silverstripe-framework/src/i18n/TextCollection/i18nTextCollector.php

1026 lines
37 KiB
PHP

<?php
namespace SilverStripe\i18n\TextCollection;
use LogicException;
use SilverStripe\Core\ClassInfo;
use SilverStripe\Core\Injector\Injectable;
use SilverStripe\Core\Manifest\ClassLoader;
use SilverStripe\Core\Manifest\Module;
use SilverStripe\Core\Manifest\ModuleLoader;
use SilverStripe\Dev\Debug;
use SilverStripe\Control\Director;
use ReflectionClass;
use SilverStripe\Dev\Deprecation;
use SilverStripe\i18n\i18n;
use SilverStripe\i18n\i18nEntityProvider;
use SilverStripe\i18n\Messages\Reader;
use SilverStripe\i18n\Messages\Writer;
/**
* SilverStripe-variant of the "gettext" tool:
* Parses the string content of all PHP-files and SilverStripe templates
* for occurrences of the _t() translation method. Also uses the {@link i18nEntityProvider}
* interface to get dynamically defined entities by executing the
* {@link provideI18nEntities()} method on all implementors of this interface.
*
* Collects all found entities (and their natural language text for the default locale)
* into language-files for each module in an array notation. Creates or overwrites these files,
* e.g. framework/lang/en.yml.
*
* The collector needs to be run whenever you make new translatable
* entities available. Please don't alter the arrays in language tables manually.
*
* Usage through URL: http://localhost/dev/tasks/i18nTextCollectorTask
* Usage through URL (module-specific): http://localhost/dev/tasks/i18nTextCollectorTask/?module=mymodule
* Usage on CLI: sake dev/tasks/i18nTextCollectorTask
* Usage on CLI (module-specific): sake dev/tasks/i18nTextCollectorTask module=mymodule
*
* @author Bernat Foj Capell <bernat@silverstripe.com>
* @author Ingo Schommer <FIRSTNAME@silverstripe.com>
* @uses i18nEntityProvider
* @uses i18n
*/
class i18nTextCollector
{
use Injectable;
/**
* Default (master) locale
*
* @var string
*/
protected $defaultLocale;
/**
* Trigger if warnings should be shown if default is omitted
*
* @var bool
*/
protected $warnOnEmptyDefault = false;
/**
* The directory base on which the collector should act.
* Usually the webroot set through {@link Director::baseFolder()}.
*
* @todo Fully support changing of basePath through {@link SSViewer} and {@link ManifestBuilder}
*
* @var string
*/
public $basePath;
/**
* Save path
*
* @var string
*/
public $baseSavePath;
/**
* @var Writer
*/
protected $writer;
/**
* Translation reader
*
* @var Reader
*/
protected $reader;
/**
* List of file extensions to parse
*
* @var array
*/
protected $fileExtensions = ['php', 'ss'];
/**
* @param $locale
*/
public function __construct($locale = null)
{
$this->defaultLocale = $locale
? $locale
: i18n::getData()->langFromLocale(i18n::config()->uninherited('default_locale'));
$this->basePath = Director::baseFolder();
$this->baseSavePath = Director::baseFolder();
$this->setWarnOnEmptyDefault(i18n::config()->uninherited('missing_default_warning'));
}
/**
* Assign a writer
*
* @param Writer $writer
* @return $this
*/
public function setWriter($writer)
{
$this->writer = $writer;
return $this;
}
/**
* Gets the currently assigned writer, or the default if none is specified.
*
* @return Writer
*/
public function getWriter()
{
return $this->writer;
}
/**
* Get reader
*
* @return Reader
*/
public function getReader()
{
return $this->reader;
}
/**
* Set reader
*
* @param Reader $reader
* @return $this
*/
public function setReader(Reader $reader)
{
$this->reader = $reader;
return $this;
}
/**
* This is the main method to build the master string tables with the
* original strings. It will search for existent modules that use the
* i18n feature, parse the _t() calls and write the resultant files
* in the lang folder of each module.
*
* @uses DataObject::collectI18nStatics()
*
* @param array $restrictToModules
* @param bool $mergeWithExisting Merge new master strings with existing
* ones already defined in language files, rather than replacing them.
