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<?php
/**
* ---------------------------------------------------------------------
*
* GLPI - Gestionnaire Libre de Parc Informatique
*
* http://glpi-project.org
*
* @copyright 2015-2022 Teclib' and contributors.
* @copyright 2003-2014 by the INDEPNET Development Team.
* @licence https://www.gnu.org/licenses/gpl-3.0.html
*
* ---------------------------------------------------------------------
*
* LICENSE
*
* This file is part of GLPI.
*
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program. If not, see <https://www.gnu.org/licenses/>.
*
* ---------------------------------------------------------------------
*/
/**
* Common DataBase Connexity Table Manager Class
* This class factorize code for CommonDBChild and CommonDBRelation. Both classes themselves
* factorize and normalize the behaviour of all Child and Relations.
* As such, several elements are directly managed by these two classes since 0.84 :
* - Check: all can* methods (canCreate, canUpdate, canViewItem, canDeleteItem ...) are
* defined.
* - Update: when we try to update an attached element, we check if we change its parent item(s).
* If we change its parent(s), then we check if we can delete the item with previous
* parent(s) (cf. "check" before) AND we can create the item with the new parent(s).
* - Entity: Entity is automatically setted or updated when setting or changing an attached item.
* Thus, you don't have any more to worry about entities.
* (May be disable using $disableAutoEntityForwarding)
* - Log: when we create, update or delete an item, we update its parent(s)'s histories to
* notify them of the creation, update or deletion
* - Flying items : some items can be on the stock. For instance, before beeing plugged inside a
* computer, an Item_DeviceProcessor can be without any parent. It is now possible
* to define such items and transfer them from parent to parent.
*
* The aim of the new check is that the rights on a Child or a Relation are driven by the
* parent(s): you can create, delete or update the item if and only if you can update its parent(s);
* you can view the item if and only if you can view its parent(s). Beware that it differs from the
* default behaviour of CommonDBTM: if you don't define canUpdate or canDelete, then it checks
* canCreate and by default canCreate returns false (thus, if you don't do anything, you don't have
* any right). A side effect is that if you define specific rights (see NetworkName::canCreate())
* for your classes you must define all rights (canCreate, canView, canUpdate and canDelete).
*
* @warning You have to care of calling CommonDBChild or CommonDBRelation methods if you override
* their methods (for instance: call parent::prepareInputForAdd($input) if you define
* prepareInputForAdd). You can find an example with UserEmail::prepareInputForAdd($input).
*
* @since 0.84
**/
abstract class CommonDBConnexity extends CommonDBTM
{
use Glpi\Features\Clonable;
const DONT_CHECK_ITEM_RIGHTS = 1; // Don't check the parent => always can*Child
const HAVE_VIEW_RIGHT_ON_ITEM = 2; // canXXXChild = true if parent::canView == true
const HAVE_SAME_RIGHT_ON_ITEM = 3; // canXXXChild = true if parent::canXXX == true
public static $canDeleteOnItemClean = true;
/// Disable auto forwarding information about entities ?
public static $disableAutoEntityForwarding = false;
public function getCloneRelations(): array
{
return [
];
}
/**
* Return the SQL request to get all the connexities corresponding to $itemtype[$items_id]
* That is used by cleanDBOnItem : the only interesting field is static::getIndexName()
* But CommonDBRelation also use it to get more complex result
*
* @since 9.4
*
* @param string $itemtype the type of the item to look for
* @param integer $items_id the id of the item to look for
*
* @return array|null
*/
public static function getSQLCriteriaToSearchForItem($itemtype, $items_id)
{
return null;
}
/**
* Clean the Connecity Table when item of the relation is deleted
* To be call from the cleanDBonPurge of each Item class
*
* @param string $itemtype type of the item
* @param integer $items_id id of the item
**/
public function cleanDBonItemDelete($itemtype, $items_id)
{
global $DB;
$criteria = static::getSQLCriteriaToSearchForItem($itemtype, $items_id);
if ($criteria !== null) {
$input = [
'_no_history' => true,
'_disablenotif' => true
];
$iterator = $DB->request($criteria);
foreach ($iterator as $data) {
$input[$this->getIndexName()] = $data[$this->getIndexName()];
$this->delete($input, 1);
}
}
}
/**
* get associated item (defined by $itemtype and $items_id)
*
* @see CommonDBConnexity::getItemFromArray()
*
* @param string $itemtype the name of the field of the type of the item to get
* @param string $items_id the name of the field of the id of the item to get
* @param boolean $getFromDB do we have to load the item from the DB ?
