public function transform(FormField $field)
{
// Look for a performXXTransformation() method on the field itself.
// performReadonlyTransformation() is a pretty commonly applied method.
// Otherwise, look for a transformXXXField() method on this object.
// This is more commonly done in custom transformations
// We iterate through each array simultaneously, looking at [0] of both, then [1] of both.
// This provides a more natural failover scheme.
$transNames = array_reverse(array_map(function ($name) {
return ClassInfo::shortName($name);
}, array_values(ClassInfo::ancestry($this->class))));
$fieldClasses = array_reverse(array_map(function ($name) {
return ClassInfo::shortName($name);
}, array_values(ClassInfo::ancestry($field->class))));
$len = max(sizeof($transNames), sizeof($fieldClasses));
for ($i = 0; $i < $len; $i++) {
// This is lets fieldClasses be longer than transNames
if (!empty($transNames[$i])) {
$funcName = 'perform' . $transNames[$i];
if ($field->hasMethod($funcName)) {
//echo "<li>$field->class used $funcName";
return $field->{$funcName}($this);
}
}
// And this one does the reverse.
if (!empty($fieldClasses[$i])) {
$funcName = 'transform' . $fieldClasses[$i];
if ($this->hasMethod($funcName)) {
//echo "<li>$field->class used $funcName";
return $this->{$funcName}($field);
}
}
}
throw new \BadMethodCallException("FormTransformation:: Can't perform '{$this->class}' on '{$field->class}'");
}
protected function createCallableArray(&$extraArray, $interfaceToQuery, $variableMethod, $createObject = false)
{
$implementers = ClassInfo::implementorsOf($interfaceToQuery);
if ($implementers) {
foreach ($implementers as $implementer) {
// Create a new instance of the object for method calls
if ($createObject) {
$implementer = new $implementer();
}
// Get the exposed variables
$exposedVariables = call_user_func(array($implementer, $variableMethod));
foreach ($exposedVariables as $varName => $details) {
if (!is_array($details)) {
$details = array('method' => $details, 'casting' => Config::inst()->get('SilverStripe\\View\\ViewableData', 'default_cast', Config::FIRST_SET));
}
// If just a value (and not a key => value pair), use it for both key and value
if (is_numeric($varName)) {
$varName = $details['method'];
}
// Add in a reference to the implementing class (might be a string class name or an instance)
$details['implementer'] = $implementer;
// And a callable array
if (isset($details['method'])) {
$details['callable'] = array($implementer, $details['method']);
}
// Save with both uppercase & lowercase first letter, so either works
$lcFirst = strtolower($varName[0]) . substr($varName, 1);
$extraArray[$lcFirst] = $details;
$extraArray[ucfirst($varName)] = $details;
}
}
}
}
/**
* @inheritdoc
*
* @param HTTPRequest $request
* @param Session $session
* @param DataModel $model
*
* @return bool
*/
public function preRequest(HTTPRequest $request, Session $session, DataModel $model)
{
if (array_key_exists('flush', $request->getVars())) {
foreach (ClassInfo::implementorsOf('SilverStripe\\Core\\Flushable') as $class) {
$class::flush();
}
}
return true;
}
/**
* Create a new version from a database row
*
* @param array $record
*/
public function __construct($record)
{
$this->record = $record;
$record['ID'] = $record['RecordID'];
$className = $record['ClassName'];
$this->object = ClassInfo::exists($className) ? new $className($record) : new DataObject($record);
$this->failover = $this->object;
parent::__construct();
}
public function index()
{
foreach (ClassInfo::subclassesFor($this->class) as $subclass) {
echo $subclass . "\n";
/** @var CliController $task */
$task = Injector::inst()->create($subclass);
$task->doInit();
$task->process();
}
}
/**
* @skipUpgrade
*/
public function testFindClassOrInterfaceFromCandidateImports()
{
$method = new ReflectionMethod($this->manifest, 'findClassOrInterfaceFromCandidateImports');
$method->setAccessible(true);
$this->assertTrue(ClassInfo::exists('silverstripe\\test\\ClassA'));
$this->assertEquals('PermissionProvider', $method->invokeArgs($this->manifest, ['\\PermissionProvider', 'Test\\Namespace', array('TestOnly', 'Controller')]));
$this->assertEquals('PermissionProvider', $method->invokeArgs($this->manifest, array('PermissionProvider', 'Test\\NAmespace', array('PermissionProvider'))));
$this->assertEmpty($method->invokeArgs($this->manifest, array('', 'TextNamespace', array('PermissionProvider'))));
$this->assertEmpty($method->invokeArgs($this->manifest, array('', '', array())));
