',
'Géolocalisation sur la carte',
'
Koordinaatit: ',
'
',
//'',
'
',
'
',
'',
'
',
'loadHTML($wikipedia_cont)) {
return '';
}
libxml_use_internal_errors(false);
if (!($wikidataLinkLi = $doc->getElementById("t-wikibase"))) {
return '';
}
if (!($wikidataLink = $wikidataLinkLi->firstChild)) {
return '';
}
if (!($t_wikibase_href = $wikidataLink->getAttribute('href'))) {
return '';
}
$t_wikibase = (string)$t_wikibase_href;
// if (!empty($t_wikibase)) {
if (($wikidata_id_end = strrpos($t_wikibase, '/')) !== false) {
$wikidata_id = trim(substr($t_wikibase, $wikidata_id_end + 1), '/');
if (substr($wikidata_id, 0, 1) === 'Q') {
return $wikidata_id;
}
}
// }
return '';
}
/**
* Runs a SPARQL query against the Wikidata SPARQL endpoint.
*
* @param string $sparqlQuery Query string.
*
* @return array
*/
public static function sparqlQuery(string $sparqlQuery):array {
$url = 'https://query.wikidata.org/sparql?query=' . urlencode($sparqlQuery);
$result = MD_STD::runCurl($url, 100000000, self::WIKIDATA_FETCH_HEADERS);
return json_decode($result, true);
}
/**
* Formulates a SPARQL query string for fetching from Wikidata based on an external ID.
*
* @param string $repoName Name of the repository.
* @param string $externalId ID in the external repository.
* @param string $repoPId Optional P-ID of the external repository. Needed for
* Geonames and TGN, obsolete otherwise.
*
* @return string
*/
public static function formulateWikidataQueryByExtId(string $repoName, string $externalId, string $repoPId = ''):string {
if (empty($repoPId)) {
if (empty(NodaWikidataFetcher::P_IDS_NODA_TAGS[$repoName])) {
throw new MDmainEntityNotExistentException("Unknown external repository. The following repositories are known with their Wikidata ID: " . implode(', ', array_keys(NodaWikidataFetcher::P_IDS_NODA_TAGS)));
}
$repoPId = NodaWikidataFetcher::P_IDS_NODA_TAGS[$repoName];
}
$sparqlQueryString = 'SELECT ?id ?idLabel WHERE {
?id wdt:' . $repoPId . ' "' . $externalId . '".
SERVICE wikibase:label {
bd:serviceParam wikibase:language "en" .
}
}';
return $sparqlQueryString;
}
/**
* Gets the Wikidata ID based on a result from Wikidata's SPARQL endpoint.
*
* @param array $queryResult Query result.
*
* @return string
*/
public static function readWikidataIdFromSparqlResult(array $queryResult):string {
if (count($queryResult['results']['bindings']) !== 1) return '';
if (!empty($wikidataLink = $queryResult['results']['bindings'][0]['id']['value'])) {
if (($endSlashPos = strrpos($wikidataLink, '/')) !== false) {
return substr($wikidataLink, $endSlashPos + 1);
}
}
return '';
}
/**
* Queries Wikidata by an external repository's ID and returns the matching Q-ID
* if there is any.
*
* @param string $repoName Name of the repository.
* @param string $externalId ID in the external repository.
* @param string $repoPId Optional P-ID of the external repository. Needed for
* Geonames and TGN, obsolete otherwise.
*
* @return string
*/
public static function getWikidataIdByExternalId(string $repoName, string $externalId, string $repoPId = ''):string {
$sparqlQueryString = self::formulateWikidataQueryByExtId($repoName, $externalId, $repoPId = '');
$queryResult = self::sparqlQuery($sparqlQueryString);
return self::readWikidataIdFromSparqlResult($queryResult);
}
/**
* Gets translation source Wikipedia pages from Wikidata.
*
* @param array $checkagainstLanguage The language to check against.
* @param array $data Data fetched from Wikidata.
*
* @return array{0: array, 1: array}
*/
public static function getWikidataWikipediaTranslationSources(array $checkagainstLanguage, array $data) {
$languagesToFetch = $wikilinks = [];
foreach ($checkagainstLanguage as $lang) {
if (empty($data['labels'][$lang])) {
continue;
}
if (!empty($data['sitelinks'][$lang . 'wiki'])) {
$wikilink = $data['sitelinks'][$lang . 'wiki']['url'];
$wikilinkterm = str_replace(' ', '_', $data['sitelinks'][$lang . 'wiki']['title']);
if (isset($wikilink)) {
$languagesToFetch[$lang] = "https://" . $lang . ".wikipedia.org/w/api.php?action=parse&page=" . urlencode($wikilinkterm) . "&prop=text§ion=0&format=json";
$wikilinks[$lang] = $wikilink;
}
}
}
return [$languagesToFetch, $wikilinks];
}
/**
* Cleans contents parsed from Wikipedia.
*
* @param string $input Input string.
