get_parms('period', 'logsql');
$dom = new DOMDocument();
$dom->preserveWhiteSpace = false;
$dom->formatOutput = true;
if ($dom->loadXML($oldxml)) {
$xmlchanged = false;
foreach (array(
'str:period'
, 'boo:logsql'
) as $pname) {
$ptype = substr($pname, 0, 3);
$pname = substr($pname, 4);
$pvalue = $parm2[$pname];
if (($ns = $dom->getElementsByTagName($pname)->item(0))) {
// field did exists, remove thevalue
while (($n = $ns->firstChild))
$ns->removeChild($n);
} else {
// field did not exists, create it
$ns = $dom->documentElement->appendChild($dom->createElement($pname));
}
// set the value
switch ($ptype) {
case "str":
case "pop":
$ns->appendChild($dom->createTextNode($pvalue));
break;
case "boo":
$ns->appendChild($dom->createTextNode($pvalue ? '1' : '0'));
break;
}
$xmlchanged = true;
}
}
return $dom->saveXML();
}
/**
* PRINT head for the gui
*/
public function printInterfaceHEAD()
{
?>
maxrecs = 1000;
$this->sxTaskSettings = simplexml_load_string($this->getSettings());
if (false === $this->sxTaskSettings || !$this->sxTaskSettings->tasks) {
return array();
}
$ret = array();
$logsql = (int) ($this->sxTaskSettings->logsql) > 0;
foreach ($this->sxTaskSettings->tasks->task as $sxtask) {
if (!$this->running) {
break;
}
$task = $this->calcSQL($sxtask);
if (!$task['active']) {
continue;
}
if ($logsql) {
$this->log(sprintf("playing task '%s' on base '%s'"
, $task['name']
, $task['basename'] ? $task['basename'] : ''), self::LOG_INFO);
}
try {
$connbas = connection::getPDOConnection($this->dependencyContainer, $task['sbas_id']);
} catch (Exception $e) {
$this->log(sprintf("can't connect sbas %s", $task['sbas_id']), self::LOG_ERROR);
continue;
}
$stmt = $connbas->prepare($task['sql']['real']['sql']);
if ($stmt->execute(array())) {
while ($this->running && ($row = $stmt->fetch(PDO::FETCH_ASSOC)) !== FALSE) {
$tmp = array('sbas_id' => $task['sbas_id'], 'record_id' => $row['record_id'], 'action' => $task['action']);
$rec = new record_adapter($this->dependencyContainer, $task['sbas_id'], $row['record_id']);
switch ($task['action']) {
case 'UPDATE':
// change collection ?
if (($x = (int) ($sxtask->to->coll['id'])) > 0) {
$tmp['coll'] = $x;
}
// change sb ?
if (($x = $sxtask->to->status['mask'])) {
$tmp['sb'] = $x;
}
$ret[] = $tmp;
break;
case 'DELETE':
$tmp['deletechildren'] = false;
if ($sxtask['deletechildren'] && $rec->is_grouping()) {
$tmp['deletechildren'] = true;
}
$ret[] = $tmp;
break;
}
}
$stmt->closeCursor();
}
}
return $ret;
}
/**
* work on ONE record
*
* @param appbox $appbox
* @param array $row
* @return \task_period_RecordMover
*/
protected function processOneContent(appbox $appbox, Array $row)
{
$logsql = (int) ($this->sxTaskSettings->logsql) > 0;
$databox = $this->dependencyContainer['phraseanet.appbox']->get_databox($row['sbas_id']);
$rec = new record_adapter($this->dependencyContainer, $row['sbas_id'], $row['record_id']);
switch ($row['action']) {
case 'UPDATE':
// change collection ?
if (array_key_exists('coll', $row)) {
$coll = collection::get_from_coll_id($this->dependencyContainer, $databox, $row['coll']);
$rec->move_to_collection($coll, $this->dependencyContainer['phraseanet.appbox']);
$this['phraseanet.SE']->updateRecord($rec);
if ($logsql) {
$this->log(sprintf("on sbas %s move rid %s to coll %s \n", $row['sbas_id'], $row['record_id'], $coll->get_coll_id()));
}
}
// change sb ?