$this->assertEquals('silverstripe\\test\\ClassA', $method->invokeArgs($this->manifest, array('ClassA', 'Test\\Namespace', array('silverstripe\\test\\ClassA', 'PermissionProvider'))));
$this->assertEquals('ClassA', $method->invokeArgs($this->manifest, array('\\ClassA', 'Test\\Namespace', array('silverstripe\\test'))));
$this->assertEquals('ClassA', $method->invokeArgs($this->manifest, array('ClassA', 'silverstripe\\test', array('\\ClassA'))));
$this->assertEquals('ClassA', $method->invokeArgs($this->manifest, array('Alias', 'silverstripe\\test', array('Alias' => '\\ClassA'))));
$this->assertEquals('silverstripe\\test\\ClassA', $method->invokeArgs($this->manifest, array('ClassA', 'silverstripe\\test', array('silverstripe\\test\\ClassB'))));
}
/**
* @todo move to SQLSelect
* @todo fix hack
*/
protected function applyBaseTableFields()
{
$classes = ClassInfo::dataClassesFor($this->modelClass);
$baseTable = DataObject::getSchema()->baseDataTable($this->modelClass);
$fields = array("\"{$baseTable}\".*");
if ($this->modelClass != $classes[0]) {
$fields[] = '"' . $classes[0] . '".*';
}
//$fields = array_keys($model->db());
$fields[] = '"' . $classes[0] . '".\\"ClassName\\" AS "RecordClassName"';
return $fields;
}
/**
* Returns false if the prefilterable parts of the rule aren't met, and true if they are
*
* @param $rules array - A hash of rules as allowed in the only or except portion of a config fragment header
* @return bool - True if the rules are met, false if not. (Note that depending on whether we were passed an
* only or an except rule,
* which values means accept or reject a fragment
*/
public function matchesPrefilterVariantRules($rules)
{
$matches = "undefined";
// Needs to be truthy, but not true
foreach ($rules as $k => $v) {
switch (strtolower($k)) {
case 'classexists':
$matches = $matches && ClassInfo::exists($v);
break;
case 'moduleexists':
$matches = $matches && $this->moduleExists($v);
break;
default:
// NOP
}
if ($matches === false) {
return $matches;
}
}
return $matches;
}
/**
* Get any user defined searchable fields labels that
* exist. Allows overriding of default field names in the form
* interface actually presented to the user.
*
* The reason for keeping this separate from searchable_fields,
* which would be a logical place for this functionality, is to
* avoid bloating and complicating the configuration array. Currently
* much of this system is based on sensible defaults, and this property
* would generally only be set in the case of more complex relationships
* between data object being required in the search interface.
*
* Generates labels based on name of the field itself, if no static property
* {@link self::field_labels} exists.
*
* @uses $field_labels
* @uses FormField::name_to_label()
*
* @param boolean $includerelations a boolean value to indicate if the labels returned include relation fields
*
* @return array|string Array of all element labels if no argument given, otherwise the label of the field
*/
public function fieldLabels($includerelations = true)
{
$cacheKey = $this->class . '_' . $includerelations;
if (!isset(self::$_cache_field_labels[$cacheKey])) {
$customLabels = $this->stat('field_labels');
$autoLabels = array();
// get all translated static properties as defined in i18nCollectStatics()
$ancestry = ClassInfo::ancestry($this->class);
$ancestry = array_reverse($ancestry);
if ($ancestry) {
foreach ($ancestry as $ancestorClass) {
if ($ancestorClass === ViewableData::class) {
break;
}
$types = array('db' => (array) Config::inst()->get($ancestorClass, 'db', Config::UNINHERITED));
if ($includerelations) {
$types['has_one'] = (array) Config::inst()->get($ancestorClass, 'has_one', Config::UNINHERITED);
$types['has_many'] = (array) Config::inst()->get($ancestorClass, 'has_many', Config::UNINHERITED);
$types['many_many'] = (array) Config::inst()->get($ancestorClass, 'many_many', Config::UNINHERITED);
$types['belongs_many_many'] = (array) Config::inst()->get($ancestorClass, 'belongs_many_many', Config::UNINHERITED);
}
foreach ($types as $type => $attrs) {
foreach ($attrs as $name => $spec) {
$autoLabels[$name] = _t("{$ancestorClass}.{$type}_{$name}", FormField::name_to_label($name));
}
}
}
}
$labels = array_merge((array) $autoLabels, (array) $customLabels);
$this->extend('updateFieldLabels', $labels);
self::$_cache_field_labels[$cacheKey] = $labels;
}
return self::$_cache_field_labels[$cacheKey];
}
/**
* Matches a URL pattern
* The pattern can contain a number of segments, separated by / (and an extension indicated by a .)
