$mappings = $_SESSION['property_mappings'][$layerObj->GetObjectId()];
//TODO : seems that property mapping breaks the selection ????
//could it be that $selection->AddFeatures($layerObj, $featureReader, 0) is
//the one causing a problem when the properies are limited ?
if (0 && count($mappings) > 0) {
foreach ($mappings as $name => $value) {
$queryOptions->AddFeatureProperty($name);
//echo "$name $value <br>\n";
}
$geomName = $layerObj->GetFeatureGeometryName();
$queryOptions->AddFeatureProperty($geomName);
}
//get the layer filter value if supplied
$layerReader = $resourceService->GetResourceContent($layerObj->GetLayerDefinition());
$xmldoc = new DOMDocument();
$xmldoc->loadXML(ByteReaderToString($layerReader));
$xpathObj = new domXPath($xmldoc);
$xpathStr = "/LayerDefinition/VectorLayerDefinition/Filter";
//TODO: need this for DWF or Grid layers?
$xpathQuery = $xpathObj->query($xpathStr);
$layerFilter = '';
if ($xpathQuery->length > 0) {
$layerFilter = $xpathQuery->item(0)->nodeValue;
}
/* create the combined filter value*/
$combinedFilter = '';
if ($filter != '' && $layerFilter != '') {
$combinedFilter = "(" . $filter . ") AND (" . $layerFilter . ")";
} else {
$combinedFilter = $filter . $layerFilter;
}
//only retrieve properties that we actually need
$mappings = $_SESSION['property_mappings'][$layerObj->GetObjectId()];
//TODO : seems that property mapping breaks the selection ????
//could it be that $selection->AddFeatures($layerObj, $featureReader, 0) is
//the one causing a problem when the properies are limited ?
if (0 && count($mappings) > 0) {
foreach ($mappings as $name => $value) {
$queryOptions->AddFeatureProperty($name);
//echo "$name $value <br>\n";
}
$geomName = $layerObj->GetFeatureGeometryName();
$queryOptions->AddFeatureProperty($geomName);
}
//get the layer filter value if supplied
$layerReader = $resourceService->GetResourceContent($layerObj->GetLayerDefinition());
$xmldoc = DOMDocument::loadXML(ByteReaderToString($layerReader));
$xpathObj = new domXPath($xmldoc);
$xpathStr = "/LayerDefinition/VectorLayerDefinition/Filter";
//TODO: need this for DWF or Grid layers?
$xpathQuery = $xpathObj->query($xpathStr);
$layerFilter = '';
if ($xpathQuery->length > 0) {
$layerFilter = $xpathQuery->item(0)->nodeValue;
}
/* create the combined filter value*/
$combinedFilter = '';
if ($filter != '' && $layerFilter != '') {
$combinedFilter = "(" . $filter . ") AND (" . $layerFilter . ")";
} else {
$combinedFilter = $filter . $layerFilter;
}
function ProcessLayersForLegend($mappingService, $resourceService, $map, $scale, $group, $image)
{
global $iconWidth, $iconHeight, $height, $fontIndex, $iconFormat, $offsetX, $offsetY, $font, $fontSizePt, $xPad, $yPad, $xIndent, $themeIcon, $groupIcon, $dwfIcon, $rasterIcon, $textColor;
$layers = $map->GetLayers();
for ($i = 0; $i < $layers->GetCount(); $i++) {
$layer = $layers->GetItem($i);
if (!$layer->IsVisible() || !$layer->GetDisplayInLegend()) {
//print_r("[SKIP]: Skipping layer (".$layer->GetLegendLabel().") - not visible or not set to display in legend <br/>");
continue;
}
if ($offsetY > $height) {
//print_r("********** STOP! Past image bounds ****************<br/>");
break;
}
$parentGroup = $layer->GetGroup();
$bRequiredInLegend = false;
$grpId = "";
$parentId = "";
if ($group != NULL) {
$grpId = $group->GetObjectId();
}
if ($parentGroup != NULL) {
$parentId = $parentGroup->GetObjectId();
}
if ($group == NULL && $parentGroup == NULL) {
$bRequiredInLegend = true;
} else {
if ($parentGroup != NULL && $group != NULL && $group->GetObjectId() == $parentGroup->GetObjectId()) {
