mirror of
https://github.com/PHPOffice/PhpSpreadsheet.git
synced 2026-09-13 03:26:26 +00:00
oleibman
ad2194d737
The CONCATENATE function has been treated as equivalent to CONCAT. This is not how it is treated in Excel; it is closer to (and probably identical to) the ampersand concatenate operator. The difference manifests itself when any of the arguments is an array (typically a cell range). Code is added to support this difference. Support for array results is added to Csv Writer, Html Writer, and Ods Reader and Writer. I have not figured out how to get it to work with Xls.
356 lines
11 KiB
PHP
356 lines
11 KiB
PHP
<?php
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declare(strict_types=1);
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namespace PhpOffice\PhpSpreadsheetTests\Writer\Xlsx;
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use PhpOffice\PhpSpreadsheet\Calculation\Calculation;
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use PhpOffice\PhpSpreadsheet\Reader\Xlsx as XlsxReader;
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use PhpOffice\PhpSpreadsheet\Shared\File;
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use PhpOffice\PhpSpreadsheet\Spreadsheet;
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use PhpOffice\PhpSpreadsheet\Writer\Xlsx as XlsxWriter;
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use PHPUnit\Framework\TestCase;
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class ArrayFunctionsTest extends TestCase
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{
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private string $arrayReturnType;
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private string $outputFile = '';
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protected function setUp(): void
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{
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$this->arrayReturnType = Calculation::getArrayReturnType();
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}
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protected function tearDown(): void
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{
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Calculation::setArrayReturnType($this->arrayReturnType);
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if ($this->outputFile !== '') {
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unlink($this->outputFile);
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$this->outputFile = '';
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}
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}
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public function testArrayOutput(): void
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{
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Calculation::setArrayReturnType(Calculation::RETURN_ARRAY_AS_ARRAY);
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$spreadsheet = new Spreadsheet();
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$sheet = $spreadsheet->getActiveSheet();
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$columnArray = [
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[41],
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[57],
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[51],
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[54],
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[49],
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[43],
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[35],
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[35],
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[44],
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[47],
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[48],
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[26],
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[57],
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[34],
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[61],
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[34],
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[28],
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[29],
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[41],
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];
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$sheet->fromArray($columnArray, 'A1');
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$sheet->setCellValue('C1', '=UNIQUE(A1:A19)');
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$sheet->setCellValue('D1', '=SORT(A1:A19)');
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$writer = new XlsxWriter($spreadsheet);
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$this->outputFile = File::temporaryFilename();
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$writer->save($this->outputFile);
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$spreadsheet->disconnectWorksheets();
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$reader = new XlsxReader();
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$spreadsheet2 = $reader->load($this->outputFile);
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$sheet2 = $spreadsheet2->getActiveSheet();
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$expectedUnique = [
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[41],
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[57],
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[51],
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[54],
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[49],
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[43],
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[35],
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[44],
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[47],
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[48],
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[26],
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[34],
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[61],
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[28],
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[29],
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];
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self::assertCount(15, $expectedUnique);
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self::assertSame($expectedUnique, $sheet2->getCell('C1')->getCalculatedValue());
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for ($row = 2; $row <= 15; ++$row) {
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self::assertSame($expectedUnique[$row - 1][0], $sheet2->getCell("C$row")->getCalculatedValue(), "cell C$row");
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}
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$expectedSort = [
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[26],
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[28],
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[29],
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[34],
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[34],
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[35],
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[35],
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[41],
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[41],
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[43],
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[44],
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[47],
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[48],
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[49],
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[51],
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[54],
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[57],
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[57],
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[61],
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];
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self::assertCount(19, $expectedSort);
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self::assertCount(19, $columnArray);
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self::assertSame($expectedSort, $sheet2->getCell('D1')->getCalculatedValue());
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$spreadsheet2->disconnectWorksheets();
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$file = 'zip://';
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$file .= $this->outputFile;
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$file .= '#xl/worksheets/sheet1.xml';
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$data = file_get_contents($file);
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if ($data === false) {
