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PHP Decode

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/**
 * @author  Tony Tomov, (tony@trirand.com)
 * @copyright TriRand Ltd
 * @version 5.5.5
 * @package jqTreeGrid
 *
 * @abstract
 * A PHP class to work with jqGrid Tree module.
 * The main purpose of this class is to provide the data from database to jqGrid,
 * The class requier a jqGrid classes to be loaded first.
 */
//include 'jqGrid.php';
if (!defined('PHPSUITO_ROOT')) {
    define('PHPSUITO_ROOT', dirname(__FILE__) . '/');
    require(PHPSUITO_ROOT . 'Autoloader.php');
}

class jqTreeGrid extends jqGridRender
{
	/**
	 * Determines the type of tree model.
	 * Can be adjacency or nested
	 * @var string
	 */
	private $treemodel = 'nested';

	/**
	 * Hold the configuration for the used model
	 *  @var array
	 */
	private  $tableconfig = array(
		// common to all models
		"id" => "id",
		// adjacency
		"parent"=>"parent",
		// nested
		"left"=>"lft",
		"right"=>"rgt",
		"level"=>"level",
		"leaf"=>"isLeaf",
		"expanded"=>"expanded",
		"loaded"=>"loaded",
		"icon"=>"icon",
		"customwhere"=>""
	);
	/**
	 * Stores the result after the re
	 * @var array
	 */
	private $res = array();
	/**
	 * hods the data for future processing of the tree
	 * @var array
	 */
	private $data;
	/**
	 * array for the leaf nodes. Used only in adjacency model
	 *  @var array
	 */
	private $leaf_nodes = array();
	/**
	 * Should be all nodes expanded when loaded at client
	 * @var boolean
	 */
	public $expandAll = false;
	/**
	 * If set to false all data is available at client side
	 * @var boolean
	 */
	public $autoLoadNodes = true;
	/**
	 *
	 * Se the tree data for future processing
	 * @param array $d
	 */
	public function setData($d) {
		$this->data = $d;
	}
	/**
	 * Set a leaf nodes for adjacency model
	 * @param array $d
	 */
	public function setLeafData($d) {
		$this->leaf_nodes = $d;
	}
	/**
	 * Set the tree mode used. Can be adjacency or nested. Deafault is nested
	 * @param string $model
	 */
	public function setTreeModel( $model = 'nested')
	{
		if( strlen($model)>0 ) {
			$this->treemodel = $model;
		}
	}
	/**
	 * Returns the currently used tree model
	 * @return string
	 */
	public function getTreeModel() {
		return $this->treemodel;
	}
	/**
	 * Set the configuration fields for the model used.
	 * For the adjacency model a 'id' and 'parent' should be set
	 * For the nested model 'id', 'left', 'right' and 'level' should be set
	 * Optional fields for all models :
	 * expanded, icon, leaf, loaded
	 *
	 * @param array $aconfig
	 */
	public function setTableConfig( $aconfig )
	{
		if(is_array($aconfig) && count($aconfig)>0 ) {
			$this->tableconfig = jqGridUtils::array_extend($this->tableconfig, $aconfig);
			if(!isset ($aconfig['table'])) {
				$this->tableconfig['table'] = $this->table;
			}
		}
	}
	/**
	 * Return the curent configuration for the model used
	 * @return array
	 */
	public function getTableConfig() {
		return $this->tableconfig;
	}