*
* @return string
*/
private static function _cleanWikidataInput(string $input):string {
if (substr($input, 0, strlen('<')) === '<') {
$doc = new DOMDocument();
$doc->loadXML($input);
$list = $doc->getElementsByTagName("style");
while ($list->length > 0) {
$p = $list->item(0);
$p->parentNode->removeChild($p);
}
$list = $doc->getElementsByTagName("table");
while ($list->length > 0) {
$p = $list->item(0);
$p->parentNode->removeChild($p);
}
$list = $doc->getElementsByTagName("div");
while ($list->length > 1) {
$p = $list->item(1);
$p->parentNode->removeChild($p);
}
$list = $doc->getElementsByTagName("ol");
while ($list->length > 0) {
$p = $list->item(0);
$p->parentNode->removeChild($p);
}
$firstP = $doc->getElementsByTagName("p")->item(0);
if (strpos($doc->saveHTML($firstP), 'geohack') !== false) {
$firstP->parentNode->removeChild($firstP);
}
/*
if (strpos($doc->saveHTML(), 'Coordinates:') !== false) {
echo $doc->saveHTML();
exit;
}
*/
$input = str_replace(PHP_EOL, PHP_EOL . PHP_EOL, trim($doc->textContent));
if (mb_strlen($input) > 600) {
if (strpos($input, PHP_EOL . PHP_EOL, 600) !== false) {
$input = substr($input, 0, strpos($input, PHP_EOL . PHP_EOL, 600));
}
}
$bracketsToRemove = [];
for ($i = 0; $i < 100; $i++) {
$bracketsToRemove["[$i]"] = "";
}
$input = strtr($input, $bracketsToRemove);
$input = str_replace("\t", " ", $input);
// Remove newlines with ensuing spaces
while (strpos($input, PHP_EOL . " ") !== false) {
$input = str_replace(PHP_EOL . " ", PHP_EOL, $input);
}
// Remove double newlines
while (strpos($input, PHP_EOL . PHP_EOL . PHP_EOL) !== false) {
$input = str_replace(PHP_EOL . PHP_EOL . PHP_EOL, PHP_EOL . PHP_EOL, $input);
}
return $input;
}
$input = str_replace(PHP_EOL, '', $input);
foreach (self::WIKIPEDIA_REMOVE_LITERALS as $tToRemove) $input = str_replace($tToRemove, "", $input);
$first_mention_of_paragraph = strpos($input, '');
if ($first_mention_of_paragraph !== false) $input = substr($input, $first_mention_of_paragraph, (strrpos($input, '
') ?: strlen($input)) - $first_mention_of_paragraph);
// Remove infobox tables specifically
$removeFirstParagraph = false;
if (empty($input)) return "";
$firstParagraphPosition = strpos($input, '");
if ($currentSearchPos !== false && $currentSearchPos < $firstParagraphPosition) {
if (($tableEndPos = strpos($input, "")) !== false) {
if (($pStartPos = strpos($input, '", "', '
' . PHP_EOL . PHP_EOL . PHP_EOL, $input);
# $input = str_replace('?/i', '', $input);
$input = strip_tags($input);
# for ($i = 150; $i < 1000; $i++) $input = str_replace("&#$i;", " ", $input);
$i = 0;
while (strpos($input, ".mw-parser-output") !== false and strpos($input, "}", strpos($input, ".mw-parser-output")) !== false) {
$part1 = substr($input, 0, strpos($input, ".mw-parser-output"));
$part2 = substr($input, strpos($input, "}", strpos($input, ".mw-parser-output")) + 1);
$input = $part1 . $part2;
++$i;
if ($i === 30) break;
}
$bracketsToRemove = [];
for ($i = 0; $i < 100; $i++) {
$bracketsToRemove["[$i]"] = "";
}
$input = strtr($input, $bracketsToRemove);
$input = str_replace("\t", " ", $input);
// Remove double whitespaces
while (strpos($input, " ") !== false) {
$input = str_replace(" ", " ", $input);
}
// Remove newlines with ensuing spaces
while (strpos($input, PHP_EOL . " ") !== false) {
$input = str_replace(PHP_EOL . " ", PHP_EOL, $input);
}
// Remove double newlines
while (strpos($input, PHP_EOL . PHP_EOL . PHP_EOL) !== false) {
$input = str_replace(PHP_EOL . PHP_EOL . PHP_EOL, PHP_EOL . PHP_EOL, $input);
}
$stableToRemove = [
"Vous pouvez partager vos connaissances en l’améliorant (comment ?) selon les recommandations des projets correspondants.",
];
foreach ($stableToRemove as $tToRemove) $input = str_replace($tToRemove, "", $input);
$endings = [
"StubDenne artikel om et vandløb ",
];
foreach ($endings as $ending) {
if (strpos($input, $ending) !== false) $input = substr($input, 0, strpos($input, $ending));
}
$input = trim($input);
// Cut off overly long articles
if (mb_strlen($input) > 600) {
if (strpos($input, PHP_EOL . PHP_EOL, 600) !== false) {
$input = trim(substr($input, 0, strpos($input, PHP_EOL . PHP_EOL, 600)));
}
}
if (empty($input)) return '';
$input = str_replace("'", "´", MD_STD::preg_replace_str("/\&\#91\;[0-9]\&\#93\;/", '', $input));
$input = html_entity_decode($input);
return $input;
}
/**
* Function for fetching description from Wikipedia
*
* @param integer $persinst_id Person ID.
* @param string $wikidata_id Wikidata ID.
* @param string $datafromwiki Data fetched from Wikipedia.
* @param string $wikilink Link to wikipedia entry.
* @param string $preflang The user's currently used language.
* @param string $lang Currently queried language.
* @param string $erfasst_von User who adds the info.
*
* @return boolean
*/
public function retrievePersinstDescFromWikipedia(int $persinst_id, string $wikidata_id, string $datafromwiki, string $wikilink, string $preflang, string $lang, string $erfasst_von):bool {
$output = false;
$datafromwiki = '"' . $datafromwiki . '" - (Wikipedia (' . $lang . ') ' . date('d.m.Y') . ')';
$cergebnis = $this->_mysqli_noda->query_by_stmt("SELECT `persinst_kurzinfo`, `persinst_anzeigename` AS `display_name`
FROM `persinst`
WHERE `persinst_id` = ?", "i", $persinst_id);
// Update persinst table
$updatePersinstStmt = $this->_mysqli_noda->do_prepare("UPDATE `persinst`
SET `persinst_kurzinfo` = ?
WHERE `persinst_id` = ?");
if ($cergebnis->num_rows === 0) {
throw new Exception("There is no actor of ID #" . $persinst_id);
}
$cinfo = $cergebnis->fetch_assoc();
if (!empty($cinfo['persinst_kurzinfo']) and substr($cinfo['persinst_kurzinfo'], 0, 3) !== 'GND') {
if (isset($_GET['keep'])) {
if (!$_GET['keep'] || $_GET['keep'] === 'replace') {
$updatePersinstStmt->bind_param("si", $datafromwiki, $persinst_id);
$updatePersinstStmt->execute();
}
else if ($_GET['keep'] === 'add') {
$newDesc = $cinfo['persinst_kurzinfo'] . PHP_EOL . PHP_EOL . $datafromwiki;
$updatePersinstStmt->bind_param("si", $newDesc, $persinst_id);
$updatePersinstStmt->execute();
}
$output = true;
}
else {
$tlLoader = new MDTlLoader("wiki_getter_persinst", $preflang);
echo self::generateHTMLHeadForWikidataFetcher($lang);
echo self::generateWikidataFetcherHeader($tlLoader, "", $cinfo['display_name']);
echo '
Es gibt schon einen Eintrag im Beschreibungsfeld
Bisher vorhanden
' . nl2br($cinfo['persinst_kurzinfo']) . '
Jetzt gefunden ' . $datafromwiki . '
Keep old entry ';
echo 'Replace with new entry ';
echo 'Keep old and add new entry $data Data loaded from Wikidata.