*
* The parts can be either literals, or, if they start with a $ they are interpreted as variables.
* - Literals must be provided in order to match
* - $Variables are optional
* - However, if you put ! at the end of a variable, then it becomes mandatory.
*
* For example:
* - admin/crm/list will match admin/crm/$Action/$ID/$OtherID, but it won't match admin/crm/$Action!/$ClassName!
*
* The pattern can optionally start with an HTTP method and a space. For example, "POST $Controller/$Action".
* This is used to define a rule that only matches on a specific HTTP method.
*
* @param $pattern
* @param bool $shiftOnSuccess
* @return array|bool
*/
public function match($pattern, $shiftOnSuccess = false)
{
// Check if a specific method is required
if (preg_match('/^([A-Za-z]+) +(.*)$/', $pattern, $matches)) {
$requiredMethod = $matches[1];
if ($requiredMethod != $this->httpMethod) {
return false;
}
// If we get this far, we can match the URL pattern as usual.
$pattern = $matches[2];
}
// Special case for the root URL controller
if (!$pattern) {
return $this->dirParts == array() ? array('Matched' => true) : false;
}
// Check for the '//' marker that represents the "shifting point"
$doubleSlashPoint = strpos($pattern, '//');
if ($doubleSlashPoint !== false) {
$shiftCount = substr_count(substr($pattern, 0, $doubleSlashPoint), '/') + 1;
$pattern = str_replace('//', '/', $pattern);
$patternParts = explode('/', $pattern);
} else {
$patternParts = explode('/', $pattern);
$shiftCount = sizeof($patternParts);
}
// Filter out any "empty" matching parts - either from an initial / or a trailing /
$patternParts = array_values(array_filter($patternParts));
$arguments = array();
foreach ($patternParts as $i => $part) {
$part = trim($part);
// Match a variable
if (isset($part[0]) && $part[0] == '$') {
// A variable ending in ! is required
if (substr($part, -1) == '!') {
$varRequired = true;
$varName = substr($part, 1, -1);
} else {
$varRequired = false;
$varName = substr($part, 1);
}
// Fail if a required variable isn't populated
if ($varRequired && !isset($this->dirParts[$i])) {
return false;
}
/** @skipUpgrade */
$key = "Controller";
$arguments[$varName] = isset($this->dirParts[$i]) ? $this->dirParts[$i] : null;
if ($part == '$Controller' && (!ClassInfo::exists($arguments[$key]) || !is_subclass_of($arguments[$key], 'SilverStripe\\Control\\Controller'))) {
return false;
}
// Literal parts with extension
} else {
if (isset($this->dirParts[$i]) && $this->dirParts[$i] . '.' . $this->extension == $part) {
continue;
// Literal parts must always be there
} else {
if (!isset($this->dirParts[$i]) || $this->dirParts[$i] != $part) {
return false;
}
}
}
}
if ($shiftOnSuccess) {
$this->shift($shiftCount);
// We keep track of pattern parts that we looked at but didn't shift off.
