protected function generateDatasetMeasures(__CubeUIMetaDataGenerator_CallContext $callcontext, DatasetUIMetaData $datasetUIMetaData, CubeMetaData $cube, $referencePath) {
if (isset($callcontext->usedMeasureNames)) {
// preparing list of dataset-wide measures (those are measures which were not used by any columns)
foreach ($callcontext->usedMeasureNames as $measureName => $used) {
if ($used) {
continue;
}
// we do not need to show several 'Record Count' measures
if (isset($referencePath) && ($measureName === StarSchemaNamingConvention::$MEASURE_NAME__RECORD_COUNT)) {
continue;
}
// checking if the measure could be linked to facts
$possibleFactColumnNames = StarSchemaNamingConvention::preparePossibleOwners4Measure($measureName);
if (isset($possibleFactColumnNames)) {
foreach ($possibleFactColumnNames as $possibleFactColumnName) {
$possibleFactUIMetaDataName = self::prepareColumnUIMetaDataName($referencePath, $cube->factsDatasetName, $possibleFactColumnName);
$attributeUIMetaData = $datasetUIMetaData->findAttribute($possibleFactUIMetaDataName);
if (isset($attributeUIMetaData)) {
$this->prepareAttributeCustomMeasure($attributeUIMetaData, $referencePath, $cube, $measureName);
continue 2;
}
}
}
// adding dataset custom measure
$measure = $cube->measures[$measureName];
$measureUIMetaData = new CubeMeasureUIMetaData();
$measureUIMetaData->name = self::prepareMeasureUIMetaDataName($referencePath, $cube, $measureName);
$measureUIMetaData->publicName = $measure->publicName;
$measureUIMetaData->description = $measure->description;
$measureUIMetaData->type = clone $measure->type;
$datasetUIMetaData->registerMeasure($measureUIMetaData);
}
}
}
