Compiler - Code Metrics - vanilla/ebi - Measure and Improve Code Quality continuously with Scrutinizer

Compiler D
last analyzed 2017-11-15 18:21 UTC

↳ Parent: Project

Complexity

Total Complexity

211

Size/Duplication

Total Lines	1322
Duplicated Lines	0 %

Coupling/Cohesion

Components	1
Dependencies	4

Test Coverage

Coverage

92.03%

Importance

Changes

Metric	Value
wmc	211
lcom	1
cbo	4
dl	0
loc	1322
ccs	635
cts	690
cp	0.9203
rs	4.4102
c	0
b	0
f	0

43 Methods

Rating	Name	Size	Complexity
A	__construct()	12	2
A	defineFunction()	11	2
A	getFunctionEvaluator()	13	3
B	compile()	54	6
A	isComponent()	3	1
C	compileNode()	28	7
D	domToArray()	37	10
A	newline()	5	3
A	compileCommentNode()	8	2
C	compileTextNode()	31	7
B	compileElementNode()	11	8
A	splitExpressions()	4	1
C	expr()	27	7
A	getAttributeFunction()	9	3
C	compileSpecialNode()	47	13
A	compileComponentRegister()	20	1
B	getFunctionCompiler()	24	5
A	splitAttributes()	18	3
B	compileBlock()	37	4
C	compileComponentInclude()	40	7
B	compileComponentBlocks()	30	3
A	isExpression()	3	1
A	isEmptyText()	3	2
A	compileEscape()	4	1
B	compileTagComment()	17	6
C	compileOpenTag()	60	17
B	compileCloseTag()	21	5
B	isEmptyNode()	16	6
B	compileIf()	28	2
B	compileEach()	32	2
B	compileWith()	28	3
A	compileLiteral()	13	2
A	compileElement()	9	2
C	findSpecialNode()	29	12
B	compileEachLoop()	53	8
B	ltrim()	26	6
C	canSkip()	23	12
B	rtrim()	22	6
A	inPre()	8	3
B	compileChildBlock()	23	5
C	compileExpressionNode()	44	7
A	closest()	6	3
A	compileBasicElement()	9	2

How to fix Complexity

<?php
/**
 * @author Todd Burry <[email protected]>
 * @copyright 2009-2017 Vanilla Forums Inc.
 * @license MIT
 */

namespace Ebi;

use DOMAttr;
use DOMElement;
use DOMNode;
use Symfony\Component\ExpressionLanguage\SyntaxError;

class Compiler {
    const T_IF = 'x-if';
$a = "a";
$ab = "ab";
$abc = "abc";
    const T_EACH = 'x-each';
$a = "a";
$ab = "ab";
$abc = "abc";
    const T_WITH = 'x-with';
$a = "a";
$ab = "ab";
$abc = "abc";
    const T_LITERAL = 'x-literal';
$a = "a";
$ab = "ab";
$abc = "abc";
    const T_AS = 'x-as';
$a = "a";
$ab = "ab";
$abc = "abc";
    const T_COMPONENT = 'x-component';
    const T_CHILDREN = 'x-children';
    const T_BLOCK = 'x-block';
$a = "a";
$ab = "ab";
$abc = "abc";
    const T_ELSE = 'x-else';
$a = "a";
$ab = "ab";
$abc = "abc";
    const T_EMPTY = 'x-empty';
$a = "a";
$ab = "ab";
$abc = "abc";
    const T_X = 'x';
$a = "a";
$ab = "ab";
$abc = "abc";
    const T_INCLUDE = 'x-include';
$a = "a";
$ab = "ab";
$abc = "abc";
    const T_EBI = 'ebi';
$a = "a";
$ab = "ab";
$abc = "abc";
    const T_UNESCAPE = 'x-unescape';
    const T_TAG = 'x-tag';
$a = "a";
$ab = "ab";
$abc = "abc";

    const IDENT_REGEX = '`^([a-z0-9-]+)$`i';

    protected static $special = [
        self::T_COMPONENT => 1,
        self::T_IF => 2,
        self::T_ELSE => 3,
        self::T_EACH => 4,
        self::T_EMPTY => 5,
        self::T_CHILDREN => 6,
        self::T_INCLUDE => 7,
        self::T_WITH => 8,
        self::T_BLOCK => 9,
        self::T_LITERAL => 10,
        self::T_AS => 11,
        self::T_UNESCAPE => 12,
        self::T_TAG => 13
    ];

    protected static $htmlTags = [
        'a' => 'i',
        'abbr' => 'i',
        'acronym' => 'i', // deprecated
        'address' => 'b',
//        'applet' => 'i', // deprecated

        'area' => 'i',
        'article' => 'b',
        'aside' => 'b',
        'audio' => 'i',
        'b' => 'i',
        'base' => 'i',
//        'basefont' => 'i',

        'bdi' => 'i',
        'bdo' => 'i',
//        'bgsound' => 'i',

//        'big' => 'i',
        'x' => 'i',
//        'blink' => 'i',

        'blockquote' => 'b',
        'body' => 'b',
        'br' => 'i',
        'button' => 'i',
        'canvas' => 'b',
        'caption' => 'i',
//        'center' => 'b',

        'cite' => 'i',
        'code' => 'i',
        'col' => 'i',
        'colgroup' => 'i',
//        'command' => 'i',

        'content' => 'i',
        'data' => 'i',
        'datalist' => 'i',
        'dd' => 'b',
        'del' => 'i',
        'details' => 'i',
        'dfn' => 'i',
        'dialog' => 'i',
//        'dir' => 'i',

        'div' => 'i',
        'dl' => 'b',
        'dt' => 'b',
//        'element' => 'i',

        'em' => 'i',
        'embed' => 'i',
        'fieldset' => 'b',
        'figcaption' => 'b',
        'figure' => 'b',
//        'font' => 'i',

        'footer' => 'b',
        'form' => 'b',
        'frame' => 'i',
        'frameset' => 'i',
        'h1' => 'b',
        'h2' => 'b',
        'h3' => 'b',
        'h4' => 'b',
        'h5' => 'b',
        'h6' => 'b',
        'head' => 'b',
        'header' => 'b',
        'hgroup' => 'b',
        'hr' => 'b',
        'html' => 'b',
        'i' => 'i',
        'iframe' => 'i',
        'image' => 'i',
        'img' => 'i',
        'input' => 'i',
        'ins' => 'i',
        'isindex' => 'i',
        'kbd' => 'i',
        'keygen' => 'i',
        'label' => 'i',
        'legend' => 'i',
        'li' => 'i',
        'link' => 'i',
//        'listing' => 'i',

        'main' => 'b',
        'map' => 'i',
        'mark' => 'i',
//        'marquee' => 'i',