* @param integer $persinst_id Actor ID.
*
* @return void
*/
public function enterPersinstBirthDeathDatesFromWikidata(array $data, int $persinst_id):void {
$result = $this->_mysqli_noda->query_by_stmt("SELECT `persinst_geburtsjahr`,
`persinst_sterbejahr`, `persinst_gender`
FROM `persinst`
WHERE `persinst_id` = ?", "i", $persinst_id);
if (!($actor_dates = $result->fetch_assoc())) {
throw new MDmainEntityNotExistentException("Failed to fetch actor information");
}
$result->close();
$result = null;
if ($actor_dates['persinst_geburtsjahr'] === '') {
// Try to get birth date
if (!empty($data['claims']['P569']) and !empty($data['claims']['P569']['0']['mainsnak']['datavalue']['value']['time'])) {
$birth_date = self::wikidataBirthDeathToYear($data['claims']['P569']['0']['mainsnak']['datavalue']['value']['time']);
}
if (!empty($birth_date)) {
$updateStmt = $this->_mysqli_noda->do_prepare("UPDATE `persinst`
SET `persinst_geburtsjahr` = ?
WHERE `persinst_id` = ?
LIMIT 1");
$updateStmt->bind_param("ii", $birth_date, $persinst_id);
$updateStmt->execute();
$updateStmt->close();
$updateStmt = null;
}
}
if ($actor_dates['persinst_sterbejahr'] === '') {
// Try to get birth date
if (!empty($data['claims']['P570']) and !empty($data['claims']['P570']['0']['mainsnak']['datavalue']['value']['time'])) {
$death_date = self::wikidataBirthDeathToYear($data['claims']['P570']['0']['mainsnak']['datavalue']['value']['time']);
}
if (!empty($death_date)) {
$updateStmt = $this->_mysqli_noda->do_prepare("UPDATE `persinst`
SET `persinst_sterbejahr` = ?
WHERE `persinst_id` = ?
LIMIT 1");
$updateStmt->bind_param("ii", $death_date, $persinst_id);
$updateStmt->execute();
$updateStmt->close();
$updateStmt = null;
}
}
if ($actor_dates['persinst_gender'] === '') {
// Try to get birth date
if (!empty($data['claims']['P21']) and !empty($data['claims']['P21']['0']['mainsnak']['datavalue']['value']['id'])) {
$wikidata_gender_id = $data['claims']['P21']['0']['mainsnak']['datavalue']['value']['id'];
switch ($wikidata_gender_id) {
case "Q6581097": // male
case "Q44148": //male organism
$wikidata_gender = "male";
break;
case "Q6581072":
case "Q1052281": // transgender female
case "Q43445": // female organism
$wikidata_gender = "female";
break;
case "Q48270":
$wikidata_gender = "other";
break;
default:
throw new Exception("Unknown gender: Q-ID is " . $wikidata_gender_id);
}
}
if (!empty($wikidata_gender)) {
$updateStmt = $this->_mysqli_noda->do_prepare("UPDATE `persinst`
SET `persinst_gender` = ?
WHERE `persinst_id` = ?
LIMIT 1");
$updateStmt->bind_param("si", $wikidata_gender, $persinst_id);
$updateStmt->execute();
$updateStmt->close();
$updateStmt = null;
}
}
}
/**
* Function for retrieving information.
*
* @param string $lang The user's selected used language.
* @param string $wikidata_id Wikidata ID.
* @param integer $persinst_id Actor ID.
* @param string $erfasst_von User name who's currently editing.
*
* @return void
*/
public function retrievePersinstInfoFromWikidataID(string $lang, string $wikidata_id, int $persinst_id, string $erfasst_von) {
$data = json_decode(MD_STD::runCurl("https://www.wikidata.org/wiki/Special:EntityData/" . $wikidata_id . ".json", 10000), true);
if ($data === null) {
throw new MDhttpFailedException("Failed fetching from Wikidata. Try again later.");
}
$data = $data['entities'][$wikidata_id];
// Get links to wikipedia
$wikilink = $wikilinkterm = [];
foreach (self::LANGUAGES_MAIN_DESC as $tLang) {
if (isset($data['sitelinks'][$tLang . 'wiki']['url'])) $wikilink[$tLang] = $data['sitelinks'][$tLang . 'wiki']['url'];
if (isset($data['sitelinks'][$tLang . 'wiki']['title'])) $wikilinkterm[$tLang] = str_replace(' ', '_', $data['sitelinks'][$tLang . 'wiki']['title']);
}
$alreadyEntered = false;
if (isset($wikilink[$lang]) and isset($wikilinkterm[$lang]) and is_string($wikilinkterm[$lang])) {
$datafromwiki = MD_STD::runCurl("https://" . $lang . ".wikipedia.org/w/api.php?action=parse&page=" . urlencode($wikilinkterm[$lang]) . "&prop=text§ion=0&format=json", 10000);
$datafromwiki = json_decode($datafromwiki, true)['parse']['text']['*'];
# Process data retrieved from wikipedia
if (!empty($datafromwiki = self::_cleanWikidataInput((string)$datafromwiki))) {
$alreadyEntered = $this->retrievePersinstDescFromWikipedia($persinst_id, $wikidata_id, $datafromwiki, $wikilink[$lang], $lang, $lang, $erfasst_von);
}
}
foreach (self::LANGUAGES_MAIN_DESC as $sprache) {
if ($alreadyEntered === true) break;
if (!isset($wikilink[$sprache]) || !isset($wikilinkterm[$sprache]) || !is_string($wikilinkterm[$sprache])) continue;
$datafromwiki = MD_STD::runCurl("https://" . $sprache . ".wikipedia.org/w/api.php?action=parse&page=" . urlencode((string)$wikilinkterm[$sprache]) . "&prop=text§ion=0&format=json", 10000);
$datafromwiki = json_decode($datafromwiki, true)['parse']['text']['*'];
# Process data retrieved from wikipedia
if ($datafromwiki = self::_cleanWikidataInput((string)$datafromwiki)) {
$alreadyEntered = $this->retrievePersinstDescFromWikipedia($persinst_id, $wikidata_id, $datafromwiki, $wikilink[$sprache], $lang, "$sprache", $erfasst_von);
}
}
$this->enterPersinstBirthDeathDatesFromWikidata($data, $persinst_id);
// Get links to other norm data sources
$nodaLinks = [
"wikidata" => $wikidata_id,
];
foreach (self::P_IDS_NODA_TAGS as $vocabName => $pId) {
if (!isset(MDNodaRepositoriesSet::REPOSITORIES_ACTOR[$vocabName])) continue;
if ($vocabName === 'lcsh') continue;
if (isset($data['claims'][$pId])) $nodaLinks[$vocabName] = $data['claims'][$pId][0]['mainsnak']['datavalue']['value'];
}
// GET links to other noda entries.
