mirror of
https://github.com/QtExcel/QXlsx.git
synced 2025-01-30 05:02:52 +08:00
587 lines
17 KiB
C++
587 lines
17 KiB
C++
//
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// main.cpp
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//
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#include <QCoreApplication>
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#include <QtCore>
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#include <iostream>
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using namespace std;
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#include "xlsxdocument.h"
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#include "xlsxchartsheet.h"
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#include "xlsxcellrange.h"
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#include "xlsxchart.h"
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#include "xlsxrichstring.h"
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#include "xlsxworkbook.h"
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using namespace QXlsx;
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void Test1(bool isTest);
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void Test2(bool isTest);
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void Test3(bool isTest);
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void Test4(bool isTest);
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void Test5(bool isTest);
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void Test6(bool isTest);
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void Test7(bool isTest);
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int main(int argc, char *argv[])
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{
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Test1(false);
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Test2(false);
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Test3(false);
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Test4(false);
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Test5(false);
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Test6(false);
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Test7(true);
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return 0;
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}
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void Test1(bool isTest)
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{
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if (!isTest)
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return;
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Document xlsx;
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xlsx.write("A1", "Hello Qt!");
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xlsx.write("A2", 12345);
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xlsx.write("A3", "=44+33"); // cell value is 77.
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xlsx.write("A4", true);
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xlsx.write("A5", "http://qt-project.org");
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xlsx.write("A6", QDate(2013, 12, 27));
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xlsx.write("A7", QTime(6, 30));
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if (!xlsx.saveAs("Test1.xlsx"))
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qDebug() << "[TEST1] failed to save excel file" ;
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}
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void Test2(bool isTest)
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{
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if (!isTest)
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return;
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{
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//Create a new .xlsx file.
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QXlsx::Document xlsx;
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xlsx.write("A1", "Hello Qt!");
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xlsx.write("A2", 12345);
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xlsx.write("A3", "=44+33");
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xlsx.write("A4", true);
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xlsx.write("A5", "http://qt-project.org");
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xlsx.write("A6", QDate(2013, 12, 27));
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xlsx.write("A7", QTime(6, 30));
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if (!xlsx.saveAs("Test2.xlsx"))
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{
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qDebug() << "[TEST2] failed to save excel file" ;
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return;
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}
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}
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//![0]
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QXlsx::Document xlsx("Test2.xlsx");
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//![0]
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//![1]
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qDebug() << xlsx.read("A1");
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qDebug() << xlsx.read("A2");
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qDebug() << xlsx.read("A3");
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qDebug() << xlsx.read("A4");
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qDebug() << xlsx.read("A5");
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qDebug() << xlsx.read("A6");
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qDebug() << xlsx.read("A7");
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qDebug() << "--------------------";
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//![1]
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//![2]
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for ( int row = 1 ; row < 10 ; ++row )
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{
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if ( Cell* cell = xlsx.cellAt( row, 1 ) )
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{
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qDebug() << row << " " << cell->value() ;
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}
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}
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//![2]
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/* debug output
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QVariant(QString, "Hello Qt!")
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QVariant(double, 12345)
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QVariant(QString, "=44+33")
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QVariant(bool, true)
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QVariant(QString, "http://qt-project.org")
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QVariant(QDate, QDate("2013-12-27"))
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QVariant(QTime, QTime("06:30:00.000"))
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--------------------
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1 QVariant(QString, "Hello Qt!")
