function handle(&$params)
{
session_write_close();
set_time_limit(0);
import('Dataface/Index.php');
$index = new Dataface_Index();
if (@$_POST['--build-index']) {
if (is_array($_POST['--tables'])) {
$tables = $_POST['--tables'];
} else {
if (!empty($_POST['--tables'])) {
$tables = array($_POST['--tables']);
} else {
$tables = null;
}
}
if (@$_POST['--clear']) {
$clear = true;
} else {
$clear = false;
}
$index->buildIndex($tables, '*', $clear);
$app =& Dataface_Application::getInstance();
header('Location: ' . $app->url('') . '&--msg=' . urlencode('Successfully indexed database'));
exit;
}
$tables = array_keys(Dataface_Table::getTableModificationTimes());
$count = 0;
$indexable = array();
foreach ($tables as $key => $table) {
if (preg_match('/^dataface__/', $table)) {
continue;
}
if (preg_match('/^_/', $table)) {
continue;
}
if ($index->isTableIndexable($table)) {
$indexable[] = $table;
//unset($tables[$key]);
}
}
$tables = $indexable;
df_display(array('tables' => $tables), 'manage_build_index.html');
}
function handle(&$params)
{
import('Dataface/Index.php');
$app =& Dataface_Application::getInstance();
$q = $app->getQuery();
if (@$q['table']) {
$q['-table'] = $q['table'];
} else {
unset($q['-table']);
}
$index = new Dataface_Index();
$res = $index->find($q, true);
$results =& $res['results'];
foreach ($results as $id => $result) {
$width = intval(floatval($result['relevance']) / 10.0 * 30.0);
$results[$id]['relevance_bar'] = '<div style="border:1px solid #ccc; padding:1px margin:1px; background-color: #eaeaea; width:32px; height: 5px;"><div style="border: none; background-color: green; width: ' . $width . 'px; height:5px;"></div></div>';
}
df_display(array('results' => &$results, 'metadata' => &$res['metadata'], 'search_term' => $q['-search']), 'Dataface_Search_Results.html');
}
/**
* Writes the values in the table to the database.
*
* @param tablename An optional tablename in case this record is not being placed in
* the standard table. For example, the record could be placed into an import
* table.
* @param array $keys Optional array of keys to look up record to write to.
* @param string $tablename The name of the table to write to, if not this table.
* This is useful for writing to import tables or other
* tables with identical schema.
* @param boolean $secure Whether to check permissions or not.
*/
function write(&$record, $keys = null, $tablename = null, $secure = false)
{
// The vetoSecurity flag allows us to make changes to a record without
// the fields being filtered for security checks when they are saved.
// Since we may want to change or add values to a record in the
// beforeSave type triggers, and we probably don't want these changes
// checked by security, we should use this flag to make all changes
// in these triggers immune to security checks.
// We return the veto setting to its former state after this method
// finishes.
//$oldVeto = $record->vetoSecurity;
//$record->vetoSecurity = true;
//$parentRecord =& $record->getParentRecord();
$app =& Dataface_Application::getInstance();
//$parentIO =& $this->getParentIO();
if (!is_a($record, "Dataface_Record")) {
trigger_error(df_translate('scripts.Dataface.IO.write.ERROR_PARAMETER_1', "Dataface_IO::write() requires first parameter to be of type 'Dataface_Record' but received '" . get_class($record) . "\n<br>", array('class' => get_class($record))) . Dataface_Error::printStackTrace(), E_USER_ERROR);
}
if ($tablename === null and $this->_altTablename !== null) {
$tablename = $this->_altTablename;
}
if ($this->fireTriggers) {
$res = $this->fireBeforeSave($record);
if (PEAR::isError($res)) {
//$record->vetoSecurity = $oldVeto;
return $res;
}
}
if ($this->recordExists($record, $keys, $this->tablename($tablename))) {
$res = $this->_update($record, $keys, $this->tablename($tablename), $secure);
} else {
$res = $this->_insert($record, $this->tablename($tablename), $secure);
}
if (PEAR::isError($res)) {
if (Dataface_Error::isDuplicateEntry($res)) {
/*
* Duplicate entries we will propogate up so that the application can decide what to do.
*/
//$record->vetoSecurity = $oldVeto;
return $res;
}
$res->addUserInfo(df_translate('scripts.Dataface.IO.write.ERROR_SAVING', "Error while saving record of table '" . $this->_table->tablename . "' in Dataface_IO::write() on line " . __LINE__ . " of file " . __FILE__, array('tablename' => $this->_table->tablename, 'line' => __LINE__, 'file' => __FILE__)));
//$record->vetoSecurity = $oldVeto;
return $res;
}
// Now we take care of the transient relationship fields.