$insertNodaLinkStmt = $this->_mysqli_noda->do_prepare("INSERT INTO `noda`
(`persinst_id`, `noda_source`, `noda_nrinsource`, `noda_link`, `noda_erfasst_von`)
VALUES
(?, ?, ?, ?, ?)
ON DUPLICATE KEY UPDATE `noda_nrinsource` = ?,
`noda_link` = ?,
`noda_erfasst_von` = ?");
$this->_mysqli_noda->autocommit(false);
foreach ($nodaLinks as $noda_source => $nodaId) {
if ($nodaId === null) continue;
if (!isset(self::URL_PREFIXES_PLACES_NODA_SOURCE[$noda_source])) {
throw new Exception("Unknown noda link: " . $noda_source);
}
$noda_link_url = self::URL_PREFIXES_PLACES_NODA_SOURCE[$noda_source] . $nodaId;
$insertNodaLinkStmt->bind_param("isssssss", $persinst_id, $noda_source, $nodaId, $noda_link_url, $erfasst_von, $nodaId, $noda_link_url, $noda_link_url);
$insertNodaLinkStmt->execute();
}
$this->_mysqli_noda->commit();
$this->_mysqli_noda->autocommit(true);
$insertNodaLinkStmt->close();
$this->getWikidataTranslationsForPersinst($data, $persinst_id);
NodaLogEdit::logPersinstEdit($this->_mysqli_noda, $persinst_id, "wikidata-fetcher", $erfasst_von, 'update', 'synchronize');
}
/**
* Function for fetching translations from Wikipedia, based on Wikidata information.
*
* @param array $data Entity fetched from wikidata.
* @param integer $persinst_id Actor ID.
*
* @return void
*/
public function getWikidataTranslationsForPersinst(array $data, int $persinst_id):void {
$checkagainstLanguage = self::LANGUAGES_TO_CHECK;
list($languagesToFetch, $wikilinks) = self::getWikidataWikipediaTranslationSources($checkagainstLanguage, $data);
if (empty($languagesToFetch)) {
return;
}
try {
$contents = MD_STD::runCurlMulti($languagesToFetch, 10000);
}
catch (TypeError $e) {
throw new MDExpectedException("Failed to initialize a request. Try pressing F5 to run the requests again.");
}
$insertStmt = $this->_mysqli_noda->do_prepare("CALL nodaInsertPersinstTranslation(?, ?, ?, ?, ?)");
$this->_mysqli_noda->autocommit(false);
foreach ($checkagainstLanguage as $lang) {
if (!empty($languagesToFetch[$lang]) && !empty($data['sitelinks'][$lang . 'wiki'])) {
$url = $languagesToFetch[$lang];
$wikilink = $wikilinks[$lang];
if (!empty($contents[$lang])) {
$descFromWiki = $contents[$lang];
$descFromWiki = json_decode($descFromWiki, true)['parse']['text']['*'];
# Process data retrieved from wikipedia
if ($descFromWiki !== null) $tDescription = self::_cleanWikidataInput((string)$descFromWiki);
else $tDescription = "";
if (substr($tDescription, -1) == chr(10)) $tDescription = substr($tDescription, 0, strlen($tDescription) - 1);
$tDescription = '"' . $tDescription . '" - (' . $data['labels'][$lang]['language'] . '.wikipedia.org ' . date('d.m.Y') . ')';
// Inhalt erster Absatz jeweilige Wikipedia: ' . $tDescription
// dies enthält den ersten Absatz der jeweiligen Wikipedia
}
else {
$tDescription = "";
}
$tLang = self::_cleanWikidataInput((string)$data['labels'][$lang]['language']);
$tLabel = self::_cleanWikidataInput((string)$data['labels'][$lang]['value']);
try {
$insertStmt->bind_param("issss", $persinst_id, $tLang, $tLabel, $tDescription, $wikilink);
$insertStmt->execute();
}
catch (MDMysqliInvalidEncodingError $e) {
}
}
// echo 'Wikipedia Links fehlen ';
else if (!empty($data['labels'][$lang]['value']) and !empty($data['descriptions'][$lang])) {
$wikilink = "";
$insertStmt->bind_param("issss", $persinst_id, $data['labels'][$lang]['language'], $data['labels'][$lang]['value'], $data['descriptions'][$lang]['value'], $wikilink);
$insertStmt->execute();
}
}
$this->_mysqli_noda->commit();
$this->_mysqli_noda->autocommit(true);
$insertStmt->close();
unset($insertStmt);
}
/**
* Function for entering base information about a place from wikidata.
*
* @param mysqli_result $currentPlaceResult Mysqli result pointing to the current place.
* @param string $datafromwiki Data parsed from wikidata.
* @param array $wikilink Wikilink.
* @param string $preflang Language of the user interface in general.
* @param string $lang Language of the main entry.
* @param integer $placeID ID of the place.
* @param string $erfasst_von User name.
*
* @return boolean
*/
public function enterPlaceDescFromWikidata(mysqli_result $currentPlaceResult, string $datafromwiki, array $wikilink, string $preflang, string $lang, int $placeID, string $erfasst_von) {
$datafromwiki = '"' . $datafromwiki . '" - (Wikipedia (' . $lang . ') ' . date("d.m.Y") . ')';
if (!($curPlaceInfo = $currentPlaceResult->fetch_assoc())) return false;
if (!empty(trim($curPlaceInfo['ort_anmerkung'])) and substr($curPlaceInfo['ort_anmerkung'], 0, 3) !== 'GND') {
if (isset($_GET['keep'])) {
if ($_GET['keep'] === 'add') {
$datafromwiki = $curPlaceInfo['ort_anmerkung'] . PHP_EOL . PHP_EOL . $datafromwiki;
}
else if ($_GET['keep'] === 'keep') {
$datafromwiki = $curPlaceInfo['ort_anmerkung'];
}
}
else {
$tlLoader = new MDTlLoader("wiki_getter_place", $preflang);
echo self::generateHTMLHeadForWikidataFetcher($lang);
echo self::generateWikidataFetcherHeader($tlLoader);
echo '
There is already an entry for description ...