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2 QVariant(double, 12345)
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3 QVariant(double, 0)
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4 QVariant(bool, true)
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5 QVariant(QString, "http://qt-project.org")
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6 QVariant(double, 41635)
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7 QVariant(double, 0.270833)
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*/
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}
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void Test3(bool isTest)
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{
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if (!isTest)
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return;
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//![0]
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Document xlsx;
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for ( int i = 1 ; i < 10 ; ++i )
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{
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xlsx.write(i, 1, i*i);
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}
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//![0]
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/*
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1
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4
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9
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16
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25
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36
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49
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64
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81
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*/
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//![1]
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xlsx.addSheet("Chart1", AbstractSheet::ST_ChartSheet);
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Chartsheet *sheet = static_cast<Chartsheet*>(xlsx.currentSheet());
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Chart *barChart = sheet->chart();
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barChart->setChartType(Chart::CT_Bar);
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barChart->addSeries(CellRange("A1:A9"), xlsx.sheet("Sheet1"));
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//![1]
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//![2]
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if (!xlsx.saveAs("Test3.xlsx"))
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{
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qDebug() << "[TEST3] failed to create excel file";
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}
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//![2]
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}
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void Test4(bool isTest)
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{
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if (!isTest)
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return;
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Document xlsx;
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//![0]
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Format format;
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format.setHorizontalAlignment(Format::AlignHCenter);
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format.setVerticalAlignment(Format::AlignVCenter);
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//![0]
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//![1]
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xlsx.write("B4", "Hello Qt!");
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xlsx.mergeCells("B4:F6", format);
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xlsx.write("B8", 1);
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xlsx.mergeCells("B8:C21", format);
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xlsx.write("E8", 2);
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xlsx.mergeCells("E8:F21", format);
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//![1]
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if (!xlsx.saveAs("Test4.xlsx"))
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{
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qDebug() << "[TEST4] failed to create excel file";
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}
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}
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void Test5(bool isTest)
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{
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if (!isTest)
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return;
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{
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//![Create a xlsx file]
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Document xlsx;
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for ( int i = 1 ; i < 20 ; ++i )
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{
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for ( int j = 1 ; j < 15 ; ++j )
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xlsx.write( i, j, QString("R %1 C %2").arg(i).arg(j) );
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}
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xlsx.addSheet();
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xlsx.write(2, 2, "Hello Qt Xlsx");
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xlsx.addSheet();
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xlsx.write(3, 3, "This will be deleted...");
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xlsx.addSheet("HiddenSheet");
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xlsx.currentSheet()->setHidden(true);
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xlsx.write("A1", "This sheet is hidden.");
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xlsx.addSheet("VeryHiddenSheet");
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xlsx.sheet("VeryHiddenSheet")->setSheetState(AbstractSheet::SS_VeryHidden);
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xlsx.write("A1", "This sheet is very hidden.");
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xlsx.save();//Default name is "Book1.xlsx"
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//![Create a xlsx file]
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}
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{
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Document xlsx2("Book1.xlsx");
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//![add_copy_move_delete]
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xlsx2.renameSheet("Sheet1", "TheFirstSheet");
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xlsx2.copySheet("TheFirstSheet", "CopyOfTheFirst");
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xlsx2.selectSheet("CopyOfTheFirst");
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xlsx2.write(25, 2, "On the Copy Sheet");
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xlsx2.deleteSheet("Sheet3");
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xlsx2.moveSheet("Sheet2", 0);
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//![add_copy_move_delete]
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//![show_hidden_sheets]
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xlsx2.sheet("HiddenSheet")->setVisible(true);
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xlsx2.sheet("VeryHiddenSheet")->setVisible(true);
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//![show_hidden_sheets]
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if ( !xlsx2.saveAs("Book2.xlsx") )
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{
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return;
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}
