/**
* description
*
* @return string
*/
public function getScheme()
{
$scheme = VocabularyPeer::retrieveByPK($this->getSchemeId());
if ($scheme) {
return $scheme->getName();
}
}
/**
* Set defaults
*
* @param Concept $concept
*/
public function setDefaults($concept)
{
$vocabObj = $this->getCurrentVocabulary();
$vocabId = $vocabObj->getId();
$concept->setVocabularyId($vocabId);
$conceptParam = $this->getContext()->getRequest()->getParameter('concept');
if (!$this->getContext()->getRequest()->getErrors() and !isset($conceptParam['uri'])) {
$vocabDomain = $vocabObj->getBaseDomain();
$vocabToken = $vocabObj->getToken();
//get the next id
$nextUriId = VocabularyPeer::getNextConceptId($vocabId);
//URI looks like: agent(base_domain) / vocabulary(token) / vocabulary(next_concept_id) / skos_property_id # concept(next_property_id)
$vSlash = preg_match('@(/$)@i', $vocabDomain) ? '' : '/';
$tSlash = preg_match('@(/$)@i', $vocabToken) ? '' : '/';
//to support hash URIs just a wee bit better...
$tSlash = preg_match('/#$/', $vocabToken) ? '' : $tSlash;
$newURI = $vocabDomain . $vSlash . $vocabToken . $tSlash . $nextUriId;
//registry base domain is http://metadataregistry.org/uri/
//next_concept_id is always initialized to 100000, allowing for 999,999 concepts
//vocabulary carries denormalized base_domain from agent
$concept->setUri($newURI);
$concept->setprefLabel('');
//set to the vocabulary defaults
$concept->setLanguage($vocabObj->getLanguage());
$concept->setStatusId($vocabObj->getStatusId());
}
parent::setDefaults($concept);
}
/**
* description
*
* @return return_type
* @param var_type $var
*/
public static function retrieveByUri($uri)
{
$con = Propel::getConnection(self::DATABASE_NAME);
$criteria = new Criteria(VocabularyPeer::DATABASE_NAME);
$criteria->add(self::URI, $uri);
$criteria->addOr(self::URI, $uri . "#");
$criteria->addOr(self::URI, $uri . "/");
$v = VocabularyPeer::doSelect($criteria, $con);
return !empty($v) > 0 ? $v[0] : null;
}
/**
* Set the defaults
*
* @param ConceptProperty $concept_property
*/
public function setDefaults($discuss)
{
$action = $this->getRequest()->getParameter('action');
if ('create' == strtolower($action)) {
$filter = $this->getUser()->getAttributeHolder()->getAll('sf_admin/discuss/filters');
//we need to get all the numbers
if ($filter && is_array($filter)) {
$filterKey = array_keys($filter);
try {
switch ($filterKey[0]) {
case "property":
$property = ConceptPropertyPeer::retrieveByPK($filter[$filterKey[0]]);
$concept = $property->getConceptRelatedByConceptId();
$vocabId = $concept->getVocabularyId();
$vocabulary = myActionTools::findCurrentVocabulary();
/** @var Discuss **/
$discuss->setConceptProperty($property);
$discuss->setConcept($concept);
$discuss->setVocabularyId($vocabId);
break;
case "concept_id":
$concept = ConceptPeer::retrieveByPK($filter[$filterKey[0]]);
$vocabId = $concept->getVocabularyId();
/** @var Discuss **/
$discuss->setConcept($concept);
$discuss->setVocabularyId($vocabId);
case "vocabulary_id":
$vocabId = VocabularyPeer::retrieveByPK($filter[$filterKey[0]]);
/** @var Discuss **/
$discuss->setVocabularyId($vocabId);
break;
default:
}
} catch (Exception $e) {
}
}
} else {
}
parent::setDefaults($discuss);
}
/**
* Selects a collection of FileImportHistory objects pre-filled with all related objects except Batch.
*
* @return array Array of FileImportHistory objects.
* @throws PropelException Any exceptions caught during processing will be
* rethrown wrapped into a PropelException.
*/
public static function doSelectJoinAllExceptBatch(Criteria $c, $con = null)
{
$c = clone $c;
// Set the correct dbName if it has not been overridden
// $c->getDbName() will return the same object if not set to another value
// so == check is okay and faster
if ($c->getDbName() == Propel::getDefaultDB()) {
$c->setDbName(self::DATABASE_NAME);
}
FileImportHistoryPeer::addSelectColumns($c);
$startcol2 = FileImportHistoryPeer::NUM_COLUMNS - FileImportHistoryPeer::NUM_LAZY_LOAD_COLUMNS + 1;
UserPeer::addSelectColumns($c);
$startcol3 = $startcol2 + UserPeer::NUM_COLUMNS;
VocabularyPeer::addSelectColumns($c);
$startcol4 = $startcol3 + VocabularyPeer::NUM_COLUMNS;
SchemaPeer::addSelectColumns($c);
$startcol5 = $startcol4 + SchemaPeer::NUM_COLUMNS;
$c->addJoin(FileImportHistoryPeer::USER_ID, UserPeer::ID);
$c->addJoin(FileImportHistoryPeer::VOCABULARY_ID, VocabularyPeer::ID);
$c->addJoin(FileImportHistoryPeer::SCHEMA_ID, SchemaPeer::ID);
$rs = BasePeer::doSelect($c, $con);
$results = array();
while ($rs->next()) {
$omClass = FileImportHistoryPeer::getOMClass();
$cls = Propel::import($omClass);
$obj1 = new $cls();
$obj1->hydrate($rs);
$omClass = UserPeer::getOMClass();
$cls = Propel::import($omClass);
$obj2 = new $cls();
$obj2->hydrate($rs, $startcol2);
$newObject = true;
for ($j = 0, $resCount = count($results); $j < $resCount; $j++) {
$temp_obj1 = $results[$j];
$temp_obj2 = $temp_obj1->getUser();
//CHECKME
if ($temp_obj2->getPrimaryKey() === $obj2->getPrimaryKey()) {
$newObject = false;
$temp_obj2->addFileImportHistory($obj1);
break;
}
}
if ($newObject) {
$obj2->initFileImportHistorys();
$obj2->addFileImportHistory($obj1);
}
$omClass = VocabularyPeer::getOMClass();
$cls = Propel::import($omClass);
$obj3 = new $cls();
$obj3->hydrate($rs, $startcol3);
$newObject = true;
for ($j = 0, $resCount = count($results); $j < $resCount; $j++) {
$temp_obj1 = $results[$j];
$temp_obj3 = $temp_obj1->getVocabulary();
//CHECKME
if ($temp_obj3->getPrimaryKey() === $obj3->getPrimaryKey()) {
$newObject = false;
$temp_obj3->addFileImportHistory($obj1);
break;
}
}
if ($newObject) {
$obj3->initFileImportHistorys();
$obj3->addFileImportHistory($obj1);
}
$omClass = SchemaPeer::getOMClass();
$cls = Propel::import($omClass);
$obj4 = new $cls();
$obj4->hydrate($rs, $startcol4);
$newObject = true;
for ($j = 0, $resCount = count($results); $j < $resCount; $j++) {
$temp_obj1 = $results[$j];
$temp_obj4 = $temp_obj1->getSchema();
//CHECKME
if ($temp_obj4->getPrimaryKey() === $obj4->getPrimaryKey()) {
$newObject = false;
$temp_obj4->addFileImportHistory($obj1);
break;
}
}
if ($newObject) {
$obj4->initFileImportHistorys();
$obj4->addFileImportHistory($obj1);
}
$results[] = $obj1;
}
return $results;
}
/**
* Selects a collection of Concept objects pre-filled with all related objects except Status.
*
* @return array Array of Concept objects.
* @throws PropelException Any exceptions caught during processing will be
* rethrown wrapped into a PropelException.
