function setTypeAndPossibleValues()
{
$proptitle = Title::makeTitleSafe(SMW_NS_PROPERTY, $this->mSemanticProperty);
if ($proptitle === null) {
return;
}
$store = smwfGetStore();
// this returns an array of objects
$allowed_values = SFUtils::getSMWPropertyValues($store, $proptitle, "Allows value");
$label_formats = SFUtils::getSMWPropertyValues($store, $proptitle, "Has field label format");
if (class_exists('SMWDIProperty')) {
// SMW 1.6+
$propValue = SMWDIProperty::newFromUserLabel($this->mSemanticProperty);
$this->mPropertyType = $propValue->findPropertyTypeID();
} else {
$propValue = SMWPropertyValue::makeUserProperty($this->mSemanticProperty);
$this->mPropertyType = $propValue->getPropertyTypeID();
}
foreach ($allowed_values as $allowed_value) {
// HTML-unencode each value
$this->mPossibleValues[] = html_entity_decode($allowed_value);
if (count($label_formats) > 0) {
$label_format = $label_formats[0];
$prop_instance = SMWDataValueFactory::findTypeID($this->mPropertyType);
$label_value = SMWDataValueFactory::newTypeIDValue($prop_instance, $wiki_value);
$label_value->setOutputFormat($label_format);
$this->mValueLabels[$wiki_value] = html_entity_decode($label_value->getWikiValue());
}
}
// HACK - if there were any possible values, set the property
// type to be 'enumeration', regardless of what the actual type is
if (count($this->mPossibleValues) > 0) {
$this->mPropertyType = 'enumeration';
}
}
/**
* Read and interpret the given parameters.
*
* @since 1.8
* @param string $query from the web request as given by MW
*/
protected function processParameters($query)
{
global $wgRequest;
// get the GET parameters
$params = SMWInfolink::decodeParameters($query, false);
reset($params);
$inputPropertyString = $wgRequest->getText('property', current($params));
$inputValueString = $wgRequest->getText('value', next($params));
$inputValueString = str_replace(' ', ' ', $inputValueString);
$inputValueString = str_replace(' ', ' ', $inputValueString);
$this->property = SMWPropertyValue::makeUserProperty($inputPropertyString);
if (!$this->property->isValid()) {
$this->propertystring = $inputPropertyString;
$this->value = null;
$this->valuestring = $inputValueString;
} else {
$this->propertystring = $this->property->getWikiValue();
$this->value = SMWDataValueFactory::newPropertyObjectValue($this->property->getDataItem(), $inputValueString);
$this->valuestring = $this->value->isValid() ? $this->value->getWikiValue() : $inputValueString;
}
$limitString = $wgRequest->getVal('limit');
if (is_numeric($limitString)) {
$this->limit = intval($limitString);
} else {
$this->limit = 20;
}
$offsetString = $wgRequest->getVal('offset');
if (is_numeric($offsetString)) {
$this->offset = intval($offsetString);
} else {
$this->offset = 0;
}
}
/**
* @since 2.1
*
* @param PPFrame $frame
* @param array $args
*/
public function parse(PPFrame $frame, array $args)
{
// @todo Save as metadata
if (!$frame->isTemplate()) {
return '';
}
$this->subject = $this->parserData->getSemanticData()->getSubject();
foreach ($args as $arg) {
if (trim($arg) !== '') {
$expanded = trim($frame->expand($arg));
$parts = explode('=', $expanded, 2);
if (count($parts) == 1) {
$propertystring = $expanded;
$argumentname = $expanded;
} else {
$propertystring = $parts[0];
$argumentname = $parts[1];
}
$propertyValue = PropertyValue::makeUserProperty($propertystring);
$argument = $frame->getArgument($argumentname);
$valuestring = $frame->expand($argument);
if ($propertyValue->isValid()) {
$this->matchValueArgument($propertyValue, $propertystring, $valuestring);
}
}
}
$this->parserData->pushSemanticDataToParserOutput();
return '';
}
protected static function addPropertyValueToSemanticData($propertyName, $valueString, $semanticData)
{
$propertyDv = SMWPropertyValue::makeUserProperty($propertyName);
$propertyDi = $propertyDv->getDataItem();
self::addPropertyDiValueToSemanticData($propertyDi, $valueString, $semanticData);
return $propertyDi;
}
public static function printoutFromString( $printout ) {
return new SMWPrintRequest(
SMWPrintRequest::PRINT_PROP,
$printout,
SMWPropertyValue::makeUserProperty( $printout )
);
}
function testCheckIfPropertyRenamed()
{
// do some checks
$page = Title::newFromText("5 cylinder", NS_MAIN);
$prop = SMWPropertyValue::makeUserProperty("Torsional moment");
$values = smwfGetStore()->getPropertyValues($page, $prop);
$this->assertTrue(count($values) > 0);
}
public function setXMLAttribute( $key, $value ) {
if ( $value == '' ) throw new MWException( __METHOD__ . ": value cannot be empty" );
if ( $key == 'name' ) {
$property = SMWPropertyValue::makeUserProperty( $value );
} else {
throw new MWException( __METHOD__ . ": invalid key/value pair: name=property_name" );
}
}
/**
* Method for handling the declare parser function.
*
* @since 1.5.3
*
* @param Parser $parser
* @param PPFrame $frame
* @param array $args
*/
public static function render(Parser &$parser, PPFrame $frame, array $args)
{
if ($frame->isTemplate()) {
foreach ($args as $arg) {
if (trim($arg) !== '') {
$expanded = trim($frame->expand($arg));
$parts = explode('=', $expanded, 2);
if (count($parts) == 1) {
$propertystring = $expanded;
$argumentname = $expanded;
} else {
$propertystring = $parts[0];
$argumentname = $parts[1];
}
$property = SMWPropertyValue::makeUserProperty($propertystring);
$argument = $frame->getArgument($argumentname);
$valuestring = $frame->expand($argument);
if ($property->isValid()) {
$type = $property->getPropertyTypeID();
if ($type == '_wpg') {
$matches = array();
preg_match_all('/\\[\\[([^\\[\\]]*)\\]\\]/u', $valuestring, $matches);
$objects = $matches[1];
if (count($objects) == 0) {
if (trim($valuestring) !== '') {
SMWParseData::addProperty($propertystring, $valuestring, false, $parser, true);
}
} else {
foreach ($objects as $object) {
SMWParseData::addProperty($propertystring, $object, false, $parser, true);
}
}
} elseif (trim($valuestring) !== '') {
SMWParseData::addProperty($propertystring, $valuestring, false, $parser, true);
}
// $value = SMWDataValueFactory::newPropertyObjectValue( $property->getDataItem(), $valuestring );
// if (!$value->isValid()) continue;
}
}
}
} else {
// @todo Save as metadata
}
global $wgTitle;
if (!is_null($wgTitle) && $wgTitle->isSpecialPage()) {
global $wgOut;
SMWOutputs::commitToOutputPage($wgOut);
} else {
SMWOutputs::commitToParser($parser);
}
return '';
}
public function addPropertyAndValue( $propName, $value ) {
// SMW 1.6+
if ( class_exists( 'SMWDIProperty' ) ) {
$property = SMWDIProperty::newFromUserLabel( $propName );
} else {
$property = SMWPropertyValue::makeUserProperty( $propName );
}
$dataValue = SMWDataValueFactory::newPropertyObjectValue( $property, $value );
if ( $dataValue->isValid() ) {
$this->mPropertyValuePairs[] = array( $property, $dataValue );
} // else - show an error message?
}
/**
* Must be called from derived class to initialize the member variables.
*/
protected function SMWSemanticStore(Title $domainRangeHintRelation, Title $minCard, Title $maxCard, Title $transitiveCat, Title $symetricalCat, Title $inverseOf)
{
$this->domainRangeHintRelation = $domainRangeHintRelation;
$this->maxCard = $maxCard;
$this->minCard = $minCard;
$this->transitiveCat = $transitiveCat;
$this->symetricalCat = $symetricalCat;
$this->inverseOf = $inverseOf;
$this->domainRangeHintProp = SMWPropertyValue::makeUserProperty($this->domainRangeHintRelation->getDBkey());
$this->minCardProp = SMWPropertyValue::makeUserProperty($this->minCard->getDBkey());
$this->maxCardProp = SMWPropertyValue::makeUserProperty($this->maxCard->getDBkey());
$this->inverseOfProp = SMWPropertyValue::makeUserProperty($this->inverseOf->getDBkey());
}
protected static function addPropertyValueToSemanticData($propertyName, $valueString, $semanticData)
{
$propertyDv = SMWPropertyValue::makeUserProperty($propertyName);
$propertyDi = $propertyDv->getDataItem();
if (!$propertyDi->isInverse()) {
$valueDv = SMWDataValueFactory::newPropertyObjectValue($propertyDi, $valueString, false, $semanticData->getSubject());
$semanticData->addPropertyObjectValue($propertyDi, $valueDv->getDataItem());
// Take note of the error for storage (do this here and not in storage, thus avoiding duplicates).
if (!$valueDv->isValid()) {
$semanticData->addPropertyObjectValue(new SMWDIProperty('_ERRP'), $propertyDi->getDiWikiPage());
self::$m_errors = array_merge(self::$m_errors, $valueDv->getErrors());
}
} else {
self::$m_errors[] = wfMsgForContent('smw_noinvannot');
}
}
/**
* Main entry point for Special Pages. Gets all required parameters.
*
* @param[in] $query string Given by MediaWiki
*/
public function execute( $query ) {
global $wgRequest, $wgOut;
$this->setHeaders();
// get the GET parameters
$this->propertystring = $wgRequest->getText( 'property' );
$this->valuestring = $wgRequest->getText( 'value' );
$params = SMWInfolink::decodeParameters( $query, false );
reset( $params );
// no GET parameters? Then try the URL
if ( $this->propertystring === '' ) $this->propertystring = current( $params );
if ( $this->valuestring === '' ) $this->valuestring = next( $params );
$this->valuestring = str_replace( ' ', ' ', $this->valuestring );
$this->valuestring = str_replace( ' ', ' ', $this->valuestring );
$this->property = SMWPropertyValue::makeUserProperty( $this->propertystring );
if ( !$this->property->isValid() ) {
$this->propertystring = '';
} else {
$this->propertystring = $this->property->getWikiValue();
$this->value = SMWDataValueFactory::newPropertyObjectValue( $this->property->getDataItem(), $this->valuestring );
if ( $this->value->isValid() ) {
$this->valuestring = $this->value->getWikiValue();
} else {
$this->value = null;
}
}
$limitstring = $wgRequest->getVal( 'limit' );
if ( is_numeric( $limitstring ) ) {
$this->limit = intval( $limitstring );
}
$offsetstring = $wgRequest->getVal( 'offset' );
if ( is_numeric( $offsetstring ) ) {
$this->offset = intval( $offsetstring );
}
$wgOut->addHTML( $this->displaySearchByProperty() );
$wgOut->addHTML( $this->queryForm() );
SMWOutputs::commitToOutputPage( $wgOut ); // make sure locally collected output data is pushed to the output!
}
/**
* @since 2.1
*/
public function initialize()
{
$params = explode('/', $this->queryString);
reset($params);
// Remove empty elements
$params = array_filter($params, 'strlen');
$property = isset($this->requestOptions['property']) ? $this->requestOptions['property'] : current($params);
$value = isset($this->requestOptions['value']) ? $this->requestOptions['value'] : next($params);
$property = $this->urlEncoder->decode($property);
$value = str_replace(array('-25'), array('%'), $value);
$this->property = PropertyValue::makeUserProperty($property);
if (!$this->property->isValid()) {
$this->propertyString = $property;
$this->value = null;
$this->valueString = $value;
} else {
$this->propertyString = $this->property->getWikiValue();
$this->value = DataValueFactory::getInstance()->newPropertyObjectValue($this->property->getDataItem(), $this->urlEncoder->decode($value));
$this->valueString = $this->value->isValid() ? $this->value->getWikiValue() : $value;
}
$this->setLimit();
$this->setOffset();
$this->setNearbySearch();
}
/**
* Function for handling the {{\#missingvalues }} parser function.