* @param boolean $getEmpty else : do we have to load an empty item ?
* @param boolean $getFromDBOrEmpty get from DB if possible, else, getEmpty
*
* @return CommonDBTM|boolean the item or false if we cannot load the item
**/
public function getConnexityItem(
$itemtype,
$items_id,
$getFromDB = true,
$getEmpty = true,
$getFromDBOrEmpty = false
) {
return static::getItemFromArray(
$itemtype,
$items_id,
$this->fields,
$getFromDB,
$getEmpty,
$getFromDBOrEmpty
);
}
/**
* get items associated to the given one (defined by $itemtype and $items_id)
*
* @see CommonDBConnexity::getItemsAssociationRequest()
* @since 9.5
*
* @param string $itemtype the type of the item we want the resulting items to be associated to
* @param string $items_id the name of the item we want the resulting items to be associated to
*
* @return array the items associated to the given one (empty if none was found)
**/
public static function getItemsAssociatedTo($itemtype, $items_id)
{
$res = [];
$iterator = static::getItemsAssociationRequest($itemtype, $items_id);
foreach ($iterator as $row) {
$input = Toolbox::addslashes_deep($row);
$item = new static();
$item->getFromDB($input[static::getIndexName()]);
$res[] = $item;
}
return $res;
}
/**
* get the request results to get items associated to the given one (defined by $itemtype and $items_id)
*
* @since 9.5
*
* @param string $itemtype the type of the item we want the resulting items to be associated to
* @param string $items_id the name of the item we want the resulting items to be associated to
*
* @return array the items associated to the given one (empty if none was found)
*/
public static function getItemsAssociationRequest($itemtype, $items_id)
{
global $DB;
return $DB->request(static::getSQLCriteriaToSearchForItem($itemtype, $items_id));
}
/**
* Get item field name for cloning
*
* @param string $itemtype Item type
*
* @return string
*/
abstract public static function getItemField($itemtype): string;
/**
* get associated item (defined by $itemtype and $items_id)
*
* @param string $itemtype the name of the field of the type of the item to get
* @param string $items_id the name of the field of the id of the item to get
* @param array $array the array in we have to search ($input, $this->fields ...)
* @param boolean $getFromDB do we have to load the item from the DB ?
* @param boolean $getEmpty else : do we have to load an empty item ?