Actual entry ' . nl2br($curPlaceInfo['ort_anmerkung']) . '
Now found
' . $datafromwiki . '
Keep old entry
Replace with new entry
Keep old and add new entry $data Wikidata information (P131 claim).
*
* @return void
*/
public function retrieveSuperordinateAdministrativePlace(int $onum, array $data):void {
if (!empty($data[0]["mainsnak"]["datavalue"]["value"]["id"])) {
// Check if there already is a superordinate of the current place
$result = $this->_mysqli_noda->query_by_stmt("SELECT 1
FROM `ort_relation`
WHERE `ort_menor_id` = ?
LIMIT 1", "i", $onum);
if ($result->num_rows !== 0) {
$result->close();
$result = null;
return;
}
$result->close();
$result = null;
// If there is no superordinate, check if the identified superordinate
// is known in the noda DB.
$superordinateId = $data[0]["mainsnak"]["datavalue"]["value"]["id"];
$result = $this->_mysqli_noda->query_by_stmt("SELECT `ort_id`
FROM `noda_orte`
WHERE `noda_source` = 'wikidata'
AND `noda_nrinsource` = ?", "s", $superordinateId);
if (!($superordinateData = $result->fetch_row())) {
$result->close();
$result = null;
return;
}
$result->close();
$result = null;
$topPlaceId = $superordinateData[0];
// Enter superordinate place by Wikidata
$insertStmt = $this->_mysqli_noda->do_prepare("INSERT INTO `ort_relation`
(`ort_mayor_id`, `ort_menor_id`, `ort_relation`)
VALUES
(?, ?, 1)");
$insertStmt->bind_param("ii", $topPlaceId, $onum);
$insertStmt->execute();
$insertStmt->close();
$insertStmt = null;
}
}
/**
* Function for retrieving place information based on a Wikidata ID.
*
* @param string $lang Language.
* @param string $wikidata_id Wikidata Q-ID.
* @param integer $onum Place ID.
* @param string $erfasst_von User name of the current user.
*
* @return void
*/
public function retrievePlaceInfoFromWikidataID(string $lang, string $wikidata_id, int $onum, string $erfasst_von) {
$data = MD_STD::runCurl("https://www.wikidata.org/wiki/Special:EntityData/" . urlencode($wikidata_id) . ".json", 10000);
if (!$data = json_decode($data, true)) {
throw new MDhttpFailedException("Failed fetching from Wikidata. Try again later.");
}
$data = $data['entities'][$wikidata_id];
$wikilink = $wikilinkterm = [];
foreach (self::LANGUAGES_MAIN_DESC as $tLang) {
if (isset($data['sitelinks'][$tLang . 'wiki']['url'])) $wikilink[$tLang] = $data['sitelinks'][$tLang . 'wiki']['url'];
if (isset($data['sitelinks'][$tLang . 'wiki']['title'])) $wikilinkterm[$tLang] = str_replace(' ', '_', $data['sitelinks'][$tLang . 'wiki']['title']);
}
$currentPlaceResult = $this->_mysqli_noda->query_by_stmt("SELECT `ort_anmerkung`
FROM `orte`
WHERE `ort_id` = ?", "i", $onum);
$alreadyEntered = false;
// P131: Located in administrative unit
if (isset($data['claims']['P131'])) {
$this->retrieveSuperordinateAdministrativePlace($onum, $data['claims']['P131']);
}
if (!empty($wikilink[$lang])) {
$datafromwiki = MD_STD::runCurl("https://" . urlencode($lang) . ".wikipedia.org/w/api.php?action=parse&page=" . urlencode($wikilinkterm[$lang]) . "&prop=text§ion=0&format=json", 10000);
$datafromwiki = json_decode($datafromwiki, true)['parse']['text']['*'];
if (!empty($datafromwiki) and $datafromwiki = self::_cleanWikidataInput((string)$datafromwiki)) {
$alreadyEntered = $this->enterPlaceDescFromWikidata($currentPlaceResult, $datafromwiki, $wikilink, $lang, $lang, $onum, $erfasst_von);
}
}
foreach (self::LANGUAGES_MAIN_DESC as $sprache) {
//if ($alreadyEntered === true) break;
if ($alreadyEntered === true) break;
if (!isset($wikilink[$sprache])) continue;
$datafromwiki = MD_STD::runCurl("https://" . urlencode($sprache) . ".wikipedia.org/w/api.php?action=parse&page=" . urlencode($wikilinkterm[$sprache]) . "&prop=text§ion=0&format=json", 10000);
$datafromwiki = json_decode($datafromwiki, true)['parse']['text']['*'];
if (!empty($datafromwiki) and $datafromwiki = self::_cleanWikidataInput((string)$datafromwiki)) {
$alreadyEntered = $this->enterPlaceDescFromWikidata($currentPlaceResult, $datafromwiki, $wikilink, $lang, $sprache, $onum, $erfasst_von);
}
}
$currentPlaceResult->close();
unset($currentPlaceResult);
if (isset($data['claims']['P1566'])) $geonames_id = $data['claims']['P1566'][0]['mainsnak']['datavalue']['value'];
if (isset($data['claims']['P1667'])) $tgn_id = $data['claims']['P1667'][0]['mainsnak']['datavalue']['value'];
$nodaLinks = [
"wikidata" => $wikidata_id,
];
foreach (self::P_IDS_NODA_TAGS as $vocabName => $pId) {
if (!isset(MDNodaRepositoriesSet::REPOSITORIES_PLACE[$vocabName])) continue;
if ($vocabName === 'lcsh') continue;
if (isset($data['claims'][$pId])) $nodaLinks[$vocabName] = $data['claims'][$pId][0]['mainsnak']['datavalue']['value'];
}
if (isset($data['claims']['P625'])) {
$latitude_wd = $data['claims']['P625'][0]['mainsnak']['datavalue']['value']['latitude'];
$longitude_wd = $data['claims']['P625'][0]['mainsnak']['datavalue']['value']['longitude'];
}
$this->_mysqli_noda->autocommit(false);
$insertNodaLinkStmt = $this->_mysqli_noda->do_prepare("INSERT INTO `noda_orte`
(`ort_id`, `noda_source`, `noda_nrinsource`, `noda_link`, `noda_erfasst_von`)
VALUES
(?, ?, ?, ?, ?)
