGrid[i].getIndice3IT() );
} else if ( listNameField[j].equals( "fab" ) ) {
label = new Label( j, i+1, instanceGrid[i].getFabricabilite() );
} else if ( listNameField[j].equals( "boxcode" ) ) {
label = new Label( j, i+1, instanceGrid[i].getBoxCode() );
} else if ( listNameField[j].equals( "refcatia" ) ) {
label = new Label( j, i+1, instanceGrid[i].getRefCatia() );
} else if ( listNameField[j].equals( "ref3it" ) ) {
label = new Label( j, i+1, instanceGrid[i].getRef3it() );
} else if ( listNameField[j].equals( "status" ) ) {
label = new Label( j, i+1, instanceGrid[i].getEtat() );
} else if ( listNameField[j].equals( "importdate" ) ) {
label = new Label( j, i+1, instanceGrid[i].getImportDate().toString() );
} else if ( listNameField[j].equals( "type" ) ) {
label = new Label( j, i+1, instanceGrid[i].getType() );
} else if ( listNameField[j].equals( "indicecatia" ) ) {
label = new Label( j, i+1, instanceGrid[i].getIndiceCatia() );
} else if ( listNameField[j].equals( "instance_id" ) ) {
label = new Label( j, i+1, instanceGrid[i].getInstanceId().toString() );
} else if ( listNameField[j].equals( "istTypeOf" ) ) {
label = new Label( j, i+1, instanceGrid[i].getIstTypeOf() );
} else if ( listNameField[j].equals( "quantity" ) ) {
label = new Label( j, i+1, instanceGrid[i].getQuantity().toString() );
} else if ( listNameField[j].equals( "searchFilter" ) ) {
label = new Label( j, i+1, instanceGrid[i].getSearchFilter() );
} else if ( listNameField[j].equals( "catiastatus" ) ) {
label = new Label( j, i+1, instanceGrid[i].getStatusCatia() );
} else if ( listNameField[j].equals( "lotbe" ) ) {
label = new Label( j, i+1, instanceGrid[i].getLotBE() );
} else if ( listNameField[j].equals( "doublon" ) ) {
label = new Label( j, i+1, instanceGrid[i].getIsDoublon().toString() );
} else if ( listNameField[j].equals( "operatingTemperature" ) ) {
label = new Label( j, i+1, instanceGrid[i].getOperatingTemperature() );
} else if ( listNameField[j].equals( "frequencyBand" ) ) {
label = new Label( j, i+1, instanceGrid[i].getFrequencyBand() );
} else if ( listNameField[j].equals( "losses" ) ) {
label = new Label( j, i+1, instanceGrid[i].getLosses().toString() );
} else if ( listNameField[j].equals( "tos" ) ) {
label = new Label( j, i+1, instanceGrid[i].getTos().toString() );
} else if ( listNameField[j].equals( "finishing" ) ) {
label = new Label( j, i+1, instanceGrid[i].getFinishing() );
} else if ( listNameField[j].equals( "processing" ) ) {
label = new Label( j, i+1, instanceGrid[i].getProcessing() );
} else if ( listNameField[j].equals( "cao_mass" ) ) {
label = new Label( j, i+1, instanceGrid[i].getCaoMass() );
} else if ( listNameField[j].equals( "computed_mass" ) ) {
label = new Label( j, i+1, instanceGrid[i].getComputedMass() );
} else if ( listNameField[j].equals( "thickness" ) ) {
label = new Label( j, i+1, instanceGrid[i].getThickness() );
} else if ( listNameField[j].equals( "category" ) ) {
label = new Label( j, i+1, instanceGrid[i].getCategory() );
} else if ( listNameField[j].equals( "extremity1" ) ) {
label = new Label( j, i+1, instanceGrid[i].getExtremity1() );
} else if ( listNameField[j].equals( "extremity2" ) ) {
label = new Label( j, i+1, instanceGrid[i].getExtremity2() );
} else if ( listNameField[j].equals( "description" ) ) {
label = new Label( j, i+1, instanceGrid[i].getDescription() );
} else if ( listNameField[j].equals( "extendedTemperature" ) ) {
label = new Label( j, i+1, instanceGrid[i].getExtendedTemperature() );
} else if ( listNameField[j].equals( "light" ) ) {
label = new Label( j, i+1, instanceGrid[i].getLight() );
}
sheet.addCell( label );
}
}
}
//Ecriture et fermeture du classeur
workbook.write();
workbook.close();
} catch (RowsExceededException e1) {
e1.printStackTrace();
} catch (WriteException e1) {
e1.printStackTrace();
} catch (IOException e) {
e.printStackTrace();
} finally {
System.out.println("Le fichier \"Export.xls\" à été généré correctement.");
}
// Restitution du fichier ZIP créé sous forme de flux dans la réponse
response.setContentType("application/vnd.ms-excel");
String fichier = excelFile.getPath() ;
System.out.println( "fichier = " + fichier );
response.setHeader( "Content-disposition", "attachment; filename=\"" + fichier + "\"" );
// Création d?un buffer de sortie afin d?améliorer les perf d?écriture
OutputStream dest = response.getOutputStream();
BufferedOutputStream out = new BufferedOutputStream( dest );
//Création du buffer d?entrée
final int BUFFER = 2048;
byte data[] = new byte[BUFFER];
FileInputStream fi = new FileInputStream( excelFile );
BufferedInputStream buffi = new BufferedInputStream(fi, BUFFER);
//Écriture des entrées dans le flux de sortie par paquet de taille égale aux tampons d?entrée et de sortie
int count;
while((count = buffi.read(data, 0, BUFFER)) != -1) {
out.write(data, 0, count);
}
//Fermeture des flux
buffi.close();
// out.close();
// Calculer le flux à renvoyer au client
byte[] bytes = out.toString().getBytes();
// Envoyer le flux dans la réponse
OutputStream os = response.getOutputStream();
os.write( bytes );
os.close();
out.close();
} |
