Current File : /var/www/projetos/suporte.iigd.com.br/src/DbUtils.php
<?php
/**
* ---------------------------------------------------------------------
*
* GLPI - Gestionnaire Libre de Parc Informatique
*
* http://glpi-project.org
*
* @copyright 2015-2024 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/>.
*
* ---------------------------------------------------------------------
*/
use Glpi\Application\View\TemplateRenderer;
use Glpi\Toolbox\Sanitizer;
/**
* Database utilities
*
* @since 9.2
*/
final class DbUtils
{
/**
* Return foreign key field name for a table
*
* @param string $table table name
*
* @return string field name used for a foreign key to the parameter table
*/
public function getForeignKeyFieldForTable($table)
{
if (!str_starts_with($table, 'glpi_')) {
return "";
}
return substr($table, 5) . "_id";
}
/**
* Check if field is a foreign key field
*
* @param string $field field name
*
* @return boolean
*/
public function isForeignKeyField($field)
{
//check empty, then strpos, then regexp; for performances
return !empty($field) && strpos($field, '_id', 1) !== false && preg_match("/._id(_.+)?$/", $field);
}
/**
* Return table name for a given foreign key name
*
* @param string $fkname foreign key name
*
* @return string table name corresponding to a foreign key name
*/
public function getTableNameForForeignKeyField($fkname)
{
if (!$this->isForeignKeyField($fkname)) {
return '';
}
// If $fkname begin with _ strip it
if (str_starts_with($fkname, '_')) {
$fkname = substr($fkname, 1);
}
return "glpi_" . preg_replace("/_id.*/", "", $fkname);
}
/**
* Return the plural of a string
*
* @param string $string input string
*
* @return string plural of the parameter string
*/
public function getPlural($string)
{
$rules = [
//'singular' => 'plural'
// special case for acronym pdu (to avoid us rule)
'pdus$' => 'pdus',
'pdu$' => 'pdus',
//FIXME: singular is criterion, plural is criteria
'criterias$' => 'criterias',// Special case (criterias) when getPlural is called on already plural form
'ch$' => 'ches',
'ches$' => 'ches',
'sh$' => 'shes',
'shes$' => 'shes',
'sses$' => 'sses', // Case like addresses
'ss$' => 'sses', // Special case (addresses) when getSingular is called on already singular form
'uses$' => 'uses', // Case like statuses
'us$' => 'uses', // Case like status
'([^aeiou])y$' => '\1ies', // special case : category (but not key)
'([^aeiou])ies$' => '\1ies', // special case : category (but not key)
'([aeiou]{2})ses$' => '\1ses', // Case like aliases
'([aeiou]{2})s$' => '\1ses', // Case like aliases
'x$' => 'xes',
// 's$' =>'ses',
'([^s])$' => '\1s', // Add at the end if not exists
];
foreach ($rules as $singular => $plural) {
$count = 0;
$string = preg_replace("/$singular/", "$plural", $string, -1, $count);
if ($count > 0) {
break;
}
}
return $string;
}
/**
* Return the singular of a string
*
* @param string $string input string
*
* @return string singular of the parameter string
*/
public function getSingular($string)
{
$rules = [
//'plural' => 'singular'
'pdus$' => 'pdu', // special case for acronym pdu (to avoid us rule)
'Metrics$' => 'Metrics',// Special case
'metrics$' => 'metrics',// Special case
'ches$' => 'ch',
'ch$' => 'ch',
'shes$' => 'sh',
'sh$' => 'sh',
'sses$' => 'ss', // Case like addresses
'ss$' => 'ss', // Special case (addresses) when getSingular is called on already singular form
'uses$' => 'us', // Case like statuses
'us$' => 'us', // Case like status
'([aeiou]{2})ses$' => '\1s', // Case like aliases
'lias$' => 'lias', // Special case (aliases) when getSingular is called on already singular form
'([^aeiou])ies$' => '\1y', // special case : category
'([^aeiou])y$' => '\1y', // special case : category
'xes$' => 'x',
's$' => ''
]; // Add at the end if not exists
foreach ($rules as $plural => $singular) {
$count = 0;
$string = preg_replace("/$plural/", "$singular", $string, -1, $count);
if ($count > 0) {
break;
}
}
return $string;
}
/**
* Return table name for an item type
*
* @param string $itemtype itemtype
*
* @return string table name corresponding to the itemtype parameter
*/
public function getTableForItemType($itemtype)
{
/** @var array $CFG_GLPI */
global $CFG_GLPI;
// Force singular for itemtype : States case
$itemtype = $this->getSingular($itemtype);
if (isset($CFG_GLPI['glpitablesitemtype'][$itemtype])) {
return $CFG_GLPI['glpitablesitemtype'][$itemtype];
} else {
$prefix = "glpi_";
if ($plug = isPluginItemType($itemtype)) {
/* PluginFooBar => glpi_plugin_foos_bars */
/* GlpiPlugin\Foo\Bar => glpi_plugin_foos_bars */
$prefix .= "plugin_" . strtolower($plug['plugin']) . "_";
$table = strtolower($plug['class']);
} else {
$table = strtolower($itemtype);
if (substr($itemtype, 0, \strlen(NS_GLPI)) === NS_GLPI) {
$table = substr($table, \strlen(NS_GLPI));
}
}
$table = str_replace(['mock\\', '\\'], ['', '_'], $table);
if (strstr($table, '_')) {
$split = explode('_', $table);
foreach ($split as $key => $part) {
$split[$key] = $this->getPlural($part);
}
$table = implode('_', $split);
} else {
$table = $this->getPlural($table);
}
$CFG_GLPI['glpitablesitemtype'][$itemtype] = $prefix . $table;
$CFG_GLPI['glpiitemtypetables'][$prefix . $table] = $itemtype;
return $prefix . $table;
}
}
/**
* Return ItemType for a table
*
* @param string $table table name
*
* @return string itemtype corresponding to a table name parameter
*/
public function getItemTypeForTable($table)
{
/** @var array $CFG_GLPI */
global $CFG_GLPI;
if (isset($CFG_GLPI['glpiitemtypetables'][$table])) {
return $CFG_GLPI['glpiitemtypetables'][$table];
} else {
$inittable = $table;
$table = str_replace("glpi_", "", $table);
$prefix = "";
$pref2 = NS_GLPI;
$is_plugin = false;
$matches = [];
if (preg_match('/^plugin_([a-z0-9]+)_/', $table, $matches)) {
$table = preg_replace('/^plugin_[a-z0-9]+_/', '', $table);
$prefix = "Plugin" . Toolbox::ucfirst($matches[1]);
$pref2 = NS_PLUG . ucfirst($matches[1]) . '\\';
$is_plugin = true;
}
if (strstr($table, '_')) {
$split = explode('_', $table);
foreach ($split as $key => $part) {
$split[$key] = Toolbox::ucfirst($this->getSingular($part));
}
$table = implode('_', $split);
} else {
$table = Toolbox::ucfirst($this->getSingular($table));
}
$base_itemtype = $this->fixItemtypeCase($prefix . $table);
$itemtype = null;
if (class_exists($base_itemtype)) {
$class_file = (new ReflectionClass($base_itemtype))->getFileName();
$is_glpi_class = $class_file !== false && (
str_starts_with(realpath($class_file), realpath(GLPI_ROOT))
|| str_starts_with(realpath($class_file), realpath(GLPI_MARKETPLACE_DIR))
|| str_starts_with(realpath($class_file), realpath(GLPI_PLUGIN_DOC_DIR))
);
if ($is_glpi_class) {
$itemtype = $base_itemtype;
}
}
// Handle namespaces
if ($itemtype === null) {
$namespaced_itemtype = $this->fixItemtypeCase($pref2 . str_replace('_', '\\', $table));
if (class_exists($namespaced_itemtype)) {
$itemtype = $namespaced_itemtype;
} else {
// Handle namespace + db relation
// On the previous step we converted all '_' into '\'
// However some '_' must be kept in case of an item relation
// For example, with the `glpi_namespace1_namespace2_items_filters` table
// the expected itemtype is Glpi\Namespace1\Namespace2\Item_Filter
// NOT Glpi\Namespace1\Namespace2\Item\Filter
// To avoid this, we can revert the last '_' and check if the itemtype exists
$check_alternative = $is_plugin
? substr_count($table, '_') > 1 // for plugin classes, always keep the first+second namespace levels (GlpiPlugin\\PluginName\\)
: substr_count($table, '_') > 0 // for GLPI classes, always keep the first namespace level (Glpi\\)
;
if ($check_alternative) {
$last_backslash_position = strrpos($namespaced_itemtype, "\\");
// Replace last '\' into '_'
$alternative_namespaced_itemtype = substr_replace(
$namespaced_itemtype,
'_',
$last_backslash_position,
1
);
$alternative_namespaced_itemtype = $this->fixItemtypeCase($alternative_namespaced_itemtype);
if (class_exists($alternative_namespaced_itemtype)) {
$itemtype = $alternative_namespaced_itemtype;
}
}
}
}
if ($itemtype !== null && $item = $this->getItemForItemtype($itemtype)) {
$itemtype = get_class($item);
$CFG_GLPI['glpiitemtypetables'][$inittable] = $itemtype;
$CFG_GLPI['glpitablesitemtype'][$itemtype] = $inittable;
return $itemtype;
}
return "UNKNOWN";
}
}
/**
* Try to fix itemtype case.