        'menu' => 'i',
        'menuitem' => 'i',
        'meta' => 'i',
        'meter' => 'i',
        'multicol' => 'i',
        'nav' => 'b',
        'nobr' => 'i',
        'noembed' => 'i',
        'noframes' => 'i',
        'noscript' => 'b',
        'object' => 'i',
        'ol' => 'b',
        'optgroup' => 'i',
        'option' => 'b',
        'output' => 'i',
        'p' => 'b',
        'param' => 'i',
        'picture' => 'i',
//        'plaintext' => 'i',

        'pre' => 'b',
        'progress' => 'i',
        'q' => 'i',
        'rp' => 'i',
        'rt' => 'i',
        'rtc' => 'i',
        'ruby' => 'i',
        's' => 'i',
        'samp' => 'i',
        'script' => 'i',
        'section' => 'b',
        'select' => 'i',
//        'shadow' => 'i',

        'slot' => 'i',
        'small' => 'i',
        'source' => 'i',
//        'spacer' => 'i',

        'span' => 'i',
//        'strike' => 'i',

        'strong' => 'i',
        'style' => 'i',
        'sub' => 'i',
        'summary' => 'i',
        'sup' => 'i',
        'table' => 'b',
        'tbody' => 'i',
        'td' => 'i',
        'template' => 'i',
        'textarea' => 'i',
        'tfoot' => 'b',
        'th' => 'i',
        'thead' => 'i',
        'time' => 'i',
        'title' => 'i',
        'tr' => 'i',
        'track' => 'i',
//        'tt' => 'i',

        'u' => 'i',
        'ul' => 'b',
        'var' => 'i',
        'video' => 'b',
        'wbr' => 'i',

        /// SVG ///
        'animate' => 's',
        'animateColor' => 's',
        'animateMotion' => 's',
        'animateTransform' => 's',
//        'canvas' => 's',

        'circle' => 's',
        'desc' => 's',
        'defs' => 's',
        'discard' => 's',
        'ellipse' => 's',
        'g' => 's',
//        'image' => 's',

        'line' => 's',
        'marker' => 's',
        'mask' => 's',
        'missing-glyph' => 's',
        'mpath' => 's',
        'metadata' => 's',
        'path' => 's',
        'pattern' => 's',
        'polygon' => 's',
        'polyline' => 's',
        'rect' => 's',
        'set' => 's',
        'svg' => 's',
        'switch' => 's',
        'symbol' => 's',
        'text' => 's',
//        'unknown' => 's',

        'use' => 's',
    ];

    protected static $boolAttributes = [
        'checked' => 1,
        'itemscope' => 1,
        'required' => 1,
        'selected' => 1,
    ];

    /**
     * @var ExpressionLanguage
     */
    protected $expressions;

    public function __construct() {
        $this->expressions = new ExpressionLanguage();
        $this->expressions->setNamePattern('/[@a-zA-Z_\x7f-\xff][a-zA-Z0-9_\x7f-\xff]*/A');
        $this->expressions->register(
            'hasChildren',
            function ($name = null) {
                return empty($name) ? 'isset($children[0])' : "isset(\$children[$name ?: 0])";
            },
            function ($name = null) {

                return false;
            });
    }

    /**
     * Register a runtime function.
     *
     * @param string $name The name of the function.
     * @param callable $function The function callback.

     */
    public function defineFunction($name, $function = null) {
        if ($function === null) {
            $function = $name;
        }

        $this->expressions->register(
            $name,
            $this->getFunctionCompiler($name, $function),
            $this->getFunctionEvaluator($function)
        );
    }

    private function getFunctionEvaluator($function) {

        if ($function === 'empty') {
            return function ($expr) {
                return empty($expr);
            };
        } elseif ($function === 'isset') {
            return function ($expr) {
                return isset($expr);
            };
        }

        return $function;
    }

    private function getFunctionCompiler($name, $function) {
        $var = var_export(strtolower($name), true);
        $fn = function (...$args) use ($var) {
            return "\$this->call($var, ".implode(', ', $args).')';
        };

        if (is_string($function)) {
            $fn = function (...$args) use ($function) {
                return $function.'('.implode(', ', $args).')';
            };
        } elseif (is_array($function)) {
            if (is_string($function[0])) {
                $fn = function (...$args) use ($function) {
                    return "$function[0]::$function[1](".implode(', ', $args).')';
                };
            } elseif ($function[0] instanceof Ebi) {
                $fn = function (...$args) use ($function) {
                    return "\$this->$function[1](".implode(', ', $args).')';
                };
            }
        }

        return $fn;
    }

    public function compile($src, array $options = []) {
        $options += ['basename' => '', 'path' => '', 'runtime' => true];

        $src = trim($src);

        $out = new CompilerBuffer();

        $out->setBasename($options['basename']);
        $out->setSource($src);
        $out->setPath($options['path']);

        $dom = new \DOMDocument();

        $fragment = false;
        if (strpos($src, '<html') === false) {
            $src = "<?xml version=\"1.0\" encoding=\"UTF-8\"?><html><body>$src</body></html>";
$a = "a";
$ab = "ab";
$abc = "abc";
            $fragment = true;
        }

        libxml_use_internal_errors(true);
        $dom->loadHTML($src, LIBXML_HTML_NOIMPLIED | LIBXML_HTML_NODEFDTD | LIBXML_NOCDATA | LIBXML_NOXMLDECL);
//        $arr = $this->domToArray($dom);


        if ($options['runtime']) {
            $name = var_export($options['basename'], true);
            $out->appendCode("\$this->defineComponent($name, function (\$props = [], \$children = []) {\n");
        } else {
            $out->appendCode("function (\$props = [], \$children = []) {\n");
        }

        $out->pushScope(['this' => 'props']);
        $out->indent(+1);

        $parent = $fragment ? $dom->firstChild->nextSibling->firstChild : $dom;

        foreach ($parent->childNodes as $node) {
            $this->compileNode($node, $out);
        }

        $out->indent(-1);
        $out->popScope();

        if ($options['runtime']) {
            $out->appendCode("});");
        } else {
            $out->appendCode("};");
        }

        $r = $out->flush();