$bRequiredInLegend = true;
}
}
if (!$bRequiredInLegend) {
//print_r("[SKIP]: Skipping layer (".$layer->GetLegendLabel().", group: $grpId, layer's parent: $parentId) - not required in legend <br/>");
continue;
}
$ldfId = $layer->GetLayerDefinition();
$layerContent = $resourceService->GetResourceContent($ldfId);
$xmldoc = new DOMDocument();
$xmldoc->loadXML(ByteReaderToString($layerContent));
$scaleRanges = $xmldoc->getElementsByTagName('VectorScaleRange');
if ($scaleRanges->length == 0) {
$scaleRanges = $xmldoc->getElementsByTagName('GridScaleRange');
if ($scaleRanges->length > 0) {
//Draw the image
imagecopy($image, $rasterIcon, $offsetX, $offsetY, 0, 0, $iconWidth, $iconHeight);
//Draw the label
//imagettftext($image, $fontSizePt, 0, ($offsetX + $xPad + $iconWidth), $offsetY, $textColor, $font, $layer->GetLegendLabel());
imagestring($image, $fontIndex, $offsetX + $xPad + $iconWidth, $offsetY, $layer->GetLegendLabel(), $textColor);
$offsetY += $yPad;
$offsetY += $iconHeight;
return;
} else {
$scaleRanges = $xmldoc->getElementsByTagName('DrawingLayerDefinition');
if ($scaleRanges->length > 0) {
//Draw the image
imagecopy($image, $dwfIcon, $offsetX, $offsetY, 0, 0, $iconWidth, $iconHeight);
//Draw the label
//imagettftext($image, $fontSizePt, 0, ($offsetX + $xPad + $iconWidth), $offsetY, $textColor, $font, $layer->GetLegendLabel());
imagestring($image, $fontIndex, $offsetX + $xPad + $iconWidth, $offsetY, $layer->GetLegendLabel(), $textColor);
$offsetY += $yPad;
$offsetY += $iconHeight;
return;
}
}
}
//print_r("Processing layer (".$layer->GetLegendLabel()."). Scale range count: ".$scaleRanges->length."<br/>");
for ($sc = 0; $sc < $scaleRanges->length; $sc++) {
$scaleRangeObj = NULL;
$scaleRangeObj->styles = array();
$scaleRange = $scaleRanges->item($sc);
$minElt = $scaleRange->getElementsByTagName('MinScale');
$maxElt = $scaleRange->getElementsByTagName('MaxScale');
$minScale = "0";
$maxScale = 'infinity';
// as MDF's VectorScaleRange::MAX_MAP_SCALE
if ($minElt->length > 0) {
$minScale = $minElt->item(0)->nodeValue;
}
if ($maxElt->length > 0) {
$maxScale = $maxElt->item(0)->nodeValue;
}
//Style is within our scale
if ($minScale == "0" && $maxScale == "infinity" || $scale >= floatval($minScale) && $scale <= floatval($maxScale) || $maxScale == "infinity" && $scale >= floatval($minScale)) {
$styleIndex = 0;
if (!IsThemed($scaleRange, $gt)) {
//print_r($layer->GetLegendLabel()." - ".$ldfId->ToString()." - Un-themed layer (geomType: $gt)<br/>");
$icon = $mappingService->GenerateLegendImage($ldfId, $scale, $iconWidth, $iconHeight, $iconFormat, $gt, 0);
$sink = new MgByteSink($icon);
$tempImage = sys_get_temp_dir() . DIRECTORY_SEPARATOR . "mgo_icon" . uniqid();
$sink->ToFile($tempImage);
$iconImg = imagecreatefrompng($tempImage);
//Draw the image
imagecopy($image, $iconImg, $offsetX, $offsetY, 0, 0, $iconWidth, $iconHeight);
imagedestroy($iconImg);
unlink($tempImage);
//Draw the label
//imagettftext($image, $fontSizePt, 0, ($offsetX + $xPad + $iconWidth), $offsetY, $textColor, $font, $layer->GetLegendLabel());
imagestring($image, $fontIndex, $offsetX + $xPad + $iconWidth, $offsetY, $layer->GetLegendLabel(), $textColor);
$offsetY += $yPad;
$offsetY += $iconHeight;
} else {
if ($scaleRange->getElementsByTagName("CompositeTypeStyle")->length > 0) {
$typeStyles = array(4 => "CompositeTypeStyle");
$ruleNames = array(4 => "CompositeRule");
} else {
$typeStyles = array(1 => "PointTypeStyle", 2 => "LineTypeStyle", 3 => "AreaTypeStyle");
$ruleNames = array(1 => "PointRule", 2 => "LineRule", 3 => "AreaRule");
}