* PSR-4 loading requires classnames to be used with their correct case.
*
* @param string $itemtype
* @param string $root_dir
*
* @return string
*/
public function fixItemtypeCase(string $itemtype, $root_dir = GLPI_ROOT)
{
/** @var \Psr\SimpleCache\CacheInterface $GLPI_CACHE */
global $GLPI_CACHE;
// If a class exists for this itemtype, just return the declared class name.
$matches = preg_grep('/^' . preg_quote($itemtype, '/') . '$/i', get_declared_classes());
if (count($matches) === 1) {
return current($matches);
}
static $mapping = []; // Mappings already retrieved in current request
static $already_scanned = []; // Directories already scanned directories in current request
$context = 'glpi-core';
$plugin_matches = [];
if (preg_match('/^Plugin(?<plugin>[A-Z][a-z]+)(?<class>[A-Z][a-z]+)/', $itemtype, $plugin_matches)) {
// Nota: plugin classes that does not use any namespace cannot be completely case insensitive
// indeed, we must be able to separate plugin name (directory) from class name (file)
// so pattern must be the one provided by getItemTypeForTable: PluginDirectorynameClassname
$context = strtolower($plugin_matches['plugin']);
} else if (preg_match('/^' . preg_quote(NS_PLUG, '/') . '(?<plugin>[a-z]+)\\\/i', $itemtype, $plugin_matches)) {
$context = strtolower($plugin_matches['plugin']);
}
$namespace = $context === 'glpi-core' ? NS_GLPI : NS_PLUG . ucfirst($context) . '\\';
$uses_namespace = preg_match('/^(' . preg_quote($namespace, '/') . ')/i', $itemtype);
$expected_lc_path = str_ireplace(
[$namespace, '\\'],
['' , DIRECTORY_SEPARATOR],
strtolower($itemtype) . '.php'
);
$cache_key = sprintf('itemtype-case-mapping-%s', $context);
if (!array_key_exists($context, $mapping)) {
// Initialize mapping from persistent cache if it has not been done yet in current request
$mapping[$context] = $GLPI_CACHE->get($cache_key);
}
if ($mapping[$context] !== null && array_key_exists($expected_lc_path, $mapping[$context])) {
// Return known value, if any
return ($uses_namespace ? $namespace : '') . $mapping[$context][$expected_lc_path];
}
if (
(
$mapping[$context] !== null
&& ($_SESSION['glpi_use_mode'] ?? null) !== Session::DEBUG_MODE
&& !defined('TU_USER')
)
|| in_array($context, $already_scanned)
) {
// Do not scan class files if mapping was already cached, unless debug mode is used.
//
// It will prevent a scan on all files when method is used on an unexisting itemtype
// which would never be present in cached mapping as it would have no matching file.
// This case can happen when database contains obsolete data, or when a plugin calls
// `getItemForItemtype()` for an invalid itemtype.
//
// Skip also files scan if it has already been done in current request.
return $itemtype;
}
// Fetch filenames from "src" directory of context (GLPI core or given plugin).
$mapping[$context] = [];
$srcdir = $root_dir . ($context === 'glpi-core' ? '' : '/plugins/' . $context) . '/src';
if (is_dir($srcdir)) {
$files_iterator = new RecursiveIteratorIterator(
new RecursiveDirectoryIterator($srcdir),
RecursiveIteratorIterator::SELF_FIRST
);
/** @var SplFileInfo $file */
foreach ($files_iterator as $file) {
if (!$file->isReadable() || !$file->isFile() || '.php' === !$file->getExtension()) {
continue;
}
$relative_path = str_replace($srcdir . DIRECTORY_SEPARATOR, '', $file->getPathname());
// Store entry into mapping:
// - key is the lowercased filepath;
// - value is the classname with correct case.
$mapping[$context][strtolower($relative_path)] = str_replace(
[DIRECTORY_SEPARATOR, '.php'],
['\\', ''],
$relative_path
);
}
}
$already_scanned[] = $context;
$GLPI_CACHE->set($cache_key, $mapping[$context]);
return array_key_exists($expected_lc_path, $mapping[$context])
? ($uses_namespace ? $namespace : '') . $mapping[$context][$expected_lc_path]
: $itemtype;
}
/**
* Get new item objet for an itemtype
*
* @param string $itemtype itemtype
*
* @return CommonDBTM|false itemtype instance or false if class does not exists
*/
public function getItemForItemtype($itemtype)
{
if (empty($itemtype)) {
return false;
}
// If itemtype starts with "Glpi\" or "GlpiPlugin\" followed by a "\",
// then it is a namespaced itemtype that has been "sanitized".
// Strip slashes to get its actual value.
$sanitized_namespaced_pattern = '/^'
. '(' . preg_quote(NS_GLPI, '/') . '|' . preg_quote(NS_PLUG, '/') . ')' // start with GLPI core or plugin namespace
. preg_quote('\\', '/') // followed by an additionnal \
. '/';
if (preg_match($sanitized_namespaced_pattern, $itemtype)) {
trigger_error(sprintf('Unexpected sanitized itemtype "%s" encountered.', $itemtype), E_USER_WARNING);
$itemtype = stripslashes($itemtype);
}
$itemtype = $this->fixItemtypeCase($itemtype);
if ($itemtype === 'Event') {
//to avoid issues when pecl-event is installed...
$itemtype = 'Glpi\\Event';
}
if (!is_subclass_of($itemtype, CommonGLPI::class, true)) {
// Only CommonGLPI sublasses are valid itemtypes
return false;
}
$item_class = new ReflectionClass($itemtype);
if ($item_class->isAbstract()) {
trigger_error(
sprintf('Cannot instanciate "%s" as it is an abstract class.', $itemtype),
E_USER_WARNING
);
return false;
}
return new $itemtype();
}
/**
* Count the number of elements in a table.