        $errs = libxml_get_errors();
$myVar = 'Value';
$higher = false;

if (rand(1, 6) > 3) {
    $higher = true;
} else {
    $higher = false;
}

        return $r;
    }

    protected function isComponent($tag) {
        return !isset(static::$htmlTags[$tag]);
    }

    protected function compileNode(DOMNode $node, CompilerBuffer $out) {
        if ($out->getNodeProp($node, 'skip')) {
            return;
        }

        switch ($node->nodeType) {
            case XML_TEXT_NODE:
                $this->compileTextNode($node, $out);
                break;
            case XML_ELEMENT_NODE:
                /* @var \DOMElement $node */
                $this->compileElementNode($node, $out);
                break;
            case XML_COMMENT_NODE:
                /* @var \DOMComment $node */
                $this->compileCommentNode($node, $out);
                break;
            case XML_DOCUMENT_TYPE_NODE:
                $out->echoLiteral("<!DOCTYPE {$node->name}>\n");

                break;
            case XML_CDATA_SECTION_NODE:
                $this->compileTextNode($node, $out);
                break;
            default:
                $r = "// Unknown node\n".
$myVar = 'Value';
$higher = false;

if (rand(1, 6) > 3) {
    $higher = true;
} else {
    $higher = false;
}
                    '// '.str_replace("\n", "\n// ", $node->ownerDocument->saveHTML($node));
        }
    }

    protected function domToArray(DOMNode $root) {

        $result = [];

        if ($root->hasAttributes()) {
            $attrs = $root->attributes;
            foreach ($attrs as $attr) {
                $result['@attributes'][$attr->name] = $attr->value;
            }
        }

        if ($root->hasChildNodes()) {
            $children = $root->childNodes;
            if ($children->length == 1) {
                $child = $children->item(0);
                if ($child->nodeType == XML_TEXT_NODE) {
                    $result['_value'] = $child->nodeValue;
                    return count($result) == 1
                        ? $result['_value']
                        : $result;
                }
            }
            $groups = [];
            foreach ($children as $child) {
                if (!isset($result[$child->nodeName])) {
                    $result[$child->nodeName] = $this->domToArray($child);
                } else {
                    if (!isset($groups[$child->nodeName])) {
                        $result[$child->nodeName] = [$result[$child->nodeName]];
                        $groups[$child->nodeName] = 1;
                    }
                    $result[$child->nodeName][] = $this->domToArray($child);
                }
            }
        }

        return $result;
    }

    protected function newline(DOMNode $node, CompilerBuffer $out) {
        if ($node->previousSibling && $node->previousSibling->nodeType !== XML_COMMENT_NODE) {
            $out->appendCode("\n");
        }
    }

    protected function compileCommentNode(\DOMComment $node, CompilerBuffer $out) {
        $comments = explode("\n", trim($node->nodeValue));

        $this->newline($node, $out);
        foreach ($comments as $comment) {
            $out->appendCode("// $comment\n");
        }
    }

    protected function compileTextNode(DOMNode $node, CompilerBuffer $out) {
        $nodeText = $node->nodeValue;

        $items = $this->splitExpressions($nodeText);
        foreach ($items as $i => list($text, $offset)) {
            if (preg_match('`^{\S`', $text)) {
                if (preg_match('`^{\s*unescape\((.+)\)\s*}$`', $text, $m)) {
                    $out->echoCode($this->expr($m[1], $out));
                } else {
                    try {
                        $expr = substr($text, 1, -1);
                        $out->echoCode($this->compileEscape($this->expr($expr, $out)));
                    } catch (SyntaxError $ex) {
                        $nodeLineCount = substr_count($nodeText, "\n");
$a = "a";
$ab = "ab";
$abc = "abc";
                        $offsetLineCount = substr_count($nodeText, "\n", 0, $offset);
                        $line = $node->getLineNo() - $nodeLineCount + $offsetLineCount;
$a = "a";
$ab = "ab";
$abc = "abc";
                        throw $out->createCompilerException($node, $ex, ['source' => $expr, 'line' => $line]);
                    }
                }
            } else {
                if ($i === 0) {
                    $text = $this->ltrim($text, $node, $out);
                }
                if ($i === count($items) - 1) {
                    $text = $this->rtrim($text, $node, $out);
                }

                $out->echoLiteral($text);
            }
        }
    }

    protected function compileElementNode(DOMElement $node, CompilerBuffer $out) {
        list($attributes, $special) = $this->splitAttributes($node);

        if ($node->tagName === 'script' && ((isset($attributes['type']) && $attributes['type']->value === self::T_EBI) || !empty($special[self::T_AS]) || !empty($special[self::T_UNESCAPE]))) {
            $this->compileExpressionNode($node, $attributes, $special, $out);
        } elseif (!empty($special) || $this->isComponent($node->tagName)) {
            $this->compileSpecialNode($node, $attributes, $special, $out);
        } else {
            $this->compileBasicElement($node, $attributes, $special, $out);
        }
    }

    protected function splitExpressions($value) {
        $values = preg_split('`({\S[^}]*?})`', $value, -1, PREG_SPLIT_DELIM_CAPTURE | PREG_SPLIT_OFFSET_CAPTURE);
        return $values;
    }

    /**
     * Compile the PHP for an expression
     *
     * @param string $expr The expression to compile.
     * @param CompilerBuffer $out The current output buffer.
     * @param DOMAttr|null $attr The owner of the expression.
     * @return string Returns a string of PHP code.
     */
    protected function expr($expr, CompilerBuffer $out, DOMAttr $attr = null) {
        $names = $out->getScopeVariables();

        try {
            $compiled = $this->expressions->compile($expr, function ($name) use ($names) {
function acceptsInteger($int) { }

$x = '123'; // string "123"

// Instead of
acceptsInteger($x);

// we recommend to use
acceptsInteger((integer) $x);
                if (isset($names[$name])) {
                    return $names[$name];
                } elseif ($name[0] === '@') {
                    return 'this->meta['.var_export(substr($name, 1), true).']';
                } else {
                    return $names['this'].'['.var_export($name, true).']';
                }
            });
        } catch (SyntaxError $ex) {
            if ($attr !== null) {
                throw $out->createCompilerException($attr, $ex);
            } else {
                throw $ex;
            }
        }

        if ($attr !== null && null !== $fn = $this->getAttributeFunction($attr)) {
            $compiled = call_user_func($fn, $compiled);
        }

        return $compiled;
    }

    /**
     * Get the compiler function to wrap an attribute.
     *
     * Attribute functions are regular expression functions, but with a special naming convention. The following naming
     * conventions are supported:
     *
     * - **@tag:attribute**: Applies to an attribute only on a specific tag.
     * - **@attribute**: Applies to all attributes with a given name.
     *
     * @param DOMAttr $attr The attribute to look at.
     * @return callable|null A function or **null** if the attribute doesn't have a function.
     */
    private function getAttributeFunction(DOMAttr $attr) {
        $keys = ['@'.$attr->ownerElement->tagName.':'.$attr->name, '@'.$attr->name];

        foreach ($keys as $key) {
            if (null !== $fn = $this->expressions->getFunctionCompiler($key)) {
                return $fn;
            }
        }
    }