*/
public static function doMissingValues($parser, $querystring, $propertyname, $values)
{
$all_values = explode(',', $values);
$all_values_clean = array();
foreach ($all_values as $cur_value) {
// remove whitespaces
$cur_value = trim($cur_value);
// ignore a value if it's null
if ('' != $cur_value) {
$all_values_clean[] = $cur_value;
}
}
$params = array();
$params['format'] = 'list';
$params['link'] = 'none';
$params['mainlabel'] = '-';
$extraprintouts = array();
$printmode = SMWPrintRequest::PRINT_PROP;
$data = SMWPropertyValue::makeUserProperty(trim($propertyname));
$label = '';
$printout = new SMWPrintRequest($printmode, $label, $data);
$extraprintouts[] = $printout;
$outputmode = SMW_OUTPUT_WIKI;
$result = SMWQueryProcessor::getResultFromQueryString($querystring, $params, $extraprintouts, $outputmode);
$found_values = explode(', ', $result);
$missing_values = array_diff($all_values_clean, $found_values);
return join(', ', $missing_values);
}
function getAnnotations($annotatedImage)
{
global $wgExtensionCredits;
$new = false;
foreach ($wgExtensionCredits['semantic'] as $elem) {
if ($elem['name'] == 'Semantic MediaWiki') {
$vers = $elem['version'];
$new = version_compare($vers, '1.7', '>=');
}
}
$returnString = '{"shapes":[';
$queryString = '[[SIAannotatedImage::' . $annotatedImage . ']]';
$params = array();
$params['link'] = 'none';
$params['mainlabel'] = 'result';
#$params = ['order'];
#$params = ['sort'];
if ($new) {
$params['order'] = array('asc');
$params['sort'] = array('SIAannotatedImage');
} else {
$params['order'] = 'asc';
$params['sort'] = 'SIAannotatedImage';
}
//Generate all the extra printouts, eg all properties to retrieve:
$printmode = SMWPrintRequest::PRINT_PROP;
$customPrintouts = array('coordinates' => 'SIArectangleCoordinates', 'text' => 'ImageAnnotationText');
$extraprintouts = array();
foreach ($customPrintouts as $label => $property) {
$extraprintouts[] = new SMWPrintRequest($printmode, $label, SMWPropertyValue::makeUserProperty($property));
}
$format = 'table';
$context = SMWQueryProcessor::INLINE_QUERY;
$query = SMWQueryProcessor::createQuery($queryString, $params, $context, $format, $extraprintouts);
$store = smwfGetStore();
// default store
$res = $store->getQueryResult($query);
$shapeCounter = 0;
while (($resArrayArray = $res->getNext()) != false) {
//Array of SMWResultArray Objects, eg. all retrieved Pages
$shapeCounter++;
if ($shapeCounter > 1) {
$returnString .= ',';
}
$returnString .= '{';
foreach ($resArrayArray as $resArray) {
//SMWResultArray-Object, column of resulttable (pagename or propertyvalue)
$currentPrintRequestLabel = $resArray->getPrintRequest()->getLabel();
//The label as defined in the above array
if ($currentPrintRequestLabel == 'coordinates') {
$currentResultPage = $resArray->getResultSubject();
$currentID = $currentResultPage->getTitle()->getFullText();
$currentCoords = $resArray->getNextDataItem()->getSerialization();
$returnString .= '"coords":"' . $currentCoords . '","id":"' . $currentID . '"';
}
}
$returnString .= '}';
}
$returnString .= ']}';
return $returnString;
}
public function execute($query)
{
global $wgRequest, $wgOut;
$linker = smwfGetLinker();
$this->setHeaders();
// Get parameters
$pagename = $wgRequest->getVal('from');
$propname = $wgRequest->getVal('type');
$limit = $wgRequest->getVal('limit');
$offset = $wgRequest->getVal('offset');
if ($limit === '') {
$limit = 20;
}
if ($offset === '') {
$offset = 0;
}
if ($propname === '') {
// No GET parameters? Try the URL:
$queryparts = explode('::', $query);
$propname = $query;
if (count($queryparts) > 1) {
$pagename = $queryparts[0];
$propname = implode('::', array_slice($queryparts, 1));
}
}
$subject = SMWDataValueFactory::newTypeIDValue('_wpg', $pagename);
$pagename = $subject->isValid() ? $subject->getPrefixedText() : '';
$property = SMWPropertyValue::makeUserProperty($propname);
$propname = $property->isValid() ? $property->getWikiValue() : '';
// Produce output
$html = '';
if ($propname === '') {
// no property given, show a message
$html .= wfMsg('smw_pp_docu') . "\n";
} else {
// property given, find and display results
// FIXME: very ugly, needs i18n
$wgOut->setPagetitle(($pagename !== '' ? $pagename . ' ' : '') . $property->getWikiValue());
// get results (get one more, to see if we have to add a link to more)
$options = new SMWRequestOptions();
$options->limit = $limit + 1;
$options->offset = $offset;
$options->sort = true;
$results = smwfGetStore()->getPropertyValues($pagename !== '' ? $subject->getDataItem() : null, $property->getDataItem(), $options);
// prepare navigation bar if needed
if ($offset > 0 || count($results) > $limit) {
if ($offset > 0) {
$navigation = Html::element('a', array('href' => $this->getTitle()->getLocalURL(array('offset' => max(0, $offset - $limit), 'limit' => $limit, 'type' => $propname, 'from' => $pagename))), wfMsg('smw_result_prev'));
} else {
$navigation = wfMsg('smw_result_prev');
}
$navigation .= '     <b>' . wfMsg('smw_result_results') . ' ' . ($offset + 1) . '– ' . ($offset + min(count($results), $limit)) . '</b>    ';
if (count($results) == $limit + 1) {
$navigation = Html::element('a', array('href' => $this->getTitle()->getLocalURL(array('offset' => $offset + $limit, 'limit' => $limit, 'type' => $propname, 'from' => $pagename))), wfMsg('smw_result_next'));
} else {
$navigation .= wfMsg('smw_result_next');
}
} else {
$navigation = '';
}
// display results
$html .= '<br />' . $navigation;
if (count($results) == 0) {
$html .= wfMsg('smw_result_noresults');
} else {
$html .= "<ul>\n";
$count = $limit + 1;
foreach ($results as $di) {
$count--;
if ($count < 1) {
continue;
}
$dv = SMWDataValueFactory::newDataItemValue($di, $property->getDataItem());
$html .= '<li>' . $dv->getLongHTMLText($linker);
// do not show infolinks, the magnifier "+" is ambiguous with the browsing '+' for '_wpg' (see below)
if ($property->getDataItem()->findPropertyTypeID() == '_wpg') {
$browselink = SMWInfolink::newBrowsingLink('+', $dv->getLongWikiText());
$html .= '  ' . $browselink->getHTML($linker);
}
$html .= "</li> \n";
}
$html .= "</ul>\n";
}
$html .= $navigation;
}
// Display query form
$spectitle = $this->getTitle();
$html .= '<p> </p>';
$html .= '<form name="pageproperty" action="' . htmlspecialchars($spectitle->getLocalURL()) . '" method="get">' . "\n" . '<input type="hidden" name="title" value="' . $spectitle->getPrefixedText() . '"/>';
$html .= wfMsg('smw_pp_from') . ' <input type="text" name="from" value="' . htmlspecialchars($pagename) . '" />' . "   \n";
$html .= wfMsg('smw_pp_type') . ' <input type="text" name="type" value="' . htmlspecialchars($propname) . '" />' . "\n";
$html .= '<input type="submit" value="' . wfMsg('smw_pp_submit') . "\"/>\n</form>\n";
$wgOut->addHTML($html);
SMWOutputs::commitToOutputPage($wgOut);
// make sure locally collected output data is pushed to the output!
}
/**
* Figures out the label of the property to be used. For outgoing ones it is just
* the text, for incoming ones we try to figure out the inverse one if needed,
* either by looking for an explicitly stated one or by creating a default one.
*
* @param[in] $property SMWPropertyValue The property of interest
* @param[in] $incoming bool If it is an incoming property
*
* @return string The label of the property
*/
private function getPropertyLabel( SMWPropertyValue $property, $incoming = false ) {
global $smwgBrowseShowInverse;
if ( $incoming && $smwgBrowseShowInverse ) {
$oppositeprop = SMWPropertyValue::makeUserProperty( wfMsg( 'smw_inverse_label_property' ) );
$labelarray = &smwfGetStore()->getPropertyValues( $property->getDataItem()->getDiWikiPage(), $oppositeprop->getDataItem() );
$rv = ( count( $labelarray ) > 0 ) ? $labelarray[0]->getLongWikiText():
wfMsg( 'smw_inverse_label_default', $property->getWikiValue() );
} else {
$rv = $property->getWikiValue();
}
return $this->unbreak( $rv );
}
/**
* Get derived properties.
* @param SMWSemanticData $semData
* Annotated facts of an article
* @return SMWSemanticData
* Derived facts of the article
*/
public static function getDerivedProperties(SMWSemanticData $semData)
{
global $smwgIP, $smwgHaloIP, $smwgTripleStoreGraph;
require_once $smwgIP . '/includes/SMW_QueryProcessor.php';
require_once $smwgHaloIP . '/includes/storage/SMW_TripleStore.php';
$derivedProperties = new SMWSemanticData($semData->getSubject());
$subject = $semData->getSubject()->getDBkey();
global $wgContLang;
$subject = $semData->getSubject();
$ns = strtolower($wgContLang->getNSText($subject->getNamespace()));
if (empty($ns)) {
$ns = 'a';
}
$localName = $subject->getDBkey();
$inst = $smwgTripleStoreGraph . TSNamespaces::$INST_NS_SUFFIX;
// $queryText = "PREFIX a:<$inst> SELECT ?pred ?obj WHERE { a:$subject ?pred ?obj . }";
// $queryText = "SELECT ?pred ?obj WHERE { a:$subject ?pred ?obj . }";
$queryText = "SELECT ?pred ?obj WHERE { <" . $smwgTripleStoreGraph . "/{$ns}#{$localName}> ?pred ?obj . }";
// echo $queryText;
wfRunHooks('BeforeDerivedPropertyQuery', array(&$queryText));
// Ask for all properties of the subject (derived and ground facts)
$q = SMWSPARQLQueryProcessor::createQuery($queryText, array());
$res = smwfGetStore()->getQueryResult($q);
// SMWQueryResult
wfRunHooks('AfterDerivedPropertyQuery', array());
wfRunHooks('FilterQueryResults', array(&$res, array('pred')));
$propVal = array();
while ($row = $res->getNext()) {
//$row: SMWResultArray[]
$i = 0;
$valuesForProperty = array();
$key = false;
if (count($row) == 2) {
$properties = array();
$values = array();
// There may be several properties with the same values
$p = $row[0];
while (($object = $p->getNextObject()) !== false) {
if ($object instanceof SMWURIValue) {
$keys = $object->getDBkeys();
$properties[] = $keys[0];
} else {
$properties[] = $object->getDBkey();
}
}
// Retrieve the values of the properties
$v = $row[1];
while (($object = $v->getNextObject()) !== false) {
$values[] = $object;
}
}
foreach ($properties as $p) {
if (array_key_exists($p, $propVal)) {
// The same property may appear several times
$propVal[$p] = array_merge($values, $propVal[$p]);
} else {
$propVal[$p] = $values;
}
}
}
// Check is a property is derived or directly annotated
foreach ($propVal as $propName => $derivedValues) {
// does the property already exist?
$prop = SMWPropertyValue::makeUserProperty($propName);
$values = $semData->getPropertyValues($prop);
foreach ($derivedValues as $dv) {
$isDerived = true;
$val = null;
foreach ($values as $v) {
if ($dv->getTypeID() == '_wpg' && $v->getTypeID() == '_wpg') {
$vt1 = $dv->getTitle();
$vt2 = $v->getTitle();
if (isset($vt1) && isset($vt2) && $vt1->getText() == $vt2->getText()) {
$isDerived = false;
break;
}
} else {
if ($dv->getTypeID() == '_wpg' && $v->getTypeID() != '_wpg') {
// how can this happen?
$isDerived = false;
break;
} else {
if ($dv->isNumeric()) {
if ($dv->getWikiValue() == $v->getWikiValue()) {
$isDerived = false;
break;
}
} else {
if (array_shift($dv->getDBkeys()) == array_shift($v->getDBkeys())) {
$isDerived = false;
break;
}
}
}
}
}
if ($isDerived) {
$property = SMWPropertyValue::makeUserProperty($propName);
$derivedProperties->addPropertyObjectValue($property, $dv);
}
}
}
return $derivedProperties;
}
protected function getPropertyDescription( $propertyname, &$setNS, &$label, &$relatedArticles ) {
global $smwgSMWBetaCompatible; // support for old * printouts of beta
wfLoadExtensionMessages( 'SemanticMediaWiki' );
$this->readChunk(); // consume separator ":=" or "::"
// first process property chain syntax (e.g. "property1.property2::value"):
if ( $propertyname { 0 } == ' ' ) { // escape
$propertynames = array( $propertyname );
} else {
$propertynames = explode( '.', $propertyname );
}
$properties = array();
$typeid = '_wpg';
foreach ( $propertynames as $name ) {
if ( $typeid != '_wpg' ) { // non-final property in chain was no wikipage: not allowed
$this->m_errors[] = wfMsgForContent( 'smw_valuesubquery', $prevname );
return NULL; // /TODO: read some more chunks and try to finish [[ ]]
}
$property = SMWPropertyValue::makeUserProperty( $name );
if ( !$property->isValid() ) { // illegal property identifier
$this->m_errors = array_merge( $this->m_errors, $property->getErrors() );
return NULL; // /TODO: read some more chunks and try to finish [[ ]]
}
$typeid = $property->getTypeID();
$prevname = $name;
$properties[] = $property;
// added by ning
$relatedArticles[] = array(
'namespace' => SMW_NS_PROPERTY,
'title' => $property->getDBkey() );
} // /NOTE: after iteration, $property and $typeid correspond to last value
$innerdesc = NULL;
$continue = true;
while ( $continue ) {
$chunk = $this->readChunk();
switch ( $chunk ) {
case '+': // wildcard, add namespaces for page-type properties
if ( ( $this->m_defaultns !== NULL ) && ( $typeid == '_wpg' ) ) {
$innerdesc = $this->addDescription( $innerdesc, $this->m_defaultns, false );
} else {
$innerdesc = $this->addDescription( $innerdesc, new SMWThingDescription(), false );
}
$chunk = $this->readChunk();
break;
case '<q>': // subquery, set default namespaces
if ( $typeid == '_wpg' ) {
$this->pushDelimiter( '</q>' );
$setsubNS = true;
$sublabel = '';
$innerdesc = $this->addDescription( $innerdesc, $this->getSubqueryDescription( $setsubNS, $sublabel ), false );
} else { // no subqueries allowed for non-pages
$this->m_errors[] = wfMsgForContent( 'smw_valuesubquery', end( $propertynames ) );
$innerdesc = $this->addDescription( $innerdesc, new SMWThingDescription(), false );
}
$chunk = $this->readChunk();
break;
default: // normal object value or print statement
// read value(s), possibly with inner [[...]]