*
* @param string|array $table table name(s)
* @param ?string|?array $condition array of criteria
*
* @return integer Number of elements in table
*/
public function countElementsInTable($table, $condition = [])
{
/** @var \DBmysql $DB */
global $DB;
if (!is_array($table)) {
$table = [$table];
}
/*foreach ($table as $t) {
if (!$DB->tableExists($table)) {
throw new \RuntimeException("$t is not an existing table!");
}
}*/
if (!is_array($condition)) {
Toolbox::Deprecated('Condition must be an array!');
if (empty($condition)) {
$condition = [];
}
}
$condition['COUNT'] = 'cpt';
$row = $DB->request($table, $condition)->current();
return ($row ? (int)$row['cpt'] : 0);
}
/**
* Count the number of elements in a table.
*
* @param string|array $table table name(s)
* @param string $field field name
* @param ?string|?array $condition array of criteria
*
* @return int nb of elements in table
*/
public function countDistinctElementsInTable($table, $field, $condition = [])
{
if (!is_array($condition)) {
Toolbox::Deprecated('Condition must be an array!');
if (empty($condition)) {
$condition = [];
}
}
$condition['COUNT'] = 'cpt';
$condition['FIELDS'] = $field;
$condition['DISTINCT'] = true;
return $this->countElementsInTable($table, $condition);
}
/**
* Count the number of elements in a table for a specific entity
*
* @param string|array $table table name(s)
* @param array $condition array of criteria
*
* @return integer Number of elements in table
*/
public function countElementsInTableForMyEntities($table, $condition = [])
{
/// TODO clean it / maybe include when review of SQL requests
$itemtype = $this->getItemTypeForTable($table);
$item = new $itemtype();
$criteria = $this->getEntitiesRestrictCriteria($table, '', '', $item->maybeRecursive());
$criteria = array_merge($condition, $criteria);
return $this->countElementsInTable($table, $criteria);
}
/**
* Count the number of elements in a table for a specific entity
*
* @param string|array $table table name(s)
* @param integer $entity the entity ID
* @param array $condition condition to use (default '') or array of criteria
* @param boolean $recursive Whether to recurse or not. If true, will be conditionned on item recursivity
*
* @return integer number of elements in table
*/
public function countElementsInTableForEntity($table, $entity, $condition = [], $recursive = true)
{
/// TODO clean it / maybe include when review of SQL requests
$itemtype = $this->getItemTypeForTable($table);
$item = new $itemtype();
if ($recursive) {
$recursive = $item->maybeRecursive();
}
$criteria = $this->getEntitiesRestrictCriteria($table, '', $entity, $recursive);
$criteria = array_merge($condition, $criteria);
return $this->countElementsInTable($table, $criteria);
}
/**
* Get data from a table in an array :
* CAUTION TO USE ONLY FOR SMALL TABLES OR USING A STRICT CONDITION
*
* @param string $table Table name
* @param ?string|?array $criteria Request criteria
* @param boolean $usecache Use cache (false by default)
* @param string $order Result order (default '')
*
* @return array containing all the datas
*/
public function getAllDataFromTable($table, $criteria = [], $usecache = false, $order = '')
{
/** @var \DBmysql $DB */
global $DB;
static $cache = [];
if (empty($criteria) && empty($order) && $usecache && isset($cache[$table])) {
return $cache[$table];
}
$data = [];
if (!is_array($criteria)) {
Toolbox::Deprecated('Criteria must be an array!');
if (empty($criteria)) {
$criteria = [];
}
}
if (!empty($order)) {
Toolbox::Deprecated('Order should be defined in criteria!');
$criteria['ORDER'] = $order; // Deprecated use case
}
$iterator = $DB->request($table, $criteria);
foreach ($iterator as $row) {
$data[$row['id']] = $row;
}
if (empty($criteria) && empty($order) && $usecache) {
$cache[$table] = $data;
}
return $data;
}
/**
* Determine if an index exists in database
*
* @param string $table table of the index
* @param string $field name of the index
*
* @return boolean
*/
public function isIndex($table, $field)
{
/** @var \DBmysql $DB */
global $DB;
if (!$DB->tableExists($table)) {
trigger_error("Table $table does not exists", E_USER_WARNING);
return false;
}
$result = $DB->doQuery("SHOW INDEX FROM `$table`");
if ($result && $DB->numrows($result)) {
while ($data = $DB->fetchAssoc($result)) {
if ($data["Key_name"] == $field) {
return true;
}
}
}
return false;
}
/**
* Determine if a foreign key exists in database
*
* @param string $table
* @param string $keyname
*
* @return boolean
*/
public function isForeignKeyContraint($table, $keyname)
{
/** @var \DBmysql $DB */
global $DB;
$query = [
'FROM' => 'information_schema.key_column_usage',
'WHERE' => [
'constraint_schema' => $DB->dbdefault,
'table_name' => $table,
'constraint_name' => $keyname,
]
];
$iterator = $DB->request($query);
return $iterator->count() > 0;
}
/**
* Get SQL request to restrict to current entities of the user
*
* @param string $separator separator in the begin of the request (default AND)
* @param string $table table where apply the limit (if needed, multiple tables queries)
* (default '')
* @param string $field field where apply the limit (id != entities_id) (default '')
* @param mixed $value entity to restrict (if not set use $_SESSION['glpiactiveentities_string']).
* single item or array (default '')
* @param boolean $is_recursive need to use recursive process to find item
* (field need to be named recursive) (false by default)
* @param boolean $complete_request need to use a complete request and not a simple one
* when have acces to all entities (used for reminders)
* (false by default)
*
* @return string the WHERE clause to restrict
*/
public function getEntitiesRestrictRequest(
$separator = "AND",
$table = "",
$field = "",
$value = '',
$is_recursive = false,
$complete_request = false
) {
/** @var \DBmysql $DB */
global $DB;
$query = $separator . " ( ";
// !='0' needed because consider as empty
if (
!$complete_request
&& ($value != '0')
&& empty($value)
&& isset($_SESSION['glpishowallentities'])
&& $_SESSION['glpishowallentities']
) {
// Not ADD "AND 1" if not needed
if (trim($separator) == "AND") {
return "";
}
return $query . " 1 ) ";
}
if (empty($field)) {
if ($table == 'glpi_entities') {
$field = "id";
} else {
$field = "entities_id";
}
}
if (empty($table)) {
$field = $DB->quoteName($field);
} else {
$field = $DB->quoteName("$table.$field");
}
$query .= "$field";
if (is_array($value)) {
$query .= " IN ('" . implode("','", $value) . "') ";
} else {
if (strlen($value) == 0 && !isset($_SESSION['glpiactiveentities_string'])) {
//set root entity if not set
$value = 0;
}
if (strlen($value) == 0) {
$query .= " IN (" . $_SESSION['glpiactiveentities_string'] . ") ";
} else {
$query .= " = '$value' ";
}
}
if ($is_recursive) {
$ancestors = [];
if (
isset($_SESSION['glpiactiveentities'])
&& isset($_SESSION['glpiparententities'])
&& $value == $_SESSION['glpiactiveentities']
) {
$ancestors = $_SESSION['glpiparententities'];
} else {
if (is_array($value)) {
$ancestors = $this->getAncestorsOf("glpi_entities", $value);
$ancestors = array_diff($ancestors, $value);
} else if (strlen($value) == 0 && isset($_SESSION['glpiparententities'])) {
$ancestors = $_SESSION['glpiparententities'];
} else {
$ancestors = $this->getAncestorsOf("glpi_entities", $value);
}
}
if (count($ancestors)) {
if ($table == 'glpi_entities') {
$query .= " OR $field IN ('" . implode("','", $ancestors) . "')";
} else {
$recur = $DB->quoteName((empty($table) ? 'is_recursive' : "$table.is_recursive"));
$query .= " OR ($recur='1' AND $field IN (" . implode(', ', $ancestors) . '))';
}
}
}
$query .= " ) ";
return $query;
}
/**
* Get criteria to restrict to current entities of the user
*
* @since 9.2
*
* @param string $table table where apply the limit (if needed, multiple tables queries)
* (default '')
* @param string $field field where apply the limit (id != entities_id) (default '')
* @param mixed $value entity to restrict (if not set use $_SESSION['glpiactiveentities']).