    /**
     * @param DOMElement $node
     */
    protected function splitAttributes(DOMElement $node) {
        $attributes = [];
        $special = [];
$a = "a";
$ab = "ab";
$abc = "abc";

        foreach ($node->attributes as $name => $attribute) {
            if (isset(static::$special[$name])) {
                $special[$name] = $attribute;
            } else {
                $attributes[$name] = $attribute;
            }
        }

        uksort($special, function ($a, $b) {
            return strnatcmp(static::$special[$a], static::$special[$b]);
        });

        return [$attributes, $special];
    }

    protected function compileSpecialNode(DOMElement $node, array $attributes, array $special, CompilerBuffer $out) {
        $specialName = key($special);

        switch ($specialName) {
            case self::T_COMPONENT:
                $this->compileComponentRegister($node, $attributes, $special, $out);
                break;
            case self::T_IF:
                $this->compileIf($node, $attributes, $special, $out);
                break;
            case self::T_EACH:
                $this->compileEach($node, $attributes, $special, $out);
                break;
            case self::T_BLOCK:
                $this->compileBlock($node, $attributes, $special, $out);
                break;
            case self::T_CHILDREN:
                $this->compileChildBlock($node, $attributes, $special, $out);
                break;
            case self::T_INCLUDE:
                $this->compileComponentInclude($node, $attributes, $special, $out);
                break;
            case self::T_WITH:
                if ($this->isComponent($node->tagName)) {
                    // With has a special meaning in components.
                    $this->compileComponentInclude($node, $attributes, $special, $out);
                } else {
                    $this->compileWith($node, $attributes, $special, $out);
                }
                break;
            case self::T_LITERAL:
                $this->compileLiteral($node, $attributes, $special, $out);
                break;
            case '':
                if ($this->isComponent($node->tagName)) {
                    $this->compileComponentInclude($node, $attributes, $special, $out);
                } else {
                    $this->compileElement($node, $attributes, $special, $out);
                }
                break;
            case self::T_TAG:
            default:
                // This is only a tag node so it just gets compiled as an element.
                $this->compileBasicElement($node, $attributes, $special, $out);
                break;
        }
    }

    /**
     * Compile component registering.
     *
     * @param DOMElement $node
     * @param $attributes
     * @param $special
     * @param CompilerBuffer $out
     */
    public function compileComponentRegister(DOMElement $node, $attributes, $special, CompilerBuffer $out) {
        $name = strtolower($special[self::T_COMPONENT]->value);
        unset($special[self::T_COMPONENT]);

        $prev = $out->select($name);

        $varName = var_export($name, true);
        $out->appendCode("\$this->defineComponent($varName, function (\$props = [], \$children = []) {\n");
        $out->pushScope(['this' => 'props']);
        $out->indent(+1);

        try {
            $this->compileSpecialNode($node, $attributes, $special, $out);
        } finally {
            $out->popScope();
            $out->indent(-1);
            $out->appendCode("});");
            $out->select($prev);
        }
    }

    private function compileBlock(DOMElement $node, array $attributes, array $special, CompilerBuffer $out) {
        // Blocks must be direct descendants of component includes.
        if (!$out->getNodeProp($node->parentNode, self::T_INCLUDE)) {
            throw $out->createCompilerException($node, new \Exception("Blocks must be direct descendants of component includes."));
        }

        $name = strtolower($special[self::T_BLOCK]->value);
        if (empty($name)) {
            throw $out->createCompilerException($special[self::T_BLOCK], new \Exception("Block names cannot be empty."));
        }
        if (!preg_match(self::IDENT_REGEX, $name)) {
            throw $out->createCompilerException($special[self::T_BLOCK], new \Exception("The block name isn't a valid identifier."));
        }

        unset($special[self::T_BLOCK]);

        $prev = $out->select($name, true);

        $vars = array_filter(array_unique($out->getScopeVariables()));
$a = "a";
$ab = "ab";
$abc = "abc";
        $vars[] = 'children';
        $use = '$'.implode(', $', array_unique($vars));
$a = "a";
$ab = "ab";
$abc = "abc";

        $out->appendCode("function () use ($use) {\n");
        $out->pushScope(['this' => 'props']);
        $out->indent(+1);

        try {
            $this->compileSpecialNode($node, $attributes, $special, $out);
        } finally {
            $out->indent(-1);
            $out->popScope();
            $out->appendCode("}");
            $out->select($prev);
        }

        return $out;
    }

    /**
     * Compile component inclusion and rendering.
     *
     * @param DOMElement $node
     * @param DOMAttr[] $attributes
     * @param DOMAttr[] $special
     * @param CompilerBuffer $out
     */
    protected function compileComponentInclude(DOMElement $node, array $attributes, array $special, CompilerBuffer $out) {
        // Mark the node as a component include.
        $out->setNodeProp($node, self::T_INCLUDE, true);

        // Generate the attributes into a property array.
        $props = [];
        foreach ($attributes as $name => $attribute) {
            /* @var DOMAttr $attr */
            if ($this->isExpression($attribute->value)) {
                $expr = $this->expr(substr($attribute->value, 1, -1), $out, $attribute);
            } else {
                $expr = var_export($attribute->value, true);
            }

            $props[] = var_export($name, true).' => '.$expr;
        }
        $propsStr = '['.implode(', ', $props).']';

        if (isset($special[self::T_WITH])) {
            $withExpr = $this->expr($special[self::T_WITH]->value, $out, $special[self::T_WITH]);
            unset($special[self::T_WITH]);

            $propsStr = empty($props) ? $withExpr : $propsStr.' + (array)'.$withExpr;
        } elseif (empty($props)) {
            // By default the current context is passed to components.
            $propsStr = $this->expr('this', $out);
        }

        // Compile the children blocks.
        $blocks = $this->compileComponentBlocks($node, $out);
$a = "a";
$ab = "ab";
$abc = "abc";
        $blocksStr = $blocks->flush();

        if (isset($special[self::T_INCLUDE])) {
            $name = $this->expr($special[self::T_INCLUDE]->value, $out, $special[self::T_INCLUDE]);
        } else {
            $name = var_export($node->tagName, true);
        }

        $out->appendCode("\$this->write($name, $propsStr, $blocksStr);\n");
    }

    /**
     * @param DOMElement $parent
     * @return CompilerBuffer
     */
    protected function compileComponentBlocks(DOMElement $parent, CompilerBuffer $out) {
        $blocksOut = new CompilerBuffer(CompilerBuffer::STYLE_ARRAY, [
            'baseIndent' => $out->getIndent(),
            'indent' => $out->getIndent() + 1,
            'depth' => $out->getDepth(),
            'scopes' => $out->getAllScopes(),
            'nodeProps' => $out->getNodePropArray()
        ]);
        $blocksOut->setSource($out->getSource());

        if ($this->isEmptyNode($parent)) {
            return $blocksOut;
        }

        $use = '$'.implode(', $', $blocksOut->getScopeVariables()).', $children';