ON DUPLICATE KEY UPDATE `noda_nrinsource` = ?,
`noda_link` = ?");
foreach ($nodaLinks as $noda_source => $nodaId) {
if (!isset(self::URL_PREFIXES_PLACES_NODA_SOURCE[$noda_source])) {
throw new Exception("Unknown noda link: " . $noda_source);
}
$noda_link_url = self::URL_PREFIXES_PLACES_NODA_SOURCE[$noda_source] . $nodaId;
$insertNodaLinkStmt->bind_param("issssss", $onum, $noda_source, $nodaId, $noda_link_url, $erfasst_von, $nodaId, $noda_link_url);
$insertNodaLinkStmt->execute();
}
$insertNodaLinkStmt->close();
unset($insertNodaLinkStmt);
if (!empty($tgn_id)) {
$updateStmt = $this->_mysqli_noda->do_prepare("UPDATE `orte`
SET `ort_land` = ?
WHERE `ort_id` = ?");
$updateStmt->bind_param("si", $tgn_id, $onum);
$updateStmt->execute();
$updateStmt->close();
unset($updateStmt);
}
if (!empty($geonames_id)) {
$updateStmt = $this->_mysqli_noda->do_prepare("UPDATE `orte`
SET `ort_geonames` = ?
WHERE `ort_id` = ?");
$updateStmt->bind_param("si", $geonames_id, $onum);
$updateStmt->execute();
$updateStmt->close();
unset($updateStmt);
}
if (!empty($latitude_wd) and !empty($longitude_wd)) {
$updateStmt = $this->_mysqli_noda->do_prepare("UPDATE `orte`
SET `ort_nord_sued` = ?, `ort_west_ost` = ?, ort_zoom = '9'
WHERE `ort_id` = ?");
$updateStmt->bind_param("ddi", $latitude_wd, $longitude_wd, $onum);
$updateStmt->execute();
$updateStmt->close();
unset($updateStmt);
}
$this->_mysqli_noda->commit();
$this->_mysqli_noda->autocommit(true);
$this->getWikidataTranslationsForPlace($data, $onum);
NodaLogEdit::logPlaceEdit($this->_mysqli_noda, $onum, "wikidata-fetcher", $erfasst_von, 'update', 'synchronize');
}
/**
* Function for fetching translations from wikidata.
*
* @param array $data Entity data fetched from wikidata.
* @param integer $ort_id Place ID.
*
* @return void
*/
public function getWikidataTranslationsForPlace(array $data, int $ort_id) {
$checkagainstLanguage = self::LANGUAGES_TO_CHECK;
list($languagesToFetch, $wikilinks) = self::getWikidataWikipediaTranslationSources($checkagainstLanguage, $data);
if (empty($languagesToFetch)) {
return;
}
try {
$contents = MD_STD::runCurlMulti($languagesToFetch, 10000);
}
catch (TypeError $e) {
throw new MDExpectedException("Failed to initialize a request. Try pressing F5 to run the requests again.");
}
$insertStmt = $this->_mysqli_noda->do_prepare("CALL `nodaInsertOrtTranslation`(?, ?, ?, ?, ?)");
$this->_mysqli_noda->autocommit(false);
foreach ($checkagainstLanguage as $lang) {
if (!empty($languagesToFetch[$lang]) && !empty($data['sitelinks'][$lang . 'wiki'])) {
$url = $languagesToFetch[$lang];
$wikilink = $wikilinks[$lang];
if (!empty($contents[$lang])) {
$descFromWiki = $contents[$lang];
if (!($wikiDataDecoded = json_decode($descFromWiki, true))) {
continue;
}
$tLabel = $wikiDataDecoded['parse']['title'];
$descFromWiki = $wikiDataDecoded['parse']['text']['*'];
# Process data retrieved from wikipedia
if (empty($descFromWiki)) $tDescription = "";
else {
$tDescription = self::_cleanWikidataInput((string)$descFromWiki);
if (substr($tDescription, -1) == chr(10)) $tDescription = substr($tDescription, 0, strlen($tDescription) - 1);
$tDescription = '"' . $tDescription . '" - (' . $data['labels'][$lang]['language'] . '.wikipedia.org ' . date('d.m.Y') . ')';
$tDescription = str_replace("'", "´", MD_STD::preg_replace_str("/\&\#91\;[0-9]\&\#93\;/", '', $tDescription));
// echo 'Es gibt schon einen Eintrag im Beschreibungsfeld
Bisher vorhanden ' . nl2br($cinfo['tag_anmerkung']) . '
Jetzt gefunden ' . $datafromwiki . '
Keep old entry ';
echo 'Replace with new entry ';
echo 'Keep old and add new entry $nodaLinks Links to other noda sources.
* @param integer $tag_id Tag ID.
* @param string $erfasst_von Name of the user to edit this.
*
* @return void
*/
public function writeNodaLinksTag(array $nodaLinks, int $tag_id, string $erfasst_von):void {
$this->_mysqli_noda->autocommit(false);
$insertNodaTagStmt = $this->_mysqli_noda->do_prepare("INSERT INTO `noda_tag`
(`tag_id`, `noda_source`, `noda_nrinsource`, `noda_link`, `noda_erfasst_von`)
VALUES
(?, ?, ?, ?, ?)
ON DUPLICATE KEY UPDATE
`noda_nrinsource` = ?,
`noda_link` = ?,
`noda_erfasst_von` = ?");
foreach ($nodaLinks as $vocabName => $nodaId) {
if (empty(self::URL_PREFIXES_PLACES_NODA_SOURCE[$vocabName])) {
throw new Exception("Unknown URL prefix for: " . $vocabName);
}
if (empty($nodaId)) continue;
$noda_link = self::URL_PREFIXES_PLACES_NODA_SOURCE[$vocabName] . $nodaId;
$insertNodaTagStmt->bind_param("isssssss", $tag_id, $vocabName, $nodaId, $noda_link, $erfasst_von, $nodaId, $noda_link, $erfasst_von);
$insertNodaTagStmt->execute();
}
$insertNodaTagStmt->close();
$insertNodaTagStmt = null;
$this->_mysqli_noda->commit();
$this->_mysqli_noda->autocommit(true);
}
/**
* Function for retrieving information.
*
* @param string $lang The user's selected used language.
* @param string $wikidata_id Wikidata ID.
* @param integer $tag_id Tag ID.
* @param string $erfasst_von User name who's currently editing.
