Server : Apache System : Linux server2.corals.io 4.18.0-348.2.1.el8_5.x86_64 #1 SMP Mon Nov 15 09:17:08 EST 2021 x86_64 User : corals ( 1002) PHP Version : 7.4.33 Disable Function : exec,passthru,shell_exec,system Directory : /home/corals/old/vendor/laminas/laminas-di/src/Resolver/ |
<?php
declare(strict_types=1);
namespace Laminas\Di\Resolver;
use Laminas\Di\ConfigInterface;
use Laminas\Di\Definition\ClassDefinitionInterface;
use Laminas\Di\Definition\DefinitionInterface;
use Laminas\Di\Exception;
use Psr\Container\ContainerInterface;
use ReflectionClass;
use function array_filter;
use function array_merge;
use function assert;
use function class_exists;
use function gettype;
use function in_array;
use function interface_exists;
use function is_callable;
use function is_iterable;
use function is_numeric;
use function is_string;
use function sprintf;
/**
* The default resolver implementation
*/
class DependencyResolver implements DependencyResolverInterface
{
/** @var ConfigInterface */
protected $config;
/** @var DefinitionInterface */
protected $definition;
/** @var ContainerInterface|null */
protected $container;
/** @var string[] */
private array $builtinTypes = [
'string',
'int',
'bool',
'float',
'double',
'array',
'resource',
'callable',
'iterable',
];
/** @var array<string, string> */
private array $gettypeMap = [
'boolean' => 'bool',
'integer' => 'int',
'double' => 'float',
];
public function __construct(DefinitionInterface $definition, ConfigInterface $config)
{
$this->definition = $definition;
$this->config = $config;
}
private function getClassDefinition(string $type): ClassDefinitionInterface
{
if ($this->config->isAlias($type)) {
$type = $this->config->getClassForAlias($type) ?? $type;
}
return $this->definition->getClassDefinition($type);
}
/**
* Returns the configured injections for the requested type
*
* If type is an alias it will try to fall back to the class configuration if no parameters
* were defined for it
*
* @param string $requestedType The type name to get injections for
* @return array Injections for the method indexed by the parameter name
*/
private function getConfiguredParameters(string $requestedType): array
{
$config = $this->config;
$params = $config->getParameters($requestedType);
$isAlias = $config->isAlias($requestedType);
$class = $isAlias
? $config->getClassForAlias($requestedType) ?? $requestedType
: $requestedType;
if ($isAlias) {
$params = array_merge($config->getParameters($class), $params);
}
$definition = $this->getClassDefinition($class);
foreach ($definition->getSupertypes() as $supertype) {
$supertypeParams = $config->getParameters($supertype);
if (! empty($supertypeParams)) {
$params = array_merge($supertypeParams, $params);
}
}
// A type configuration may define a parameter should be auto resolved
// even it was defined earlier
$params = array_filter($params, static fn($value): bool => $value !== '*');
return $params;
}
/**
* Check if $type satisfies $requiredType
*
* @param string $type The type to check
* @param string $requiredType The required type to check against
*/
private function isTypeOf(string $type, string $requiredType): bool
{
if ($this->config->isAlias($type)) {
$type = $this->config->getClassForAlias($type) ?? $type;
}
if ($type === $requiredType) {
return true;
}
if (interface_exists($type) && interface_exists($requiredType)) {
$reflection = new ReflectionClass($type);
return in_array($requiredType, $reflection->getInterfaceNames());
}
if (! $this->definition->hasClass($type)) {
return false;
}
$definition = $this->definition->getClassDefinition($type);
return in_array($requiredType, $definition->getSupertypes())
|| in_array($requiredType, $definition->getInterfaces());
}
private function isUsableType(string $type, string $requiredType): bool
{
return $this->isTypeOf($type, $requiredType)
&& ($this->container === null || $this->container->has($type));
}
private function getTypeNameFromValue(mixed $value): string
{
$type = gettype($value);
return $this->gettypeMap[$type] ?? $type;
}
/**
* Check if the given value sadisfies the given type
*
* @param mixed $value The value to check
* @param string $type The typename to check against
*/
private function isValueOf(mixed $value, string $type): bool
{
if (! $this->isBuiltinType($type)) {
return $value instanceof $type;
}
if ($type === 'callable') {
return is_callable($value);
}
if ($type === 'iterable') {
return is_iterable($value);
}
$valueType = $this->getTypeNameFromValue($value);
$numerics = ['int', 'float'];
// PHP accepts float for int and vice versa, as well as numeric string values
if (in_array($type, $numerics)) {
return in_array($valueType, $numerics) || (is_string($value) && is_numeric($value));
}
