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1 | <?php |
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2 | |||
3 | declare(strict_types=1); |
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4 | |||
5 | namespace RulerZ\Parser; |
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6 | |||
7 | use Hoa\Compiler; |
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8 | use Hoa\File; |
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9 | use Hoa\Ruler; |
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10 | use Hoa\Visitor; |
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11 | |||
12 | use RulerZ\Model; |
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13 | |||
14 | /** |
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15 | * Parses a rule. |
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16 | * |
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17 | * A valid rule returns an AST: |
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18 | * ``` |
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19 | * $parser = new Parser; |
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20 | * $ast = $parser->parse('foo = 42'); |
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21 | * ``` |
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22 | * |
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23 | * And an invalid one throw an exception: |
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24 | * ```should_throw |
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25 | * $parser = new Parser; |
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26 | * $parser->parse('foo = '); |
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27 | * ``` |
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28 | */ |
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29 | class Parser implements Visitor\Visit |
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30 | { |
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31 | /** |
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32 | * Parser. |
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33 | * |
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34 | * @var \Hoa\Compiler\Llk\Parser |
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35 | */ |
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36 | private $parser; |
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37 | |||
38 | /** |
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39 | * Root. |
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40 | * |
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41 | * @var \RulerZ\Model\Rule object |
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42 | */ |
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43 | private $root; |
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44 | |||
45 | /** |
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46 | * Next positional parameter index. |
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47 | * |
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48 | * @var int |
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49 | */ |
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50 | private $nextParameterIndex = 0; |
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51 | |||
52 | /** |
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53 | * Parses the rule into an equivalent AST. |
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54 | * |
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55 | * @param string $rule The rule represented as a string. |
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56 | * |
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57 | * @return \RulerZ\Model\Rule |
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58 | */ |
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59 | public function parse($rule) |
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60 | { |
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61 | if ($this->parser === null) { |
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62 | $this->parser = Compiler\Llk::load( |
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63 | new File\Read(__DIR__.'/../Grammar.pp') |
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64 | ); |
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65 | } |
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66 | |||
67 | $this->nextParameterIndex = 0; |
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68 | |||
69 | return $this->visit($this->parser->parse($rule)); |
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70 | } |
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71 | |||
72 | /** |
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73 | * Visit an element. |
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74 | * |
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75 | * @param \Hoa\Visitor\Element $element Element to visit. |
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76 | * @param mixed &$handle Handle (reference). |
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77 | * @param mixed $eldnah Handle (not reference). |
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78 | * |
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79 | * @return \RulerZ\Model\Rule |
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80 | * |
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81 | * @throws \Hoa\Ruler\Exception\Interpreter |
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82 | */ |
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83 | public function visit(Visitor\Element $element, &$handle = null, $eldnah = null) |
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84 | { |
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85 | /** @var \Hoa\Compiler\Llk\TreeNode $element */ |
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86 | $id = $element->getId(); |
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87 | $variable = false !== $eldnah; |
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88 | |||
89 | switch ($id) { |
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90 | case '#expression': |
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91 | $this->root = new Model\Rule(); |
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92 | $this->root->expression = $element->getChild(0)->accept( |
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0 ignored issues
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show
|
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93 | $this, |
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94 | $handle, |
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95 | $eldnah |
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96 | ); |
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97 | |||
98 | return $this->root; |
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99 | |||
100 | case '#operation': |
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101 | $children = $element->getChildren(); |
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102 | $left = $children[0]->accept($this, $handle, $eldnah); |
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103 | $right = $children[2]->accept($this, $handle, $eldnah); |
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104 | $name = $children[1]->accept($this, $handle, false); |
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105 | |||
106 | return $this->root->_operator( |
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0 ignored issues
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show
The return type of
return $this->root->_ope...$left, $right), false); (Hoa\Ruler\Model\Operator ) is incompatible with the return type documented by RulerZ\Parser\Parser::visit of type RulerZ\Model\Rule .