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}
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}
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void Test6(bool isTest)
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{
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if (!isTest)
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return;
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//![0]
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QXlsx::Document xlsx;
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//![0]
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//![1]
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QXlsx::Format blue;
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blue.setFontColor(Qt::blue);
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QXlsx::Format red;
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red.setFontColor(Qt::red);
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red.setFontSize(15);
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QXlsx::Format bold;
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bold.setFontBold(true);
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QXlsx::RichString rich;
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rich.addFragment("Hello ", blue);
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rich.addFragment("Qt ", red);
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rich.addFragment("Xlsx", bold);
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xlsx.write("B2", rich);
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xlsx.workbook()->setHtmlToRichStringEnabled(true);
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xlsx.write("B4", "<b>Hello</b> <font color=\"red\">Qt</font> <i>Xlsx</i>");
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xlsx.write("B6", "<font color=\"red\"><b><u><i>Qt Xlsx</i></u></b></font>");
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//![1]
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//![2]
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xlsx.saveAs("Test6.xlsx");
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//![2]
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}
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void writeHorizontalAlignCell(Document &xlsx, const QString &cell, const QString &text, Format::HorizontalAlignment align)
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{
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Format format;
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format.setHorizontalAlignment(align);
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format.setBorderStyle(Format::BorderThin);
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xlsx.write(cell, text, format);
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}
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void writeVerticalAlignCell(Document &xlsx, const QString &range, const QString &text, Format::VerticalAlignment align)
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{
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Format format;
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format.setVerticalAlignment(align);
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format.setBorderStyle(Format::BorderThin);
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CellRange r(range);
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xlsx.write(r.firstRow(), r.firstColumn(), text);
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xlsx.mergeCells(r, format);
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}
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void writeBorderStyleCell(Document &xlsx, const QString &cell, const QString &text, Format::BorderStyle bs)
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{
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Format format;
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format.setBorderStyle(bs);
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xlsx.write(cell, text, format);
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}
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void writeSolidFillCell(Document &xlsx, const QString &cell, const QColor &color)
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{
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Format format;
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format.setPatternBackgroundColor(color);
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xlsx.write(cell, QVariant(), format);
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}
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void writePatternFillCell(Document &xlsx, const QString &cell, Format::FillPattern pattern, const QColor &color)
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{
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Format format;
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format.setPatternForegroundColor(color);
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format.setFillPattern(pattern);
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xlsx.write(cell, QVariant(), format);
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}
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void writeBorderAndFontColorCell(Document &xlsx, const QString &cell, const QString &text, const QColor &color)
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{
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Format format;
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format.setBorderStyle(Format::BorderThin);
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format.setBorderColor(color);
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format.setFontColor(color);
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xlsx.write(cell, text, format);
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}
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void writeFontNameCell(Document &xlsx, const QString &cell, const QString &text)
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{
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Format format;
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format.setFontName(text);
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format.setFontSize(16);
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xlsx.write(cell, text, format);
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}
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void writeFontSizeCell(Document &xlsx, const QString &cell, int size)
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{
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Format format;
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format.setFontSize(size);
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xlsx.write(cell, "Qt Xlsx", format);
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}
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void writeInternalNumFormatsCell(Document &xlsx, int row, double value, int numFmt)
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{
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Format format;
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format.setNumberFormatIndex(numFmt);
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xlsx.write(row, 1, value);
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xlsx.write(row, 2, QString("Builtin NumFmt %1").arg(numFmt));
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xlsx.write(row, 3, value, format);
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}
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void writeCustomNumFormatsCell(Document &xlsx, int row, double value, const QString &numFmt)
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{
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Format format;
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format.setNumberFormat(numFmt);
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xlsx.write(row, 1, value);
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xlsx.write(row, 2, numFmt);