* single item or array (default '')
* @param boolean $is_recursive need to use recursive process to find item
* (field need to be named recursive) (false by default, set to auto to automatic detection)
* @param boolean $complete_request need to use a complete request and not a simple one
* when have acces to all entities (used for reminders)
* (false by default)
*
* @return array of criteria
*/
public function getEntitiesRestrictCriteria(
$table = '',
$field = '',
$value = '',
$is_recursive = false,
$complete_request = false
) {
// !='0' needed because consider as empty
if (
!$complete_request
&& ($value != '0')
&& empty($value)
&& isset($_SESSION['glpishowallentities'])
&& $_SESSION['glpishowallentities']
) {
return [];
}
if (empty($field)) {
if ($table == 'glpi_entities') {
$field = "id";
} else {
$field = "entities_id";
}
}
if (!empty($table)) {
$field = "$table.$field";
}
if (!is_array($value) && strlen($value) == 0) {
if (isset($_SESSION['glpiactiveentities'])) {
$value = $_SESSION['glpiactiveentities'];
} else if (isCommandLine() || Session::isCron()) {
$value = '0'; // If value is not set, fallback to root entity in cron / command line
}
}
$crit = [$field => $value];
if ($is_recursive === 'auto' && !empty($table) && $table != 'glpi_entities') {
$item = $this->getItemForItemtype($this->getItemTypeForTable($table));
if ($item !== false) {
$is_recursive = $item->maybeRecursive();
}
}
if ($is_recursive) {
$ancestors = [];
if (is_array($value)) {
$ancestors = $this->getAncestorsOf("glpi_entities", $value);
$ancestors = array_diff($ancestors, $value);
} else if (strlen($value) == 0) {
$ancestors = $_SESSION['glpiparententities'] ?? [];
} else {
$ancestors = $this->getAncestorsOf('glpi_entities', $value);
}
if (count($ancestors)) {
if ($table == 'glpi_entities') {
if (!is_array($value)) {
$value = [$value => $value];
}
$crit = ['OR' => [$field => $value + $ancestors]];
} else {
$recur = (empty($table) ? 'is_recursive' : "$table.is_recursive");
$crit = [
'OR' => [
$field => $value,
[$recur => 1, $field => $ancestors]
]
];
}
}
}
return $crit;
}
/**
* Get the sons of an item in a tree dropdown. Get datas in cache if available
*
* @param string $table table name
* @param integer $IDf The ID of the father
*
* @return array of IDs of the sons
*/
public function getSonsOf($table, $IDf)
{
/**
* @var \DBmysql $DB
* @var \Psr\SimpleCache\CacheInterface $GLPI_CACHE
*/
global $DB, $GLPI_CACHE;
$ckey = 'sons_cache_' . $table . '_' . $IDf;
$sons = $GLPI_CACHE->get($ckey);
if ($sons !== null) {
return $sons;
}
$parentIDfield = $this->getForeignKeyFieldForTable($table);
$use_cache = $DB->fieldExists($table, "sons_cache");
if (
$use_cache
&& ($IDf > 0)
) {
$iterator = $DB->request([
'SELECT' => 'sons_cache',
'FROM' => $table,
'WHERE' => ['id' => $IDf]
]);
if (count($iterator) > 0) {
$db_sons = $iterator->current()['sons_cache'];
$db_sons = $db_sons !== null ? trim($db_sons) : null;
if (!empty($db_sons)) {
$sons = $this->importArrayFromDB($db_sons);
}
}
}
if (!is_array($sons)) {
// IDs to be present in the final array
$sons = [
$IDf => $IDf,
];
// current ID found to be added
$found = [];
// First request init the varriables
$iterator = $DB->request([
'SELECT' => 'id',
'FROM' => $table,
'WHERE' => [$parentIDfield => $IDf],
'ORDER' => 'name'
]);
if (count($iterator) > 0) {
foreach ($iterator as $row) {
$sons[$row['id']] = $row['id'];
$found[$row['id']] = $row['id'];
}
}
// Get the leafs of previous found item
while (count($found) > 0) {
// Get next elements
$iterator = $DB->request([
'SELECT' => 'id',
'FROM' => $table,
'WHERE' => [$parentIDfield => $found]
]);
// CLear the found array
unset($found);
$found = [];
if (count($iterator) > 0) {
foreach ($iterator as $row) {
if (!isset($sons[$row['id']])) {
$sons[$row['id']] = $row['id'];
$found[$row['id']] = $row['id'];
}
}
}
}
// Store cache data in DB
if (
$use_cache
&& ($IDf > 0)
) {
$DB->update(
$table,
[
'sons_cache' => $this->exportArrayToDB($sons)
],
[
'id' => $IDf
]
);
}
}
$GLPI_CACHE->set($ckey, $sons);
return $sons;
}
/**
* Get the ancestors of an item in a tree dropdown
*
* @param string $table Table name
* @param array|string $items_id The IDs of the items
*
* @return array of IDs of the ancestors
*/
public function getAncestorsOf($table, $items_id)
{
/**
* @var \DBmysql $DB
* @var \Psr\SimpleCache\CacheInterface $GLPI_CACHE
*/
global $DB, $GLPI_CACHE;
if ($items_id === null) {
return [];
}
$ckey = 'ancestors_cache_';
if (is_array($items_id)) {
$ckey .= $table . '_' . md5(implode('|', $items_id));
} else {
$ckey .= $table . '_' . $items_id;
}
$ancestors = $GLPI_CACHE->get($ckey);
if ($ancestors !== null) {
return $ancestors;
}
$ancestors = [];
// IDs to be present in the final array
$parentIDfield = $this->getForeignKeyFieldForTable($table);
$use_cache = $DB->fieldExists($table, "ancestors_cache");
if (!is_array($items_id)) {
$items_id = (array)$items_id;
}
if ($use_cache) {
$iterator = $DB->request([
'SELECT' => ['id', 'ancestors_cache', $parentIDfield],
'FROM' => $table,
'WHERE' => ['id' => $items_id]
]);
foreach ($iterator as $row) {
if ($row['id'] > 0) {
$rancestors = $row['ancestors_cache'];
$parent = $row[$parentIDfield];
// Return datas from cache in DB
if (!empty($rancestors)) {
$ancestors = array_replace($ancestors, $this->importArrayFromDB($rancestors));
} else {
$loc_id_found = [];
// Recursive solution for table with-cache
if ($parent > 0) {
$loc_id_found = $this->getAncestorsOf($table, $parent);
}
// ID=0 only exists for Entities
if (
($parent > 0)
|| ($table == 'glpi_entities')
) {
$loc_id_found[$parent] = $parent;
}
// Store cache datas in DB
$DB->update(
$table,
[
'ancestors_cache' => $this->exportArrayToDB($loc_id_found)
],
[
'id' => $row['id']
]
);
$ancestors = array_replace($ancestors, $loc_id_found);
}
}
}
} else {
// Get the ancestors
// iterative solution for table without cache
foreach ($items_id as $id) {
$IDf = $id;
while ($IDf > 0) {
// Get next elements
$iterator = $DB->request([
'SELECT' => [$parentIDfield],
'FROM' => $table,
'WHERE' => ['id' => $IDf]
]);
if (count($iterator) > 0) {
$result = $iterator->current();
$IDf = $result[$parentIDfield];