*/
public static function doSelectJoinAllExceptStatus(Criteria $c, $con = null)
{
$c = clone $c;
// Set the correct dbName if it has not been overridden
// $c->getDbName() will return the same object if not set to another value
// so == check is okay and faster
if ($c->getDbName() == Propel::getDefaultDB()) {
$c->setDbName(self::DATABASE_NAME);
}
ConceptPeer::addSelectColumns($c);
$startcol2 = ConceptPeer::NUM_COLUMNS - ConceptPeer::NUM_LAZY_LOAD_COLUMNS + 1;
UserPeer::addSelectColumns($c);
$startcol3 = $startcol2 + UserPeer::NUM_COLUMNS;
UserPeer::addSelectColumns($c);
$startcol4 = $startcol3 + UserPeer::NUM_COLUMNS;
VocabularyPeer::addSelectColumns($c);
$startcol5 = $startcol4 + VocabularyPeer::NUM_COLUMNS;
ConceptPropertyPeer::addSelectColumns($c);
$startcol6 = $startcol5 + ConceptPropertyPeer::NUM_COLUMNS;
$c->addJoin(ConceptPeer::CREATED_USER_ID, UserPeer::ID);
$c->addJoin(ConceptPeer::UPDATED_USER_ID, UserPeer::ID);
$c->addJoin(ConceptPeer::VOCABULARY_ID, VocabularyPeer::ID);
$c->addJoin(ConceptPeer::PREF_LABEL_ID, ConceptPropertyPeer::ID);
$rs = BasePeer::doSelect($c, $con);
$results = array();
while ($rs->next()) {
$omClass = ConceptPeer::getOMClass();
$cls = Propel::import($omClass);
$obj1 = new $cls();
$obj1->hydrate($rs);
$omClass = UserPeer::getOMClass();
$cls = Propel::import($omClass);
$obj2 = new $cls();
$obj2->hydrate($rs, $startcol2);
$newObject = true;
for ($j = 0, $resCount = count($results); $j < $resCount; $j++) {
$temp_obj1 = $results[$j];
$temp_obj2 = $temp_obj1->getUserRelatedByCreatedUserId();
//CHECKME
if ($temp_obj2->getPrimaryKey() === $obj2->getPrimaryKey()) {
$newObject = false;
$temp_obj2->addConceptRelatedByCreatedUserId($obj1);
break;
}
}
if ($newObject) {
$obj2->initConceptsRelatedByCreatedUserId();
$obj2->addConceptRelatedByCreatedUserId($obj1);
}
$omClass = UserPeer::getOMClass();
$cls = Propel::import($omClass);
$obj3 = new $cls();
$obj3->hydrate($rs, $startcol3);
$newObject = true;
for ($j = 0, $resCount = count($results); $j < $resCount; $j++) {
$temp_obj1 = $results[$j];
$temp_obj3 = $temp_obj1->getUserRelatedByUpdatedUserId();
//CHECKME
if ($temp_obj3->getPrimaryKey() === $obj3->getPrimaryKey()) {
$newObject = false;
$temp_obj3->addConceptRelatedByUpdatedUserId($obj1);
break;
}
}
if ($newObject) {
$obj3->initConceptsRelatedByUpdatedUserId();
$obj3->addConceptRelatedByUpdatedUserId($obj1);
}
$omClass = VocabularyPeer::getOMClass();
$cls = Propel::import($omClass);
$obj4 = new $cls();
$obj4->hydrate($rs, $startcol4);
$newObject = true;
for ($j = 0, $resCount = count($results); $j < $resCount; $j++) {
$temp_obj1 = $results[$j];
$temp_obj4 = $temp_obj1->getVocabulary();
//CHECKME
if ($temp_obj4->getPrimaryKey() === $obj4->getPrimaryKey()) {
$newObject = false;
$temp_obj4->addConcept($obj1);
break;
}
}
if ($newObject) {
$obj4->initConcepts();
$obj4->addConcept($obj1);
}
$omClass = ConceptPropertyPeer::getOMClass();
$cls = Propel::import($omClass);
$obj5 = new $cls();
$obj5->hydrate($rs, $startcol5);
$newObject = true;
for ($j = 0, $resCount = count($results); $j < $resCount; $j++) {
$temp_obj1 = $results[$j];
$temp_obj5 = $temp_obj1->getConceptProperty();
//CHECKME
if ($temp_obj5->getPrimaryKey() === $obj5->getPrimaryKey()) {
$newObject = false;
$temp_obj5->addConcept($obj1);
break;
}
}
if ($newObject) {
$obj5->initConcepts();
$obj5->addConcept($obj1);
}
$results[] = $obj1;
}
return $results;
}
/**
* @return string
* @throws sfError404Exception
*/
public function executeGet()
{
/** @var myWebRequest $request **/
$request = $this->getRequest();
$redir = $this->getRequestParameter('redir', false);
$uri = $this->getRequestParameter('uri');
if (!$uri) {
$uri = "http://" . $request->getPathInfoParam('HTTP_HOST') . $request->getPathInfoParam('REQUEST_URI');
//strip trailing type
$uri = preg_replace('/\\.\\w+$/U', '', $uri);
//strip _dev script if it's part of the URI'
$uri = preg_replace('%\\w+\\_dev.php/%', '', $uri);
}
$module = $this->getRequestParameter('type');
if ('unknown' == $module) {
$accept = $request->getPathInfoParam('HTTP_ACCEPT');
$agent = $request->getPathInfoParam('HTTP_USER_AGENT');
//any of these will return html
/*RewriteCond %{HTTP_ACCEPT} !application/rdf\+xml.*(text/html|application/xhtml\+xml)
RewriteCond %{HTTP_ACCEPT} text/html [OR]
RewriteCond %{HTTP_ACCEPT} application/xhtml\+xml [OR]
RewriteCond %{HTTP_USER_AGENT} ^Mozilla/.*
RewriteRule ^(.*)$ rdtest.php?type=html&uri=$1 [QSA,L]
*/
if (!preg_match('%application/rdf\\+xml.*(text/html|application/xhtml\\+xml)%im', $accept) && (preg_match('%text/html%im', $accept) || preg_match('%application/xhtml\\+xml%im', $accept) || preg_match('%^Mozilla/.*%im', $agent) && preg_match('%\\*/\\*%im', $accept))) {
$module = 'html';
} elseif (preg_match('%application/rdf\\+xml%im', $accept)) {
$module = 'rdf';
} elseif (preg_match('%text/rdf+n3%im', $accept)) {
$module = 'n3';
} else {
$module = sfConfig::get('default_conneg_type');
}
}
$class = strtolower($this->getRequestParameter('class'));
switch ($class) {
case 'concept':
switch ($module) {
case 'html':
/** @var Concept $concept **/
$concept = ConceptPeer::getConceptByUri($uri);
$this->forward404Unless($concept);
$uri = $request->getUriPrefix() . "/concept/show/id/" . $concept->getId() . ".html";
//redirect
$this->redirectIf($redir, $uri, 303);
//return the url
return $this->renderText($uri);
//forward
//$request->setParameter('vocabulary_id', $vocabulary->getId());
//$this->forward('concept','list');
break;
case 'rdf':
//redirect
$this->redirectIf($redir, $uri . '.rdf', 303);
//forward
$request->setParameter('type', 'api_uri');
$this->forwardIf($uri, 'rdf', 'showConcept');
break;
}
break;
case 'concept_scheme':
case 'conceptscheme':
switch ($module) {
case 'html':
/** @var Vocabulary $vocabulary **/
$vocabulary = VocabularyPeer::retrieveByUri($uri);
$this->forward404Unless($vocabulary);
$uri = $request->getUriPrefix() . "/vocabulary/show/id/" . $vocabulary->getId() . ".html";
//redirect
$this->redirectIf($redir, $uri, 303);
//return the url
return $this->renderText($uri);
//forward
//$request->setParameter('vocabulary_id', $vocabulary->getId());
//$this->forward('concept','list');
break;
case 'rdf':
//redirect
$this->redirectIf($redir, $uri . '.rdf', 303);
//forward
$request->setParameter('type', 'api_uri');
$this->forwardIf($uri, 'rdf', 'showScheme');
break;
case 'xsd':
//reset the type
$request->setParameter('type', 'api_uri');
$this->forwardIf($uri, 'xml', 'showScheme');
break;
}
break;
case 'schema':
/** @var Schema $schema **/
$schema = SchemaPeer::retrieveByUri($uri);
$this->forward404Unless($schema);
switch ($module) {
case 'html':
$uri = $request->getUriPrefix() . "/schema/show/id/" . $schema->getId() . ".html";
//redirect
$this->redirectIf($redir, $uri, 303);
//return the url
return $this->renderText($uri);
break;
case 'rdf':
//redirect
$this->redirectIf($redir, $uri . '.rdf', 303);
//forward
$request->setParameter('id', $schema->getId());
$this->forwardIf($uri, 'schema', 'showRdf');
break;
}
break;
case 'schema_property':
case 'schemaproperty':
/** @var SchemaProperty $property **/
$property = SchemaPropertyPeer::retrieveByUri($uri);
$this->forward404Unless($property);
switch ($module) {
case 'html':
$uri = $request->getUriPrefix() . "/schemaprop/show/id/" . $property->getId() . ".html";
//redirect
$this->redirectIf($redir, $uri, 303);
//return the url
return $this->renderText($uri);
break;
case 'rdf':
//redirect
$this->redirectIf($redir, $uri . '.rdf', 303);
//forward
$request->setParameter('id', $property->getId());
$this->forwardIf($uri, 'schemaprop', 'showRdf');
break;
}
break;
default:
$this->forward404();
}
return sfView::NONE;
}
/**
* Executes show action
*
*/
public function executeShowScheme()
{
//build the complete URI
$rootUri = $this->getRequest()->getUriPrefix() . '/';
$schemeUri = $rootUri . 'uri/' . $this->getRequestParameter('scheme', '');
$type = $this->getRequestParameter('type');
$ts = strtotime($this->getRequestParameter('ts'));
$this->timestamp = $ts;
$version = $this->getRequestParameter('version');
//$_SERVER['HTTP_ACCEPT'] = '';
//$_SERVER['HTTP_USER_AGENT'] = '';
switch ($type) {
case 'xmlschema':
//this URI HAS an 'id', HAS an 'rdf' suffix, and does NOT have a 'uri' action
$id = $this->getRequestParameter('id');
$vocabulary = VocabularyPeer::retrieveByPK($id);
$this->getContext()->getResponse()->setStatusCode(200);
break;
case 'html':
//this URI does NOT have an 'id', HAS an 'html' suffix, and HAS a 'uri' action
//redirect to the base registry using the correct id for the scheme:
// http://metadataregistry.org/concept/list/vocabulary_id/16.html
$vocabulary = VocabularyPeer::retrieveByUri($schemeUri);
$this->forward404Unless($vocabulary);
//redirect
$this->getContext()->getResponse()->setStatusCode(303);
$this->redirect($this->getRequest()->getUriPrefix() . '/concept/list/vocabulary_id/' . $vocabulary->getId() . '.html');
break;
case 'uri':
//this URI does NOT have an 'id', HAS an 'rdf' suffix, and HAS a 'uri' action