* @param boolean $getFromDBOrEmpty get from DB if possible, else, getEmpty
*
* @return CommonDBTM|boolean the item or false if we cannot load the item
**/
public static function getItemFromArray(
$itemtype,
$items_id,
array $array,
$getFromDB = true,
$getEmpty = true,
$getFromDBOrEmpty = false
) {
if (preg_match('/^itemtype/', $itemtype)) {
if (isset($array[$itemtype])) {
$type = $array[$itemtype];
} else {
$type = '';
}
} else {
$type = $itemtype;
}
$item = ($type ? getItemForItemtype($type) : false);
if ($item !== false) {
if (
$getFromDB
|| $getFromDBOrEmpty
) {
if (
isset($array[$items_id])
&& $item->getFromDB($array[$items_id])
) {
return $item;
}
if ($getFromDBOrEmpty) {
if ($item->getEmpty()) {
return $item;
}
}
} else if ($getEmpty) {
if ($item->getEmpty()) {
return $item;
}
} else {
return $item;
}
unset($item);
}
return false;
}
/**
* Factorization of prepareInputForUpdate for CommonDBRelation and CommonDBChild. Just check if
* we can change the item
*
* @warning if the update is not possible (right problem), then $input become false
*
* @param $input array the new values for the current item
* @param $fields array list of fields that define the attached items
*
* @return true if the attached item has changed, false if the attached items has not changed
**/
public function checkAttachedItemChangesAllowed(array $input, array $fields)
{
// Merge both arrays to ensure all the fields are defined for the following checks
$input = array_merge($this->fields, $input);
$have_to_check = false;
foreach ($fields as $field_name) {
if (
(isset($this->fields[$field_name]))
&& ($input[$field_name] != $this->fields[$field_name])
) {
$have_to_check = true;
break;
}
}
if ($have_to_check) {
$new_item = clone $this;
// Solution 1 : If we cannot create the new item or delete the old item,
// then we cannot update the item
unset($new_item->fields);
if (
!$new_item->can(-1, CREATE, $input)
|| !$this->can($this->getID(), DELETE)
|| !$this->can($this->getID(), PURGE)
) {
Session::addMessageAfterRedirect(
__('Cannot update item: not enough right on the parent(s) item(s)'),
INFO,
true
);
return false;
}
// Solution 2 : simple check ! Can we update the item with new values ?
// if (!$new_item->can($input['id'], 'w')) {
// Session::addMessageAfterRedirect(__('Cannot update item: not enough right on the parent(s) item(s)'),
// INFO, true);
// return false;
// }
}
return true;
}
/**
* Is auto entityForwarding needed ?
*
* @return boolean
**/
public function tryEntityForwarding()
{
return (!static::$disableAutoEntityForwarding && $this->isEntityAssign());
}
/**
* Factorization of canCreate, canView, canUpate and canDelete. It checks the ability to
* create, view, update or delete the item if it is possible (ie : $itemtype != 'itemtype')
*
* The aim is that the rights are driven by the attached item : if we can do the action on the
* item, then we can do the action of the CommonDBChild or the CommonDBRelation. Thus, it is the
* inverse of CommonDBTM's behaviour, that, by default forbid any action (cf.
* CommonDBTM::canCreate and CommonDBTM::canView)
*
* @warning By default, if the action is possible regarding the attaching item, then it is
* possible on the CommonDBChild and the CommonDBRelation.
*
* @param string $method the method to check (canCreate, canView, canUpdate of canDelete)
* @param integer $item_right the right to check (DONT_CHECK_ITEM_RIGHTS, HAVE_VIEW_RIGHT_ON_ITEM ...)
* @param string $itemtype the name of the field of the type of the item to get
* @param string $items_id the name of the field of the id of the item to get
*
* @return boolean true if we have absolute right to create the current connexity
**/
public static function canConnexity($method, $item_right, $itemtype, $items_id)
{
if (
($item_right != self::DONT_CHECK_ITEM_RIGHTS)
&& (!preg_match('/^itemtype/', $itemtype))
) {
if ($item_right == self::HAVE_VIEW_RIGHT_ON_ITEM) {
$method = 'canView';
}
if (!$itemtype::$method()) {
return false;
}
}
return true;
}
/**
* Factorization of canCreateItem, canViewItem, canUpateItem and canDeleteItem. It checks the
* ability to create, view, update or delete the item. If we cannot check the item (none is
* existing), then we can do the action of the current connexity
*
* @param string $methodItem the method to check (canCreateItem, canViewItem,
* canUpdateItem or canDeleteItem)
* @param string $methodNotItem the method to check (canCreate, canView, canUpdate of canDelete)
* @param integer $item_right the right to check (DONT_CHECK_ITEM_RIGHTS, HAVE_VIEW_RIGHT_ON_ITEM ...)