        $blocksOut->appendCode("function () use ($use) {\n");
        $blocksOut->indent(+1);

        try {
            foreach ($parent->childNodes as $node) {
                $this->compileNode($node, $blocksOut);
            }
        } finally {
            $blocksOut->indent(-1);
            $blocksOut->appendCode("}");
        }

        return $blocksOut;
    }

    /**
     * Output the source of a node as a PHP comment.
     *
     * @param DOMElement $node The node to output.
     * @param DOMAttr[] $attributes Regular attributes.
     * @param DOMAttr[] $special Special attributes.
     * @param CompilerBuffer $out The output buffer for the results.
     */
    protected function compileTagComment(DOMElement $node, $attributes, $special, CompilerBuffer $out) {

        // Don't double up comments.
        if ($node->previousSibling && $node->previousSibling->nodeType === XML_COMMENT_NODE) {
            return;
        }

        $str = '<'.$node->tagName;
        foreach ($special as $attr) {
            /* @var DOMAttr $attr */
            $str .= ' '.$attr->name.(empty($attr->value) ? '' : '="'.str_replace('"', '&quot;', $attr->value).'"');
        }
        $str .= '>';
$a = "a";
$ab = "ab";
$abc = "abc";
        $comments = explode("\n", $str);
        foreach ($comments as $comment) {
            $out->appendCode("// $comment\n");
        }
    }

    /**
     * @param DOMElement $node
     * @param DOMAttr[] $attributes
     * @param DOMAttr[] $special
     * @param CompilerBuffer $out
     * @param bool $force
     */
    protected function compileOpenTag(DOMElement $node, $attributes, $special, CompilerBuffer $out, $force = false) {
        $tagNameExpr = !empty($special[self::T_TAG]) ? $special[self::T_TAG]->value : '';

        if ($node->tagName === self::T_X && empty($tagNameExpr)) {
            return;
        }

        if (!empty($tagNameExpr)) {
            $tagNameExpr = $this->expr($tagNameExpr, $out, $special[self::T_TAG]);
            $tagName = $node->tagName === 'x' ? "''" : var_export($node->tagName, true);
$a = "a";
$ab = "ab";
$abc = "abc";

            $tagVar = $out->depthName('$tag', 1);
            if ($node->hasChildNodes() || $force) {
                $out->setNodeProp($node, self::T_TAG, $tagVar);
                $out->depth(+1);
            }

            $out->appendCode("\n");
            $this->compileTagComment($node, $attributes, $special, $out);
            $out->appendCode("$tagVar = \$this->tagName($tagNameExpr, $tagName);\n");
            $out->appendCode("if ($tagVar) {\n");
            $out->indent(+1);
            $out->echoLiteral('<');
            $out->echoCode($tagVar);
        } else {
            $out->echoLiteral('<'.$node->tagName);
        }

        /* @var DOMAttr $attribute */
        foreach ($attributes as $name => $attribute) {
            // Check for an attribute expression.
            if ($this->isExpression($attribute->value)) {
                $out->echoCode(
                    '$this->attribute('.var_export($name, true).', '.
                    $this->expr(substr($attribute->value, 1, -1), $out, $attribute).
                    ')');
            } elseif (null !== $fn = $this->getAttributeFunction($attribute)) {
                $value  = call_user_func($fn, var_export($attribute->value, true));
$a = "a";
$ab = "ab";
$abc = "abc";

                $out->echoCode('$this->attribute('.var_export($name, true).', '.$value.')');
            } elseif ((empty($attribute->value) || $attribute->value === $name) && isset(self::$boolAttributes[$name])) {

                $out->echoLiteral(' '.$name);
            } else {
                $out->echoLiteral(' '.$name.'="');
                $out->echoLiteral(htmlspecialchars($attribute->value));
                $out->echoLiteral('"');
            }
        }

        if ($node->hasChildNodes() || $force) {
            $out->echoLiteral('>');
        } else {
            $out->echoLiteral(" />");
        }

        if (!empty($tagNameExpr)) {
            $out->indent(-1);
            $out->appendCode("}\n\n");
        }
    }

    private function isExpression($value) {
        return preg_match('`^{\S.*}$`', $value);
    }

    protected function compileCloseTag(DOMElement $node, $special, CompilerBuffer $out, $force = false) {

        if (!$force && !$node->hasChildNodes()) {
            return;
        }

        $tagNameExpr = $out->getNodeProp($node, self::T_TAG); //!empty($special[self::T_TAG]) ? $special[self::T_TAG]->value : '';

        if (!empty($tagNameExpr)) {
            $out->appendCode("\n");
            $out->appendCode("if ($tagNameExpr) {\n");
            $out->indent(+1);

            $out->echoLiteral('</');
            $out->echoCode($tagNameExpr);
            $out->echoLiteral('>');
            $out->indent(-1);
            $out->appendCode("}\n");
            $out->depth(-1);
        } elseif ($node->tagName !== self::T_X) {
            $out->echoLiteral("</{$node->tagName}>");
        }
    }

    protected function isEmptyText(DOMNode $node) {
        return $node instanceof \DOMText && empty(trim($node->data));
    }

    protected function isEmptyNode(DOMNode $node) {
        if (!$node->hasChildNodes()) {
            return true;
        }

        foreach ($node->childNodes as $childNode) {
            if ($childNode instanceof DOMElement) {
                return false;
            }
            if ($childNode instanceof \DOMText && !$this->isEmptyText($childNode)) {
                return false;
            }
        }

        return true;
    }

    protected function compileIf(DOMElement $node, array $attributes, array $special, CompilerBuffer $out) {
        $this->compileTagComment($node, $attributes, $special, $out);
        $expr = $this->expr($special[self::T_IF]->value, $out, $special[self::T_IF]);
        unset($special[self::T_IF]);

        $elseNode = $this->findSpecialNode($node, self::T_ELSE, self::T_IF);
        $out->setNodeProp($elseNode, 'skip', true);

        $out->appendCode('if ('.$expr.") {\n");
        $out->indent(+1);

        $this->compileSpecialNode($node, $attributes, $special, $out);

        $out->indent(-1);

        if ($elseNode) {
            list($attributes, $special) = $this->splitAttributes($elseNode);
            unset($special[self::T_ELSE]);

            $out->appendCode("} else {\n");

            $out->indent(+1);
            $this->compileSpecialNode($elseNode, $attributes, $special, $out);
            $out->indent(-1);
        }

