| Conditions | 14 | 
| Paths | 100 | 
| Total Lines | 59 | 
| Code Lines | 30 | 
| Lines | 0 | 
| Ratio | 0 % | 
| Changes | 0 | ||
Small methods make your code easier to understand, in particular if combined with a good name. Besides, if your method is small, finding a good name is usually much easier.
For example, if you find yourself adding comments to a method's body, this is usually a good sign to extract the commented part to a new method, and use the comment as a starting point when coming up with a good name for this new method.
Commonly applied refactorings include:
If many parameters/temporary variables are present:
| 1 | <?php  | 
            ||
| 115 | protected function resolveParameter(  | 
            ||
| 116 | ContainerInterface $container,  | 
            ||
| 117 | ReflectionParameter $parameter,  | 
            ||
| 118 | ?ParameterCollection $parameters = null  | 
            ||
| 119 |     ): mixed { | 
            ||
| 120 | $class = null;  | 
            ||
| 121 | $className = null;  | 
            ||
| 122 | $types = $this->getTypes($parameter);  | 
            ||
| 123 | |||
| 124 | // TODO: handle for union types  | 
            ||
| 125 |         if (count($types) > 1) { | 
            ||
| 126 |             foreach ($types as /** @var ReflectionNamedType $type */ $type) { | 
            ||
| 127 | $name = $type->getName();  | 
            ||
| 128 |                 if ($type->isBuiltin() === false && $container->has($name)) { | 
            ||
| 129 | $className = $name;  | 
            ||
| 130 | break;  | 
            ||
| 131 | }  | 
            ||
| 132 | }  | 
            ||
| 133 |         } else { | 
            ||
| 134 |             if ($types[0]->isBuiltin() === false) { | 
            ||
| 135 | $className = $types[0]->getName();  | 
            ||
| 136 | }  | 
            ||
| 137 | }  | 
            ||
| 138 | |||
| 139 |         if ($className !== null) { | 
            ||
| 140 | $class = new ReflectionClass($className);  | 
            ||
| 141 | }  | 
            ||
| 142 | |||
| 143 | //If the parameter is not a class  | 
            ||
| 144 |         if ($class === null) { | 
            ||
| 145 |             if ($parameters !== null) { | 
            ||
| 146 | if (  | 
            ||
| 147 | $parameters->has($parameter->name) &&  | 
            ||
| 148 | $parameters->get($parameter->name) !== null  | 
            ||
| 149 |                 ) { | 
            ||
| 150 | return $parameters->get($parameter->name)  | 
            ||
| 151 | ->getValue($container);  | 
            ||
| 152 | }  | 
            ||
| 153 | }  | 
            ||
| 154 | |||
| 155 |             if ($parameter->isDefaultValueAvailable()) { | 
            ||
| 156 |                 try { | 
            ||
| 157 | return $parameter->getDefaultValue();  | 
            ||
| 158 |                 } catch (ReflectionException $e) { | 
            ||
| 159 | throw new ContainerException($e->getMessage());  | 
            ||
| 160 | }  | 
            ||
| 161 | }  | 
            ||
| 162 | |||
| 163 |             if ($parameter->isOptional()) { | 
            ||
| 164 | // This branch is required to work around PHP bugs where a parameter is optional  | 
            ||
| 165 | // but has no default value available through reflection. Specifically, PDO exhibits  | 
            ||
| 166 | // this behavior.  | 
            ||
| 167 | return null;  | 
            ||
| 168 | }  | 
            ||
| 169 | |||
| 170 |             throw new ContainerException(sprintf('Parameter [%s] is not bound!', $parameter->name)); | 
            ||
| 171 | }  | 
            ||
| 172 | |||
| 173 | return $container->get($class->name);  | 
            ||
| 174 | }  | 
            ||
| 202 |