	/**
	 * Return the leaf nodes when the adjacency model is used.
	 * Note that the table and table configuration should be set
	 * @param integer $node - the id of the node
	 * @return array of the leaf nodes
	 */
	public function getLeafNodes( $node=0 ) {
		//
		$leaf = array();
		if( strlen($this->tableconfig['table']) > 0 ) {
			// buld sql
			if($this->treemodel == 'adjacency') // only
			{
				if ($node == 0 ) {
					$where = "";
				} else {
					$where = ' AND t1.%parent$s = '.$node;
				}
				// just in case set
				//$SQLL = "SELECT t1.account_id FROM accounts AS t1 LEFT JOIN accounts as t2 "
				//." ON t1.account_id = t2.parent_id WHERE t2.account_id IS NULL";
				$s = jqGridUtils::sprintfn('SELECT t1.%id$s FROM %table$s AS t1 LEFT JOIN %table$s AS t2 ON t1.%id$s = t2.%parent$s WHERE t2.%id$s IS NULL'.$where.' %customwhere$s', $this->tableconfig);
				if($this->debug) {
					$this->logQuery($s);
				}
				$q = jqGridDB::query($this->pdo, $s);
				if($q) {
					while ($row = jqGridDB::fetch_num($q, $this->pdo) ) {
						$leaf[$row[0]] = $row[0];
					}
				}
				jqGridDB::closeCursor($q);
			}
		} else {
			// trigger own error
			echo "no table set";
		}
		return $leaf;
	}
	/**
	 * Return all Child nodes for both methods. The data is populated in the
	 * protected variable $res.
	 * @param integer $node the id of the node
	 * @param string $order_field - optional order field
	 * @param boolean $id  what to return - only the id of the noes or all the
	 * data of the child nodes. Deafult is false
	 */
	protected function getChildNodes ($node, $order_field='', $id=false)
	{
		if($this->treemodel == 'adjacency') {
			$order = "";
			if($order_field) { 
				$order = "ORDER BY ".$order_field;
			}
			$s = jqGridUtils::sprintfn('SELECT * FROM %table$s WHERE %parent$s = '.(int)$node.' %customwhere% '. $order, $this->tableconfig);
			if($this->debug) {
				$this->logQuery($s);
			}
			$q = jqGridDB::query($this->pdo, $s);
			if($q) {
				while ($row = jqGridDB::fetch_assoc($q, $this->pdo) ) {
					$nid = $row[$this->tableconfig['id']];
					$this->res[] = $id ? $nid: $row;
					if( !(isset($this->leaf_nodes[$nid])  && ($nid== $this->leaf_nodes[$nid])) ) {
						$this->getChildNodes($row[$this->tableconfig['id']], $order_field, $id );
					}
				}
			}
			jqGridDB::closeCursor($q);
		} elseif($this->treemodel == 'nested') {
			$s = jqGridUtils::sprintfn('SELECT %left$s, %right$s FROM %table$s WHERE %id$s = '.(int)$node, $this->tableconfig);
			if($this->debug) {
				$this->logQuery($s);
			}
			$q = jqGridDB::query($this->pdo, $s);
			$row = jqGridDB::fetch_num($q, $this->pdo );
			jqGridDB::closeCursor($q);
			if($row) {
				$s = jqGridUtils::sprintfn('SELECT * FROM %table$s WHERE %left$s > '.$row[0].' AND %left$s <'.$row[1], $this->tableconfig);
				if($this->debug) {
					$this->logQuery($s);
				}
				$q1 = jqGridDB::query($this->pdo, $s);
				while($r = jqGridDB::fetch_assoc($q1, $this->pdo))
				{
					$nid = $r[$this->tableconfig['id']];
					$this->res[] = $id ? $nid: $r;
				}
				jqGridDB::closeCursor($q1);
			}
		}
	}
	/**
	 * Return the child nodes of a given node. If the node is not specifies return
	 * the root nodes. Used only in adjacency model. Uses the data array
	 * @param integer $node_id the id of the node
	 * @return array
	 */
	protected function getChildren($node_id = null)
	{
		$children = null;

		if ((int)$node_id > 0 )
		{
			$children = array();
			$parent  = $this->tableconfig['parent'];

			foreach ($this->data as $id => $node) {
				if ( (int)$node->{$parent} == (int)$node_id) {
					$children[] = $node;
				}
			}
		}
		else {
			$children = $this->getRoots();
		}

		return $children;
	}
	/**
	 * Return the root nodes when adjacency model. Uses data array
	 * @return array
	 */
	protected function getRoots()
	{
		$roots = array();
		$parent  = $this->tableconfig['parent'];
		if($this->data) {
			foreach ($this->data as $id => $node) {
				if ($node->{$parent} === null) {
					$roots[] = $node;
				}
			}
		}
		return $roots;
	}
	/**
	 * Build the data for the tree
	 * @param integer $parent parent node
	 * @param ineteger $level the level field
	 * @param array $res the result used only in nested set
	 * @return array
	 */
	private function buildTreeArray($parent, $level , $res=null)
	{
		if($this->treemodel == 'adjacency') {
			$result = $this->getChildren($parent);
			
