/** * Returns the number of related NagiosTimeperiodEntry objects. * * @param Criteria $criteria * @param boolean $distinct * @param PropelPDO $con * @return int Count of related NagiosTimeperiodEntry objects. * @throws PropelException */ public function countNagiosTimeperiodEntrys(Criteria $criteria = null, $distinct = false, PropelPDO $con = null) { if ($criteria === null) { $criteria = new Criteria(NagiosTimeperiodPeer::DATABASE_NAME); } else { $criteria = clone $criteria; } if ($distinct) { $criteria->setDistinct(); } $count = null; if ($this->collNagiosTimeperiodEntrys === null) { if ($this->isNew()) { $count = 0; } else { $criteria->add(NagiosTimeperiodEntryPeer::TIMEPERIOD_ID, $this->id); $count = NagiosTimeperiodEntryPeer::doCount($criteria, $con); } } else { // criteria has no effect for a new object if (!$this->isNew()) { // 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 count of the collection. $criteria->add(NagiosTimeperiodEntryPeer::TIMEPERIOD_ID, $this->id); if (!isset($this->lastNagiosTimeperiodEntryCriteria) || !$this->lastNagiosTimeperiodEntryCriteria->equals($criteria)) { $count = NagiosTimeperiodEntryPeer::doCount($criteria, $con); } else { $count = count($this->collNagiosTimeperiodEntrys); } } else { $count = count($this->collNagiosTimeperiodEntrys); } } return $count; }
/** * Method perform a DELETE on the database, given a NagiosTimeperiod or Criteria object OR a primary key value. * * @param mixed $values Criteria or NagiosTimeperiod object or primary key or array of primary keys * which is used to create the DELETE statement * @param PropelPDO $con the connection to use * @return int The number of affected rows (if supported by underlying database driver). This includes CASCADE-related rows * if supported by native driver or if emulated using Propel. * @throws PropelException Any exceptions caught during processing will be * rethrown wrapped into a PropelException. */ public static function doDelete($values, PropelPDO $con = null) { if ($con === null) { $con = Propel::getConnection(NagiosTimeperiodPeer::DATABASE_NAME, Propel::CONNECTION_WRITE); } if ($values instanceof Criteria) { // invalidate the cache for all objects of this type, since we have no // way of knowing (without running a query) what objects should be invalidated // from the cache based on this Criteria. NagiosTimeperiodPeer::clearInstancePool(); // rename for clarity $criteria = clone $values; } elseif ($values instanceof NagiosTimeperiod) { // invalidate the cache for this single object NagiosTimeperiodPeer::removeInstanceFromPool($values); // create criteria based on pk values $criteria = $values->buildPkeyCriteria(); } else { // it must be the primary key $criteria = new Criteria(self::DATABASE_NAME); $criteria->add(NagiosTimeperiodPeer::ID, (array) $values, Criteria::IN); foreach ((array) $values as $singleval) { // we can invalidate the cache for this single object NagiosTimeperiodPeer::removeInstanceFromPool($singleval); } } // Set the correct dbName $criteria->setDbName(self::DATABASE_NAME); $affectedRows = 0; // initialize var to track total num of affected rows try { // use transaction because $criteria could contain info // for more than one table or we could emulating ON DELETE CASCADE, etc. $con->beginTransaction(); $affectedRows += NagiosTimeperiodPeer::doOnDeleteCascade($criteria, $con); NagiosTimeperiodPeer::doOnDeleteSetNull($criteria, $con); // Because this db requires some delete cascade/set null emulation, we have to // clear the cached instance *after* the emulation has happened (since // instances get re-added by the select statement contained therein). if ($values instanceof Criteria) { NagiosTimeperiodPeer::clearInstancePool(); } else { // it's a PK or object NagiosTimeperiodPeer::removeInstanceFromPool($values); } $affectedRows += BasePeer::doDelete($criteria, $con); // invalidate objects in NagiosTimeperiodEntryPeer instance pool, since one or more of them may be deleted by ON DELETE CASCADE rule. NagiosTimeperiodEntryPeer::clearInstancePool(); // invalidate objects in NagiosTimeperiodExcludePeer instance pool, since one or more of them may be deleted by ON DELETE CASCADE rule. NagiosTimeperiodExcludePeer::clearInstancePool(); // invalidate objects in NagiosTimeperiodExcludePeer instance pool, since one or more