//print_r($layer->GetLegendLabel()." - ".$ldfId->ToString()." - Themed layer ()<br/>");
//Draw the theme icon
imagecopy($image, $themeIcon, $offsetX, $offsetY, 0, 0, $iconWidth, $iconHeight);
//Draw the themed layer label
//imagettftext($image, $fontSizePt, 0, ($offsetX + $xPad + $iconWidth), $offsetY, $textColor, $font, $layer->GetLegendLabel());
imagestring($image, $fontIndex, $offsetX + $xPad + $iconWidth, $offsetY, $layer->GetLegendLabel(), $textColor);
$offsetX += $xIndent;
$offsetY += $yPad;
$offsetY += $iconHeight;
//for($ts=0, $count = count($typeStyles); $ts < $count; $ts++)
foreach ($typeStyles as $ts => $styleName) {
//print_r(" - Checking $styleName ($ts)<br/>");
$typeStyle = $scaleRange->getElementsByTagName($styleName);
$catIndex = 0;
//print_r(" -- Found ".$typeStyle->length." elements<br/>");
for ($st = 0; $st < $typeStyle->length; $st++) {
$styleObj = NULL;
// We will check if this typestyle is going to be shown in the legend
$showInLegend = $typeStyle->item($st)->getElementsByTagName("ShowInLegend");
if ($showInLegend->length > 0) {
if ($showInLegend->item(0)->nodeValue == "false") {
//print_r("Skipping $styleName in (".$layer->GetLegendLabel().") because ShowInLegend is: ".$showInLegend->item(0)->nodeValue."<br/>");
continue;
// This typestyle does not need to be shown in the legend
}
}
$rules = $typeStyle->item($st)->getElementsByTagName($ruleNames[$ts]);
for ($r = 0; $r < $rules->length; $r++) {
$rule = $rules->item($r);
$label = $rule->getElementsByTagName("LegendLabel");
$labelText = $label->length == 1 ? $label->item(0)->nodeValue : "";
$icon = $mappingService->GenerateLegendImage($ldfId, $scale, $iconWidth, $iconHeight, $iconFormat, $ts, $catIndex++);
$sink = new MgByteSink($icon);
$tempImage = sys_get_temp_dir() . DIRECTORY_SEPARATOR . "mgo_icon" . uniqid();
$sink->ToFile($tempImage);
$iconImg = imagecreatefrompng($tempImage);
//Draw the image
imagecopy($image, $iconImg, $offsetX, $offsetY, 0, 0, $iconWidth, $iconHeight);
imagedestroy($iconImg);
unlink($tempImage);
//Draw the label
//imagettftext($image, $fontSizePt, 0, ($offsetX + $xPad + $iconWidth), $offsetY, $textColor, $font, $layer->GetLegendLabel());
imagestring($image, $fontIndex, $offsetX + $xPad + $iconWidth, $offsetY, $labelText, $textColor);
$offsetY += $yPad;
$offsetY += $iconHeight;
if ($offsetY > $height) {
break;
}
}
}
}
$offsetX -= $xIndent;
}
} else {
//print_r("[SKIP]: Layer (".$layer->GetLegendLabel()."). Current scale ($scale) does not fit scale range [$minScale to $maxScale]<br/>");
}
}
}
}
function buildScaleRanges($layer)
{
global $resourceService;
$resID = $layer->GetLayerDefinition();
$layerContent = $resourceService->GetResourceContent($resID);
$xmldoc = DOMDocument::loadXML(ByteReaderToString($layerContent));
$type = 0;
$scaleRanges = $xmldoc->getElementsByTagName('VectorScaleRange');
if ($scaleRanges->length == 0) {
$scaleRanges = $xmldoc->getElementsByTagName('GridScaleRange');
if ($scaleRanges->length == 0) {
$scaleRanges = $xmldoc->getElementsByTagName('DrawingLayerDefinition');
if ($scaleRanges->length == 0) {
return;
}
$type = 2;
} else {
$type = 1;
}
}
$typeStyles = array("PointTypeStyle", "LineTypeStyle", "AreaTypeStyle", "CompositeTypeStyle");
$ruleNames = array("PointRule", "LineRule", "AreaRule", "CompositeRule");
$output = 'scaleRanges: [';
$scaleSep = '';
for ($sc = 0; $sc < $scaleRanges->length; $sc++) {
$scaleRange = $scaleRanges->item($sc);
$minElt = $scaleRange->getElementsByTagName('MinScale');
$maxElt = $scaleRange->getElementsByTagName('MaxScale');
$minScale = "0";
$maxScale = "'infinity'";
// as MDF's VectorScaleRange::MAX_MAP_SCALE
