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Edit File : AbstractString.php \| Size : 18.61 KB
<?php /* * This file is part of the Symfony package. * * (c) Fabien Potencier <fabien@symfony.com> * * For the full copyright and license information, please view the LICENSE * file that was distributed with this source code. / namespace Symfony\Component\String; use Symfony\Component\String\Exception\ExceptionInterface; use Symfony\Component\String\Exception\InvalidArgumentException; use Symfony\Component\String\Exception\RuntimeException; /* * Represents a string of abstract characters. * * Unicode defines 3 types of "characters" (bytes, code points and grapheme clusters). * This class is the abstract type to use as a type-hint when the logic you want to * implement doesn't care about the exact variant it deals with. * * @author Nicolas Grekas <p@tchwork.com> * @author Hugo Hamon <hugohamon@neuf.fr> * * @throws ExceptionInterface / abstract class AbstractString implements \Stringable, \JsonSerializable { public const PREG_PATTERN_ORDER = \PREG_PATTERN_ORDER; public const PREG_SET_ORDER = \PREG_SET_ORDER; public const PREG_OFFSET_CAPTURE = \PREG_OFFSET_CAPTURE; public const PREG_UNMATCHED_AS_NULL = \PREG_UNMATCHED_AS_NULL; public const PREG_SPLIT = 0; public const PREG_SPLIT_NO_EMPTY = \PREG_SPLIT_NO_EMPTY; public const PREG_SPLIT_DELIM_CAPTURE = \PREG_SPLIT_DELIM_CAPTURE; public const PREG_SPLIT_OFFSET_CAPTURE = \PREG_SPLIT_OFFSET_CAPTURE; protected $string = ''; protected $ignoreCase = false; abstract public function __construct(string $string = ''); /* * Unwraps instances of AbstractString back to strings. * * @return string[]\|array / public static function unwrap(array $values): array { foreach ($values as $k => $v) { if ($v instanceof self) { $values[$k] = $v->__toString(); } elseif (\is_array($v) && $values[$k] !== $v = static::unwrap($v)) { $values[$k] = $v; } } return $values; } /* * Wraps (and normalizes) strings in instances of AbstractString. * * @return static[]\|array / public static function wrap(array $values): array { $i = 0; $keys = null; foreach ($values as $k => $v) { if (\is_string($k) && '' !== $k && $k !== $j = (string) new static($k)) { $keys ??= array_keys($values); $keys[$i] = $j; } if (\is_string($v)) { $values[$k] = new static($v); } elseif (\is_array($v) && $values[$k] !== $v = static::wrap($v)) { $values[$k] = $v; } ++$i; } return null !== $keys ? array_combine($keys, $values) : $values; } /* * @param string\|string[] $needle / public function after(string\|iterable $needle, bool $includeNeedle = false, int $offset = 0): static { $str = clone $this; $i = \PHP_INT_MAX; if (\is_string($needle)) { $needle = [$needle]; } foreach ($needle as $n) { $n = (string) $n; $j = $this->indexOf($n, $offset); if (null !== $j && $j < $i) { $i = $j; $str->string = $n; } } if (\PHP_INT_MAX === $i) { return $str; } if (!$includeNeedle) { $i += $str->length(); } return $this->slice($i); } /* * @param string\|string[] $needle / public function afterLast(string\|iterable $needle, bool $includeNeedle = false, int $offset = 0): static { $str = clone $this; $i = null; if (\is_string($needle)) { $needle = [$needle]; } foreach ($needle as $n) { $n = (string) $n; $j = $this->indexOfLast($n, $offset); if (null !== $j && $j >= $i) { $i = $offset = $j; $str->string = $n; } } if (null === $i) { return $str; } if (!$includeNeedle) { $i += $str->length(); } return $this->slice($i); } abstract public function append(string ...$suffix): static; /* * @param string\|string[] $needle / public function before(string\|iterable $needle, bool $includeNeedle = false, int $offset = 0): static { $str = clone $this; $i = \PHP_INT_MAX; if (\is_string($needle)) { $needle = [$needle]; } foreach ($needle as $n) { $n = (string) $n; $j = $this->indexOf($n, $offset); if (null !