//$this->getContext()->getResponse()->setStatusCode(303);
$vocabulary = VocabularyPeer::retrieveByUri($schemeUri);
break;
case 'api_uri':
//this URI does NOT have an 'id', does NOT have an 'html' suffix, and comes from the API
$uri = $this->getRequestParameter('uri', '');
$vocabulary = VocabularyPeer::retrieveByUri($uri);
break;
default:
//covers case of 'unknown' too
//this URI does NOT have an 'id', does NOT have a suffix, and HAS a 'uri' action
//do content negotiation
if (true === strpos($_SERVER['HTTP_ACCEPT'], 'text/html') || true === strpos($_SERVER['HTTP_ACCEPT'], 'application/xhtml+xml') || 0 === strpos($_SERVER['HTTP_USER_AGENT'], 'Mozilla')) {
//we redirect to html
$vocabulary = VocabularyPeer::retrieveByUri($schemeUri);
$this->forward404Unless($vocabulary);
//redirect
$this->redirect($this->getRequest()->getUriPrefix() . '/concept/list/vocabulary_id/' . $vocabulary->getId() . '.html');
} else {
$vocabulary = VocabularyPeer::retrieveByUri($schemeUri);
}
break;
}
$this->forward404Unless($vocabulary);
$this->vocabulary = $vocabulary;
//forward to the timeslice if there's a version
if ($version && !$ts) {
$c = new Criteria();
$c->add(VocabularyHasVersionPeer::NAME, $version);
$version = VocabularyHasVersionPeer::doSelectOne($c);
$this->forward404Unless($version, 'Unknown version!');
$ts = $version->getTimeslice('YmdHis');
$this->getRequest()->getParameterHolder()->set('ts', $ts);
$this->forward('xml', 'showScheme');
}
if (!$ts) {
$this->concepts = $vocabulary->getConcepts();
} else {
$this->concepts = ConceptPeer::doSelectConceptByHistoryTimestamp($vocabulary->getid(), $ts);
}
}
/**
* Get the associated Vocabulary object
*
* @param Connection Optional Connection object.
* @return Vocabulary The associated Vocabulary object.
* @throws PropelException
*/
public function getVocabulary($con = null)
{
if ($this->aVocabulary === null && $this->scheme_id !== null) {
// include the related Peer class
include_once 'lib/model/om/BaseVocabularyPeer.php';
$this->aVocabulary = VocabularyPeer::retrieveByPK($this->scheme_id, $con);
/* The following can be used instead of the line above to
guarantee the related object contains a reference
to this object, but this level of coupling
may be undesirable in many circumstances.
As it can lead to a db query with many results that may
never be used.
$obj = VocabularyPeer::retrieveByPK($this->scheme_id, $con);
$obj->addVocabularys($this);
*/
}
return $this->aVocabulary;
}
function run_import_marc_vocabulary($task, $args)
{
//check the argument counts
if (count($args) < 1) {
throw new Exception('You must provide a vocabulary type.');
}
if (count($args) < 2) {
throw new Exception('You must provide a file name.');
}
if (count($args) < 3) {
throw new Exception('You must provide a vocabulary id.');
}
//set the arguments
$type = strtolower($args[0]);
$filePath = $args[1];
$id = $args[2];
$deleteMissing = (isset($args[3]) && ("-d" == $args[3]));
//do some basic validity checks
if (! in_array($type, array("schema", "vocab", "vocabulary"))) {
throw new Exception('You must import into a schema or a vocab');
}
if ("vocabulary" == $type) {
$type = "vocab";
}
if (! is_numeric($id)) {
throw new Exception('You must provide a valid ID');
}
//does the file exist?
if (! file_exists($filePath)) {
throw new Exception('You must supply a valid file to import: ' . $filePath);
}
//is the file a valid type?
if (preg_match('/^.+\.([[:alpha:]]{2,4})$/', $filePath, $matches)) {
if (! in_array(strtolower($matches[1]), array("json", "rdf", "csv", "xml"))) {
throw new Exception('You must provide a valid file type based on the extension');
}
} else {
throw new Exception("File type cannot be determined from the file extension");
}
$fileType = $matches[1];
//is the object a valid object?
if ('vocab' == $type) {
$vocabObj = VocabularyPeer::retrieveByPK($id);
if (is_null($vocabObj)) {
throw new Exception('Invalid vocabulary ID');
}
//set some defaults
$baseDomain = $vocabObj->getBaseDomain();
$language = $vocabObj->getLanguage();
$statusId = $vocabObj->getStatusId();
//get a skos property id map
$skosMap = SkosPropertyPeer::getPropertyNames();
//there has to be a hash or a slash
$tSlash = preg_match('@(/$)@i', $vocabObj->getUri()) ? '' : '/';
$tSlash = preg_match('/#$/', $vocabObj->getUri()) ? '' : $tSlash;
} else {
$schemaObj = SchemaPeer::retrieveByPK($id);
if (is_null($schemaObj)) {
throw new Exception('Invalid schema ID');
}
//set some defaults
$baseDomain = $schemaObj->getUri();
$language = $schemaObj->getLanguage();
$statusId = $schemaObj->getStatusId();
//get a element set property id map
$profileId = 1;
$profile = ProfilePeer::retrieveByPK($profileId);
$elementMap = $profile->getAllProperties();
//there has to be a hash or a slash
$tSlash = preg_match('@(/$)@i', $baseDomain) ? '' : '/';
$tSlash = preg_match('/#$/', $baseDomain) ? '' : $tSlash;
}
// insert jon's user id
$userId = 36;
/* From here on the process is the same regardless of UI */
//execute
// parse file to get the fields/columns and data
$file = fopen($filePath, "r");
if (! $file) {
throw new Exception("Can't read supplied file");
}
// check to see if file has been uploaded before
// check import history for file name
$importHistory = FileImportHistoryPeer::retrieveByLastFilePath($filePath);
// if reimport
// get last import history for filename
// unserialize column map
// match column names to AP based on map
// look for matches in unmatched field/column names to AP (ideal)
// csv table of data --
// row1: parsed field names/column headers
// row2: select dropdown with available fields from object AP (pre-select known matches)
// each select identified by column number
// row3: display datatype of selected field (updated dynamically when field selected)
// row4-13: first 10 rows of parsed data from file
// require a column that can match to 'URI' (maybe we'll allow an algorithm later)
// require columns that are required by AP
// on reimport there should be a flag to 'delete missing properties' from the current data
// note: at some point there will be a reimport process that allows URI changing
// this will require that there be an OMR identifier embedded in the incoming data
switch ($fileType) {
case "csv":
try {
$reader = new aCsvReader($filePath);
} catch(Exception $e) {
throw new Exception("Not a happy CSV file!");
}
if ('vocab' == $type) {
// Get array of heading names found
$headings = $reader->getHeadings();
$fields = ConceptPeer::getFieldNames();
//set the map
// $map[] = array("property" => "Uri", "column" => "URILocal");
// $map[] = array("property" => "prefLabel", "column" => "skos:prefLabel");
// $map[] = array("property" => "definition", "column" => "skos:definition");
// $map[] = array("property" => "notation", "column" => "skos:notation");
// $map[] = array("property" => "scopeNote", "column" => "skos:scopeNote");
$map = array(
"uri" => "URILocal",
"prefLabel" => "skos:prefLabel",
"definition" => "skos:definition",
"notation" => "skos:notation",
"scopeNote" => "skos:scopeNote"
);
$rows = 0;
//executeImport:
// serialize the column map
try {
while ($row = $reader->getRow()) {
$rows ++;
// lookup the URI (or the OMR ID if available) for a match
$uri = $baseDomain . $row[$map["uri"]];
$concept = ConceptPeer::getConceptByUri($uri);
$updateTime = time();
$language = (isset($map['language'])) ? $row[$map['language']] : $vocabObj->getLanguage();
if (! $concept) {
// create a new concept or element
$concept = new Concept();
$concept->setVocabulary($vocabObj);
$concept->setUri($uri);
/**
* @todo Need to handle updates for topconcept here, just like language
**/
$concept->setIsTopConcept(false);
$concept->updateFromRequest(
$userId,
fixMarcEncoding(rtrim($row[$map['prefLabel']])),
$language,
$statusId
);
} //don't update the concept if the preflabel matches
else if ($row[$map['prefLabel']] != $concept->getPrefLabel()) {
$concept->updateFromRequest($userId, fixMarcEncoding(rtrim($row[$map['prefLabel']])));
}
//there needs to be a language to lookup the properties unless it's an objectProperty
$rowLanguage = (isset($map['language'])) ? $row[$map['language']] : $concept->getLanguage();
foreach ($map as $key => $value) {
//we skip because we already did them
if (! in_array($key, array('uri', 'prefLabel', 'language'))) {
$skosId = $skosMap[$key];
//check to see if the property already exists
$property =
ConceptPropertyPeer::lookupProperty($concept->getId(), $skosId, $rowLanguage);
//create a new property for each unmatched column
if (! empty($row[$value])) {
if (! $property) {
$property = new ConceptProperty();
$property->setCreatedUserId($userId);
$property->setConceptId($concept->getId());
$property->setCreatedAt($updateTime);
$property->setSkosPropertyId($skosId);
}
if (($row[$value] != $property->getObject()) ||
($rowLanguage != $property->getLanguage())
) {
/**
* @todo We need a check here for skos objectproperties and handle differently
**/
if ($rowLanguage != $property->getLanguage()) {
