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namespace PhpParser\Internal;

use PhpParser\Token;

/**
 * Provides operations on token streams, for use by pretty printer.
 *
 * @internal
 */
class TokenStream {
    /** @var Token[] Tokens (in PhpToken::tokenize() format) */
    private array $tokens;
    /** @var int[] Map from position to indentation */
    private array $indentMap;

    /**
     * Create token stream instance.
     *
     * @param Token[] $tokens Tokens in PhpToken::tokenize() format
     */
    public function __construct(array $tokens, int $tabWidth) {
        $this->tokens = $tokens;
        $this->indentMap = $this->calcIndentMap($tabWidth);
    }

    /**
     * Whether the given position is immediately surrounded by parenthesis.
     *
     * @param int $startPos Start position
     * @param int $endPos End position
     */
    public function haveParens(int $startPos, int $endPos): bool {
        return $this->haveTokenImmediatelyBefore($startPos, '(')
            && $this->haveTokenImmediatelyAfter($endPos, ')');
    }

    /**
     * Whether the given position is immediately surrounded by braces.
     *
     * @param int $startPos Start position
     * @param int $endPos End position
     */
    public function haveBraces(int $startPos, int $endPos): bool {
        return ($this->haveTokenImmediatelyBefore($startPos, '{')
                || $this->haveTokenImmediatelyBefore($startPos, T_CURLY_OPEN))
            && $this->haveTokenImmediatelyAfter($endPos, '}');
    }

    /**
     * Check whether the position is directly preceded by a certain token type.
     *
     * During this check whitespace and comments are skipped.
     *
     * @param int $pos Position before which the token should occur
     * @param int|string $expectedTokenType Token to check for
     *
     * @return bool Whether the expected token was found
     */
    public function haveTokenImmediatelyBefore(int $pos, $expectedTokenType): bool {
        $tokens = $this->tokens;
        $pos--;
        for (; $pos >= 0; $pos--) {
            $token = $tokens[$pos];
            if ($token->is($expectedTokenType)) {
                return true;
            }
            if (!$token->isIgnorable()) {
                break;
            }
        }
        return false;
    }

    /**
     * Check whether the position is directly followed by a certain token type.
     *
     * During this check whitespace and comments are skipped.
     *
     * @param int $pos Position after which the token should occur
     * @param int|string $expectedTokenType Token to check for
     *
     * @return bool Whether the expected token was found
     */
    public function haveTokenImmediatelyAfter(int $pos, $expectedTokenType): bool {
        $tokens = $this->tokens;
        $pos++;
        for ($c = \count($tokens); $pos < $c; $pos++) {
            $token = $tokens[$pos];
            if ($token->is($expectedTokenType)) {
                return true;
            }
            if (!$token->isIgnorable()) {
                break;
            }
        }
        return false;
    }

    /** @param int|string|(int|string)[] $skipTokenType */
    public function skipLeft(int $pos, $skipTokenType): int {
        $tokens = $this->tokens;

        $pos = $this->skipLeftWhitespace($pos);
        if ($skipTokenType === \T_WHITESPACE) {
            return $pos;
        }

        if (!$tokens[$pos]->is($skipTokenType)) {
            // Shouldn't happen. The skip token MUST be there
            throw new \Exception('Encountered unexpected token');
        }
        $pos--;

        return $this->skipLeftWhitespace($pos);
    }

    /** @param int|string|(int|string)[] $skipTokenType */
    public function skipRight(int $pos, $skipTokenType): int {
        $tokens = $this->tokens;