if ($minElt->length > 0) {
$minScale = $minElt->item(0)->nodeValue;
}
if ($maxElt->length > 0) {
$maxScale = $maxElt->item(0)->nodeValue;
}
$output .= $scaleSep . "{";
$output .= "minScale:" . $minScale . ",";
$output .= "maxScale:" . $maxScale;
if ($type != 0) {
$output .= "}";
$scaleSep = ',';
break;
}
$output .= ',styles:[';
$styleIndex = 0;
$styleSep = '';
for ($ts = 0, $count = count($typeStyles); $ts < $count; $ts++) {
$typeStyle = $scaleRange->getElementsByTagName($typeStyles[$ts]);
$catIndex = 0;
for ($st = 0; $st < $typeStyle->length; $st++) {
// We will check if this typestyle is going to be shown in the legend
$showInLegend = $typeStyle->item($st)->getElementsByTagName("ShowInLegend");
if ($showInLegend->length > 0) {
if ($showInLegend->item(0)->nodeValue == "false") {
continue;
}
}
// This typestyle does not need to be shown in the legend
$rules = $typeStyle->item(0)->getElementsByTagName($ruleNames[$ts]);
for ($r = 0; $r < $rules->length; $r++) {
$rule = $rules->item($r);
$label = $rule->getElementsByTagName("LegendLabel");
$filter = $rule->getElementsByTagName("Filter");
$labelText = $label->length == 1 ? $label->item(0)->nodeValue : "";
$filterText = $filter->length == 1 ? $filter->item(0)->nodeValue : "";
$output .= $styleSep . "{";
$output .= "legendLabel:'" . addslashes(trim($labelText)) . "',";
$output .= "filter:'" . addslashes(trim($filterText)) . "',";
$output .= "geometryType:" . ($ts + 1) . ",";
$output .= "categoryIndex:" . $catIndex++;
$output .= '}';
$styleSep = ',';
}
}
}
$output .= ']}';
$scaleSep = ',';
}
$output .= ']';
return $output;
}
function IsLayerEditable($resourceService, $layer, $xmldoc = NULL)
{
$result = true;
$dataSourceId = new MgResourceIdentifier($layer->GetFeatureSourceId());
if ($xmldoc == NULL) {
$byteReader = $resourceService->GetResourceContent($dataSourceId);
$xmldoc = DOMDocument::loadXML(ByteReaderToString($byteReader));
}
$parameterList = $xmldoc->getElementsByTagName('Parameter');
for ($i = 0; $i < $parameterList->length; $i++) {
$parameter = $parameterList->item($i);
$nameElt = $parameter->getElementsByTagName('Name');
$name = $nameElt->item(0)->nodeValue;
if ($name != 'ReadOnly') {
continue;
} else {
$valueElt = $parameter->getElementsByTagName('Value');
$value = $valueElt->item(0)->nodeValue;
$result = strcasecmp($value, 'TRUE') == 0 ? false : true;
break;
}
}
return $result;
}
function buildScaleRanges($layer)
{
global $resourceService;
$resID = $layer->GetLayerDefinition();
$layerContent = $resourceService->GetResourceContent($resID);
$xmldoc = new DOMDocument();
$xmldoc->loadXML(ByteReaderToString($layerContent));
$type = 0;
$scaleRanges = $xmldoc->getElementsByTagName('VectorScaleRange');
if ($scaleRanges->length == 0) {
$scaleRanges = $xmldoc->getElementsByTagName('GridScaleRange');
if ($scaleRanges->length == 0) {
$scaleRanges = $xmldoc->getElementsByTagName('DrawingLayerDefinition');
if ($scaleRanges->length == 0) {
return;
}
$type = 2;
} else {
$type = 1;
}
}
$typeStyles = array("PointTypeStyle", "LineTypeStyle", "AreaTypeStyle");
$ruleNames = array("PointRule", "LineRule", "AreaRule");
$output = '';
for ($sc = 0; $sc < $scaleRanges->length; $sc++) {
$scaleRange = $scaleRanges->item($sc);
$minElt = $scaleRange->getElementsByTagName('MinScale');
$maxElt = $scaleRange->getElementsByTagName('MaxScale');
$minScale = "0";
$maxScale = "1000000000000.0";
// as MDF's VectorScaleRange::MAX_MAP_SCALE
if ($minElt->length > 0) {
$minScale = $minElt->item(0)->nodeValue;
}
if ($maxElt->length > 0) {
$maxScale = $maxElt->item(0)->nodeValue;
}
if ($type != 0) {