If you return a value from a function or method, it should be a sub-type of the type that is given by the parent type f.e. an interface, or abstract method. This is more formally defined by the Lizkov substitution principle, and guarantees that classes that depend on the parent type can use any instance of a child type interchangably. This principle also belongs to the SOLID principles for object oriented design. Let’s take a look at an example: class Author {
private $name;
public function __construct($name) {
$this->name = $name;
}
public function getName() {
return $this->name;
}
}
abstract class Post {
public function getAuthor() {
return 'Johannes';
}
}
class BlogPost extends Post {
public function getAuthor() {
return new Author('Johannes');
}
}
class ForumPost extends Post { /* ... */ }
function my_function(Post $post) {
echo strtoupper($post->getAuthor());
}
Our function ![]() |
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107 | $name, |
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108 | [$left, $right], |
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109 | false |
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110 | ); |
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111 | |||
112 | case '#variable_access': |
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113 | $children = $element->getChildren(); |
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114 | $name = $children[0]->accept($this, $handle, $eldnah); |
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115 | array_shift($children); |
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116 | |||
117 | foreach ($children as $child) { |
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118 | $_child = $child->accept($this, $handle, $eldnah); |
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119 | |||
120 | switch ($child->getId()) { |
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121 | case '#attribute_access': |
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122 | $name->attribute($_child); |
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123 | |||
124 | break; |
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125 | } |
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126 | } |
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127 | |||
128 | return $name; |
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129 | |||
130 | case '#attribute_access': |
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131 | return $element->getChild(0)->accept($this, $handle, false); |
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132 | |||
133 | case '#array_declaration': |
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134 | $out = []; |
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135 | |||
136 | foreach ($element->getChildren() as $child) { |
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137 | $out[] = $child->accept($this, $handle, $eldnah); |
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138 | } |
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139 | |||
140 | return $out; |
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0 ignored issues
–
show
The return type of
return $out; (array ) is incompatible with the return type documented by RulerZ\Parser\Parser::visit of type RulerZ\Model\Rule .
If you return a value from a function or method, it should be a sub-type of the type that is given by the parent type f.e. an interface, or abstract method. This is more formally defined by the Lizkov substitution principle, and guarantees that classes that depend on the parent type can use any instance of a child type interchangably. This principle also belongs to the SOLID principles for object oriented design. Let’s take a look at an example: class Author {
private $name;
public function __construct($name) {
$this->name = $name;
}
public function getName() {
return $this->name;
}
}
abstract class Post {
public function getAuthor() {
return 'Johannes';
}
}
class BlogPost extends Post {
public function getAuthor() {
return new Author('Johannes');
}
}
class ForumPost extends Post { /* ... */ }
function my_function(Post $post) {
echo strtoupper($post->getAuthor());
}
Our function ![]() |
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141 | |||
142 | case '#function_call': |
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143 | $children = $element->getChildren(); |
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144 | $name = $children[0]->accept($this, $handle, false); |
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145 | array_shift($children); |
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146 | |||
147 | $arguments = []; |
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148 | |||
149 | foreach ($children as $child) { |
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150 | $arguments[] = $child->accept($this, $handle, $eldnah); |
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151 | } |
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152 | |||
153 | return $this->root->_operator( |
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0 ignored issues
–
show
The return type of
return $this->root->_ope...ame, $arguments, true); (Hoa\Ruler\Model\Operator ) is incompatible with the return type documented by RulerZ\Parser\Parser::visit of type RulerZ\Model\Rule .
If you return a value from a function or method, it should be a sub-type of the type that is given by the parent type f.e. an interface, or abstract method. This is more formally defined by the Lizkov substitution principle, and guarantees that classes that depend on the parent type can use any instance of a child type interchangably. This principle also belongs to the SOLID principles for object oriented design. Let’s take a look at an example: class Author {
private $name;
public function __construct($name) {
$this->name = $name;
}
public function getName() {
return $this->name;
}
}
abstract class Post {
public function getAuthor() {
return 'Johannes';
}
}
class BlogPost extends Post {
public function getAuthor() {
return new Author('Johannes');
}
}
class ForumPost extends Post { /* ... */ }
function my_function(Post $post) {
echo strtoupper($post->getAuthor());
}
Our function ![]() |
|||
154 | $name, |
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155 | $arguments, |
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156 | true |
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157 | ); |
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158 | |||
159 | case '#and': |
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160 | case '#or': |
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161 | case '#xor': |
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162 | $name = substr($id, 1); |
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163 | $children = $element->getChildren(); |
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164 | $left = $children[0]->accept($this, $handle, $eldnah); |
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165 | $right = $children[1]->accept($this, $handle, $eldnah); |
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166 | |||
167 | return $this->root->operation($name, [$left, $right]); |
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0 ignored issues
–
show
The return type of
return $this->root->oper... array($left, $right)); (Hoa\Ruler\Model\Operator ) is incompatible with the return type documented by RulerZ\Parser\Parser::visit of type RulerZ\Model\Rule .
