class ModuleHandler in Zircon Profile 8.0
Same name and namespace in other branches
- 8 core/lib/Drupal/Core/Extension/ModuleHandler.php \Drupal\Core\Extension\ModuleHandler
Class that manages modules in a Drupal installation.
Hierarchy
- class \Drupal\Core\Extension\ModuleHandler implements ModuleHandlerInterface
Expanded class hierarchy of ModuleHandler
3 files declare their use of ModuleHandler
- ModuleHandlerTest.php in core/
tests/ Drupal/ Tests/ Core/ Extension/ ModuleHandlerTest.php - Contains \Drupal\Tests\Core\Extension\ModuleHandlerTest.
- PluginTestBase.php in core/
modules/ system/ src/ Tests/ Plugin/ PluginTestBase.php - Contains \Drupal\system\Tests\Plugin\PluginTestBase.
- system.module in core/
modules/ system/ system.module - Configuration system that lets administrators modify the workings of the site.
1 string reference to 'ModuleHandler'
- core.services.yml in core/
core.services.yml - core/core.services.yml
1 service uses ModuleHandler
File
- core/
lib/ Drupal/ Core/ Extension/ ModuleHandler.php, line 17 - Contains \Drupal\Core\Extension\ModuleHandler.
Namespace
Drupal\Core\ExtensionView source
class ModuleHandler implements ModuleHandlerInterface {
/**
* List of loaded files.
*
* @var array
* An associative array whose keys are file paths of loaded files, relative
* to the application's root directory.
*/
protected $loadedFiles;
/**
* List of installed modules.
*
* @var \Drupal\Core\Extension\Extension[]
*/
protected $moduleList;
/**
* Boolean indicating whether modules have been loaded.
*
* @var bool
*/
protected $loaded = FALSE;
/**
* List of hook implementations keyed by hook name.
*
* @var array
*/
protected $implementations;
/**
* List of hooks where the implementations have been "verified".
*
* @var true[]
* Associative array where keys are hook names.
*/
protected $verified;
/**
* Information returned by hook_hook_info() implementations.
*
* @var array
*/
protected $hookInfo;
/**
* Cache backend for storing module hook implementation information.
*
* @var \Drupal\Core\Cache\CacheBackendInterface
*/
protected $cacheBackend;
/**
* Whether the cache needs to be written.
*
* @var bool
*/
protected $cacheNeedsWriting = FALSE;
/**
* List of alter hook implementations keyed by hook name(s).
*
* @var array
*/
protected $alterFunctions;
/**
* The app root.
*
* @var string
*/
protected $root;
/**
* Constructs a ModuleHandler object.
*
* @param string $root
* The app root.
* @param array $module_list
* An associative array whose keys are the names of installed modules and
* whose values are Extension class parameters. This is normally the
* %container.modules% parameter being set up by DrupalKernel.
* @param \Drupal\Core\Cache\CacheBackendInterface $cache_backend
* Cache backend for storing module hook implementation information.
*
* @see \Drupal\Core\DrupalKernel
* @see \Drupal\Core\CoreServiceProvider
*/
public function __construct($root, array $module_list = array(), CacheBackendInterface $cache_backend) {
$this->root = $root;
$this->moduleList = array();
foreach ($module_list as $name => $module) {
$this->moduleList[$name] = new Extension($this->root, $module['type'], $module['pathname'], $module['filename']);
}
$this->cacheBackend = $cache_backend;
}
/**
* {@inheritdoc}
*/
public function load($name) {
if (isset($this->loadedFiles[$name])) {
return TRUE;
}
if (isset($this->moduleList[$name])) {
$this->moduleList[$name]
->load();
$this->loadedFiles[$name] = TRUE;
return TRUE;
}
return FALSE;
}
/**
* {@inheritdoc}
*/
public function loadAll() {
if (!$this->loaded) {
foreach ($this->moduleList as $name => $module) {
$this
->load($name);
}
$this->loaded = TRUE;
}
}
/**
* {@inheritdoc}
*/
public function reload() {
$this->loaded = FALSE;
$this
->loadAll();
}
/**
* {@inheritdoc}
*/
public function isLoaded() {
return $this->loaded;
}
/**
* {@inheritdoc}
*/
public function getModuleList() {
return $this->moduleList;
}
/**
* {@inheritdoc}
*/
public function getModule($name) {
if (isset($this->moduleList[$name])) {
return $this->moduleList[$name];
}
throw new \InvalidArgumentException(sprintf('The module %s does not exist.', $name));
}
/**
* {@inheritdoc}
*/
public function setModuleList(array $module_list = array()) {
$this->moduleList = $module_list;
// Reset the implementations, so a new call triggers a reloading of the
// available hooks.
