| Conditions | 1 | 
| Paths | 1 | 
| Total Lines | 114 | 
| 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 | ||
| 88 | public function expectedMethods() : array | ||
| 89 |     { | ||
| 90 | return [ | ||
| 91 | [ | ||
| 92 | new ReflectionClass(BaseClass::class), | ||
| 93 | null, | ||
| 94 | [ | ||
| 95 | 'privatePropertyGetter', | ||
| 96 | 'protectedPropertyGetter', | ||
| 97 | 'publicArrayHintedMethod', | ||
| 98 | 'publicByReferenceMethod', | ||
| 99 | 'publicByReferenceParameterMethod', | ||
| 100 | 'publicMethod', | ||
| 101 | 'publicPropertyGetter', | ||
| 102 | 'publicTypeHintedMethod', | ||
| 103 | ], | ||
| 104 | ], | ||
| 105 | [ | ||
| 106 | new ReflectionClass(EmptyClass::class), | ||
| 107 | null, | ||
| 108 | [], | ||
| 109 | ], | ||
| 110 | [ | ||
| 111 | new ReflectionClass(LazyLoadingMock::class), | ||
| 112 | null, | ||
| 113 | [ | ||
| 114 | 'getProxyInitializer', | ||
| 115 | 'getWrappedValueHolderValue', | ||
| 116 | 'initializeProxy', | ||
| 117 | 'isProxyInitialized', | ||
| 118 | 'setProxyInitializer', | ||
| 119 | ], | ||
| 120 | ], | ||
| 121 | [ | ||
| 122 | new ReflectionClass(LazyLoadingMock::class), | ||
| 123 | [], | ||
| 124 | [ | ||
| 125 | 'getProxyInitializer', | ||
| 126 | 'getWrappedValueHolderValue', | ||
| 127 | 'initializeProxy', | ||
| 128 | 'isProxyInitialized', | ||
| 129 | 'setProxyInitializer', | ||
| 130 | ], | ||
| 131 | ], | ||
| 132 | [ | ||
| 133 | new ReflectionClass(HydratedObject::class), | ||
| 134 | ['doFoo'], | ||
| 135 | ['__get'], | ||
| 136 | ], | ||
| 137 | [ | ||
| 138 | new ReflectionClass(HydratedObject::class), | ||
| 139 | ['Dofoo'], | ||
| 140 | ['__get'], | ||
| 141 | ], | ||
| 142 | [ | ||
| 143 | new ReflectionClass(HydratedObject::class), | ||
| 144 | [], | ||
| 145 | ['doFoo', '__get'], | ||
| 146 | ], | ||
| 147 | [ | ||
| 148 | new ReflectionClass(ClassWithAbstractProtectedMethod::class), | ||
| 149 | null, | ||
| 150 | [], | ||
| 151 | ], | ||
| 152 | [ | ||
| 153 | new ReflectionClass(ClassWithAbstractPublicMethod::class), | ||
| 154 | null, | ||
| 155 | ['publicAbstractMethod'], | ||
| 156 | ], | ||
| 157 | [ | ||
| 158 | new ReflectionClass(ClassWithAbstractPublicMethod::class), | ||
| 159 | ['publicAbstractMethod'], | ||
| 160 | [], | ||
| 161 | ], | ||
| 162 | [ | ||
| 163 | new ReflectionClass(ClassWithAbstractMagicMethods::class), | ||
| 164 | null, | ||
| 165 | [], | ||
| 166 | ], | ||
| 167 | [ | ||
| 168 | new ReflectionClass(ClassWithAbstractMagicMethods::class), | ||
| 169 | [], | ||
| 170 | [ | ||
| 171 | '__clone', | ||
| 172 | '__get', | ||
| 173 | '__isset', | ||
| 174 | '__set', | ||
| 175 | '__sleep', | ||
| 176 | '__unset', | ||
| 177 | '__wakeup', | ||
| 178 | ], | ||
| 179 | ], | ||
| 180 | [ | ||
| 181 | new ReflectionClass(ClassWithMethodWithVariadicFunction::class), | ||
| 182 | null, | ||
| 183 | ['foo', 'buz'], | ||
| 184 | ], | ||
| 185 | [ | ||
| 186 | new ReflectionClass(ClassWithMethodWithByRefVariadicFunction::class), | ||
| 187 | null, | ||
| 188 | ['tuz'], | ||
| 189 | ], | ||
| 190 | 'final magic methods' => [ | ||
| 191 | new ReflectionClass(ClassWithFinalMagicMethods::class), | ||
| 192 | null, | ||
| 193 | [], | ||
| 194 | ], | ||
| 195 | 'non-final constructor is to be skipped' => [ | ||
| 196 | new ReflectionClass(ClassWithCounterConstructor::class), | ||
| 197 | null, | ||
| 198 | ['getAmount'], | ||
| 199 | ], | ||
| 200 | ]; | ||
| 201 | } | ||
| 202 | |||
| 262 | 
This check looks for calls to methods that do not seem to exist on a given type. It looks for the method on the type itself as well as in inherited classes or implemented interfaces.
This is most likely a typographical error or the method has been renamed.