== $j && $j < $i) { $i = $j; $str->string = $n; } } if (\PHP_INT_MAX === $i) { return $str; } if ($includeNeedle) { $i += $str->length(); } return $this->slice(0, $i); } /* * @param string\|string[] $needle / public function beforeLast(string\|iterable $needle, bool $includeNeedle = false, int $offset = 0): static { $str = clone $this; $i = null; if (\is_string($needle)) { $needle = [$needle]; } foreach ($needle as $n) { $n = (string) $n; $j = $this->indexOfLast($n, $offset); if (null !== $j && $j >= $i) { $i = $offset = $j; $str->string = $n; } } if (null === $i) { return $str; } if ($includeNeedle) { $i += $str->length(); } return $this->slice(0, $i); } /* * @return int[] / public function bytesAt(int $offset): array { $str = $this->slice($offset, 1); return '' === $str->string ? [] : array_values(unpack('C', $str->string)); } abstract public function camel(): static; /** * @return static[] / abstract public function chunk(int $length = 1): array; public function collapseWhitespace(): static { $str = clone $this; $str->string = trim(preg_replace("/(?:[ \n\r\t\x0C]{2,}+\|[\n\r\t\x0C])/", ' ', $str->string), " \n\r\t\x0C"); return $str; } /* * @param string\|string[] $needle / public function containsAny(string\|iterable $needle): bool { return null !== $this->indexOf($needle); } /* * @param string\|string[] $suffix / public function endsWith(string\|iterable $suffix): bool { if (\is_string($suffix)) { throw new \TypeError(sprintf('Method "%s()" must be overridden by class "%s" to deal with non-iterable values.', __FUNCTION__, static::class)); } foreach ($suffix as $s) { if ($this->endsWith((string) $s)) { return true; } } return false; } public function ensureEnd(string $suffix): static { if (!$this->endsWith($suffix)) { return $this->append($suffix); } $suffix = preg_quote($suffix); $regex = '{('.$suffix.')(?:'.$suffix.')++$}D'; return $this->replaceMatches($regex.($this->ignoreCase ? 'i' : ''), '$1'); } public function ensureStart(string $prefix): static { $prefix = new static($prefix); if (!$this->startsWith($prefix)) { return $this->prepend($prefix); } $str = clone $this; $i = $prefixLen = $prefix->length(); while ($this->indexOf($prefix, $i) === $i) { $str = $str->slice($prefixLen); $i += $prefixLen; } return $str; } /* * @param string\|string[] $string / public function equalsTo(string\|iterable $string): bool { if (\is_string($string)) { throw new \TypeError(sprintf('Method "%s()" must be overridden by class "%s" to deal with non-iterable values.', __FUNCTION__, static::class)); } foreach ($string as $s) { if ($this->equalsTo((string) $s)) { return true; } } return false; } abstract public function folded(): static; public function ignoreCase(): static { $str = clone $this; $str->ignoreCase = true; return $str; } /* * @param string\|string[] $needle / public function indexOf(string\|iterable $needle, int $offset = 0): ?int { if (\is_string($needle)) { throw new \TypeError(sprintf('Method "%s()" must be overridden by class "%s" to deal with non-iterable values.', __FUNCTION__, static::class)); } $i = \PHP_INT_MAX; foreach ($needle as $n) { $j = $this->indexOf((string) $n, $offset); if (null !== $j && $j < $i) { $i = $j; } } return \PHP_INT_MAX === $i ? null : $i; } /* * @param string\|string[] $needle / public function indexOfLast(string\|iterable $needle, int $offset = 0): ?int { if (\is_string($needle)) { throw new \TypeError(sprintf('Method "%s()" must be overridden by class "%s" to deal with non-iterable values.', __FUNCTION__, static::class)); } $i = null; foreach ($needle as $n) { $j = $this->indexOfLast((string) $n, $offset); if (null !== $j && $j >= $i) { $i = $offset = $j; } } return $i; } public function isEmpty(): bool { return '' === $this->string; } abstract public function join(array $strings, string $lastGlue = null): static; public function jsonSerialize(): string { return $this->string; } abstract public function length(): int; abstract public function lower(): static; /* * Matches the string using a regular expression. * * Pass PREG_PATTERN_ORDER or PREG_SET_ORDER as $flags to get all occurrences matching the regular expression. * * @return array All matches in a multi-dimensional array ordered according to flags / abstract public function match(string $regexp, int $flags = 0, int $offset = 0): array; abstract public function padBoth(int $length, string $padStr = ' '): static; abstract public function padEnd(int $length, string $padStr = ' '): static; abstract public function padStart(int $length, string $padStr = ' '): static; abstract public function prepend(string ...