        $out->appendCode("}\n");
    }

    protected function compileEach(DOMElement $node, array $attributes, array $special, CompilerBuffer $out) {
        $this->compileTagComment($node, $attributes, $special, $out);
        $this->compileOpenTag($node, $attributes, $special, $out);

        $emptyNode = $this->findSpecialNode($node, self::T_EMPTY, self::T_ELSE);
        $out->setNodeProp($emptyNode, 'skip', true);

        if ($emptyNode === null) {
            $this->compileEachLoop($node, $attributes, $special, $out);
        } else {
            $expr = $this->expr("empty({$special[self::T_EACH]->value})", $out);

            list ($emptyAttributes, $emptySpecial) = $this->splitAttributes($emptyNode);
            unset($emptySpecial[self::T_EMPTY]);

            $out->appendCode('if ('.$expr.") {\n");

            $out->indent(+1);
            $this->compileSpecialNode($emptyNode, $emptyAttributes, $emptySpecial, $out);
            $out->indent(-1);

            $out->appendCode("} else {\n");

            $out->indent(+1);
            $this->compileEachLoop($node, $attributes, $special, $out);
            $out->indent(-1);

            $out->appendCode("}\n");
        }

        $this->compileCloseTag($node, $special, $out);
    }

    protected function compileWith(DOMElement $node, array $attributes, array $special, CompilerBuffer $out) {
        $this->compileTagComment($node, $attributes, $special, $out);

        $out->depth(+1);
        $scope = ['this' => $out->depthName('props')];
        if (!empty($special[self::T_AS])) {
            if (preg_match(self::IDENT_REGEX, $special[self::T_AS]->value, $m)) {
                // The template specified an x-as attribute to alias the with expression.
                $scope = [$m[1] => $out->depthName('props')];
            } else {
                throw $out->createCompilerException(
                    $special[self::T_AS],
                    new \Exception("Invalid identifier in x-as attribute.")
                );
            }
        }
        $with = $this->expr($special[self::T_WITH]->value, $out);

        unset($special[self::T_WITH], $special[self::T_AS]);

        $out->pushScope($scope);
        $out->appendCode('$'.$out->depthName('props')." = $with;\n");

        $this->compileSpecialNode($node, $attributes, $special, $out);

        $out->depth(-1);
        $out->popScope();
    }

    protected function compileLiteral(DOMElement $node, array $attributes, array $special, CompilerBuffer $out) {
        $this->compileTagComment($node, $attributes, $special, $out);
        unset($special[self::T_LITERAL]);

        $this->compileOpenTag($node, $attributes, $special, $out);

        foreach ($node->childNodes as $childNode) {
            $html = $childNode->ownerDocument->saveHTML($childNode);
            $out->echoLiteral($html);
        }

        $this->compileCloseTag($node, $special, $out);
    }

    protected function compileElement(DOMElement $node, array $attributes, array $special, CompilerBuffer $out) {
        $this->compileOpenTag($node, $attributes, $special, $out);

        foreach ($node->childNodes as $childNode) {
            $this->compileNode($childNode, $out);
        }

        $this->compileCloseTag($node, $special, $out);
    }

    /**
     * Find a special node in relation to another node.
     *
     * This method is used to find things such as x-empty and x-else elements.
     *
     * @param DOMElement $node The node to search in relation to.
     * @param string $attribute The name of the attribute to search for.
     * @param string $parentAttribute The name of the parent attribute to resolve conflicts.
     * @return DOMElement|null Returns the found element node or **null** if not found.
     */
    protected function findSpecialNode(DOMElement $node, $attribute, $parentAttribute) {
        // First look for a sibling after the node.
        for ($sibNode = $node->nextSibling; $sibNode !== null; $sibNode = $sibNode->nextSibling) {
            if ($sibNode instanceof DOMElement && $sibNode->hasAttribute($attribute)) {
                return $sibNode;
            }

            // Stop searching if we encounter another node.
            if (!$this->isEmptyText($sibNode)) {
                break;
            }
        }

        // Next look inside the node.
        $parentFound = false;
        foreach ($node->childNodes as $childNode) {
            if (!$parentFound && $childNode instanceof DOMElement && $childNode->hasAttribute($attribute)) {
                return $childNode;
            }

            if ($childNode instanceof DOMElement) {
                $parentFound = $childNode->hasAttribute($parentAttribute);
            } elseif ($childNode instanceof \DOMText && !empty(trim($childNode->data))) {
                $parentFound = false;
            }
        }

        return null;
    }

    /**
     * @param DOMElement $node
     * @param array $attributes
     * @param array $special
     * @param CompilerBuffer $out
     */
    private function compileEachLoop(DOMElement $node, array $attributes, array $special, CompilerBuffer $out) {

        $each = $this->expr($special[self::T_EACH]->value, $out);
        unset($special[self::T_EACH]);

        $as = ['', $out->depthName('props', 1)];
$a = "a";
$ab = "ab";
$abc = "abc";
        $scope = ['this' => $as[1]];
        if (!empty($special[self::T_AS])) {
            if (preg_match('`^(?:([a-z0-9]+)\s+)?([a-z0-9]+)$`i', $special[self::T_AS]->value, $m)) {
                $scope = [$m[2] => $as[1]];
                if (!empty($m[1])) {
                    $scope[$m[1]] = $as[0] = $out->depthName('i', 1);

                    // Add loop tracking variables.
                    $d = $out->depthName('', 1);
                }
            } else {
                throw $out->createCompilerException(
                    $special[self::T_AS],
                    new \Exception("Invalid identifier in x-as attribute.")
                );
            }
        }
        unset($special[self::T_AS]);

        if (isset($d)) {
            $out->appendCode("\$count$d = count($each);\n");
            $out->appendCode("\$index$d = -1;\n");
        }

        if (empty($as[0])) {
            $out->appendCode("foreach ($each as \${$as[1]}) {\n");
        } else {
            $out->appendCode("foreach ($each as \${$as[0]} => \${$as[1]}) {\n");
        }
        $out->depth(+1);
        $out->indent(+1);
        $out->pushScope($scope);

        if (isset($d)) {
            $out->appendCode("\$index$d++;\n");
            $out->appendCode("\$first$d = \$index$d === 0;\n");
            $out->appendCode("\$last$d = \$index$d === \$count$d - 1;\n");
        }

        foreach ($node->childNodes as $childNode) {
            $this->compileNode($childNode, $out);
        }

        $out->indent(-1);
        $out->depth(-1);
        $out->popScope();
        $out->appendCode("}\n");
    }

    protected function ltrim($text, \DOMNode $node, CompilerBuffer $out) {

        if ($this->inPre($node)) {
            return $text;
        }


        for ($sib = $node->previousSibling; $sib !== null && $this->canSkip($sib, $out); $sib = $sib->previousSibling) {