$this
->resetImplementations();
}
/**
* {@inheritdoc}
*/
public function addModule($name, $path) {
$this
->add('module', $name, $path);
}
/**
* {@inheritdoc}
*/
public function addProfile($name, $path) {
$this
->add('profile', $name, $path);
}
/**
* Adds a module or profile to the list of currently active modules.
*
* @param string $type
* The extension type; either 'module' or 'profile'.
* @param string $name
* The module name; e.g., 'node'.
* @param string $path
* The module path; e.g., 'core/modules/node'.
*/
protected function add($type, $name, $path) {
$pathname = "{$path}/{$name}.info.yml";
$filename = file_exists($this->root . "/{$path}/{$name}.{$type}") ? "{$name}.{$type}" : NULL;
$this->moduleList[$name] = new Extension($this->root, $type, $pathname, $filename);
$this
->resetImplementations();
}
/**
* {@inheritdoc}
*/
public function buildModuleDependencies(array $modules) {
foreach ($modules as $module) {
$graph[$module
->getName()]['edges'] = array();
if (isset($module->info['dependencies']) && is_array($module->info['dependencies'])) {
foreach ($module->info['dependencies'] as $dependency) {
$dependency_data = static::parseDependency($dependency);
$graph[$module
->getName()]['edges'][$dependency_data['name']] = $dependency_data;
}
}
}
$graph_object = new Graph($graph);
$graph = $graph_object
->searchAndSort();
foreach ($graph as $module_name => $data) {
$modules[$module_name]->required_by = isset($data['reverse_paths']) ? $data['reverse_paths'] : array();
$modules[$module_name]->requires = isset($data['paths']) ? $data['paths'] : array();
$modules[$module_name]->sort = $data['weight'];
}
return $modules;
}
/**
* {@inheritdoc}
*/
public function moduleExists($module) {
return isset($this->moduleList[$module]);
}
/**
* {@inheritdoc}
*/
public function loadAllIncludes($type, $name = NULL) {
foreach ($this->moduleList as $module => $filename) {
$this
->loadInclude($module, $type, $name);
}
}
/**
* {@inheritdoc}
*/
public function loadInclude($module, $type, $name = NULL) {
if ($type == 'install') {
// Make sure the installation API is available
include_once $this->root . '/core/includes/install.inc';
}
$name = $name ?: $module;
if (isset($this->moduleList[$module])) {
$file = $this->root . '/' . $this->moduleList[$module]
->getPath() . "/{$name}.{$type}";
if (is_file($file)) {
require_once $file;
return $file;
}
}
return FALSE;
}
/**
* {@inheritdoc}
*/
public function getHookInfo() {
if (!isset($this->hookInfo)) {
if ($cache = $this->cacheBackend
->get('hook_info')) {
$this->hookInfo = $cache->data;
}
else {
$this
->buildHookInfo();
$this->cacheBackend
->set('hook_info', $this->hookInfo);
}
}
return $this->hookInfo;
}
/**
* Builds hook_hook_info() information.
*
* @see \Drupal\Core\Extension\ModuleHandler::getHookInfo()
*/
protected function buildHookInfo() {
$this->hookInfo = array();
// Make sure that the modules are loaded before checking.
$this
->reload();
// $this->invokeAll() would cause an infinite recursion.
foreach ($this->moduleList as $module => $filename) {
$function = $module . '_hook_info';
if (function_exists($function)) {
$result = $function();
if (isset($result) && is_array($result)) {
$this->hookInfo = NestedArray::mergeDeep($this->hookInfo, $result);
}
}
}
}
/**
* {@inheritdoc}
*/
public function getImplementations($hook) {
$implementations = $this
->getImplementationInfo($hook);
return array_keys($implementations);
}
/**
* {@inheritdoc}
*/
public function writeCache() {
if ($this->cacheNeedsWriting) {
$this->cacheBackend
->set('module_implements', $this->implementations);
$this->cacheNeedsWriting = FALSE;
}
}
/**
* {@inheritdoc}
*/
public function resetImplementations() {
$this->implementations = NULL;
$this->hookInfo = NULL;
$this->alterFunctions = NULL;
// We maintain a persistent cache of hook implementations in addition to the
// static cache to avoid looping through every module and every hook on each
// request. Benchmarks show that the benefit of this caching outweighs the
// additional database hit even when using the default database caching
// backend and only a small number of modules are enabled. The cost of the
// $this->cacheBackend->get() is more or less constant and reduced further
// when non-database caching backends are used, so there will be more
// significant gains when a large number of modules are installed or hooks
// invoked, since this can quickly lead to
// \Drupal::moduleHandler()->implementsHook() being called several thousand
// times per request.