if (array_key_exists('sb', $row)) {
$status = str_split($rec->get_status());
foreach (str_split(strrev($row['sb'])) as $bit => $val) {
if ($val == '0' || $val == '1') {
$status[31 - $bit] = $val;
}
}
$status = implode('', $status);
$rec->set_binary_status($status);
$this->dependencyContainer['phraseanet.SE']->updateRecord($rec);
if ($logsql) {
$this->log(sprintf("on sbas %s set rid %s status to %s \n", $row['sbas_id'], $row['record_id'], $status));
}
}
break;
case 'DELETE':
if ($row['deletechildren'] && $rec->is_grouping()) {
foreach ($rec->get_children() as $child) {
$child->delete();
$this->dependencyContainer['phraseanet.SE']->removeRecord($child);
if ($logsql) {
$this->log(sprintf("on sbas %s delete (grp child) rid %s \n", $row['sbas_id'], $child->get_record_id()));
}
}
}
$rec->delete();
$this->dependencyContainer['phraseanet.SE']->removeRecord($rec);
if ($logsql) {
$this->log(sprintf("on sbas %s delete rid %s \n", $row['sbas_id'], $rec->get_record_id()));
}
break;
}
return $this;
}
/**
* all work done on processOneContent, so nothing to do here
*
* @param appbox $appbox
* @param array $row
* @return \task_period_RecordMover
*/
protected function postProcessOneContent(appbox $appbox, Array $row)
{
return $this;
}
/**
* compute sql for a task ( entry in settings)
*
* @param simplexml $sxtask
* @param boolean $playTest
* @return array
*/
private function calcSQL($sxtask, $playTest = false)
{
$sbas_id = (int) ($sxtask['sbas_id']);
$ret = array(
'name' => $sxtask['name'] ? (string) $sxtask['name'] : 'sans nom',
'name_htmlencoded' => \p4string::MakeString(($sxtask['name'] ? $sxtask['name'] : 'sans nom'), 'html'),
'active' => trim($sxtask['active']) === '1',
'sbas_id' => $sbas_id,
'basename' => '',
'basename_htmlencoded' => '',
'action' => strtoupper($sxtask['action']),
'sql' => NULL,
'err' => '',
'err_htmlencoded' => '',
);
try {
$dbox = $this->dependencyContainer['phraseanet.appbox']->get_databox($sbas_id);
$ret['basename'] = $dbox->get_viewname();
$ret['basename_htmlencoded'] = htmlentities($ret['basename']);
switch ($ret['action']) {
case 'UPDATE':
$ret['sql'] = $this->calcUPDATE($sbas_id, $sxtask, $playTest);
break;
case 'DELETE':
$ret['sql'] = $this->calcDELETE($sbas_id, $sxtask, $playTest);
$ret['deletechildren'] = (int) ($sxtask['deletechildren']);
break;
default:
$ret['err'] = "bad action '" . $ret['action'] . "'";
$ret['err_htmlencoded'] = htmlentities($ret['err']);
break;
}
} catch (Exception $e) {
$ret['err'] = "bad sbas '" . $sbas_id . "'";
$ret['err_htmlencoded'] = htmlentities($ret['err']);
}
return $ret;
}
/**
* compute entry for a UPDATE query
*
* @param integer $sbas_id
* @param simplexml $sxtask
* @param boolean $playTest
* @return array
*/
private function calcUPDATE($sbas_id, &$sxtask, $playTest)
{
$tws = array(); // NEGATION of updates, used to build the 'test' sql
//
// set coll_id ?
if (($x = (int) ($sxtask->to->coll['id'])) > 0) {
$tws[] = 'coll_id!=' . $x;
}
// set status ?