// This lets us say that we have *parsed* the whole URL even when we haven't *shifted* it all
$this->unshiftedButParsedParts = sizeof($patternParts) - $shiftCount;
}
$this->latestParams = $arguments;
// Load the arguments that actually have a value into $this->allParams
// This ensures that previous values aren't overridden with blanks
foreach ($arguments as $k => $v) {
if ($v || !isset($this->allParams[$k])) {
$this->allParams[$k] = $v;
}
}
if ($arguments === array()) {
$arguments['_matched'] = true;
}
return $arguments;
}
/**
* @return array Array of associative arrays for each task (Keys: 'class', 'title', 'description')
*/
protected function getTasks()
{
$availableTasks = array();
$taskClasses = ClassInfo::subclassesFor('SilverStripe\\Dev\\BuildTask');
// remove the base class
array_shift($taskClasses);
foreach ($taskClasses as $class) {
if (!$this->taskEnabled($class)) {
continue;
}
$singleton = BuildTask::singleton($class);
$desc = Director::is_cli() ? Convert::html2raw($singleton->getDescription()) : $singleton->getDescription();
$availableTasks[] = array('class' => $class, 'title' => $singleton->getTitle(), 'segment' => $singleton->config()->segment ?: str_replace('\\', '-', $class), 'description' => $desc);
}
return $availableTasks;
}
/**
* Returns a link to this controller. Overload with your own Link rules if they exist.
*
* @param string $action Optional action
* @return string
*/
public function Link($action = null)
{
return Controller::join_links(ClassInfo::shortName($this), $action, '/');
}
/**
* A utility funciton to retrieve subclasses of a given class that
* are instantiable (ie, not abstract) and have a valid menu title.
*
* Sorted by url_priority config.
*
* @todo A variation of this function could probably be moved to {@link ClassInfo}
* @param string $root The root class to begin finding subclasses
* @param boolean $recursive Look for subclasses recursively?
* @param string $sort Name of config on which to sort. Can be 'menu_priority' or 'url_priority'
* @return array Valid, unique subclasses
*/
public static function get_cms_classes($root = null, $recursive = true, $sort = self::MENU_PRIORITY)
{
if (!$root) {
$root = 'SilverStripe\\Admin\\LeftAndMain';
}
/** @todo Make these actual abstract classes */
$abstractClasses = ['SilverStripe\\Admin\\LeftAndMain', 'SilverStripe\\CMS\\Controllers\\CMSMain'];
$subClasses = array_values(ClassInfo::subclassesFor($root));
foreach ($subClasses as $className) {
if ($recursive && $className != $root) {
$subClasses = array_merge($subClasses, array_values(ClassInfo::subclassesFor($className)));
}
}
$subClasses = array_unique($subClasses);
foreach ($subClasses as $key => $className) {
// Remove abstract classes and LeftAndMain
if (in_array($className, $abstractClasses) || ClassInfo::classImplements($className, 'SilverStripe\\Dev\\TestOnly')) {
unset($subClasses[$key]);
} else {
// Separate conditional to avoid autoloading the class
$classReflection = new ReflectionClass($className);
if (!$classReflection->isInstantiable()) {
unset($subClasses[$key]);
}
}
}
// Sort by specified sorting config
usort($subClasses, function ($a, $b) use($sort) {
$priorityA = Config::inst()->get($a, $sort);
$priorityB = Config::inst()->get($b, $sort);
return $priorityB - $priorityA;
});
return $subClasses;
}
/**
* @return string name of {@see GridFieldDetailForm_ItemRequest} subclass
*/
public function getItemRequestClass()
{
if ($this->itemRequestClass) {
return $this->itemRequestClass;
} else {
if (ClassInfo::exists(get_class($this) . "_ItemRequest")) {
return get_class($this) . "_ItemRequest";
} else {
return __CLASS__ . '_ItemRequest';
}
}
}
/**
* Determine if a class is supporting the Versioned extensions (e.g.
* $table_Versions does exists).
*
* @param string $class Class name
* @return boolean
*/
public function canBeVersioned($class)
{
return ClassInfo::exists($class) && is_subclass_of($class, DataObject::class) && DataObject::getSchema()->classHasTable($class);
}
/**
* Get list of classnames that should be selectable
*
* @return array
*/
public function getEnum()
{
$classNames = ClassInfo::subclassesFor($this->getBaseClass());
unset($classNames[DataObject::class]);
return $classNames;
}
/**
* Get a list of all available permission codes, both defined through the
* {@link PermissionProvider} interface, and all not explicitly defined codes existing
* as a {@link Permission} database record. By default, the results are
* grouped as denoted by {@link Permission_Group}.
*
* @param bool $grouped Group results into an array of permission groups.
* @return array Returns an array of all available permission codes. The
* array indicies are the permission codes as used in
* {@link Permission::check()}. The value is a description
* suitable for using in an interface.