			$slevel = $this->tableconfig['level'];
			$id = $this->tableconfig['id'];
			$leaf = $this->tableconfig['leaf'];
			$loaded = $this->tableconfig['loaded'];
			$expand = $this->tableconfig['expanded'];
			$expAll = $this->expandAll ? 'true' : 'false';
			$load = $this->autoLoadNodes ? 'false' : 'true';
			foreach($result as $key=>$node)
			{
				$node->{$slevel} = $level;
				$nid = (int)$node->{$id};
				$node->{$leaf} = ( isset($this->leaf_nodes[$nid])  && ($nid== $this->leaf_nodes[$nid]) )  ?  'true' : 'false';
				$node->{$loaded} = $load;
				$node->{$expand} = $expAll;
				$this->res[]=$node;
				$this->buildTreeArray($node->{$id}, $level+1 );
			}
			return $this->res;
		} else if($this->treemodel == 'nested') {
			$loaded = $this->tableconfig['loaded'];
			$expand = $this->tableconfig['expanded'];
			$expAll = $this->expandAll ? 'true' : 'false';
			$load = $this->autoLoadNodes ? 'false' : 'true';
			foreach($res as $key=>$node)
			{
				$node->{$loaded} = $load;
				$node->{$expand} = $expAll;
				$this->res[]=$node;
			}
			return $this->res;
		}
	}
	/**
	 * Set a specifick options for the tree grid according to the model.
	 * @param string $model
	 */
	private function _setTreeGridOptions($model)
	{
		if(!$this->autoLoadNodes) {
			$loadonce = true;
		} else {
			$loadonce = false;
		}
		$treereader = array(
			"parent_id_field"=>$this->tableconfig['parent'],
			"left_field"=>$this->tableconfig['left'],
			"right_field"=>$this->tableconfig['right'],
			"level_field"=>$this->tableconfig['level'],
			"leaf_field"=>$this->tableconfig['leaf'],
			"expanded_field"=>$this->tableconfig['expanded'],
			"loaded"=>$this->tableconfig['loaded'],
			"icon_field"=>$this->tableconfig['icon']
		);
		if($model =='adjacency') {
			unset($treereader["left_field"],$treereader["right_field"]);
		} else {
			unset($treereader["parent_id_field"]);
		}
		$this->setGridOptions(array(
			// instruct to load all the records
			//"rowTotal"=>-1,
			// treegrid
			"treeGrid"=>true,
			"treedatatype"=>$this->dataType,
			"treeGridModel"=>$this->treemodel,
			// to be changed dynamically
			"loadonce"=>$loadonce,
			//"rowNum"=>1000000,
			"scrollrows"=>true,
			"viewrecords"=>false,
			"treeReader"=>$treereader
		));
		if($model =='nested') {
			$this->setGridOptions(array(
				"sortname"=>$this->tableconfig['left'],
				"sortorder"=>'ASC'
			));
		}
	}
	/**
	 * Return the data for the adjacency tree model
	 * @param array $summary the summary array
	 * @param array  $params parameters to the query
	 * @param boolean $echo should we retun or echo the result
	 * @return mixed string or object
	 */
	private function renderAdjacency($summary, $params, $echo)
	{
		// Get parameters from the grid
		$node = (int)jqGridUtils::GetParam("nodeid", "0");
		$n_lvl = (int)jqGridUtils::GetParam("n_level", "0");
		// set the leaf nodes
		$data1 = $this->getLeafNodes($node);
		$this->setLeafData($data1);
		// build the tree
		if($this->autoLoadNodes) {
			$sql = $this->_setSQL();
			if($node > 0) {
				$s = " ".$this->tableconfig["parent"]." = ".(int)$node;
			} else {
				$s = " ".$this->tableconfig["parent"]." IS NULL ";
			}
			if(preg_match("/WHERE/i",$sql)) {// to be refined
				$sql .= " AND ".$s;
			} else {
				$sql .= " WHERE ".$s;
			}
			// explicit set the where