$property->setLanguage($rowLanguage);
}
if ($row[$value] != $property->getObject()) {
$property->setObject(fixMarcEncoding(rtrim($row[$value])));
}
$property->setUpdatedUserId($userId);
$property->setUpdatedAt($updateTime);
$property->save();
}
} //the row value is empty
else if ($deleteMissing && $property) {
$property->delete();
}
}
}
// else
// lookup and update concept or element
// lookup and update each property
// update the history for each property, action is 'import', should be a single timestamp for all (this should be automatic)
// if 'delete missing properties' is true
// delete each existing, non-required property that wasn't updated by the import
}
} catch(Exception $e) {
// catch
// if there's an error of any kind, write to error log and continue
echo "Error on row: " . $rows . ", " . $uri . "\n" . $e . "\n";
continue;
}
$objects = $vocabObj->countConcepts();
} else //it's an element set
{
$map = array(
"uri" => "uriLocalPart",
"name" => "reg:name",
"definition" => "skos:definition",
"label" => "rdfs:label",
"note" => array("tag" => "tagCap", "ind1" => "ind1Cap", "ind2" => "ind2Cap", "sub" => "subCap")
);
$rows = 0;
//executeImport:
// serialize the column map
try {
while ($row = $reader->getRow()) {
// lookup the URI (or the OMR ID if available) for a match
//There always has to be a URI on either update or create
if (! isset($row[$map["uri"]])) {
throw new Exception('Missing URI for row: ' . $reader->getRowCount());
continue;
}
$rows ++;
$uri = $baseDomain . $tSlash . $row[$map["uri"]];
$property = SchemaPropertyPeer::retrieveByUri($uri);
$updateTime = time();
$rowLanguage = (isset($map['language'])) ? $row[$map['language']] : $language;
$rowStatusId = (isset($map['status'])) ? $row[$map['status']] : $statusId;
if (! $property) {
// create a new property
/** @var SchemaProperty * */
$property = new SchemaProperty();
$property->setSchema($schemaObj);
$property->setUri($uri);
$property->setCreatedUserId($userId);
$property->setCreatedAt($updateTime);
}
$property->setLanguage($rowLanguage);
$property->setStatusId($rowStatusId);
$property->setUpdatedUserId($userId);
$property->setUpdatedAt($updateTime);
if (isset($row[$map["label"]])) {
$property->setLabel($row[$map["label"]]);
}
if (isset($row[$map["name"]])) {
$property->setName($row[$map["name"]]);
}
if (isset($row[$map["definition"]])) {
$property->setDefinition($row[$map["definition"]]);
}
if (is_array($map["note"])) {
$note = '';
foreach ($map["note"] as $key => $value) {
$caption = ! empty($row[$value]) ? " (" . $row[$value] . ")" : ' (no caption)';
$note .= ! empty($row[$key]) ? $key . ": " . $row[$key] . $caption . "<br />" : "";
}
$property->setNote($note);
} else {
if (isset($row[$map["note"]])) {
$property->setNote($row[$map["note"]]);
}
}
$property->saveSchemaProperty($userId);
/**
* @todo Need to handle domain and range
**/
foreach ($map as $key => $value) {
//we skip because we already did them
if (! in_array(
$key,
array('uri', 'status', 'language', 'label', 'name', 'definition', 'comment', 'note')
)
) {
$elementId = $elementMap[$key];
//check to see if the property already exists
//note that this also checks the object value as well, so there's no way to update or delete an existing triple
//the sheet would have to conatin the identifier for the triple
$element = SchemaPropertyElementPeer::lookupElement(
$schemaObj->getId(),
$elementId,
$map[$value]
);
//create a new property for each unmatched column
if (! empty($row[$value])) {
if (! $element) {
$element = new SchemaPropertyElement();
$element->setCreatedUserId($userId);
$element->setCreatedAt($updateTime);
$element->setProfilePropertyId($elementId);
}
if (($row[$value] != $element->getObject()) ||
($rowLanguage != $element->getLanguage())
) {
/**
* @todo We need a check here for objectproperties and handle differently
**/
if ($rowLanguage != $element->getLanguage()) {
$element->setLanguage($rowLanguage);
}
if ($row[$value] != $element->getObject()) {
$element->setObject($row[$value]);
}
$element->setUpdatedUserId($userId);
$element->setUpdatedAt($updateTime);
$element->save();
}
} //the row value is empty
else if ($deleteMissing && $element) {
$element->delete();
}
}
}
// else
// lookup and update concept or element
// lookup and update each property
// update the history for each property, action is 'import', should be a single timestamp for all (this should be automatic)
// if 'delete missing properties' is true
// delete each existing, non-required property that wasn't updated by the import
}
} catch(Exception $e) {
// catch
// if there's an error of any kind, write to error log and continue
echo "Error on row: " . $rows . ", " . $uri . "\n" . $e . "\n";
continue;
}
$objects = $schemaObj->countSchemaPropertys();
}
// save the import history file (match timestamp to history entries)
break;
case "json":
break;
case "rdf":
break;
case "xml":
break;
default:
}
/* output to stdout*/
// number of objects imported (link to history, filtered on timestamp of import)
echo "File:" . $filePath . ";\n Objects imported: " . $objects . "; Rows read: " . $rows . "\n";
// number of errors (link to error log)
}
public function setVocabularyParams()
{
//use the prolog to look up correct resources in the database
if ('schema' == $this->type) {
$vocabulary = \SchemaPeer::retrieveByPK($this->vocabId);
} else {
/** @var $vocabulary \Vocabulary */
$vocabulary = \VocabularyPeer::retrieveByPK($this->vocabId);
}
if ( ! $vocabulary) {
//TODO: turn this into a real error message and exit gracefully
exit( "No vocab!!!!!" );
}
$this->vocabulary = $vocabulary;
//if we didn't set it from the constructor we set default status from the vocab
if ( ! $this->status) {
$this->prolog['defaults']['statusId'] = $this->getStatusId($vocabulary->getStatusId());
} else {
$this->prolog['defaults']['statusId'] = $this->status;
}
//if the prolog never set the default language from the spreadsheet, set it here
if ( ! isset( $this->prolog['defaults']['lang'] )) {
$this->prolog['defaults']['lang'] = $vocabulary->getLanguage();
}
//if it hasn't been set already, set the userId from the vocabulary (which does a little bit more work)
if ( ! $this->userId) {
$this->setUserId();
}
}
public function perform($args)
{
list($schemaId, $filePath, $importId, $environment, $type) = $args;
// Set up environment for this job
define('SF_ROOT_DIR', realpath(dirname(__file__) . '/../../../..'));
define('SF_APP', 'frontend');
define('SF_ENVIRONMENT', $environment);
define('SF_DEBUG', false);
//initialize composer
require_once(SF_ROOT_DIR . DIRECTORY_SEPARATOR . 'vendor' . DIRECTORY_SEPARATOR . 'autoload.php');
// initialize symfony
require_once(SF_ROOT_DIR . DIRECTORY_SEPARATOR . 'apps' . DIRECTORY_SEPARATOR . SF_APP . DIRECTORY_SEPARATOR
. 'config' . DIRECTORY_SEPARATOR . 'config.php');
// initialize database manager
$databaseManager = new \sfDatabaseManager();
$databaseManager->initialize();
$import = new ImportVocab($type, $filePath, $schemaId);
try {
$fileImportHistory = \FileImportHistoryPeer::retrieveByPK($importId);
} catch (\PropelException $e) {
//exit the job with an error
throw $e;
}
try {
if ('schema' == $type) {
$schema = \SchemaPeer::retrieveByPK($schemaId);
} else {
$schema = \VocabularyPeer::retrieveByPK($schemaId);
}
} catch (\PropelException $e) {
//exit the job with an error
throw $e;
}
// Perform some job
$import->importId = $importId;
//todo update the prefixes table with prefixes
//todo update the schema table with prefixes
$schemaPrefixes = $schema->getPrefixes();
$countSchemaPrefixes = count($schemaPrefixes);
/** @var string[] $importPrefixes */
$importPrefixes = $import->prolog['prefix'];
foreach ($importPrefixes as $prefix => $url) {
if (trim($prefix)) {
if ( ! array_key_exists($prefix, $schemaPrefixes)) {
$schemaPrefixes[$prefix] = $url;
}
}
}
if (count($schemaPrefixes) != $countSchemaPrefixes)
{
$schema->setPrefixes($schemaPrefixes);
$schema->save();
}
try {
$prolog = $import->processProlog();
$import->processData();
$fileImportHistory->setResults($import->results);
$fileImportHistory->setMap($import->mapping);
$fileImportHistory->setTotalProcessedCount( $import->DataWorkflowResults->getTotalProcessedCount());
$fileImportHistory->setErrorCount($import->DataWorkflowResults->getErrorCount());
$fileImportHistory->setSuccessCount($import->DataWorkflowResults->getSuccessCount());
$fileImportHistory->setResults('Your file has been imported. It took us: ' . $import->DataWorkflowResults->getElapsed()->format("%h hours; %i minutes; %s seconds"));
$fileImportHistory->save();
} catch (\Exception $e) {
$fileImportHistory->setResults("There was an error processing the import. Message: " . $e->getMessage());
$fileImportHistory->save();
throw $e;
}
$agentId = ($fileImportHistory->getSchema()) ? $fileImportHistory->getSchema()->getAgentId() : $fileImportHistory->getVocabulary()->getAgentId();
$newFilePath = \sfConfig::get( 'sf_repos_dir' ) . DIRECTORY_SEPARATOR .