* @param string $itemtype the name of the field of the type of the item to get
* @param string $items_id the name of the field of the id of the item to get
* @param CommonDBTM|null &$item the item concerned by the item
*
* @return true if we have absolute right to create the current connexity
**/
public function canConnexityItem(
$methodItem,
$methodNotItem,
$item_right,
$itemtype,
$items_id,
CommonDBTM &$item = null
) {
// Do not get it twice
$connexityItem = $item;
if (is_null($connexityItem)) {
$connexityItem = $this->getConnexityItem($itemtype, $items_id);
// Set value in $item to reuse it on future calls
if ($connexityItem instanceof CommonDBTM) {
$item = $this->getConnexityItem($itemtype, $items_id);
}
}
if ($item_right != self::DONT_CHECK_ITEM_RIGHTS) {
if ($connexityItem !== false) {
if ($item_right == self::HAVE_VIEW_RIGHT_ON_ITEM) {
$methodNotItem = 'canView';
$methodItem = 'canViewItem';
}
// here, we can check item's global rights
if (preg_match('/^itemtype/', $itemtype)) {
if (!$connexityItem->$methodNotItem()) {
return false;
}
}
return $connexityItem->$methodItem();
} else {
// if we cannot get the parent, then we throw an exception
throw new CommonDBConnexityItemNotFound();
}
}
return true;
}
/**
* @since 0.84
*
* Get the change values for history when only the fields of the CommonDBChild are updated
* @warning can be call as many time as fields are updated
*
* @param string $field the name of the field that has changed
*
* @return array as the third parameter of Log::history() method or false if we don't want to
* log for the given field
**/
public function getHistoryChangeWhenUpdateField($field)
{
return ['0', addslashes($this->oldvalues[$field] ?? ''), addslashes($this->fields[$field] ?? '')];
}
/**
* Factorized method to search difference when updating a connexity : return both previous
* item and new item if both are different. Otherwise returns new items
*
* @param string $itemtype the name of the field of the type of the item to get
* @param string $items_id the name of the field of the id of the item to get
*
* @return array containing "previous" (if exists) and "new". Beware that both can be equal
* to false
**/
public function getItemsForLog($itemtype, $items_id)
{
$newItemArray = [
$items_id => $this->fields[$items_id],
];
$previousItemArray = [];
if (isset($this->oldvalues[$items_id])) {
$previousItemArray[$items_id] = $this->oldvalues[$items_id];
} else {
$previousItemArray[$items_id] = $this->fields[$items_id];
}
if (preg_match('/^itemtype/', $itemtype)) {
$newItemArray[$itemtype] = $this->fields[$itemtype];
if (isset($this->oldvalues[$itemtype])) {
$previousItemArray[$itemtype] = $this->oldvalues[$itemtype];
} else {
$previousItemArray[$itemtype] = $this->fields[$itemtype];
}
}
$result = ['new' => self::getItemFromArray($itemtype, $items_id, $newItemArray)];
if ($previousItemArray !== $newItemArray) {
$result['previous'] = self::getItemFromArray($itemtype, $items_id, $previousItemArray);
}
return $result;
}
/**
* Get all specificities of the current itemtype concerning the massive actions