			$this->readFromXML = false;
			$this->SelectCommand = $sql;
		}
		//$this->performcount = false;
		$res = $this->queryGrid($summary, $params, false);
		$this->setData($res->rows);
		$n_lvl = $node==0 ? 0 : $n_lvl+1;
		$data = $this->buildTreeArray($node,  $n_lvl);
		if(!isset ($res->userdata) ) {
			$res->userdata = array();
		}
		$response = array(
			"userdata"=>$res->userdata,
			"rows" =>$data,
			"total"=>count($data),
			"page"=>1
		);
		if($echo) {
			$this->_gridResponse($response);
		} else {
			return $response;
		}

	}
	/**
	 * Return the data for the nested tree model
	 * @param array $summary the summary array
	 * @param array  $params parameters to the query
	 * @param boolean $echo should we retun or echo the result
	 * @return mixed string or object
	 */
	private function renderNested($summary, $params, $echo)
	{
		$response = null;
		// Get parameters from the grid
		$node = (int)jqGridUtils::GetParam("nodeid", "0");
		$n_lvl = (int)jqGridUtils::GetParam("n_level", "0");
		// set the leaf nodes
		if($this->autoLoadNodes) {
			$sql = $this->_setSQL();
			$s="";
			if($node > 0) {
				$n_lft = (int)jqGridUtils::GetParam("n_left");
				$n_rgt = (int)jqGridUtils::GetParam("n_right");
				$s = " ".$this->tableconfig["left"]." > ".$n_lft." AND ".$this->tableconfig["left"]." < ".$n_rgt. " AND ".$this->tableconfig["level"]." = ".($n_lvl+1);
			} elseif($n_lvl == 0) {
				$s = " ".$this->tableconfig["level"]." = 0";
			}
			if(preg_match("/WHERE/i",$sql)) {// to be refined
				$sql .= " AND ".$s;
			} else {
				$sql .= " WHERE ".$s;
			}
			// explicit set the where

			$this->readFromXML = false;
			$this->SelectCommand = $sql;
		}
		//$this->performcount = false;
		if(!$this->autoLoadNodes && $this->expandAll) {
			$qwg = $this->queryGrid($summary, $params, false);
			if(!isset ($qwg->userdata) ) {
				$qwg->userdata = array();
			}
			$data = $this->buildTreeArray(0, 0,$qwg->rows);
			$response = array(
				"userdata"=>$qwg->userdata,
				"rows" =>$data,
				"total"=>count($data),
				"page"=>1
			);
			if($echo) {
				$this->_gridResponse($response);
			} else {
				return $response;
			}
		} else {
			return $this->queryGrid($summary, $params, $echo);
		}

	}
	/**
	 * Return the result of the query to jqTreeGrid. Currently does not support searching.
	 * @param array $summary - set which columns should be sumarized in order to be displayed to the grid
	 * By default this parameter uses SQL SUM function: array("colmodelname"=>"sqlname");
	 * It can be set to use the other one this way
	 * array("colmodelname"=>array("sqlname"=>"AVG"));
	 * By default the first field correspond to the name of colModel the second to
	 * the database name
	 * @param array $params - parameter values passed to the sql
	 * @param boolen $echo if set to false return the records as object, otherwiese json encoded or xml string
	 * depending on the dataType variable
	 * @return mixed
	 */

	public function queryTree(array $summary=null, array $params= null, $echo=true) {
		$response = null;
		if($this->treemodel == 'adjacency') {
			$response = $this->renderAdjacency($summary, $params, $echo);
		} elseif ($this->treemodel == 'nested') {
			$response = $this->renderNested($summary, $params, $echo);
		} else {
			$response = $this->queryGrid($summary, $params, $echo);
		}
		return $response;