        $pos = $this->skipRightWhitespace($pos);
        if ($skipTokenType === \T_WHITESPACE) {
            return $pos;
        }

        if (!$tokens[$pos]->is($skipTokenType)) {
            // Shouldn't happen. The skip token MUST be there
            throw new \Exception('Encountered unexpected token');
        }
        $pos++;

        return $this->skipRightWhitespace($pos);
    }

    /**
     * Return first non-whitespace token position smaller or equal to passed position.
     *
     * @param int $pos Token position
     * @return int Non-whitespace token position
     */
    public function skipLeftWhitespace(int $pos): int {
        $tokens = $this->tokens;
        for (; $pos >= 0; $pos--) {
            if (!$tokens[$pos]->isIgnorable()) {
                break;
            }
        }
        return $pos;
    }

    /**
     * Return first non-whitespace position greater or equal to passed position.
     *
     * @param int $pos Token position
     * @return int Non-whitespace token position
     */
    public function skipRightWhitespace(int $pos): int {
        $tokens = $this->tokens;
        for ($count = \count($tokens); $pos < $count; $pos++) {
            if (!$tokens[$pos]->isIgnorable()) {
                break;
            }
        }
        return $pos;
    }

    /** @param int|string|(int|string)[] $findTokenType */
    public function findRight(int $pos, $findTokenType): int {
        $tokens = $this->tokens;
        for ($count = \count($tokens); $pos < $count; $pos++) {
            if ($tokens[$pos]->is($findTokenType)) {
                return $pos;
            }
        }
        return -1;
    }

    /**
     * Whether the given position range contains a certain token type.
     *
     * @param int $startPos Starting position (inclusive)
     * @param int $endPos Ending position (exclusive)
     * @param int|string $tokenType Token type to look for
     * @return bool Whether the token occurs in the given range
     */
    public function haveTokenInRange(int $startPos, int $endPos, $tokenType): bool {
        $tokens = $this->tokens;
        for ($pos = $startPos; $pos < $endPos; $pos++) {
            if ($tokens[$pos]->is($tokenType)) {
                return true;
            }
        }
        return false;
    }

    public function haveTagInRange(int $startPos, int $endPos): bool {
        return $this->haveTokenInRange($startPos, $endPos, \T_OPEN_TAG)
            || $this->haveTokenInRange($startPos, $endPos, \T_CLOSE_TAG);
    }

    /**
     * Get indentation before token position.
     *
     * @param int $pos Token position
     *
     * @return int Indentation depth (in spaces)
     */
    public function getIndentationBefore(int $pos): int {
        return $this->indentMap[$pos];
    }

    /**
     * Get the code corresponding to a token offset range, optionally adjusted for indentation.
     *
     * @param int $from Token start position (inclusive)
     * @param int $to Token end position (exclusive)
     * @param int $indent By how much the code should be indented (can be negative as well)
     *
     * @return string Code corresponding to token range, adjusted for indentation
     */
    public function getTokenCode(int $from, int $to, int $indent): string {
        $tokens = $this->tokens;
        $result = '';
        for ($pos = $from; $pos < $to; $pos++) {
            $token = $tokens[$pos];
            $id = $token->id;
            $text = $token->text;
            if ($id === \T_CONSTANT_ENCAPSED_STRING || $id === \T_ENCAPSED_AND_WHITESPACE) {
                $result .= $text;
            } else {
                // TODO Handle non-space indentation
                if ($indent < 0) {
                    $result .= str_replace("\n" . str_repeat(" ", -$indent), "\n", $text);
                } elseif ($indent > 0) {
                    $result .= str_replace("\n", "\n" . str_repeat(" ", $indent), $text);
                } else {
                    $result .= $text;
                }
            }
        }
        return $result;
    }

    /**
     * Precalculate the indentation at every token position.
     *
     * @return int[] Token position to indentation map
     */
    private function calcIndentMap(int $tabWidth): array {
        $indentMap = [];
        $indent = 0;
        foreach ($this->tokens as $i => $token) {
            $indentMap[] = $indent;

            if ($token->id === \T_WHITESPACE) {
                $content = $token->text;
                $newlinePos = \strrpos($content, "\n");
                if (false !== $newlinePos) {
                    $indent = $this->getIndent(\substr($content, $newlinePos + 1), $tabWidth);
                } elseif ($i === 1 && $this->tokens[0]->id === \T_OPEN_TAG &&
                          $this->tokens[0]->text[\strlen($this->tokens[0]->text) - 1] === "\n") {
                    // Special case: Newline at the end of opening tag followed by whitespace.
                    $indent = $this->getIndent($content, $tabWidth);
                }
            }
        }