$open = 1;
$value = $chunk;
$continue2 = true;
// read value with inner [[, ]], ||
while ( ( $open > 0 ) && ( $continue2 ) ) {
$chunk = $this->readChunk( '\[\[|\]\]|\|\||\|' );
switch ( $chunk ) {
case '[[': // open new [[ ]]
$open++;
break;
case ']]': // close [[ ]]
$open--;
break;
case '|': case '||': // terminates only outermost [[ ]]
if ( $open == 1 ) {
$open = 0;
}
break;
case '': // /TODO: report error; this is not good right now
$continue2 = false;
break;
}
if ( $open != 0 ) {
$value .= $chunk;
}
} // /NOTE: at this point, we normally already read one more chunk behind the value
if ( $typeid == '__nry' ) { // nary value
$dv = SMWDataValueFactory::newPropertyObjectValue( $property );
$dv->acceptQuerySyntax();
$dv->setUserValue( $value );
$vl = $dv->getValueList();
$pm = $dv->getPrintModifier();
if ( $vl !== NULL ) { // prefer conditions over print statements (only one possible right now)
$innerdesc = $this->addDescription( $innerdesc, $vl, false );
} elseif ( $pm !== false ) {
if ( $chunk == '|' ) {
$printlabel = $this->readChunk( '\]\]' );
if ( $printlabel != ']]' ) {
$chunk = $this->readChunk( '\]\]' );
} else {
$printlabel = '';
$chunk = ']]';
}
} else {
$printlabel = $property->getWikiValue();
}
if ( $chunk == ']]' ) {
return new SMWPrintRequest( SMWPrintRequest::PRINT_PROP, $printlabel, $property, $pm );
} else {
$this->m_errors[] = wfMsgForContent( 'smw_badprintout' );
return NULL;
}
}
} else { // unary value
$comparator = SMW_CMP_EQ;
$printmodifier = '';
SMWNotifyParser::prepareValue( $value, $comparator, $printmodifier );
if ( ( $value == '*' ) && $smwgSMWBetaCompatible ) {
if ( $chunk == '|' ) {
$printlabel = $this->readChunk( '\]\]' );
if ( $printlabel != ']]' ) {
$chunk = $this->readChunk( '\]\]' );
} else {
$printlabel = '';
$chunk = ']]';
}
} else {
$printlabel = $property->getWikiValue();
}
if ( $chunk == ']]' ) {
return new SMWPrintRequest( SMWPrintRequest::PRINT_PROP, $printlabel, $property, $printmodifier );
} else {
$this->m_errors[] = wfMsgForContent( 'smw_badprintout' );
return NULL;
}
} else {
$dv = SMWDataValueFactory::newPropertyObjectValue( $property, $value );
if ( !$dv->isValid() ) {
$this->m_errors = $this->m_errors + $dv->getErrors();
$vd = new SMWThingDescription();
} else {
$vd = new SMWValueDescription( $dv, $comparator );
}
$innerdesc = $this->addDescription( $innerdesc, $vd, false );
}
}
}
$continue = ( $chunk == '||' );
}
if ( $innerdesc === NULL ) { // make a wildcard search
if ( ( $this->m_defaultns !== NULL ) && ( $typeid == '_wpg' ) ) {
$innerdesc = $this->addDescription( $innerdesc, $this->m_defaultns, false );
} else {
$innerdesc = $this->addDescription( $innerdesc, new SMWThingDescription(), false );
}
$this->m_errors[] = wfMsgForContent( 'smw_propvalueproblem', $property->getWikiValue() );
}
$properties = array_reverse( $properties );
foreach ( $properties as $property ) {
$innerdesc = new SMWSomeProperty( $property, $innerdesc );
}
$result = $innerdesc;
return $this->finishLinkDescription( $chunk, false, $result, $setNS, $label );
}
/**
* This function modifies the given query object at $qid to account for all ordering conditions
* in the SMWQuery $query. It is always required that $qid is the id of a query that joins with
* SMW IDs table so that the field alias.smw_title is $available for default sorting.
*
* @param integer $qid
*/
protected function applyOrderConditions($qid)
{
$qobj = $this->m_queries[$qid];
// (1) collect required extra property descriptions:
$extraproperties = array();
foreach ($this->m_sortkeys as $propkey => $order) {
if (!array_key_exists($propkey, $qobj->sortfields)) {
// Find missing property to sort by.
if ($propkey === '') {
// Sort by first result column (page titles).
$qobj->sortfields[$propkey] = "{$qobj->alias}.smw_sortkey";
} else {
// Try to extend query.
$sortprop = SMWPropertyValue::makeUserProperty($propkey);
if ($sortprop->isValid()) {
$extraproperties[] = new SMWSomeProperty($sortprop->getDataItem(), new SMWThingDescription());
}
}
}
}
// (2) compile according conditions and hack them into $qobj:
if (count($extraproperties) > 0) {
$desc = new SMWConjunction($extraproperties);
$newqid = $this->compileQueries($desc);
$newqobj = $this->m_queries[$newqid];
// This is always an SMWSQLStore3Query::Q_CONJUNCTION ...
foreach ($newqobj->components as $cid => $field) {
// ... so just re-wire its dependencies
$qobj->components[$cid] = $qobj->joinfield;
$qobj->sortfields = array_merge($qobj->sortfields, $this->m_queries[$cid]->sortfields);
}
$this->m_queries[$qid] = $qobj;
}
}
/**
* Figures out the label of the property to be used. For outgoing ones it is just
* the text, for incoming ones we try to figure out the inverse one if needed,
* either by looking for an explicitly stated one or by creating a default one.
*
* @param[in] $property SMWPropertyValue The property of interest
* @param[in] $incoming bool If it is an incoming property
*
* @return string The label of the property
*/
private function getPropertyLabel(\SMWPropertyValue $property, $incoming = false)
{
if ($incoming && $this->getOption('showInverse')) {
$oppositeprop = \SMWPropertyValue::makeUserProperty(wfMessage('smw_inverse_label_property')->text());
$labelarray = $this->store->getPropertyValues($property->getDataItem()->getDiWikiPage(), $oppositeprop->getDataItem());
$rv = count($labelarray) > 0 ? $labelarray[0]->getLongWikiText() : wfMessage('smw_inverse_label_default', $property->getWikiValue())->text();
} else {
$rv = $property->getWikiValue();
}
return $this->unbreak($rv);
}
private function initPropertyChain($value)
{
$chain = explode('.', $value);
// Get the last which represents the final output
// Foo.Bar.Foobar.Baz
$last = array_pop($chain);
$this->lastPropertyChainValue = PropertyValue::makeUserProperty($last);
if (!$this->lastPropertyChainValue->isValid()) {
return $this->addError($this->lastPropertyChainValue->getErrors());
}
$this->lastPropertyChainValue->setOptions($this->getOptions());
// Generate a forward list from the remaining property labels
// Foo.Bar.Foobar
foreach ($chain as $value) {
$propertyValue = PropertyValue::makeUserProperty($value);
if (!$propertyValue->isValid()) {
continue;
}
$propertyValue->setOptions($this->getOptions());
$this->propertyValues[] = $propertyValue;
}
}
/**
* This function returns to results of a certain query
* This functions is part of the extension Semantic Tasks by Steren Giannini & Ryan Lane
* released under GNU GPLv2 (or later)
* http://www.mediawiki.org/wiki/Extension:Semantic_Tasks
* @param $query_string String : the query
* @param $properties_to_display array(String): array of property names to display
* @param $display_title Boolean : add the page title in the result
* @return TODO
*/
static function getQueryResults($query_string, $properties_to_display, $display_title)
{
// We use the Semantic MediaWiki Processor
// $smwgIP is defined by Semantic MediaWiki, and we don't allow
// this file to be sourced unless Semantic MediaWiki is included.
global $smwgIP;
include_once $smwgIP . "/includes/query/SMW_QueryProcessor.php";
$params = array();
$inline = true;
$printlabel = "";
$printouts = array();
// add the page name to the printouts
if ($display_title) {
if (version_compare(SMW_VERSION, '1.7', '>')) {
SMWQueryProcessor::addThisPrintout($printouts, $params);
} else {
$to_push = new SMWPrintRequest(SMWPrintRequest::PRINT_THIS, $printlabel);
array_push($printouts, $to_push);
}
}
// Push the properties to display in the printout array.
foreach ($properties_to_display as $property) {
if (class_exists('SMWPropertyValue')) {
// SMW 1.4
$to_push = new SMWPrintRequest(SMWPrintRequest::PRINT_PROP, $property, SMWPropertyValue::makeUserProperty($property));
} else {
$to_push = new SMWPrintRequest(SMWPrintRequest::PRINT_PROP, $property, Title::newFromText($property, SMW_NS_PROPERTY));
}
array_push($printouts, $to_push);
}
if (version_compare(SMW_VERSION, '1.6.1', '>')) {
$params = SMWQueryProcessor::getProcessedParams($params, $printouts);
$format = null;
} else {
$format = 'auto';
}
$query = SMWQueryProcessor::createQuery($query_string, $params, $inline, $format, $printouts);
$results = smwfGetStore()->getQueryResult($query);
return $results;
}
/**
* This method adds a new property with the given value to the storage. It is
* intended to be used on user input, and property and value are sepcified by
* strings as they might be found in a wiki. The function returns a datavalue
* object that contains the result of the operation.
*
* @param string $propertyName
* @param string $value
* @param mixed $caption string or false
* @param Parser $parser
* @param boolean $storeAnnotation
*
* @return SMWDataValue
*/
public static function addProperty($propertyName, $value, $caption, Parser $parser, $storeAnnotation = true)
{
wfProfileIn('SMWParseData::addProperty (SMW)');
// See if this property is a special one, such as e.g. "has type".
