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behavior.php 0000604 00000014277 15245540356 0007074 0 ustar 00 <?php /** * @package FrameworkOnFramework * @subpackage table * @copyright Copyright (C) 2010-2016 Nicholas K. Dionysopoulos / Akeeba Ltd. All rights reserved. * @license GNU General Public License version 2 or later; see LICENSE.txt */ // Protect from unauthorized access defined('F0F_INCLUDED') or die; /** * FrameworkOnFramework table behavior class. It defines the events which are * called by a Table. * * @codeCoverageIgnore * @package FrameworkOnFramework * @since 2.1 */ abstract class F0FTableBehavior extends F0FUtilsObservableEvent { /** * This event runs before binding data to the table * * @param F0FTable &$table The table which calls this event * @param array &$data The data to bind * * @return boolean True on success */ public function onBeforeBind(&$table, &$data) { return true; } /** * The event which runs after binding data to the table * * @param F0FTable &$table The table which calls this event * @param object|array &$src The data to bind * * @return boolean True on success */ public function onAfterBind(&$table, &$src) { return true; } /** * The event which runs after loading a record from the database * * @param F0FTable &$table The table which calls this event * @param boolean &$result Did the load succeeded? * * @return void */ public function onAfterLoad(&$table, &$result) { } /** * The event which runs before storing (saving) data to the database * * @param F0FTable &$table The table which calls this event * @param boolean $updateNulls Should nulls be saved as nulls (true) or just skipped over (false)? * * @return boolean True to allow saving */ public function onBeforeStore(&$table, $updateNulls) { return true; } /** * The event which runs after storing (saving) data to the database * * @param F0FTable &$table The table which calls this event * * @return boolean True to allow saving without an error */ public function onAfterStore(&$table) { return true; } /** * The event which runs before moving a record * * @param F0FTable &$table The table which calls this event * @param boolean $updateNulls Should nulls be saved as nulls (true) or just skipped over (false)? * * @return boolean True to allow moving */ public function onBeforeMove(&$table, $updateNulls) { return true; } /** * The event which runs after moving a record * * @param F0FTable &$table The table which calls this event * * @return boolean True to allow moving without an error */ public function onAfterMove(&$table) { return true; } /** * The event which runs before reordering a table * * @param F0FTable &$table The table which calls this event * @param string $where The WHERE clause of the SQL query to run on reordering (record filter) * * @return boolean True to allow reordering */ public function onBeforeReorder(&$table, $where = '') { return true; } /** * The event which runs after reordering a table * * @param F0FTable &$table The table which calls this event * * @return boolean True to allow the reordering to complete without an error */ public function onAfterReorder(&$table) { return true; } /** * The event which runs before deleting a record * * @param F0FTable &$table The table which calls this event * @param integer $oid The PK value of the record to delete * * @return boolean True to allow the deletion */ public function onBeforeDelete(&$table, $oid) { return true; } /** * The event which runs after deleting a record * * @param F0FTable &$table The table which calls this event * @param integer $oid The PK value of the record which was deleted * * @return boolean True to allow the deletion without errors */ public function onAfterDelete(&$table, $oid) { return true; } /** * The event which runs before hitting a record * * @param F0FTable &$table The table which calls this event * @param integer $oid The PK value of the record to hit * @param boolean $log Should we log the hit? * * @return boolean True to allow the hit */ public function onBeforeHit(&$table, $oid, $log) { return true; } /** * The event which runs after hitting a record * * @param F0FTable &$table The table which calls this event * @param integer $oid The PK value of the record which was hit * * @return boolean True to allow the hitting without errors */ public function onAfterHit(&$table, $oid) { return true; } /** * The even which runs before copying a record * * @param F0FTable &$table The table which calls this event * @param integer $oid The PK value of the record being copied * * @return boolean True to allow the copy to take place */ public function onBeforeCopy(&$table, $oid) { return true; } /** * The even which runs after copying a record * * @param F0FTable &$table The table which calls this event * @param integer $oid The PK value of the record which was copied (not the new one) * * @return boolean True to allow the copy without errors */ public function onAfterCopy(&$table, $oid) { return true; } /** * The event which runs before a record is (un)published * * @param F0FTable &$table The table which calls this event * @param integer|array &$cid The PK IDs of the records being (un)published * @param integer $publish 1 to publish, 0 to unpublish * * @return boolean True to allow the (un)publish to proceed */ public function onBeforePublish(&$table, &$cid, $publish) { return true; } /** * The event which runs after the object is reset to its default values. * * @param F0FTable &$table The table which calls this event * * @return boolean True to allow the reset to complete without errors */ public function onAfterReset(&$table) { return true; } /** * The even which runs before the object is reset to its default values. * * @param F0FTable &$table The table which calls this event * * @return boolean True to allow the reset to complete */ public function onBeforeReset(&$table) { return true; } } nested.php 0000604 00000164107 15245540356 0006555 0 ustar 00 <?php /** * @package FrameworkOnFramework * @subpackage table * @copyright Copyright (C) 2010-2016 Nicholas K. Dionysopoulos / Akeeba Ltd. All rights reserved. * @license GNU General Public License version 2 or later; see LICENSE.txt */ // Protect from unauthorized access defined('F0F_INCLUDED') or die; /** * A class to manage tables holding nested sets (hierarchical data) * * @property int $lft Left value (for nested set implementation) * @property int $rgt Right value (for nested set implementation) * @property string $hash Slug hash (optional; for faster searching) * @property string $slug Node's slug (optional) * @property string $title Title of the node (optional) */ class F0FTableNested extends F0FTable { /** @var int The level (depth) of this node in the tree */ protected $treeDepth = null; /** @var F0FTableNested The root node in the tree */ protected $treeRoot = null; /** @var F0FTableNested The parent node of ourselves */ protected $treeParent = null; /** @var bool Should I perform a nested get (used to query ascendants/descendants) */ protected $treeNestedGet = false; /** @var array A collection of custom, additional where clauses to apply during buildQuery */ protected $whereClauses = array(); /** * Public constructor. Overrides the parent constructor, making sure there are lft/rgt columns which make it * compatible with nested sets. * * @param string $table Name of the database table to model. * @param string $key Name of the primary key field in the table. * @param F0FDatabaseDriver &$db Database driver * @param array $config The configuration parameters array * * @throws \RuntimeException When lft/rgt columns are not found */ public function __construct($table, $key, &$db, $config = array()) { parent::__construct($table, $key, $db, $config); if (!$this->hasField('lft') || !$this->hasField('rgt')) { throw new \RuntimeException("Table " . $this->getTableName() . " is not compatible with F0FTableNested: it does not have lft/rgt columns"); } } /** * Overrides the automated table checks to handle the 'hash' column for faster searching * * @return boolean */ public function check() { // Create a slug if there is a title and an empty slug if ($this->hasField('title') && $this->hasField('slug') && empty($this->slug)) { $this->slug = F0FStringUtils::toSlug($this->title); } // Create the SHA-1 hash of the slug for faster searching (make sure the hash column is CHAR(64) to take // advantage of MySQL's optimised searching for fixed size CHAR columns) if ($this->hasField('hash') && $this->hasField('slug')) { $this->hash = sha1($this->slug); } // Reset cached values $this->resetTreeCache(); return parent::check(); } /** * Delete a node, either the currently loaded one or the one specified in $id. If an $id is specified that node * is loaded before trying to delete it. In the end the data model is reset. If the node has any children nodes * they will be removed before the node itself is deleted. * * @param integer $oid The primary key value of the item to delete * * @throws UnexpectedValueException * * @return boolean True on success */ public function delete($oid = null) { // Load the specified record (if necessary) if (!empty($oid)) { $this->load($oid); } $k = $this->_tbl_key; $pk = (!$oid) ? $this->$k : $oid; // If no primary key is given, return false. if (!$pk) { throw new UnexpectedValueException('Null primary key not allowed.'); } // Execute the logic only if I have a primary key, otherwise I could have weird results // Perform the checks on the current node *BEFORE* starting to delete the children if (!$this->onBeforeDelete($oid)) { return false; } $result = true; // Recursively delete all children nodes as long as we are not a leaf node and $recursive is enabled if (!$this->isLeaf()) { // Get all sub-nodes $table = $this->getClone(); $table->bind($this->getData()); $subNodes = $table->getDescendants(); // Delete all subnodes (goes through the model to trigger the observers) if (!empty($subNodes)) { /** @var F0FTableNested $item */ foreach ($subNodes as $item) { // We have to pass the id, so we are getting it again from the database. // We have to do in this way, since a previous child could have changed our lft and rgt values if(!$item->delete($item->$k)) { // A subnode failed or prevents the delete, continue deleting other nodes, // but preserve the current node (ie the parent) $result = false; } }; // Load it again, since while deleting a children we could have updated ourselves, too $this->load($pk); } } if($result) { // Delete the row by primary key. $query = $this->_db->getQuery(true); $query->delete(); $query->from($this->_tbl); $query->where($this->_tbl_key . ' = ' . $this->_db->q($pk)); $this->_db->setQuery($query)->execute(); $result = $this->onAfterDelete($oid); } return $result; } protected function onAfterDelete($oid) { $db = $this->getDbo(); $myLeft = $this->lft; $myRight = $this->rgt; $fldLft = $db->qn($this->getColumnAlias('lft')); $fldRgt = $db->qn($this->getColumnAlias('rgt')); // Move all siblings to the left $width = $this->rgt - $this->lft + 1; // Wrap everything in a transaction $db->transactionStart(); try { // Shrink lft values $query = $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set($fldLft . ' = ' . $fldLft . ' - '.$width) ->where($fldLft . ' > ' . $db->q($myLeft)); $db->setQuery($query)->execute(); // Shrink rgt values $query = $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set($fldRgt . ' = ' . $fldRgt . ' - '.$width) ->where($fldRgt . ' > ' . $db->q($myRight)); $db->setQuery($query)->execute(); // Commit the transaction $db->transactionCommit(); } catch (\Exception $e) { // Roll back the transaction on error $db->transactionRollback(); throw $e; } return parent::onAfterDelete($oid); } /** * Not supported in nested sets * * @param string $where Ignored * * @return void * * @throws RuntimeException */ public function reorder($where = '') { throw new RuntimeException('reorder() is not supported by F0FTableNested'); } /** * Not supported in nested sets * * @param integer $delta Ignored * @param string $where Ignored * * @return void * * @throws RuntimeException */ public function move($delta, $where = '') { throw new RuntimeException('move() is not supported by F0FTableNested'); } /** * Create a new record with the provided data. It is inserted as the last child of the current node's parent * * @param array $data The data to use in the new record * * @return static The new node */ public function create($data) { $newNode = $this->getClone(); $newNode->reset(); $newNode->bind($data); if ($this->isRoot()) { return $newNode->insertAsChildOf($this); } else { return $newNode->insertAsChildOf($this->getParent()); } } /** * Makes a copy of the record, inserting it as the last child of the given node's parent. * * @param integer|array $cid The primary key value (or values) or the record(s) to copy. * If null, the current record will be copied * * @return self|F0FTableNested The last copied node */ public function copy($cid = null) { //We have to cast the id as array, or the helper function will return an empty set if($cid) { $cid = (array) $cid; } F0FUtilsArray::toInteger($cid); $k = $this->_tbl_key; if (count($cid) < 1) { if ($this->$k) { $cid = array($this->$k); } else { // Even if it's null, let's still create the record $this->create($this->getData()); return $this; } } foreach ($cid as $item) { // Prevent load with id = 0 if (!