        // Add a sentinel for one past end of the file
        $indentMap[] = $indent;

        return $indentMap;
    }

    private function getIndent(string $ws, int $tabWidth): int {
        $spaces = \substr_count($ws, " ");
        $tabs = \substr_count($ws, "\t");
        assert(\strlen($ws) === $spaces + $tabs);
        return $spaces + $tabs * $tabWidth;
    }
}
PK     g3]åÛmª´
  ´
    PrintableNewAnonClassNode.phpnu „[µü¤        <?php declare(strict_types=1);

namespace PhpParser\Internal;

use PhpParser\Node;
use PhpParser\Node\Expr;

/**
 * This node is used internally by the format-preserving pretty printer to print anonymous classes.
 *
 * The normal anonymous class structure violates assumptions about the order of token offsets.
 * Namely, the constructor arguments are part of the Expr\New_ node and follow the class node, even
 * though they are actually interleaved with them. This special node type is used temporarily to
 * restore a sane token offset order.
 *
 * @internal
 */
class PrintableNewAnonClassNode extends Expr {
    /** @var Node\AttributeGroup[] PHP attribute groups */
    public array $attrGroups;
    /** @var int Modifiers */
    public int $flags;
    /** @var (Node\Arg|Node\VariadicPlaceholder)[] Arguments */
    public array $args;
    /** @var null|Node\Name Name of extended class */
    public ?Node\Name $extends;
    /** @var Node\Name[] Names of implemented interfaces */
    public array $implements;
    /** @var Node\Stmt[] Statements */
    public array $stmts;

    /**
     * @param Node\AttributeGroup[] $attrGroups PHP attribute groups
     * @param (Node\Arg|Node\VariadicPlaceholder)[] $args Arguments
     * @param Node\Name|null $extends Name of extended class
     * @param Node\Name[] $implements Names of implemented interfaces
     * @param Node\Stmt[] $stmts Statements
     * @param array<string, mixed> $attributes Attributes
     */
    public function __construct(
        array $attrGroups, int $flags, array $args, ?Node\Name $extends, array $implements,
        array $stmts, array $attributes
    ) {
        parent::__construct($attributes);
        $this->attrGroups = $attrGroups;
        $this->flags = $flags;
        $this->args = $args;
        $this->extends = $extends;
        $this->implements = $implements;
        $this->stmts = $stmts;
    }

    public static function fromNewNode(Expr\New_ $newNode): self {
        $class = $newNode->class;
        assert($class instanceof Node\Stmt\Class_);
        // We don't assert that $class->name is null here, to allow consumers to assign unique names
        // to anonymous classes for their own purposes. We simplify ignore the name here.
        return new self(
            $class->attrGroups, $class->flags, $newNode->args, $class->extends, $class->implements,
            $class->stmts, $newNode->getAttributes()
        );
    }

    public function getType(): string {
        return 'Expr_PrintableNewAnonClass';
    }

    public function getSubNodeNames(): array {
        return ['attrGroups', 'flags', 'args', 'extends', 'implements', 'stmts'];
    }
}
PK     g3]±øµ
—  —  
  Differ.phpnu „[µü¤        <?php declare(strict_types=1);

namespace PhpParser\Internal;

/**
 * Implements the Myers diff algorithm.
 *
 * Myers, Eugene W. "An O (ND) difference algorithm and its variations."
 * Algorithmica 1.1 (1986): 251-266.
 *
 * @template T
 * @internal
 */
class Differ {
    /** @var callable(T, T): bool */
    private $isEqual;