If you return a value from a function or method, it should be a sub-type of the type that is given by the parent type f.e. an interface, or abstract method. This is more formally defined by the Lizkov substitution principle, and guarantees that classes that depend on the parent type can use any instance of a child type interchangably. This principle also belongs to the SOLID principles for object oriented design. Let’s take a look at an example: class Author {
private $name;
public function __construct($name) {
$this->name = $name;
}
public function getName() {
return $this->name;
}
}
abstract class Post {
public function getAuthor() {
return 'Johannes';
}
}
class BlogPost extends Post {
public function getAuthor() {
return new Author('Johannes');
}
}
class ForumPost extends Post { /* ... */ }
function my_function(Post $post) {
echo strtoupper($post->getAuthor());
}
Our function ![]() |
|||
168 | |||
169 | case '#not': |
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170 | return $this->root->operation( |
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0 ignored issues
–
show
The return type of
return $this->root->oper...s, $handle, $eldnah))); (Hoa\Ruler\Model\Operator ) is incompatible with the return type documented by RulerZ\Parser\Parser::visit of type RulerZ\Model\Rule .
If you return a value from a function or method, it should be a sub-type of the type that is given by the parent type f.e. an interface, or abstract method. This is more formally defined by the Lizkov substitution principle, and guarantees that classes that depend on the parent type can use any instance of a child type interchangably. This principle also belongs to the SOLID principles for object oriented design. Let’s take a look at an example: class Author {
private $name;
public function __construct($name) {
$this->name = $name;
}
public function getName() {
return $this->name;
}
}
abstract class Post {
public function getAuthor() {
return 'Johannes';
}
}
class BlogPost extends Post {
public function getAuthor() {
return new Author('Johannes');
}
}
class ForumPost extends Post { /* ... */ }
function my_function(Post $post) {
echo strtoupper($post->getAuthor());
}
Our function ![]() |
|||
171 | 'not', |
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172 | [$element->getChild(0)->accept($this, $handle, $eldnah)] |
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173 | ); |
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174 | |||
175 | case 'token': |
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176 | $token = $element->getValueToken(); |
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177 | $value = $element->getValueValue(); |
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178 | |||
179 | switch ($token) { |
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180 | case 'identifier': |
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181 | return true === $variable ? $this->root->variable($value) : $value; |
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0 ignored issues
–
show
The return type of
return true === $variabl...iable($value) : $value; (Hoa\Ruler\Model\Bag\Context|string ) is incompatible with the return type documented by RulerZ\Parser\Parser::visit of type RulerZ\Model\Rule .
If you return a value from a function or method, it should be a sub-type of the type that is given by the parent type f.e. an interface, or abstract method. This is more formally defined by the Lizkov substitution principle, and guarantees that classes that depend on the parent type can use any instance of a child type interchangably. This principle also belongs to the SOLID principles for object oriented design. Let’s take a look at an example: class Author {
private $name;
public function __construct($name) {
$this->name = $name;
}
public function getName() {
return $this->name;
}
}
abstract class Post {
public function getAuthor() {
return 'Johannes';
}
}
class BlogPost extends Post {
public function getAuthor() {
return new Author('Johannes');
}
}
class ForumPost extends Post { /* ... */ }
function my_function(Post $post) {
echo strtoupper($post->getAuthor());
}
Our function ![]() |
|||
182 | |||
183 | case 'named_parameter': |
||
184 | |||
185 | return new Model\Parameter(substr($value, 1)); |
||
0 ignored issues
–
show
The return type of
return new \RulerZ\Model...ter(substr($value, 1)); (RulerZ\Model\Parameter ) is incompatible with the return type documented by RulerZ\Parser\Parser::visit of type RulerZ\Model\Rule .