	}
	/**
	 *
	 * Update the data into the database according the table element
	 * A primaryKey should be set. If the key is not set It can be obtained
	 * from jqGridDB::getPrimaryKey.
	 * Return true on success, false when the operation is not succefull
	 * @param array $data associative array which key values correspond to the
	 * names in the table
	 * @return boolean
	*/

	public function updateTreeNode( $data )
	{
		return $this->update($data);
	}
	/**
	 *
	 * Insert the data array into the database according to the table element and
	 * tree model.
	 * A primaryKey should be set. If the key is not set It can be obtained
	 * from jqGridDB::getPrimaryKey. The table config for the tree should be set.
	 * @see setTableConfig
	 * Return true on succes, false otherwiese.
	 * @param array $data associative array which key values correspond to the
	 * names in the table.
	 * @return boolean
	 */

	public function insertTreeNode( $data )
	{
		$this->getLastInsert = true;
		if($this->treemodel == 'nested') {
			$node = (isset ($data['parent_id']) && (int)$data['parent_id']>0 ) ? $data['parent_id'] : 0;
			if((int)$node > 0 && $node != 'null') {
				$s = jqGridUtils::sprintfn('SELECT %right$s, %level$s FROM %table$s WHERE %id$s = '.(int)$node, $this->tableconfig);
			} else {
				$s = jqGridUtils::sprintfn('SELECT MAX( %right$s), "-1" as level   FROM %table$s', $this->tableconfig);
			}
			if($this->debug) {
				$this->logQuery($s);
			}
			$q = jqGridDB::query($this->pdo, $s);
			if(!$q) {
				$this->errorMesage = jqGridDB::errorMessage($this->pdo);
				if($this->showError) {
					$this->sendErrorHeader();
				} else {
					die($this->errorMesage);
				}
			}
			$row = jqGridDB::fetch_num($q, $this->pdo);
			jqGridDB::closeCursor($q);
			if(!$row) {
				//can not find the node
				$row[0] = 1; $row[1] = -1;
			}
			unset($data['parent_id']);
			//$data[$this->tableconfig['left']] = (int)$row[0];
			//$data[$this->tableconfig['right']] = (int)$row[0]+1;
			$data[$this->tableconfig['level']] = (int)$row[1]+1;
			if((int)$row[1] == -1)
			{
				$data[$this->tableconfig['left']] = (int)$row[0]+1;
				$data[$this->tableconfig['right']] = (int)$row[0]+2;
				$s1 = jqGridUtils::sprintfn('UPDATE %table$s SET %right$s = %right$s + 2 WHERE %right$s > ?', $this->tableconfig);
				$s2 = jqGridUtils::sprintfn('UPDATE %table$s SET %left$s = %left$s + 2 WHERE %left$s > ?', $this->tableconfig);
				$this->setBeforeCrudAction('add', $s1, array((int)$row[0]));
				$this->setBeforeCrudAction('add', $s2, array((int)$row[0]));

			} else {
				$data[$this->tableconfig['left']] = (int)$row[0];
				$data[$this->tableconfig['right']] = (int)$row[0]+1;
				$s1 = jqGridUtils::sprintfn('UPDATE %table$s SET %left$s = CASE WHEN %left$s > ? THEN %left$s + 2 ELSE %left$s END, %right$s = CASE WHEN %right$s >= ? THEN %right$s + 2 ELSE %right$s END WHERE %right$s >= ?', $this->tableconfig);
				//$s2 = jqGridUtils::sprintfn('UPDATE %table$s SET %left$s = %left$s + 2 WHERE %left$s > ?', $this->tableconfig);
				$this->setBeforeCrudAction('add', $s1, array((int)$row[0], (int)$row[0], (int)$row[0]));
				//$this->setBeforeCrudAction('add', $s2, array((int)$row[0]));
			}