break;
}
$output .= '<scalerange>';
$output .= '<minscale>' . $minScale . '</minscale>';
$output .= '<maxscale>' . $maxScale . '</maxscale>';
$styleIndex = 0;
for ($ts = 0, $count = count($typeStyles); $ts < $count; $ts++) {
$typeStyle = $scaleRange->getElementsByTagName($typeStyles[$ts]);
$catIndex = 0;
for ($st = 0; $st < $typeStyle->length; $st++) {
$rules = $typeStyle->item(0)->getElementsByTagName($ruleNames[$ts]);
for ($r = 0; $r < $rules->length; $r++) {
$rule = $rules->item($r);
$label = $rule->getElementsByTagName("LegendLabel");
$filter = $rule->getElementsByTagName("Filter");
$labelText = $label->length == 1 ? $label->item(0)->nodeValue : "";
$filterText = $filter->length == 1 ? $filter->item(0)->nodeValue : "";
$output .= '<styleitem>';
$output .= '<label>' . htmlspecialchars(trim($labelText)) . '</label>';
$output .= '<filter>' . htmlspecialchars(trim($filterText)) . '</filter>';
$output .= '<geomtype>' . ($ts + 1) . '</geomtype>';
$output .= '<categoryindex>' . $catIndex++ . '</categoryindex>';
$output .= '</styleitem>';
}
}
}
$output .= '</scalerange>';
}
echo $output;
}
/*****************************************************************************
* Purpose: a list of map definitions within a given repository folder
*****************************************************************************/
include "Common.php";
if (InitializationErrorOccurred()) {
DisplayInitializationErrorText();
exit;
}
include '../../../common/php/Utilities.php';
//Get the folder to search within
$root = isset($_REQUEST['folder']) ? $_REQUEST['folder'] : 'Library://';
$rootId = new MgResourceIdentifier($root);
//Enumerate elements of type MapDefinition
$maps = $resourceService->EnumerateResources($rootId, -1, 'MapDefinition');
//make a list of maps to query for names
$mapListXml = DOMDocument::loadXML(ByteReaderToString($maps));
//$aMapAssoc = Array();
$aMapIds = $mapListXml->getElementsByTagName('ResourceId');
//iterate over mapIds to retrieve names
//output map list as JSON
$result = NULL;
$result->maps = array();
for ($i = 0; $i < $aMapIds->length; $i++) {
$mapId = new MgResourceIdentifier($aMapIds->item($i)->nodeValue);
$md = NULL;
$md->path = $aMapIds->item($i)->nodeValue;
$md->name = $mapId->GetName();
array_push($result->maps, $md);
}
header('Content-type: application/json');
echo var2json($result);
* Purpose: a list of map definitions within a given repository folder
*****************************************************************************/
include "Common.php";
if (InitializationErrorOccurred()) {
DisplayInitializationErrorText();
exit;
}
include '../../../common/php/Utilities.php';
//Get the folder to search within
$root = isset($_REQUEST['folder']) ? $_REQUEST['folder'] : 'Library://';
$rootId = new MgResourceIdentifier($root);
//Enumerate elements of type MapDefinition
$maps = $resourceService->EnumerateResources($rootId, -1, 'MapDefinition');
//make a list of maps to query for names
$mapListXml = new DOMDocument();
$mapListXml->loadXML(ByteReaderToString($maps));
//$aMapAssoc = Array();
$aMapIds = $mapListXml->getElementsByTagName('ResourceId');
//iterate over mapIds to retrieve names
//output map list as JSON
$result = NULL;
$result->maps = array();
for ($i = 0; $i < $aMapIds->length; $i++) {
$mapId = new MgResourceIdentifier($aMapIds->item($i)->nodeValue);
$md = NULL;
$md->path = $aMapIds->item($i)->nodeValue;
$md->name = $mapId->GetName();
array_push($result->maps, $md);
}
header('Content-type: application/json');
echo var2json($result);
function GetGroups($username = NULL)
{
$aGroups = array();
try {