$item) { continue; } $this->load($item); $this->create($this->getData()); } return $this; } /** * Method to reset class properties to the defaults set in the class * definition. It will ignore the primary key as well as any private class * properties. * * @return void */ public function reset() { $this->resetTreeCache(); parent::reset(); } /** * Insert the current node as a tree root. It is a good idea to never use this method, instead providing a root node * in your schema installation and then sticking to only one root. * * @return self */ public function insertAsRoot() { // You can't insert a node that is already saved i.e. the table has an id if($this->getId()) { throw new RuntimeException(__METHOD__.' can be only used with new nodes'); } // First we need to find the right value of the last parent, a.k.a. the max(rgt) of the table $db = $this->getDbo(); // Get the lft/rgt names $fldRgt = $db->qn($this->getColumnAlias('rgt')); $query = $db->getQuery(true) ->select('MAX(' . $fldRgt . ')') ->from($db->qn($this->getTableName())); $maxRgt = $db->setQuery($query, 0, 1)->loadResult(); if (empty($maxRgt)) { $maxRgt = 0; } $this->lft = ++$maxRgt; $this->rgt = ++$maxRgt; $this->store(); return $this; } /** * Insert the current node as the first (leftmost) child of a parent node. * * WARNING: If it's an existing node it will be COPIED, not moved. * * @param F0FTableNested $parentNode The node which will become our parent * * @return $this for chaining * * @throws Exception * @throws RuntimeException */ public function insertAsFirstChildOf(F0FTableNested &$parentNode) { if($parentNode->lft >= $parentNode->rgt) { throw new RuntimeException('Invalid position values for the parent node'); } // Get a reference to the database $db = $this->getDbo(); // Get the field names $fldRgt = $db->qn($this->getColumnAlias('rgt')); $fldLft = $db->qn($this->getColumnAlias('lft')); // Nullify the PK, so a new record will be created $pk = $this->getKeyName(); $this->$pk = null; // Get the value of the parent node's rgt $myLeft = $parentNode->lft; // Update my lft/rgt values $this->lft = $myLeft + 1; $this->rgt = $myLeft + 2; // Update parent node's right (we added two elements in there, remember?) $parentNode->rgt += 2; // Wrap everything in a transaction $db->transactionStart(); try { // Make a hole (2 queries) $query = $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set($fldLft . ' = ' . $fldLft . '+2') ->where($fldLft . ' > ' . $db->q($myLeft)); $db->setQuery($query)->execute(); $query = $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set($fldRgt . ' = ' . $fldRgt . '+ 2') ->where($fldRgt . '>' . $db->q($myLeft)); $db->setQuery($query)->execute(); // Insert the new node $this->store(); // Commit the transaction $db->transactionCommit(); } catch (\Exception $e) { // Roll back the transaction on error $db->transactionRollback(); throw $e; } return $this; } /** * Insert the current node as the last (rightmost) child of a parent node. * * WARNING: If it's an existing node it will be COPIED, not moved. * * @param F0FTableNested $parentNode The node which will become our parent * * @return $this for chaining * * @throws Exception * @throws RuntimeException */ public function insertAsLastChildOf(F0FTableNested &$parentNode) { if($parentNode->lft >= $parentNode->rgt) { throw new RuntimeException('Invalid position values for the parent node'); } // Get a reference to the database $db = $this->getDbo(); // Get the field names $fldRgt = $db->qn($this->getColumnAlias('rgt')); $fldLft = $db->qn($this->getColumnAlias('lft')); // Nullify the PK, so a new record will be created $pk = $this->getKeyName(); $this->$pk = null; // Get the value of the parent node's lft $myRight = $parentNode->rgt; // Update my lft/rgt values $this->lft = $myRight; $this->rgt = $myRight + 1; // Update parent node's right (we added two elements in there, remember?) $parentNode->rgt += 2; // Wrap everything in a transaction $db->transactionStart(); try { // Make a hole (2 queries) $query = $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set($fldRgt . ' = ' . $fldRgt . '+2') ->where($fldRgt . '>=' . $db->q($myRight)); $db->setQuery($query)->execute(); $query = $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set($fldLft . ' = ' . $fldLft . '+2') ->where($fldLft . '>' . $db->q($myRight)); $db->setQuery($query)->execute(); // Insert the new node $this->store(); // Commit the transaction $db->transactionCommit(); } catch (\Exception $e) { // Roll back the transaction on error $db->transactionRollback(); throw $e; } return $this; } /** * Alias for insertAsLastchildOf * * @codeCoverageIgnore * @param F0FTableNested $parentNode * * @return $this for chaining * * @throws Exception */ public function insertAsChildOf(F0FTableNested &$parentNode) { return $this->insertAsLastChildOf($parentNode); } /** * Insert the current node to the left of (before) a sibling node * * WARNING: If it's an existing node it will be COPIED, not moved. * * @param F0FTableNested $siblingNode We will be inserted before this node * * @return $this for chaining * * @throws Exception * @throws RuntimeException */ public function insertLeftOf(F0FTableNested &$siblingNode) { if($siblingNode->lft >= $siblingNode->rgt) { throw new RuntimeException('Invalid position values for the sibling node'); } // Get a reference to the database $db = $this->getDbo(); // Get the field names $fldRgt = $db->qn($this->getColumnAlias('rgt')); $fldLft = $db->qn($this->getColumnAlias('lft')); // Nullify the PK, so a new record will be created $pk = $this->getKeyName(); $this->$pk = null; // Get the value of the parent node's rgt $myLeft = $siblingNode->lft; // Update my lft/rgt values $this->lft = $myLeft; $this->rgt = $myLeft + 1; // Update sibling's lft/rgt values $siblingNode->lft += 2; $siblingNode->rgt += 2; $db->transactionStart(); try { $db->setQuery( $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set($fldLft . ' = ' . $fldLft . '+2') ->where($fldLft . ' >= ' . $db->q($myLeft)) )->execute(); $db->setQuery( $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set($fldRgt . ' = ' . $fldRgt . '+2') ->where($fldRgt . ' > ' . $db->q($myLeft)) )->execute(); $this->store(); // Commit the transaction $db->transactionCommit(); } catch (\Exception $e) { $db->transactionRollback(); throw $e; } return $this; } /** * Insert the current node to the right of (after) a sibling node * * WARNING: If it's an existing node it will be COPIED, not moved. * * @param F0FTableNested $siblingNode We will be inserted after this node * * @return $this for chaining * @throws Exception * @throws RuntimeException */ public function insertRightOf(F0FTableNested &$siblingNode) { if($siblingNode->lft >= $siblingNode->rgt) { throw new RuntimeException('Invalid position values for the sibling node'); } // Get a reference to the database $db = $this->getDbo(); // Get the field names $fldRgt = $db->qn($this->getColumnAlias('rgt')); $fldLft = $db->qn($this->getColumnAlias('lft')); // Nullify the PK, so a new record will be created $pk = $this->getKeyName(); $this->$pk = null; // Get the value of the parent node's lft $myRight = $siblingNode->rgt; // Update my lft/rgt values $this->lft = $myRight + 1; $this->rgt = $myRight + 2; $db->transactionStart(); try { $db->setQuery( $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set($fldRgt . ' = ' . $fldRgt . '+2') ->where($fldRgt . ' > ' . $db->q($myRight)) )->execute(); $db->setQuery( $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set($fldLft . ' = ' . $fldLft . '+2') ->where($fldLft . ' > ' . $db->q($myRight)) )->execute(); $this->store(); // Commit the transaction $db->transactionCommit(); } catch (\Exception $e) { $db->transactionRollback(); throw $e; } return $this; } /** * Alias for insertRightOf * * @codeCoverageIgnore * @param F0FTableNested $siblingNode * * @return $this for chaining */ public function insertAsSiblingOf(F0FTableNested &$siblingNode) { return $this->insertRightOf($siblingNode); } /** * Move the current node (and its subtree) one position to the left in the tree, i.e. before its left-hand sibling * * @throws RuntimeException * * @return $this */ public function moveLeft() { // Sanity checks on current node position if($this->lft >= $this->rgt) { throw new RuntimeException('Invalid position values for the current node'); } // If it is a root node we will not move the node (roots don't participate in tree ordering) if ($this->isRoot()) { return $this; } // Are we already the leftmost node? $parentNode = $this->getParent(); if ($parentNode->lft == ($this->lft - 1)) { return $this; } // Get the sibling to the left $db = $this->getDbo(); $table = $this->getClone(); $table->reset(); $leftSibling = $table->whereRaw($db->qn($this->getColumnAlias('rgt')) . ' = ' . $db->q($this->lft - 1)) ->get(0, 1)->current(); // Move the node if (is_object($leftSibling) && ($leftSibling instanceof F0FTableNested)) { return $this->moveToLeftOf($leftSibling); } return false; } /** * Move the current node (and its subtree) one position to the right in the tree, i.e. after its right-hand sibling * * @throws RuntimeException * * @return $this */ public function moveRight() { // Sanity checks on current node position if($this->lft >= $this->rgt) { throw new RuntimeException('Invalid position values for the current node'); } // If it is a root node we will not move the node (roots don't participate in tree ordering) if ($this->isRoot()) { return $this; } // Are we already the rightmost node? $parentNode = $this->getParent(); if ($parentNode->rgt == ($this->rgt + 1)) { return $this; } // Get the sibling to the right $db = $this->getDbo(); $table = $this->getClone(); $table->reset(); $rightSibling = $table->whereRaw($db->qn($this->getColumnAlias('lft')) . ' = ' . $db->q($this->rgt + 1)) ->get(0, 1)->current(); // Move the node if (is_object($rightSibling) && ($rightSibling instanceof F0FTableNested)) { return $this->moveToRightOf($rightSibling); } return false; } /** * Moves the current node (and its subtree) to the left of another node. The other node can be in a different * position in the tree or even under a different root. * * @param F0FTableNested $siblingNode * * @return $this for chaining * * @throws Exception * @throws RuntimeException */ public function moveToLeftOf(F0FTableNested $siblingNode) { // Sanity checks on current and sibling node position if($this->lft >= $this->rgt) { throw new RuntimeException('Invalid position values for the current node'); } if($siblingNode->lft >= $siblingNode->rgt) { throw new RuntimeException('Invalid position values for the sibling node'); } $db = $this->getDbo(); $left = $db->qn($this->getColumnAlias('lft')); $right = $db->qn($this->getColumnAlias('rgt')); // Get node metrics $myLeft = $this->lft; $myRight = $this->rgt; $myWidth = $myRight - $myLeft + 1; // Get sibling metrics $sibLeft = $siblingNode->lft; // Start the transaction $db->transactionStart(); try { // Temporary remove subtree being moved $query = $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set("$left = " . $db->q(0) . " - $left") ->set("$right = " . $db->q(0) . " - $right") ->where($left . ' >= ' . $db->q($myLeft)) ->where($right . ' <= ' . $db->q($myRight)); $db->setQuery($query)->execute(); // Close hole left behind $query = $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set($left . ' = ' . $left . ' - ' . $db->q($myWidth)) ->where($left . ' > ' . $db->q($myRight)); $db->setQuery($query)->execute(); $query = $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set($right . ' = ' . $right . ' - ' . $db->q($myWidth)) ->where($right . ' > ' . $db->q($myRight)); $db->setQuery($query)->execute(); // Make a hole for the new items $newSibLeft = ($sibLeft > $myRight) ? $sibLeft - $myWidth : $sibLeft; $query = $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set($right . ' = ' . $right . ' + ' . $db->q($myWidth)) ->where($right . ' >= ' . $db->q($newSibLeft)); $db->setQuery($query)->execute(); $query = $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set($left . ' = ' . $left . ' + ' . $db->q($myWidth)) ->where($left . ' >= ' . $db->q($newSibLeft)); $db->setQuery($query)->execute(); // Move node and subnodes $moveRight = $newSibLeft - $myLeft; $query = $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set($left . ' = ' . $db->q(0) . ' - ' . $left . ' + ' . $db->q($moveRight)) ->set($right . ' = ' . $db->q(0) . ' - ' . $right . ' + ' . $db->q($moveRight)) ->where($left . ' <= 0 - ' . $db->q($myLeft)) ->where($right . ' >= 0 - ' . $db->q($myRight)); $db->setQuery($query)->execute(); // Commit the transaction $db->transactionCommit(); } catch (\Exception $e) { $db->transactionRollback(); throw $e; } // Let's load the record again to fetch the new values for lft and rgt $this->load(); return $this; } /** * Moves the current node (and its subtree) to the right of another node. The other node can be in a different * position in the tree or even under a different root. * * @param F0FTableNested $siblingNode * * @return $this for chaining * * @throws Exception * @throws RuntimeException */ public function moveToRightOf(F0FTableNested $siblingNode) { // Sanity checks on current and sibling node position if($this->lft >= $this->rgt) { throw new RuntimeException('Invalid position values for the current