$x = $sxtask->to->status['mask'];
$mx = str_replace(' ', '0', ltrim(str_replace(array('0', 'x'), array(' ', ' '), $x)));
$ma = str_replace(' ', '0', ltrim(str_replace(array('x', '0'), array(' ', '1'), $x)));
if ($mx && $ma)
$tws[] = '((status ^ 0b' . $mx . ') & 0b' . $ma . ')!=0';
elseif ($mx)
$tws[] = '(status ^ 0b' . $mx . ')!=0';
elseif ($ma)
$tws[] = '(status & 0b' . $ma . ')!=0';
// compute the 'where' clause
list($tw, $join) = $this->calcWhere($sbas_id, $sxtask);
// ... complete the where to buid the TEST
if (count($tws) == 1)
$tw[] = $tws[0];
elseif (count($tws) > 1)
$tw[] = '(' . implode(') OR (', $tws) . ')';
if (count($tw) == 1)
$where = $tw[0];
if (count($tw) > 1)
$where = '(' . implode(') AND (', $tw) . ')';
// build the TEST sql (select)
$sql_test = 'SELECT record_id FROM record' . $join;
if (count($tw) > 0)
$sql_test .= ' WHERE ' . ((count($tw) == 1) ? $tw[0] : '(' . implode(') AND (', $tw) . ')');
// build the real sql (select)
$sql = 'SELECT record_id FROM record' . $join;
if (count($tw) > 0)
$sql .= ' WHERE ' . ((count($tw) == 1) ? $tw[0] : '(' . implode(') AND (', $tw) . ')');
$ret = array(
'real' => array(
'sql' => $sql,
'sql_htmlencoded' => htmlentities($sql),
),
'test' => array(
'sql' => $sql_test,
'sql_htmlencoded' => htmlentities($sql_test),
'result' => NULL,
'err' => NULL
)
);
if ($playTest) {
$ret['test']['result'] = $this->playTest($sbas_id, $sql_test);
}
return $ret;
}
/**
* compute entry for a DELETE task
*
* @param integer $sbas_id
* @param simplexml $sxtask
* @param boolean $playTest
* @return array
*/
private function calcDELETE($sbas_id, &$sxtask, $playTest)
{
// compute the 'where' clause
list($tw, $join) = $this->calcWhere($sbas_id, $sxtask);
// build the TEST sql (select)
$sql_test = 'SELECT SQL_CALC_FOUND_ROWS record_id FROM record' . $join;
if (count($tw) > 0)
$sql_test .= ' WHERE ' . ((count($tw) == 1) ? $tw[0] : '(' . implode(') AND (', $tw) . ')');
$sql_test .= ' LIMIT 10';
// build the real sql (select)
$sql = 'SELECT record_id FROM record' . $join;
if (count($tw) > 0)
$sql .= ' WHERE ' . ((count($tw) == 1) ? $tw[0] : '(' . implode(') AND (', $tw) . ')');
$ret = array(
'real' => array(
'sql' => $sql,
'sql_htmlencoded' => htmlentities($sql),
),
'test' => array(
'sql' => $sql_test,
'sql_htmlencoded' => htmlentities($sql_test),
'result' => NULL,
'err' => NULL
)
);
if ($playTest) {
$ret['test']['result'] = $this->playTest($sbas_id, $sql_test);
}
return $ret;
}
/**
* compute the 'where' clause
* returns an array of clauses to be joined by 'and'
* and a 'join' to needed tables
*
* @param integer $sbas_id
* @param simplecms $sxtask
* @return array
*/
private function calcWhere($sbas_id, &$sxtask)
{
$connbas = connection::getPDOConnection($this->dependencyContainer, $sbas_id);
$tw = array();
$join = '';
$ijoin = 0;
// criteria
if (($x = $sxtask->from->type['type']) !== NULL) {
switch (strtoupper($x)) {
case 'RECORD':
$tw[] = 'parent_record_id!=record_id';
break;
case 'STORY':
$tw[] = 'parent_record_id=record_id';
break;
}
}
// criteria
foreach ($sxtask->from->text as $x) {
$ijoin++;
$comp = strtoupper($x['compare']);
if (in_array($comp, array('<', '>', '<=', '>=', '=', '!='))) {
$s = 'p' . $ijoin . '.name=\'' . $x['field'] . '\' AND p' . $ijoin . '.value' . $comp;