'agents' . DIRECTORY_SEPARATOR .
$agentId . DIRECTORY_SEPARATOR .
$fileImportHistory->getSourceFileName();
$request = new \myWebRequest();
$result = $request->moveToRepo($filePath, $newFilePath);
$schema = \SchemaPeer::retrieveByPK($schemaId);
if ($schema) {
$schema->setUpdatedAt(time());
$schema->setUpdatedUserId($import->userId);
$schema->save();
}
unset ($import);
unset ($request);
unset($databaseManager);
}
/**
* Gets the related vocabulary object
*
* @return Vocabulary
*/
public function getRelatedScheme()
{
return VocabularyPeer::retrieveByPK($this->scheme_id);
}
/**
* description
*
* @return Vocabulary Current vocabulary object
* @param integer $vocabId
*/
public static function setLatestVocabulary($vocabId)
{
$vocabObj = VocabularyPeer::retrieveByPK($vocabId);
if ($vocabObj) {
sfContext::getInstance()->getUser()->setCurrentVocabulary($vocabObj);
}
return $vocabObj;
}
public function executePublish()
{
//send the id to the publishing class
if (!$this->vocabulary) {
$this->vocabulary = VocabularyPeer::retrieveByPK($this->getRequestParameter('id'));
}
$vocabulary = $this->vocabulary;
//todo: these should be configured by the publish form
$uselanguageMap = true;
$useLanguage = "";
$cLang = null;
ini_set('memory_limit', '640M');
ini_set('max_execution_time', 600);
$repo = $vocabulary->getRepo();
$mime = "jsonld";
$vocabDir = parse_url($vocabulary->getNamespace(), PHP_URL_PATH);
if (!$vocabulary->getRepo() || !$vocabDir) {
$this->setFlash('error', 'This Vocabulary has NOT been published. We couldn\'t parse the file names from the uri.</br>Make sure that you\'ve set the the Git repository and have a valid namespace');
$this->redirect($this->getRequest()->getUriPrefix() . '/vocabulary/show/id/' . $vocabulary->getId() . '.html');
}
$file = rtrim($vocabDir, "/") . "." . $mime;
$repoRoot = SF_ROOT_DIR . DIRECTORY_SEPARATOR . 'web' . DIRECTORY_SEPARATOR . 'repos' . DIRECTORY_SEPARATOR . "agents" . DIRECTORY_SEPARATOR . $vocabulary->getAgentId() . DIRECTORY_SEPARATOR . $repo;
$filesystem = new Filesystem(new Adapter($repoRoot), new Cache());
$filePath = $repoRoot . DIRECTORY_SEPARATOR . $mime . DIRECTORY_SEPARATOR . $file;
//TODO: create an alias file
$aliasPath = "alias" . DIRECTORY_SEPARATOR . $vocabDir;
//make sure the path is created
$filesystem->put($mime . DIRECTORY_SEPARATOR . $file, '');
//open a file for writing the complete vocabulary file
$vocabFile = fopen($filePath, 'w');
$jsonLdService = new jsonldService($vocabulary);
fwrite($vocabFile, $jsonLdService->getJsonLd());
fclose($vocabFile);
//TODO: generate RDF/XML and save
//TODO: generate other flavours of RDF using EasyRDF and save
//if publish was successful
$this->setFlash('notice', 'This Vocabulary has been published');
$this->redirect($this->getRequest()->getUriPrefix() . '/vocabulary/show/id/' . $vocabulary->getId() . '.html');
}
if (isset($argv[2])) {
$_SERVER['SERVER_NAME'] = $argv[2];
}
require_once dirname(__FILE__) . '/../config/arc_config.php';
/* instantiation */
//creates a special registry-extended store, using a custom ARC2::getStore
$store = new Reg_ARC2_Store($arc_config, new stdClass());
if (!$store->isSetup()) {
$store->setUp();
}
//get the batch log
$batchTime = time();
$batchDescription = "Updating 3store - " . $_SERVER['HTTP_HOST'] . ": " . $_SERVER['SERVER_NAME'];
$batchLog = new BatchPeer();
//get the vocabularies
$foo = new VocabularyPeer();
$selectCriteria = new Criteria(VocabularyPeer::DATABASE_NAME);
$rs = $foo->doSelect($selectCriteria);
$batchObjectType = "vocabulary";
$result = $batchLog->createBatchRecord($batchTime, $batchDescription, $batchObjectType, "Starting Vocabulary run", "init");
//foreach vocabulary
/** @var Vocabulary $vocabulary **/
foreach ($rs as $vocabulary) {
$query = 'LOAD <http://' . $_SERVER['HTTP_HOST'] . '/vocabulary/show/id/' . $vocabulary->getId() . '.rdf> INTO <' . $vocabulary->getUri() . '>';
$result = $batchLog->createBatchRecord($batchTime, $batchDescription, $batchObjectType, $query, "query", $vocabulary->getId(), $vocabulary->getUri());
$store->clearErrors();
$rs = $store->query($query);
if ($errs = $store->getErrors()) {
foreach ($errs as $key => $value) {
$result = $batchLog->createBatchRecord($batchTime, $batchDescription, $batchObjectType, $value, "error", $vocabulary->getId(), $vocabulary->getUri());
}
/**
* If this collection has already been initialized with
* an identical criteria, it returns the collection.
* Otherwise if this Agent is new, it will return
* an empty collection; or if this Agent has previously
* been saved, it will retrieve related Vocabularys from storage.
*
* This method is protected by default in order to keep the public
* api reasonable. You can provide public methods for those you
* actually need in Agent.
*/
public function getVocabularysJoinProfile($criteria = null, $con = null)
{
// include the Peer class
include_once 'lib/model/om/BaseVocabularyPeer.php';
if ($criteria === null) {
$criteria = new Criteria();
} elseif ($criteria instanceof Criteria) {
$criteria = clone $criteria;
}
if ($this->collVocabularys === null) {
if ($this->isNew()) {
$this->collVocabularys = array();
} else {
$criteria->add(VocabularyPeer::AGENT_ID, $this->getId());
$this->collVocabularys = VocabularyPeer::doSelectJoinProfile($criteria, $con);
}
} else {
// the following code is to determine if a new query is
// called for. If the criteria is the same as the last
// one, just return the collection.