// Transient relationship fields aren't actually stored in the record
// itself, they are stored as related records.
foreach ($record->_table->transientFields() as $tfield) {
if (!isset($tfield['relationship'])) {
continue;
}
if (!$record->valueChanged($tfield['name'])) {
continue;
}
$trelationship =& $record->_table->getRelationship($tfield['relationship']);
if (!$trelationship or PEAR::isError($trelationship)) {
// We couldn't find the specified relationship.
//$record->vetoSecurity = $oldVeto;
return $trelationship;
}
$orderCol = $trelationship->getOrderColumn();
if (PEAR::isError($orderCol)) {
$orderCol = null;
}
$tval = $record->getValue($tfield['name']);
if ($tfield['widget']['type'] == 'grid') {
//echo "here";exit;
$tval_existing = array();
$tval_new = array();
$tval_new_existing = array();
$torder = 0;
foreach ($tval as $trow) {
$trow['__order__'] = $torder++;
if (isset($trow['__id__']) and preg_match('/^new:/', $trow['__id__'])) {
$tval_new_existing[] = $trow;
} else {
if (isset($trow['__id__']) and $trow['__id__'] != 'new') {
$tval_existing[$trow['__id__']] = $trow;
} else {
if (isset($trow['__id__']) and $trow['__id__'] == 'new') {
$tval_new[] = $trow;
}
}
}
}
// The transient field was loaded so we can go about saving the
// changes/
$trecords =& $record->getRelatedRecordObjects($tfield['relationship'], 'all');
if (!is_array($trecords) or PEAR::isError($trecords)) {
error_log('Failed to get related records for record ' . $record->getId() . ' in its relationship ' . $tfield['relationship']);
unset($tval);
unset($orderCol);
unset($tval_new);
unset($torder);
unset($trelationship);
unset($tval_existing);
continue;
}
// Update the existing records in the relationship.
// We use the __id__ parameter in each row for this.
//echo "About to save related records";
foreach ($trecords as $trec) {
$tid = $trec->getId();
if (isset($tval_existing[$tid])) {
$tmp = new Dataface_RelatedRecord($trec->_record, $tfield['relationship'], $trec->getValues());
$tmp->setValues($tval_existing[$tid]);
$changed = false;
foreach ($tval_existing[$tid] as $k1 => $v1) {
if ($tmp->isDirty($k1)) {
$changed = true;
break;
}
}
if ($changed) {
$trec->setValues($tval_existing[$tid]);
if ($orderCol) {
$trec->setValue($orderCol, $tval_existing[$tid]['__order__']);
}
//echo "Saving ";print_r($trec->vals());
$res_t = $trec->save($this->lang, $secure);
if (PEAR::isError($res_t)) {
return $res_t;
error_log('Failed to save related record ' . $trec->getId() . ' while saving transient field ' . $tfield['name'] . ' in record ' . $record->getId() . '. The error returned was : ' . $res_t->getMessage());
}
} else {
if ($orderCol and $record->checkPermission('reorder_related_records', array('relationship' => $tfield['relationship']))) {
$trec->setValue($orderCol, $tval_existing[$tid]['__order__']);
$res_t = $trec->save($this->lang, false);
// we don't need this to be secure
if (PEAR::isError($res_t)) {
return $res_t;
error_log('Failed to save related record ' . $trec->getId() . ' while saving transient field ' . $tfield['name'] . ' in record ' . $record->getId() . '. The error returned was : ' . $res_t->getMessage());
}
}
}
unset($tmp);
} else {
}
unset($trec);
unset($tid);
unset($res_t);
}
//exit;
// Now add new records (specified by __id__ field being 'new'
foreach ($tval_new as $tval_to_add) {
$temp_rrecord = new Dataface_RelatedRecord($record, $tfield['relationship'], array());
$temp_rrecord->setValues($tval_to_add);
if ($orderCol) {
$temp_rrecord->setValue($orderCol, $tval_to_add['__order__']);
}
$res_t = $this->addRelatedRecord($temp_rrecord, $secure);
if (PEAR::isError($res_t)) {
error_log('Failed to save related record ' . $temp_rrecord->getId() . ' while saving transient field ' . $tfield['name'] . ' in record ' . $record->getId() . '. The error returned was : ' . $res_t->getMessage());
}
unset($temp_rrecord);
unset($res_t);
}
// Now add new existing records (specified by __id__ field being 'new:<recordid>'
foreach ($tval_new_existing as $tval_to_add) {
$tid = preg_replace('/^new:/', '', $tval_to_add['__id__']);
$temp_record = df_get_record_by_id($tid);
if (PEAR::isError($temp_record)) {
return $temp_record;
}
if (!$temp_record) {
return PEAR::raiseError("Failed to load existing record with ID {$tid}.");
}
$temp_rrecord = new Dataface_RelatedRecord($record, $tfield['relationship'], $temp_record->vals());
$temp_rrecord->setValues($tval_to_add);
if ($orderCol) {
$temp_rrecord->setValue($orderCol, $tval_to_add['__order__']);
}
$res_t = $this->addExistingRelatedRecord($temp_rrecord, $secure);
if (PEAR::isError($res_t)) {
error_log('Failed to save related record ' . $temp_rrecord->getId() . ' while saving transient field ' . $tfield['name'] . ' in record ' . $record->getId() . '. The error returned was : ' . $res_t->getMessage());
}
unset($temp_rrecord);
unset($res_t);
}
// Now we delete the records that were deleted
// we use the __deleted__ field.