*/
public static function get_codes($grouped = true)
{
$classes = ClassInfo::implementorsOf('SilverStripe\\Security\\PermissionProvider');
$allCodes = array();
$adminCategory = _t('Permission.AdminGroup', 'Administrator');
$allCodes[$adminCategory]['ADMIN'] = array('name' => _t('Permission.FULLADMINRIGHTS', 'Full administrative rights'), 'help' => _t('Permission.FULLADMINRIGHTS_HELP', 'Implies and overrules all other assigned permissions.'), 'sort' => 100000);
if ($classes) {
foreach ($classes as $class) {
$SNG = singleton($class);
if ($SNG instanceof TestOnly) {
continue;
}
$someCodes = $SNG->providePermissions();
if ($someCodes) {
foreach ($someCodes as $k => $v) {
if (is_array($v)) {
// There must be a category and name key.
if (!isset($v['category'])) {
user_error("The permission {$k} must have a category key", E_USER_WARNING);
}
if (!isset($v['name'])) {
user_error("The permission {$k} must have a name key", E_USER_WARNING);
}
if (!isset($allCodes[$v['category']])) {
$allCodes[$v['category']] = array();
}
$allCodes[$v['category']][$k] = array('name' => $v['name'], 'help' => isset($v['help']) ? $v['help'] : null, 'sort' => isset($v['sort']) ? $v['sort'] : 0);
} else {
$allCodes['Other'][$k] = array('name' => $v, 'help' => null, 'sort' => 0);
}
}
}
}
}
$flatCodeArray = array();
foreach ($allCodes as $category) {
foreach ($category as $code => $permission) {
$flatCodeArray[] = $code;
}
}
$otherPerms = DB::query("SELECT DISTINCT \"Code\" From \"Permission\" WHERE \"Code\" != ''")->column();
if ($otherPerms) {
foreach ($otherPerms as $otherPerm) {
if (!in_array($otherPerm, $flatCodeArray)) {
$allCodes['Other'][$otherPerm] = array('name' => $otherPerm, 'help' => null, 'sort' => 0);
}
}
}
// Don't let people hijack ADMIN rights
if (!Permission::check("ADMIN")) {
unset($allCodes['ADMIN']);
}
ksort($allCodes);
$returnCodes = array();
foreach ($allCodes as $category => $permissions) {
if ($grouped) {
uasort($permissions, array(__CLASS__, 'sort_permissions'));
$returnCodes[$category] = $permissions;
} else {
$returnCodes = array_merge($returnCodes, $permissions);
}
}
return $returnCodes;
}
/**
* Checks the database is in a state to perform security checks.
* See {@link DatabaseAdmin->init()} for more information.
*
* @return bool
*/
public static function database_is_ready()
{
// Used for unit tests
if (self::$force_database_is_ready !== null) {
return self::$force_database_is_ready;
}
if (self::$database_is_ready) {
return self::$database_is_ready;
}
$requiredClasses = ClassInfo::dataClassesFor(Member::class);
$requiredClasses[] = Group::class;
$requiredClasses[] = Permission::class;
$schema = DataObject::getSchema();
foreach ($requiredClasses as $class) {
// Skip test classes, as not all test classes are scaffolded at once
if (is_a($class, TestOnly::class, true)) {
continue;
}
// if any of the tables aren't created in the database
$table = $schema->tableName($class);
if (!ClassInfo::hasTable($table)) {
return false;
}
// HACK: DataExtensions aren't applied until a class is instantiated for
// the first time, so create an instance here.
singleton($class);
// if any of the tables don't have all fields mapped as table columns
$dbFields = DB::field_list($table);
if (!$dbFields) {
return false;
}
$objFields = $schema->databaseFields($class, false);
$missingFields = array_diff_key($objFields, $dbFields);
if ($missingFields) {
return false;
}
}
self::$database_is_ready = true;
return true;
}
/**
* Reset the testing database's schema.