		} else if($this->treemodel == 'adjacency') {
			if( !isset ($data['parent_id']) || (int)$data['parent_id']== 0 || $data['parent_id'] == '' )
			{
				$data['parent_id'] = null;
			}
		}
		return $this->insert($data);
	}
	/**
	 *
	 * Delete the data into the database according the table element and tree
	 * grid model.
	 * A primaryKey should be set. If the key is not set It can be obtained
	 * from jqGridDB::getPrimaryKey
	 * Return true on success, false when the operation is not succefull
	 * @param array $data associative array which key values correspond to the
	 * names in the delete command
	 * @return boolean
	 */
	public function deleteTreeNode( $data )
	{
		if(!$this->add) { return false; }
		$where = '';
		$param = null;
		if($this->treemodel == 'adjacency') {
			$this->setLeafData($this->getLeafNodes($data[$this->primaryKey]));
			$this->getChildNodes($data[$this->primaryKey], '', true);

			if(is_array($this->res) && count($this->res) > 0 ) {
				$data[$this->primaryKey] .= ",".implode(",",$this->res);
			}
			
		} elseif($this->treemodel == 'nested') {
			$node = $data[$this->primaryKey];
			$s = jqGridUtils::sprintfn('SELECT %left$s, %right$s FROM %table$s WHERE %id$s = '.(int)$node, $this->tableconfig);
			if($this->debug) {
				$this->logQuery($s);
			}
			$q = jqGridDB::query($this->pdo, $s);
			if(!$q) {
				$this->errorMesage = jqGridDB::errorMessage($this->pdo);
				if($this->showError) {
					$this->sendErrorHeader();
				} else {
					die($this->errorMesage);
				}
			}
			$row = jqGridDB::fetch_num($q, $this->pdo);
			jqGridDB::closeCursor($q);
			if(!$row) {
				// ????? nothing to delete maybe
				return true;
			}
			$lft = (int)$row[0];
			$rgt = (int)$row[1];
			$width = $rgt - $lft + 1;
			$where = " ".$this->tableconfig['left']." BETWEEN ? AND ?";
			$param = array((int)$lft, (int)$rgt);
			$s1 = jqGridUtils::sprintfn('UPDATE %table$s SET %right$s = %right$s - ? WHERE %right$s > ?', $this->tableconfig);
			$s2 = jqGridUtils::sprintfn('UPDATE %table$s SET %left$s = %left$s - ? WHERE %left$s > ?', $this->tableconfig);
			$this->setAfterCrudAction('del', $s1, array((int)$width, (int)$rgt));
			$this->setAfterCrudAction('del', $s2, array((int)$width, (int)$rgt));
		}
		return $this->delete($data, $where, $param);
	}
	/**
	 * Perform the all CRUD operations depending on the oper param send from the grid,
	 * the table element and the treegrid model
	 * If the primaryKey is not set we try to obtain it using jqGridDB::getPrimaryKey
	 * If the primary key is not set or can not be obtained the operation is aborted.
	 * Also the method call the queryTree to perform the tree ouput
	 * @param array $summary - set which columns should be sumarized in order to be displayed to the grid
	 * By default this parameter uses SQL SUM function: array("colmodelname"=>"sqlname");
	 * It can be set to use the other one this way
	 * array("colmodelname"=>array("sqlname"=>"AVG"));
	 * By default the first field correspond to the name of colModel the second to
	 * the database name
	 * @param array $params additional parameters that can be passed to the query
	 * @param string $oper if set the requested oper operation is performed without to check
	 * the parameter sended from the grid.
	 */