$s .= '' . $connbas->quote($x['value']) . '';
$tw[] = $s;
$join .= ' INNER JOIN prop AS p' . $ijoin . ' USING(record_id)';
} else {
// bad comparison operator
}
}
// criteria
foreach ($sxtask->from->date as $x) {
$ijoin++;
$s = 'p' . $ijoin . '.name=\'' . $x['field'] . '\' AND NOW()';
$s .= strtoupper($x['direction']) == 'BEFORE' ? '<' : '>=';
$delta = (int) ($x['delta']);
if ($delta > 0)
$s .= '(p' . $ijoin . '.value+INTERVAL ' . $delta . ' DAY)';
elseif ($delta < 0)
$s .= '(p' . $ijoin . '.value-INTERVAL ' . -$delta . ' DAY)';
else
$s .= 'p' . $ijoin . '.value';
$tw[] = $s;
$join .= ' INNER JOIN prop AS p' . $ijoin . ' USING(record_id)';
}
// criteria
if (($x = $sxtask->from->coll) !== NULL) {
$tcoll = explode(',', $x['id']);
foreach ($tcoll as $i => $c)
$tcoll[$i] = (int) $c;
if ($x['compare'] == '=') {
if (count($tcoll) == 1) {
$tw[] = 'coll_id = ' . $tcoll[0];
} else {
$tw[] = 'coll_id IN(' . implode(',', $tcoll) . ')';
}
} elseif ($x['compare'] == '!=') {
if (count($tcoll) == 1) {
$tw[] = 'coll_id != ' . $tcoll[0];
} else {
$tw[] = 'coll_id NOT IN(' . implode(',', $tcoll) . ')';
}
} else {
// bad operator
}
}
// criteria
$x = $sxtask->from->status['mask'];
$mx = str_replace(' ', '0', ltrim(str_replace(array('0', 'x'), array(' ', ' '), $x)));
$ma = str_replace(' ', '0', ltrim(str_replace(array('x', '0'), array(' ', '1'), $x)));
if ($mx && $ma) {
$tw[] = '((status^0b' . $mx . ')&0b' . $ma . ')=0';
} elseif ($mx) {
$tw[] = '(status^0b' . $mx . ')=0';
} elseif ($ma) {
$tw[] = '(status&0b' . $ma . ")=0";
}
if (count($tw) == 1) {
$where = $tw[0];
}
if (count($tw) > 1) {
$where = '(' . implode(') AND (', $tw) . ')';
}
return array($tw, $join);
}
/**
* play a 'test' sql on sbas, return the number of records and the 10 first rids
*
* @param integer $sbas_id
* @param string $sql
* @return array
*/
private function playTest($sbas_id, $sql)
{
$connbas = connection::getPDOConnection($this->dependencyContainer, $sbas_id);
$result = array('rids' => array(), 'err' => '', 'n' => null);
$result['n'] = $connbas->query('SELECT COUNT(*) AS n FROM (' . $sql . ') AS x')->fetchColumn();
$stmt = $connbas->prepare('SELECT record_id FROM (' . $sql . ') AS x LIMIT 10');
if ($stmt->execute(array())) {
while (($row = $stmt->fetch(PDO::FETCH_ASSOC))) {
$result['rids'][] = $row['record_id'];
}
$stmt->closeCursor();
} else {
$result['err'] = $connbas->last_error();
}
return $result;
}
/**
* facility called by xhttp/jquery from interface for ex. when switching interface from gui<->xml
*/
public function facility()
{
$request = http_request::getInstance();
$parm2 = $request->get_parms(
'ACT', 'xml'
);
$ret = array('tasks' => array());
switch ($parm2['ACT']) {
case 'CALCTEST':
$sxml = simplexml_load_string($parm2['xml']);
foreach ($sxml->tasks->task as $sxtask) {
$ret['tasks'][] = $this->calcSQL($sxtask, false);
}
break;
case 'PLAYTEST':
$sxml = simplexml_load_string($parm2['xml']);
foreach ($sxml->tasks->task as $sxtask) {
$ret['tasks'][] = $this->calcSQL($sxtask, true);
}
break;
case 'CALCSQL':
$xml = $this->graphic2xml('');
$sxml = simplexml_load_string($xml);
foreach ($sxml->tasks->task as $sxtask) {
$ret['tasks'][] = $this->calcSQL($sxtask, false);
}
break;
}
return json_encode($ret);
}
}