} else {
$IDf = 0;
}
if (
!isset($ancestors[$IDf])
&& (($IDf > 0) || ($table == 'glpi_entities'))
) {
$ancestors[$IDf] = $IDf;
} else {
$IDf = 0;
}
}
}
}
$GLPI_CACHE->set($ckey, $ancestors);
return $ancestors;
}
/**
* Get the sons and the ancestors of an item in a tree dropdown. Rely on getSonsOf and getAncestorsOf
*
* @since 0.84
*
* @param string $table table name
* @param string $IDf The ID of the father
*
* @return array of IDs of the sons and the ancestors
*/
public function getSonsAndAncestorsOf($table, $IDf)
{
return $this->getAncestorsOf($table, $IDf) + $this->getSonsOf($table, $IDf);
}
/**
* Get the Name of the element of a Dropdown Tree table
*
* @param string $table Dropdown Tree table
* @param integer $ID ID of the element
* @param boolean $withcomment 1 if you want to give the array with the comments (false by default)
* @param boolean $translate (true by default)
*
* @return string name of the element
*
* @see DbUtils::getTreeValueCompleteName
*/
public function getTreeLeafValueName($table, $ID, $withcomment = false, $translate = true)
{
/** @var \DBmysql $DB */
global $DB;
$name = "";
$comment = "";
$SELECTNAME = new \QueryExpression("'' AS " . $DB->quoteName('transname'));
$SELECTCOMMENT = new \QueryExpression("'' AS " . $DB->quoteName('transcomment'));
$JOIN = [];
$JOINS = [];
if ($translate) {
if (Session::haveTranslations($this->getItemTypeForTable($table), 'name')) {
$SELECTNAME = 'namet.value AS transname';
$JOINS['glpi_dropdowntranslations AS namet'] = [
'ON' => [
'namet' => 'items_id',
$table => 'id', [
'AND' => [
'namet.itemtype' => $this->getItemTypeForTable($table),
'namet.language' => $_SESSION['glpilanguage'],
'namet.field' => 'name'
]
]
]
];
}
if (Session::haveTranslations($this->getItemTypeForTable($table), 'comment')) {
$SELECTCOMMENT = 'namec.value AS transcomment';
$JOINS['glpi_dropdowntranslations AS namec'] = [
'ON' => [
'namec' => 'items_id',
$table => 'id', [
'AND' => [
'namec.itemtype' => $this->getItemTypeForTable($table),
'namec.language' => $_SESSION['glpilanguage'],
'namec.field' => 'comment'
]
]
]
];
}
if (count($JOINS)) {
$JOIN = ['LEFT JOIN' => $JOINS];
}
}
$criteria = [
'SELECT' => [
"$table.name",
"$table.comment",
$SELECTNAME,
$SELECTCOMMENT
],
'FROM' => $table,
'WHERE' => ["$table.id" => $ID]
] + $JOIN;
$iterator = $DB->request($criteria);
$result = $iterator->current();
if (count($iterator) == 1) {
$transname = $result['transname'];
if ($translate && !empty($transname)) {
$name = $transname;
} else {
$name = $result['name'];
}
$comment = $name . " :<br/>";
$transcomment = $result['transcomment'];
if ($translate && !empty($transcomment)) {
$comment .= nl2br($transcomment);
} else if (!empty($result['comment'])) {
$comment .= nl2br($result['comment']);
}
}
if ($withcomment) {
return [
'name' => $name,
'comment' => $comment
];
}
return $name;
}
/**
* Get completename of a Dropdown Tree table
*
* @param string $table Dropdown Tree table
* @param integer $ID ID of the element
* @param boolean $withcomment 1 if you want to give the array with the comments (false by default)
* @param boolean $translate (true by default)
* @param boolean $tooltip (true by default) returns a tooltip, else returns only 'comment'
* @param string $default default value returned when item not exists
*
* @return string completename of the element
*
* @see DbUtils::getTreeLeafValueName
*/
public function getTreeValueCompleteName($table, $ID, $withcomment = false, $translate = true, $tooltip = true, string $default = ' ')
{
/** @var \DBmysql $DB */
global $DB;
$name = "";
$comment = "";
$SELECTNAME = new \QueryExpression("'' AS " . $DB->quoteName('transname'));
$SELECTCOMMENT = new \QueryExpression("'' AS " . $DB->quoteName('transcomment'));
$JOIN = [];
$JOINS = [];
if ($translate) {
if (Session::haveTranslations($this->getItemTypeForTable($table), 'completename')) {
$SELECTNAME = 'namet.value AS transname';
$JOINS['glpi_dropdowntranslations AS namet'] = [
'ON' => [
'namet' => 'items_id',
$table => 'id', [
'AND' => [
'namet.itemtype' => $this->getItemTypeForTable($table),
'namet.language' => $_SESSION['glpilanguage'],
'namet.field' => 'completename'
]
]
]
];
}
if (Session::haveTranslations($this->getItemTypeForTable($table), 'comment')) {
$SELECTCOMMENT = 'namec.value AS transcomment';
$JOINS['glpi_dropdowntranslations AS namec'] = [
'ON' => [
'namec' => 'items_id',
$table => 'id', [
'AND' => [
'namec.itemtype' => $this->getItemTypeForTable($table),
'namec.language' => $_SESSION['glpilanguage'],
'namec.field' => 'comment'
]
]
]
];
}
if (count($JOINS)) {
$JOIN = ['LEFT JOIN' => $JOINS];
}
}
$criteria = [
'SELECT' => [
"$table.completename",
"$table.comment",
$SELECTNAME,
$SELECTCOMMENT
],
'FROM' => $table,
'WHERE' => ["$table.id" => $ID]
] + $JOIN;
if ($table == Location::getTable()) {
$criteria['SELECT'] = array_merge(
$criteria['SELECT'],
[
"$table.address",
"$table.town",
"$table.country"
]
);
}
$iterator = $DB->request($criteria);
$result = $iterator->current();
if (count($iterator) == 1) {
$transname = $result['transname'];
if ($translate && !empty($transname)) {
$name = $transname;
} else {
$name = $result['completename'];
}
$name = CommonTreeDropdown::sanitizeSeparatorInCompletename($name);
if ($tooltip) {
$comment = sprintf(
__('%1$s: %2$s') . "<br>",
"<span class='b'>" . __('Complete name') . "</span>",
$name
);
if ($table == Location::getTable()) {
$acomment = '';
$address = $result['address'];
$town = $result['town'];
$country = $result['country'];
if (!empty($address)) {
$acomment .= $address;
}
if (
!empty($address) &&
(!empty($town) || !empty($country))
) {
$acomment .= '<br/>';
}
if (!empty($town)) {
$acomment .= $town;
}
if (!empty($country)) {
if (!empty($town)) {
$acomment .= ' - ';
}
$acomment .= $country;
}
if (trim($acomment != '')) {
$comment .= "<span class='b'> " . __('Address:') . "</span> " . $acomment . "<br/>";
}
}
$comment .= "<span class='b'> " . __('Comments') . " </span>";
}
$transcomment = $result['transcomment'];
if ($translate && !empty($transcomment)) {
$comment .= nl2br($transcomment);
} else if (!empty($result['comment'])) {
$comment .= nl2br($result['comment']);