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self::fail('Unable to read file');
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} else {
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self::assertStringContainsString('<c r="C1" cm="1"><f t="array" ref="C1:C15" aca="1" ca="1">_xlfn.UNIQUE(A1:A19)</f><v>41</v></c>', $data, '15 results for UNIQUE');
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self::assertStringContainsString('<c r="D1" cm="1"><f t="array" ref="D1:D19" aca="1" ca="1">_xlfn._xlws.SORT(A1:A19)</f><v>26</v></c>', $data, '19 results for SORT');
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}
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$file = 'zip://';
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$file .= $this->outputFile;
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$file .= '#xl/metadata.xml';
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$data = @file_get_contents($file);
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self::assertNotFalse($data, 'metadata.xml should exist');
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$file = 'zip://';
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$file .= $this->outputFile;
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$file .= '#[Content_Types].xml';
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$data = file_get_contents($file);
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self::assertStringContainsString('metadata', $data);
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$file = 'zip://';
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$file .= $this->outputFile;
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$file .= '#xl/_rels/workbook.xml.rels';
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$data = file_get_contents($file);
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self::assertStringContainsString('metadata', $data);
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}
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public function testArrayOutputCSE(): void
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{
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Calculation::setArrayReturnType(Calculation::RETURN_ARRAY_AS_ARRAY);
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$spreadsheet = new Spreadsheet();
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$sheet = $spreadsheet->getActiveSheet();
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$columnArray = [
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[41],
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[57],
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[51],
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[54],
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[49],
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[43],
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[35],
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[35],
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[44],
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[47],
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[48],
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[26],
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[57],
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[34],
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[61],
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[34],
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[28],
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[29],
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[41],
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];
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$sheet->fromArray($columnArray, 'A1');
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$sheet->setCellValue('C1', '=UNIQUE(A1:A19)');
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$sheet->setCellValue('D1', '=SORT(A1:A19)');
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$writer = new XlsxWriter($spreadsheet);
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$this->outputFile = File::temporaryFilename();
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$writer->setUseCSEArrays(true);
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$writer->save($this->outputFile);
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$spreadsheet->disconnectWorksheets();
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$reader = new XlsxReader();
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$spreadsheet2 = $reader->load($this->outputFile);
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$sheet2 = $spreadsheet2->getActiveSheet();
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$expectedUnique = [
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[41],
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[57],
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[51],
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[54],
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[49],
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[43],
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[35],
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[44],
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[47],
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[48],
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[26],
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[34],
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[61],
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[28],
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[29],
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];
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self::assertCount(15, $expectedUnique);
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self::assertSame($expectedUnique, $sheet2->getCell('C1')->getCalculatedValue());
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for ($row = 2; $row <= 15; ++$row) {
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self::assertSame($expectedUnique[$row - 1][0], $sheet2->getCell("C$row")->getCalculatedValue(), "cell C$row");
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}
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$expectedSort = [
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[26],
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[28],
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[29],
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[34],
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[34],
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[35],
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[35],
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[41],
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[41],
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[43],
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[44],
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[47],
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[48],
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[49],
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[51],
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[54],
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[57],
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[57],
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[61],
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];
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self::assertCount(19, $expectedSort);
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self::assertCount(19, $columnArray);
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self::assertSame($expectedSort, $sheet2->getCell('D1')->getCalculatedValue());
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$spreadsheet2->disconnectWorksheets();
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$file = 'zip://';
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$file .= $this->outputFile;
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$file .= '#xl/worksheets/sheet1.xml';
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$data = file_get_contents($file);
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if ($data === false) {
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self::fail('Unable to read file');
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} else {
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self::assertStringContainsString('<c r="C1"><f t="array" ref="C1:C15" aca="1" ca="1">_xlfn.UNIQUE(A1:A19)</f><v>41</v></c>', $data, '15 results for UNIQUE');
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self::assertStringContainsString('<c r="D1"><f t="array" ref="D1:D19" aca="1" ca="1">_xlfn._xlws.SORT(A1:A19)</f><v>26</v></c>', $data, '19 results for SORT');