* This can be useful for long-term maintenance of translations across
* releases, because it allows "translation backports" to older releases
* without removing strings these older releases still rely on.
*/
public function run($restrictToModules = null, $mergeWithExisting = false)
{
$entitiesByModule = $this->collect($restrictToModules, $mergeWithExisting);
if (empty($entitiesByModule)) {
return;
}
// Write each module language file
foreach ($entitiesByModule as $moduleName => $entities) {
// Skip empty translations
if (empty($entities)) {
continue;
}
// Clean sorting prior to writing
ksort($entities);
$module = ModuleLoader::inst()->getManifest()->getModule($moduleName);
$this->write($module, $entities);
}
}
/**
* Extract all strings from modules and return these grouped by module name
*
* @param array $restrictToModules
* @param bool $mergeWithExisting
* @return array
*/
public function collect($restrictToModules = [], $mergeWithExisting = false)
{
$entitiesByModule = $this->getEntitiesByModule();
// Resolve conflicts between duplicate keys across modules
$entitiesByModule = $this->resolveDuplicateConflicts($entitiesByModule);
// Optionally merge with existing master strings
if ($mergeWithExisting) {
$entitiesByModule = $this->mergeWithExisting($entitiesByModule);
}
// Restrict modules we update to just the specified ones (if any passed)
if (!empty($restrictToModules)) {
// Normalise module names
$modules = array_filter(array_map(function ($name) {
$module = ModuleLoader::inst()->getManifest()->getModule($name);
return $module ? $module->getName() : null;
}, $restrictToModules ?? []));
// Remove modules
foreach (array_diff(array_keys($entitiesByModule ?? []), $modules) as $module) {
unset($entitiesByModule[$module]);
}
}
return $entitiesByModule;
}
/**
* Resolve conflicts between duplicate keys across modules
*
* @param array $entitiesByModule List of all modules with keys
* @return array Filtered listo of modules with duplicate keys unassigned
*/
protected function resolveDuplicateConflicts($entitiesByModule)
{
// Find all keys that exist across multiple modules
$conflicts = $this->getConflicts($entitiesByModule);
foreach ($conflicts as $conflict) {
// Determine if we can narrow down the ownership
$bestModule = $this->getBestModuleForKey($entitiesByModule, $conflict);
if (!$bestModule || !isset($entitiesByModule[$bestModule])) {
continue;
}
// Remove foreign duplicates
foreach ($entitiesByModule as $module => $entities) {
if ($module !== $bestModule) {
unset($entitiesByModule[$module][$conflict]);
}
}
}
return $entitiesByModule;
}
/**
* Find all keys in the entity list that are duplicated across modules
*
* @param array $entitiesByModule
* @return array List of keys
*/
protected function getConflicts($entitiesByModule)
{
$modules = array_keys($entitiesByModule ?? []);
$allConflicts = [];
// bubble-compare each group of modules
for ($i = 0; $i < count($modules ?? []) - 1; $i++) {
$left = array_keys($entitiesByModule[$modules[$i]] ?? []);
for ($j = $i+1; $j < count($modules ?? []); $j++) {
$right = array_keys($entitiesByModule[$modules[$j]] ?? []);
$conflicts = array_intersect($left ?? [], $right);
$allConflicts = array_merge($allConflicts, $conflicts);
}
}
return array_unique($allConflicts ?? []);
}
/**
* Map of translation keys => module names
* @var array
*/
protected $classModuleCache = [];
/**
* Determine the best module to be given ownership over this key
*
* @param array $entitiesByModule
* @param string $key
* @return string Best module, if found
*/
protected function getBestModuleForKey($entitiesByModule, $key)
{
// Check classes
$class = current(explode('.', $key ?? ''));
if (array_key_exists($class, $this->classModuleCache ?? [])) {
return $this->classModuleCache[$class];
}
$owner = $this->findModuleForClass($class);
if ($owner) {
$this->classModuleCache[$class] = $owner;
return $owner;
}
// @todo - How to determine ownership of templates? Templates can
// exist in multiple locations with the same name.