$this->cacheBackend
->set('module_implements', array());
$this->cacheBackend
->delete('hook_info');
}
/**
* {@inheritdoc}
*/
public function implementsHook($module, $hook) {
$function = $module . '_' . $hook;
if (function_exists($function)) {
return TRUE;
}
// If the hook implementation does not exist, check whether it lives in an
// optional include file registered via hook_hook_info().
$hook_info = $this
->getHookInfo();
if (isset($hook_info[$hook]['group'])) {
$this
->loadInclude($module, 'inc', $module . '.' . $hook_info[$hook]['group']);
if (function_exists($function)) {
return TRUE;
}
}
return FALSE;
}
/**
* {@inheritdoc}
*/
public function invoke($module, $hook, array $args = array()) {
if (!$this
->implementsHook($module, $hook)) {
return;
}
$function = $module . '_' . $hook;
return call_user_func_array($function, $args);
}
/**
* {@inheritdoc}
*/
public function invokeAll($hook, array $args = array()) {
$return = array();
$implementations = $this
->getImplementations($hook);
foreach ($implementations as $module) {
$function = $module . '_' . $hook;
$result = call_user_func_array($function, $args);
if (isset($result) && is_array($result)) {
$return = NestedArray::mergeDeep($return, $result);
}
elseif (isset($result)) {
$return[] = $result;
}
}
return $return;
}
/**
* {@inheritdoc}
*/
public function alter($type, &$data, &$context1 = NULL, &$context2 = NULL) {
// Most of the time, $type is passed as a string, so for performance,
// normalize it to that. When passed as an array, usually the first item in
// the array is a generic type, and additional items in the array are more
// specific variants of it, as in the case of array('form', 'form_FORM_ID').
if (is_array($type)) {
$cid = implode(',', $type);
$extra_types = $type;
$type = array_shift($extra_types);
// Allow if statements in this function to use the faster isset() rather
// than !empty() both when $type is passed as a string, or as an array
// with one item.
if (empty($extra_types)) {
unset($extra_types);
}
}
else {
$cid = $type;
}
// Some alter hooks are invoked many times per page request, so store the
// list of functions to call, and on subsequent calls, iterate through them
// quickly.
if (!isset($this->alterFunctions[$cid])) {
$this->alterFunctions[$cid] = array();
$hook = $type . '_alter';
$modules = $this
->getImplementations($hook);
if (!isset($extra_types)) {
// For the more common case of a single hook, we do not need to call
// function_exists(), since $this->getImplementations() returns only
// modules with implementations.
foreach ($modules as $module) {
$this->alterFunctions[$cid][] = $module . '_' . $hook;
}
}
else {
// For multiple hooks, we need $modules to contain every module that
// implements at least one of them.
$extra_modules = array();
foreach ($extra_types as $extra_type) {
$extra_modules = array_merge($extra_modules, $this
->getImplementations($extra_type . '_alter'));
}
// If any modules implement one of the extra hooks that do not implement
// the primary hook, we need to add them to the $modules array in their
// appropriate order. $this->getImplementations() can only return
// ordered implementations of a single hook. To get the ordered
// implementations of multiple hooks, we mimic the
// $this->getImplementations() logic of first ordering by
// $this->getModuleList(), and then calling
// $this->alter('module_implements').
if (array_diff($extra_modules, $modules)) {
// Merge the arrays and order by getModuleList().
$modules = array_intersect(array_keys($this->moduleList), array_merge($modules, $extra_modules));
// Since $this->getImplementations() already took care of loading the
// necessary include files, we can safely pass FALSE for the array
// values.
$implementations = array_fill_keys($modules, FALSE);
// Let modules adjust the order solely based on the primary hook. This
// ensures the same module order regardless of whether this if block
// runs. Calling $this->alter() recursively in this way does not
// result in an infinite loop, because this call is for a single
// $type, so we won't end up in this code block again.