if (isset($tval['__deleted__']) and is_array($tval['__deleted__']) and $trelationship->supportsRemove()) {
$tdelete_record = $trelationship->isOneToMany();
foreach ($tval['__deleted__'] as $del_id) {
if ($del_id == 'new') {
continue;
}
$drec = Dataface_IO::getByID($del_id);
if (PEAR::isError($drec) or !$drec) {
unset($drec);
continue;
}
$this->removeRelatedRecord($drec, $tdelete_record, $secure);
unset($drec);
}
}
unset($trecords);
} else {
if ($tfield['widget']['type'] == 'checkbox') {
// Load existing records in the relationship
$texisting =& $record->getRelatedRecordObjects($tfield['relationship'], 'all');
if (!is_array($texisting) or PEAR::isError($texisting)) {
error_log('Failed to get related records for record ' . $record->getId() . ' in its relationship ' . $tfield['relationship']);
unset($tval);
unset($orderCol);
unset($tval_new);
unset($torder);
unset($trelationship);
unset($tval_existing);
continue;
}
$texistingIds = array();
foreach ($texisting as $terec) {
$texistingIds[] = $terec->getId();
}
// Load currently checked records
$tchecked = array();
$tcheckedRecords = array();
$tcheckedIds = array();
$tcheckedId2ValsMap = array();
foreach ($tval as $trkey => $trval) {
// $trval is in the form key1=val1&size=key2=val2
parse_str($trval, $trquery);
$trRecord = new Dataface_RelatedRecord($record, $tfield['relationship'], $trquery);
$trRecords[] =& $trRecord;
$tcheckedIds[] = $tid = $trRecord->getId();
$checkedId2ValsMap[$tid] = $trquery;
unset($trRecord);
unset($trquery);
}
// Now we have existing ids in $texistingIds
// and checked ids in $tcheckedIds
// See which records we need to have removed
$tremoves = array_diff($texistingIds, $tcheckedIds);
$tadds = array_diff($tcheckedIds, $texistingIds);
foreach ($tremoves as $tid) {
$trec = df_get_record_by_id($tid);
$res = $this->removeRelatedRecord($trec, false, $secure);
if (PEAR::isError($res)) {
return $res;
}
unset($trec);
}
foreach ($tadds as $tid) {
$trecvals = $checkedId2ValsMap[$tid];
$trec = new Dataface_RelatedRecord($record, $tfield['relationship'], $trecvals);
$res = $this->addExistingRelatedRecord($trec, $secure);
if (PEAR::isError($res)) {
return $res;
}
unset($trec, $trecvals);
}
unset($tadds);
unset($tremoves);
unset($tcheckedIds, $tcheckedId2ValsMap);
unset($tcheckedRecords);
unset($tchecked);
unset($texistingIds);
unset($texisting);
}
}
unset($tval);
unset($trelationship);
}
if ($this->fireTriggers) {
$res2 = $this->fireAfterSave($record);
if (PEAR::isError($res2)) {
//$record->vetoSecurity = $oldVeto;
return $res2;
}
}
if (isset($app->_conf['history']) and @$app->_conf['history']['enabled'] || !isset($app->_conf['history']['enabled'])) {
// History is enabled ... let's save this record in our history.
import('Dataface/HistoryTool.php');
$historyTool = new Dataface_HistoryTool();
$historyTool->logRecord($record, $this->getHistoryComments($record), $this->lang);
}
if (isset($app->_conf['_index']) and @$app->_conf['_index'][$record->table()->tablename]) {
// If indexing is enabled, we index the record so that it is
// searchable by natural language searching.