*
* @since 0.85
*
* @return array of the specificities:
* 'reaffect' is it possible to reaffect the connexity (1 or 2 for CommonDBRelation)
* 'itemtypes' the types of the item in cas of reaffectation
* 'normalized' array('affect', 'unaffect') of arrays containing each action
* 'button_labels' array of the labels of the button indexed by the action name
**/
public static function getConnexityMassiveActionsSpecificities()
{
return ['reaffect' => false,
'itemtypes' => [],
'normalized' => ['affect' => ['affect'],
'unaffect' => ['unaffect']
],
'action_name' => ['affect' => _x('button', 'Associate'),
'unaffect' => _x('button', 'Dissociate')
]
];
}
/**
* @since 0.85
*
* @see CommonDBTM::getMassiveActionsForItemtype()
**/
public static function getMassiveActionsForItemtype(
array &$actions,
$itemtype,
$is_deleted = 0,
CommonDBTM $checkitem = null
) {
$unaffect = false;
$affect = false;
if (is_a($itemtype, 'CommonDBChild', true)) {
$specificities = $itemtype::getConnexityMassiveActionsSpecificities();
if (!$itemtype::$mustBeAttached) {
$unaffect = true;
$affect = true;
} else if ($specificities['reaffect']) {
$affect = true;
}
} else if (is_a($itemtype, 'CommonDBRelation', true)) {
$specificities = $itemtype::getConnexityMassiveActionsSpecificities();
if ((!$itemtype::$mustBeAttached_1) || (!$itemtype::$mustBeAttached_2)) {
$unaffect = true;
$affect = true;
} else if ($specificities['reaffect']) {
$affect = true;
}
} else {
return;
}
$prefix = __CLASS__ . MassiveAction::CLASS_ACTION_SEPARATOR;
if ($unaffect) {
$actions[$prefix . 'unaffect'] = $specificities['action_name']['unaffect'];
}
if ($affect) {
$actions[$prefix . 'affect'] = $specificities['action_name']['affect'];
}
parent::getMassiveActionsForItemtype($actions, $itemtype, $is_deleted, $checkitem);
}
/**
* @since 0.85
*
* @see CommonDBTM::showMassiveActionsSubForm()
**/
public static function showMassiveActionsSubForm(MassiveAction $ma)
{
$action = $ma->getAction();
$items = $ma->getItems();
$itemtypes_affect = [];
$itemtypes_unaffect = [];
foreach (array_keys($items) as $itemtype) {
if (!is_a($itemtype, __CLASS__, true)) {
continue;
}
$specificities = $itemtype::getConnexityMassiveActionsSpecificities();
if (in_array($action, $specificities['normalized']['affect'])) {
$itemtypes_affect[$itemtype] = $specificities;
continue;
}
if (in_array($action, $specificities['normalized']['unaffect'])) {
$itemtypes_unaffect[$itemtype] = $specificities;
continue;
}
}
if (count($itemtypes_affect) > count($itemtypes_unaffect)) {
$normalized_action = 'affect';
$itemtypes = $itemtypes_affect;
} else if (count($itemtypes_affect) < count($itemtypes_unaffect)) {
$normalized_action = 'unaffect';
$itemtypes = $itemtypes_unaffect;
} else {
return parent::showMassiveActionsSubForm($ma);
}
switch ($normalized_action) {
case 'unaffect':
foreach ($itemtypes as $itemtype => $specificities) {
if (is_a($itemtype, 'CommonDBRelation', true)) {
$peer_field = "peer[$itemtype]";
if ((!$itemtype::$mustBeAttached_1) && (!$itemtype::$mustBeAttached_2)) {
// Should never occur ... But we must care !