If you return a value from a function or method, it should be a sub-type of the type that is given by the parent type f.e. an interface, or abstract method. This is more formally defined by the Lizkov substitution principle, and guarantees that classes that depend on the parent type can use any instance of a child type interchangably. This principle also belongs to the SOLID principles for object oriented design. Let’s take a look at an example: class Author {
private $name;
public function __construct($name) {
$this->name = $name;
}
public function getName() {
return $this->name;
}
}
abstract class Post {
public function getAuthor() {
return 'Johannes';
}
}
class BlogPost extends Post {
public function getAuthor() {
return new Author('Johannes');
}
}
class ForumPost extends Post { /* ... */ }
function my_function(Post $post) {
echo strtoupper($post->getAuthor());
}
Our function ![]() |
|||
186 | |||
187 | case 'positional_parameter': |
||
188 | $index = $this->nextParameterIndex++; |
||
189 | |||
190 | return new Model\Parameter($index); |
||
0 ignored issues
–
show
The return type of
return new \RulerZ\Model\Parameter($index); (RulerZ\Model\Parameter ) is incompatible with the return type documented by RulerZ\Parser\Parser::visit of type RulerZ\Model\Rule .
If you return a value from a function or method, it should be a sub-type of the type that is given by the parent type f.e. an interface, or abstract method. This is more formally defined by the Lizkov substitution principle, and guarantees that classes that depend on the parent type can use any instance of a child type interchangably. This principle also belongs to the SOLID principles for object oriented design. Let’s take a look at an example: class Author {
private $name;
public function __construct($name) {
$this->name = $name;
}
public function getName() {
return $this->name;
}
}
abstract class Post {
public function getAuthor() {
return 'Johannes';
}
}
class BlogPost extends Post {
public function getAuthor() {
return new Author('Johannes');
}
}
class ForumPost extends Post { /* ... */ }
function my_function(Post $post) {
echo strtoupper($post->getAuthor());
}
Our function ![]() |
|||
191 | |||
192 | case 'true': |
||
193 | return true; |
||
0 ignored issues
–
show
The return type of
return true; (boolean ) is incompatible with the return type documented by RulerZ\Parser\Parser::visit of type RulerZ\Model\Rule .
If you return a value from a function or method, it should be a sub-type of the type that is given by the parent type f.e. an interface, or abstract method. This is more formally defined by the Lizkov substitution principle, and guarantees that classes that depend on the parent type can use any instance of a child type interchangably. This principle also belongs to the SOLID principles for object oriented design. Let’s take a look at an example: class Author {
private $name;
public function __construct($name) {
$this->name = $name;
}
public function getName() {
return $this->name;
}
}
abstract class Post {
public function getAuthor() {
return 'Johannes';
}
}
class BlogPost extends Post {
public function getAuthor() {
return new Author('Johannes');
}
}
class ForumPost extends Post { /* ... */ }
function my_function(Post $post) {
echo strtoupper($post->getAuthor());
}
Our function ![]() |
|||
194 | |||
195 | case 'false': |
||
196 | return false; |
||
0 ignored issues
–
show
The return type of
return false; (false ) is incompatible with the return type documented by RulerZ\Parser\Parser::visit of type RulerZ\Model\Rule .
If you return a value from a function or method, it should be a sub-type of the type that is given by the parent type f.e. an interface, or abstract method. This is more formally defined by the Lizkov substitution principle, and guarantees that classes that depend on the parent type can use any instance of a child type interchangably. This principle also belongs to the SOLID principles for object oriented design. Let’s take a look at an example: class Author {
private $name;
public function __construct($name) {
$this->name = $name;
}
public function getName() {
return $this->name;
}
}
abstract class Post {
public function getAuthor() {
return 'Johannes';
}
}
class BlogPost extends Post {
public function getAuthor() {
return new Author('Johannes');
}
}
class ForumPost extends Post { /* ... */ }
function my_function(Post $post) {
echo strtoupper($post->getAuthor());
}
Our function ![]() |
|||
197 | |||
198 | case 'null': |
||
199 | return null; |
||
200 | |||
201 | case 'float': |
||
202 | return (float) $value; |
||
0 ignored issues
–
show
The return type of
return (double) $value; (double ) is incompatible with the return type documented by RulerZ\Parser\Parser::visit of type RulerZ\Model\Rule .