// Display notice if not found
Debug::message(
"Duplicate key {$key} detected in no / multiple modules with no obvious owner",
false
);
// Fall back to framework then cms modules
foreach (['framework', 'cms'] as $module) {
if (isset($entitiesByModule[$module][$key])) {
$this->classModuleCache[$class] = $module;
return $module;
}
}
// Do nothing
$this->classModuleCache[$class] = null;
return null;
}
/**
* Given a partial class name, attempt to determine the best module to assign strings to.
*
* @param string $class Either a FQN class name, or a non-qualified class name.
* @return string Name of module
*/
protected function findModuleForClass($class)
{
if (ClassInfo::exists($class)) {
$module = ClassLoader::inst()
->getManifest()
->getOwnerModule($class);
if ($module) {
return $module->getName();
}
}
// If we can't find a class, see if it needs to be fully qualified
if (strpos($class ?? '', '\\') !== false) {
return null;
}
// Find FQN that ends with $class
$classes = preg_grep(
'/' . preg_quote("\\{$class}", '\/') . '$/i',
ClassLoader::inst()->getManifest()->getClassNames() ?? []
);
// Find all modules for candidate classes
$modules = array_unique(array_map(function ($class) {
$module = ClassLoader::inst()->getManifest()->getOwnerModule($class);
return $module ? $module->getName() : null;
}, $classes ?? []));
if (count($modules ?? []) === 1) {
return reset($modules);
}
// Couldn't find it! Exists in none, or multiple modules.
return null;
}
/**
* Merge all entities with existing strings
*
* @param array $entitiesByModule
* @return array
*/
protected function mergeWithExisting($entitiesByModule)
{
// For each module do a simple merge of the default yml with these strings
foreach ($entitiesByModule as $module => $messages) {
// Load existing localisations
$masterFile = ModuleLoader::inst()->getManifest()->getModule($module)->getPath() .
DIRECTORY_SEPARATOR . 'lang' . DIRECTORY_SEPARATOR . $this->defaultLocale . '.yml';
$existingMessages = $this->getReader()->read($this->defaultLocale, $masterFile);
// Merge
if ($existingMessages) {
$entitiesByModule[$module] = array_merge(
$messages,
$existingMessages
);
}
}
return $entitiesByModule;
}
/**
* Collect all entities grouped by module
*
* @return array
*/
protected function getEntitiesByModule()
{
// A master string tables array (one mst per module)
$entitiesByModule = [];
$modules = ModuleLoader::inst()->getManifest()->getModules();
foreach ($modules as $module) {
// we store the master string tables
$processedEntities = $this->processModule($module);
$moduleName = $module->getName();
if (isset($entitiesByModule[$moduleName])) {
$entitiesByModule[$moduleName] = array_merge_recursive(
$entitiesByModule[$moduleName],
$processedEntities
);
} else {
$entitiesByModule[$moduleName] = $processedEntities;
}
// Extract all entities for "foreign" modules ('module' key in array form)
// @see CMSMenu::provideI18nEntities for an example usage
foreach ($entitiesByModule[$moduleName] as $fullName => $spec) {
$specModuleName = $moduleName;
// Rewrite spec if module is specified
if (is_array($spec) && isset($spec['module'])) {
// Normalise name (in case non-composer name is specified)
$specModule = ModuleLoader::inst()->getManifest()->getModule($spec['module']);
if ($specModule) {
$specModuleName = $specModule->getName();
}
unset($spec['module']);
// If only element is default, simplify
if (count($spec ?? []) === 1 && !empty($spec['default'])) {
$spec = $spec['default'];
}
}
// Remove from source module
if ($specModuleName !== $moduleName) {
unset($entitiesByModule[$moduleName][$fullName]);
}
// Write to target module
if (!isset($entitiesByModule[$specModuleName])) {