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xlsx.write(row, 3, value, format);
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}
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void Test7(bool isTest)
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{
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if (!isTest)
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return;
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Document xlsx;
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//---------------------------------------------------------------
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//Create the first sheet (Otherwise, default "Sheet1" will be created)
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xlsx.addSheet("Aligns & Borders");
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xlsx.setColumnWidth(2, 20); //Column B // ABCDEFGHI
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xlsx.setColumnWidth(8, 12); //Column H // 123456789
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xlsx.currentWorksheet()->setGridLinesVisible(false);
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//Alignment
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writeHorizontalAlignCell(xlsx, "B3", "AlignLeft", Format::AlignLeft);
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writeHorizontalAlignCell(xlsx, "B5", "AlignHCenter", Format::AlignHCenter);
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writeHorizontalAlignCell(xlsx, "B7", "AlignRight", Format::AlignRight);
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writeVerticalAlignCell(xlsx, "D3:D7", "AlignTop", Format::AlignTop);
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writeVerticalAlignCell(xlsx, "F3:F7", "AlignVCenter", Format::AlignVCenter);
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writeVerticalAlignCell(xlsx, "H3:H7", "AlignBottom", Format::AlignBottom);
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//Border
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writeBorderStyleCell(xlsx, "B13", "BorderMedium", Format::BorderMedium);
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writeBorderStyleCell(xlsx, "B15", "BorderDashed", Format::BorderDashed);
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writeBorderStyleCell(xlsx, "B17", "BorderDotted", Format::BorderDotted);
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writeBorderStyleCell(xlsx, "B19", "BorderThick", Format::BorderThick);
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writeBorderStyleCell(xlsx, "B21", "BorderDouble", Format::BorderDouble);
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writeBorderStyleCell(xlsx, "B23", "BorderDashDot", Format::BorderDashDot);
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//Fill
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writeSolidFillCell(xlsx, "D13", Qt::red);
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writeSolidFillCell(xlsx, "D15", Qt::blue);
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writeSolidFillCell(xlsx, "D17", Qt::yellow);
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writeSolidFillCell(xlsx, "D19", Qt::magenta);
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writeSolidFillCell(xlsx, "D21", Qt::green);
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writeSolidFillCell(xlsx, "D23", Qt::gray);
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writePatternFillCell(xlsx, "F13", Format::PatternMediumGray, Qt::red);
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writePatternFillCell(xlsx, "F15", Format::PatternDarkHorizontal, Qt::blue);
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writePatternFillCell(xlsx, "F17", Format::PatternDarkVertical, Qt::yellow);
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writePatternFillCell(xlsx, "F19", Format::PatternDarkDown, Qt::magenta);
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writePatternFillCell(xlsx, "F21", Format::PatternLightVertical, Qt::green);
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writePatternFillCell(xlsx, "F23", Format::PatternLightTrellis, Qt::gray);
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writeBorderAndFontColorCell(xlsx, "H13", "Qt::red", Qt::red);
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writeBorderAndFontColorCell(xlsx, "H15", "Qt::blue", Qt::blue);
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writeBorderAndFontColorCell(xlsx, "H17", "Qt::yellow", Qt::yellow);
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writeBorderAndFontColorCell(xlsx, "H19", "Qt::magenta", Qt::magenta);
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writeBorderAndFontColorCell(xlsx, "H21", "Qt::green", Qt::green);
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writeBorderAndFontColorCell(xlsx, "H23", "Qt::gray", Qt::gray);
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//---------------------------------------------------------------
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//Create the second sheet.
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xlsx.addSheet("Fonts");
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xlsx.write("B3", "Normal");
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Format font_bold;
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font_bold.setFontBold(true);
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xlsx.write("B4", "Bold", font_bold);
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Format font_italic;
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font_italic.setFontItalic(true);
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xlsx.write("B5", "Italic", font_italic);
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Format font_underline;
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font_underline.setFontUnderline(Format::FontUnderlineSingle);
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xlsx.write("B6", "Underline", font_underline);
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Format font_strikeout;
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font_strikeout.setFontStrikeOut(true);
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xlsx.write("B7", "StrikeOut", font_strikeout);
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writeFontNameCell(xlsx, "D3", "Arial");
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writeFontNameCell(xlsx, "D4", "Arial Black");
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writeFontNameCell(xlsx, "D5", "Comic Sans MS");
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writeFontNameCell(xlsx, "D6", "Courier New");
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writeFontNameCell(xlsx, "D7", "Impact");
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writeFontNameCell(xlsx, "D8", "Times New Roman");
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writeFontNameCell(xlsx, "D9", "Verdana");
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writeFontSizeCell(xlsx, "G3", 10);
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writeFontSizeCell(xlsx, "G4", 12);
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writeFontSizeCell(xlsx, "G5", 14);
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writeFontSizeCell(xlsx, "G6", 16);
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writeFontSizeCell(xlsx, "G7", 18);
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writeFontSizeCell(xlsx, "G8", 20);
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writeFontSizeCell(xlsx, "G9", 25);
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Format font_vertical;
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font_vertical.setRotation(255);
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font_vertical.setFontSize(16);
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xlsx.write("J3", "vertical", font_vertical);
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xlsx.mergeCells("J3:J9");
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//---------------------------------------------------------------
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//Create the third sheet.