}
}
if (empty($name)) {
$name = $default;
}
if ($withcomment) {
return [
'name' => $name,
'comment' => $comment
];
}
return $name;
}
/**
* show name category
* DO NOT DELETE THIS FUNCTION : USED IN THE UPDATE
*
* @param string $table table name
* @param integer $ID integer value ID
* @param string $wholename current name to complete (use for recursivity) (default '')
* @param integer $level current level of recursion (default 0)
*
* @return string name
*/
public function getTreeValueName($table, $ID, $wholename = "", $level = 0)
{
/** @var \DBmysql $DB */
global $DB;
$parentIDfield = $this->getForeignKeyFieldForTable($table);
$iterator = $DB->request([
'SELECT' => ['name', $parentIDfield],
'FROM' => $table,
'WHERE' => ['id' => $ID]
]);
$name = "";
if (count($iterator) > 0) {
$row = $iterator->current();
$parentID = $row[$parentIDfield];
if ($wholename == "") {
$name = $row["name"];
} else {
$name = $row["name"] . " > ";
}
$level++;
list($tmpname, $level) = $this->getTreeValueName($table, $parentID, $name, $level);
$name = $tmpname . $name;
}
return [$name, $level];
}
/**
* Get the sons of an item in a tree dropdown
*
* @param string $table table name
* @param integer $IDf The ID of the father
*
* @return array of IDs of the sons
*/
public function getTreeForItem($table, $IDf)
{
/** @var \DBmysql $DB */
global $DB;
$parentIDfield = $this->getForeignKeyFieldForTable($table);
// IDs to be present in the final array
$id_found = [];
// current ID found to be added
$found = [];
// First request init the variables
$iterator = $DB->request([
'FROM' => $table,
'WHERE' => [$parentIDfield => $IDf],
'ORDER' => 'name'
]);
foreach ($iterator as $row) {
$id_found[$row['id']]['parent'] = $IDf;
$id_found[$row['id']]['name'] = $row['name'];
$found[$row['id']] = $row['id'];
}
// Get the leafs of previous founded item
while (count($found) > 0) {
// Get next elements
$iterator = $DB->request([
'FROM' => $table,
'WHERE' => [$parentIDfield => $found],
'ORDER' => 'name'
]);
// CLear the found array
unset($found);
$found = [];
foreach ($iterator as $row) {
if (!isset($id_found[$row['id']])) {
$id_found[$row['id']]['parent'] = $row[$parentIDfield];
$id_found[$row['id']]['name'] = $row['name'];
$found[$row['id']] = $row['id'];
}
}
}
$tree = [
$IDf => [
'name' => Dropdown::getDropdownName($table, $IDf),
'tree' => $this->constructTreeFromList($id_found, $IDf),
],
];
return $tree;
}
/**
* Construct a tree from a list structure
*
* @param array $list the list
* @param integer $root root of the tree
*
* @return array list of items in the tree
*/
public function constructTreeFromList($list, $root)
{
$tree = [];
foreach ($list as $ID => $data) {
if ($data['parent'] == $root) {
unset($list[$ID]);
$tree[$ID]['name'] = $data['name'];
$tree[$ID]['tree'] = $this->constructTreeFromList($list, $ID);
}
}
return $tree;
}
/**
* Construct a list from a tree structure
*
* @param array $tree the tree
* @param integer $parent root of the tree (default =0)
*
* @return array list of items in the tree
*/
public function constructListFromTree($tree, $parent = 0)
{
$list = [];
foreach ($tree as $root => $data) {
$list[$root] = $parent;
if (is_array($data['tree']) && count($data['tree'])) {
foreach ($data['tree'] as $ID => $underdata) {
$list[$ID] = $root;
if (is_array($underdata['tree']) && count($underdata['tree'])) {
$list += $this->constructListFromTree($underdata['tree'], $ID);
}
}
}
}
return $list;
}
/**
* Compute all completenames of Dropdown Tree table
*
* @param string $table dropdown tree table to compute
*
* @return void
**/
public function regenerateTreeCompleteName($table)
{
/** @var \DBmysql $DB */
global $DB;
$iterator = $DB->request([
'SELECT' => 'id',
'FROM' => $table
]);
foreach ($iterator as $data) {
list($name, $level) = $this->getTreeValueName($table, $data['id']);
$DB->update(
$table,
[
'completename' => addslashes($name),
'level' => $level
],
[
'id' => $data['id']
]
);
}
}
/**
* Format a user name
*
* @param integer $ID ID of the user.
* @param string|null $login login of the user
* @param string|null $realname realname of the user
* @param string|null $firstname firstname of the user
* @param integer $link include link (only if $link==1) (default =0)
* @param integer $cut limit string length (0 = no limit) (default =0)
* @param boolean $force_config force order and id_visible to use common config (false by default)
*
* @return string formatted username
*/
public function formatUserName($ID, $login, $realname, $firstname, $link = 1, $cut = 0, $force_config = false)
{
/** @var array $CFG_GLPI */
global $CFG_GLPI;
$before = "";
$after = "";
$order = isset($CFG_GLPI["names_format"]) ? $CFG_GLPI["names_format"] : User::REALNAME_BEFORE;
if (isset($_SESSION["glpinames_format"]) && !$force_config) {
$order = $_SESSION["glpinames_format"];
}
$id_visible = isset($CFG_GLPI["is_ids_visible"]) ? $CFG_GLPI["is_ids_visible"] : 0;
if (isset($_SESSION["glpiis_ids_visible"]) && !$force_config) {
$id_visible = $_SESSION["glpiis_ids_visible"];
}
if (strlen($realname ?? '') > 0) {
$formatted = $realname;
if (strlen($firstname ?? '') > 0) {
if ($order == User::FIRSTNAME_BEFORE) {
$formatted = $firstname . " " . $formatted;
} else {
$formatted .= " " . $firstname;
}
}
if (
($cut > 0)
&& (Toolbox::strlen($formatted) > $cut)
) {
$formatted = Toolbox::substr($formatted, 0, $cut) . " ...";
}
} else {
$formatted = $login ?? '';
}
if (
$ID > 0
&& ((strlen($formatted) == 0) || $id_visible)
) {
$formatted = sprintf(__('%1$s (%2$s)'), $formatted, $ID);
}
if (
($link == 1)
&& ($ID > 0)
) {
$before = "<a title=\"" . htmlspecialchars($formatted) . "\"
href='" . User::getFormURLWithID($ID) . "'>";
$after = "</a>";
}
$username = $before . $formatted . $after;
return $username;
}
/**
* Get name of the user with ID=$ID (optional with link to user.form.php)
*
* @param integer|string $ID ID of the user.
* @param integer $link 1 = Show link to user.form.php 2 = return array with comments and link
* (default =0)
* @param $disable_anon bool disable anonymization of username.
*
* @return string[]|string username string (realname if not empty and name if realname is empty).