node'); } if($siblingNode->lft >= $siblingNode->rgt) { throw new RuntimeException('Invalid position values for the sibling node'); } $db = $this->getDbo(); $left = $db->qn($this->getColumnAlias('lft')); $right = $db->qn($this->getColumnAlias('rgt')); // Get node metrics $myLeft = $this->lft; $myRight = $this->rgt; $myWidth = $myRight - $myLeft + 1; // Get parent metrics $sibRight = $siblingNode->rgt; // Start the transaction $db->transactionStart(); try { // Temporary remove subtree being moved $query = $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set("$left = " . $db->q(0) . " - $left") ->set("$right = " . $db->q(0) . " - $right") ->where($left . ' >= ' . $db->q($myLeft)) ->where($right . ' <= ' . $db->q($myRight)); $db->setQuery($query)->execute(); // Close hole left behind $query = $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set($left . ' = ' . $left . ' - ' . $db->q($myWidth)) ->where($left . ' > ' . $db->q($myRight)); $db->setQuery($query)->execute(); $query = $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set($right . ' = ' . $right . ' - ' . $db->q($myWidth)) ->where($right . ' > ' . $db->q($myRight)); $db->setQuery($query)->execute(); // Make a hole for the new items $newSibRight = ($sibRight > $myRight) ? $sibRight - $myWidth : $sibRight; $query = $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set($left . ' = ' . $left . ' + ' . $db->q($myWidth)) ->where($left . ' > ' . $db->q($newSibRight)); $db->setQuery($query)->execute(); $query = $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set($right . ' = ' . $right . ' + ' . $db->q($myWidth)) ->where($right . ' > ' . $db->q($newSibRight)); $db->setQuery($query)->execute(); // Move node and subnodes $moveRight = ($sibRight > $myRight) ? $sibRight - $myRight : $sibRight - $myRight + $myWidth; $query = $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set($left . ' = ' . $db->q(0) . ' - ' . $left . ' + ' . $db->q($moveRight)) ->set($right . ' = ' . $db->q(0) . ' - ' . $right . ' + ' . $db->q($moveRight)) ->where($left . ' <= 0 - ' . $db->q($myLeft)) ->where($right . ' >= 0 - ' . $db->q($myRight)); $db->setQuery($query)->execute(); // Commit the transaction $db->transactionCommit(); } catch (\Exception $e) { $db->transactionRollback(); throw $e; } // Let's load the record again to fetch the new values for lft and rgt $this->load(); return $this; } /** * Alias for moveToRightOf * * @codeCoverageIgnore * @param F0FTableNested $siblingNode * * @return $this for chaining */ public function makeNextSiblingOf(F0FTableNested $siblingNode) { return $this->moveToRightOf($siblingNode); } /** * Alias for makeNextSiblingOf * * @codeCoverageIgnore * @param F0FTableNested $siblingNode * * @return $this for chaining */ public function makeSiblingOf(F0FTableNested $siblingNode) { return $this->makeNextSiblingOf($siblingNode); } /** * Alias for moveToLeftOf * * @codeCoverageIgnore * @param F0FTableNested $siblingNode * * @return $this for chaining */ public function makePreviousSiblingOf(F0FTableNested $siblingNode) { return $this->moveToLeftOf($siblingNode); } /** * Moves a node and its subtree as a the first (leftmost) child of $parentNode * * @param F0FTableNested $parentNode * * @return $this for chaining * * @throws Exception */ public function makeFirstChildOf(F0FTableNested $parentNode) { // Sanity checks on current and sibling node position if($this->lft >= $this->rgt) { throw new RuntimeException('Invalid position values for the current node'); } if($parentNode->lft >= $parentNode->rgt) { throw new RuntimeException('Invalid position values for the parent node'); } $db = $this->getDbo(); $left = $db->qn($this->getColumnAlias('lft')); $right = $db->qn($this->getColumnAlias('rgt')); // Get node metrics $myLeft = $this->lft; $myRight = $this->rgt; $myWidth = $myRight - $myLeft + 1; // Get parent metrics $parentLeft = $parentNode->lft; // Start the transaction $db->transactionStart(); try { // Temporary remove subtree being moved $query = $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set("$left = " . $db->q(0) . " - $left") ->set("$right = " . $db->q(0) . " - $right") ->where($left . ' >= ' . $db->q($myLeft)) ->where($right . ' <= ' . $db->q($myRight)); $db->setQuery($query)->execute(); // Close hole left behind $query = $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set($left . ' = ' . $left . ' - ' . $db->q($myWidth)) ->where($left . ' > ' . $db->q($myRight)); $db->setQuery($query)->execute(); $query = $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set($right . ' = ' . $right . ' - ' . $db->q($myWidth)) ->where($right . ' > ' . $db->q($myRight)); $db->setQuery($query)->execute(); // Make a hole for the new items $newParentLeft = ($parentLeft > $myRight) ? $parentLeft - $myWidth : $parentLeft; $query = $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set($right . ' = ' . $right . ' + ' . $db->q($myWidth)) ->where($right . ' >= ' . $db->q($newParentLeft)); $db->setQuery($query)->execute(); $query = $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set($left . ' = ' . $left . ' + ' . $db->q($myWidth)) ->where($left . ' > ' . $db->q($newParentLeft)); $db->setQuery($query)->execute(); // Move node and subnodes $moveRight = $newParentLeft - $myLeft + 1; $query = $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set($left . ' = ' . $db->q(0) . ' - ' . $left . ' + ' . $db->q($moveRight)) ->set($right . ' = ' . $db->q(0) . ' - ' . $right . ' + ' . $db->q($moveRight)) ->where($left . ' <= 0 - ' . $db->q($myLeft)) ->where($right . ' >= 0 - ' . $db->q($myRight)); $db->setQuery($query)->execute(); // Commit the transaction $db->transactionCommit(); } catch (\Exception $e) { $db->transactionRollback(); throw $e; } // Let's load the record again to fetch the new values for lft and rgt $this->load(); return $this; } /** * Moves a node and its subtree as a the last (rightmost) child of $parentNode * * @param F0FTableNested $parentNode * * @return $this for chaining * * @throws Exception * @throws RuntimeException */ public function makeLastChildOf(F0FTableNested $parentNode) { // Sanity checks on current and sibling node position if($this->lft >= $this->rgt) { throw new RuntimeException('Invalid position values for the current node'); } if($parentNode->lft >= $parentNode->rgt) { throw new RuntimeException('Invalid position values for the parent node'); } $db = $this->getDbo(); $left = $db->qn($this->getColumnAlias('lft')); $right = $db->qn($this->getColumnAlias('rgt')); // Get node metrics $myLeft = $this->lft; $myRight = $this->rgt; $myWidth = $myRight - $myLeft + 1; // Get parent metrics $parentRight = $parentNode->rgt; // Start the transaction $db->transactionStart(); try { // Temporary remove subtree being moved $query = $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set("$left = " . $db->q(0) . " - $left") ->set("$right = " . $db->q(0) . " - $right") ->where($left . ' >= ' . $db->q($myLeft)) ->where($right . ' <= ' . $db->q($myRight)); $db->setQuery($query)->execute(); // Close hole left behind $query = $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set($left . ' = ' . $left . ' - ' . $db->q($myWidth)) ->where($left . ' > ' . $db->q($myRight)); $db->setQuery($query)->execute(); $query = $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set($right . ' = ' . $right . ' - ' . $db->q($myWidth)) ->where($right . ' > ' . $db->q($myRight)); $db->setQuery($query)->execute(); // Make a hole for the new items $newLeft = ($parentRight > $myRight) ? $parentRight - $myWidth : $parentRight; $query = $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set($left . ' = ' . $left . ' + ' . $db->q($myWidth)) ->where($left . ' >= ' . $db->q($newLeft)); $db->setQuery($query)->execute(); $query = $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set($right . ' = ' . $right . ' + ' . $db->q($myWidth)) ->where($right . ' >= ' . $db->q($newLeft)); $db->setQuery($query)->execute(); // Move node and subnodes $moveRight = ($parentRight > $myRight) ? $parentRight - $myRight - 1 : $parentRight - $myRight - 1 + $myWidth; $query = $db->getQuery(true) ->update($db->qn($this->getTableName())) ->set($left . ' = ' . $db->q(0) . ' - ' . $left . ' + ' . $db->q($moveRight)) ->set($right . ' = ' . $db->q(0) . ' - ' . $right . ' + ' . $db->q($moveRight)) ->where($left . ' <= 0 - ' . $db->q($myLeft)) ->where($right . ' >= 0 - ' . $db->q($myRight)); $db->setQuery($query)->execute(); // Commit the transaction $db->transactionCommit(); } catch (\Exception $e) { $db->transactionRollback(); throw $e; } // Let's load the record again to fetch the new values for lft and rgt $this->load(); return $this; } /** * Alias for makeLastChildOf * * @codeCoverageIgnore * @param F0FTableNested $parentNode * * @return $this for chaining */ public function makeChildOf(F0FTableNested $parentNode) { return $this->makeLastChildOf($parentNode); } /** * Makes the current node a root (and moving its entire subtree along the way). This is achieved by moving the node * to the right of its root node * * @return $this for chaining */ public function makeRoot() { // Make sure we are not a root if ($this->isRoot()) { return $this; } // Get a reference to my root $myRoot = $this->getRoot(); // Double check I am not a root if ($this->equals($myRoot)) { return $this; } // Move myself to the right of my root $this->moveToRightOf($myRoot); $this->treeDepth = 0; return $this; } /** * Gets the level (depth) of this node in the tree. The result is cached in $this->treeDepth for faster retrieval. * * @throws RuntimeException * * @return int|mixed */ public function getLevel() { // Sanity checks on current node position if($this->lft >= $this->rgt) { throw new RuntimeException('Invalid position values for the current node'); } if (is_null($this->treeDepth)) { $db = $this->getDbo(); $fldLft = $db->qn($this->getColumnAlias('lft')); $fldRgt = $db->qn($this->getColumnAlias('rgt')); $query = $db->getQuery(true) ->select('(COUNT(' . $db->qn('parent') . '.' . $fldLft . ') - 1) AS ' . $db->qn('depth')) ->from($db->qn($this->getTableName()) . ' AS ' . $db->qn('node')) ->join('CROSS', $db->qn($this->getTableName()) . ' AS ' . $db->qn('parent')) ->where($db->qn('node') . '.' . $fldLft . ' >= ' . $db->qn('parent') . '.' . $fldLft) ->where($db->qn('node') . '.' . $fldLft . ' <= ' . $db->qn('parent') . '.' . $fldRgt) ->where($db->qn('node') . '.' . $fldLft . ' = ' . $db->q($this->lft)) ->group($db->qn('node') . '.' . $fldLft) ->order($db->qn('node') . '.' . $fldLft . ' ASC'); $this->treeDepth = $db->setQuery($query, 0, 1)->loadResult(); } return $this->treeDepth; } /** * Returns the immediate parent of the current node * * @throws RuntimeException * * @return F0FTableNested */ public function getParent() { // Sanity checks on current node position if($this->lft >= $this->rgt) { throw new RuntimeException('Invalid position values for the current node'); } if ($this->isRoot()) { return $this; } if (empty($this->treeParent) || !is_object($this->treeParent) || !($this->treeParent instanceof F0FTableNested)) { $db = $this->getDbo(); $fldLft = $db->qn($this->getColumnAlias('lft')); $fldRgt = $db->qn($this->getColumnAlias('rgt')); $query = $db->getQuery(true) ->select($db->qn('parent') . '.' . $fldLft) ->from($db->qn($this->getTableName()) . ' AS ' . $db->qn('node')) ->join('CROSS', $db->qn($this->getTableName()) . ' AS ' . $db->qn('parent')) ->where($db->qn('node') . '.' . $fldLft . ' > ' . $db->qn('parent') . '.' . $fldLft) ->where($db->qn('node') . '.' . $fldLft . ' <= ' . $db->qn('parent') . '.' . $fldRgt) ->where($db->qn('node') . '.' . $fldLft . ' = ' . $db->q($this->lft)) ->order($db->qn('parent') . '.' . $fldLft . ' DESC'); $targetLft = $db->setQuery($query, 0, 1)->loadResult(); $table = $this->getClone(); $table->reset(); $this->treeParent = $table ->whereRaw($fldLft . ' = ' . $db->q($targetLft)) ->get()->current(); } return $this->treeParent; } /** * Is this a top-level root node? * * @return bool */ public function isRoot() { // If lft=1 it is necessarily a root node if ($this->lft == 1) { return true; } // Otherwise make sure its level is 0 return $this->getLevel() == 0; } /** * Is this a leaf node (a node without children)? * * @throws RuntimeException * * @return bool */ public function isLeaf() { // Sanity checks on current node position if($this->lft >= $this->rgt) { throw new RuntimeException('Invalid position values for the current node'); } return ($this->rgt - 1) == $this->lft; } /** * Is this a child node (not root)? * * @codeCoverageIgnore * * @return bool */ public function isChild() { return !