$this
->alter('module_implements', $implementations, $hook);
$modules = array_keys($implementations);
}
foreach ($modules as $module) {
// Since $modules is a merged array, for any given module, we do not
// know whether it has any particular implementation, so we need a
// function_exists().
$function = $module . '_' . $hook;
if (function_exists($function)) {
$this->alterFunctions[$cid][] = $function;
}
foreach ($extra_types as $extra_type) {
$function = $module . '_' . $extra_type . '_alter';
if (function_exists($function)) {
$this->alterFunctions[$cid][] = $function;
}
}
}
}
}
foreach ($this->alterFunctions[$cid] as $function) {
$function($data, $context1, $context2);
}
}
/**
* Provides information about modules' implementations of a hook.
*
* @param string $hook
* The name of the hook (e.g. "help" or "menu").
*
* @return mixed[]
* An array whose keys are the names of the modules which are implementing
* this hook and whose values are either a string identifying a file in
* which the implementation is to be found, or FALSE, if the implementation
* is in the module file.
*/
protected function getImplementationInfo($hook) {
if (!isset($this->implementations)) {
$this->implementations = array();
$this->verified = array();
if ($cache = $this->cacheBackend
->get('module_implements')) {
$this->implementations = $cache->data;
}
}
if (!isset($this->implementations[$hook])) {
// The hook is not cached, so ensure that whether or not it has
// implementations, the cache is updated at the end of the request.
$this->cacheNeedsWriting = TRUE;
// Discover implementations.
$this->implementations[$hook] = $this
->buildImplementationInfo($hook);
// Implementations are always "verified" as part of the discovery.
$this->verified[$hook] = TRUE;
}
elseif (!isset($this->verified[$hook])) {
if (!$this
->verifyImplementations($this->implementations[$hook], $hook)) {
// One or more of the implementations did not exist and need to be
// removed in the cache.
$this->cacheNeedsWriting = TRUE;
}
$this->verified[$hook] = TRUE;
}
return $this->implementations[$hook];
}
/**
* Builds hook implementation information for a given hook name.
*
* @param string $hook
* The name of the hook (e.g. "help" or "menu").
*
* @return mixed[]
* An array whose keys are the names of the modules which are implementing
* this hook and whose values are either a string identifying a file in
* which the implementation is to be found, or FALSE, if the implementation
* is in the module file.
*
* @throws \RuntimeException
* Exception thrown when an invalid implementation is added by
* hook_module_implements_alter().
*
* @see \Drupal\Core\Extension\ModuleHandler::getImplementationInfo()
*/
protected function buildImplementationInfo($hook) {
$implementations = array();
$hook_info = $this
->getHookInfo();
foreach ($this->moduleList as $module => $extension) {
$include_file = isset($hook_info[$hook]['group']) && $this
->loadInclude($module, 'inc', $module . '.' . $hook_info[$hook]['group']);
// Since $this->implementsHook() may needlessly try to load the include
// file again, function_exists() is used directly here.
if (function_exists($module . '_' . $hook)) {
$implementations[$module] = $include_file ? $hook_info[$hook]['group'] : FALSE;
}
}
// Allow modules to change the weight of specific implementations, but avoid
// an infinite loop.
if ($hook != 'module_implements_alter') {
// Remember the original implementations, before they are modified with
// hook_module_implements_alter().
$implementations_before = $implementations;
// Verify implementations that were added or modified.
$this
->alter('module_implements', $implementations, $hook);
// Verify new or modified implementations.
foreach (array_diff_assoc($implementations, $implementations_before) as $module => $group) {
// If drupal_alter('module_implements') changed or added a $group, the
// respective file needs to be included.
if ($group) {
$this
->loadInclude($module, 'inc', "{$module}.{$group}");
}
// If a new implementation was added, verify that the function exists.
if (!function_exists($module . '_' . $hook)) {
throw new \RuntimeException("An invalid implementation {$module}_{$hook} was added by hook_module_implements_alter()");
}
}
}
return $implementations;
}
/**
* Verifies an array of implementations loaded from the cache, by including
* the lazy-loaded $module.$group.inc, and checking function_exists().
*
* @param string[] $implementations
* Implementation "group" by module name.
* @param string $hook
* The hook name.
*
* @return bool
* TRUE, if all implementations exist.
* FALSE, if one or more implementations don't exist and need to be removed
* from the cache.