$values = [];
if (
(empty($itemtype::$itemtype_1))
|| (preg_match('/^itemtype/', $itemtype::$itemtype_1))
) {
$values[0] = __('First Item');
} else {
$itemtype_1 = $itemtype::$itemtype_1;
$values[0] = $itemtype_1::getTypeName(Session::getPluralNumber());
}
if (
(empty($itemtype::$itemtype_2))
|| (preg_match('/^itemtype/', $itemtype::$itemtype_2))
) {
$values[1] = __('Second Item');
} else {
$itemtype_2 = $itemtype::$itemtype_2;
$values[1] = $itemtype_2::getTypeName(Session::getPluralNumber());
}
echo sprintf(__('Select a peer for %s:'), $itemtype::getTypeName());
Dropdown::showFromArray($peer_field, $values);
echo "<br>\n";
} else if (!$itemtype::$mustBeAttached_1) {
echo "<input type='hidden' name='$peer_field' value='0'>";
} else if (!$itemtype::$mustBeAttached_2) {
echo "<input type='hidden' name='$peer_field' value='1'>";
}
}
}
echo "<br><br>" . Html::submit(_x('button', 'Dissociate'), ['name' => 'massiveaction']);
return true;
case 'affect':
$peertypes = [];
foreach ($itemtypes as $itemtype => $specificities) {
if (!$specificities['reaffect']) {
continue;
}
if (is_a($itemtype, 'CommonDBRelation', true)) {
if ($specificities['reaffect'] == 1) {
$peertype = $itemtype::$itemtype_1;
} else {
$peertype = $itemtype::$itemtype_2;
}
} else {
$peertype = $itemtype::$itemtype;
}
if (preg_match('/^itemtype/', $peertype)) {
$peertypes = array_merge($peertypes, $specificities['itemtypes']);
} else {
$peertypes[] = $peertype;
}
}
$peertypes = array_unique($peertypes);
if (count($peertypes) == 0) {
echo __('Unable to reaffect given elements!');
exit();
}
$options = [];
if (count($peertypes) == 1) {
$options['name'] = 'peers_id';
$type_for_dropdown = $peertypes[0];
if (preg_match('/^itemtype/', $peertype)) {
echo Html::hidden('peertype', ['value' => $type_for_dropdown]);
}
$type_for_dropdown::dropdown($options);
} else {
$options['itemtype_name'] = 'peertype';
$options['items_id_name'] = 'peers_id';
$options['itemtypes'] = $peertypes;
Dropdown::showSelectItemFromItemtypes($options);
}
echo "<br><br>" . Html::submit(_x('button', 'Associate'), ['name' => 'massiveaction']);
return true;
}
return parent::showMassiveActionsSubForm($ma);
}
/**
* @since 0.85
*
* Set based array for static::add or static::update in case of massive actions are doing
* something.
*
* @param string $action the name of the action
* @param CommonDBTM $item the item on which apply the massive action
* @param integer[] $ids the ids of the item on which apply the action
* @param array $input the input provided by the form ($_POST, $_GET ...)
*
* @return array containing the elements
**/
public static function getConnexityInputForProcessingOfMassiveActions(
$action,
CommonDBTM $item,
array $ids,
array $input
) {
return [];
}
/**
* @since 0.85
*
* @see CommonDBTM::processMassiveActionsForOneItemtype()
**/
public static function processMassiveActionsForOneItemtype(
MassiveAction $ma,
CommonDBTM $item,
array $ids
) {
if (!is_a($item, __CLASS__, true)) {
parent::processMassiveActionsForOneItemtype($ma, $item, $ids);
return;
}
$itemtype = $item->getType();
$specificities = $itemtype::getConnexityMassiveActionsSpecificities();
$action = $ma->getAction();
$input = $ma->getInput();
// First, get normalized action : affect or unaffect
if (in_array($action, $specificities['normalized']['affect'])) {
$normalized_action = 'affect';
} else if (in_array($action, $specificities['normalized']['unaffect'])) {
$normalized_action = 'unaffect';
} else {
// If we cannot get normalized action, then, its not for this method !