* @param bool $includeExtraDataObjects If true, the extraDataObjects tables will also be included
*/
public function resetDBSchema($includeExtraDataObjects = false)
{
if (self::using_temp_db()) {
DataObject::reset();
// clear singletons, they're caching old extension info which is used in DatabaseAdmin->doBuild()
Injector::inst()->unregisterAllObjects();
$dataClasses = ClassInfo::subclassesFor('SilverStripe\\ORM\\DataObject');
array_shift($dataClasses);
DB::quiet();
$schema = DB::get_schema();
$extraDataObjects = $includeExtraDataObjects ? $this->extraDataObjects : null;
$schema->schemaUpdate(function () use($dataClasses, $extraDataObjects) {
foreach ($dataClasses as $dataClass) {
// Check if class exists before trying to instantiate - this sidesteps any manifest weirdness
if (class_exists($dataClass)) {
$SNG = singleton($dataClass);
if (!$SNG instanceof TestOnly) {
$SNG->requireTable();
}
}
}
// If we have additional dataobjects which need schema, do so here:
if ($extraDataObjects) {
foreach ($extraDataObjects as $dataClass) {
$SNG = singleton($dataClass);
if (singleton($dataClass) instanceof DataObject) {
$SNG->requireTable();
}
}
}
});
ClassInfo::reset_db_cache();
singleton('SilverStripe\\ORM\\DataObject')->flushCache();
}
}
/**
* Safely get a DataObject from a client-supplied ID and ClassName, checking: argument
* validity; existence; and canView permissions.
*
* @param int $id The ID of the DataObject
* @param string $class The Class of the DataObject
* @return DataObject The referenced DataObject
* @throws HTTPResponse_Exception
*/
protected function getObject($id, $class)
{
$id = (int) $id;
$class = ClassInfo::class_name($class);
if (!$class || !is_subclass_of($class, 'SilverStripe\\ORM\\DataObject') || !Object::has_extension($class, 'SilverStripe\\ORM\\Versioning\\Versioned')) {
$this->controller->httpError(400, _t('AddToCampaign.ErrorGeneral', 'We apologise, but there was an error'));
return null;
}
$object = DataObject::get($class)->byID($id);
if (!$object) {
$this->controller->httpError(404, _t('AddToCampaign.ErrorNotFound', 'That {Type} couldn\'t be found', '', ['Type' => $class]));
return null;
}
if (!$object->canView()) {
$this->controller->httpError(403, _t('AddToCampaign.ErrorItemPermissionDenied', 'It seems you don\'t have the necessary permissions to add {ObjectTitle} to a campaign', '', ['ObjectTitle' => $object->Title]));
return null;
}
return $object;
}
/**
* Remove invalid records from tables - that is, records that don't have
* corresponding records in their parent class tables.
*/
public function cleanup()
{
$baseClasses = [];
foreach (ClassInfo::subclassesFor(DataObject::class) as $class) {
if (get_parent_class($class) == DataObject::class) {
$baseClasses[] = $class;
}
}
$schema = DataObject::getSchema();
foreach ($baseClasses as $baseClass) {
// Get data classes
$baseTable = $schema->baseDataTable($baseClass);
$subclasses = ClassInfo::subclassesFor($baseClass);
unset($subclasses[0]);
foreach ($subclasses as $k => $subclass) {
if (!DataObject::getSchema()->classHasTable($subclass)) {
unset($subclasses[$k]);
}
}
if ($subclasses) {
$records = DB::query("SELECT * FROM \"{$baseTable}\"");
foreach ($subclasses as $subclass) {
$subclassTable = $schema->tableName($subclass);
$recordExists[$subclass] = DB::query("SELECT \"ID\" FROM \"{$subclassTable}\"")->keyedColumn();
}
foreach ($records as $record) {
foreach ($subclasses as $subclass) {
$subclassTable = $schema->tableName($subclass);
$id = $record['ID'];
if ($record['ClassName'] != $subclass && !is_subclass_of($record['ClassName'], $subclass) && isset($recordExists[$subclass][$id])) {
$sql = "DELETE FROM \"{$subclassTable}\" WHERE \"ID\" = ?";
echo "<li>{$sql} [{$id}]</li>";
DB::prepared_query($sql, [$id]);
}
}
}
}
}
}
public static function get_extra_config_sources($class = null)
{
if ($class === null) {