*/
public function getUserName($ID, $link = 0, $disable_anon = false)
{
/** @var \DBmysql $DB */
global $DB;
$user = "";
if ($link == 2) {
$user = ["name" => "",
"link" => "",
"comment" => ""
];
}
if ($ID === 'myself') {
$name = __('Myself');
if (isset($user['name'])) {
$user['name'] = $name;
} else {
$user = $name;
}
} else if ($ID) {
$iterator = $DB->request(
'glpi_users',
[
'WHERE' => ['id' => $ID]
]
);
if ($link == 2) {
$user = ["name" => "",
"comment" => "",
"link" => ""
];
}
if (count($iterator) == 1) {
$data = $iterator->current();
$anon_name = !$disable_anon && $ID != ($_SESSION['glpiID'] ?? 0) && Session::getCurrentInterface() == 'helpdesk' ? User::getAnonymizedNameForUser($ID) : null;
if ($anon_name !== null) {
$username = $anon_name;
} else {
$username = $this->formatUserName(
$data["id"],
$data["name"],
$data["realname"],
$data["firstname"],
$link
);
}
if ($link == 2) {
$user["name"] = $username;
$user["link"] = User::getFormURLWithID($ID);
$user['comment'] = '';
$user_params = [
'id' => $ID,
'user_name' => $username,
];
if ($anon_name === null) {
$user_params = array_merge($user_params, [
'email' => UserEmail::getDefaultForUser($ID),
'phone' => $data["phone"],
'phone2' => $data["phone2"],
'mobile' => $data["mobile"],
'locations_id' => $data['locations_id'],
'usertitles_id' => $data['usertitles_id'],
'usercategories_id' => $data['usercategories_id'],
]);
if (Session::haveRight('user', READ)) {
$user_params['login'] = $data['name'];
}
if (!empty($data["groups_id"])) {
$user_params['groups_id'] = $data["groups_id"];
}
$user['comment'] = TemplateRenderer::getInstance()->render('components/user/info_card.html.twig', [
'user' => $user_params,
'enable_anonymization' => Session::getCurrentInterface() == 'helpdesk',
]);
}
} else {
$user = $username;
}
}
}
return $user;
}
/**
* Create a new name using a autoname field defined in a template
*
* @param string $objectName autoname template
* @param string $field field to autoname
* @param boolean $isTemplate true if create an object from a template
* @param string $itemtype item type
* @param integer $entities_id limit generation to an entity (default -1)
*
* @return string new auto string
*/
public function autoName($objectName, $field, $isTemplate, $itemtype, $entities_id = -1)
{
/**
* @var array $CFG_GLPI
* @var \DBmysql $DB
*/
global $CFG_GLPI, $DB;
if (!$isTemplate) {
return $objectName;
}
$base_name = $objectName;
$objectName = Sanitizer::decodeHtmlSpecialChars($objectName);
$was_sanitized = $objectName !== $base_name;
if ($was_sanitized) {
Toolbox::deprecated('Handling of encoded/escaped value in autoName() is deprecated.');
}
$matches = [];
if (preg_match('/^<[^#]*(#{1,10})[^#]*>$/', $objectName, $matches) !== 1) {
return $base_name;
}
$autoNum = Toolbox::substr($objectName, 1, Toolbox::strlen($objectName) - 2);
$mask = $matches[1];
$global = ((strpos($autoNum, '\\g') !== false) && ($itemtype != 'Infocom')) ? 1 : 0;
//do not add extra escapements for now
//substring position would be wrong if name contains "_"
$autoNum = str_replace(
[
'\\y',
'\\Y',
'\\m',
'\\d',
'\\g'
],
[
date('y'),
date('Y'),
date('m'),
date('d'),
''
],
$autoNum
);
$pos = strpos($autoNum, $mask) + 1;
//got substring position, add extra escapements
$autoNum = str_replace(
['_', '%'],
['\\_', '\\%'],
$autoNum
);
$len = Toolbox::strlen($mask);
$like = str_replace('#', '_', $autoNum);
if ($global == 1) {
$types = [
'Computer',
'Monitor',
'NetworkEquipment',
'Peripheral',
'Phone',
'Printer'
];
$subqueries = [];
foreach ($types as $t) {
$table = $this->getTableForItemType($t);
$criteria = [
'SELECT' => ["$field AS code"],
'FROM' => $table,
'WHERE' => [
$field => ['LIKE', $like],
'is_deleted' => 0,
'is_template' => 0
]
];
if (
$CFG_GLPI["use_autoname_by_entity"]
&& ($entities_id >= 0)
) {
$criteria['WHERE']['entities_id'] = $entities_id;
}
$subqueries[] = new \QuerySubQuery($criteria);
}
$criteria = [
'SELECT' => [
new \QueryExpression(
"CAST(SUBSTRING(" . $DB->quoteName('code') . ", $pos, $len) AS " .
"unsigned) AS " . $DB->quoteName('no')
)
],
'FROM' => new \QueryUnion($subqueries, false, 'codes')
];
} else {
$table = $this->getTableForItemType($itemtype);
$criteria = [
'SELECT' => [
new \QueryExpression(
"CAST(SUBSTRING(" . $DB->quoteName($field) . ", $pos, $len) AS " .
"unsigned) AS " . $DB->quoteName('no')
)
],
'FROM' => $table,
'WHERE' => [
$field => ['LIKE', $like]
]
];
if ($itemtype != 'Infocom') {
$criteria['WHERE']['is_deleted'] = 0;
$criteria['WHERE']['is_template'] = 0;
if (
$CFG_GLPI["use_autoname_by_entity"]
&& ($entities_id >= 0)
) {
$criteria['WHERE']['entities_id'] = $entities_id;
}
}
}
$subquery = new \QuerySubQuery($criteria, 'Num');
$iterator = $DB->request([
'SELECT' => ['MAX' => 'Num.no AS lastNo'],
'FROM' => $subquery
]);
if (count($iterator)) {
$result = $iterator->current();
$newNo = $result['lastNo'] + 1;
} else {
$newNo = 0;
}
$objectName = str_replace(
[
$mask,
'\\_',
'\\%'
],
[
Toolbox::str_pad($newNo, $len, '0', STR_PAD_LEFT),
'_',
'%'
],
$autoNum
);
if ($was_sanitized) {
$objectName = Sanitizer::encodeHtmlSpecialChars($objectName);
}
return $objectName;
}
/**
* Close active DB connections
*
* @return void
*/
public function closeDBConnections()
{
/** @var \DBmysql $DB */
global $DB;
// Case of not init $DB object
if ($DB !== null && method_exists($DB, "close")) {
$DB->close();
}
}
/**
* Get dates conditions to use in 'WHERE' clause
*
* @param string $field table.field to request
* @param string $begin begin date
* @param string $end end date
*
* @return array
*/
public function getDateCriteria($field, $begin, $end)
{
/** @var \DBmysql $DB */
global $DB;
$date_pattern = '/^\d{4}-\d{2}-\d{2}( \d{2}:\d{2}:\d{2})?$/'; // `YYYY-mm-dd` optionaly followed by ` HH:ii:ss`
$criteria = [];
if (is_string($begin) && preg_match($date_pattern, $begin) === 1) {
$criteria[] = [$field => ['>=', $begin]];
} elseif ($begin !== null && $begin !== '') {
trigger_error(
sprintf('Invalid %s date value.', json_encode($begin)),
E_USER_WARNING
);
}
if (is_string($end) && preg_match($date_pattern, $end) === 1) {
$end_expr = new QueryExpression(
'ADDDATE(' . $DB->quoteValue($end) . ', INTERVAL 1 DAY)'
);
$criteria[] = [$field => ['<=', $end_expr]];
} elseif ($end !== null && $end !== '') {
trigger_error(
sprintf('Invalid %s date value.', json_encode($end)),
E_USER_WARNING
);
}
return $criteria;
}
/**
* Export an array to be stored in a simple field in the database
*
* @param array $array Array to export / encode (one level depth)
*
* @return string containing encoded array
*/
public function exportArrayToDB($array)
{
return json_encode($array);
}
/**
* Import an array encoded in a simple field in the database
*
* @param string $data data readed in DB to import