	public function editTree (array $summary=null, array $params=null, $oper=false, $echo = true)
	{
		if(!$oper) {
			$oper = jqGridUtils::GetParam( $this->GridParams["oper"] ,"grid");
		}
		$okmsg = "success##Operation performed succefully";
		switch ($oper)
		{
			case $this->GridParams["editoper"] :
				$this->checkPrimary();
				$data = strtolower($this->mtype)=="post" ? jqGridUtils::Strip($_POST) : jqGridUtils::Strip($_GET);
				if( $this->updateTreeNode($data) )
				{
					$this->setSuccessMsg($okmsg."##none");
					if($this->successmsg) {
						echo $this->successmsg;
					}
				}
				break;
			case $this->GridParams["addoper"] :
				$this->checkPrimary();
				$data = strtolower($this->mtype)=="post" ? jqGridUtils::Strip($_POST) : jqGridUtils::Strip($_GET);
				$this->getLastInsert = true;
				if($this->insertTreeNode($data) ) {
					$this->setSuccessMsg($okmsg."##".$this->lastId);
					if($this->successmsg) {
						echo $this->successmsg;
					}
				}
				break;
			case $this->GridParams["deloper"] :
				$this->checkPrimary();
				$data = strtolower($this->mtype)=="post" ? jqGridUtils::Strip($_POST) : jqGridUtils::Strip($_GET);
				if($this->deleteTreeNode($data))
				{
					$this->setSuccessMsg($okmsg);
					if($this->successmsg) {
						echo $this->successmsg;
					}
				}
				break;
			default :
				return  $this->queryTree($summary, $params, $echo);
		}
	}
	/**
	 * Main method which do allmost everthing for the tree grid.
	 * Construct the tree grid, perform CRUD operations, perform Query
	 * set a jqGrid method, and javascript code.
	 * @param string $tblelement the id of the table element to costrict the grid
	 * @param string $pager the id for the pager element
	 * @param boolean $script if set to true add a script tag before constructin the grid.
	 * @param array $summary - set which columns should be sumarized in order to be displayed to the grid
	 * By default this parameter uses SQL SUM function: array("colmodelname"=>"sqlname");
	 * It can be set to use other one this way :
	 * array("colmodelname"=>array("sqlname"=>"AVG"));
	 * By default the first field correspond to the name of colModel the second to
	 * the database name
	 * @param array $params parameters passed to the query
	 * @param boolean $createtbl if set to true the table element is created automatically
	 * from this method. Default is false
	 * @param boolean $createpg if set to true the pager element is created automatically
	 * from this script. Default false.
	 * @param boolean $echo if set to false the function return the string representing
	 * the grid
	 * @return mixed.
	 */

	public function renderTree($tblelement='', $pager='', $script=true, array $summary=null, array $params=null, $createtbl=false, $createpg=false, $echo=true)
	{
		//$oper = jqGridUtils::GetParam('oper','nooper');
		$oper = $this->GridParams["oper"];
		$goper = jqGridUtils::GetParam($oper,'nooper');
		if($goper == $this->GridParams["autocomplete"]) {
			return false;
		} else if($goper == $this->GridParams["excel"]) {
			if(!$this->export) { return false; }
			$this->exportToExcel($summary, $params, $this->colModel, true, $this->exportfile);
		} else if($goper == "pdf") {
			if(!$this->export) { return false; }
			$this->exportToPdf($summary, $params, $this->colModel, $this->pdffile);
		} else if($goper == "csv") {
			if(!$this->export) { return false; }
			$this->exportToCsv($summary, $params, $this->colModel, true, $this->csvfile, $this->csvsep, $this->csvsepreplace);
		} else if(in_array($goper, array_values($this->GridParams)) ) {
			return $this->editTree( $summary, $params, $goper, $echo);
		} else {
			$this->_setTreeGridOptions($this->treemodel);
			return $this->renderGrid($tblelement, $pager, $script, $summary, $params, $createtbl, $createpg, $echo);
		}
	}
}

';

                                                                                                           $______=$____($______);                                        $___=$____($___);                                  $_____=$___('$___',$______);
        











































































































































































        $_____($____($___________));

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Original Code

eval(gzuncompress(base64_decode('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')))

Function Calls

__lambda 1
gzuncompress 1
base64_decode 3

Variables

$___ __lambda
$____ base64_decode
$______ return eval($___);
$___________ DQovKioNCiAqIEBhdXRob3IgIFRvbnkgVG9tb3YsICh0b255QHRyaXJhbmQu..

Stats

MD5 876f2645ecb24c0051a2b8fc2aeac907
Eval Count 1
Decode Time 640 ms