$criteria->add(VocabularyPeer::AGENT_ID, $this->getId());
if (!isset($this->lastVocabularyCriteria) || !$this->lastVocabularyCriteria->equals($criteria)) {
$this->collVocabularys = VocabularyPeer::doSelectJoinProfile($criteria, $con);
}
}
$this->lastVocabularyCriteria = $criteria;
return $this->collVocabularys;
}
/**
* Selects a collection of ConceptPropertyHistory objects pre-filled with all related objects except FileImportHistory.
*
* @return array Array of ConceptPropertyHistory objects.
* @throws PropelException Any exceptions caught during processing will be
* rethrown wrapped into a PropelException.
*/
public static function doSelectJoinAllExceptFileImportHistory(Criteria $c, $con = null)
{
$c = clone $c;
// Set the correct dbName if it has not been overridden
// $c->getDbName() will return the same object if not set to another value
// so == check is okay and faster
if ($c->getDbName() == Propel::getDefaultDB()) {
$c->setDbName(self::DATABASE_NAME);
}
ConceptPropertyHistoryPeer::addSelectColumns($c);
$startcol2 = ConceptPropertyHistoryPeer::NUM_COLUMNS - ConceptPropertyHistoryPeer::NUM_LAZY_LOAD_COLUMNS + 1;
ConceptPropertyPeer::addSelectColumns($c);
$startcol3 = $startcol2 + ConceptPropertyPeer::NUM_COLUMNS;
ConceptPeer::addSelectColumns($c);
$startcol4 = $startcol3 + ConceptPeer::NUM_COLUMNS;
VocabularyPeer::addSelectColumns($c);
$startcol5 = $startcol4 + VocabularyPeer::NUM_COLUMNS;
SkosPropertyPeer::addSelectColumns($c);
$startcol6 = $startcol5 + SkosPropertyPeer::NUM_COLUMNS;
VocabularyPeer::addSelectColumns($c);
$startcol7 = $startcol6 + VocabularyPeer::NUM_COLUMNS;
ConceptPeer::addSelectColumns($c);
$startcol8 = $startcol7 + ConceptPeer::NUM_COLUMNS;
StatusPeer::addSelectColumns($c);
$startcol9 = $startcol8 + StatusPeer::NUM_COLUMNS;
UserPeer::addSelectColumns($c);
$startcol10 = $startcol9 + UserPeer::NUM_COLUMNS;
$c->addJoin(ConceptPropertyHistoryPeer::CONCEPT_PROPERTY_ID, ConceptPropertyPeer::ID);
$c->addJoin(ConceptPropertyHistoryPeer::CONCEPT_ID, ConceptPeer::ID);
$c->addJoin(ConceptPropertyHistoryPeer::VOCABULARY_ID, VocabularyPeer::ID);
$c->addJoin(ConceptPropertyHistoryPeer::SKOS_PROPERTY_ID, SkosPropertyPeer::ID);
$c->addJoin(ConceptPropertyHistoryPeer::SCHEME_ID, VocabularyPeer::ID);
$c->addJoin(ConceptPropertyHistoryPeer::RELATED_CONCEPT_ID, ConceptPeer::ID);
$c->addJoin(ConceptPropertyHistoryPeer::STATUS_ID, StatusPeer::ID);
$c->addJoin(ConceptPropertyHistoryPeer::CREATED_USER_ID, UserPeer::ID);
$rs = BasePeer::doSelect($c, $con);
$results = array();
while ($rs->next()) {
$omClass = ConceptPropertyHistoryPeer::getOMClass();
$cls = Propel::import($omClass);
$obj1 = new $cls();
$obj1->hydrate($rs);
$omClass = ConceptPropertyPeer::getOMClass();
$cls = Propel::import($omClass);
$obj2 = new $cls();
$obj2->hydrate($rs, $startcol2);
$newObject = true;
for ($j = 0, $resCount = count($results); $j < $resCount; $j++) {
$temp_obj1 = $results[$j];
$temp_obj2 = $temp_obj1->getConceptProperty();
//CHECKME
if ($temp_obj2->getPrimaryKey() === $obj2->getPrimaryKey()) {
$newObject = false;
$temp_obj2->addConceptPropertyHistory($obj1);
break;
}
}
if ($newObject) {
$obj2->initConceptPropertyHistorys();
$obj2->addConceptPropertyHistory($obj1);
}
$omClass = ConceptPeer::getOMClass();
$cls = Propel::import($omClass);
$obj3 = new $cls();
$obj3->hydrate($rs, $startcol3);
$newObject = true;
for ($j = 0, $resCount = count($results); $j < $resCount; $j++) {
$temp_obj1 = $results[$j];
$temp_obj3 = $temp_obj1->getConceptRelatedByConceptId();
//CHECKME
if ($temp_obj3->getPrimaryKey() === $obj3->getPrimaryKey()) {
$newObject = false;
$temp_obj3->addConceptPropertyHistoryRelatedByConceptId($obj1);
break;
}
}
if ($newObject) {
$obj3->initConceptPropertyHistorysRelatedByConceptId();
$obj3->addConceptPropertyHistoryRelatedByConceptId($obj1);
}
$omClass = VocabularyPeer::getOMClass();
$cls = Propel::import($omClass);
$obj4 = new $cls();
$obj4->hydrate($rs, $startcol4);
$newObject = true;
for ($j = 0, $resCount = count($results); $j < $resCount; $j++) {
$temp_obj1 = $results[$j];
$temp_obj4 = $temp_obj1->getVocabularyRelatedByVocabularyId();
//CHECKME
if ($temp_obj4->getPrimaryKey() === $obj4->getPrimaryKey()) {
$newObject = false;
$temp_obj4->addConceptPropertyHistoryRelatedByVocabularyId($obj1);
break;
}
}
if ($newObject) {
$obj4->initConceptPropertyHistorysRelatedByVocabularyId();
$obj4->addConceptPropertyHistoryRelatedByVocabularyId($obj1);
}
$omClass = SkosPropertyPeer::getOMClass();
$cls = Propel::import($omClass);
$obj5 = new $cls();
$obj5->hydrate($rs, $startcol5);
$newObject = true;
for ($j = 0, $resCount = count($results); $j < $resCount; $j++) {
$temp_obj1 = $results[$j];
$temp_obj5 = $temp_obj1->getSkosProperty();
//CHECKME
if ($temp_obj5->getPrimaryKey() === $obj5->getPrimaryKey()) {
$newObject = false;
$temp_obj5->addConceptPropertyHistory($obj1);
break;
}
}
if ($newObject) {
$obj5->initConceptPropertyHistorys();
$obj5->addConceptPropertyHistory($obj1);
}
$omClass = VocabularyPeer::getOMClass();
$cls = Propel::import($omClass);
$obj6 = new $cls();
$obj6->hydrate($rs, $startcol6);
$newObject = true;
for ($j = 0, $resCount = count($results); $j < $resCount; $j++) {
$temp_obj1 = $results[$j];
$temp_obj6 = $temp_obj1->getVocabularyRelatedBySchemeId();
//CHECKME
if ($temp_obj6->getPrimaryKey() === $obj6->getPrimaryKey()) {
$newObject = false;
$temp_obj6->addConceptPropertyHistoryRelatedBySchemeId($obj1);
break;
}
}
if ($newObject) {
$obj6->initConceptPropertyHistorysRelatedBySchemeId();
$obj6->addConceptPropertyHistoryRelatedBySchemeId($obj1);
}
$omClass = ConceptPeer::getOMClass();
$cls = Propel::import($omClass);
$obj7 = new $cls();
$obj7->hydrate($rs, $startcol7);
$newObject = true;
for ($j = 0, $resCount = count($results); $j < $resCount; $j++) {
$temp_obj1 = $results[$j];
$temp_obj7 = $temp_obj1->getConceptRelatedByRelatedConceptId();
//CHECKME
if ($temp_obj7->getPrimaryKey() === $obj7->getPrimaryKey()) {
$newObject = false;
$temp_obj7->addConceptPropertyHistoryRelatedByRelatedConceptId($obj1);
break;
}
}
if ($newObject) {
$obj7->initConceptPropertyHistorysRelatedByRelatedConceptId();
$obj7->addConceptPropertyHistoryRelatedByRelatedConceptId($obj1);
}
$omClass = StatusPeer::getOMClass();
$cls = Propel::import($omClass);
$obj8 = new $cls();
$obj8->hydrate($rs, $startcol8);
$newObject = true;
for ($j = 0, $resCount = count($results); $j < $resCount; $j++) {
$temp_obj1 = $results[$j];
$temp_obj8 = $temp_obj1->getStatus();
//CHECKME
if ($temp_obj8->getPrimaryKey() === $obj8->getPrimaryKey()) {
$newObject = false;
$temp_obj8->addConceptPropertyHistory($obj1);
break;
}
}
if ($newObject) {
$obj8->initConceptPropertyHistorys();
$obj8->addConceptPropertyHistory($obj1);
}
$omClass = UserPeer::getOMClass();
$cls = Propel::import($omClass);
$obj9 = new $cls();
$obj9->hydrate($rs, $startcol9);
$newObject = true;
for ($j = 0, $resCount = count($results); $j < $resCount; $j++) {
$temp_obj1 = $results[$j];
$temp_obj9 = $temp_obj1->getUser();
//CHECKME
if ($temp_obj9->getPrimaryKey() === $obj9->getPrimaryKey()) {
$newObject = false;
$temp_obj9->addConceptPropertyHistory($obj1);
break;
}
}
if ($newObject) {
$obj9->initConceptPropertyHistorys();
$obj9->addConceptPropertyHistory($obj1);
}
$results[] = $obj1;
}
return $results;
}
$tab = false;
break;
case 'vocabulary':
$showBc = true;
$showVocabularyBc = true;
if ('import' == $filter) {
$import = FileImportHistoryPeer::retrieveByPK($paramId);
if ($import) {
$id = $import->getSchemaId();
$schema = SchemaPeer::retrieveByPK($id);
}
}
if (!isset($vocabulary)) {
$id = 'show' == $action ? $sf_params->get('id') : $paramId;
if ($id) {
$vocabulary = VocabularyPeer::retrieveByPK($id);
}
}
$objectId = $vocabulary->getID();
break;
case 'schema':
$showBc = true;
$showSchemaBc = true;
if ('import' == $filter) {
$import = FileImportHistoryPeer::retrieveByPK($paramId);
if ($import) {
$id = $import->getSchemaId();
$schema = SchemaPeer::retrieveByPK($id);
}
}
if (!isset($schema)) {
/**
* Retrieve multiple objects by pkey.