$this->isRoot(); } /** * Returns true if we are a descendant of $otherNode * * @param F0FTableNested $otherNode * * @throws RuntimeException * * @return bool */ public function isDescendantOf(F0FTableNested $otherNode) { // Sanity checks on current node position if($this->lft >= $this->rgt) { throw new RuntimeException('Invalid position values for the current node'); } if($otherNode->lft >= $otherNode->rgt) { throw new RuntimeException('Invalid position values for the other node'); } return ($otherNode->lft < $this->lft) && ($otherNode->rgt > $this->rgt); } /** * Returns true if $otherNode is ourselves or if we are a descendant of $otherNode * * @param F0FTableNested $otherNode * * @throws RuntimeException * * @return bool */ public function isSelfOrDescendantOf(F0FTableNested $otherNode) { // Sanity checks on current node position if($this->lft >= $this->rgt) { throw new RuntimeException('Invalid position values for the current node'); } if($otherNode->lft >= $otherNode->rgt) { throw new RuntimeException('Invalid position values for the other node'); } return ($otherNode->lft <= $this->lft) && ($otherNode->rgt >= $this->rgt); } /** * Returns true if we are an ancestor of $otherNode * * @codeCoverageIgnore * @param F0FTableNested $otherNode * * @return bool */ public function isAncestorOf(F0FTableNested $otherNode) { return $otherNode->isDescendantOf($this); } /** * Returns true if $otherNode is ourselves or we are an ancestor of $otherNode * * @codeCoverageIgnore * @param F0FTableNested $otherNode * * @return bool */ public function isSelfOrAncestorOf(F0FTableNested $otherNode) { return $otherNode->isSelfOrDescendantOf($this); } /** * Is $node this very node? * * @param F0FTableNested $node * * @throws RuntimeException * * @return bool */ public function equals(F0FTableNested &$node) { // Sanity checks on current node position if($this->lft >= $this->rgt) { throw new RuntimeException('Invalid position values for the current node'); } if($node->lft >= $node->rgt) { throw new RuntimeException('Invalid position values for the other node'); } return ( ($this->getId() == $node->getId()) && ($this->lft == $node->lft) && ($this->rgt == $node->rgt) ); } /** * Alias for isDescendantOf * * @codeCoverageIgnore * @param F0FTableNested $otherNode * * @return bool */ public function insideSubtree(F0FTableNested $otherNode) { return $this->isDescendantOf($otherNode); } /** * Returns true if both this node and $otherNode are root, leaf or child (same tree scope) * * @param F0FTableNested $otherNode * * @return bool */ public function inSameScope(F0FTableNested $otherNode) { if ($this->isLeaf()) { return $otherNode->isLeaf(); } elseif ($this->isRoot()) { return $otherNode->isRoot(); } elseif ($this->isChild()) { return $otherNode->isChild(); } else { return false; } } /** * get() will return all ancestor nodes and ourselves * * @return void */ protected function scopeAncestorsAndSelf() { $this->treeNestedGet = true; $db = $this->getDbo(); $fldLft = $db->qn($this->getColumnAlias('lft')); $fldRgt = $db->qn($this->getColumnAlias('rgt')); $this->whereRaw($db->qn('parent') . '.' . $fldLft . ' >= ' . $db->qn('node') . '.' . $fldLft); $this->whereRaw($db->qn('parent') . '.' . $fldLft . ' <= ' . $db->qn('node') . '.' . $fldRgt); $this->whereRaw($db->qn('parent') . '.' . $fldLft . ' = ' . $db->q($this->lft)); } /** * get() will return all ancestor nodes but not ourselves * * @return void */ protected function scopeAncestors() { $this->treeNestedGet = true; $db = $this->getDbo(); $fldLft = $db->qn($this->getColumnAlias('lft')); $fldRgt = $db->qn($this->getColumnAlias('rgt')); $this->whereRaw($db->qn('parent') . '.' . $fldLft . ' > ' . $db->qn('node') . '.' . $fldLft); $this->whereRaw($db->qn('parent') . '.' . $fldLft . ' < ' . $db->qn('node') . '.' . $fldRgt); $this->whereRaw($db->qn('parent') . '.' . $fldLft . ' = ' . $db->q($this->lft)); } /** * get() will return all sibling nodes and ourselves * * @return void */ protected function scopeSiblingsAndSelf() { $db = $this->getDbo(); $fldLft = $db->qn($this->getColumnAlias('lft')); $fldRgt = $db->qn($this->getColumnAlias('rgt')); $parent = $this->getParent(); $this->whereRaw($db->qn('node') . '.' . $fldLft . ' > ' . $db->q($parent->lft)); $this->whereRaw($db->qn('node') . '.' . $fldRgt . ' < ' . $db->q($parent->rgt)); } /** * get() will return all sibling nodes but not ourselves * * @codeCoverageIgnore * * @return void */ protected function scopeSiblings() { $this->scopeSiblingsAndSelf(); $this->scopeWithoutSelf(); } /** * get() will return only leaf nodes * * @return void */ protected function scopeLeaves() { $db = $this->getDbo(); $fldLft = $db->qn($this->getColumnAlias('lft')); $fldRgt = $db->qn($this->getColumnAlias('rgt')); $this->whereRaw($db->qn('node') . '.' . $fldLft . ' = ' . $db->qn('node') . '.' . $fldRgt . ' - ' . $db->q(1)); } /** * get() will return all descendants (even subtrees of subtrees!) and ourselves * * @return void */ protected function scopeDescendantsAndSelf() { $this->treeNestedGet = true; $db = $this->getDbo(); $fldLft = $db->qn($this->getColumnAlias('lft')); $fldRgt = $db->qn($this->getColumnAlias('rgt')); $this->whereRaw($db->qn('node') . '.' . $fldLft . ' >= ' . $db->qn('parent') . '.' . $fldLft); $this->whereRaw($db->qn('node') . '.' . $fldLft . ' <= ' . $db->qn('parent') . '.' . $fldRgt); $this->whereRaw($db->qn('parent') . '.' . $fldLft . ' = ' . $db->q($this->lft)); } /** * get() will return all descendants (even subtrees of subtrees!) but not ourselves * * @return void */ protected function scopeDescendants() { $this->treeNestedGet = true; $db = $this->getDbo(); $fldLft = $db->qn($this->getColumnAlias('lft')); $fldRgt = $db->qn($this->getColumnAlias('rgt')); $this->whereRaw($db->qn('node') . '.' . $fldLft . ' > ' . $db->qn('parent') . '.' . $fldLft); $this->whereRaw($db->qn('node') . '.' . $fldLft . ' < ' . $db->qn('parent') . '.' . $fldRgt); $this->whereRaw($db->qn('parent') . '.' . $fldLft . ' = ' . $db->q($this->lft)); } /** * get() will only return immediate descendants (first level children) of the current node * * @return void */ protected function scopeImmediateDescendants() { // Sanity checks on current node position if($this->lft >= $this->rgt) { throw new RuntimeException('Invalid position values for the current node'); } $db = $this->getDbo(); $fldLft = $db->qn($this->getColumnAlias('lft')); $fldRgt = $db->qn($this->getColumnAlias('rgt')); $subQuery = $db->getQuery(true) ->select(array( $db->qn('node') . '.' . $fldLft, '(COUNT(*) - 1) AS ' . $db->qn('depth') )) ->from($db->qn($this->getTableName()) . ' AS ' . $db->qn('node')) ->from($db->qn($this->getTableName()) . ' AS ' . $db->qn('parent')) ->where($db->qn('node') . '.' . $fldLft . ' >= ' . $db->qn('parent') . '.' . $fldLft) ->where($db->qn('node') . '.' . $fldLft . ' <= ' . $db->qn('parent') . '.' . $fldRgt) ->where($db->qn('node') . '.' . $fldLft . ' = ' . $db->q($this->lft)) ->group($db->qn('node') . '.' . $fldLft) ->order($db->qn('node') . '.' . $fldLft . ' ASC'); $query = $db->getQuery(true) ->select(array( $db->qn('node') . '.' . $fldLft, '(COUNT(' . $db->qn('parent') . '.' . $fldLft . ') - (' . $db->qn('sub_tree') . '.' . $db->qn('depth') . ' + 1)) AS ' . $db->qn('depth') )) ->from($db->qn($this->getTableName()) . ' AS ' . $db->qn('node')) ->join('CROSS', $db->qn($this->getTableName()) . ' AS ' . $db->qn('parent')) ->join('CROSS', $db->qn($this->getTableName()) . ' AS ' . $db->qn('sub_parent')) ->join('CROSS', '(' . $subQuery . ') AS ' . $db->qn('sub_tree')) ->where($db->qn('node') . '.' . $fldLft . ' >= ' . $db->qn('parent') . '.' . $fldLft) ->where($db->qn('node') . '.' . $fldLft . ' <= ' . $db->qn('parent') . '.' . $fldRgt) ->where($db->qn('node') . '.' . $fldLft . ' >= ' . $db->qn('sub_parent') . '.' . $fldLft) ->where($db->qn('node') . '.' . $fldLft . ' <= ' . $db->qn('sub_parent') . '.' . $fldRgt) ->where($db->qn('sub_parent') . '.' . $fldLft . ' = ' . $db->qn('sub_tree') . '.' . $fldLft) ->group($db->qn('node') . '.' . $fldLft) ->having(array( $db->qn('depth') . ' > ' . $db->q(0), $db->qn('depth') . ' <= ' . $db->q(1), )) ->order($db->qn('node') . '.' . $fldLft . ' ASC'); $leftValues = $db->setQuery($query)->loadColumn(); if (empty($leftValues)) { $leftValues = array(0); } array_walk($leftValues, function (&$item, $key) use (&$db) { $item = $db->q($item); }); $this->whereRaw($db->qn('node') . '.' . $fldLft . ' IN (' . implode(',', $leftValues) . ')'); } /** * get() will not return the selected node if it's part of the query results * * @param F0FTableNested $node The node to exclude from the results * * @return void */ public function withoutNode(F0FTableNested $node) { $db = $this->getDbo(); $fldLft = $db->qn($this->getColumnAlias('lft')); $this->whereRaw('NOT(' . $db->qn('node') . '.' . $fldLft . ' = ' . $db->q($node->lft) . ')'); } /** * get() will not return ourselves if it's part of the query results * * @codeCoverageIgnore * * @return void */ protected function scopeWithoutSelf() { $this->withoutNode($this); } /** * get() will not return our root if it's part of the query results * * @codeCoverageIgnore * * @return void */ protected function scopeWithoutRoot() { $rootNode = $this->getRoot(); $this->withoutNode($rootNode); } /** * Returns the root node of the tree this node belongs to * * @return self * * @throws \RuntimeException */ public function getRoot() { // Sanity checks on current node position if($this->lft >= $this->rgt) { throw new RuntimeException('Invalid position values for the current node'); } // If this is a root node return itself (there is no such thing as the root of a root node) if ($this->isRoot()) { return $this; } if (empty($this->treeRoot) || !is_object($this->treeRoot) || !($this->treeRoot instanceof F0FTableNested)) { $this->treeRoot = null; // First try to get the record with the minimum ID $db = $this->getDbo(); $fldLft = $db->qn($this->getColumnAlias('lft')); $fldRgt = $db->qn($this->getColumnAlias('rgt')); $subQuery = $db->getQuery(true) ->select('MIN(' . $fldLft . ')') ->from($db->qn($this->getTableName())); try { $table = $this->getClone(); $table->reset(); $root = $table ->whereRaw($fldLft . ' = (' . (string)$subQuery . ')') ->get(0, 1)->current(); if ($this->isDescendantOf($root)) { $this->treeRoot = $root; } } catch (\RuntimeException $e) { // If there is no root found throw an exception. Basically: your table is FUBAR. throw new \RuntimeException("No root found for table " . $this->getTableName() . ", node lft=" . $this->lft); } // If the above method didn't work, get all roots and select the one with the appropriate lft/rgt values if (is_null($this->treeRoot)) { // Find the node with depth = 0, lft < our lft and rgt > our right. That's our root node. $query = $db->getQuery(true) ->select(array( $db->qn('node') . '.' . $fldLft, '(COUNT(' . $db->qn('parent') . '.' . $fldLft . ') - 1) AS ' . $db->qn('depth') )) ->from($db->qn($this->getTableName()) . ' AS ' . $db->qn('node')) ->join('CROSS', $db->qn($this->getTableName()) . ' AS ' . $db->qn('parent')) ->where($db->qn('node') . '.' . $fldLft . ' >= ' . $db->qn('parent') . '.' . $fldLft) ->where($db->qn('node') . '.' . $fldLft . ' <= ' . $db->qn('parent') . '.' . $fldRgt) ->where($db->qn('node') . '.' . $fldLft . ' < ' . $db->q($this->lft)) ->where($db->qn('node') . '.' . $fldRgt . ' > ' . $db->q($this->rgt)) ->having($db->qn('depth') . ' = ' . $db->q(0)) ->group($db->qn('node') . '.' . $fldLft); // Get the lft value $targetLeft = $db->setQuery($query)->loadResult(); if (empty($targetLeft)) { // If there is no root found throw an exception. Basically: your table is FUBAR. throw new \RuntimeException("No root found for table " . $this->getTableName() . ", node lft=" . $this->lft); } try { $table = $this->getClone(); $table->reset(); $this->treeRoot = $table ->whereRaw($fldLft . ' = ' . $db->q($targetLeft)) ->get(0, 1)->current(); } catch (\RuntimeException $e) { // If there is no root found throw an exception. Basically: your table is FUBAR. throw new \RuntimeException("No root found for table " . $this->getTableName() . ", node lft=" . $this->lft); } } } return $this->treeRoot; } /** * Get all ancestors to this node and the node itself. In other words it gets the full path to the node and the node * itself. * * @codeCoverageIgnore * * @return F0FDatabaseIterator */ public function getAncestorsAndSelf() { $this->scopeAncestorsAndSelf(); return $this->get(); } /** * Get all ancestors to this node and the node itself, but not the root node. If you want to * * @codeCoverageIgnore * * @return F0FDatabaseIterator */ public function getAncestorsAndSelfWithoutRoot() { $this->scopeAncestorsAndSelf(); $this->scopeWithoutRoot(); return $this->get(); } /** * Get all ancestors to this node but not the node itself. In other words it gets the path to the node, without the * node itself. * * @codeCoverageIgnore * * @return F0FDatabaseIterator */ public function getAncestors() { $this->scopeAncestorsAndSelf(); $this->scopeWithoutSelf(); return $this->get(); } /** * Get all ancestors to this node but not the node itself and its root. * * @codeCoverageIgnore * * @return F0FDatabaseIterator */ public function getAncestorsWithoutRoot() { $this->scopeAncestors(); $this->scopeWithoutRoot(); return $this->get(); } /** * Get all sibling nodes, including ourselves * * @codeCoverageIgnore * * @return F0FDatabaseIterator */ public function getSiblingsAndSelf() { $this->scopeSiblingsAndSelf(); return $this->get(); } /** * Get all sibling nodes, except ourselves * * @codeCoverageIgnore * * @return F0FDatabaseIterator */ public function getSiblings() { $this->scopeSiblings(); return $this->get(); } /** * Get all leaf nodes in the tree. You may want to use the scopes to narrow down the search in a specific subtree or * path. * * @codeCoverageIgnore * * @return F0FDatabaseIterator */ public function getLeaves() { $this->scopeLeaves(); return $this->get(); } /** * Get all descendant (children) nodes and ourselves. * * Note: all descendant nodes, even descendants of our immediate descendants, will be returned. * * @codeCoverageIgnore * * @return F0FDatabaseIterator */ public function getDescendantsAndSelf() { $this->scopeDescendantsAndSelf(); return $this->get(); } /** * Get only our descendant (children) nodes, not ourselves. * * Note: all descendant nodes, even descendants of our immediate descendants, will be returned. * * @codeCoverageIgnore * * @return F0FDatabaseIterator */ public function getDescendants() { $this->scopeDescendants(); return $this->get(); } /** * Get the immediate descendants (children). Unlike getDescendants it only goes one level deep into the tree * structure. Descendants of descendant nodes will not be returned. * * @codeCoverageIgnore * * @return F0FDatabaseIterator */ public function getImmediateDescendants() { $this->scopeImmediateDescendants(); return $this->get(); } /** * Returns a hashed array where each element's key is the value of the $key column (default: the ID column of the * table) and its value is the value of the $column column (default: title). Each nesting level will have the value * of the $column column prefixed by a number of $separator strings, as many as its nesting level (depth). * * This is useful for creating HTML select elements showing the hierarchy in a human readable format. * * @param string $column * @param null $key * @param string $seperator * * @return array */ public function getNestedList($column = 'title', $key = null, $seperator = ' ') { $db = $this->getDbo(); $fldLft = $db->qn($this->getColumnAlias('lft')); $fldRgt = $db->qn($this->getColumnAlias('rgt')); if (empty($key) || !