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'(20 30,35 32,30 20,20 30)))', array( 'minX' => 10, 'maxX' => 45, 'minY' => 10, 'maxY' => 45 ) ), ); } /** * test case for prepareRowAsPng() * * @param string $spatial GIS POLYGON object * @param string $label label for the GIS POLYGON object * @param string $fill_color color for the GIS POLYGON object * @param array $scale_data array containing data related to scaling * @param object $image image object * * @return void * @dataProvider providerForPrepareRowAsPng */ public function testPrepareRowAsPng( $spatial, $label, $fill_color, $scale_data, $image ) { $return = $this->object->prepareRowAsPng( $spatial, $label, $fill_color, $scale_data, $image ); $this->assertImage($return); } /** * data provider for testPrepareRowAsPng() test case * * @return array test data for testPrepareRowAsPng() test case */ public function providerForPrepareRowAsPng() { if (! function_exists('imagecreatetruecolor')) { $this->markTestSkipped('GD extension missing!'); } return array( array( 'POLYGON((123 0,23 30,17 63,123 0))', 'image', '#B02EE0', array( 'x' => 12, 'y' => 69, 'scale' => 2, 'height' => 150 ), imagecreatetruecolor('120', '150') ) ); } /** * test case for prepareRowAsPdf() method * * @param string $spatial GIS POLYGON object * @param string $label label for the GIS POLYGON object * @param string $fill_color color for the GIS POLYGON object * @param array $scale_data array containing data related to scaling * @param object $pdf TCPDF instance * * @return void * @dataProvider providerForPrepareRowAsPdf */ public function testPrepareRowAsPdf( $spatial, $label, $fill_color, $scale_data, $pdf ) { $return = $this->object->prepareRowAsPdf( $spatial, $label, $fill_color, $scale_data, $pdf ); $this->assertInstanceOf('TCPDF', $return); } /** * data provider for testPrepareRowAsPdf() test case * * @return array test data for testPrepareRowAsPdf() test case */ public function providerForPrepareRowAsPdf() { return array( array( 'POLYGON((123 0,23 30,17 63,123 0))', 'pdf', '#B02EE0', array( 'x' => 12, 'y' => 69, 'scale' => 2, 'height' => 150 ), new TCPDF(), ) ); } /** * test case for prepareRowAsSvg() method * * @param string $spatial GIS POLYGON object * @param string $label label for the GIS POLYGON object * @param string $fill_color color for the GIS POLYGON object * @param array $scale_data array containing data related to scaling * @param string $output expected output * * @return void * @dataProvider providerForPrepareRowAsSvg */ public function testPrepareRowAsSvg( $spatial, $label, $fill_color, $scale_data, $output ) { $string = $this->object->prepareRowAsSvg( $spatial, $label, $fill_color, $scale_data ); $this->assertEquals(1, preg_match($output, $string)); } /** * data provider for testPrepareRowAsSvg() test case * * @return array test data for testPrepareRowAsSvg() test case */ public function providerForPrepareRowAsSvg() { return array( array( 'POLYGON((123 0,23 30,17 63,123 0))', 'svg', '#B02EE0', array( 'x' => 12, 'y' => 69, 'scale' => 2, 'height' => 150 ), '/^()$/' ) ); } /** * test case for prepareRowAsOl() method * * @param string $spatial GIS POLYGON object * @param int $srid spatial reference ID * @param string $label label for the GIS POLYGON object * @param string $fill_color color for the GIS POLYGON object * @param array $scale_data array containing data related to scaling * @param string $output expected output * * @return void * @dataProvider providerForPrepareRowAsOl */ public function testPrepareRowAsOl( $spatial, $srid, $label, $fill_color, $scale_data, $output ) { $this->assertEquals( $output, $this->object->prepareRowAsOl( $spatial, $srid, $label, $fill_color, $scale_data ) ); } /** * data provider for testPrepareRowAsOl() test case * * @return array test data for testPrepareRowAsOl() test case */ public function providerForPrepareRowAsOl() { return array( array( 'POLYGON((123 0,23 30,17 63,123 0))', 4326, 'Ol', '#B02EE0', array( 'minX' => '0', 'minY' => '0', 'maxX' => '1', 'maxY' => '1', ), 'bound = new OpenLayers.Bounds(); bound.extend(new OpenLayers.Lon' . 'Lat(0, 0).transform(new OpenLayers.Projection("EPSG:4326"), ' . 'map.getProjectionObject())); bound.extend(new OpenLayers.' . 'LonLat(1, 1).transform(new OpenLayers.Projection("EPSG:4326"), ' . 'map.getProjectionObject()));vectorLayer.addFeatures(new Open' . 'Layers.Feature.Vector(new OpenLayers.Geometry.Polygon(new Array' . '(new OpenLayers.Geometry.LinearRing(new Array((new OpenLayers.' . 'Geometry.Point(123,0)).transform(new OpenLayers.Projection' . '("EPSG:4326"), map.getProjectionObject()), (new OpenLayers.' . 'Geometry.Point(23,30)).transform(new OpenLayers.Projection' . '("EPSG:4326"), map.getProjectionObject()), (new OpenLayers.' . 'Geometry.Point(17,63)).transform(new OpenLayers.Projection' . '("EPSG:4326"), map.getProjectionObject()), (new OpenLayers.' . 'Geometry.Point(123,0)).transform(new OpenLayers.Projection' . '("EPSG:4326"), map.getProjectionObject()))))), null, {"stroke' . 'Color":"#000000","strokeWidth":0.5,"fillColor":"#B02EE0",' . '"fillOpacity":0.8,"label":"Ol","fontSize":10}));' ) ); } /** * test case for isOuterRing() method * * @param array $ring coordinates of the points in a ring * * @return void * @dataProvider providerForIsOuterRing */ public function testIsOuterRing($ring) { $this->assertTrue($this->object->isOuterRing($ring)); } /** * data provider for testIsOuterRing() test case * * @return array test data for testIsOuterRing() test case */ public function providerForIsOuterRing() { return array( array( array( array('x' => 0, 'y' => 0), array('x' => 0, 'y' => 1), array('x' => 1, 'y' => 1), array('x' => 1, 'y' => 0) ), ) ); } }