$propertyDv = SMWPropertyValue::makeUserProperty($propertyName);
if (!$propertyDv->isValid()) {
wfProfileOut('SMWParseData::addProperty (SMW)');
return $propertyDv;
}
$propertyDi = $propertyDv->getDataItem();
// FIXME: this solves the issue of bug 29438, but is probably not what we want to do.
if ($propertyDi instanceof SMWDIError) {
wfProfileOut('SMWParseData::addProperty (SMW)');
return $propertyDv;
}
$semandticData = self::getSMWData($parser);
$result = SMWDataValueFactory::newPropertyObjectValue($propertyDi, $value, $caption, $semandticData->getSubject());
if ($propertyDi->isInverse()) {
$result->addError(wfMsgForContent('smw_noinvannot'));
} elseif ($storeAnnotation && !is_null(self::getSMWData($parser))) {
$semandticData->addPropertyObjectValue($propertyDi, $result->getDataItem());
// Take note of the error for storage (do this here and not in storage, thus avoiding duplicates).
if (!$result->isValid()) {
$semandticData->addPropertyObjectValue(new SMWDIProperty('_ERRP'), $propertyDi->getDiWikiPage());
}
}
wfProfileOut('SMWParseData::addProperty (SMW)');
return $result;
}
private static function getAllValuesForProperty($property_name, $substring, $basePropertyName = null, $baseValue = null)
{
global $sfgMaxAutocompleteValues, $sfgCacheAutocompleteValues, $sfgAutocompleteCacheTimeout;
global $smwgDefaultStore;
$values = array();
$db = wfGetDB(DB_SLAVE);
$sqlOptions = array();
$sqlOptions['LIMIT'] = $sfgMaxAutocompleteValues;
$property = SMWPropertyValue::makeUserProperty($property_name);
$propertyHasTypePage = $property->getPropertyTypeID() == '_wpg';
$property_name = str_replace(' ', '_', $property_name);
$conditions = array('p_ids.smw_title' => $property_name);
// Use cache if allowed
if ($sfgCacheAutocompleteValues) {
$cache = SFFormUtils::getFormCache();
// Remove trailing whitespace to avoid unnecessary database selects
$cacheKeyString = $property_name . '::' . rtrim($substring);
if (!is_null($basePropertyName)) {
$cacheKeyString .= ',' . $basePropertyName . ',' . $baseValue;
}
$cacheKey = wfMemcKey('sf-autocomplete', md5($cacheKeyString));
$values = $cache->get($cacheKey);
if (!empty($values)) {
// Return with results immediately
return $values;
}
}
if ($propertyHasTypePage) {
$valueField = 'o_ids.smw_title';
if ($smwgDefaultStore === 'SMWSQLStore3') {
$idsTable = $db->tableName('smw_object_ids');
$propsTable = $db->tableName('smw_di_wikipage');
} else {
$idsTable = $db->tableName('smw_ids');
$propsTable = $db->tableName('smw_rels2');
}
$fromClause = "{$propsTable} p JOIN {$idsTable} p_ids ON p.p_id = p_ids.smw_id JOIN {$idsTable} o_ids ON p.o_id = o_ids.smw_id";
} else {
if ($smwgDefaultStore === 'SMWSQLStore3') {
$valueField = 'p.o_hash';
$idsTable = $db->tableName('smw_object_ids');
$propsTable = $db->tableName('smw_di_blob');
} else {
$valueField = 'p.value_xsd';
$idsTable = $db->tableName('smw_ids');
$propsTable = $db->tableName('smw_atts2');
}
$fromClause = "{$propsTable} p JOIN {$idsTable} p_ids ON p.p_id = p_ids.smw_id";
}
if (!is_null($basePropertyName)) {
$baseProperty = SMWPropertyValue::makeUserProperty($basePropertyName);
$basePropertyHasTypePage = $baseProperty->getPropertyTypeID() == '_wpg';
$basePropertyName = str_replace(' ', '_', $basePropertyName);
$conditions['base_p_ids.smw_title'] = $basePropertyName;
if ($basePropertyHasTypePage) {
if ($smwgDefaultStore === 'SMWSQLStore3') {
$idsTable = $db->tableName('smw_object_ids');
$propsTable = $db->tableName('smw_di_wikipage');
} else {
$idsTable = $db->tableName('smw_ids');
$propsTable = $db->tableName('smw_rels2');
}
$fromClause .= " JOIN {$propsTable} p_base ON p.s_id = p_base.s_id";
$fromClause .= " JOIN {$idsTable} base_p_ids ON p_base.p_id = base_p_ids.smw_id JOIN {$idsTable} base_o_ids ON p_base.o_id = base_o_ids.smw_id";
$baseValue = str_replace(' ', '_', $baseValue);
$conditions['base_o_ids.smw_title'] = $baseValue;
} else {
if ($smwgDefaultStore === 'SMWSQLStore3') {
$baseValueField = 'p_base.o_hash';
$idsTable = $db->tableName('smw_object_ids');
$propsTable = $db->tableName('smw_di_blob');
} else {
$baseValueField = 'p_base.value_xsd';
$idsTable = $db->tableName('smw_ids');
$propsTable = $db->tableName('smw_atts2');
}
$fromClause .= " JOIN {$propsTable} p_base ON p.s_id = p_base.s_id";
$fromClause .= " JOIN {$idsTable} base_p_ids ON p_base.p_id = base_p_ids.smw_id";
$conditions[$baseValueField] = $baseValue;
}
}
if (!is_null($substring)) {
// "Page" type property valeus are stored differently
// in the DB, i.e. underlines instead of spaces.
$conditions[] = SFUtils::getSQLConditionForAutocompleteInColumn($valueField, $substring, $propertyHasTypePage);
}
$sqlOptions['ORDER BY'] = $valueField;
$res = $db->select($fromClause, "DISTINCT {$valueField}", $conditions, __METHOD__, $sqlOptions);
while ($row = $db->fetchRow($res)) {
$values[] = str_replace('_', ' ', $row[0]);
}
$db->freeResult($res);
if ($sfgCacheAutocompleteValues) {
// Save to cache.
$cache->set($cacheKey, $values, $sfgAutocompleteCacheTimeout);
}
return $values;
}
private function collectedRequiredExtraPropertyDescriptions($qobj)
{
$extraProperties = array();
foreach ($this->sortKeys as $propkey => $order) {
if (!is_string($propkey)) {
throw new RuntimeException("Expected a string value as sortkey");
}
if (!array_key_exists($propkey, $qobj->sortfields)) {
// Find missing property to sort by.
if ($propkey === '') {
// Sort by first result column (page titles).
$qobj->sortfields[$propkey] = "{$qobj->alias}.smw_sortkey";
} else {
// Try to extend query.
$sortprop = PropertyValue::makeUserProperty($propkey);
if ($sortprop->isValid()) {
$extraProperties[] = new SomeProperty($sortprop->getDataItem(), new ThingDescription());
}
}
}
}
return $extraProperties;
}
/**
* Parse a property description (the part of an inline query that
* is in between "[[Some property::" and the closing "]]" and create a
* suitable description. The "::" is the first chunk on the current
* string.
*/
private function getPropertyDescription($propertyName, &$setNS)
{
$this->readChunk();
// consume separator ":=" or "::"
// first process property chain syntax (e.g. "property1.property2::value"), escaped by initial " ":
$propertynames = $propertyName[0] == ' ' ? array($propertyName) : explode('.', $propertyName);
$properties = array();
$typeid = '_wpg';
$inverse = false;
foreach ($propertynames as $name) {
if (!$this->isPagePropertyType($typeid)) {
// non-final property in chain was no wikipage: not allowed
$this->errorMessages[] = wfMessage('smw_valuesubquery', $name)->inContentLanguage()->text();
return null;
///TODO: read some more chunks and try to finish [[ ]]
}
$property = SMWPropertyValue::makeUserProperty($name);
if (!$property->isValid()) {
// illegal property identifier
$this->errorMessages = array_merge($this->errorMessages, $property->getErrors());
return null;
///TODO: read some more chunks and try to finish [[ ]]
}
$typeid = $property->getDataItem()->findPropertyTypeID();
$inverse = $property->isInverse();
$properties[] = $property;
}
///NOTE: after iteration, $property and $typeid correspond to last value
$innerdesc = null;
$continue = true;
while ($continue) {
$chunk = $this->readChunk();
switch ($chunk) {
case '+':
// wildcard, add namespaces for page-type properties
if (!is_null($this->defaultNamespace) && ($this->isPagePropertyType($typeid) || $inverse)) {
$innerdesc = $this->addDescription($innerdesc, $this->defaultNamespace, false);
} else {
$innerdesc = $this->addDescription($innerdesc, new ThingDescription(), false);
}
$chunk = $this->readChunk();
break;
case '<q>':
// subquery, set default namespaces
if ($this->isPagePropertyType($typeid) || $inverse) {
$this->pushDelimiter('</q>');
$setsubNS = true;
$innerdesc = $this->addDescription($innerdesc, $this->getSubqueryDescription($setsubNS), false);
} else {
// no subqueries allowed for non-pages
$this->errorMessages[] = wfMessage('smw_valuesubquery', end($propertynames))->inContentLanguage()->text();
$innerdesc = $this->addDescription($innerdesc, new ThingDescription(), false);
}
$chunk = $this->readChunk();
break;
default:
// normal object value
// read value(s), possibly with inner [[...]]
$open = 1;
$value = $chunk;
$continue2 = true;
// read value with inner [[, ]], ||
while ($open > 0 && $continue2) {
$chunk = $this->readChunk('\\[\\[|\\]\\]|\\|\\||\\|');
switch ($chunk) {
case '[[':
// open new [[ ]]
$open++;
break;
case ']]':
// close [[ ]]
$open--;
break;
case '|':
case '||':
// terminates only outermost [[ ]]
if ($open == 1) {
$open = 0;
}
break;
case '':
///TODO: report error; this is not good right now
$continue2 = false;
break;
}
if ($open != 0) {
$value .= $chunk;
}
}
///NOTE: at this point, we normally already read one more chunk behind the value
$dv = \SMW\DataValueFactory::getInstance()->newPropertyObjectValue($property->getDataItem());
$dv->setQueryConditionUsage(true);
$vd = $dv->getQueryDescription($value);
$innerdesc = $this->addDescription($innerdesc, $vd, false);
$this->errorMessages = $this->errorMessages + $dv->getErrors();
}
$continue = $chunk == '||';
}
if (is_null($innerdesc)) {
// make a wildcard search
$innerdesc = !is_null($this->defaultNamespace) && $this->isPagePropertyType($typeid) ? $this->addDescription($innerdesc, $this->defaultNamespace, false) : $this->addDescription($innerdesc, new ThingDescription(), false);
$this->errorMessages[] = wfMessage('smw_propvalueproblem', $property->getWikiValue())->inContentLanguage()->text();
}
$properties = array_reverse($properties);
foreach ($properties as $property) {
$innerdesc = new SomeProperty($property->getDataItem(), $innerdesc);
}
$result = $innerdesc;
return $this->finishLinkDescription($chunk, false, $result, $setNS);
}
public function setIsSPQRQLQuery($isSPARQL)
{
$propertyValue = SMWPropertyValue::makeUserProperty(QRC_ISQ_LABEL);
$dataValue = SMWDataValueFactory::newPropertyObjectValue($propertyValue, $isSPARQL);
$this->m_data->addPropertyObjectValue($propertyValue, $dataValue);
}
/**
* Create an SMWPrintRequest object from a string description as one
* would normally use in #ask and related inputs. The string must start
* with a "?" and may contain label and formatting parameters after "="
* or "#", respectively. However, further parameters, given in #ask by
* "|+param=value" are not allowed here; they must be added
* individually.
*
* @param string $printRequestString
* @param boolean $showMode
*
*@return PrintRequest||null
* @since 1.8
*/
protected static function getSMWPrintRequestFromString($printRequestString, $showMode)
{
global $wgContLang;
$parts = explode('=', $printRequestString, 2);
$propparts = explode('#', $parts[0], 2);
$data = null;
if (trim($propparts[0]) === '') {
// print "this"
$printmode = PrintRequest::PRINT_THIS;
$label = '';
// default
} elseif ($wgContLang->getNsText(NS_CATEGORY) == ucfirst(trim($propparts[0]))) {
// print categories
$printmode = PrintRequest::PRINT_CATS;
$label = $showMode ? '' : $wgContLang->getNSText(NS_CATEGORY);
// default
} else {
// print property or check category
$title = Title::newFromText(trim($propparts[0]), SMW_NS_PROPERTY);
// trim needed for \n
if (is_null($title)) {
// not a legal property/category name; give up
return null;
}
if ($title->getNamespace() == NS_CATEGORY) {
$printmode = PrintRequest::PRINT_CCAT;
$data = $title;
$label = $showMode ? '' : $title->getText();
// default
} else {
// enforce interpretation as property (even if it starts with something that looks like another namespace)
$printmode = PrintRequest::PRINT_PROP;
$data = SMWPropertyValue::makeUserProperty(trim($propparts[0]));
if (!$data->isValid()) {
// not a property; give up
return null;
}
$label = $showMode ? '' : $data->getWikiValue();
// default
}
}
if (count($propparts) == 1) {
// no outputformat found, leave empty
$propparts[] = false;
} elseif (trim($propparts[1]) === '') {
// "plain printout", avoid empty string to avoid confusions with "false"
$propparts[1] = '-';
}
if (count($parts) > 1) {
// label found, use this instead of default
$label = trim($parts[1]);
}
try {
return new PrintRequest($printmode, $label, $data, trim($propparts[1]));
} catch (InvalidArgumentException $e) {
// something still went wrong; give up
return null;
}
}
/**
* This function is the real heart of the entire Semantic Forms
* extension. It handles two main actions: (1) displaying a form on the
* screen, given a form definition and possibly page contents (if an
* existing page is being edited); and (2) creating actual page
* contents, if the form was already submitted by the user.
*
* It also does some related tasks, like figuring out the page name (if
* only a page formula exists).
*/
function formHTML( $form_def, $form_submitted, $source_is_page, $form_id = null, $existing_page_content = null, $page_name = null, $page_name_formula = null, $is_query = false, $is_embedded = false ) {
global $wgRequest, $wgUser, $wgParser;
global $sfgTabIndex; // used to represent the current tab index in the form
global $sfgFieldNum; // used for setting various HTML IDs
wfProfileIn( __METHOD__ );
// initialize some variables
$sfgTabIndex = 1;
$sfgFieldNum = 1;
$source_page_matches_this_form = false;
$form_page_title = null;
$generated_page_name = $page_name_formula;
// $form_is_partial is true if:
// (a) 'partial' == 1 in the arguments
// (b) 'partial form' is found in the form definition
// in the latter case, it may remain false until close to the end of
// the parsing, so we have to assume that it will become a possibility
$form_is_partial = false;
$new_text = "";
// flag for placing "<onlyinclude>" tags in form output
$onlyinclude_free_text = false;
// If we have existing content and we're not in an active replacement
// situation, preserve the original content. We do this because we want
// to pass the original content on IF this is a partial form.