$entitiesByModule[$specModuleName] = [];
}
$entitiesByModule[$specModuleName][$fullName] = $spec;
}
}
return $entitiesByModule;
}
/**
* Write entities to a module
*
* @param Module $module
* @param array $entities
* @return $this
*/
public function write(Module $module, $entities)
{
$this->getWriter()->write(
$entities,
$this->defaultLocale,
$this->baseSavePath . DIRECTORY_SEPARATOR . $module->getRelativePath()
);
return $this;
}
/**
* Builds a master string table from php and .ss template files for the module passed as the $module param
* @see collectFromCode() and collectFromTemplate()
*
* @param Module $module Module instance
* @return array An array of entities found in the files that comprise the module
*/
protected function processModule(Module $module)
{
$entities = [];
// Search for calls in code files if these exists
$fileList = $this->getFileListForModule($module);
foreach ($fileList as $filePath) {
$extension = pathinfo($filePath ?? '', PATHINFO_EXTENSION);
$content = file_get_contents($filePath ?? '');
// Filter based on extension
if ($extension === 'php') {
$entities = array_merge(
$entities,
$this->collectFromCode($content, $filePath, $module),
$this->collectFromEntityProviders($filePath, $module)
);
} elseif ($extension === 'ss') {
// templates use their filename as a namespace
$entities = array_merge(
$entities,
$this->collectFromTemplate($content, $filePath, $module)
);
}
}
// sort for easier lookup and comparison with translated files
ksort($entities);
return $entities;
}
/**
* Retrieves the list of files for this module
*
* @param Module $module Module instance
* @return array List of files to parse
*/
protected function getFileListForModule(Module $module)
{
$modulePath = $module->getPath();
// Search all .ss files in themes
if (stripos($module->getRelativePath() ?? '', 'themes' . DIRECTORY_SEPARATOR) === 0) {
return $this->getFilesRecursive($modulePath, null, 'ss');
}
// If non-standard module structure, search all root files
if (!is_dir($modulePath . DIRECTORY_SEPARATOR . 'code') && !is_dir($modulePath . DIRECTORY_SEPARATOR . 'src')) {
return $this->getFilesRecursive($modulePath);
}
// Get code files
if (is_dir($modulePath . DIRECTORY_SEPARATOR . 'src')) {
$files = $this->getFilesRecursive($modulePath . DIRECTORY_SEPARATOR . 'src', null, 'php');
} else {
$files = $this->getFilesRecursive($modulePath . DIRECTORY_SEPARATOR . 'code', null, 'php');
}
// Search for templates in this module
if (is_dir($modulePath . DIRECTORY_SEPARATOR . 'templates')) {
$templateFiles = $this->getFilesRecursive($modulePath . DIRECTORY_SEPARATOR . 'templates', null, 'ss');
} else {
$templateFiles = $this->getFilesRecursive($modulePath, null, 'ss');
}
return array_merge($files, $templateFiles);
}
/**
* Extracts translatables from .php files.
* Note: Translations without default values are omitted.
*
* @param string $content The text content of a parsed template-file
* @param string $fileName Filename Optional filename
* @param Module $module Module being collected
* @return array Map of localised keys to default values provided for this code
*/
public function collectFromCode($content, $fileName, Module $module)
{
// Get "namespace" either from $fileName or $module fallback
$namespace = $fileName ? basename($fileName) : $module->getName();
$usedFQCNs = [];
$entities = [];
$tokens = token_get_all("<?php\n" . $content);
$inTransFn = false;
$inConcat = false;
$inNamespace = false;
$inClass = false; // after `class` but before `{`
$inUse = false; // pulling in classes from other namespaces
$inArrayClosedBy = false; // Set to the expected closing token, or false if not in array
$inSelf = false; // Tracks progress of collecting self::class