// The Dataface_Index class takes care of whether or not this
// record should be indexed.
import('Dataface/Index.php');
$index = new Dataface_Index();
$index->indexRecord($record);
}
// It seems to me that we should be setting a new snapshot at this point.
//$record->clearSnapshot();
$record->setSnapshot();
self::touchTable($this->_table->tablename);
//$record->vetoSecurity = $oldVeto;
return $res;
}
/**
* Writes the values in the table to the database.
*
* @param tablename An optional tablename in case this record is not being placed in
* the standard table. For example, the record could be placed into an import
* table.
* @param array $keys Optional array of keys to look up record to write to.
* @param string $tablename The name of the table to write to, if not this table.
* This is useful for writing to import tables or other
* tables with identical schema.
* @param boolean $secure Whether to check permissions or not.
* @param boolean $forceNew If true, it forces an insert rather than an update.
*/
function write(&$record, $keys = null, $tablename = null, $secure = false, $forceNew = false)
{
// The vetoSecurity flag allows us to make changes to a record without
// the fields being filtered for security checks when they are saved.
// Since we may want to change or add values to a record in the
// beforeSave type triggers, and we probably don't want these changes
// checked by security, we should use this flag to make all changes
// in these triggers immune to security checks.
// We return the veto setting to its former state after this method
// finishes.
//$oldVeto = $record->vetoSecurity;
//$record->vetoSecurity = true;
//$parentRecord =& $record->getParentRecord();
$app =& Dataface_Application::getInstance();
//$parentIO =& $this->getParentIO();
if (!is_a($record, "Dataface_Record")) {
throw new Exception(df_translate('scripts.Dataface.IO.write.ERROR_PARAMETER_1', "Dataface_IO::write() requires first parameter to be of type 'Dataface_Record' but received '" . get_class($record) . "\n<br>", array('class' => get_class($record))), E_USER_ERROR);
}
if ($tablename === null and $this->_altTablename !== null) {
$tablename = $this->_altTablename;
}
if ($this->fireTriggers) {
$res = $this->fireBeforeSave($record);
if (PEAR::isError($res)) {
//$record->vetoSecurity = $oldVeto;
return $res;
}
}
if (!$forceNew and $this->recordExists($record, $keys, $this->tablename($tablename))) {
$res = $this->_update($record, $keys, $this->tablename($tablename), $secure);
} else {
$res = $this->_insert($record, $this->tablename($tablename), $secure);
}
if (PEAR::isError($res)) {
if (Dataface_Error::isDuplicateEntry($res)) {
/*
* Duplicate entries we will propogate up so that the application can decide what to do.
*/
//$record->vetoSecurity = $oldVeto;
return $res;
}
$res->addUserInfo(df_translate('scripts.Dataface.IO.write.ERROR_SAVING', "Error while saving record of table '" . $this->_table->tablename . "' in Dataface_IO::write() ", array('tablename' => $this->_table->tablename, 'line' => 0, 'file' => '_')));
//$record->vetoSecurity = $oldVeto;
return $res;
}
$res = $this->saveTransients($record, $keys, $tablename, $secure);
if (PEAR::isError($res)) {
return $res;
}
if ($this->fireTriggers) {
$res2 = $this->fireAfterSave($record);
if (PEAR::isError($res2)) {
//$record->vetoSecurity = $oldVeto;
return $res2;
}
}
if (isset($app->_conf['history']) and @$app->_conf['history']['enabled'] || !isset($app->_conf['history']['enabled'])) {
// History is enabled ... let's save this record in our history.
import('Dataface/HistoryTool.php');
$historyTool = new Dataface_HistoryTool();
$historyTool->logRecord($record, $this->getHistoryComments($record), $this->lang);
}
if (isset($app->_conf['_index']) and @$app->_conf['_index'][$record->table()->tablename]) {
// If indexing is enabled, we index the record so that it is
// searchable by natural language searching.
// The Dataface_Index class takes care of whether or not this
// record should be indexed.
import('Dataface/Index.php');
$index = new Dataface_Index();
$index->indexRecord($record);
}
// It seems to me that we should be setting a new snapshot at this point.
//$record->clearSnapshot();
$record->setSnapshot();
self::touchTable($this->_table->tablename);
self::touchRecord($record);
//$record->vetoSecurity = $oldVeto;
return $res;
}