$this->hasField($key)) { $key = $this->getKeyName(); } if (empty($column)) { $column = 'title'; } $fldKey = $db->qn($this->getColumnAlias($key)); $fldColumn = $db->qn($this->getColumnAlias($column)); $query = $db->getQuery(true) ->select(array( $db->qn('node') . '.' . $fldKey, $db->qn('node') . '.' . $fldColumn, '(COUNT(' . $db->qn('parent') . '.' . $fldKey . ') - 1) AS ' . $db->qn('depth') )) ->from($db->qn($this->getTableName()) . ' AS ' . $db->qn('node')) ->join('CROSS', $db->qn($this->getTableName()) . ' AS ' . $db->qn('parent')) ->where($db->qn('node') . '.' . $fldLft . ' >= ' . $db->qn('parent') . '.' . $fldLft) ->where($db->qn('node') . '.' . $fldLft . ' <= ' . $db->qn('parent') . '.' . $fldRgt) ->group($db->qn('node') . '.' . $fldLft) ->order($db->qn('node') . '.' . $fldLft . ' ASC'); $tempResults = $db->setQuery($query)->loadAssocList(); $ret = array(); if (!empty($tempResults)) { foreach ($tempResults as $row) { $ret[$row[$key]] = str_repeat($seperator, $row['depth']) . $row[$column]; } } return $ret; } /** * Locate a node from a given path, e.g. "/some/other/leaf" * * Notes: * - This will only work when you have a "slug" and a "hash" field in your table. * - If the path starts with "/" we will use the root with lft=1. Otherwise the first component of the path is * supposed to be the slug of the root node. * - If the root node is not found you'll get null as the return value * - You will also get null if any component of the path is not found * * @param string $path The path to locate * * @return F0FTableNested|null The found node or null if nothing is found */ public function findByPath($path) { // @todo } public function isValid() { // @todo } public function rebuild() { // @todo } /** * Resets cached values used to speed up querying the tree * * @return static for chaining */ protected function resetTreeCache() { $this->treeDepth = null; $this->treeRoot = null; $this->treeParent = null; $this->treeNestedGet = false; return $this; } /** * Add custom, pre-compiled WHERE clauses for use in buildQuery. The raw WHERE clause you specify is added as is to * the query generated by buildQuery. You are responsible for quoting and escaping the field names and data found * inside the WHERE clause. * * @param string $rawWhereClause The raw WHERE clause to add * * @return $this For chaining */ public function whereRaw($rawWhereClause) { $this->whereClauses[] = $rawWhereClause; return $this; } /** * Builds the query for the get() method * * @return F0FDatabaseQuery */ protected function buildQuery() { $db = $this->getDbo(); $query = $db->getQuery(true) ->select($db->qn('node') . '.*') ->from($db->qn($this->getTableName()) . ' AS ' . $db->qn('node')); if ($this->treeNestedGet) { $query ->join('CROSS', $db->qn($this->getTableName()) . ' AS ' . $db->qn('parent')); } // Apply custom WHERE clauses if (count($this->whereClauses)) { foreach ($this->whereClauses as $clause) { $query->where($clause); } } return $query; } /** * Returns a database iterator to retrieve records. Use the scope methods and the whereRaw method to define what * exactly will be returned. * * @param integer $limitstart How many items to skip from the start, only when $overrideLimits = true * @param integer $limit How many items to return, only when $overrideLimits = true * * @return F0FDatabaseIterator The data collection */ public function get($limitstart = 0, $limit = 0) { $limitstart = max($limitstart, 0); $limit = max($limit, 0); $query = $this->buildQuery(); $db = $this->getDbo(); $db->setQuery($query, $limitstart, $limit); $cursor = $db->execute(); $dataCollection = F0FDatabaseIterator::getIterator($db->name, $cursor, null, $this->config['_table_class']); return $dataCollection; } } dispatcher/behavior.php 0000604 00000001032 15245540356 0011203 0 ustar 00 <?php /** * @package FrameworkOnFramework * @subpackage table * @copyright Copyright (C) 2010-2016 Nicholas K. Dionysopoulos / Akeeba Ltd. All rights reserved. * @license GNU General Public License version 2 or later; see LICENSE.txt */ // Protect from unauthorized access defined('F0F_INCLUDED') or die; /** * FrameworkOnFramework table behavior dispatcher class * * @codeCoverageIgnore * @package FrameworkOnFramework * @since 2.1 */ class F0FTableDispatcherBehavior extends F0FUtilsObservableDispatcher { } behavior/tags.php 0000604 00000005740 15245540356 0010025 0 ustar 00 <?php /** * @package FrameworkOnFramework * @subpackage table * @copyright Copyright (C) 2010-2016 Nicholas K. Dionysopoulos / Akeeba Ltd. All rights reserved. * @license GNU General Public License version 2 or later; see LICENSE.txt */ // Protect from unauthorized access defined('F0F_INCLUDED') or die; /** * FrameworkOnFramework table behavior class for tags * * @package FrameworkOnFramework * @since 2.1 */ class F0FTableBehaviorTags extends F0FTableBehavior { /** * The event which runs after binding data to the table * * @param F0FTable &$table The table which calls this event * @param object|array &$src The data to bind * @param array $options The options of the table * * @return boolean True on success */ public function onAfterBind(&$table, &$src, $options = array()) { // Bind tags if ($table->hasTags()) { if ((!empty($src['tags']) && $src['tags'][0] != '')) { $table->newTags = $src['tags']; } // Check if the content type exists, and create it if it does not $table->checkContentType(); $tagsTable = clone($table); $tagsHelper = new JHelperTags(); $tagsHelper->typeAlias = $table->getContentType(); // TODO: This little guy here fails because JHelperTags // need a JTable object to work, while our is F0FTable // Need probably to write our own F0FHelperTags // Thank you com_tags if (!$tagsHelper->postStoreProcess($tagsTable)) { $table->setError('Error storing tags'); return false; } } return true; } /** * The event which runs before storing (saving) data to the database * * @param F0FTable &$table The table which calls this event * @param boolean $updateNulls Should nulls be saved as nulls (true) or just skipped over (false)? * * @return boolean True to allow saving */ public function onBeforeStore(&$table, $updateNulls) { if ($table->hasTags()) { $tagsHelper = new JHelperTags(); $tagsHelper->typeAlias = $table->getContentType(); // TODO: JHelperTags sucks in Joomla! 3.1, it requires that tags are // stored in the metadata property. Not our case, therefore we need // to add it in a fake object. We sent a PR to Joomla! CMS to fix // that. Once it's accepted, we'll have to remove the attrocity // here... $tagsTable = clone($table); $tagsHelper->preStoreProcess($tagsTable); } } /** * The event which runs after deleting a record * * @param F0FTable &$table The table which calls this event * @param integer $oid The PK value of the record which was deleted * * @return boolean True to allow the deletion without errors */ public function onAfterDelete(&$table, $oid) { // If this resource has tags, delete the tags first if ($table->hasTags()) { $tagsHelper = new JHelperTags(); $tagsHelper->typeAlias = $table->getContentType(); if (!$tagsHelper->deleteTagData($table, $oid)) { $table->setError('Error deleting Tags'); return false; } } } } behavior/assets.php 0000604 00000015022 15245540356 0010363 0 ustar 00 <?php /** * @package FrameworkOnFramework * @subpackage table * @copyright Copyright (C) 2010-2016 Nicholas K. Dionysopoulos / Akeeba Ltd. All rights reserved. * @license GNU General Public License version 2 or later; see LICENSE.txt */ // Protect from unauthorized access defined('F0F_INCLUDED') or die; /** * FrameworkOnFramework table behavior class for assets * * @package FrameworkOnFramework * @since 2.1 */ class F0FTableBehaviorAssets extends F0FTableBehavior { /** * The event which runs after storing (saving) data to the database * * @param F0FTable &$table The table which calls this event * * @return boolean True to allow saving */ public function onAfterStore(&$table) { $result = true; $asset_id_field = $table->getColumnAlias('asset_id'); if (in_array($asset_id_field, $table->getKnownFields())) { if (!empty($table->$asset_id_field)) { $currentAssetId = $table->$asset_id_field; } // The asset id field is managed privately by this class. if ($table->isAssetsTracked()) { unset($table->$asset_id_field); } } // Create the object used for inserting/udpating data to the database $fields = $table->getTableFields(); // Let's remove the asset_id field, since we unset the property above and we would get a PHP notice if (isset($fields[$asset_id_field])) { unset($fields[$asset_id_field]); } // Asset Tracking if (in_array($asset_id_field, $table->getKnownFields()) && $table->isAssetsTracked()) { $parentId = $table->getAssetParentId(); try{ $name = $table->getAssetName(); } catch(Exception $e) { $table->setError($e->getMessage()); return false; } $title = $table->getAssetTitle(); $asset = JTable::getInstance('Asset'); $asset->loadByName($name); // Re-inject the asset id. $this->$asset_id_field = $asset->id; // Check for an error. $error = $asset->getError(); // Since we are using JTable, there is no way to mock it and test for failures :( // @codeCoverageIgnoreStart if ($error) { $table->setError($error); return false; } // @codeCoverageIgnoreEnd // Specify how a new or moved node asset is inserted into the tree. // Since we're unsetting the table field before, this statement is always true... if (empty($table->$asset_id_field) || $asset->parent_id != $parentId) { $asset->setLocation($parentId, 'last-child'); } // Prepare the asset to be stored. $asset->parent_id = $parentId; $asset->name = $name; $asset->title = $title; if ($table->getRules() instanceof JAccessRules) { $asset->rules = (string) $table->getRules(); } // Since we are using JTable, there is no way to mock it and test for failures :( // @codeCoverageIgnoreStart if (!$asset->check() || !$asset->store()) { $table->setError($asset->getError()); return false; } // @codeCoverageIgnoreEnd // Create an asset_id or heal one that is corrupted. if (empty($table->$asset_id_field) || (($currentAssetId != $table->$asset_id_field) && !empty($table->$asset_id_field))) { // Update the asset_id field in this table. $table->$asset_id_field = (int) $asset->id; $k = $table->getKeyName(); $db = $table->getDbo(); $query = $db->getQuery(true) ->update($db->qn($table->getTableName())) ->set($db->qn($asset_id_field).' = ' . (int) $table->$asset_id_field) ->where($db->qn($k) . ' = ' . (int) $table->$k); $db->setQuery($query)->execute(); } $result = true; } return $result; } /** * The event which runs after binding data to the table * * @param F0FTable &$table The table which calls this event * @param object|array &$src The data to bind * * @return boolean True on success */ public function onAfterBind(&$table, &$src) { // Set rules for assets enabled tables if ($table->isAssetsTracked()) { // Bind the rules. if (isset($src['rules']) && is_array($src['rules'])) { // We have to manually remove any empty value, since they will be converted to int, // and "Inherited" values will become "Denied". Joomla is doing this manually, too. // @todo Should we move this logic inside the setRules method? $rules = array(); foreach ($src['rules'] as $action => $ids) { // Build the rules array. $rules[$action] = array(); foreach ($ids as $id => $p) { if ($p !== '') { $rules[$action][$id] = ($p == '1' || $p == 'true') ? true : false; } } } $table->setRules($rules); } } return true; } /** * The event which runs before deleting a record * * @param F0FTable &$table The table which calls this event * @param integer $oid The PK value of the record to delete * * @return boolean True to allow the deletion */ public function onBeforeDelete(&$table, $oid) { // If tracking assets, remove the asset first. if ($table->isAssetsTracked()) { $k = $table->getKeyName(); // If the table is not loaded, let's try to load it with the id if(!