*
* @return void
*/
public function retrieveTagInfoFromWikidataID(string $lang, string $wikidata_id, int $tag_id, string $erfasst_von) {
$data = MD_STD::runCurl("https://www.wikidata.org/wiki/Special:EntityData/" . $wikidata_id . ".json", 10000);
$data = json_decode($data, true);
if ($data === null) {
throw new MDhttpFailedException("Failed fetching from Wikidata. Try again later.");
}
$data = $data['entities'][$wikidata_id];
$wikilink = $wikilinkterm = [];
foreach (self::LANGUAGES_MAIN_DESC as $tLang) {
if (isset($data['sitelinks'][$tLang . 'wiki']['url'])) $wikilink[$tLang] = $data['sitelinks'][$tLang . 'wiki']['url'];
if (isset($data['sitelinks'][$tLang . 'wiki']['title'])) $wikilinkterm[$tLang] = str_replace(' ', '_', $data['sitelinks'][$tLang . 'wiki']['title']);
}
$alreadyEntered = false;
if (isset($wikilink[$lang]) and isset($wikilinkterm[$lang]) and is_string($wikilinkterm[$lang])) {
$datafromwiki = MD_STD::runCurl("https://" . $lang . ".wikipedia.org/w/api.php?action=parse&page=" . urlencode($wikilinkterm[$lang]) . "&prop=text§ion=0&format=json", 10000);
$datafromwiki = json_decode($datafromwiki, true)['parse']['text']['*'];
# Process data retrieved from wikipedia
if (!empty($datafromwiki = self::_cleanWikidataInput((string)$datafromwiki))) {
$alreadyEntered = $this->retrieveTagDescFromWikipedia($tag_id, $datafromwiki, $wikilink[$lang], $lang, $lang, $erfasst_von);
}
}
foreach (self::LANGUAGES_MAIN_DESC as $sprache) {
if ($alreadyEntered === true) break;
if (!isset($wikilink[$sprache]) || !isset($wikilinkterm[$sprache]) || !is_string($wikilinkterm[$sprache])) continue;
$datafromwiki = MD_STD::runCurl("https://" . $sprache . ".wikipedia.org/w/api.php?action=parse&page=" . urlencode((string)$wikilinkterm[$sprache]) . "&prop=text§ion=0&format=json", 10000);
$datafromwiki = json_decode($datafromwiki, true)['parse']['text']['*'];
# Process data retrieved from wikipedia
if ($datafromwiki = self::_cleanWikidataInput((string)$datafromwiki)) {
$alreadyEntered = $this->retrieveTagDescFromWikipedia($tag_id, $datafromwiki, $wikilink[$sprache], $lang, "$sprache", $erfasst_von);
}
}
$nodaLinks = [
"wikidata" => $wikidata_id,
];
foreach (self::P_IDS_NODA_TAGS as $vocabName => $pId) {
if (!isset(MDNodaRepositoriesSet::REPOSITORIES_TAG[$vocabName])) continue;
if ($vocabName === 'loc') continue;
if (isset($data['claims'][$pId])) $nodaLinks[$vocabName] = $data['claims'][$pId][0]['mainsnak']['datavalue']['value'];
}
$this->writeNodaLinksTag($nodaLinks, $tag_id, $erfasst_von);
// Get translations
if (!empty($data)) $this->getWikidataTranslationsForTag($data, $tag_id);
NodaLogEdit::logTagEdit($this->_mysqli_noda, $tag_id, "wikidata-fetcher", $erfasst_von, 'update', 'synchronize');
}
/**
* Function for fetching translations from wikidata.
*
* @param array $data Entity data fetched from wikidata.
* @param integer $tag_id Tag ID.
*
* @return void
*/
public function getWikidataTranslationsForTag(array $data, int $tag_id) {
$checkagainstLanguage = self::LANGUAGES_TO_CHECK;
list($languagesToFetch, $wikilinks) = self::getWikidataWikipediaTranslationSources($checkagainstLanguage, $data);
if (empty($languagesToFetch)) {
return;
}
try {
$contents = MD_STD::runCurlMulti($languagesToFetch, 10000);
}
catch (TypeError $e) {
throw new MDExpectedException("Failed to initialize a request. Try pressing F5 to run the requests again.");
}
$insertStmt = $this->_mysqli_noda->do_prepare("CALL nodaInsertTagTranslation(?, ?, ?, ?, ?)");
$this->_mysqli_noda->autocommit(false);
foreach ($checkagainstLanguage as $lang) {
if (!empty($languagesToFetch[$lang]) && !empty($data['sitelinks'][$lang . 'wiki'])) {
$url = $languagesToFetch[$lang];
$wikilink = $wikilinks[$lang];
if (!empty($contents[$lang])) {
$descFromWiki = $contents[$lang];
$descFromWiki = json_decode($descFromWiki, true)['parse']['text']['*'];
if (!empty($descFromWiki)) {
# Process data retrieved from wikipedia
$tDescription = self::_cleanWikidataInput((string)$descFromWiki);
if (substr($tDescription, -1) == chr(10)) {
$tDescription = substr($tDescription, 0, strlen($tDescription) - 1);
}
$tDescription = '"' . $tDescription . '" - (' . $data['labels'][$lang]['language'] . '.wikipedia.org ' . date('d.m.Y') . ')';
$tDescription = str_replace("'", "´", MD_STD::preg_replace_str("/\&\#91\;[0-9]\&\#93\;/", '', $tDescription));
}
else {
$tDescription = "";
}
}
else {
$tDescription = "";
}
$tLang = self::_cleanWikidataInput((string)$data['labels'][$lang]['language']);
$tLabel = self::_cleanWikidataInput((string)$data['labels'][$lang]['value']);
if (in_array($tLang, self::LANGUAGES_TO_CAPITALIZE, true)) {
$tLabel = ucfirst(trim($tLabel));
$tDescription = ucfirst(trim($tDescription));
}
try {
$insertStmt->bind_param("issss", $tag_id, $tLang, $tLabel, $tDescription, $wikilink);
$insertStmt->execute();
}
catch (MDMysqliInvalidEncodingError $e) {
}
}
else if (!empty($data['labels'][$lang]['value']) and !empty($data['descriptions'][$lang])) {
$wikilink = "";
if (in_array($lang, self::LANGUAGES_TO_CAPITALIZE, true)) {
$data['labels'][$lang]['value'] = ucfirst(trim($data['labels'][$lang]['value']));
$data['descriptions'][$lang]['value'] = ucfirst(trim($data['descriptions'][$lang]['value']));
}
$insertStmt->bind_param("issss", $tag_id, $data['labels'][$lang]['language'], $data['labels'][$lang]['value'], $data['descriptions'][$lang]['value'], $wikilink);
$insertStmt->execute();
}
}
$this->_mysqli_noda->commit();
$this->_mysqli_noda->autocommit(true);
$insertStmt->close();
unset($insertStmt);
}
/**
* Searches Wikidata for a string.