*
* @return array containing datas
*/
public function importArrayFromDB($data)
{
if ($data === null) {
return [];
}
$tab = json_decode($data, true);
// Use old scheme to decode
if (!is_array($tab)) {
$tab = [];
foreach (explode(" ", $data) as $item) {
$a = explode("=>", $item);
if (
(strlen($a[0]) > 0)
&& isset($a[1])
) {
$tab[urldecode($a[0])] = urldecode($a[1]);
}
}
}
return $tab;
}
/**
* Get hour from sql
*
* @param string $time datetime time
*
* @return array
*/
public function getHourFromSql($time)
{
$t = explode(" ", $time);
$p = explode(":", $t[1]);
return $p[0] . ":" . $p[1];
}
/**
* Get the $RELATION array. It defines all relations between tables in the DB;
* plugins may add their own stuff
*
* @return array the $RELATION array
*/
public function getDbRelations()
{
$RELATION = []; // Redefined inside /inc/relation.constant.php
include(GLPI_ROOT . "/inc/relation.constant.php");
// Add plugins relations
$plug_rel = Plugin::getDatabaseRelations();
if (count($plug_rel) > 0) {
$RELATION = array_merge_recursive($RELATION, $plug_rel);
}
$normalized_relations = [];
foreach ($RELATION as $source_table => $table_relations) {
$source_itemtype = getItemTypeForTable($source_table);
if (!is_a($source_itemtype, CommonDBTM::class, true)) {
trigger_error(
sprintf(
'Invalid relations declared for "%s" table. Table does not correspond to a known itemtype.',
$source_table
),
E_USER_WARNING
);
continue;
}
$normalized_relations[$source_table] = [];
foreach ($table_relations as $target_table_key => $target_fields) {
$normalized_relations[$source_table][$target_table_key] = [];
$target_table = preg_replace('/^_/', '', $target_table_key);
// Harmonize relations specs.
// Can be:
// 1 - a string representing a unique forign key relation: e.g. 'users_id'
// 2 - an array representing a unique polymorphic relation: e.g. ['itemtype', 'items_id']
// 3 - an array containing one element per relation: e.g. ['users_id', 'users_id_tech', ['itemtype', 'items_id']]
//
// Result should always be an array containing one element per relation.
if (
!is_array($target_fields)
|| (
// 'itemtype'/'items_id' (polymorphic relationship)
count($target_fields) === 2
&& count(array_filter($target_fields, 'is_array')) === 0 // ensure array elements are only strings
&& count(preg_grep('/^itemtype/', $target_fields)) === 1
&& count(preg_grep('/^items_id/', $target_fields)) === 1
)
|| (
// glpi_ipaddresses relationship that does not respect naming conventions
count($target_fields) === 2
&& count(array_filter($target_fields, 'is_array')) === 0 // ensure array elements are only strings
&& in_array('mainitemtype', $target_fields)
&& in_array('mainitems_id', $target_fields)
)
) {
$target_fields = [$target_fields];
}
$target_itemtype = getItemTypeForTable($target_table);
if (!is_a($target_itemtype, CommonDBTM::class, true)) {
trigger_error(
sprintf(
'Invalid relations declared for "%s" table. Target table "%s" does not correspond to a known itemtype.',
$source_table,
$target_table
),
E_USER_WARNING
);
continue;
}
foreach ($target_fields as $target_field) {
if (is_string($target_field)) {
if (!str_starts_with($target_table_key, '_') && $target_itemtype::getIndexName() === $target_field) {
// Relation is declared on ID field of the item.
// This is an unexpected case that we cannot support.
// Indeed, we would have to pass the current ID value (used to load the item before saving it)
// and the new field value (used to update the value) in the same array key. This is not possible.
trigger_error(
sprintf(
'Relation between "%s" and "%s" table based on "%s" field cannot be handled automatically as "%s" also corresponds to index field of the target table.',
$source_table,
$target_table,
$target_field,
$target_field
),
E_USER_WARNING
);
continue;
}
if (
in_array($source_table, ['glpi_authldaps', 'glpi_authmails'])
&& $target_table === 'glpi_users'
&& $target_field === 'auths_id'
) {
// Ignore this specific case.
// FIXME `auths_id` should be replaced by a polymorphic `itemtype_auth`/`items_id_auth` relation.
continue;
}
if (
$source_table === 'glpi_requesttypes'
&& $target_table === 'glpi_users'
&& $target_field === 'default_requesttypes_id'
) {
// Ignore this specific case.
// FIXME `default_requesttypes_id` should be renamed to `requesttypes_id_default` to respect naming conventions.
continue;
}
if (
$source_table === 'glpi_knowbaseitems_comments'
&& $target_table === 'glpi_knowbaseitems_comments'
&& $target_field === 'parent_comment_id'
) {
// Ignore this specific case.
// FIXME `parent_comment_id` should be renamed to `knowbaseitems_comments_id_parent` to respect naming conventions.
continue;
}
$target_field_itemtype = isForeignKeyField($target_field)
? getItemtypeForForeignKeyField($target_field)
: null;
if (!is_a($target_field_itemtype, CommonDBTM::class, true)) {
// Relation is declared in a field that does not seems to be a foreign key.
trigger_error(
sprintf(
'Invalid relations declared between "%s" and "%s" table. Target field "%s" is not a foreign key field.',
$source_table,
$target_table,
$target_field
),
E_USER_WARNING
);
continue;
}
if ($target_field_itemtype !== $source_itemtype) {
// Relation is made on a field that is not a foreign key of the source object.
trigger_error(
sprintf(
'Invalid relations declared between "%s" and "%s" table. Target field "%s" is not a foreign key field of "%s".',
$source_table,
$target_table,
$target_field,
$source_itemtype
),
E_USER_WARNING
);
continue;
}
} else {
$is_array = is_array($target_field);
$is_polymorphic_relation = $is_array
&& count($target_field) === 2
&& count(preg_grep('/^itemtype/', $target_field)) === 1
&& count(preg_grep('/^items_id/', $target_field)) === 1;
$is_ipaddress_relation = $is_array
&& $target_table === 'glpi_ipaddresses'
&& count($target_field) === 2
&& in_array('mainitemtype', $target_field)
&& in_array('mainitems_id', $target_field);
if (!$is_array && !$is_polymorphic_relation && !$is_ipaddress_relation) {
trigger_error(
sprintf(
'Invalid relations declared between "%s" and "%s" table. %s is not valid a valid relation.',
$source_table,
$target_table,
json_encode($target_field)
),
E_USER_WARNING
);
continue;
}
}
// If code reach this point, then no exception case was detected.
// Relation si so preserved.
$normalized_relations[$source_table][$target_table_key][] = $target_field;
}
}
}
return $normalized_relations;
}
/**
* Return ItemType for a foreign key
*
* @param string $fkname Foreign key
*
* @return string ItemType name for the fkname parameter
*/
public function getItemtypeForForeignKeyField($fkname)
{
$table = $this->getTableNameForForeignKeyField($fkname);
return $this->getItemTypeForTable($table);
}
}
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