    /**
     * Create differ over the given equality relation.
     *
     * @param callable(T, T): bool $isEqual Equality relation
     */
    public function __construct(callable $isEqual) {
        $this->isEqual = $isEqual;
    }

    /**
     * Calculate diff (edit script) from $old to $new.
     *
     * @param T[] $old Original array
     * @param T[] $new New array
     *
     * @return DiffElem[] Diff (edit script)
     */
    public function diff(array $old, array $new): array {
        $old = \array_values($old);
        $new = \array_values($new);
        list($trace, $x, $y) = $this->calculateTrace($old, $new);
        return $this->extractDiff($trace, $x, $y, $old, $new);
    }

    /**
     * Calculate diff, including "replace" operations.
     *
     * If a sequence of remove operations is followed by the same number of add operations, these
     * will be coalesced into replace operations.
     *
     * @param T[] $old Original array
     * @param T[] $new New array
     *
     * @return DiffElem[] Diff (edit script), including replace operations
     */
    public function diffWithReplacements(array $old, array $new): array {
        return $this->coalesceReplacements($this->diff($old, $new));
    }

    /**
     * @param T[] $old
     * @param T[] $new
     * @return array{array<int, array<int, int>>, int, int}
     */
    private function calculateTrace(array $old, array $new): array {
        $n = \count($old);
        $m = \count($new);
        $max = $n + $m;
        $v = [1 => 0];
        $trace = [];
        for ($d = 0; $d <= $max; $d++) {
            $trace[] = $v;
            for ($k = -$d; $k <= $d; $k += 2) {
                if ($k === -$d || ($k !== $d && $v[$k - 1] < $v[$k + 1])) {
                    $x = $v[$k + 1];
                } else {
                    $x = $v[$k - 1] + 1;
                }

                $y = $x - $k;
                while ($x < $n && $y < $m && ($this->isEqual)($old[$x], $new[$y])) {
                    $x++;
                    $y++;
                }

                $v[$k] = $x;
                if ($x >= $n && $y >= $m) {
                    return [$trace, $x, $y];
                }
            }
        }
        throw new \Exception('Should not happen');
    }

    /**
     * @param array<int, array<int, int>> $trace
     * @param T[] $old
     * @param T[] $new
     * @return DiffElem[]
     */
    private function extractDiff(array $trace, int $x, int $y, array $old, array $new): array {
        $result = [];
        for ($d = \count($trace) - 1; $d >= 0; $d--) {
            $v = $trace[$d];
            $k = $x - $y;

            if ($k === -$d || ($k !== $d && $v[$k - 1] < $v[$k + 1])) {
                $prevK = $k + 1;
            } else {
                $prevK = $k - 1;
            }

            $prevX = $v[$prevK];
            $prevY = $prevX - $prevK;

            while ($x > $prevX && $y > $prevY) {
                $result[] = new DiffElem(DiffElem::TYPE_KEEP, $old[$x - 1], $new[$y - 1]);
                $x--;
                $y--;
            }

            if ($d === 0) {
                break;
            }

            while ($x > $prevX) {
                $result[] = new DiffElem(DiffElem::TYPE_REMOVE, $old[$x - 1], null);
                $x--;
            }

            while ($y > $prevY) {
                $result[] = new DiffElem(DiffElem::TYPE_ADD, null, $new[$y - 1]);
                $y--;
            }
        }
        return array_reverse($result);
    }

    /**
     * Coalesce equal-length sequences of remove+add into a replace operation.
     *
     * @param DiffElem[] $diff
     * @return DiffElem[]
     */
    private function coalesceReplacements(array $diff): array {
        $newDiff = [];
        $c = \count($diff);
        for ($i = 0; $i < $c; $i++) {
            $diffType = $diff[$i]->type;
            if ($diffType !== DiffElem::TYPE_REMOVE) {
                $newDiff[] = $diff[$i];
                continue;
            }