$class = get_called_class();
}
// If this class is unextendable, NOP
if (in_array($class, self::$unextendable_classes)) {
return null;
}
// Variable to hold sources in
$sources = null;
// Get a list of extensions
$extensions = Config::inst()->get($class, 'extensions', Config::UNINHERITED | Config::EXCLUDE_EXTRA_SOURCES);
if (!$extensions) {
return null;
}
// Build a list of all sources;
$sources = array();
foreach ($extensions as $extension) {
list($extensionClass, $extensionArgs) = Object::parse_class_spec($extension);
$sources[] = $extensionClass;
if (!class_exists($extensionClass)) {
throw new InvalidArgumentException("{$class} references nonexistent {$extensionClass} in \$extensions");
}
call_user_func(array($extensionClass, 'add_to_class'), $class, $extensionClass, $extensionArgs);
foreach (array_reverse(ClassInfo::ancestry($extensionClass)) as $extensionClassParent) {
if (ClassInfo::has_method_from($extensionClassParent, 'get_extra_config', $extensionClassParent)) {
$extras = $extensionClassParent::get_extra_config($class, $extensionClass, $extensionArgs);
if ($extras) {
$sources[] = $extras;
}
}
}
}
return $sources;
}
public function providePermissions()
{
$perms = array("CMS_ACCESS_LeftAndMain" => array('name' => _t('CMSMain.ACCESSALLINTERFACES', 'Access to all CMS sections'), 'category' => _t('Permission.CMS_ACCESS_CATEGORY', 'CMS Access'), 'help' => _t('CMSMain.ACCESSALLINTERFACESHELP', 'Overrules more specific access settings.'), 'sort' => -100));
// Add any custom ModelAdmin subclasses. Can't put this on ModelAdmin itself
// since its marked abstract, and needs to be singleton instanciated.
foreach (ClassInfo::subclassesFor('SilverStripe\\Admin\\ModelAdmin') as $i => $class) {
if ($class == 'SilverStripe\\Admin\\ModelAdmin') {
continue;
}
if (ClassInfo::classImplements($class, 'SilverStripe\\Dev\\TestOnly')) {
continue;
}
// Check if modeladmin has explicit required_permission_codes option.
// If a modeladmin is namespaced you can apply this config to override
// the default permission generation based on fully qualified class name.
$code = $this->getRequiredPermissions();
if (!$code) {
continue;
}
// Get first permission if multiple specified
if (is_array($code)) {
$code = reset($code);
}
$title = LeftAndMain::menu_title($class);
$perms[$code] = array('name' => _t('CMSMain.ACCESS', "Access to '{title}' section", "Item in permission selection identifying the admin section. Example: Access to 'Files & Images'", array('title' => $title)), 'category' => _t('Permission.CMS_ACCESS_CATEGORY', 'CMS Access'));
}
return $perms;
}
/**
* Remove an item from this relation.
* Doesn't actually remove the item, it just clears the foreign key value.
*
* @param DataObject $item The DataObject to be removed
* @todo Maybe we should delete the object instead?
*/
public function remove($item)
{
if (!$item instanceof $this->dataClass) {
throw new InvalidArgumentException("HasManyList::remove() expecting a {$this->dataClass} object, or ID", E_USER_ERROR);
}
// Don't remove item with unrelated class key
$foreignClass = $this->getForeignClass();
$classNames = ClassInfo::subclassesFor($foreignClass);
$classForeignKey = $this->classForeignKey;
if (!in_array($item->{$classForeignKey}, $classNames)) {
return;
}
// Don't remove item which doesn't belong to this list
$foreignID = $this->getForeignID();
$foreignKey = $this->foreignKey;
if (empty($foreignID) || is_array($foreignID) && in_array($item->{$foreignKey}, $foreignID) || $foreignID == $item->{$foreignKey}) {
$item->{$foreignKey} = null;
$item->{$classForeignKey} = null;
$item->write();
}
}
/**
* Get part of the current classes ancestry to be used as a CSS class.
*
* This method returns an escaped string of CSS classes representing the current classes ancestry until it hits a
* stop point - e.g. "Page DataObject ViewableData".