// TODO: A better approach here would be to pass the revision ID of the
// existing page content through the replace value, which would
// minimize the html traffic and would allow us to do a concurrent
// update check. For now, we pass it through a hidden text field.
if ( ! $wgRequest->getCheck( 'partial' ) ) {
$original_page_content = $existing_page_content;
} else {
$original_page_content = null;
if ( $wgRequest->getCheck( 'free_text' ) ) {
$existing_page_content = $wgRequest->getVal( 'free_text' );
$form_is_partial = true;
}
}
// Disable all form elements if user doesn't have edit
// permission - two different checks are needed, because
// editing permissions can be set in different ways.
// HACK - sometimes we don't know the page name in advance, but
// we still need to set a title here for testing permissions.
if ( $is_embedded ) {
// If this is an embedded form (probably a 'RunQuery'),
// just use the name of the actual page we're on.
global $wgTitle;
$this->mPageTitle = $wgTitle;
} elseif ( $is_query ) {
$this->mPageTitle = Title::newFromText( 'RunQuery dummy title' );
} elseif ( $page_name === '' ) {
$this->mPageTitle = Title::newFromText(
$wgRequest->getVal( 'namespace' ) . ":Semantic Forms permissions test" );
} else {
$this->mPageTitle = Title::newFromText( $page_name );
}
global $wgOut;
// show previous set of deletions for this page, if it's been deleted before
if ( ! $form_submitted && ( $this->mPageTitle && !$this->mPageTitle->exists() ) ) {
$this->showDeletionLog( $wgOut );
}
// Unfortunately, we can't just call userCan() here because, as of MW 1.16,
// it has a bug in which it ignores a setting of
// "$wgEmailConfirmToEdit = true;". Instead, we'll just get the
// permission errors from the start, and use those to determine whether
// the page is editable.
if ( !$is_query ) {
// $userCanEditPage = ( $wgUser->isAllowed( 'edit' ) && $this->mPageTitle->userCan( 'edit' ) );
$permissionErrors = $this->mPageTitle->getUserPermissionsErrors( 'edit', $wgUser );
$userCanEditPage = count( $permissionErrors ) == 0;
wfRunHooks( 'sfUserCanEditPage', array( $this->mPageTitle, &$userCanEditPage ) );
}
$form_text = "";
if ( $is_query || $userCanEditPage ) {
$form_is_disabled = false;
// Show "Your IP address will be recorded" warning if
// user is anonymous, and it's not a query -
// wiki-text for bolding has to be replaced with HTML.
if ( $wgUser->isAnon() && ! $is_query ) {
$anon_edit_warning = preg_replace( "/'''(.*)'''/", "<strong>$1</strong>", wfMsg( 'anoneditwarning' ) );
$form_text .= "<p>$anon_edit_warning</p>\n";
}
} else {
$form_is_disabled = true;
$wgOut->setPageTitle( wfMsg( 'badaccess' ) );
$wgOut->addWikiText( $wgOut->formatPermissionsErrorMessage( $permissionErrors, 'edit' ) );
$wgOut->addHTML( "\n<hr />\n" );
}
$oldParser = $wgParser;
$wgParser = unserialize( serialize( $oldParser ) ); // deep clone of parser
$wgParser->Options( ParserOptions::newFromUser( $wgUser ) );
$wgParser->Title( $this->mPageTitle );
$wgParser->clearState();
$form_def = SFFormUtils::getFormDefinition( $wgParser, $form_def, $form_id );
// Turn form definition file into an array of sections, one for each
// template definition (plus the first section)
$form_def_sections = array();
$start_position = 0;
$section_start = 0;
$free_text_was_included = false;
$free_text_preload_page = null;
$free_text_components = array();
$all_values_for_template = array();
// Unencode any HTML-encoded representations of curly brackets and
// pipes - this is a hack to allow for forms to include templates
// that themselves contain form elements - the escaping was needed
// to make sure that those elements don't get parsed too early.
$form_def = str_replace( array( '{', '|', '}' ), array( '{', '|', '}' ), $form_def );
// And another hack - replace the 'free text' standard input with
// a field declaration to get it to be handled as a field.
$form_def = str_replace( 'standard input|free text', 'field|<freetext>', $form_def );
while ( $brackets_loc = strpos( $form_def, "{{{", $start_position ) ) {
$brackets_end_loc = strpos( $form_def, "}}}", $brackets_loc );
$bracketed_string = substr( $form_def, $brackets_loc + 3, $brackets_end_loc - ( $brackets_loc + 3 ) );
$tag_components = SFUtils::getFormTagComponents( $bracketed_string );
$tag_title = trim( $tag_components[0] );
if ( $tag_title == 'for template' || $tag_title == 'end template' ) {
// Create a section for everything up to here
$section = substr( $form_def, $section_start, $brackets_loc - $section_start );
$form_def_sections[] = $section;
$section_start = $brackets_loc;
}
$start_position = $brackets_loc + 1;
} // end while
$form_def_sections[] = trim( substr( $form_def, $section_start ) );
// Cycle through the form definition file, and possibly an
// existing article as well, finding template and field
// declarations and replacing them with form elements, either
// blank or pre-populated, as appropriate.
$all_fields = array();
$data_text = "";
$template_name = "";
$allow_multiple = false;
$instance_num = 0;
$all_instances_printed = false;
$strict_parsing = false;
// Placeholder name in the form
$curPlaceholder = null;
// Used to store the HTML code of the multiple template, to reinsert it into the right spot
// This array will keep track of all the replaced @<name>@ strings
$placeholderFields = array();
for ( $section_num = 0; $section_num < count( $form_def_sections ); $section_num++ ) {
$start_position = 0;
$template_text = "";
// the append is there to ensure that the original
// array doesn't get modified; is it necessary?
$section = " " . $form_def_sections[$section_num];
$multipleTemplateString = "";
while ( $brackets_loc = strpos( $section, '{{{', $start_position ) ) {
$brackets_end_loc = strpos( $section, "}}}", $brackets_loc );
$bracketed_string = substr( $section, $brackets_loc + 3, $brackets_end_loc - ( $brackets_loc + 3 ) );
$tag_components = SFUtils::getFormTagComponents( $bracketed_string );
$tag_title = trim( $tag_components[0] );
// =====================================================
// for template processing
// =====================================================
if ( $tag_title == 'for template' ) {
$old_template_name = $template_name;
$template_name = trim( $tag_components[1] );
$tif = SFTemplateInForm::create( $template_name );
$query_template_name = str_replace( ' ', '_', $template_name );
$add_button_text = wfMsg( 'sf_formedit_addanother' );
// Also replace periods with underlines, since that's what
// POST does to strings anyway.
$query_template_name = str_replace( '.', '_', $query_template_name );
// ...and escape apostrophes.
$query_template_name = str_replace( "'", "\'", $query_template_name );
// Cycle through the other components.
for ( $i = 2; $i < count( $tag_components ); $i++ ) {
$component = $tag_components[$i];
if ( $component == 'multiple' ) $allow_multiple = true;
if ( $component == 'strict' ) $strict_parsing = true;
$sub_components = array_map( 'trim', explode( '=', $component, 2 ) );
if ( count( $sub_components ) == 2 ) {
if ( $sub_components[0] == 'label' ) {
$template_label = $sub_components[1];
} elseif ( $sub_components[0] == 'add button text' ) {
$add_button_text = $sub_components[1];
} elseif ( $sub_components[0] == 'embed in field' ) {
// Placeholder on form template level. Assume that the template form def
// will have a multiple+placeholder parameters, and get the placeholder value.
// We expect something like TemplateName[fieldName], and convert it to the
// TemplateName___fieldName form used internally.
preg_match( '/\s*(.*)\[(.*)\]\s*/', $sub_components[1], $matches );
$curPlaceholder = ( count( $matches ) > 2 ) ? self::placeholderFormat( $matches[1], $matches[2] ) : null;
unset ( $matches );
}
}
}
// If this is the first instance, add
// the label into the form, if there is
// one, and add the appropriate wrapper
// div, if this is a multiple-instance
// template.
if ( $old_template_name != $template_name ) {
if ( isset( $template_label ) ) {
$multipleTemplateString .= "<fieldset>\n";
$multipleTemplateString .= "<legend>$template_label</legend>\n";
}
// If $curPlaceholder is set, it means we want to insert a
// multiple template form's HTML into the main form's HTML.
// So, the HTML will be stored in $multipleTemplateString.
if ( $allow_multiple ) {
$multipleTemplateString .= "\t" . '<div class="multipleTemplateWrapper">' . "\n";
$multipleTemplateString .= "\t" . '<div class="multipleTemplateList">' . "\n";
}
}
if ( $curPlaceholder == null ) {
$form_text .= $multipleTemplateString;
}
$template_text .= "{{" . $template_name;
$all_fields = $tif->getAllFields();
// remove template tag
$section = substr_replace( $section, '', $brackets_loc, $brackets_end_loc + 3 - $brackets_loc );
$template_instance_query_values = $wgRequest->getArray( $query_template_name );
// If we are editing a page, and this
// template can be found more than
// once in that page, and multiple
// values are allowed, repeat this
// section.
$existing_template_text = null;
if ( $source_is_page || $form_is_partial ) {
// Replace underlines with spaces in template name, to allow for
// searching on either.
$search_template_str = str_replace( '_', ' ', $template_name );
$preg_match_template_str = str_replace(
array( '/', '(', ')' ),
array( '\/', '\(', '\)' ),
$search_template_str );
$found_instance = preg_match( '/{{' . $preg_match_template_str . '\s*[\|}]/i', str_replace( '_', ' ', $existing_page_content ) );
if ( $allow_multiple ) {
// find instances of this template in the page -
// if there's at least one, re-parse this section of the
// definition form for the subsequent template instances in
// this page; if there's none, don't include fields at all.
// there has to be a more efficient way to handle multiple
// instances of templates, one that doesn't involve re-parsing
// the same tags, but I don't know what it is.
if ( $found_instance ) {
$instance_num++;
} else {
$all_instances_printed = true;
}
}
// get the first instance of this template on the page being edited,
// even if there are more
if ( $found_instance ) {
$matches = array();
$search_pattern = '/{{' . $preg_match_template_str . '\s*[\|}]/i';
$content_str = str_replace( '_', ' ', $existing_page_content );
preg_match( $search_pattern, $content_str, $matches, PREG_OFFSET_CAPTURE );
// is this check necessary?
if ( array_key_exists( 0, $matches ) && array_key_exists( 1, $matches[0] ) ) {
$start_char = $matches[0][1];
$fields_start_char = $start_char + 2 + strlen( $search_template_str );
// Skip ahead to the first real character.
while ( in_array( $existing_page_content[$fields_start_char], array( ' ', '\n' ) ) ) {
$fields_start_char++;
}
// If the next character is a pipe, skip that too.
if ( $existing_page_content[$fields_start_char] == '|' ) {
$fields_start_char++;
}
$template_contents = array( '0' => '' );
// Cycle through template call, splitting it up by pipes ('|'),
// except when that pipe is part of a piped link.
$field = "";
$uncompleted_square_brackets = 0;
$uncompleted_curly_brackets = 2;
$template_ended = false;
for ( $i = $fields_start_char; ! $template_ended && ( $i < strlen( $existing_page_content ) ); $i++ ) {
$c = $existing_page_content[$i];
if ( $c == '[' ) {
$uncompleted_square_brackets++;
} elseif ( $c == ']' && $uncompleted_square_brackets > 0 ) {
$uncompleted_square_brackets--;
} elseif ( $c == '{' ) {
$uncompleted_curly_brackets++;
} elseif ( $c == '}' && $uncompleted_curly_brackets > 0 ) {
$uncompleted_curly_brackets--;
}
// handle an end to a field and/or template declaration
$template_ended = ( $uncompleted_curly_brackets == 0 && $uncompleted_square_brackets == 0 );
$field_ended = ( $c == '|' && $uncompleted_square_brackets == 0 && $uncompleted_curly_brackets <= 2 );
if ( $template_ended || $field_ended ) {
// if this was the last character in the template, remove
// the closing curly brackets
if ( $template_ended ) {
$field = substr( $field, 0, - 1 );
}
// either there's an equals sign near the beginning or not -
// handling is similar in either way; if there's no equals
// sign, the index of this field becomes the key
$sub_fields = explode( '=', $field, 2 );
if ( count( $sub_fields ) > 1 ) {
$template_contents[trim( $sub_fields[0] )] = trim( $sub_fields[1] );
} else {
$template_contents[] = trim( $sub_fields[0] );
}
$field = '';
} else {
$field .= $c;
}
}
// If there are uncompleted opening brackets, the whole form will get messed up -
// display a warning.