            //
        }
        if ($sib === null) {
            return ltrim($text);
        }
//        if ($this->canSkip($sib, $out)) {

//            return ltrim($text);
//        }

        $text = preg_replace('`^\s*\n\s*`', "\n", $text, -1, $count);
        if ($count === 0) {
            $text = preg_replace('`^\s+`', ' ', $text);
        }

//        if ($sib !== null && ($sib->nodeType === XML_COMMENT_NODE || in_array($sib->tagName, static::$blocks))) {

//            return ltrim($text);
//        }
        return $text;
    }

    /**
     * Whether or not a node can be skipped for the purposes of trimming whitespace.
     *
     * @param DOMNode|null $node The node to test.
     * @param CompilerBuffer|null $out The compiler information.
     * @return bool Returns **true** if whitespace can be trimmed right up to the node or **false** otherwise.
     */
    private function canSkip(\DOMNode $node, CompilerBuffer $out) {
        if ($out->getNodeProp($node, 'skip')) {
            return true;
        }

        switch ($node->nodeType) {
            case XML_TEXT_NODE:
                return false;
            case XML_COMMENT_NODE:
                return true;
            case XML_ELEMENT_NODE:
                /* @var \DOMElement $node */
                if ($node->tagName === self::T_X
                    || ($node->tagName === 'script' && $node->hasAttribute(self::T_AS)) // expression assignment
                    || ($node->hasAttribute(self::T_WITH) && $node->hasAttribute(self::T_AS)) // with assignment
                    || ($node->hasAttribute(self::T_BLOCK) || $node->hasAttribute(self::T_COMPONENT))
                ) {
                    return true;
                }
        }

        return false;
    }

    protected function rtrim($text, \DOMNode $node, CompilerBuffer $out) {

        if ($this->inPre($node)) {
            return $text;
        }

        for ($sib = $node->nextSibling; $sib !== null && $this->canSkip($sib, $out); $sib = $sib->nextSibling) {

            //
        }
        if ($sib === null) {
            return rtrim($text);
        }

        $text = preg_replace('`\s*\n\s*$`', "\n", $text, -1, $count);
        if ($count === 0) {
            $text = preg_replace('`\s+$`', ' ', $text);
        }

//        if ($sib !== null && ($sib->nodeType === XML_COMMENT_NODE || in_array($sib->tagName, static::$blocks))) {

//            return rtrim($text);
//        }
        return $text;
    }

    protected function inPre(\DOMNode $node) {
        for ($node = $node->parentNode; $node !== null; $node = $node->parentNode) {
            if (in_array($node->nodeType, ['code', 'pre'], true)) {
                return true;
            }
        }
        return false;
    }

    private function compileChildBlock(DOMElement $node, array $attributes, array $special, CompilerBuffer $out) {
        /* @var DOMAttr $child */
        $child = $special[self::T_CHILDREN];
        unset($special[self::T_CHILDREN]);

        $name = $child->value === '' ? 0 : strtolower($child->value);
        if ($name !== 0) {
            if (empty($name)) {
                throw $out->createCompilerException($special[self::T_BLOCK], new \Exception("Block names cannot be empty."));
            }
            if (!preg_match(self::IDENT_REGEX, $name)) {
                throw $out->createCompilerException($special[self::T_BLOCK], new \Exception("The block name isn't a valid identifier."));
            }
        }

        $keyStr = var_export($name, true);

        $this->compileOpenTag($node, $attributes, $special, $out, true);

        $out->appendCode("\$this->writeChildren(\$children[{$keyStr}]);\n");

        $this->compileCloseTag($node, $special, $out, true);
    }

    /**
     * Compile an `<script type="ebi">` node.
     *
     * @param DOMElement $node The node to compile.
     * @param DOMAttr[] $attributes The node's attributes.
     * @param DOMAttr[] $special An array of special attributes.
     * @param CompilerBuffer $out The compiler output.
     */
    private function compileExpressionNode(DOMElement $node, array $attributes, array $special, CompilerBuffer $out) {

        $str = $node->nodeValue;

        try {
            $expr = $this->expr($str, $out);
        } catch (SyntaxError $ex) {
            $context = [];
            if (preg_match('`^(.*) around position (\d*)\.$`', $ex->getMessage(), $m)) {
                $add = substr_count($str, "\n", 0, $m[2]);

                $context['line'] = $node->getLineNo() + $add;
            }

            throw $out->createCompilerException($node, $ex, $context);
        }

        if (isset($special[self::T_AS])) {
            if (null !== $this->closest($node, function (\DOMNode $n) use ($out) {
                return $out->getNodeProp($n, self::T_INCLUDE);
            })) {
                throw $out->createCompilerException(
                    $node,
                    new \Exception("Expressions with x-as assignments cannot be declared inside child blocks.")
                );
            }

            if (preg_match(self::IDENT_REGEX, $special[self::T_AS]->value, $m)) {
                // The template specified an x-as attribute to alias the with expression.
                $out->depth(+1);
                $scope = [$m[1] => $out->depthName('expr')];
                $out->pushScope($scope);
                $out->appendCode('$'.$out->depthName('expr')." = $expr;\n");
            } else {
                throw $out->createCompilerException(
                    $special[self::T_AS],
                    new \Exception("Invalid identifier in x-as attribute.")
                );
            }
        } elseif (!empty($special[self::T_UNESCAPE])) {
            $out->echoCode($expr);
        } else {
            $out->echoCode($this->compileEscape($expr));
        }
    }

    /**
     * Similar to jQuery's closest method.
     *
     * @param DOMNode $node
     * @param callable $test
     * @return DOMNode
     */
    private function closest(\DOMNode $node, callable $test) {
        for ($visitor = $node; $visitor !== null && !$test($visitor); $visitor = $visitor->parentNode) {

            // Do nothing. The logic is all in the loop.
        }
        return $visitor;
    }

    /**
     * @param DOMElement $node
     * @param $attributes
     * @param $special
     * @param CompilerBuffer $out
     */
    protected function compileBasicElement(DOMElement $node, $attributes, $special, CompilerBuffer $out) {
        $this->compileOpenTag($node, $attributes, $special, $out);

        foreach ($node->childNodes as $childNode) {
            $this->compileNode($childNode, $out);
        }