*
* @param string $stopAtClass the class to stop at (default: ViewableData)
* @return string
* @uses ClassInfo
*/
public function CSSClasses($stopAtClass = 'SilverStripe\\View\\ViewableData')
{
$classes = array();
$classAncestry = array_reverse(ClassInfo::ancestry($this->class));
$stopClasses = ClassInfo::ancestry($stopAtClass);
foreach ($classAncestry as $class) {
if (in_array($class, $stopClasses)) {
break;
}
$classes[] = $class;
}
// optionally add template identifier
if (isset($this->template) && !in_array($this->template, $classes)) {
$classes[] = $this->template;
}
// Strip out namespaces
$classes = preg_replace('#.*\\\\#', '', $classes);
return Convert::raw2att(implode(' ', $classes));
}
/**
* Ensures that the latest version of a record is the expected value
*
* @param DataObject $record
* @param int $version
*/
protected function assertRecordHasLatestVersion($record, $version)
{
foreach (ClassInfo::ancestry(get_class($record), true) as $table) {
$versionForClass = DB::prepared_query($sql = "SELECT MAX(\"Version\") FROM \"{$table}_Versions\" WHERE \"RecordID\" = ?", array($record->ID))->value();
$this->assertEquals($version, $versionForClass, "That the table {$table} has the latest version {$version}");
}
}
/**
* Return a disabled version of this field.
*
* Tries to find a class of the class name of this field suffixed with "_Disabled", failing
* that, finds a method {@link setDisabled()}.
*
* @return FormField
*/
public function performDisabledTransformation()
{
$disabledClassName = $this->class . '_Disabled';
if (ClassInfo::exists($disabledClassName)) {
$clone = $this->castedCopy($disabledClassName);
} else {
$clone = clone $this;
}
$clone->setDisabled(true);
return $clone;
}
/**
* Returns true if a class or interface name exists in the manifest.
*
* @param string $class
* @return bool
*/
public function classExists($class)
{
Deprecation::notice('4.0', 'Use ClassInfo::exists.');
return ClassInfo::exists($class);
}
/**
* Traverses the given the given class context looking for candidate template names
* which match each item in the class hierarchy. The resulting list of template candidates
* may or may not exist, but you can invoke {@see SSViewer::chooseTemplate} on any list
* to determine the best candidate based on the current themes.
*
* @param string|object $classOrObject Valid class name, or object
* @param string $suffix
* @param string $baseClass Class to halt ancestry search at
* @return array
*/
public static function get_templates_by_class($classOrObject, $suffix = '', $baseClass = null)
{
// Figure out the class name from the supplied context.
if (!is_object($classOrObject) && !(is_string($classOrObject) && class_exists($classOrObject))) {
throw new InvalidArgumentException('SSViewer::get_templates_by_class() expects a valid class name as its first parameter.');
}
$templates = array();
$classes = array_reverse(ClassInfo::ancestry($classOrObject));
foreach ($classes as $class) {
$template = $class . $suffix;
$templates[] = $template;
$templates[] = ['type' => 'Includes', $template];
// If the class is "Page_Controller", look for Page.ss
if (stripos($class, '_controller') !== false) {
$templates[] = str_ireplace('_controller', '', $class) . $suffix;
}
if ($baseClass && $class == $baseClass) {
break;
}
}
return $templates;
}
public function testEveryFieldTransformsDisabledAsClone()
{
$fieldClasses = ClassInfo::subclassesFor('SilverStripe\\Forms\\FormField');
foreach ($fieldClasses as $fieldClass) {
$reflectionClass = new ReflectionClass($fieldClass);
if (!$reflectionClass->isInstantiable()) {
continue;
}
$constructor = $reflectionClass->getMethod('__construct');
if ($constructor->getNumberOfRequiredParameters() > 1) {
continue;
}
if (is_a($fieldClass, 'SilverStripe\\Forms\\CompositeField', true)) {
continue;
}
$fieldName = $reflectionClass->getShortName() . '_instance';
if ($fieldClass = 'SilverStripe\\Forms\\NullableField') {
$instance = new $fieldClass(new TextField($fieldName));
} else {
$instance = new $fieldClass($fieldName);
}
$isDisabledBefore = $instance->isDisabled();
$disabledInstance = $instance->performDisabledTransformation();
$this->assertEquals($isDisabledBefore, $instance->isDisabled(), "FormField class {$fieldClass} retains its disabled state after calling performDisabledTransformation()");
$this->assertTrue($disabledInstance->isDisabled(), "FormField class {$fieldClass} returns a valid disabled representation as of isDisabled()");
$this->assertNotSame($disabledInstance, $instance, "FormField class {$fieldClass} returns a valid cloned disabled representation");
}
}