*/
protected function verifyImplementations(&$implementations, $hook) {
$all_valid = TRUE;
foreach ($implementations as $module => $group) {
// If this hook implementation is stored in a lazy-loaded file, include
// that file first.
if ($group) {
$this
->loadInclude($module, 'inc', "{$module}.{$group}");
}
// It is possible that a module removed a hook implementation without
// the implementations cache being rebuilt yet, so we check whether the
// function exists on each request to avoid undefined function errors.
// Since ModuleHandler::implementsHook() may needlessly try to
// load the include file again, function_exists() is used directly here.
if (!function_exists($module . '_' . $hook)) {
// Clear out the stale implementation from the cache and force a cache
// refresh to forget about no longer existing hook implementations.
unset($implementations[$module]);
// One of the implementations did not exist and needs to be removed in
// the cache.
$all_valid = FALSE;
}
}
return $all_valid;
}
/**
* Parses a dependency for comparison by drupal_check_incompatibility().
*
* @param $dependency
* A dependency string, which specifies a module dependency, and optionally
* the project it comes from and versions that are supported. Supported
* formats include:
* - 'module'
* - 'project:module'
* - 'project:module (>=version, version)'
*
* @return
* An associative array with three keys:
* - 'name' includes the name of the thing to depend on (e.g. 'foo').
* - 'original_version' contains the original version string (which can be
* used in the UI for reporting incompatibilities).
* - 'versions' is a list of associative arrays, each containing the keys
* 'op' and 'version'. 'op' can be one of: '=', '==', '!=', '<>', '<',
* '<=', '>', or '>='. 'version' is one piece like '4.5-beta3'.
* Callers should pass this structure to drupal_check_incompatibility().
*
* @see drupal_check_incompatibility()
*/
public static function parseDependency($dependency) {
$value = array();
// Split out the optional project name.
if (strpos($dependency, ':') !== FALSE) {
list($project_name, $dependency) = explode(':', $dependency);
$value['project'] = $project_name;
}
// We use named subpatterns and support every op that version_compare
// supports. Also, op is optional and defaults to equals.
$p_op = '(?<operation>!=|==|=|<|<=|>|>=|<>)?';
// Core version is always optional: 8.x-2.x and 2.x is treated the same.
$p_core = '(?:' . preg_quote(\Drupal::CORE_COMPATIBILITY) . '-)?';
$p_major = '(?<major>\\d+)';
// By setting the minor version to x, branches can be matched.
$p_minor = '(?<minor>(?:\\d+|x)(?:-[A-Za-z]+\\d+)?)';
$parts = explode('(', $dependency, 2);
$value['name'] = trim($parts[0]);
if (isset($parts[1])) {
$value['original_version'] = ' (' . $parts[1];
foreach (explode(',', $parts[1]) as $version) {
if (preg_match("/^\\s*{$p_op}\\s*{$p_core}{$p_major}\\.{$p_minor}/", $version, $matches)) {
$op = !empty($matches['operation']) ? $matches['operation'] : '=';
if ($matches['minor'] == 'x') {
// Drupal considers "2.x" to mean any version that begins with
// "2" (e.g. 2.0, 2.9 are all "2.x"). PHP's version_compare(),
// on the other hand, treats "x" as a string; so to
// version_compare(), "2.x" is considered less than 2.0. This
// means that >=2.x and <2.x are handled by version_compare()
// as we need, but > and <= are not.
if ($op == '>' || $op == '<=') {
$matches['major']++;
}
// Equivalence can be checked by adding two restrictions.