$currentEntity = [];
$currentNameSpace = []; // The actual namespace for the current class
$currentClass = []; // Class components
$previousToken = null;
$thisToken = null; // used to populate $previousToken on next iteration
$potentialClassName = null;
$currentUse = null;
$currentUseAlias = null;
foreach ($tokens as $token) {
// Shuffle last token to $lastToken
$previousToken = $thisToken;
$thisToken = $token;
if (is_array($token)) {
list($id, $text) = $token;
// Collect use statements so we can get fully qualified class names
if ($id === T_USE) {
$inUse = true;
$currentUse = [];
continue;
}
if ($inUse) {
// PHP 8.0+
if (defined('T_NAME_QUALIFIED') && $id === T_NAME_QUALIFIED) {
$currentUse[] = $text;
$text = explode('\\', $text);
$currentUseAlias = end($text);
continue;
}
// PHP 7.4 or an alias declaration
if ($id === T_STRING) {
// Only add to the FQCN if it's the first string or comes after a namespace separator
if (empty($currentUse) || (is_array($previousToken) && $previousToken[0] === T_NS_SEPARATOR)) {
$currentUse[] = $text;
}
// The last part of the use statement is always the alias or the actual class name
$currentUseAlias = $text;
continue;
}
}
// Check class
if ($id === T_NAMESPACE) {
$inNamespace = true;
$currentClass = [];
$currentNameSpace = [];
continue;
}
if ($inNamespace && ($id === T_STRING || (defined('T_NAME_QUALIFIED') && $id === T_NAME_QUALIFIED))) {
$currentClass[] = $text;
$currentNameSpace[] = $text;
continue;
}
// This could be a ClassName::class declaration
if ($id === T_DOUBLE_COLON && is_array($previousToken) && $previousToken[0] === T_STRING) {
$prevString = $previousToken[1];
if (!in_array($prevString, ['self', 'static', 'parent'])) {
$potentialClassName = $prevString;
}
}
// Check class and trait
if ($id === T_CLASS || $id === T_TRAIT) {
// Skip if previous token was '::'. E.g. 'Object::class'
if (is_array($previousToken) && $previousToken[0] === T_DOUBLE_COLON) {
if ($inSelf) {
// Handle self::class by allowing logic further down
// for __CLASS__/__TRAIT__ to handle an array of class parts
$id = $id === T_TRAIT ? T_TRAIT_C : T_CLASS_C;
$inSelf = false;
} elseif ($potentialClassName) {
$id = T_CONSTANT_ENCAPSED_STRING;
if (array_key_exists($potentialClassName, $usedFQCNs)) {
// Handle classes that we explicitly know about from use statements
$text = "'" . $usedFQCNs[$potentialClassName] . "'";
} else {
// Assume the class is in the current namespace
$potentialFQCN = [...$currentNameSpace, $potentialClassName];
$text = "'" . implode('\\', $potentialFQCN) . "'";
}
} else {
// Don't handle other ::class definitions. We can't determine which
// class was invoked, so parent::class is not possible at this point.
continue;
}
} else {
$inClass = true;
continue;
}
} elseif (is_array($previousToken) && $previousToken[0] === T_DOUBLE_COLON) {
// We had a potential class but it turns out it was probably a method call.
$potentialClassName = null;
}
if ($inClass && $id === T_STRING) {
$currentClass[] = $text;
$inClass = false;
continue;
}
// Suppress tokenisation within array
if ($inTransFn && !$inArrayClosedBy && $id == T_ARRAY) {
$inArrayClosedBy = ')'; // Array will close with this element
continue;
}
// Start definition
if ($id == T_STRING && $text == '_t') {
$inTransFn = true;
continue;
}
// Skip rest of processing unless we are in a translation, and not inside a nested array
if (!$inTransFn || $inArrayClosedBy) {
continue;
}
// If inside this translation, some elements might be unreachable
if (in_array($id, [T_VARIABLE, T_STATIC]) ||
($id === T_STRING && in_array($text, ['static', 'parent']))
) {
// Un-collectable strings such as _t(static::class.'.KEY').