If you return a value from a function or method, it should be a sub-type of the type that is given by the parent type f.e. an interface, or abstract method. This is more formally defined by the Lizkov substitution principle, and guarantees that classes that depend on the parent type can use any instance of a child type interchangably. This principle also belongs to the SOLID principles for object oriented design. Let’s take a look at an example: class Author {
private $name;
public function __construct($name) {
$this->name = $name;
}
public function getName() {
return $this->name;
}
}
abstract class Post {
public function getAuthor() {
return 'Johannes';
}
}
class BlogPost extends Post {
public function getAuthor() {
return new Author('Johannes');
}
}
class ForumPost extends Post { /* ... */ }
function my_function(Post $post) {
echo strtoupper($post->getAuthor());
}
Our function ![]() |
|||
203 | |||
204 | case 'integer': |
||
205 | return (int) $value; |
||
0 ignored issues
–
show
The return type of
return (int) $value; (integer ) is incompatible with the return type documented by RulerZ\Parser\Parser::visit of type RulerZ\Model\Rule .
If you return a value from a function or method, it should be a sub-type of the type that is given by the parent type f.e. an interface, or abstract method. This is more formally defined by the Lizkov substitution principle, and guarantees that classes that depend on the parent type can use any instance of a child type interchangably. This principle also belongs to the SOLID principles for object oriented design. Let’s take a look at an example: class Author {
private $name;
public function __construct($name) {
$this->name = $name;
}
public function getName() {
return $this->name;
}
}
abstract class Post {
public function getAuthor() {
return 'Johannes';
}
}
class BlogPost extends Post {
public function getAuthor() {
return new Author('Johannes');
}
}
class ForumPost extends Post { /* ... */ }
function my_function(Post $post) {
echo strtoupper($post->getAuthor());
}
Our function ![]() |
|||
206 | |||
207 | case 'string': |
||
208 | return str_replace( |
||
0 ignored issues
–
show
The return type of
return str_replace('\\' ...substr($value, 1, -1)); (string ) is incompatible with the return type documented by RulerZ\Parser\Parser::visit of type RulerZ\Model\Rule .
If you return a value from a function or method, it should be a sub-type of the type that is given by the parent type f.e. an interface, or abstract method. This is more formally defined by the Lizkov substitution principle, and guarantees that classes that depend on the parent type can use any instance of a child type interchangably. This principle also belongs to the SOLID principles for object oriented design. Let’s take a look at an example: class Author {
private $name;
public function __construct($name) {
$this->name = $name;
}
public function getName() {
return $this->name;
}
}
abstract class Post {
public function getAuthor() {
return 'Johannes';
}
}
class BlogPost extends Post {
public function getAuthor() {
return new Author('Johannes');
}
}
class ForumPost extends Post { /* ... */ }
function my_function(Post $post) {
echo strtoupper($post->getAuthor());
}
Our function ![]() |
|||
209 | '\\'.$value[0], |
||
210 | $value[0], |
||
211 | substr($value, 1, -1) |
||
212 | ); |
||
213 | |||
214 | default: |
||
215 | throw new Ruler\Exception\Interpreter('Token %s is unknown.', 0, $token); |
||
216 | } |
||
217 | |||
218 | default: |
||
219 | throw new Ruler\Exception\Interpreter('Element %s is unknown.', 1, $id); |
||
220 | } |
||
221 | } |
||
222 | } |
||
223 |
Since your code implements the magic setter
_set
, this function will be called for any write access on an undefined variable. You can add the@property
annotation to your class or interface to document the existence of this variable.Since the property has write access only, you can use the @property-write annotation instead.
Of course, you may also just have mistyped another name, in which case you should fix the error.
See also the PhpDoc documentation for @property.