of them may be deleted by ON DELETE CASCADE rule. NagiosTimeperiodExcludePeer::clearInstancePool(); // invalidate objects in NagiosContactPeer instance pool, since one or more of them may be deleted by ON DELETE CASCADE rule. NagiosContactPeer::clearInstancePool(); // invalidate objects in NagiosContactPeer instance pool, since one or more of them may be deleted by ON DELETE CASCADE rule. NagiosContactPeer::clearInstancePool(); // invalidate objects in NagiosHostTemplatePeer instance pool, since one or more of them may be deleted by ON DELETE CASCADE rule. NagiosHostTemplatePeer::clearInstancePool(); // invalidate objects in NagiosHostTemplatePeer instance pool, since one or more of them may be deleted by ON DELETE CASCADE rule. NagiosHostTemplatePeer::clearInstancePool(); // invalidate objects in NagiosHostPeer instance pool, since one or more of them may be deleted by ON DELETE CASCADE rule. NagiosHostPeer::clearInstancePool(); // invalidate objects in NagiosHostPeer instance pool, since one or more of them may be deleted by ON DELETE CASCADE rule. NagiosHostPeer::clearInstancePool(); // invalidate objects in NagiosServiceTemplatePeer instance pool, since one or more of them may be deleted by ON DELETE CASCADE rule. NagiosServiceTemplatePeer::clearInstancePool(); // invalidate objects in NagiosServiceTemplatePeer instance pool, since one or more of them may be deleted by ON DELETE CASCADE rule. NagiosServiceTemplatePeer::clearInstancePool(); // invalidate objects in NagiosServicePeer instance pool, since one or more of them may be deleted by ON DELETE CASCADE rule. NagiosServicePeer::clearInstancePool(); // invalidate objects in NagiosServicePeer instance pool, since one or more of them may be deleted by ON DELETE CASCADE rule. NagiosServicePeer::clearInstancePool(); // invalidate objects in NagiosDependencyPeer instance pool, since one or more of them may be deleted by ON DELETE CASCADE rule. NagiosDependencyPeer::clearInstancePool(); // invalidate objects in NagiosEscalationPeer instance pool, since one or more of them may be deleted by ON DELETE CASCADE rule. NagiosEscalationPeer::clearInstancePool(); $con->commit(); return $affectedRows; } catch (PropelException $e) { $con->rollBack(); throw $e; } }
} else { ?> <input type="submit" value="Create Period" /> <a href="timeperiods.php">Cancel</a> <?php } ?> <br /><br /> <?php } else { if ($_GET['section'] == 'entries') { ?> <b>Time Period Entries:</b><br /> <?php $c = new Criteria(); $c->add(NagiosTimeperiodEntryPeer::TIMEPERIOD_ID, $timeperiod->getId()); $timeperiodEntries = NagiosTimeperiodEntryPeer::doSelect($c); if (!count($timeperiodEntries)) { ?> <div style="text-align: center;">No entries defined for this timeperiod.</div> <?php } else { ?> <table width="100%" align="center" cellspacing="0" cellpadding="2" border="0"> <tr class="altTop"> <td> </td> <td><b>Weekday / Exception</b></td> <td><b>Time Ranges</b></td> </tr> <?php for ($counter = 0; $counter < count($timeperiodEntries); $counter++) {
/** * 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 BasePeer::TYPE_PHPNAME, BasePeer::TYPE_STUDLYPHPNAME, * BasePeer::TYPE_COLNAME, BasePeer::TYPE_FIELDNAME, BasePeer::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) { $keys = NagiosTimeperiodEntryPeer::getFieldNames($keyType); if (array_key_exists($keys[0], $arr)) { $this->setId($arr[$keys[0]]); } if (array_key_exists($keys[1], $arr)) { $this->setTimeperiodId($arr[$keys[1]]); } if (array_key_exists($keys[2], $arr)) { $this->setEntry($arr[$keys[2]]); } if (array_key_exists($keys[3], $arr)) { $this->setValue($arr[$keys[3]]); } }
/** * Retrieve multiple objects by pkey. * * @param array $pks List of primary keys * @param PropelPDO $con the connection to use * @throws PropelException Any exceptions caught during processing will be * rethrown wrapped into a PropelException. */ public static function retrieveByPKs($pks, PropelPDO $con = null) { if ($con === null) { $con = Propel::getConnection(NagiosTimeperiodEntryPeer::DATABASE_NAME, Propel::CONNECTION_READ); } $objs = null; if (empty($pks)) { $objs = array(); } else { $criteria = new Criteria(NagiosTimeperiodEntryPeer::DATABASE_NAME); $criteria->add(NagiosTimeperiodEntryPeer::ID, $pks, Criteria::IN); $objs = NagiosTimeperiodEntryPeer::doSelect($criteria, $con); } return $objs; }