            $j = $i;
            while ($j < $c && $diff[$j]->type === DiffElem::TYPE_REMOVE) {
                $j++;
            }

            $k = $j;
            while ($k < $c && $diff[$k]->type === DiffElem::TYPE_ADD) {
                $k++;
            }

            if ($j - $i === $k - $j) {
                $len = $j - $i;
                for ($n = 0; $n < $len; $n++) {
                    $newDiff[] = new DiffElem(
                        DiffElem::TYPE_REPLACE, $diff[$i + $n]->old, $diff[$j + $n]->new
                    );
                }
            } else {
                for (; $i < $k; $i++) {
                    $newDiff[] = $diff[$i];
                }
            }
            $i = $k - 1;
        }
        return $newDiff;
    }
}
PK     g3]m aœ&  &    TokenPolyfill.phpnu „[µü¤        <?php declare(strict_types=1);

namespace PhpParser\Internal;

if (\PHP_VERSION_ID >= 80000) {
    class TokenPolyfill extends \PhpToken {
    }
    return;
}

/**
 * This is a polyfill for the PhpToken class introduced in PHP 8.0. We do not actually polyfill
 * PhpToken, because composer might end up picking a different polyfill implementation, which does
 * not meet our requirements.
 *
 * @internal
 */
class TokenPolyfill {
    /** @var int The ID of the token. Either a T_* constant of a character code < 256. */
    public int $id;
    /** @var string The textual content of the token. */
    public string $text;
    /** @var int The 1-based starting line of the token (or -1 if unknown). */
    public int $line;
    /** @var int The 0-based starting position of the token (or -1 if unknown). */
    public int $pos;

    /** @var array<int, bool> Tokens ignored by the PHP parser. */
    private const IGNORABLE_TOKENS = [
        \T_WHITESPACE => true,
        \T_COMMENT => true,
        \T_DOC_COMMENT => true,
        \T_OPEN_TAG => true,
    ];

    /** @var array<int, bool> Tokens that may be part of a T_NAME_* identifier. */
    private static array $identifierTokens;

    /**
     * Create a Token with the given ID and text, as well optional line and position information.
     */
    final public function __construct(int $id, string $text, int $line = -1, int $pos = -1) {
        $this->id = $id;
        $this->text = $text;
        $this->line = $line;
        $this->pos = $pos;
    }

    /**
     * Get the name of the token. For single-char tokens this will be the token character.
     * Otherwise it will be a T_* style name, or null if the token ID is unknown.
     */
    public function getTokenName(): ?string {
        if ($this->id < 256) {
            return \chr($this->id);
        }

        $name = token_name($this->id);
        return $name === 'UNKNOWN' ? null : $name;
    }

    /**
     * Check whether the token is of the given kind. The kind may be either an integer that matches
     * the token ID, a string that matches the token text, or an array of integers/strings. In the
     * latter case, the function returns true if any of the kinds in the array match.
     *
     * @param int|string|(int|string)[] $kind
     */
    public function is($kind): bool {
        if (\is_int($kind)) {
            return $this->id === $kind;
        }
        if (\is_string($kind)) {
            return $this->text === $kind;
        }
        if (\is_array($kind)) {
            foreach ($kind as $entry) {
                if (\is_int($entry)) {
                    if ($this->id === $entry) {
                        return true;
                    }
                } elseif (\is_string($entry)) {
                    if ($this->text === $entry) {
                        return true;
                    }
                } else {
                    throw new \TypeError(
                        'Argument #1 ($kind) must only have elements of type string|int, ' .
                        gettype($entry) . ' given');
                }
            }
            return false;
        }
        throw new \TypeError(
            'Argument #1 ($kind) must be of type string|int|array, ' .gettype($kind) . ' given');
    }