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}
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$file = 'zip://';
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$file .= $this->outputFile;
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$file .= '#xl/metadata.xml';
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$data = @file_get_contents($file);
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self::assertFalse($data, 'metadata.xml should not exist');
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$file = 'zip://';
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$file .= $this->outputFile;
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$file .= '#[Content_Types].xml';
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$data = file_get_contents($file);
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self::assertStringNotContainsString('metadata', $data);
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$file = 'zip://';
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$file .= $this->outputFile;
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$file .= '#xl/_rels/workbook.xml.rels';
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$data = file_get_contents($file);
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self::assertStringNotContainsString('metadata', $data);
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}
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public function testUnimplementedArrayOutput(): void
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{
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//Calculation::setArrayReturnType(Calculation::RETURN_ARRAY_AS_ARRAY); // not required for this test
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$reader = new XlsxReader();
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$spreadsheet = $reader->load('tests/data/Reader/XLSX/atsign.choosecols.xlsx');
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$writer = new XlsxWriter($spreadsheet);
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$this->outputFile = File::temporaryFilename();
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$writer->save($this->outputFile);
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$spreadsheet->disconnectWorksheets();
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$reader = new XlsxReader();
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$spreadsheet2 = $reader->load($this->outputFile);
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$sheet2 = $spreadsheet2->getActiveSheet();
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self::assertSame('=CHOOSECOLS(A1:C5,3,1)', $sheet2->getCell('F1')->getValue());
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$expectedFG = [
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['11', '1'],
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['12', '2'],
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['13', '3'],
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['14', '4'],
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['15', '5'],
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];
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$actualFG = $sheet2->rangeToArray('F1:G5');
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self::assertSame($expectedFG, $actualFG);
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$spreadsheet2->disconnectWorksheets();
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$file = 'zip://';
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$file .= $this->outputFile;
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$file .= '#xl/worksheets/sheet1.xml';
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$data = file_get_contents($file);
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if ($data === false) {
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self::fail('Unable to read file');
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} else {
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self::assertStringContainsString('<f t="array" ref="F1:G5" aca="1" ca="1">_xlfn.CHOOSECOLS(A1:C5,3,1)</f><v>11</v>', $data);
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}
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}
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public function testArrayMultipleColumns(): void
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{
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Calculation::setArrayReturnType(Calculation::RETURN_ARRAY_AS_ARRAY);
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$spreadsheet = new Spreadsheet();
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$sheet = $spreadsheet->getActiveSheet();
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$columnArray = [
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[100, 91],
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[85, 1],
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[100, 92],
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[734, 12],
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[100, 91],
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[5, 2],
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];
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$sheet->fromArray($columnArray);
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$sheet->setCellValue('H1', '=UNIQUE(A1:B6)');
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$writer = new XlsxWriter($spreadsheet);
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$this->outputFile = File::temporaryFilename();
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$writer->save($this->outputFile);
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$spreadsheet->disconnectWorksheets();
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$reader = new XlsxReader();
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$spreadsheet2 = $reader->load($this->outputFile);
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$sheet2 = $spreadsheet2->getActiveSheet();
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$expectedUnique = [
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[100, 91],
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[85, 1],
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[100, 92],
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[734, 12],
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//[100, 91], // not unique
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[5, 2],
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];
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self::assertCount(5, $expectedUnique);
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self::assertSame($expectedUnique, $sheet2->getCell('H1')->getCalculatedValue());
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for ($row = 1; $row <= 5; ++$row) {
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if ($row > 1) {
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self::assertSame($expectedUnique[$row - 1][0], $sheet2->getCell("H$row")->getCalculatedValue(), "cell H$row");
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}
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self::assertSame($expectedUnique[$row - 1][1], $sheet2->getCell("I$row")->getCalculatedValue(), "cell I$row");
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}
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$spreadsheet2->disconnectWorksheets();
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}
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public function testMetadataWritten(): void
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{
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Calculation::setArrayReturnType(Calculation::RETURN_ARRAY_AS_ARRAY);
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$spreadsheet = new Spreadsheet();
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$writer = new XlsxWriter($spreadsheet);
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$writerMetadata = new XlsxWriter\Metadata($writer);
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self::assertNotEquals('', $writerMetadata->writeMetaData());
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$writer->setUseCSEArrays(true);
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$writerMetadata2 = new XlsxWriter\Metadata($writer);
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self::assertSame('', $writerMetadata2->writeMetaData());
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$spreadsheet->disconnectWorksheets();
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}
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}
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