// Should be provided by i18nEntityProvider instead
$inTransFn = false;
$inArrayClosedBy = false;
$inConcat = false;
$currentEntity = [];
continue;
}
// Start collecting self::class declarations
if ($id === T_STRING && $text === 'self') {
$inSelf = true;
continue;
}
// Check text
if ($id == T_CONSTANT_ENCAPSED_STRING) {
// Fixed quoting escapes, and remove leading/trailing quotes
if (preg_match('/^\'(?<text>.*)\'$/s', $text ?? '', $matches)) {
$text = preg_replace_callback(
'/\\\\([\\\\\'])/s', // only \ and '
function ($input) {
return stripcslashes($input[0] ?? '');
},
$matches['text'] ?? ''
);
} elseif (preg_match('/^\"(?<text>.*)\"$/s', $text ?? '', $matches)) {
$text = preg_replace_callback(
'/\\\\([nrtvf\\\\$"]|[0-7]{1,3}|\x[0-9A-Fa-f]{1,2})/s', // rich replacement
function ($input) {
return stripcslashes($input[0] ?? '');
},
$matches['text'] ?? ''
);
} else {
throw new LogicException("Invalid string escape: " . $text);
}
} elseif ($id === T_CLASS_C || $id === T_TRAIT_C) {
// Evaluate __CLASS__ . '.KEY' and self::class concatenation
$text = implode('\\', $currentClass);
} else {
continue;
}
if ($inConcat) {
// Parser error
if (empty($currentEntity)) {
user_error('Error concatenating localisation key', E_USER_WARNING);
} else {
$currentEntity[count($currentEntity) - 1] .= $text;
}
} else {
$currentEntity[] = $text;
}
continue; // is_array
}
// Test we can close this array
if ($inTransFn && $inArrayClosedBy && ($token === $inArrayClosedBy)) {
$inArrayClosedBy = false;
continue;
}
// Check if we can close the namespace or use statement
if ($token === ';') {
if ($inNamespace) {
$inNamespace = false;
continue;
}
if ($inUse) {
$inUse = false;
$usedFQCNs[$currentUseAlias] = implode('\\', $currentUse);
$currentUse = null;
$currentUseAlias = null;
continue;
}
}
// Continue only if in translation and not in array
if (!$inTransFn || $inArrayClosedBy) {
continue;
}
switch ($token) {
case '.':
$inConcat = true;
break;
case ',':
$inConcat = false;
break;
case '[':
// Enter array
$inArrayClosedBy = ']';
break;
case ')':
// finalize definition
$inTransFn = false;
$inConcat = false;
// Ensure key is valid before saving
if (!empty($currentEntity[0])) {
$key = $currentEntity[0];
$default = '';
$comment = '';
if (!empty($currentEntity[1])) {
$default = $currentEntity[1];
if (!empty($currentEntity[2])) {
$comment = $currentEntity[2];
}
}
// Save in appropriate format
if ($default) {
$plurals = i18n::parse_plurals($default);
// Use array form if either plural or metadata is provided
if ($plurals) {
$entity = $plurals;
} elseif ($comment) {
$entity = ['default' => $default];
} else {
$entity = $default;
}
if ($comment) {
$entity['comment'] = $comment;
}
$entities[$key] = $entity;
} elseif ($this->getWarnOnEmptyDefault()) {
trigger_error("Missing localisation default for key " . $currentEntity[0], E_USER_NOTICE);
}
}
$currentEntity = [];
$inArrayClosedBy = false;
break;
}
}
// Normalise all keys
foreach ($entities as $key => $entity) {
unset($entities[$key]);
$entities[$this->normalizeEntity($key, $namespace)] = $entity;
}
ksort($entities);
return $entities;
}
/**
* Extracts translatables from .ss templates (Self referencing)
*
* @param string $content The text content of a parsed template-file
* @param string $fileName The name of a template file when method is used in self-referencing mode
* @param Module $module Module being collected
* @param array $parsedFiles
* @return array $entities An array of entities representing the extracted template function calls
*/
public function collectFromTemplate($content, $fileName, Module $module, &$parsedFiles = [])
{
// Get namespace either from $fileName or $module fallback
$namespace = $fileName ? basename($fileName) : $module->getName();
// use parser to extract <%t style translatable entities
$entities = Parser::getTranslatables($content, $this->getWarnOnEmptyDefault());
// use the old method of getting _t() style translatable entities
// Collect in actual template
if (preg_match_all('/(_t\([^\)]*?\))/ms', $content ?? '', $matches)) {
foreach ($matches[1] as $match) {
$entities = array_merge($entities, $this->collectFromCode($match, $fileName, $module));
}
}
foreach ($entities as $entity => $spec) {
unset($entities[$entity]);
$entities[$this->normalizeEntity($entity, $namespace)] = $spec;
}
ksort($entities);
return $entities;
}
/**
* Allows classes which implement i18nEntityProvider to provide
* additional translation strings.
