public function __construct(XMLALevel $level, $uniqueName, $name, $caption, $description, $parentMemberUniqueName, $aggregator, $datatype, $visible, $ordinal)
{
parent::__construct($level, $uniqueName, $name, $caption, $description, $parentMemberUniqueName, $aggregator == Aggregator::getEnum(Aggregator::CALCULATED) ? MemberType::getEnum(MemberType::FORMULA) : MemberType::getEnum(MemberType::MEASURE), 0, $ordinal, array());
assert($level->getHierarchy()->getDimension()->getDimensionType() == DimensionType::getEnum(DimensionType::MEASURE));
$this->aggregator = $aggregator;
$this->datatype = $datatype;
$this->visible = $visible;
}
public function handle(\DOMElement $row, XMLAConnectionContext $context, NamedList $list)
{
$dimensionName = XMLAUtil::stringElement($row, 'DIMENSION_NAME');
$dimensionUniqueName = XMLAUtil::stringElement($row, 'DIMENSION_UNIQUE_NAME');
$dimensionCaption = XMLAUtil::stringElement($row, 'DIMENSION_CAPTION');
$description = XMLAUtil::stringElement($row, 'DESCRIPTION');
$dimensionType = XMLAUtil::integerElement($row, 'DIMENSION_TYPE');
$type = DimensionType::getDictionary()->forOrdinal($dimensionType);
$defaultHierarchyUniqueName = XMLAUtil::stringElement($row, 'DEFAULT_HIERARCHY');
$dimensionOrdinal = XMLAUtil::integerElement($row, 'DIMENSION_ORDINAL');
$dimension = new XMLADimension($this->cube, $dimensionUniqueName, $dimensionName, $dimensionCaption, $description, $type, $defaultHierarchyUniqueName, $dimensionOrdinal == NULL ? 0 : $dimensionOrdinal);
$list->add($dimension);
$this->cube->dimensionsByUname[$dimension->getUniqueName()] = $dimension;
}
/**
* Looks up a member by its unique name.
*
* @param string $memberUniqueName Unique name of member
*
* @return XMLAMember, or null if not found
* @throws OLAPException if error occurs
*/
public function lookupMemberByUniqueName($memberUniqueName)
{
// First, look in measures map.
if (isset($this->measureMap[$memberUniqueName])) {
return $this->measureMap[$memberUniqueName];
}
// Next, look in the member cache.
if (isset($this->memberMap[$memberUniqueName])) {
return $this->memberMap[$memberUniqueName];
}
// Next, pass the lookup up the reader composition
$member = parent::lookupMemberByUniqueName($memberUniqueName);
if ($member != null && $member->getDimension()->getDimensionType() !== DimensionType::getEnum(DimensionType::MEASURE)) {
$this->memberMap[$memberUniqueName] = $member;
}
return $member;
}
/**
* Constructor
*
* @param XMLAHierarchy $hierarchy
* @param string $uniqueName Unique name
* @param string $name Name
* @param string $caption Caption
* @param string $description Description
* @param integer $depth Distance to root
* @param LevelType $type Level type
* @param boolean $calculated Whether level is calculated
* @param integer $cardinality Number of members in this level
*/
public function __construct(XMLAHierarchy $hierarchy, $uniqueName, $name, $caption, $description, $depth, LevelType $type = NULL, $calculated, $cardinality)
{
parent::__construct($uniqueName, $name, $caption, $description);
assert($hierarchy != null);
$this->type = $type;
$this->calculated = $calculated;
$this->cardinality = $cardinality;
$this->depth = $depth;
$this->hierarchy = $hierarchy;
$levelRestrictions = array("CATALOG_NAME" => $hierarchy->getDimension()->getCube()->getSchema()->getCatalog()->getName(), "SCHEMA_NAME" => $hierarchy->getDimension()->getCube()->getSchema()->getName(), "CUBE_NAME" => $hierarchy->getDimension()->getCube()->getName(), "DIMENSION_UNIQUE_NAME" => $hierarchy->getDimension()->getUniqueName(), "HIERARCHY_UNIQUE_NAME" => $hierarchy->getUniqueName(), "LEVEL_UNIQUE_NAME" => $this->getUniqueName());
$this->propertyList = new LazyMetadataList(new XMLAMetadataRequest(XMLAMetadataRequest::MDSCHEMA_PROPERTIES), XMLAConnectionContext::createAtLevel($this), new XMLAPropertyHandler(), $levelRestrictions);
try {
if ($hierarchy->getDimension()->getDimensionType() == DimensionType::getEnum(DimensionType::MEASURE)) {
$restrictions = array("CATALOG_NAME" => $hierarchy->getDimension()->getCube()->getSchema()->getCatalog()->getName(), "SCHEMA_NAME" => $hierarchy->getDimension()->getCube()->getSchema()->getName(), "CUBE_NAME" => $hierarchy->getDimension()->getCube()->getName());
$this->memberList = new LazyMetadataList(new XMLAMetadataRequest(XMLAMetadataRequest::MDSCHEMA_MEASURES), new XMLAConnectionContext($hierarchy->getDimension()->getCube()->getSchema()->getCatalog()->getMetadata()->getConnection(), $hierarchy->getDimension()->getCube()->getSchema()->getCatalog()->getMetadata(), $hierarchy->getDimension()->getCube()->getSchema()->getCatalog(), $hierarchy->getDimension()->getCube()->getSchema(), $hierarchy->getDimension()->getCube(), $hierarchy->getDimension(), $hierarchy, $this), new XMLAMeasureHandler($hierarchy->getDimension(), $restrictions));
} else {
$this->memberList = new LazyMetadataList(new XMLAMetadataRequest(XMLAMetadataRequest::MDSCHEMA_MEMBERS), new XMLAConnectionContext($hierarchy->getDimension()->getCube()->getSchema()->getCatalog()->getMetadata()->getConnection(), $hierarchy->getDimension()->getCube()->getSchema()->getCatalog()->getMetadata(), $hierarchy->getDimension()->getCube()->getSchema()->getCatalog(), $hierarchy->getDimension()->getCube()->getSchema(), $hierarchy->getDimension()->getCube(), $hierarchy->getDimension(), $hierarchy, $this), new XMLAMemberHandler(), $levelRestrictions);
}
} catch (OlapException $e) {
throw new RuntimeException("Programming error", $e);
}
}