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xlsx.addSheet("Formulas");
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xlsx.setColumnWidth(1, 2, 40);
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Format rAlign;
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rAlign.setHorizontalAlignment(Format::AlignRight);
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Format lAlign;
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lAlign.setHorizontalAlignment(Format::AlignLeft);
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xlsx.write("B3", 40, lAlign);
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xlsx.write("B4", 30, lAlign);
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xlsx.write("B5", 50, lAlign);
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xlsx.write("A7", "SUM(B3:B5)=", rAlign);
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xlsx.write("B7", "=SUM(B3:B5)", lAlign);
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xlsx.write("A8", "AVERAGE(B3:B5)=", rAlign);
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xlsx.write("B8", "=AVERAGE(B3:B5)", lAlign);
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xlsx.write("A9", "MAX(B3:B5)=", rAlign);
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xlsx.write("B9", "=MAX(B3:B5)", lAlign);
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xlsx.write("A10", "MIN(B3:B5)=", rAlign);
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xlsx.write("B10", "=MIN(B3:B5)", lAlign);
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xlsx.write("A11", "COUNT(B3:B5)=", rAlign);
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xlsx.write("B11", "=COUNT(B3:B5)", lAlign);
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xlsx.write("A13", "IF(B7>100,\"large\",\"small\")=", rAlign);
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xlsx.write("B13", "=IF(B7>100,\"large\",\"small\")", lAlign);
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xlsx.write("A15", "SQRT(25)=", rAlign);
|
|
xlsx.write("B15", "=SQRT(25)", lAlign);
|
|
xlsx.write("A16", "RAND()=", rAlign);
|
|
xlsx.write("B16", "=RAND()", lAlign);
|
|
xlsx.write("A17", "2*PI()=", rAlign);
|
|
xlsx.write("B17", "=2*PI()", lAlign);
|
|
|
|
xlsx.write("A19", "UPPER(\"qtxlsx\")=", rAlign);
|
|
xlsx.write("B19", "=UPPER(\"qtxlsx\")", lAlign);
|
|
xlsx.write("A20", "LEFT(\"ubuntu\",3)=", rAlign);
|
|
xlsx.write("B20", "=LEFT(\"ubuntu\",3)", lAlign);
|
|
xlsx.write("A21", "LEN(\"Hello Qt!\")=", rAlign);
|
|
xlsx.write("B21", "=LEN(\"Hello Qt!\")", lAlign);
|
|
|
|
Format dateFormat;
|
|
dateFormat.setHorizontalAlignment(Format::AlignLeft);
|
|
dateFormat.setNumberFormat("yyyy-mm-dd");
|
|
xlsx.write("A23", "DATE(2013,8,13)=", rAlign);
|
|
xlsx.write("B23", "=DATE(2013,8,13)", dateFormat);
|
|
xlsx.write("A24", "DAY(B23)=", rAlign);
|
|
xlsx.write("B24", "=DAY(B23)", lAlign);
|
|
xlsx.write("A25", "MONTH(B23)=", rAlign);
|
|
xlsx.write("B25", "=MONTH(B23)", lAlign);
|
|
xlsx.write("A26", "YEAR(B23)=", rAlign);
|
|
xlsx.write("B26", "=YEAR(B23)", lAlign);
|
|
xlsx.write("A27", "DAYS360(B23,TODAY())=", rAlign);
|
|
xlsx.write("B27", "=DAYS360(B23,TODAY())", lAlign);
|
|
|
|
xlsx.write("A29", "B3+100*(2-COS(0)))=", rAlign);
|
|
xlsx.write("B29", "=B3+100*(2-COS(0))", lAlign);
|
|
xlsx.write("A30", "ISNUMBER(B29)=", rAlign);
|
|
xlsx.write("B30", "=ISNUMBER(B29)", lAlign);
|
|
xlsx.write("A31", "AND(1,0)=", rAlign);
|
|
xlsx.write("B31", "=AND(1,0)", lAlign);
|
|
|
|
xlsx.write("A33", "HYPERLINK(\"http://qt-project.org\")=", rAlign);
|
|
xlsx.write("B33", "=HYPERLINK(\"http://qt-project.org\")", lAlign);
|
|
|
|
//---------------------------------------------------------------
|
|
//Create the fourth sheet.