$user = new MgUserInformation(MG_ADMIN_USER, MG_ADMIN_PASSWD);
$siteConnection = new MgSiteConnection();
$siteConnection->Open($user);
$site = $siteConnection->GetSite();
if ($username) {
$byteReader = $site->EnumerateGroups($username, '');
} else {
$byteReader = $site->EnumerateGroups();
}
$xmldoc = DOMDocument::loadXML(ByteReaderToString($byteReader));
$groupNodeList = $xmldoc->getElementsByTagName('Group');
for ($i = 0; $i < $groupNodeList->length; $i++) {
$group = $groupNodeList->item($i);
$nameElt = $group->getElementsByTagName('Name');
$name = $nameElt->item(0)->nodeValue;
$descElt = $group->getElementsByTagName('Description');
$description = $descElt->item(0)->nodeValue;
array_push($aGroups, array('name' => $name, 'description' => $description));
}
} catch (MgException $e) {
echo "ERROR: " . $e->GetMessage() . "\n";
echo $e->GetDetails() . "\n";
echo $e->GetStackTrace() . "\n";
}
return $aGroups;
}
function buildScaleRanges($layer, $xmldoc = NULL)
{
$aScaleRanges = array();
global $resourceService;
if ($xmldoc == NULL) {
$resID = $layer->GetLayerDefinition();
$layerContent = $resourceService->GetResourceContent($resID);
$xmldoc = DOMDocument::loadXML(ByteReaderToString($layerContent));
}
$type = 0;
$scaleRanges = $xmldoc->getElementsByTagName('VectorScaleRange');
if ($scaleRanges->length == 0) {
$scaleRanges = $xmldoc->getElementsByTagName('GridScaleRange');
if ($scaleRanges->length == 0) {
$scaleRanges = $xmldoc->getElementsByTagName('DrawingLayerDefinition');
if ($scaleRanges->length == 0) {
return;
}
$type = 2;
} else {
$type = 1;
}
}
$typeStyles = array("PointTypeStyle", "LineTypeStyle", "AreaTypeStyle", "CompositeTypeStyle");
$ruleNames = array("PointRule", "LineRule", "AreaRule", "CompositeRule");
for ($sc = 0; $sc < $scaleRanges->length; $sc++) {
$scaleRangeObj = NULL;
$scaleRangeObj->styles = array();
$scaleRange = $scaleRanges->item($sc);
$minElt = $scaleRange->getElementsByTagName('MinScale');
$maxElt = $scaleRange->getElementsByTagName('MaxScale');
$minScale = "0";
$maxScale = 'infinity';
// as MDF's VectorScaleRange::MAX_MAP_SCALE
if ($minElt->length > 0) {
$minScale = $minElt->item(0)->nodeValue;
}
if ($maxElt->length > 0) {
$maxScale = $maxElt->item(0)->nodeValue;
}
$scaleRangeObj->minScale = $minScale;
$scaleRangeObj->maxScale = $maxScale;
if ($type != 0) {
array_push($aScaleRanges, $scaleRangeObj);
break;
}
$styleIndex = 0;
for ($ts = 0, $count = count($typeStyles); $ts < $count; $ts++) {
$typeStyle = $scaleRange->getElementsByTagName($typeStyles[$ts]);
$catIndex = 0;
for ($st = 0; $st < $typeStyle->length; $st++) {
$styleObj = NULL;
// We will check if this typestyle is going to be shown in the legend
$showInLegend = $typeStyle->item($st)->getElementsByTagName("ShowInLegend");
if ($showInLegend->length > 0) {
if ($showInLegend->item(0)->nodeValue == "false") {
continue;
}
}
// This typestyle does not need to be shown in the legend
$rules = $typeStyle->item($st)->getElementsByTagName($ruleNames[$ts]);
for ($r = 0; $r < $rules->length; $r++) {
$rule = $rules->item($r);
$label = $rule->getElementsByTagName("LegendLabel");
$filter = $rule->getElementsByTagName("Filter");
$labelText = $label->length == 1 ? $label->item(0)->nodeValue : "";
$filterText = $filter->length == 1 ? $filter->item(0)->nodeValue : "";
$styleObj = NULL;
$styleObj->legendLabel = trim($labelText);
$styleObj->filter = trim($filterText);
$styleObj->geometryType = $ts + 1;
$styleObj->categoryIndex = $catIndex++;
array_push($scaleRangeObj->styles, $styleObj);
}
}
}
array_push($aScaleRanges, $scaleRangeObj);
}
return $aScaleRanges;
}