// (If there are too many *closing* brackets, some template stuff will end up in
// the "free text" field - which is bad, but it's harder for the code to detect
// the problem - though hopefully, easier for users.)
if ( $uncompleted_curly_brackets > 0 || $uncompleted_square_brackets > 0 ) {
$form_text .= "\t" . '<div class="warningbox">' . wfMsg( 'sf_formedit_mismatchedbrackets', $this->mPageTitle->getFullURL( array( 'action' => 'edit' ) ) ) . "</div>\n<br clear=\"both\" />\n";
}
$existing_template_text = substr( $existing_page_content, $start_char, $i - $start_char );
// now remove this template from the text being edited
// if this is a partial form, establish a new insertion point
if ( $existing_page_content && $form_is_partial && $wgRequest->getCheck( 'partial' ) ) {
// if something already exists, set the new insertion point
// to its position; otherwise just let it lie
if ( strpos( $existing_page_content, $existing_template_text ) !== false ) {
$existing_page_content = str_replace( '{{{insertionpoint}}}', '', $existing_page_content );
$existing_page_content = str_replace( $existing_template_text, '{{{insertionpoint}}}', $existing_page_content );
}
} else {
$existing_page_content = $this->strReplaceFirst( $existing_template_text, '', $existing_page_content );
}
// If this is not a multiple-instance template, and we've found
// a match in the source page, there's a good chance that this
// page was created with this form - note that, so we don't
// send the user a warning
// (multiple-instance templates have a greater chance of
// getting repeated from one form to the next)
// - on second thought, allow even the presence of multiple-
// instance templates to validate that this is the correct
// form: the problem is that some forms contain *only* mutliple-
// instance templates.
// if (! $allow_multiple) {
$source_page_matches_this_form = true;
// }
}
}
}
// If the input is from the form (meaning the user has hit one
// of the bottom row of buttons), and we're dealing with a
// multiple template, get the values for this instance of this
// template, then delete them from the array, so we can get the
// next group next time - the next() command for arrays doesn't
// seem to work here.
if ( ( ! $source_is_page ) && $allow_multiple && $wgRequest ) {
$all_instances_printed = true;
if ( $old_template_name != $template_name ) {
$all_values_for_template = $wgRequest->getArray( $query_template_name );
}
if ( $all_values_for_template ) {
$cur_key = key( $all_values_for_template );
// skip the input coming in from the "starter" div
// TODO: this code is probably no longer necessary
if ( $cur_key == 'num' ) {
unset( $all_values_for_template[$cur_key] );
$cur_key = key( $all_values_for_template );
}
if ( $template_instance_query_values = current( $all_values_for_template ) ) {
$all_instances_printed = false;
unset( $all_values_for_template[$cur_key] );
}
}
}
// =====================================================
// end template processing
// =====================================================
} elseif ( $tag_title == 'end template' ) {
if ( $source_is_page ) {
// Add any unhandled template fields in the page as hidden variables.
if ( isset( $template_contents ) ) {
$form_text .= SFFormUtils::unhandledFieldsHTML( $template_name, $template_contents );
$template_contents = null;
}
}
// Remove this tag, reset some variables, and close off form HTML tag.
$section = substr_replace( $section, '', $brackets_loc, $brackets_end_loc + 3 - $brackets_loc );
$template_name = null;
if ( isset( $template_label ) && $curPlaceholder == null ) {
$form_text .= "</fieldset>\n";
unset ( $template_label );
}
$allow_multiple = false;
$all_instances_printed = false;
$instance_num = 0;
// =====================================================
// field processing
// =====================================================
} elseif ( $tag_title == 'field' ) {
$field_name = trim( $tag_components[1] );
$fullFieldName = $template_name . '[' . $field_name . ']';
// cycle through the other components
$is_mandatory = false;
$is_hidden = false;
$is_restricted = false;
$is_uploadable = false;
$is_list = false;
$input_type = null;
$field_args = array();
$show_on_select = array();
$default_value = null;
$values = null;
$possible_values = null;
$semantic_property = null;
$preload_page = null;
$holds_template = false;
for ( $i = 2; $i < count( $tag_components ); $i++ ) {
$component = trim( $tag_components[$i] );
if ( $component == 'mandatory' ) {
$is_mandatory = true;
} elseif ( $component == 'hidden' ) {
$is_hidden = true;
} elseif ( $component == 'restricted' ) {
$is_restricted = ( ! $wgUser || ! $wgUser->isAllowed( 'editrestrictedfields' ) );
} elseif ( $component == 'list' ) {
$is_list = true;
} elseif ( $component == 'edittools' ) { // free text only
$free_text_components[] = 'edittools';
}
$sub_components = array_map( 'trim', explode( '=', $component, 2 ) );
if ( count( $sub_components ) == 1 ) {
// add handling for single-value params, for custom input types
$field_args[$sub_components[0]] = true;
if ( $component == 'holds template' ) {
$is_hidden = true;
$holds_template = true;
$placeholderFields[] = self::placeholderFormat( $template_name, $field_name );
}
} elseif ( count( $sub_components ) == 2 ) {
// First, set each value as its own entry in $field_args.
$field_args[$sub_components[0]] = $sub_components[1];
// Then, do all special handling.
if ( $sub_components[0] == 'input type' ) {
$input_type = $sub_components[1];
} elseif ( $sub_components[0] == 'default' ) {
$default_value = $wgParser->recursiveTagParse( $sub_components[1] );
} elseif ( $sub_components[0] == 'preload' ) {
// free text field has special handling
if ( $field_name == 'free text' || $field_name == '<freetext>' ) {
$free_text_preload_page = $sub_components[1];
} else {
$preload_page = $sub_components[1];
}
} elseif ( $sub_components[0] == 'show on select' ) {
// html_entity_decode() is needed to turn '>' to '>'
$vals = explode( ';', html_entity_decode( $sub_components[1] ) );
foreach ( $vals as $val ) {
$val = trim( $val );
if ( empty( $val ) )
continue;
$option_div_pair = explode( '=>', $val, 2 );
if ( count( $option_div_pair ) > 1 ) {
$option = $option_div_pair[0];
$div_id = $option_div_pair[1];
if ( array_key_exists( $div_id, $show_on_select ) )
$show_on_select[$div_id][] = $option;
else
$show_on_select[$div_id] = array( $option );
} else {
$show_on_select[$val] = array();
}
}
} elseif ( $sub_components[0] == 'autocomplete on property' ) {
$property_name = $sub_components[1];
$propValue = SMWPropertyValue::makeUserProperty( $property_name );
if ( $propValue->getPropertyTypeID() == '_wpg' ) {
$field_args['autocomplete field type'] = 'relation';
} else {
$field_args['autocomplete field type'] = 'attribute';
}
$field_args['autocompletion source'] = $sub_components[1];
} elseif ( $sub_components[0] == 'autocomplete on category' ) {
$field_args['autocomplete field type'] = 'category';
$field_args['autocompletion source'] = $sub_components[1];
} elseif ( $sub_components[0] == 'autocomplete on concept' ) {
$field_args['autocomplete field type'] = 'concept';
$field_args['autocompletion source'] = $sub_components[1];
} elseif ( $sub_components[0] == 'autocomplete on namespace' ) {
$field_args['autocomplete field type'] = 'namespace';
$autocompletion_source = $sub_components[1];
// special handling for "main" (blank) namespace
if ( $autocompletion_source == "" )
$autocompletion_source = "main";
$field_args['autocompletion source'] = $autocompletion_source;
} elseif ( $sub_components[0] == 'autocomplete from url' ) {
$field_args['autocomplete field type'] = 'external_url';
$field_args['autocompletion source'] = $sub_components[1];
// 'external' autocompletion is always done remotely, i.e. via API
$field_args['remote autocompletion'] = true;
} elseif ( $sub_components[0] == 'values' ) {
// Handle this one only after 'delimiter' has
// also been set.
$values = $sub_components[1];
} elseif ( $sub_components[0] == 'values from property' ) {
$propertyName = $sub_components[1];
$possible_values = SFUtils::getAllValuesForProperty( $propertyName );
} elseif ( $sub_components[0] == 'values from category' ) {
$category_name = ucfirst( $sub_components[1] );
$possible_values = SFUtils::getAllPagesForCategory( $category_name, 10 );
} elseif ( $sub_components[0] == 'values from concept' ) {
$possible_values = SFUtils::getAllPagesForConcept( $sub_components[1] );
} elseif ( $sub_components[0] == 'values from namespace' ) {
$possible_values = SFUtils::getAllPagesForNamespace( $sub_components[1] );
} elseif ( $sub_components[0] == 'values dependent on' ) {
global $sfgDependentFields;
$sfgDependentFields[$sub_components[1]] = $fullFieldName;
} elseif ( $sub_components[0] == 'property' ) {
$semantic_property = $sub_components[1];
} elseif ( $sub_components[0] == 'default filename' ) {
$default_filename = str_replace( '<page name>', $page_name, $sub_components[1] );
// Parse value, so default filename can include parser functions.
$default_filename = $wgParser->recursiveTagParse( $default_filename );
$field_args['default filename'] = $default_filename;
} elseif ( $sub_components[0] == 'restricted' ) {
$is_restricted = !array_intersect(
$wgUser->getEffectiveGroups(), array_map( 'trim', explode( ',', $sub_components[1] ) )
);
}
}
} // end for
// Backwards compatibility
if ( $input_type == 'datetime with timezone' ) {
$input_type = 'datetime';
$field_args['include timezone'] = true;
} elseif ( $input_type == 'text' || $input_type == 'textarea' ) {
// Also for backwards compatibility,
// in that once b/c goes away,
// this will no longer be
// necessary.
$field_args['no autocomplete'] = true;
}
if ( $allow_multiple ) {
$field_args['part_of_multiple'] = $allow_multiple;
}
if ( count( $show_on_select ) > 0 ) {
$field_args['show on select'] = $show_on_select;
}
// Get the value from the request, if
// it's there, and if it's not an array.
$cur_value = null;
$escaped_field_name = str_replace( "'", "\'", $field_name );
if ( isset( $template_instance_query_values ) &&
$template_instance_query_values != null &&
is_array( $template_instance_query_values ) ) {
// If the field name contains an
// apostrophe, the array sometimes
// has the apostrophe escaped, and
// sometimes not. For now, just check
// for both versions.
// @TODO - figure this out.
$field_query_val = null;
if ( array_key_exists( $escaped_field_name, $template_instance_query_values ) ) {
$field_query_val = $template_instance_query_values[$escaped_field_name];
} elseif ( array_key_exists( $field_name, $template_instance_query_values ) ) {
$field_query_val = $template_instance_query_values[$field_name];
}
if ( $form_submitted || ( ! empty( $field_query_val ) && ! is_array( $field_query_val ) ) ) {
$cur_value = $field_query_val;
}
}
if ( empty( $cur_value ) && !$form_submitted ) {
if ( !is_null( $default_value ) ) {
// Set to the default value specified in the form, if it's there.
$cur_value = $default_value;
} elseif ( $preload_page ) {
$cur_value = SFFormUtils::getPreloadedText( $preload_page );
}
}
// If the user is editing a page, and that page contains a call to
// the template being processed, get the current field's value
// from the template call
if ( $source_is_page && ( ! empty( $existing_template_text ) ) ) {
if ( isset( $template_contents[$field_name] ) ) {
$cur_value = $template_contents[$field_name];
// If the field is a placeholder, the contents of this template
// parameter should be treated as elements parsed by an another
// multiple template form.