    /**
     * Check whether this token would be ignored by the PHP parser. Returns true for T_WHITESPACE,
     * T_COMMENT, T_DOC_COMMENT and T_OPEN_TAG, and false for everything else.
     */
    public function isIgnorable(): bool {
        return isset(self::IGNORABLE_TOKENS[$this->id]);
    }

    /**
     * Return the textual content of the token.
     */
    public function __toString(): string {
        return $this->text;
    }

    /**
     * Tokenize the given source code and return an array of tokens.
     *
     * This performs certain canonicalizations to match the PHP 8.0 token format:
     *  * Bad characters are represented using T_BAD_CHARACTER rather than omitted.
     *  * T_COMMENT does not include trailing newlines, instead the newline is part of a following
     *    T_WHITESPACE token.
     *  * Namespaced names are represented using T_NAME_* tokens.
     *
     * @return static[]
     */
    public static function tokenize(string $code, int $flags = 0): array {
        self::init();

        $tokens = [];
        $line = 1;
        $pos = 0;
        $origTokens = \token_get_all($code, $flags);

        $numTokens = \count($origTokens);
        for ($i = 0; $i < $numTokens; $i++) {
            $token = $origTokens[$i];
            if (\is_string($token)) {
                if (\strlen($token) === 2) {
                    // b" and B" are tokenized as single-char tokens, even though they aren't.
                    $tokens[] = new static(\ord('"'), $token, $line, $pos);
                    $pos += 2;
                } else {
                    $tokens[] = new static(\ord($token), $token, $line, $pos);
                    $pos++;
                }
            } else {
                $id = $token[0];
                $text = $token[1];

                // Emulate PHP 8.0 comment format, which does not include trailing whitespace anymore.
                if ($id === \T_COMMENT && \substr($text, 0, 2) !== '/*' &&
                    \preg_match('/(\r\n|\n|\r)$/D', $text, $matches)
                ) {
                    $trailingNewline = $matches[0];
                    $text = \substr($text, 0, -\strlen($trailingNewline));
                    $tokens[] = new static($id, $text, $line, $pos);
                    $pos += \strlen($text);

                    if ($i + 1 < $numTokens && $origTokens[$i + 1][0] === \T_WHITESPACE) {
                        // Move trailing newline into following T_WHITESPACE token, if it already exists.
                        $origTokens[$i + 1][1] = $trailingNewline . $origTokens[$i + 1][1];
                        $origTokens[$i + 1][2]--;
                    } else {
                        // Otherwise, we need to create a new T_WHITESPACE token.
                        $tokens[] = new static(\T_WHITESPACE, $trailingNewline, $line, $pos);
                        $line++;
                        $pos += \strlen($trailingNewline);
                    }
                    continue;
                }

                // Emulate PHP 8.0 T_NAME_* tokens, by combining sequences of T_NS_SEPARATOR and
                // T_STRING into a single token.
                if (($id === \T_NS_SEPARATOR || isset(self::$identifierTokens[$id]))) {
                    $newText = $text;
                    $lastWasSeparator = $id === \T_NS_SEPARATOR;
                    for ($j = $i + 1; $j < $numTokens; $j++) {
                        if ($lastWasSeparator) {
                            if (!isset(self::$identifierTokens[$origTokens[$j][0]])) {
                                break;
                            }
                            $lastWasSeparator = false;
                        } else {
                            if ($origTokens[$j][0] !== \T_NS_SEPARATOR) {
                                break;
                            }
                            $lastWasSeparator = true;
                        }
                        $newText .= $origTokens[$j][1];
                    }
                    if ($lastWasSeparator) {
                        // Trailing separator is not part of the name.
                        $j--;
                        $newText = \substr($newText, 0, -1);
                    }
                    if ($j > $i + 1) {
                        if ($id === \T_NS_SEPARATOR) {
                            $id = \T_NAME_FULLY_QUALIFIED;
                        } elseif ($id === \T_NAMESPACE) {
                            $id = \T_NAME_RELATIVE;
                        } else {
                            $id = \T_NAME_QUALIFIED;
                        }
                        $tokens[] = new static($id, $newText, $line, $pos);
                        $pos += \strlen($newText);
                        $i = $j - 1;
                        continue;
                    }
                }