$table->$k) { $table->load($oid); } // If I have an invalid assetName I have to stop try { $name = $table->getAssetName(); } catch(Exception $e) { $table->setError($e->getMessage()); return false; } // Do NOT touch JTable here -- we are loading the core asset table which is a JTable, not a F0FTable $asset = JTable::getInstance('Asset'); if ($asset->loadByName($name)) { // Since we are using JTable, there is no way to mock it and test for failures :( // @codeCoverageIgnoreStart if (!$asset->delete()) { $table->setError($asset->getError()); return false; } // @codeCoverageIgnoreEnd } else { // I'll simply return true even if I couldn't load the asset. In this way I can still // delete a broken record return true; } } return true; } } behavior/contenthistory.php 0000604 00000003146 15245540356 0012161 0 ustar 00 <?php /** * @package FrameworkOnFramework * @subpackage table * @copyright Copyright (C) 2010-2016 Nicholas K. Dionysopoulos / Akeeba Ltd. All rights reserved. * @license GNU General Public License version 2 or later; see LICENSE.txt */ // Protect from unauthorized access defined('F0F_INCLUDED') or die; /** * FrameworkOnFramework table behavior class for content History * * @package FrameworkOnFramework * @since 2.2.0 */ class F0FTableBehaviorContenthistory extends F0FTableBehavior { /** * The event which runs after storing (saving) data to the database * * @param F0FTable &$table The table which calls this event * * @return boolean True to allow saving without an error */ public function onAfterStore(&$table) { $aliasParts = explode('.', $table->getContentType()); $table->checkContentType(); if (JComponentHelper::getParams($aliasParts[0])->get('save_history', 0)) { $historyHelper = new JHelperContenthistory($table->getContentType()); $historyHelper->store($table); } return true; } /** * The event which runs before deleting a record * * @param F0FTable &$table The table which calls this event * @param integer $oid The PK value of the record to delete * * @return boolean True to allow the deletion */ public function onBeforeDelete(&$table, $oid) { $aliasParts = explode('.', $table->getContentType()); if (JComponentHelper::getParams($aliasParts[0])->get('save_history', 0)) { $historyHelper = new JHelperContenthistory($table->getContentType()); $historyHelper->deleteHistory($table); } return true; } } relations.php 0000604 00000100644 15245540356 0007267 0 ustar 00 <?php /** * @package FrameworkOnFramework * @subpackage table * @copyright Copyright (C) 2010-2016 Nicholas K. Dionysopoulos / Akeeba Ltd. All rights reserved. * @license GNU General Public License version 2 or later; see LICENSE.txt */ // Protect from unauthorized access defined('F0F_INCLUDED') or die; class F0FTableRelations { /** * Holds all known relation definitions * * @var array */ protected $relations = array( 'child' => array(), 'parent' => array(), 'children' => array(), 'multiple' => array(), ); /** * Holds the default relations' keys * * @var array */ protected $defaultRelation = array( 'child' => null, 'parent' => null, 'children' => null, 'multiple' => null, ); /** * The table these relations are attached to * * @var F0FTable */ protected $table = null; /** * The name of the component used by our attached table * * @var string */ protected $componentName = 'joomla'; /** * The type (table name without prefix and component name) of our attached table * * @var string */ protected $tableType = ''; /** * Create a relations object based on the provided F0FTable instance * * @param F0FTable $table The table instance used to initialise the relations */ public function __construct(F0FTable $table) { // Store the table $this->table = $table; // Get the table's type from its name $tableName = $table->getTableName(); $tableName = str_replace('#__', '', $tableName); $type = explode("_", $tableName); if (count($type) == 1) { $this->tableType = array_pop($type); } else { $this->componentName = array_shift($type); $this->tableType = array_pop($type); } $this->tableType = F0FInflector::singularize($this->tableType); $tableKey = $table->getKeyName(); unset($type); // Scan all table keys and look for foo_bar_id fields. These fields are used to populate parent relations. foreach ($table->getKnownFields() as $field) { // Skip the table key name if ($field == $tableKey) { continue; } if (substr($field, -3) != '_id') { continue; } $parts = explode('_', $field); // If the component type of the field is not set assume 'joomla' if (count($parts) == 2) { array_unshift($parts, 'joomla'); } // Sanity check if (count($parts) != 3) { continue; } // Make sure we skip any references back to ourselves (should be redundant, due to key field check above) if ($parts[1] == $this->tableType) { continue; } // Default item name: the name of the table, singular $itemName = F0FInflector::singularize($parts[1]); // Prefix the item name with the component name if we refer to a different component if ($parts[0] != $this->componentName) { $itemName = $parts[0] . '_' . $itemName; } // Figure out the table class $tableClass = ucfirst($parts[0]) . 'Table' . ucfirst($parts[1]); $default = empty($this->relations['parent']); $this->addParentRelation($itemName, $tableClass, $field, $field, $default); } // Get the relations from the configuration provider $key = $table->getConfigProviderKey() . '.relations'; $configRelations = $table->getConfigProvider()->get($key, array()); if (!empty($configRelations)) { foreach ($configRelations as $relation) { if (empty($relation['type'])) { continue; } if (isset($relation['pivotTable'])) { $this->addMultipleRelation($relation['itemName'], $relation['tableClass'], $relation['localKey'], $relation['ourPivotKey'], $relation['theirPivotKey'], $relation['remoteKey'], $relation['pivotTable'], $relation['default']); } else { $method = 'add' . ucfirst($relation['type']). 'Relation'; if (!method_exists($this, $method)) { continue; } $this->$method($relation['itemName'], $relation['tableClass'], $relation['localKey'], $relation['remoteKey'], $relation['default']); } } } } /** * Add a 1:1 forward (child) relation. This adds relations for the getChild() method. * * In other words: does a table HAVE ONE child * * Parent and child relations works the same way. We have them separated as it makes more sense for us humans to * read code like $item->getParent() and $item->getChild() than $item->getRelatedObject('someRandomKeyName') * * @param string $itemName is how it will be known locally to the getRelatedItem method (singular) * @param string $tableClass if skipped it is defined automatically as ComponentnameTableItemname * @param string $localKey is the column containing our side of the FK relation, default: our primary key * @param string $remoteKey is the remote table's FK column, default: componentname_itemname_id * @param boolean $default add as the default child relation? * * @return void */ public function addChildRelation($itemName, $tableClass = null, $localKey = null, $remoteKey = null, $default = true) { $itemName = $this->normaliseItemName($itemName, false); if (empty($localKey)) { $localKey = $this->table->getKeyName(); } $this->addBespokeSimpleRelation('child', $itemName, $tableClass, $localKey, $remoteKey, $default); } /** * Defining an inverse 1:1 (parent) relation. You must specify at least the $tableClass or the $localKey. * This adds relations for the getParent() method. * * In other words: does a table BELONG TO ONE parent * * Parent and child relations works the same way. We have them separated as it makes more sense for us humans to * read code like $item->getParent() and $item->getChild() than $item->getRelatedObject('someRandomKeyName') * * @param string $itemName is how it will be known locally to the getRelatedItem method (singular) * @param string $tableClass if skipped it is defined automatically as ComponentnameTableItemname * @param string $localKey is the column containing our side of the FK relation, default: componentname_itemname_id * @param string $remoteKey is the remote table's FK column, default: componentname_itemname_id * @param boolean $default Is this the default parent relationship? * * @return void */ public function addParentRelation($itemName, $tableClass = null, $localKey = null, $remoteKey = null, $default = true) { $itemName = $this->normaliseItemName($itemName, false); $this->addBespokeSimpleRelation('parent', $itemName, $tableClass, $localKey, $remoteKey, $default); } /** * Defining a forward 1:∞ (children) relation. This adds relations to the getChildren() method. * * In other words: does a table HAVE MANY children? * * The children relation works very much the same as the parent and child relation. The difference is that the * parent and child relations return a single table object, whereas the children relation returns an iterator to * many objects. * * @param string $itemName is how it will be known locally to the getRelatedItems method (plural) * @param string $tableClass if skipped it is defined automatically as ComponentnameTableItemname * @param string $localKey is the column containing our side of the FK relation, default: our primary key * @param string $remoteKey is the remote table's FK column, default: componentname_itemname_id * @param boolean $default is this the default children relationship? * * @return void */ public function addChildrenRelation($itemName, $tableClass = null, $localKey = null, $remoteKey = null, $default = true) { $itemName = $this->normaliseItemName($itemName, true); if (empty($localKey)) { $localKey = $this->table->getKeyName(); } $this->addBespokeSimpleRelation('children', $itemName, $tableClass, $localKey, $remoteKey, $default); } /** * Defining a ∞:∞ (multiple) relation. This adds relations to the getMultiple() method. * * In other words: is a table RELATED TO MANY other records? * * @param string $itemName is how it will be known locally to the getRelatedItems method (plural) * @param string $tableClass if skipped it is defined automatically as ComponentnameTableItemname * @param string $localKey is the column containing our side of the FK relation, default: our primary key field name * @param string $ourPivotKey is the column containing our side of the FK relation in the pivot table, default: $localKey * @param string $theirPivotKey is the column containing the other table's side of the FK relation in the pivot table, default $remoteKey * @param string $remoteKey is the remote table's FK column, default: componentname_itemname_id * @param string $glueTable is the name of the glue (pivot) table, default: #__componentname_thisclassname_itemname with plural items (e.g. #__foobar_users_roles) * @param boolean $default is this the default multiple relation? */ public function addMultipleRelation($itemName, $tableClass = null, $localKey = null, $ourPivotKey = null, $theirPivotKey = null, $remoteKey = null, $glueTable = null, $default = true) { $itemName = $this->normaliseItemName($itemName, true); if (empty($localKey)) { $localKey = $this->table->getKeyName(); } $this->addBespokePivotRelation('multiple', $itemName, $tableClass, $localKey, $remoteKey, $ourPivotKey, $theirPivotKey, $glueTable, $default); } /** * Removes a previously defined relation by name. You can optionally specify the relation type. * * @param string $itemName The name of the relation to remove * @param string $type [optional] The relation type (child, parent, children, ...) * * @return void */ public function removeRelation($itemName, $type = null) { $types = array_keys($this->relations); if (in_array($type, $types)) { $types = array($type); } foreach ($types as $type) { foreach ($this->relations[$type] as $key => $relations) { if ($itemName == $key) { unset ($this->relations[$type][$itemName]); // If it's the default one, remove it from the default array, too if($this->defaultRelation[$type] == $itemName) { $this->defaultRelation[$type] = null; } return; } } } } /** * Removes all existing relations * * @param string $type The type or relations to remove, omit to remove all relation types * * @return void */ public function clearRelations($type = null) { $types = array_keys($this->relations); if (in_array($type, $types)) { $types = array($type); } foreach ($types as $type) { $this->relations[$type] = array(); // Remove the relation from the default stack, too $this->defaultRelation[$type] = null; } } /** * Does the named relation exist? You can optionally specify the type. * * @param string $itemName The name of the relation to check * @param string $type [optional] The relation type (child, parent, children, ...) * * @return boolean */ public function hasRelation($itemName, $type = null) { $types = array_keys($this->relations); if (in_array($type, $types)) { $types = array($type); } foreach ($types as $type) { foreach ($this->relations[$type] as $key => $relations) { if ($itemName == $key) { return true; } } } return false; } /** * Get the definition of a relation * * @param string $itemName The name of the relation to check * @param string $type [optional] The relation type (child, parent, children, ...) * * @return array * * @throws RuntimeException When the relation is not found */ public function getRelation($itemName, $type) { $types = array_keys($this->relations); if (in_array($type, $types)) { $types = array($type); } foreach ($types as $type) { foreach ($this->relations[$type] as $key => $relations) { if ($itemName == $key) { $temp = $relations; $temp['type'] = $type; return $temp; } } } throw new RuntimeException("Relation $itemName not found in table {$this->tableType}", 500); } /** * Gets the item referenced by a named relation. You can optionally specify the type. Only single item relation * types will be searched. * * @param string $itemName The name of the relation to use * @param string $type [optional] The relation type (child, parent) * * @return F0FTable * * @throws RuntimeException If the named relation doesn't exist or isn't supposed to return single items */ public function getRelatedItem($itemName, $type = null) { if (empty($type)) { $relation = $this->getRelation($itemName, $type); $type = $relation['type']; } switch ($type) { case 'parent': return $this->getParent($itemName); break; case 'child': return $this->getChild($itemName); break; default: throw new RuntimeException("Invalid relation type $type for returning a single related item", 500); break; } } /** * Gets the iterator for the items referenced by a named relation. You can optionally specify the type. Only * multiple item relation types will be searched. * * @param string $itemName The name of the relation to use * @param string $type [optional] The relation type (children, multiple) * * @return F0FDatabaseIterator * * @throws RuntimeException If the named relation doesn't exist or isn't supposed to return single items */ public function getRelatedItems($itemName, $type = null) { if (empty($type)) { $relation = $this->getRelation($itemName, $type); $type = $relation['type']; } switch ($type) { case 'children': return $this->getChildren($itemName); break; case 'multiple': return $this->getMultiple($itemName); break; case 'siblings': return $this->getSiblings($itemName); break; default: throw new RuntimeException("Invalid relation type $type for returning a collection of related items", 500); break; } } /** * Gets a parent item * * @param string $itemName [optional] The name of the relation to use, skip to use the default parent relation * * @return F0FTable * * @throws RuntimeException When the relation is not found */ public function getParent($itemName = null) { if (empty($itemName)) { $itemName = $this->defaultRelation['parent']; } if (empty($itemName)) { throw new RuntimeException(sprintf('Default parent relation for %s not found', $this->table->getTableName()), 500); } if (!isset($this->relations['parent'][$itemName])) { throw new RuntimeException(sprintf('Parent relation %s for %s not found', $itemName, $this->table->getTableName()), 500); } return $this->getTableFromRelation($this->relations['parent'][$itemName]); } /** * Gets a child item * * @param string $itemName [optional] The name of the relation to use, skip to use the default child relation * * @return F0FTable * * @throws RuntimeException When the relation is not found */ public function getChild($itemName = null) { if (empty($itemName)) { $itemName = $this->defaultRelation['child']; } if (empty($itemName)) { throw new RuntimeException(sprintf('Default child relation for %s not found', $this->table->getTableName()), 500); } if (!isset($this->relations['child'][$itemName])) { throw new RuntimeException(sprintf('Child relation %s for %s not found', $itemName, $this->table->getTableName()), 500); } return $this->getTableFromRelation($this->relations['child'][$itemName]); } /** * Gets an iterator for the children items * * @param string $itemName [optional] The name of the relation to use, skip to use the default children relation * * @return F0FDatabaseIterator * * @throws RuntimeException When the relation is not found */ public function getChildren($itemName = null) { if (empty($itemName)) { $itemName = $this->defaultRelation['children']; } if (empty($itemName)) { throw new RuntimeException(sprintf('Default children relation for %s not found', $this->table->getTableName()), 500); } if (!isset($this->relations['children'][$itemName])) { throw new RuntimeException(sprintf('Children relation %s for %s not found', $itemName, $this->table->getTableName()), 500); } return $this->getIteratorFromRelation($this->relations['children'][$itemName]); } /** * Gets an iterator for the sibling items. This relation is inferred from the parent relation. It returns all * elements on the same table which have the same parent. * * @param string $itemName [optional] The name of the relation to use, skip to use the default children relation * * @return F0FDatabaseIterator * * @throws RuntimeException When the relation is not found */ public function getSiblings($itemName = null) { if (empty($itemName)) { $itemName = $this->defaultRelation['parent']; } if (empty($itemName)) { throw new RuntimeException(sprintf('Default siblings relation for %s not found', $this->table->getTableName()), 500); } if (!isset($this->relations['parent'][$itemName])) { throw new RuntimeException(sprintf('Sibling relation %s for %s not found', $itemName, $this->table->getTableName()), 500); } // Get my table class $tableName = $this->table->getTableName(); $tableName = str_replace('#__', '', $tableName); $tableNameParts = explode('_', $tableName, 2); $tableClass = ucfirst($tableNameParts[0]) . 'Table' . ucfirst(F0FInflector::singularize($tableNameParts[1])); $parentRelation = $this->relations['parent'][$itemName]; $relation = array( 'tableClass' => $tableClass, 'localKey' => $parentRelation['localKey'], 'remoteKey' => $parentRelation['localKey'], ); return $this->getIteratorFromRelation($relation); } /** * Gets an iterator for the multiple items * * @param string $itemName [optional] The name of the relation to use, skip to use the default multiple relation * * @return F0FDatabaseIterator * * @throws RuntimeException When the relation is not found */ public function getMultiple($itemName = null) { if (empty($itemName)) { $itemName = $this->defaultRelation['multiple']; } if (empty($itemName)) { throw new RuntimeException(sprintf('Default multiple relation for %s not found', $this->table->getTableName()), 500); } if (!isset($this->relations['multiple'][$itemName])) { throw new RuntimeException(sprintf('Multiple relation %s for %s not found', $itemName, $this->table->getTableName()), 500); } return $this->getIteratorFromRelation($this->relations['multiple'][$itemName]); } /** * Returns a F0FTable object based on a given relation * * @param array $relation Indexed array holding relation definition. * tableClass => name of the related table class * localKey => name of the local key * remoteKey => name of the remote key * * @return F0FTable * * @throws RuntimeException * @throws InvalidArgumentException */ protected function getTableFromRelation($relation) { // Sanity checks if( !isset($relation['tableClass']) || !isset($relation['remoteKey']) || !isset($relation['localKey']) || !$relation['tableClass'] || !$relation['remoteKey'] || !$relation['localKey'] ) { throw new InvalidArgumentException('Missing array index for the '.__METHOD__.' method. Please check method signature', 500); } // Get a table object from the table class name $tableClass = $relation['tableClass']; $tableClassParts = F0FInflector::explode($tableClass); if(count($tableClassParts) < 3) { throw new InvalidArgumentException('Invalid table class named. It should be something like FooTableBar'); } $table = F0FTable::getInstance($tableClassParts[2], ucfirst($tableClassParts[0]) . ucfirst($tableClassParts[1])); // Get the table name $tableName = $table->getTableName(); // Get the remote and local key names $remoteKey = $relation['remoteKey']; $localKey = $relation['localKey']; // Get the local key's value $value = $this->table->$localKey; // If there's no value for the primary key, let's stop here if(!$value) { throw new RuntimeException('Missing value for the primary key of the table '.$this->table->getTableName(), 500); } // This is required to prevent one relation from killing the db cursor used in a different relation... $oldDb = $this->table->getDbo(); $oldDb->disconnect(); // YES, WE DO NEED TO DISCONNECT BEFORE WE CLONE THE DB OBJECT. ARGH! $db = clone $oldDb; $query = $db->getQuery(true) ->select('*') ->from($db->qn($tableName)) ->where($db->qn($remoteKey) . ' = ' . $db->q($value)); $db->setQuery($query, 0, 1); $data = $db->loadObject(); if (!is_object($data)) { throw new RuntimeException(sprintf('Cannot load item from relation against table %s column %s', $tableName, $remoteKey), 500); } $table->bind($data); return $table; } /** * Returns a F0FDatabaseIterator based on a given relation * * @param array $relation Indexed array holding relation definition. * tableClass => name of the related table class * localKey => name of the local key * remoteKey => name of the remote key * pivotTable => name of the pivot table (optional) * theirPivotKey => name of the remote key in the pivot table (mandatory if pivotTable is set) * ourPivotKey => name of our key in the pivot table (mandatory if pivotTable is set) * * @return F0FDatabaseIterator * * @throws RuntimeException * @throws InvalidArgumentException */ protected function getIteratorFromRelation($relation) { // Sanity checks if( !isset($relation['tableClass']) || !isset($relation['remoteKey']) || !isset($relation['localKey']) || !$relation['tableClass'] || !$relation['remoteKey'] || !$relation['localKey'] ) { throw new InvalidArgumentException('Missing array index for the '.__METHOD__.' method. Please check method signature', 500); } if(array_key_exists('pivotTable', $relation)) { if( !isset($relation['theirPivotKey']) || !isset($relation['ourPivotKey']) || !$relation['pivotTable'] || !$relation['theirPivotKey'] || !$relation['ourPivotKey'] ) { throw new InvalidArgumentException('Missing array index for the '.__METHOD__.' method. Please check method signature', 500); } } // Get a table object from the table class name $tableClass = $relation['tableClass']; $tableClassParts = F0FInflector::explode($tableClass); if(count($tableClassParts) < 3) { throw new InvalidArgumentException('Invalid table class named. It should be something like FooTableBar'); } $table = F0FTable::getInstance($tableClassParts[2], ucfirst($tableClassParts[0]) . ucfirst($tableClassParts[1])); // Get the table name $tableName = $table->getTableName(); // Get the remote and local key names $remoteKey = $relation['remoteKey']; $localKey = $relation['localKey']; // Get the local key's value $value = $this->table->$localKey; // If there's no value for the primary key, let's stop here if(!$value) { throw new RuntimeException('Missing value for the primary key of the table '.$this->table->getTableName(), 500); } // This is required to prevent one relation from killing the db cursor used in a different relation... $oldDb = $this->table->getDbo(); $oldDb->disconnect(); // YES, WE DO NEED TO DISCONNECT BEFORE WE CLONE THE DB OBJECT. ARGH! $db = clone $oldDb; // Begin the query $query = $db->getQuery(true) ->select('*') ->from($db->qn($tableName)); // Do we have a pivot table? $hasPivot = array_key_exists('pivotTable', $relation); // If we don't have pivot it's a straightforward query if (!$hasPivot) { $query->where($db->qn($remoteKey) . ' = ' . $db->q($value)); } // If we have a pivot table we have to do a subquery else { $subQuery = $db->getQuery(true) ->select($db->qn($relation['theirPivotKey'])) ->from($db->qn($relation['pivotTable'])) ->where($db->qn($relation['ourPivotKey']) . ' = ' . $db->q($value)); $query->where($db->qn($remoteKey) . ' IN (' . $subQuery . ')'); } $db->setQuery($query); $cursor = $db->execute(); $iterator = F0FDatabaseIterator::getIterator($db->name, $cursor, null, $tableClass); return $iterator; } /** * Add any bespoke relation which doesn't involve a pivot table. * * @param string $relationType The type of the relationship (parent, child, children) * @param string $itemName is how it will be known locally to the getRelatedItems method * @param string $tableClass if skipped it is defined automatically as ComponentnameTableItemname * @param string $localKey is the column containing our side of the FK relation, default: componentname_itemname_id * @param string $remoteKey is the remote table's FK column, default: componentname_itemname_id * @param boolean $default is this the default children relationship? * * @return void */ protected function addBespokeSimpleRelation($relationType, $itemName, $tableClass, $localKey, $remoteKey, $default) { $ourPivotKey = null; $theirPivotKey = null; $pivotTable = null; $this->normaliseParameters(false, $itemName, $tableClass, $localKey, $remoteKey, $ourPivotKey, $theirPivotKey, $pivotTable); $this->relations[$relationType][$itemName] = array( 'tableClass' => $tableClass, 'localKey' => $localKey, 'remoteKey' => $remoteKey, ); if ($default) { $this->defaultRelation[$relationType] = $itemName; } } /** * Add any bespoke relation which involves a pivot table. * * @param string $relationType The type of the relationship (multiple) * @param string $itemName is how it will be known locally to the getRelatedItems method * @param string $tableClass if skipped it is defined automatically as ComponentnameTableItemname * @param string $localKey is the column containing our side of the FK relation, default: componentname_itemname_id * @param string $remoteKey is the remote table's FK column, default: componentname_itemname_id * @param string $ourPivotKey is the column containing our side of the FK relation in the pivot table, default: $localKey * @param string $theirPivotKey is the column containing the other table's side of the FK relation in the pivot table, default $remoteKey * @param string $pivotTable is the name of the glue (pivot) table, default: #__componentname_thisclassname_itemname with plural items (e.g. #__foobar_users_roles) * @param boolean $default is this the default children relationship? * * @return void */ protected function addBespokePivotRelation($relationType, $itemName, $tableClass, $localKey, $remoteKey, $ourPivotKey, $theirPivotKey, $pivotTable, $default) { $this->normaliseParameters(true, $itemName, $tableClass, $localKey, $remoteKey, $ourPivotKey, $theirPivotKey, $pivotTable); $this->relations[$relationType][$itemName] = array( 'tableClass' => $tableClass, 'localKey' => $localKey, 'remoteKey' => $remoteKey, 'ourPivotKey' => $ourPivotKey, 'theirPivotKey' => $theirPivotKey, 'pivotTable' => $pivotTable, ); if ($default) { $this->defaultRelation[$relationType] = $itemName; } } /** * Normalise the parameters of a relation, guessing missing values * * @param boolean $pivot Is this a many to many relation involving a pivot table? * @param string $itemName is how it will be known locally to the getRelatedItems method (plural) * @param string $tableClass if skipped it is defined automatically as ComponentnameTableItemname * @param string $localKey is the column containing our side of the FK relation, default: componentname_itemname_id * @param string $remoteKey is the remote table's FK column, default: componentname_itemname_id * @param string $ourPivotKey is the column containing our side of the FK relation in the pivot table, default: $localKey * @param string $theirPivotKey is the column containing the other table's side of the FK relation in the pivot table, default $remoteKey * @param string $pivotTable is the name of the glue (pivot) table, default: #__componentname_thisclassname_itemname with plural items (e.g. #__foobar_users_roles) * * @return void */ protected function normaliseParameters($pivot = false, &$itemName, &$tableClass, &$localKey, &$remoteKey, &$ourPivotKey, &$theirPivotKey, &$pivotTable) { // Get a default table class if none is provided if (empty($tableClass)) { $tableClassParts = explode('_', $itemName, 3); if (count($tableClassParts) == 1) { array_unshift($tableClassParts, $this->componentName); } if ($tableClassParts[0] == 'joomla') { $tableClassParts[0] = 'J'; } $tableClass = ucfirst($tableClassParts[0]) . 'Table' . ucfirst(F0FInflector::singularize($tableClassParts[1])); } // Make sure we have both a local and remote key if (empty($localKey) && empty($remoteKey)) { // WARNING! If we have a pivot table, this behavior is wrong! // Infact if we have `parts` and `groups` the local key should be foobar_part_id and the remote one foobar_group_id. // However, this isn't a real issue because: // 1. we have no way to detect the local key of a multiple relation // 2. this scenario never happens, since, in this class, if we're adding a multiple relation we always supply the local key $tableClassParts = F0FInflector::explode($tableClass); $localKey = $tableClassParts[0] . '_' . $tableClassParts[2] . '_id'; $remoteKey = $localKey; } elseif (empty($localKey) && !empty($remoteKey)) { $localKey = $remoteKey; } elseif (!empty($localKey) && empty($remoteKey)) { if($pivot) { $tableClassParts = F0FInflector::explode($tableClass); $remoteKey = $tableClassParts[0] . '_' . $tableClassParts[2] . '_id'; } else { $remoteKey = $localKey; } } // If we don't have a pivot table nullify the relevant variables and return if (!$pivot) { $ourPivotKey = null; $theirPivotKey = null; $pivotTable = null; return; } if (empty($ourPivotKey)) { $ourPivotKey = $localKey; } if (empty($theirPivotKey)) { $theirPivotKey = $remoteKey; } if (empty($pivotTable)) { $pivotTable = '#__' . strtolower($this->componentName) . '_' . strtolower(F0FInflector::pluralize($this->tableType)) . '_'; $itemNameParts = explode('_', $itemName); $lastPart = array_pop($itemNameParts); $pivotTable .= strtolower($lastPart); } } /** * Normalises the format of a relation name * * @param string $itemName The raw relation name * @param boolean $pluralise Should I pluralise the name? If not, I will singularise it * * @return string The normalised relation key name */ protected function normaliseItemName($itemName, $pluralise = false) { // Explode the item name $itemNameParts = explode('_', $itemName); // If we have multiple parts the first part is considered to be the component name if (count($itemNameParts) > 1) { $prefix = array_shift($itemNameParts); } else { $prefix = null; } // If we still have multiple parts we need to pluralise/singularise the last part and join everything in // CamelCase format if (count($itemNameParts) > 1) { $name = array_pop($itemNameParts); $name = $pluralise ? F0FInflector::pluralize($name) : F0FInflector::singularize($name); $itemNameParts[] = $name; $itemName = F0FInflector::implode($itemNameParts); } // Otherwise we singularise/pluralise the remaining part else { $name = array_pop($itemNameParts); $itemName = $pluralise ? F0FInflector::pluralize($name) : F0FInflector::singularize($name); } if (!empty($prefix)) { $itemName = $prefix . '_' . $itemName; } return $itemName; } } table.php 0000604 00000003412 15245540356 0006351 0 ustar 00 <?php /** * @package JCE * @subpackage Editor * * @copyright Copyright (c) 2009-2024 Ryan Demmer. All rights reserved * @license GNU General Public License version 2 or later; see LICENSE.txt */ \defined('_JEXEC') or die; use Joomla\CMS\Factory; use Joomla\CMS\Language\Text; class WFTablePlugin extends WFEditorPlugin { public function __construct() { parent::__construct(array('colorpicker' => true)); } public function getLayout() { return Factory::getApplication()->input->getCmd('slot', 'table'); } /** * Display the plugin. */ public function display() { parent::display(); $layout = $this->getLayout(); $document = WFDocument::getInstance(); $document->addScript(array('table'), 'plugins'); $document->addStyleSheet(array('table'), 'plugins'); // update title if ($layout !== 'table') { $document->setTitle(Text::_('WF_TABLE_' . strtoupper($layout) . '_TITLE')); } $settings = $this->getSettings(); $document->addScriptDeclaration('TableDialog.settings=' . json_encode($settings) . 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e(o);n&&(t(n),o.execCommand("mceRepaint"),N.cellSelection.clear())})}),u({mceInsertTable:k.table,mceTableProps:function(){k.table(!0)},mceTableRowProps:k.row,mceTableCellProps:k.cell},function(e,t){o.addCommand(t,function(t,n){e(n)})}),h(),b(),o.settings.table_tab_navigation!==!1&&o.on("keydown",function(t){var n,r,i;9==t.keyCode&&(n=o.dom.getParent(o.selection.getStart(),"th,td"),n&&(t.preventDefault(),r=new e(o),i=t.shiftKey?-1:1,o.undoManager.transact(function(){!r.moveRelIdx(n,i)&&i>0&&(r.insertRow(),r.refresh(),r.moveRelIdx(n,i))})))}),N.insertTable=l,N.setClipboardRows=x,N.getClipboardRows=y}var u=o.each;l.add("table",c)})}(window); tmpl/general_table.php 0000604 00000006073 15245630454 0011027 0 ustar 00 <?php /** * @copyright Copyright (c) 2009-2022 Ryan Demmer. All rights reserved * @license GNU/GPL 2 or later - http://www.gnu.org/licenses/old-licenses/gpl-2.0.html * JCE is free software. This version may have been modified pursuant * to the GNU General Public License, and as distributed it includes or * is derivative of works licensed under the GNU General Public License or * other free or open source software licenses */ \defined('_JEXEC') or die; use Joomla\CMS\Language\Text; ?> <div class="uk-form-row uk-grid"> <label class="uk-form-label uk-width-2-10" for="cols"> <?php echo Text::_('WF_TABLE_COLS'); ?></label> <div class="uk-form-controls uk-width-3-10"> <input id="cols" type="number" min="1" value="" required /> </div> <label class="uk-form-label uk-width-2-10" for="rows"> <?php echo Text::_('WF_TABLE_ROWS'); ?></label> <div class="uk-form-controls uk-width-3-10"> <input id="rows" type="number" value="" required /> </div> </div> <div class="uk-form-row uk-grid"> <label class="uk-form-label uk-width-2-10" for="cellpadding"> <?php echo Text::_('WF_TABLE_CELLPADDING'); ?></label> <div class="uk-form-controls uk-width-3-10"> <input id="cellpadding" type="number" value="" /> </div> <label class="uk-form-label uk-width-2-10" for="cellspacing"> <?php echo Text::_('WF_TABLE_CELLSPACING'); ?></label> <div class="uk-form-controls uk-width-3-10"> <input id="cellspacing" type="number" value="" /> </div> </div> <div class="uk-form-row uk-grid"> <label class="uk-form-label uk-width-2-10" for="align"> <?php echo Text::_('WF_TABLE_ALIGN'); ?></label> <div class="uk-form-controls uk-width-3-10"> <select id="align"> <option value=""><?php echo Text::_('WF_OPTION_NOT_SET'); ?></option> <option value="center"><?php echo Text::_('WF_TABLE_ALIGN_MIDDLE'); ?></option> <option value="left"><?php echo Text::_('WF_TABLE_ALIGN_LEFT'); ?></option> <option value="right"><?php echo Text::_('WF_TABLE_ALIGN_RIGHT'); ?></option> </select> </div> <label class="uk-form-label uk-width-2-10" for="table_border"> <?php echo Text::_('WF_TABLE_BORDER'); ?></label> <div class="uk-form-controls uk-width-3-10"> <input id="table_border" type="number" value="" /> </div> </div> <div class="uk-form-row uk-grid"> <label class="uk-form-label uk-width-2-10" for="width"> <?php echo Text::_('WF_TABLE_WIDTH'); ?></label> <div class="uk-form-controls uk-width-3-10"> <input type="text" id="width" value="" /> </div> <label class="uk-form-label uk-width-2-10" for="height"> <?php echo Text::_('WF_TABLE_HEIGHT'); ?></label> <div class="uk-form-controls uk-width-3-10"> <input type="text" id="height" value="" /> </div> </div> <div class="uk-form-row"> <input id="caption" type="checkbox" /> <label for="caption"> <?php echo Text::_('WF_TABLE_CAPTION'); ?></label> </div> tmpl/merge.php 0000604 00000001742 15245630454 0007340 0 ustar 00 <?php /** * @copyright Copyright (c) 2009-2022 Ryan Demmer. All rights reserved * @license GNU/GPL 2 or later - http://www.gnu.org/licenses/old-licenses/gpl-2.0.html * JCE is free software. This version may have been modified pursuant * to the GNU General Public License, and as distributed it includes or * is derivative of works licensed under the GNU General Public License or * other free or open source software licenses */ \defined('_JEXEC') or die; use Joomla\CMS\Language\Text; ?> <div class="uk-grid uk-grid-small uk-form-row"> <label class="uk-form-label uk-width-7-10"><?php echo Text::_('WF_TABLE_COLS'); ?>:</label> <div class="uk-form-controls uk-width-3-10"> <input type="number" min="1" id="numcols" value=""/> </div> <label class="uk-form-label uk-width-7-10"><?php echo Text::_('WF_TABLE_ROWS'); ?>:</label> <div class="uk-form-controls uk-width-3-10"> <input type="number" min="1" id="numrows" value=""/> </div> </div> tmpl/general_row.php 0000604 00000005022 15245630454 0010540 0 ustar 00 <?php /** * @copyright Copyright (c) 2009-2022 Ryan Demmer. All rights reserved * @license GNU/GPL 2 or later - http://www.gnu.org/licenses/old-licenses/gpl-2.0.html * JCE is free software. This version may have been modified pursuant * to the GNU General Public License, and as distributed it includes or * is derivative of works licensed under the GNU General Public License or * other free or open source software licenses */ \defined('_JEXEC') or die; use Joomla\CMS\Language\Text; ?> <div class="uk-form-row uk-grid uk-grid-small"> <label class="uk-form-label uk-width-3-10" for="rowtype"> <?php echo Text::_('WF_TABLE_ROWTYPE'); ?></label> <div class="uk-form-controls uk-width-7-10"> <select id="rowtype"> <option value="thead"><?php echo Text::_('WF_TABLE_THEAD'); ?></option> <option value="tbody"><?php echo Text::_('WF_TABLE_TBODY'); ?></option> <option value="tfoot"><?php echo Text::_('WF_TABLE_TFOOT'); ?></option> </select></div> </div> <div class="uk-form-row uk-grid uk-grid-small"> <label class="uk-form-label uk-width-3-10" for="align"> <?php echo Text::_('WF_TABLE_ALIGN'); ?></label> <div class="uk-form-controls uk-width-7-10"> <select id="align"> <option value=""><?php echo Text::_('WF_OPTION_NOT_SET'); ?></option> <option value="center"><?php echo Text::_('WF_TABLE_ALIGN_MIDDLE'); ?></option> <option value="left"><?php echo Text::_('WF_TABLE_ALIGN_LEFT'); ?></option> <option value="right"><?php echo Text::_('WF_TABLE_ALIGN_RIGHT'); ?></option> </select></div> </div> <!--div class="uk-form-row uk-grid uk-grid-small"> <label class="uk-form-label uk-width-3-10" for="valign"> <?php echo Text::_('WF_TABLE_VALIGN'); ?></label> <div class="uk-form-controls uk-width-7-10"> <select id="valign"> <option value=""><?php echo Text::_('WF_OPTION_NOT_SET'); ?></option> <option value="top"><?php echo Text::_('WF_TABLE_ALIGN_TOP'); ?></option> <option value="middle"><?php echo Text::_('WF_TABLE_ALIGN_MIDDLE'); ?></option> <option value="bottom"><?php echo Text::_('WF_TABLE_ALIGN_BOTTOM'); ?></option> </select></div> </div--> <div class="uk-form-row uk-grid uk-grid-small"> <label class="uk-form-label uk-width-3-10" for="height"> <?php echo Text::_('WF_TABLE_HEIGHT'); ?></label> <div class="uk-form-controls uk-width-7-10"> <input type="text" id="height" value="" /> </div> </div>