// By putting that at the very end of the parsed string, we'll
// have it processed as a regular multiple template form.
if ( $holds_template ) {
$existing_page_content = $existing_page_content . $cur_value;
}
// Now remove this value
// from $template_contents,
// so that at the end we
// can have a list of all
// the fields that weren't
// handled by the form.
unset( $template_contents[$field_name] );
} else {
$cur_value = '';
}
}
// Handle the free text field.
if ( $field_name == '<freetext>' ) {
// Add placeholders for the free text in both the form and
// the page, using <free_text> tags - once all the free text
// is known (at the end), it will get substituted in.
if ( $is_hidden ) {
$new_text = SFFormUtils::hiddenFieldHTML( 'free_text', '!free_text!' );
} else {
$sfgTabIndex++;
$sfgFieldNum++;
if ( $cur_value === '' || is_null( $cur_value ) ) {
$default_value = '!free_text!';
} else {
$default_value = $cur_value;
// If the FCKeditor extension is installed and
// active, the default value needs to be parsed
// for use in the editor.
global $wgFCKEditorDir;
if ( $wgFCKEditorDir && strpos( $existing_page_content, '__NORICHEDITOR__' ) === false ) {
$showFCKEditor = SFFormUtils::getShowFCKEditor();
if ( !$form_submitted && ( $showFCKEditor & RTE_VISIBLE ) ) {
$default_value = SFFormUtils::prepareTextForFCK( $cur_value );
}
}
}
$new_text = SFTextAreaInput::getHTML( $default_value, 'free_text', false, ( $form_is_disabled || $is_restricted ), $field_args );
if ( in_array( 'edittools', $free_text_components ) ) {
// borrowed from EditPage::showEditTools()
$options[] = 'parse';
$edittools_text = wfMsgExt( 'edittools', array( 'parse' ), array( 'content' ) );
$new_text .= <<<END
<div class="mw-editTools">
$edittools_text
</div>
END;
}
}
$free_text_was_included = true;
// add a similar placeholder to the data text
$data_text .= "!free_text!\n";
}
if ( $template_name === '' || $field_name == '<freetext>' ) {
$section = substr_replace( $section, $new_text, $brackets_loc, $brackets_end_loc + 3 - $brackets_loc );
} else {
if ( is_array( $cur_value ) ) {
// first, check if it's a list
if ( array_key_exists( 'is_list', $cur_value ) &&
$cur_value['is_list'] == true ) {
$cur_value_in_template = "";
if ( array_key_exists( 'delimiter', $field_args ) ) {
$delimiter = $field_args['delimiter'];
} else {
$delimiter = ",";
}
foreach ( $cur_value as $key => $val ) {
if ( $key !== "is_list" ) {
if ( $cur_value_in_template != "" ) {
$cur_value_in_template .= $delimiter . " ";
}
$cur_value_in_template .= $val;
}
}
} else {
// otherwise:
// if it has 1 or 2 elements, assume it's a checkbox; if it has
// 3 elements, assume it's a date
// - this handling will have to get more complex if other
// possibilities get added
if ( count( $cur_value ) == 1 ) {
$cur_value_in_template = SFUtils::getWordForYesOrNo( false );
} elseif ( count( $cur_value ) == 2 ) {
$cur_value_in_template = SFUtils::getWordForYesOrNo( true );
// if it's 3 or greater, assume it's a date or datetime
} elseif ( count( $cur_value ) >= 3 ) {
$month = $cur_value['month'];
$day = $cur_value['day'];
if ( $day !== '' ) {
global $wgAmericanDates;
if ( $wgAmericanDates == false ) {
// pad out day to always be two digits
$day = str_pad( $day, 2, "0", STR_PAD_LEFT );
}
}
$year = $cur_value['year'];
$hour = $minute = $second = $ampm24h = $timezone = null;
if ( isset( $cur_value['hour'] ) ) $hour = $cur_value['hour'];
if ( isset( $cur_value['minute'] ) ) $minute = $cur_value['minute'];
if ( isset( $cur_value['second'] ) ) $second = $cur_value['second'];
if ( isset( $cur_value['ampm24h'] ) ) $ampm24h = $cur_value['ampm24h'];
if ( isset( $cur_value['timezone'] ) ) $timezone = $cur_value['timezone'];
if ( $month !== '' && $day !== '' && $year !== '' ) {
// special handling for American dates - otherwise, just
// the standard year/month/day (where month is a number)
global $wgAmericanDates;
if ( $wgAmericanDates == true ) {
$cur_value_in_template = "$month $day, $year";
} else {
$cur_value_in_template = "$year/$month/$day";
}
// include whatever time information we have
if ( ! is_null( $hour ) )
$cur_value_in_template .= " " . str_pad( intval( substr( $hour, 0, 2 ) ), 2, '0', STR_PAD_LEFT ) . ":" . str_pad( intval( substr( $minute, 0, 2 ) ), 2, '0', STR_PAD_LEFT );
if ( ! is_null( $second ) )
$cur_value_in_template .= ":" . str_pad( intval( substr( $second, 0, 2 ) ), 2, '0', STR_PAD_LEFT );
if ( ! is_null( $ampm24h ) )
$cur_value_in_template .= " $ampm24h";
if ( ! is_null( $timezone ) )
$cur_value_in_template .= " $timezone";
} else {
$cur_value_in_template = "";
}
}
}
} else { // value is not an array
$cur_value_in_template = $cur_value;
}
if ( $template_name == null || $template_name === '' ) {
$input_name = $field_name;
} elseif ( $allow_multiple ) {
// 'num' will get replaced by an actual index, either in PHP
// or in Javascript, later on
$input_name = $template_name . '[num][' . $field_name . ']';
$field_args['origName'] = $template_name . '[' . $field_name . ']';
} else {
$input_name = $template_name . '[' . $field_name . ']';
}
// If the 'values' parameter was set, separate it based on the
// 'delimiter' parameter, if any.
if ( ! empty( $values ) ) {
if ( array_key_exists( 'delimiter', $field_args ) ) {
$delimiter = $field_args['delimiter'];
} else {
$delimiter = ",";
}
// Remove whitespaces, and un-escape characters
$possible_values = array_map( 'trim', explode( $delimiter, $values ) );
$possible_values = array_map( 'htmlspecialchars_decode', $possible_values );
}
// if we're creating the page name from a formula based on
// form values, see if the current input is part of that formula,
// and if so, substitute in the actual value
if ( $form_submitted && $generated_page_name !== '' ) {
// this line appears to be unnecessary
// $generated_page_name = str_replace('.', '_', $generated_page_name);
$generated_page_name = str_replace( ' ', '_', $generated_page_name );
$escaped_input_name = str_replace( ' ', '_', $input_name );
$generated_page_name = str_ireplace( "<$escaped_input_name>", $cur_value_in_template, $generated_page_name );
// once the substitution is done, replace underlines back
// with spaces
$generated_page_name = str_replace( '_', ' ', $generated_page_name );
}
// disable this field if either the whole form is disabled, or
// it's a restricted field and user doesn't have sysop privileges
$is_disabled = ( $form_is_disabled || $is_restricted );
// Create an SFFormField instance based on all the parameters
// in the form definition, and any information from the template
// definition (contained in the $all_fields parameter).
$form_field = SFFormField::createFromDefinition( $field_name,
$input_name, $is_mandatory, $is_hidden, $is_uploadable,
$possible_values, $is_disabled, $is_list, $input_type,
$field_args, $all_fields, $strict_parsing );
// If a property was set in the form definition, overwrite whatever
// is set in the template field - this is somewhat of a hack, since
// parameters set in the form definition are meant to go into the
// SFFormField object, not the SFTemplateField object it contains;
// it seemed like too much work, though, to create an
// SFFormField::setSemanticProperty() function just for this call
if ( $semantic_property != null ) {
$form_field->template_field->setSemanticProperty( $semantic_property );
}
$semantic_property = $form_field->template_field->getSemanticProperty();
if ( !is_null( $semantic_property ) ) {
global $sfgFieldProperties;
$sfgFieldProperties[$fullFieldName] = $semantic_property;
}
// call hooks - unfortunately this has to be split into two
// separate calls, because of the different variable names in
// each case
if ( $form_submitted ) {
wfRunHooks( 'sfCreateFormField', array( &$form_field, &$cur_value_in_template, true ) );
} else {
wfRunHooks( 'sfCreateFormField', array( &$form_field, &$cur_value, false ) );
}
// if this is not part of a 'multiple' template, increment the
// global tab index (used for correct tabbing)
if ( ! array_key_exists( 'part_of_multiple', $field_args ) ) {
$sfgTabIndex++;
}
// increment the global field number regardless
$sfgFieldNum++;
// If the field is a date field, and its default value was set
// to 'now', and it has no current value, set $cur_value to be
// the current date.
if ( $default_value == 'now' &&
// if the date is hidden, cur_value will already be set
// to the default value
( $cur_value === '' || $cur_value == 'now' ) ) {
if ( $input_type == 'date' || $input_type == 'datetime' ||
$input_type == 'year' ||
( $input_type === '' && $form_field->getTemplateField()->getPropertyType() == '_dat' ) ) {
// Get current time, for the time zone specified in the wiki.
global $wgLocaltimezone;
if ( isset( $wgLocaltimezone ) ) {
$serverTimezone = date_default_timezone_get();
date_default_timezone_set( $wgLocaltimezone );
}
$cur_time = time();
$year = date( "Y", $cur_time );
$month = date( "n", $cur_time );
$day = date( "j", $cur_time );
global $wgAmericanDates, $sfg24HourTime;
if ( $wgAmericanDates == true ) {
$month_names = SFFormUtils::getMonthNames();
$month_name = $month_names[$month - 1];
$cur_value_in_template = "$month_name $day, $year";
} else {
$cur_value_in_template = "$year/$month/$day";
}
if ( isset( $wgLocaltimezone ) ) {
date_default_timezone_set( $serverTimezone );
}
if ( $input_type == 'datetime' ) {
if ( $sfg24HourTime ) {
$hour = str_pad( intval( substr( date( "G", $cur_time ), 0, 2 ) ), 2, '0', STR_PAD_LEFT );
} else {
$hour = str_pad( intval( substr( date( "g", $cur_time ), 0, 2 ) ), 2, '0', STR_PAD_LEFT );
}
$minute = str_pad( intval( substr( date( "i", $cur_time ), 0, 2 ) ), 2, '0', STR_PAD_LEFT );
$second = str_pad( intval( substr( date( "s", $cur_time ), 0, 2 ) ), 2, '0', STR_PAD_LEFT );
if ( $sfg24HourTime ) {
$cur_value_in_template .= " $hour:$minute:$second";
} else {
$ampm = date( "A", $cur_time );
$cur_value_in_template .= " $hour:$minute:$second $ampm";
}
}
if ( array_key_exists( 'include timezone', $field_args ) ) {
$timezone = date( "T", $cur_time );
$cur_value_in_template .= " $timezone";
}
}
}
// If the field is a text field, and its default value was set
// to 'current user', and it has no current value, set $cur_value
// to be the current user.
if ( $default_value == 'current user' &&
// if the date is hidden, cur_value will already be set
// to the default value
( $cur_value === '' || $cur_value == 'current user' ) ) {
$cur_value_in_template = $wgUser->getName();
$cur_value = $cur_value_in_template;
}
// Generate a hidden field with a placeholder value that will be replaced
// by the multiple-instances template output at form submission.
//// <input type="hidden" value="@replace_Town___mayors@" name="Town[town_mayors]" />
if ( $holds_template ) {
$cur_value = self::makePlaceholderInWikiText( self::placeholderFormat( $template_name, $field_name ) );
}
$new_text = $this->formFieldHTML( $form_field, $cur_value );
// Add a field just after the hidden field, within the HTML, to locate
// where the multiple-templates HTML, stored in $multipleTemplateString,
// should be inserted.
if ( $holds_template ) {
$new_text .= self::makePlaceholderInFormHTML( self::placeholderFormat( $template_name, $field_name ) );
}
// If this field is disabled, add a hidden field holding
// the value of this field, because disabled inputs for some
// reason don't submit their value.
if ( $form_field->isDisabled() ) {
if ( $field_name == 'free text' || $field_name == '<freetext>' ) {
$new_text .= SFFormUtils::hiddenFieldHTML( 'free_text', '!free_text!' );
} else {
$new_text .= SFFormUtils::hiddenFieldHTML( $input_name, $cur_value );
}
}
if ( $new_text ) {
// Include the field name only for non-numeric field names.
if ( is_numeric( $field_name ) ) {
$template_text .= "|$cur_value_in_template";
} else {
// If the value is null, don't include it at all.
if ( $cur_value_in_template !== '' ) {
$template_text .= "\n|$field_name=$cur_value_in_template";
}
}
$section = substr_replace( $section, $new_text, $brackets_loc, $brackets_end_loc + 3 - $brackets_loc );
} else {
$start_position = $brackets_end_loc;
}
}
// =====================================================
// standard input processing
// =====================================================
} elseif ( $tag_title == 'standard input' ) {
// handle all the possible values
$input_name = $tag_components[1];
$input_label = null;
$attr = array();
// if it's a query, ignore all standard inputs except run query
if ( ( $is_query && $input_name != 'run query' ) || ( !$is_query && $input_name == 'run query' ) ) {
$new_text = "";
$section = substr_replace( $section, $new_text, $brackets_loc, $brackets_end_loc + 3 - $brackets_loc );
continue;
}
// set a flag so that the standard 'form bottom' won't get displayed
$this->standardInputsIncluded = true;
// cycle through the other components
for ( $i = 2; $i < count( $tag_components ); $i++ ) {
$component = $tag_components[$i];
$sub_components = array_map( 'trim', explode( '=', $component ) );
if ( count( $sub_components ) == 1 ) {
if ( $sub_components[0] == 'edittools' ) {
$free_text_components[] = 'edittools';
}
} elseif ( count( $sub_components ) == 2 ) {
switch( $sub_components[0] ) {
case 'label':
$input_label = $sub_components[1];
break;
case 'class':
case 'style':
$attr[$sub_components[0]] = $sub_components[1];
break;
}
// free text input needs more handling than the rest
if ( $input_name == 'free text' || $input_name == '<freetext>' ) {
if ( $sub_components[0] == 'preload' ) {
$free_text_preload_page = $sub_components[1];
}
}
}
}
if ( $input_name == 'summary' ) {
$new_text = SFFormUtils::summaryInputHTML( $form_is_disabled, $input_label, $attr );
} elseif ( $input_name == 'minor edit' ) {
$new_text = SFFormUtils::minorEditInputHTML( $form_is_disabled, $input_label, $attr );
} elseif ( $input_name == 'watch' ) {
$new_text = SFFormUtils::watchInputHTML( $form_is_disabled, $input_label, $attr );
} elseif ( $input_name == 'save' ) {
$new_text = SFFormUtils::saveButtonHTML( $form_is_disabled, $input_label, $attr );
} elseif ( $input_name == 'save and continue' ) {
$new_text = SFFormUtils::saveAndContinueButtonHTML( $form_is_disabled, $input_label, $attr );
} elseif ( $input_name == 'preview' ) {
$new_text = SFFormUtils::showPreviewButtonHTML( $form_is_disabled, $input_label, $attr );
} elseif ( $input_name == 'changes' ) {
$new_text = SFFormUtils::showChangesButtonHTML( $form_is_disabled, $input_label, $attr );
} elseif ( $input_name == 'cancel' ) {
$new_text = SFFormUtils::cancelLinkHTML( $form_is_disabled, $input_label, $attr );
} elseif ( $input_name == 'run query' ) {
$new_text = SFFormUtils::runQueryButtonHTML( $form_is_disabled, $input_label, $attr );
}
$section = substr_replace( $section, $new_text, $brackets_loc, $brackets_end_loc + 3 - $brackets_loc );
// =====================================================
// page info processing
// =====================================================
} elseif ( $tag_title == 'info' ) {
// TODO: Generate an error message if this is included more than once
foreach ( array_slice( $tag_components, 1 ) as $component ) {
$sub_components = array_map( 'trim', explode( '=', $component, 2 ) );
// Tag names are case-insensitive
$tag = strtolower( $sub_components[0] );
if ( $tag == 'create title' || $tag == 'add title' ) {
// Handle this only if
// we're adding a page.