                $tokens[] = new static($id, $text, $line, $pos);
                $line += \substr_count($text, "\n");
                $pos += \strlen($text);
            }
        }
        return $tokens;
    }

    /** Initialize private static state needed by tokenize(). */
    private static function init(): void {
        if (isset(self::$identifierTokens)) {
            return;
        }

        // Based on semi_reserved production.
        self::$identifierTokens = \array_fill_keys([
            \T_STRING,
            \T_STATIC, \T_ABSTRACT, \T_FINAL, \T_PRIVATE, \T_PROTECTED, \T_PUBLIC, \T_READONLY,
            \T_INCLUDE, \T_INCLUDE_ONCE, \T_EVAL, \T_REQUIRE, \T_REQUIRE_ONCE, \T_LOGICAL_OR, \T_LOGICAL_XOR, \T_LOGICAL_AND,
            \T_INSTANCEOF, \T_NEW, \T_CLONE, \T_EXIT, \T_IF, \T_ELSEIF, \T_ELSE, \T_ENDIF, \T_ECHO, \T_DO, \T_WHILE,
            \T_ENDWHILE, \T_FOR, \T_ENDFOR, \T_FOREACH, \T_ENDFOREACH, \T_DECLARE, \T_ENDDECLARE, \T_AS, \T_TRY, \T_CATCH,
            \T_FINALLY, \T_THROW, \T_USE, \T_INSTEADOF, \T_GLOBAL, \T_VAR, \T_UNSET, \T_ISSET, \T_EMPTY, \T_CONTINUE, \T_GOTO,
            \T_FUNCTION, \T_CONST, \T_RETURN, \T_PRINT, \T_YIELD, \T_LIST, \T_SWITCH, \T_ENDSWITCH, \T_CASE, \T_DEFAULT,
            \T_BREAK, \T_ARRAY, \T_CALLABLE, \T_EXTENDS, \T_IMPLEMENTS, \T_NAMESPACE, \T_TRAIT, \T_INTERFACE, \T_CLASS,
            \T_CLASS_C, \T_TRAIT_C, \T_FUNC_C, \T_METHOD_C, \T_LINE, \T_FILE, \T_DIR, \T_NS_C, \T_HALT_COMPILER, \T_FN,
            \T_MATCH,
        ], true);
    }
}
PK     g3]a³¦      DiffElem.phpnu „[µü¤        <?php declare(strict_types=1);

namespace PhpParser\Internal;

/**
 * @internal
 */
class DiffElem {
    public const TYPE_KEEP = 0;
    public const TYPE_REMOVE = 1;
    public const TYPE_ADD = 2;
    public const TYPE_REPLACE = 3;

    /** @var int One of the TYPE_* constants */
    public int $type;
    /** @var mixed Is null for add operations */
    public $old;
    /** @var mixed Is null for remove operations */
    public $new;

    /**
     * @param int $type One of the TYPE_* constants
     * @param mixed $old Is null for add operations
     * @param mixed $new Is null for remove operations
     */
    public function __construct(int $type, $old, $new) {
        $this->type = $type;
        $this->old = $old;
        $this->new = $new;
    }
}
PK       g3]ÍO°1%  1%                  TokenStream.phpnu „[µü¤        PK       g3]åÛmª´
  ´
              p%  PrintableNewAnonClassNode.phpnu „[µü¤        PK       g3]±øµ
—  —  
            q0  Differ.phpnu „[µü¤        PK       g3]m aœ&  &              BE  TokenPolyfill.phpnu „[µü¤        PK       g3]a³¦                l  DiffElem.phpnu „[µü¤        PK      “  fo    