*
* @param string $searchTerm Search string.
* @param string $lang Searched language. Defaults to German.
*
* @return array
*/
public static function searchWikidataForString(string $searchTerm, string $lang = "de"):array {
$wikidata_data = MD_STD::runCurl("https://www.wikidata.org/w/api.php?action=wbsearchentities&format=json&search=" . urlencode($searchTerm) . "&language=" . urlencode($lang) . "&limit=20", 10000);
if (($wikidata_data = json_decode($wikidata_data, true)) === false) {
return [];
}
if (empty($wikidata_data['search'])) {
return [];
}
$output = [];
foreach ($wikidata_data['search'] as $result) {
if (empty($result['label'])
or (!empty($result['description']) and $result['description'] === 'Wikipedia disambiguation page')
or (!empty($result['description']) and $result['description'] === 'Wikimedia disambiguation page')
) continue;
$cur = [
'id' => $result['id'],
'label' => $result['label'],
'label_ext' => '',
'description' => '',
];
if (!empty($result['match'])) {
$cur['label_ext'] = "{$result['match']['language']}: {$result['match']['text']}";
}
if (!empty($result['description'])) {
$cur['description'] = $result['description'];
}
$output[] = $cur;
}
return $output;
}
/**
* Generates the HTML for an entry in the general wikidata search results list.
*
* @param string $link Links.
* @param string $searchTerm Search term.
* @param string $lang Language.
* @param array $result Single result to display.
*
* @return string
*/
public static function generateWikidataResultsListEntry(string $link, string $searchTerm, string $lang, array $result):string {
if ((isset($result['label']) and $result['label'] == '') or !isset($result['label']) or (isset($result['description']) and $result['description'] === 'Wikipedia disambiguation page') or (isset($result['description']) and $result['description'] === 'Wikimedia disambiguation page')) {
return '';
}
$output = '';
return $output;
}
/**
* Function for generating a wikidata results list.
*
* @param string $link Links.
* @param string $searchTerm Search term.
* @param string $lang Language.
*
* @return string
*/
public static function generateWikidataResultsList(string $link, string $searchTerm, string $lang):string {
if (empty($wikidata_data = self::searchWikidataForString($searchTerm))) {
return '' . ucfirst($searchTerm) . ' not found in Wikidata
';
}
$output = '
';
foreach ($wikidata_data as $result) {
$output .= self::generateWikidataResultsListEntry($link, $searchTerm, $lang, $result);
}
$output .= '
';
return $output;
}
/**
* Attempts to parse birth or death years from the data returned by wikidata.
*
* @param string $inputTime Input time in the format delivered by wikidata.
*
* @return string
*/
public static function wikidataBirthDeathToYear(string $inputTime):string {
$birth_date_int = strtotime(substr($inputTime, 1, 4));
if ($birth_date_int) {
$birth_date = date("Y", $birth_date_int);
if ($birth_date === date("Y") and $tTime = strtotime($inputTime)) {
$birth_date = date("Y", $tTime);
}
return $birth_date;
}
return '';
}
/**
* Function for generating a wikidata results list for actors, keeping track of life dates.
*
* @param string $link Links.
* @param string $searchTerm Search term.
* @param string $lang Language.
* @param integer $yearOfBirth Year of birth.
* @param integer $yearOfDeath Year of death.
*
* @return string
*/
public static function generateWikidataResultsListForActors(string $link, string $searchTerm, string $lang, int $yearOfBirth, int $yearOfDeath):string {
if (empty($wikidata_data = self::searchWikidataForString($searchTerm))) {
return '' . ucfirst($searchTerm) . ' not found in Wikidata
';
}
$qLinksToCheck = [];
foreach ($wikidata_data as $entry) {
$qLinksToCheck[$entry['id']] = "https://www.wikidata.org/wiki/Special:EntityData/" . $entry['id'] . ".json";
}
$fetched = MD_STD::runCurlMulti($qLinksToCheck, 10000);
$yearsOfBirthList = $yearsOfDeathList = [];
foreach ($fetched as $qId => $data) {
if (!($jsonData = json_decode($data, true))) {
continue;
}
if (empty($jsonData['entities'][$qId])) {
continue;
}
$data = $jsonData['entities'][$qId];
if (!empty($data['claims']['P569']) and !empty($data['claims']['P569']['0']['mainsnak']['datavalue']['value']['time'])) {
$yearsOfBirthList[$qId] = (int)self::wikidataBirthDeathToYear($data['claims']['P569']['0']['mainsnak']['datavalue']['value']['time']);
}
if (!empty($data['claims']['P570']) and !empty($data['claims']['P570']['0']['mainsnak']['datavalue']['value']['time'])) {
$yearsOfDeathList[$qId] = (int)self::wikidataBirthDeathToYear($data['claims']['P570']['0']['mainsnak']['datavalue']['value']['time']);
}
}
$output = '
';
foreach ($wikidata_data as $result) {
if (empty($result['id'])) continue;
if (!empty($yearsOfBirthList[$result['id']])) {
if (empty($result['description'])) {
$result['description'] = 'Born: ' . $yearsOfBirthList[$result['id']];
}
else $result['description'] .= 'Suggestion! ';
}
}
$output .= self::generateWikidataResultsListEntry($link, $searchTerm, $lang, $result);
}
$output .= '
';
return $output;
}
/**
* Function generates HTML head for wikidata fetchers.
*
* @param string $lang User language.
* @param boolean $implyEnd If set to true, the end string will be echoed at the end of the script execution.
*
* @return string
*/
public static function generateHTMLHeadForWikidataFetcher(string $lang, bool $implyEnd = true):string {
$output = "
Get Wikidata
';
return $output;
}
/**
* Constructor.
*
* @param MDMysqli $mysqli_noda DB connection.
*
* @return void
*/
public function __construct(MDMysqli $mysqli_noda) {
$this->_mysqli_noda = $mysqli_noda;
}
}
' . $tlLoader->tl("wiki", "wiki", "fetch_from_wikidata");
$output .= ': ' . $searchTerm;
$output .= '