|
|
xlsx.addSheet("NumFormats");
|
|
xlsx.setColumnWidth(2, 40);
|
|
writeInternalNumFormatsCell(xlsx, 4, 2.5681, 2);
|
|
writeInternalNumFormatsCell(xlsx, 5, 2500000, 3);
|
|
writeInternalNumFormatsCell(xlsx, 6, -500, 5);
|
|
writeInternalNumFormatsCell(xlsx, 7, -0.25, 9);
|
|
writeInternalNumFormatsCell(xlsx, 8, 890, 11);
|
|
writeInternalNumFormatsCell(xlsx, 9, 0.75, 12);
|
|
writeInternalNumFormatsCell(xlsx, 10, 41499, 14);
|
|
writeInternalNumFormatsCell(xlsx, 11, 41499, 17);
|
|
|
|
writeCustomNumFormatsCell(xlsx, 13, 20.5627, "#.###");
|
|
writeCustomNumFormatsCell(xlsx, 14, 4.8, "#.00");
|
|
writeCustomNumFormatsCell(xlsx, 15, 1.23, "0.00 \"RMB\"");
|
|
writeCustomNumFormatsCell(xlsx, 16, 60, "[Red][<=100];[Green][>100]");
|
|
|
|
//---------------------------------------------------------------
|
|
//Create the fifth sheet.
|
|
xlsx.addSheet("Merging");
|
|
Format centerAlign;
|
|
centerAlign.setHorizontalAlignment(Format::AlignHCenter);
|
|
centerAlign.setVerticalAlignment(Format::AlignVCenter);
|
|
xlsx.write("B4", "Hello Qt!");
|
|
xlsx.mergeCells("B4:F6", centerAlign);
|
|
xlsx.write("B8", 1);
|
|
xlsx.mergeCells("B8:C21", centerAlign);
|
|
xlsx.write("E8", 2);
|
|
xlsx.mergeCells("E8:F21", centerAlign);
|
|
|
|
//---------------------------------------------------------------
|
|
//Create the fifth sheet.
|
|
xlsx.addSheet("Grouping");
|
|
qsrand(QDateTime::currentMSecsSinceEpoch());
|
|
for (int row=2; row<31; ++row) {
|
|
for (int col=1; col<=10; ++col)
|
|
xlsx.write(row, col, qrand() % 100);
|
|
}
|
|
xlsx.groupRows(4, 7);
|
|
xlsx.groupRows(11, 26, false);
|
|
xlsx.groupRows(15, 17, false);
|
|
xlsx.groupRows(20, 22, false);
|
|
xlsx.setColumnWidth(1, 10, 10.0);
|
|
xlsx.groupColumns(1, 2);
|
|
xlsx.groupColumns(5, 8, false);
|
|
|
|
if (!xlsx.saveAs("Test7.xlsx"))
|
|
{
|
|
return;
|
|
}
|
|
}
|
|
|