*
* @param array $pks List of primary keys
* @param Connection $con the connection to use
* @throws PropelException Any exceptions caught during processing will be
* rethrown wrapped into a PropelException.
*/
public static function retrieveByPKs($pks, $con = null)
{
if ($con === null) {
$con = Propel::getConnection(self::DATABASE_NAME);
}
$objs = null;
if (empty($pks)) {
$objs = array();
} else {
$criteria = new Criteria();
$criteria->add(VocabularyPeer::ID, $pks, Criteria::IN);
$objs = VocabularyPeer::doSelect($criteria, $con);
}
return $objs;
}
/**
* gets the current schema object
*
* @return schema current schema object
*/
public function getCurrentSchema()
{
$schema = false;
if ($this->getRequestParameter('id')) {
$this->file_import_history = FileImportHistoryPeer::retrieveByPk($this->getRequestParameter('id'));
if (isset($this->file_import_history)) {
$schema = $this->file_import_history->getSchema();
if ($this->file_import_history->getSchemaId()) {
$schema = $this->file_import_history->getSchema();
}
if ($this->file_import_history->getVocabularyId()) {
$schema = $this->file_import_history->getVocabulary();
}
}
}
if ($this->getRequestParameter('schema_id')) {
$schema = SchemaPeer::retrieveByPk($this->getRequestParameter('schema_id'));
$this->type = 'schema';
}
if ($this->getRequestParameter('vocabulary_id')) {
$schema = VocabularyPeer::retrieveByPk($this->getRequestParameter('vocabulary_id'));
$this->type = 'vocabulary';
}
if ($schema) {
myActionTools::setLatestSchema($schema->getId());
}
$this->forward404Unless($schema, 'No filter has been selected.');
$this->schema = $schema;
$this->schemaID = $schema->getId();
return $schema;
}
public function _before(FunctionalTester $I)
{
$this->vocab = \VocabularyPeer::retrieveByPK($this->valueVocabularyId);
}
public function retrievePrefixes()
{
$prefixes = $this->schema->getPrefixes();
if ('schema' === $this->type) {
$namespaces = \SchemaPropertyElementPeer::getNamespaceList($this->schema->getId());
} else {
$namespaces = \VocabularyPeer::getNamespaceList($this->schema->getId());
}
//check the retrieved namespaces for a match to existing prefixes
foreach ($namespaces as $uri) {
//if we find the uri in existing schema prefixes, move on
if ($prefixes and array_search($uri, $prefixes) !== false) {
continue;
}
//look for it in Prefixes table
$namespacePrefix = \PrefixPeer::findByUri($uri);
if ($namespacePrefix) {
//add it to the prefix array
$prefixes[ $namespacePrefix->getPrefix() ] = $uri;
} //check it against the schema token
elseif (trim($uri, "/#") == trim($this->schema->getUri(), "#/")) {
$prefixes[ $this->schema->getToken() ] = $uri;
} else {
$prefixes[ ] = $uri;
}
}
if (empty($prefixes)) {
$prefixes = $this->getDefaultPrefix();
}
return $prefixes;
}
*
* @package registry
* @subpackage batch
* @version $Id$
*/
define('SF_ROOT_DIR', realpath(dirname(__FILE__) . '/..'));
define('SF_APP', 'frontend');
define('SF_ENVIRONMENT', 'dev');
define('SF_DEBUG', 1);
require_once SF_ROOT_DIR . DIRECTORY_SEPARATOR . 'apps' . DIRECTORY_SEPARATOR . SF_APP . DIRECTORY_SEPARATOR . 'config' . DIRECTORY_SEPARATOR . 'config.php';
// initialize database manager
$databaseManager = new sfDatabaseManager();
$databaseManager->initialize();
// batch process here
//get the vocabularies
$foo = new VocabularyPeer();
$selectCriteria = new Criteria(VocabularyPeer::DATABASE_NAME);
$rs = $foo->doSelect($selectCriteria);
$vocabCount = $foo->doCount($selectCriteria);
$vocabCounter = 0;
//foreach vocabulary
/** @var Vocabulary $vocavulary **/
foreach ($rs as $vocabulary) {
$vocabCounter++;
//get the vocabulary registrar
$userCriteria = new Criteria();
$userCriteria->add(VocabularyHasUserPeer::IS_REGISTRAR_FOR, true);
$users = $vocabulary->getVocabularyHasUsersJoinUser($userCriteria);
if (count($users)) {
/** @var VocabularyHasUser $user */
$user = $users[0]->getUser();
/**
* @param $task
* @param $args
*
* Arg[0] is one of "schema" (element set), "vocab" or "vocabulary"
* arg[1] is the vocabulary name.
* The file type is determined by the extension and must be one of "json", "rdf", "csv", "xml"
* arg[2] is the vocabulary id
* arg[3] is the batch id
* arg[4] [optional] is -d
*
* @throws Exception
*/
function run_import_vocabulary($task, $args)
{
//xdebug_break();
//check the argument counts
if (count($args) < 1) {
throw new Exception('You must provide a vocabulary type.');
}
if (count($args) < 2) {
throw new Exception('You must provide a file name.');
}
if (count($args) < 3) {
throw new Exception('You must provide a vocabulary id.');
}
//set the arguments
$type = strtolower($args[0]);
$filePath = $args[1];
$vocabId = $args[2];
$batchId = isset($args[3]) ? $args[3] : "";
$deleteMissing = (isset($args[4]) && ("-d" == $args[4]));
//do some basic validity checks
if (! in_array(
$type,
array(
"schema",
"vocab",
"vocabulary"
)
)
) {
throw new Exception('You must import into a schema or a vocab');
}
if ("vocabulary" == $type) {
$type = "vocab";
}
if (! is_numeric($vocabId)) {
throw new Exception('You must provide a valid ID');
}
//does the file exist?
if (! file_exists($filePath)) {
//default to the site upload path
$filePath = $GLOBALS['uploadPath'] . $filePath;
if (! file_exists($filePath)) {
throw new Exception('You must supply a valid file to import: ' . $filePath);
}
}
//is the file a valid type?
if (preg_match('/^.+\.([[:alpha:]]{2,4})$/', $filePath, $matches)) {
if (! in_array(
strtolower($matches[1]),
array(
"json",
"rdf",
"csv",
"xml"
)
)
) {
throw new Exception('You must provide a valid file type based on the extension');
}
} else {
throw new Exception("File type cannot be determined from the file extension");
}
$fileType = $matches[1];
//is the object a valid object?