parent::processMassiveActionsForOneItemtype($ma, $item, $ids);
return;
}
switch ($normalized_action) {
case 'unaffect':
foreach ($ids as $key) {
if ($item->can($key, UPDATE)) {
if ($item instanceof CommonDBRelation) {
if (isset($input['peer'][$item->getType()])) {
if ($item->affectRelation($key, $input['peer'][$item->getType()])) {
$ma->itemDone($item->getType(), $key, MassiveAction::ACTION_OK);
} else {
$ma->itemDone($item->getType(), $key, MassiveAction::ACTION_KO);
$ma->addMessage($item->getErrorMessage(ERROR_ON_ACTION));
}
} else {
$ma->itemDone($item->getType(), $key, MassiveAction::ACTION_KO);
$ma->addMessage($item->getErrorMessage(ERROR_ON_ACTION));
}
} else if ($item instanceof CommonDBChild) {
if ($item->affectChild($key)) {
$ma->itemDone($item->getType(), $key, MassiveAction::ACTION_OK);
} else {
$ma->itemDone($item->getType(), $key, MassiveAction::ACTION_KO);
$ma->addMessage($item->getErrorMessage(ERROR_ON_ACTION));
}
}
} else {
$ma->itemDone($item->getType(), $key, MassiveAction::ACTION_NORIGHT);
$ma->addMessage($item->getErrorMessage(ERROR_RIGHT));
}
}
return;
case 'affect':
if (!$specificities['reaffect']) {
$ma->itemDone($item->getType(), $ids, MassiveAction::ACTION_KO);
$ma->addMessage($item->getErrorMessage(ERROR_ON_ACTION));
return;
}
if (is_a($item, 'CommonDBRelation', true)) {
if ($specificities['reaffect'] == 1) {
$peertype = $itemtype::$itemtype_1;
$peers_id = $itemtype::$items_id_1;
} else {
$peertype = $itemtype::$itemtype_2;
$peers_id = $itemtype::$items_id_2;
}
} else {
$peertype = $itemtype::$itemtype;
$peers_id = $itemtype::$items_id;
}
$input2 = $itemtype::getConnexityInputForProcessingOfMassiveActions(
$action,
$item,
$ids,
$input
);
$input2[$peers_id] = $input['peers_id'];
if (preg_match('/^itemtype/', $peertype)) {
if (!in_array($input['peertype'], $specificities['itemtypes'])) {
$ma->itemDone($item->getType(), $ids, MassiveAction::ACTION_KO);
$ma->addMessage($item->getErrorMessage(ERROR_NOT_FOUND));
return;
}
$input2[$peertype] = $input['peertype'];
} else {
if ($peertype != $input['peertype']) {
$ma->itemDone($item->getType(), $ids, MassiveAction::ACTION_KO);
$ma->addMessage($item->getErrorMessage(ERROR_NOT_FOUND));
return;
}
}
foreach ($ids as $key) {
if (!$item->getFromDB($key)) {
$ma->itemDone($item->getType(), $key, MassiveAction::ACTION_KO);
$ma->addMessage($item->getErrorMessage(ERROR_NOT_FOUND));
continue;
}
if (preg_match('/^itemtype/', $peertype)) {
if (
($input2[$peertype] == $item->fields[$peertype])
&& ($input2[$peers_id] == $item->fields[$peers_id])
) {
$ma->itemDone($item->getType(), $key, MassiveAction::ACTION_KO);
$ma->addMessage($item->getErrorMessage(ERROR_ALREADY_DEFINED));
continue;
}
} else {
if ($input2[$peers_id] == $item->fields[$peers_id]) {
$ma->itemDone($item->getType(), $key, MassiveAction::ACTION_KO);
$ma->addMessage($item->getErrorMessage(ERROR_ALREADY_DEFINED));
continue;
}
}
$input2[$item->getIndexName()] = $item->getID();
if ($item->can($item->getID(), UPDATE, $input2)) {
if ($item->update($input2)) {
$ma->itemDone($item->getType(), $key, MassiveAction::ACTION_OK);
} else {
$ma->itemDone($item->getType(), $key, MassiveAction::ACTION_KO);
$ma->addMessage($item->getErrorMessage(ERROR_ON_ACTION));
}
} else {
$ma->itemDone($item->getType(), $key, MassiveAction::ACTION_NORIGHT);
$ma->addMessage($item->getErrorMessage(ERROR_RIGHT));
}
}
return;
}
parent::processMassiveActionsForOneItemtype($ma, $item, $ids);
}
}
Mini Shell