For csv, we concatenate the csv strings returned by exportData() method
var csv1 = grid1.exportData({ format: 'csv' });//export 1st grid var csv2 = grid2.exportData({ format: 'csv', skipBOM: true });//export 2nd grid var data = csv1 + "\n\n" + csv2; pq.saveAs(data, "pqGrid.csv");
For xlsx, we extract sheet from the other workbooks and add it to the sheets collection of the first workbook
var w1 = grid1.exportExcel({workbook: true});//export 1st grid into js workbook. var w2 = grid2.exportExcel({workbook: true});//export 2nd grid into js workbook. w1.sheets.push( w2.sheets[0] );//copy worksheet of 2nd workbook to sheets collection of 1st workbook. var blob = pq.excel.exportWb({workbook: w1, type: 'blob'});//export 1st workbook into Excel file. pq.saveAs(blob, "pqGrid.xlsx" );
For html export, we simply concatenate the html strings returned by exportData method.
var html1 = grid1.exportData({ format: 'htm' });//export 1st grid var html2 = grid2.exportData({ format: 'htm' });//export 2nd grid pq.saveAs( "First table" + html1 + "Second table" + html2, "pqGrid.html");
For Pdf export, we add document definiition objects returned by exportData method to the content array of document definition object of whole Pdf document.
content: [ { text: "First table:", margin: [0, 10, 0, 5] }, { //include document definition of grid. table: dd1 }, { text: "Second table:", margin: [0, 10, 0, 5], pageBreak: 'before' }, { table: dd2 } ],