if ( !$is_query && !$this->mPageTitle->exists() ) {
$form_page_title = $sub_components[1];
}
} elseif ( $tag == 'edit title' ) {
// Handle this only if
// we're editing a page.
if ( !$is_query && $this->mPageTitle->exists() ) {
$form_page_title = $sub_components[1];
}
} elseif ( $tag == 'query title' ) {
// Handle this only if
// we're in 'RunQuery'.
if ( $is_query ) {
$form_page_title = $sub_components[1];
}
} elseif ( $tag == 'partial form' ) {
$form_is_partial = true;
// replacement pages may have minimal matches...
$source_page_matches_this_form = true;
} elseif ( $tag == 'includeonly free text' || $tag == 'onlyinclude free text' ) {
$onlyinclude_free_text = true;
} elseif ( $tag == 'query form at top' ) {
// TODO - this should be made a field of
// some non-static class that actually
// prints the form, instead of requiring
// a global variable.
global $sfgRunQueryFormAtTop;
$sfgRunQueryFormAtTop = true;
}
}
$section = substr_replace( $section, '', $brackets_loc, $brackets_end_loc + 3 - $brackets_loc );
// =====================================================
// default outer level processing
// =====================================================
} else { // Tag is not one of the three allowed values -
// ignore the tag.
$start_position = $brackets_end_loc;
} // end if
} // end while
if ( ! $all_instances_printed ) {
if ( $template_text !== '' ) {
// For mostly aesthetic purposes, if the template call ends with
// a bunch of pipes (i.e., it's an indexed template with unused
// parameters at the end), remove the pipes.
$template_text = preg_replace( '/\|*$/', '', $template_text );
// add another newline before the final bracket, if this template
// call is already more than one line
if ( strpos( $template_text, "\n" ) ) {
$template_text .= "\n";
}
// If we're editing an existing page, and there were fields in
// the template call not handled by this form, preserve those.
if ( !$allow_multiple ) {
$template_text .= SFFormUtils::addUnhandledFields( $template_name );
}
$template_text .= "}}";
// The base $template_text will contain strings like "@replace_xxx@"
// in the hidden fields when the form is submitted.
// On the following loops, the text for the multiple-instance templates
// is progressively reinserted in the main data, always keeping a
// trailing @replace_xxx@ for a given field
// The trailing @replace_xxx@ is then deleted at the end.
// Note: this cleanup step could also be done with a regexp, instead of
// keeping a track array (e.g., /@replace_(.*)@/)
$reptmp = self::makePlaceholderInWikiText( $curPlaceholder );
if ( $curPlaceholder != null && $data_text && strpos( $data_text, $reptmp, 0 ) !== false ) {
$data_text = preg_replace( '/' . $reptmp . '/', $template_text . $reptmp, $data_text );
} else {
$data_text .= $template_text . "\n";
}
// If there is a placeholder in the
// text, we know that we are
// doing a replace.
if ( $existing_page_content && strpos( $existing_page_content, '{{{insertionpoint}}}', 0 ) !== false ) {
$existing_page_content = preg_replace( '/\{\{\{insertionpoint\}\}\}(\r?\n?)/',
preg_replace( '/\}\}/m', '}�',
preg_replace( '/\{\{/m', '�{', $template_text ) ) .
"\n{{{insertionpoint}}}",
$existing_page_content );
// otherwise, if it's a partial form, we have to add the new
// text somewhere
} elseif ( $form_is_partial && $wgRequest->getCheck( 'partial' ) ) {
$existing_page_content = preg_replace( '/\}\}/m', '}�',
preg_replace( '/\{\{/m', '�{', $template_text ) ) .
"\n{{{insertionpoint}}}\n" . $existing_page_content;
}
}
}
if ( $allow_multiple ) {
if ( $curPlaceholder == null ) {
// The normal process.
$form_text .= $this->multipleTemplateInstanceHTML( $form_is_disabled, $all_instances_printed, $section, $instance_num, $add_button_text );
} else { // if ( $curPlaceholder != null ){
// The template text won't be appended at the end of the template like for usual multiple template forms.
// The HTML text will then be stored in the $multipleTemplateString variable,
// and then added in the right @insertHTML_".$placeHolderField."@"; position
// Optimization: actually, instead of separating the processes, the usual multiple
// template forms could also be handled this way if a fitting placeholder tag was added.
$multipleTemplateString .= $this->multipleTemplateInstanceHTML( $form_is_disabled, $all_instances_printed, $section, $instance_num, $add_button_text );
// We replace the $multipleTemplateString HTML into the
// current placeholder tag, but also add another
// placeholder tag, to keep track of it.
$multipleTemplateString .= self::makePlaceholderInFormHTML( $curPlaceholder );
if ( isset( $template_label ) ) {
$multipleTemplateString .= "</fieldset>\n";
unset ( $template_label );
}
$form_text = preg_replace( '/' . self::makePlaceholderInFormHTML( $curPlaceholder ) . '/',
$multipleTemplateString, $form_text );
}
if ( ! $all_instances_printed ) {
// This will cause the section to be
// re-parsed on the next go.
$section_num--;
}
} else { // if ( $allow_multiple ) {
$form_text .= $section;
}
$curPlaceholder = null;
} // end for
// Cleanup - everything has been browsed.
// Remove all the remaining placeholder
// tags in the HTML and wiki-text.
foreach ( $placeholderFields as $stringToReplace ) {
// remove the @<replacename>@ tags from the data that is submitted
$data_text = preg_replace( '/' . self::makePlaceholderInWikiText( $stringToReplace ) . '/', '', $data_text );
// remove the @<insertHTML>@ tags from the generated HTML form
$form_text = preg_replace( '/' . self::makePlaceholderInFormHTML( $stringToReplace ) . '/', '', $form_text );
}
// if it wasn't included in the form definition, add the
// 'free text' input as a hidden field at the bottom
if ( ! $free_text_was_included ) {
$form_text .= SFFormUtils::hiddenFieldHTML( 'free_text', '!free_text!' );
}
// Get free text, and add to page data, as well as retroactively
// inserting it into the form.
// If $form_is_partial is true then either:
// (a) we're processing a replacement (param 'partial' == 1)
// (b) we're sending out something to be replaced (param 'partial' is missing)
if ( $form_is_partial ) {
if ( !$wgRequest->getCheck( 'partial' ) ) {
$free_text = $original_page_content;
$form_text .= SFFormUtils::hiddenFieldHTML( 'partial', 1 );
} else {
$free_text = null;
$existing_page_content = preg_replace( array( '/�\{/m', '/\}�/m' ),
array( '{{', '}}' ),
$existing_page_content );
$existing_page_content = preg_replace( '/\{\{\{insertionpoint\}\}\}/', '', $existing_page_content );
}
} elseif ( $source_is_page ) {
// if the page is the source, free_text will just be whatever in the
// page hasn't already been inserted into the form
$free_text = trim( $existing_page_content );
// or get it from a form submission
} elseif ( $wgRequest->getCheck( 'free_text' ) ) {
$free_text = $wgRequest->getVal( 'free_text' );
if ( ! $free_text_was_included ) {
$data_text .= "!free_text!";
}
// or get it from the form definition
} elseif ( $free_text_preload_page != null ) {
$free_text = SFFormUtils::getPreloadedText( $free_text_preload_page );
} else {
$free_text = null;
}
if ( $onlyinclude_free_text ) {
// modify free text and data text to insert <onlyinclude> tags
$free_text = str_replace( "<onlyinclude>", '', $free_text );
$free_text = str_replace( "</onlyinclude>", '', $free_text );
$free_text = trim( $free_text );
$data_text = str_replace( '!free_text!', '<onlyinclude>!free_text!</onlyinclude>', $data_text );
}
wfRunHooks( 'sfModifyFreeTextField', array( &$free_text, $existing_page_content ) );
// if the FCKeditor extension is installed, use that for the free text input
global $wgFCKEditorDir;
if ( $wgFCKEditorDir && strpos( $existing_page_content, '__NORICHEDITOR__' ) === false ) {
$showFCKEditor = SFFormUtils::getShowFCKEditor();
if ( !$form_submitted && ( $showFCKEditor & RTE_VISIBLE ) ) {
$free_text = SFFormUtils::prepareTextForFCK( $free_text );
}
} else {
$showFCKEditor = 0;
}
// now that we have it, substitute free text into the form and page
$escaped_free_text = Sanitizer::safeEncodeAttribute( $free_text );
$form_text = str_replace( '!free_text!', $escaped_free_text, $form_text );
$data_text = str_replace( '!free_text!', $free_text, $data_text );
// Add a warning in, if we're editing an existing page and that
// page appears to not have been created with this form.
if ( !$is_query && $this->mPageTitle->exists() && ( $existing_page_content !== '' ) && ! $source_page_matches_this_form ) {
$form_text = "\t" . '<div class="warningbox">' . wfMsg( 'sf_formedit_formwarning', $this->mPageTitle->getFullURL() ) . "</div>\n<br clear=\"both\" />\n" . $form_text;
}
// add form bottom, if no custom "standard inputs" have been defined
if ( !$this->standardInputsIncluded ) {
if ( $is_query )
$form_text .= SFFormUtils::queryFormBottom( $form_is_disabled );
else
$form_text .= SFFormUtils::formBottom( $form_is_disabled );
}
$page_article = new Article( $this->mPageTitle, 0 );
if ( !$is_query ) {
$form_text .= SFFormUtils::hiddenFieldHTML( 'wpStarttime', wfTimestampNow() );
$form_text .= SFFormUtils::hiddenFieldHTML( 'wpEdittime', $page_article->getTimestamp() );
}
$form_text .= "\t</form>\n";
// Add general Javascript code.
wfRunHooks( 'sfAddJavascriptToForm', array( &$javascript_text ) );
// @TODO The FCKeditor Javascript should be handled within
// the FCKeditor extension itself, using the hook.
$javascript_text = "";
if ( $free_text_was_included && $showFCKEditor > 0 ) {
$javascript_text .= SFFormUtils::mainFCKJavascript( $showFCKEditor, $field_args );
if ( $showFCKEditor & ( RTE_TOGGLE_LINK | RTE_POPUP ) ) {
$javascript_text .= SFFormUTils::FCKToggleJavascript();
}
if ( $showFCKEditor & RTE_POPUP ) {
$javascript_text .= SFFormUTils::FCKPopupJavascript();
}
}
// Send the autocomplete values to the browser, along with the
// mappings of which values should apply to which fields.
// If doing a replace, the data text is actually the modified original page
if ( $wgRequest->getCheck( 'partial' ) )
$data_text = $existing_page_content;
if ( !$is_embedded ) {
$form_page_title = $wgParser->recursiveTagParse( str_replace( "{{!}}", "|", $form_page_title ) );
} else {
$form_page_title = null;
}
// If the form has already been submitted, i.e. this is just
// the redirect page, get rid of all the Javascript, to avoid
// JS errors.
if ( $form_submitted ) {
$javascript_text = '';
}
$parserOutput = $wgParser->getOutput();
$wgOut->addParserOutputNoText( $parserOutput );
$wgParser = $oldParser;
wfProfileOut( __METHOD__ );
return array( $form_text, $javascript_text, $data_text, $form_page_title, $generated_page_name );
}