*
* Not all classes can be instantiated without mandatory arguments,
* so entity collection doesn't work for all SilverStripe classes currently
*
* @uses i18nEntityProvider
* @param string $filePath
* @param Module $module
* @return array
*/
public function collectFromEntityProviders($filePath, Module $module = null)
{
$entities = [];
$classes = ClassInfo::classes_for_file($filePath);
foreach ($classes as $class) {
// Skip non-implementing classes
if (!class_exists($class ?? '') || !is_a($class, i18nEntityProvider::class, true)) {
continue;
}
// Skip abstract classes
$reflectionClass = new ReflectionClass($class);
if ($reflectionClass->isAbstract()) {
continue;
}
/** @var i18nEntityProvider $obj */
$obj = singleton($class);
$provided = $obj->provideI18nEntities();
// Handle deprecated return syntax
foreach ($provided as $key => $value) {
// Detect non-associative result for any key
if (is_array($value) && $value === array_values($value ?? [])) {
Deprecation::notice('5.0', 'Non-associative translations from providei18nEntities is deprecated');
$entity = array_filter([
'default' => $value[0],
'comment' => isset($value[1]) ? $value[1] : null,
'module' => isset($value[2]) ? $value[2] : null,
]);
if (count($entity ?? []) === 1) {
$provided[$key] = $value[0];
} elseif ($entity) {
$provided[$key] = $entity;
} else {
unset($provided[$key]);
}
}
}
$entities = array_merge($entities, $provided);
}
ksort($entities);
return $entities;
}
/**
* Normalizes entities with namespaces.
*
* @param string $fullName
* @param string $_namespace
* @return string|boolean FALSE
*/
protected function normalizeEntity($fullName, $_namespace = null)
{
// split fullname into entity parts
$entityParts = explode('.', $fullName ?? '');
if (count($entityParts ?? []) > 1) {
// templates don't have a custom namespace
$entity = array_pop($entityParts);
// namespace might contain dots, so we explode
$namespace = implode('.', $entityParts);
} else {
$entity = array_pop($entityParts);
$namespace = $_namespace;
}
// If a dollar sign is used in the entity name,
// we can't resolve without running the method,
// and skip the processing. This is mostly used for
// dynamically translating static properties, e.g. looping
// through $db, which are detected by {@link collectFromEntityProviders}.
if ($entity && strpos('$', $entity ?? '') !== false) {
return false;
}
return "{$namespace}.{$entity}";
}
/**
* Helper function that searches for potential files (templates and code) to be parsed
*
* @param string $folder base directory to scan (will scan recursively)
* @param array $fileList Array to which potential files will be appended
* @param string $type Optional, "php" or "ss" only
* @param string $folderExclude Regular expression matching folder names to exclude
* @return array $fileList An array of files
*/
protected function getFilesRecursive($folder, $fileList = [], $type = null, $folderExclude = '/\/(tests)$/')
{
if (!$fileList) {
$fileList = [];
}
// Skip ignored folders
if (is_file($folder . DIRECTORY_SEPARATOR . '_manifest_exclude') || preg_match($folderExclude ?? '', $folder ?? '')) {
return $fileList;
}
foreach (glob($folder . '/*') as $path) {
// Recurse if directory
if (is_dir($path ?? '')) {
$fileList = array_merge(
$fileList,
$this->getFilesRecursive($path, $fileList, $type, $folderExclude)
);
continue;
}
// Check if this extension is included
$extension = pathinfo($path ?? '', PATHINFO_EXTENSION);
if (in_array($extension, $this->fileExtensions ?? [])
&& (!$type || $type === $extension)
) {
$fileList[$path] = $path;
}
}
return $fileList;
}
public function getDefaultLocale()
{
return $this->defaultLocale;
}
public function setDefaultLocale($locale)
{
$this->defaultLocale = $locale;
}
/**
* @return bool
*/
public function getWarnOnEmptyDefault()
{
return $this->warnOnEmptyDefault;
}
/**
* @param bool $warnOnEmptyDefault
* @return $this
*/
public function setWarnOnEmptyDefault($warnOnEmptyDefault)
{
$this->warnOnEmptyDefault = $warnOnEmptyDefault;
return $this;
}
}