return $type === $valueType;
}
private function isBuiltinType(string $type): bool
{
return in_array($type, $this->builtinTypes);
}
/**
* @see DependencyResolverInterface::setContainer()
*
* @return $this
*/
public function setContainer(ContainerInterface $container)
{
$this->container = $container;
return $this;
}
private function isCallableType(string $type): bool
{
if ($this->config->isAlias($type)) {
$type = $this->config->getClassForAlias($type) ?? $type;
}
if (! class_exists($type) && ! interface_exists($type)) {
return false;
}
$reflection = new ReflectionClass($type);
return $reflection->hasMethod('__invoke')
&& $reflection->getMethod('__invoke')->isPublic();
}
/**
* Prepare a candidate for injection
*
* If the candidate is usable, its injection representation is returned
*/
private function prepareInjection(mixed $value, ?string $requiredType): ?InjectionInterface
{
if ($value instanceof ValueInjection || $value instanceof TypeInjection) {
return $value;
}
if (! $requiredType) {
$isAvailableInContainer = is_string($value) && $this->container !== null && $this->container->has($value);
return $isAvailableInContainer ? new TypeInjection($value) : new ValueInjection($value);
}
if (is_string($value) && ! $this->isBuiltinType($requiredType)) {
return new TypeInjection($value);
}
// Classes may implement iterable
if (is_string($value) && ($requiredType === 'iterable')) {
return $this->isUsableType($value, 'Traversable') ? new TypeInjection($value) : null;
}
// Classes may implement callable, but strings could be callable as well
if (is_string($value) && ($requiredType === 'callable') && $this->isCallableType($value)) {
return new TypeInjection($value);
}
return $this->isValueOf($value, $requiredType) ? new ValueInjection($value) : null;
}
/**
* {@inheritDoc}
*
* @see DependencyResolverInterface::resolveParameters()
*
* @throws Exception\UnexpectedValueException
* @throws Exception\MissingPropertyException
* @return InjectionInterface[]
*/
public function resolveParameters(string $requestedType, array $callTimeParameters = []): array
{
$definition = $this->getClassDefinition($requestedType);
$params = $definition->getParameters();
$result = [];
if (empty($params)) {
return $result;
}
$configuredParameters = $this->getConfiguredParameters($requestedType);
foreach ($params as $paramInfo) {
$name = $paramInfo->getName();
$type = $paramInfo->getType();
if (isset($callTimeParameters[$name])) {
$result[$name] = new ValueInjection($callTimeParameters[$name]);
continue;
}
if (isset($configuredParameters[$name]) && ($configuredParameters[$name] !== '*')) {
$injection = $this->prepareInjection($configuredParameters[$name], $type);
if (! $injection) {
throw new Exception\UnexpectedValueException(sprintf(
'Unusable configured injection for parameter "%s" of type "%s"',
$name,
$type ?? 'null'
));
}
$result[$name] = $injection;
continue;
}
if ($type && ! $paramInfo->isBuiltin()) {
$preference = $this->resolvePreference($type, $requestedType);
if ($preference) {
$result[$name] = new TypeInjection($preference);
continue;
}
if (
$type === ContainerInterface::class
|| $this->container === null
|| $this->container->has($type)
) {
$result[$name] = new TypeInjection($type);
continue;
}
}
// The parameter is required, but we can't find anything that is suitable
if ($paramInfo->isRequired()) {
$isAlias = $this->config->isAlias($requestedType);
$class = $isAlias ? $this->config->getClassForAlias($requestedType) : $requestedType;
assert(is_string($class));
throw new Exception\MissingPropertyException(sprintf(
'Could not resolve value for parameter "%s" of type %s in class %s (requested as %s)',
$name,
$type ?: 'any',
$class,
$requestedType
));
}
$result[$name] = new ValueInjection($paramInfo->getDefault());
}
return $result;
}
/**
* @see DependencyResolverInterface::resolvePreference()
*/
public function resolvePreference(string $type, ?string $context = null): ?string
{
if ($context) {
$preference = $this->config->getTypePreference($type, $context);
if ($preference && $this->isUsableType($preference, $type)) {
return $preference;
}
$definition = $this->getClassDefinition($context);
foreach ($definition->getSupertypes() as $supertype) {
$preference = $this->config->getTypePreference($type, $supertype);
if ($preference && $this->isUsableType($preference, $type)) {
return $preference;
}
}
foreach ($definition->getInterfaces() as $interface) {
$preference = $this->config->getTypePreference($type, $interface);
if ($preference && $this->isUsableType($preference, $type)) {
return $preference;
}
}
}
$preference = $this->config->getTypePreference($type);
if (! $preference || ! $this->isUsableType($preference, $type)) {
$preference = null;
}
return $preference;
}
}