if ('vocab' == $type) {
$vocabObj = VocabularyPeer::retrieveByPK($vocabId);
if (is_null($vocabObj)) {
throw new Exception('Invalid vocabulary ID');
}
//set some defaults
$baseDomain = $vocabObj->getBaseDomain();
$language = $vocabObj->getLanguage();
$statusId = $vocabObj->getStatusId();
$userId = $vocabObj->getCreatedUserId();
$agentId = $vocabObj->getAgentId();
//get a skos property id map
$skosMap = SkosPropertyPeer::getPropertyNames();
//there has to be a hash or a slash
$tSlash = preg_match('@(/$)@i', $vocabObj->getUri()) ? '' : '/';
$tSlash = preg_match('/#$/', $vocabObj->getUri()) ? '' : $tSlash;
} else {
$import = new ImportVocab($type, $filePath, $vocabId);
}
/* From here on the process is the same regardless of UI */
// check to see if file has been uploaded before
// check import history for file name
$importHistory = FileImportHistoryPeer::retrieveByLastFilePath($filePath);
// if reimport
// get last import history for filename
// unserialize column map
// match column names to AP based on map
// look for matches in unmatched field/column names to AP (ideal)
// csv table of data --
// row1: parsed field names/column headers
// row2: select dropdown with available fields from object AP (pre-select known matches)
// each select identified by column number
// row3: display datatype of selected field (updated dynamically when field selected)
// row4-13: first 10 rows of parsed data from file
// require a column that can match to 'URI' (maybe we'll allow an algorithm later)
// require columns that are required by AP
// on reimport there should be a flag to 'delete missing properties' from the current data
// note: at some point there will be a reimport process that allows URI changing
// this will require that there be an OMR identifier embedded in the incoming data
switch ($fileType) {
case "csv":
if ('vocab' == $type) {
// Get array of heading names found
$headings = $reader->getHeadings();
$fields = ConceptPeer::getFieldNames();
//set the map
// $map[] = array("property" => "Uri", "column" => "URILocal");
// $map[] = array("property" => "prefLabel", "column" => "skos:prefLabel");
// $map[] = array("property" => "definition", "column" => "skos:definition");
// $map[] = array("property" => "notation", "column" => "skos:notation");
// $map[] = array("property" => "scopeNote", "column" => "skos:scopeNote");
$map = array(
"uri" => "URILocal",
"prefLabel" => "skos:prefLabel",
"definition" => "skos:definition",
"notation" => "skos:notation",
"scopeNote" => "skos:scopeNote"
);
$rows = 0;
//executeImport:
// serialize the column map
try {
while ($row = $reader->getRow()) {
$rows ++;
// lookup the URI (or the OMR ID if available) for a match
$uri = $baseDomain . $row[$map["uri"]];
$concept = ConceptPeer::getConceptByUri($uri);
$updateTime = time();
$language = (isset($map['language'])) ? $row[$map['language']] : $vocabObj->getLanguage();
if (! $concept) {
// create a new concept or element
$concept = new Concept();
$concept->setVocabulary($vocabObj);
$concept->setUri($uri);
/**
* @todo Need to handle updates for topconcept here, just like language
**/
$concept->setIsTopConcept(false);
$concept->updateFromRequest(
$userId,
fixEncoding(rtrim($row[$map['prefLabel']])),
$language,
$statusId
);
} //don't update the concept if the preflabel matches
else if ($row[$map['prefLabel']] != $concept->getPrefLabel()) {
$concept->updateFromRequest($userId, fixEncoding(rtrim($row[$map['prefLabel']])));
}
//there needs to be a language to lookup the properties unless it's an objectProperty
$rowLanguage = (isset($map['language'])) ? $row[$map['language']] : $concept->getLanguage();
foreach ($map as $key => $value) {
//we skip because we already did them
if (! in_array(
$key,
array(
'uri',
'prefLabel',
'language'
)
)
) {
$skosId = $skosMap[$key];
//check to see if the property already exists
$property =
ConceptPropertyPeer::lookupProperty($concept->getId(), $skosId, $rowLanguage);
//create a new property for each unmatched column
if (! empty($row[$value])) {
if (! $property) {
$property = new ConceptProperty();
$property->setCreatedUserId($userId);
$property->setConceptId($concept->getId());
$property->setCreatedAt($updateTime);
$property->setSkosPropertyId($skosId);
}
if (($row[$value] != $property->getObject()) ||
($rowLanguage != $property->getLanguage())
) {
/**
* @todo We need a check here for skos objectproperties and handle differently
**/
if ($rowLanguage != $property->getLanguage()) {
$property->setLanguage($rowLanguage);
}
if ($row[$value] != $property->getObject()) {
$property->setObject(fixEncoding(rtrim($row[$value])));
}
$property->setUpdatedUserId($userId);
$property->setUpdatedAt($updateTime);
$property->save();
}
} //the row value is empty
else if ($deleteMissing && $property) {
$property->delete();
}
}
}
// else
// lookup and update concept or element
// lookup and update each property
// update the history for each property, action is 'import', should be a single timestamp for all (this should be automatic)
// if 'delete missing properties' is true
// delete each existing, non-required property that wasn't updated by the import
}
} catch(Exception $e) {
// catch
// if there's an error of any kind, write to error log and continue
echo "Error on row: " . $rows . ", " . $uri . "\n" . $e . "\n";
continue;
}
$objects = $vocabObj->countConcepts();
} else //it's an element set
{
$import->setCsvReader($import->file);
$import->processProlog();
$import->getDataColumnIds();
$import->processData();
//todo: $results should be a class
$results[$vocabId] = $import->results;
$bacthId = $import->saveResults($batchId);
}
break;
case "json":
break;
case "rdf":
break;
case "xml":
break;
default:
}
/* output to stdout*/
// number of objects imported (link to history, filtered on timestamp of import)
echo " Rows imported: " . count($results[$vocabId]['success']['rows']) . "\n From File:" . $filePath . "\nUse this ID for more in this batch: " . $bacthId;
// number of errors (link to error log)
}
/**
* Populates the object using an array.
*
* This is particularly useful when populating an object from one of the
* request arrays (e.g. $_POST). This method goes through the column
* names, checking to see whether a matching key exists in populated
* array. If so the setByName() method is called for that column.
*
* You can specify the key type of the array by additionally passing one
* of the class type constants TYPE_PHPNAME, TYPE_COLNAME, TYPE_FIELDNAME,
* TYPE_NUM. The default key type is the column's phpname (e.g. 'authorId')
*
* @param array $arr An array to populate the object from.
* @param string $keyType The type of keys the array uses.
* @return void
*/
public function fromArray($arr, $keyType = BasePeer::TYPE_PHPNAME)
{
$keys = VocabularyPeer::getFieldNames($keyType);
if (array_key_exists($keys[0], $arr)) {
$this->setId($arr[$keys[0]]);
}
if (array_key_exists($keys[1], $arr)) {
$this->setAgentId($arr[$keys[1]]);
}
if (array_key_exists($keys[2], $arr)) {
$this->setCreatedAt($arr[$keys[2]]);
}
if (array_key_exists($keys[3], $arr)) {
$this->setDeletedAt($arr[$keys[3]]);
}
if (array_key_exists($keys[4], $arr)) {
$this->setLastUpdated($arr[$keys[4]]);
}
if (array_key_exists($keys[5], $arr)) {
$this->setCreatedUserId($arr[$keys[5]]);
}
if (array_key_exists($keys[6], $arr)) {
$this->setUpdatedUserId($arr[$keys[6]]);
}
if (array_key_exists($keys[7], $arr)) {
$this->setChildUpdatedAt($arr[$keys[7]]);
}
if (array_key_exists($keys[8], $arr)) {
$this->setChildUpdatedUserId($arr[$keys[8]]);
}
if (array_key_exists($keys[9], $arr)) {
$this->setName($arr[$keys[9]]);
}
if (array_key_exists($keys[10], $arr)) {
$this->setNote($arr[$keys[10]]);
}
if (array_key_exists($keys[11], $arr)) {
$this->setUri($arr[$keys[11]]);
}
if (array_key_exists($keys[12], $arr)) {
$this->setUrl($arr[$keys[12]]);
}
if (array_key_exists($keys[13], $arr)) {
$this->setBaseDomain($arr[$keys[13]]);
}
if (array_key_exists($keys[14], $arr)) {
$this->setToken($arr[$keys[14]]);
}
if (array_key_exists($keys[15], $arr)) {
$this->setCommunity($arr[$keys[15]]);
}
if (array_key_exists($keys[16], $arr)) {
$this->setLastUriId($arr[$keys[16]]);
}
if (array_key_exists($keys[17], $arr)) {
$this->setStatusId($arr[$keys[17]]);
}
if (array_key_exists($keys[18], $arr)) {
$this->setLanguage($arr[$keys[18]]);
}
if (array_key_exists($keys[19], $arr)) {
$this->setLanguages($arr[$keys[19]]);
}
if (array_key_exists($keys[20], $arr)) {
$this->setProfileId($arr[$keys[20]]);
}
if (array_key_exists($keys[21], $arr)) {
$this->setNsType($arr[$keys[21]]);
}
if (array_key_exists($keys[22], $arr)) {
$this->setPrefixes($arr[$keys[22]]);
}
if (array_key_exists($keys[23], $arr)) {
$this->setRepo($arr[$keys[23]]);
}
if (array_key_exists($keys[24], $arr)) {
$this->setPrefix($arr[$keys[24]]);
}
}