        $this->compileCloseTag($node, $special, $out);
    }

    protected function compileEscape($php) {
//        return 'htmlspecialchars('.$php.')';

        return '$this->escape('.$php.')';
    }
}


1			<?php
2			/**
3			* @author Todd Burry <[email protected]>
4			* @copyright 2009-2017 Vanilla Forums Inc.
5			* @license MIT
6			*/
7
8			namespace Ebi;
9
10			use DOMAttr;
11			use DOMElement;
12			use DOMNode;
13			use Symfony\Component\ExpressionLanguage\SyntaxError;
14
15			class Compiler {
16			const T_IF = 'x-if';
			0 ignored issues – show Coding Style introduced 2017-10-18 17:47 UTC by Report Bug Copy Issue Report Equals sign not aligned with surrounding assignments; expected 8 spaces but found 1 space This check looks for multiple assignments in successive lines of code. It will report an issue if the operators are not in a straight line. To visualize $a = "a"; $ab = "ab"; $abc = "abc"; will produce issues in the first and second line, while this second example $a = "a"; $ab = "ab"; $abc = "abc"; will produce no issues. Loading history...
17			const T_EACH = 'x-each';
			0 ignored issues – show Coding Style introduced 2017-10-18 17:47 UTC by Report Bug Copy Issue Report Equals sign not aligned with surrounding assignments; expected 6 spaces but found 1 space This check looks for multiple assignments in successive lines of code. It will report an issue if the operators are not in a straight line. To visualize $a = "a"; $ab = "ab"; $abc = "abc"; will produce issues in the first and second line, while this second example $a = "a"; $ab = "ab"; $abc = "abc"; will produce no issues. Loading history...
18			const T_WITH = 'x-with';
			0 ignored issues – show Coding Style introduced 2017-10-18 17:47 UTC by Report Bug Copy Issue Report Equals sign not aligned with surrounding assignments; expected 6 spaces but found 1 space This check looks for multiple assignments in successive lines of code. It will report an issue if the operators are not in a straight line. To visualize $a = "a"; $ab = "ab"; $abc = "abc"; will produce issues in the first and second line, while this second example $a = "a"; $ab = "ab"; $abc = "abc"; will produce no issues. Loading history...
19			const T_LITERAL = 'x-literal';
			0 ignored issues – show Coding Style introduced 2017-10-18 17:47 UTC by Report Bug Copy Issue Report Equals sign not aligned with surrounding assignments; expected 3 spaces but found 1 space This check looks for multiple assignments in successive lines of code. It will report an issue if the operators are not in a straight line. To visualize $a = "a"; $ab = "ab"; $abc = "abc"; will produce issues in the first and second line, while this second example $a = "a"; $ab = "ab"; $abc = "abc"; will produce no issues. Loading history...
20			const T_AS = 'x-as';
			0 ignored issues – show Coding Style introduced 2017-10-18 17:47 UTC by Report Bug Copy Issue Report Equals sign not aligned with surrounding assignments; expected 8 spaces but found 1 space This check looks for multiple assignments in successive lines of code. It will report an issue if the operators are not in a straight line. To visualize $a = "a"; $ab = "ab"; $abc = "abc"; will produce issues in the first and second line, while this second example $a = "a"; $ab = "ab"; $abc = "abc"; will produce no issues. Loading history...
21			const T_COMPONENT = 'x-component';
22			const T_CHILDREN = 'x-children';
23			const T_BLOCK = 'x-block';
			0 ignored issues – show Coding Style introduced 2017-10-18 17:47 UTC by Report Bug Copy Issue Report Equals sign not aligned with surrounding assignments; expected 5 spaces but found 1 space This check looks for multiple assignments in successive lines of code. It will report an issue if the operators are not in a straight line. To visualize $a = "a"; $ab = "ab"; $abc = "abc"; will produce issues in the first and second line, while this second example $a = "a"; $ab = "ab"; $abc = "abc"; will produce no issues. Loading history...
24			const T_ELSE = 'x-else';
			0 ignored issues – show Coding Style introduced 2017-10-18 17:47 UTC by Report Bug Copy Issue Report Equals sign not aligned with surrounding assignments; expected 6 spaces but found 1 space This check looks for multiple assignments in successive lines of code. It will report an issue if the operators are not in a straight line. To visualize $a = "a"; $ab = "ab"; $abc = "abc"; will produce issues in the first and second line, while this second example $a = "a"; $ab = "ab"; $abc = "abc"; will produce no issues. Loading history...
25			const T_EMPTY = 'x-empty';
			0 ignored issues – show Coding Style introduced 2017-10-18 17:47 UTC by Report Bug Copy Issue Report Equals sign not aligned with surrounding assignments; expected 5 spaces but found 1 space This check looks for multiple assignments in successive lines of code. It will report an issue if the operators are not in a straight line. To visualize $a = "a"; $ab = "ab"; $abc = "abc"; will produce issues in the first and second line, while this second example $a = "a"; $ab = "ab"; $abc = "abc"; will produce no issues. Loading history...
26			const T_X = 'x';
			0 ignored issues – show Coding Style introduced 2017-10-18 17:47 UTC by Report Bug Copy Issue Report Equals sign not aligned with surrounding assignments; expected 9 spaces but found 1 space This check looks for multiple assignments in successive lines of code. It will report an issue if the operators are not in a straight line. To visualize $a = "a"; $ab = "ab"; $abc = "abc"; will produce issues in the first and second line, while this second example $a = "a"; $ab = "ab"; $abc = "abc"; will produce no issues. Loading history...
27			const T_INCLUDE = 'x-include';
			0 ignored issues – show Coding Style introduced 2017-10-24 17:20 UTC by Report Bug Copy Issue Report Equals sign not aligned with surrounding assignments; expected 3 spaces but found 1 space This check looks for multiple assignments in successive lines of code. It will report an issue if the operators are not in a straight line. To visualize $a = "a"; $ab = "ab"; $abc = "abc"; will produce issues in the first and second line, while this second example $a = "a"; $ab = "ab"; $abc = "abc"; will produce no issues. Loading history...
28			const T_EBI = 'ebi';
			0 ignored issues – show Coding Style introduced 2017-10-26 01:45 UTC by Report Bug Copy Issue Report Equals sign not aligned with surrounding assignments; expected 7 spaces but found 1 space This check looks for multiple assignments in successive lines of code. It will report an issue if the operators are not in a straight line. To visualize $a = "a"; $ab = "ab"; $abc = "abc"; will produce issues in the first and second line, while this second example $a = "a"; $ab = "ab"; $abc = "abc"; will produce no issues. Loading history...
29			const T_UNESCAPE = 'x-unescape';

vanilla / ebi

Compiler D last analyzed 2017-11-15 18:21 UTC

Complexity

Size/Duplication

Coupling/Cohesion

Test Coverage

Importance

43 Methods

How to fix Complexity

Complex Class

Duplication Side-by-Side

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Compiler D
last analyzed 2017-11-15 18:21 UTC