if ($op == '=' || $op == '==') {
$value['versions'][] = array(
'op' => '<',
'version' => $matches['major'] + 1 . '.x',
);
$op = '>=';
}
}
$value['versions'][] = array(
'op' => $op,
'version' => $matches['major'] . '.' . $matches['minor'],
);
}
}
}
return $value;
}
/**
* {@inheritdoc}
*/
public function getModuleDirectories() {
$dirs = array();
foreach ($this
->getModuleList() as $name => $module) {
$dirs[$name] = $this->root . '/' . $module
->getPath();
}
return $dirs;
}
/**
* {@inheritdoc}
*/
public function getName($module) {
$info = system_get_info('module', $module);
return isset($info['name']) ? $info['name'] : $module;
}
}Members
Name |
Modifiers | Type | Description | Overrides |
|---|---|---|---|---|
|
ModuleHandler:: |
protected | property | List of alter hook implementations keyed by hook name(s). | |
|
ModuleHandler:: |
protected | property | Cache backend for storing module hook implementation information. | |
|
ModuleHandler:: |
protected | property | Whether the cache needs to be written. | |
|
ModuleHandler:: |
protected | property | Information returned by hook_hook_info() implementations. | |
|
ModuleHandler:: |
protected | property | List of hook implementations keyed by hook name. | |
|
ModuleHandler:: |
protected | property | Boolean indicating whether modules have been loaded. | |
|
ModuleHandler:: |
protected | property | List of loaded files. | |
|
ModuleHandler:: |
protected | property | List of installed modules. | |
|
ModuleHandler:: |
protected | property | The app root. | |
|
ModuleHandler:: |
protected | property | List of hooks where the implementations have been "verified". | |
|
ModuleHandler:: |
protected | function | Adds a module or profile to the list of currently active modules. | |
|
ModuleHandler:: |
public | function |
Adds a module to the list of currently active modules. Overrides ModuleHandlerInterface:: |
|
|
ModuleHandler:: |
public | function |
Adds an installation profile to the list of currently active modules. Overrides ModuleHandlerInterface:: |
|
|
ModuleHandler:: |
public | function |
Passes alterable variables to specific hook_TYPE_alter() implementations. Overrides ModuleHandlerInterface:: |
|
|
ModuleHandler:: |
protected | function | Builds hook_hook_info() information. | |
|
ModuleHandler:: |
protected | function | Builds hook implementation information for a given hook name. | |
|
ModuleHandler:: |
public | function |
Determines which modules require and are required by each module. Overrides ModuleHandlerInterface:: |
|
|
ModuleHandler:: |
public | function |
Retrieves a list of hooks that are declared through hook_hook_info(). Overrides ModuleHandlerInterface:: |
|
|
ModuleHandler:: |
protected | function | Provides information about modules' implementations of a hook. | |
|
ModuleHandler:: |
public | function |
Determines which modules are implementing a hook. Overrides ModuleHandlerInterface:: |
|
|
ModuleHandler:: |
public | function |
Returns a module extension object from the currently active modules list. Overrides ModuleHandlerInterface:: |
|
|
ModuleHandler:: |
public | function |
Returns an array of directories for all enabled modules. Useful for
tasks such as finding a file that exists in all module directories. Overrides ModuleHandlerInterface:: |
|
|
ModuleHandler:: |
public | function |
Returns the list of currently active modules. Overrides ModuleHandlerInterface:: |
|
|
ModuleHandler:: |
public | function |
Gets the human readable name of a given module. Overrides ModuleHandlerInterface:: |
|
|
ModuleHandler:: |
public | function |
Returns whether a given module implements a given hook. Overrides ModuleHandlerInterface:: |
|
|
ModuleHandler:: |
public | function |
Invokes a hook in a particular module. Overrides ModuleHandlerInterface:: |
|
|
ModuleHandler:: |
public | function |
Invokes a hook in all enabled modules that implement it. Overrides ModuleHandlerInterface:: |
|
|
ModuleHandler:: |
public | function |
Returns whether all modules have been loaded. Overrides ModuleHandlerInterface:: |
|
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ModuleHandler:: |
public | function |
Includes a module's .module file. Overrides ModuleHandlerInterface:: |
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ModuleHandler:: |
public | function |
Loads all enabled modules. Overrides ModuleHandlerInterface:: |
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ModuleHandler:: |
public | function |
Loads an include file for each enabled module. Overrides ModuleHandlerInterface:: |
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ModuleHandler:: |
public | function |
Loads a module include file. Overrides ModuleHandlerInterface:: |
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ModuleHandler:: |
public | function |
Determines whether a given module is enabled. Overrides ModuleHandlerInterface:: |
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ModuleHandler:: |
public static | function | Parses a dependency for comparison by drupal_check_incompatibility(). | |
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ModuleHandler:: |
public | function |
Reloads all enabled modules. Overrides ModuleHandlerInterface:: |
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ModuleHandler:: |
public | function |
Resets the cached list of hook implementations. Overrides ModuleHandlerInterface:: |
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ModuleHandler:: |
public | function |
Sets an explicit list of currently active modules. Overrides ModuleHandlerInterface:: |
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ModuleHandler:: |
protected | function | Verifies an array of implementations loaded from the cache, by including the lazy-loaded $module.$group.inc, and checking function_exists(). | |
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ModuleHandler:: |
public | function |
Write the hook implementation info to the cache. Overrides ModuleHandlerInterface:: |
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ModuleHandler:: |
public | function | Constructs a ModuleHandler object. |