$prefix): static; public function repeat(int $multiplier): static { if (0 > $multiplier) { throw new InvalidArgumentException(sprintf('Multiplier must be positive, %d given.', $multiplier)); } $str = clone $this; $str->string = str_repeat($str->string, $multiplier); return $str; } abstract public function replace(string $from, string $to): static; abstract public function replaceMatches(string $fromRegexp, string\|callable $to): static; abstract public function reverse(): static; abstract public function slice(int $start = 0, int $length = null): static; abstract public function snake(): static; abstract public function splice(string $replacement, int $start = 0, int $length = null): static; /* * @return static[] / public function split(string $delimiter, int $limit = null, int $flags = null): array { if (null === $flags) { throw new \TypeError('Split behavior when $flags is null must be implemented by child classes.'); } if ($this->ignoreCase) { $delimiter .= 'i'; } set_error_handler(static function ($t, $m) { throw new InvalidArgumentException($m); }); try { if (false === $chunks = preg_split($delimiter, $this->string, $limit, $flags)) { throw new RuntimeException('Splitting failed with error: '.preg_last_error_msg()); } } finally { restore_error_handler(); } $str = clone $this; if (self::PREG_SPLIT_OFFSET_CAPTURE & $flags) { foreach ($chunks as &$chunk) { $str->string = $chunk[0]; $chunk[0] = clone $str; } } else { foreach ($chunks as &$chunk) { $str->string = $chunk; $chunk = clone $str; } } return $chunks; } /* * @param string\|string[] $prefix / public function startsWith(string\|iterable $prefix): bool { if (\is_string($prefix)) { throw new \TypeError(sprintf('Method "%s()" must be overridden by class "%s" to deal with non-iterable values.', __FUNCTION__, static::class)); } foreach ($prefix as $prefix) { if ($this->startsWith((string) $prefix)) { return true; } } return false; } abstract public function title(bool $allWords = false): static; public function toByteString(string $toEncoding = null): ByteString { $b = new ByteString(); $toEncoding = \in_array($toEncoding, ['utf8', 'utf-8', 'UTF8'], true) ? 'UTF-8' : $toEncoding; if (null === $toEncoding \|\| $toEncoding === $fromEncoding = $this instanceof AbstractUnicodeString \|\| preg_match('//u', $b->string) ? 'UTF-8' : 'Windows-1252') { $b->string = $this->string; return $b; } set_error_handler(static function ($t, $m) { throw new InvalidArgumentException($m); }); try { try { $b->string = mb_convert_encoding($this->string, $toEncoding, 'UTF-8'); } catch (InvalidArgumentException $e) { if (!\function_exists('iconv')) { throw $e; } $b->string = iconv('UTF-8', $toEncoding, $this->string); } } finally { restore_error_handler(); } return $b; } public function toCodePointString(): CodePointString { return new CodePointString($this->string); } public function toString(): string { return $this->string; } public function toUnicodeString(): UnicodeString { return new UnicodeString($this->string); } abstract public function trim(string $chars = " \t\n\r\0\x0B\x0C\u{A0}\u{FEFF}"): static; abstract public function trimEnd(string $chars = " \t\n\r\0\x0B\x0C\u{A0}\u{FEFF}"): static; /* * @param string\|string[] $prefix / public function trimPrefix($prefix): static { if (\is_array($prefix) \|\| $prefix instanceof \Traversable) { // don't use is_iterable(), it's slow foreach ($prefix as $s) { $t = $this->trimPrefix($s); if ($t->string !== $this->string) { return $t; } } return clone $this; } $str = clone $this; if ($prefix instanceof self) { $prefix = $prefix->string; } else { $prefix = (string) $prefix; } if ('' !== $prefix && \strlen($this->string) >= \strlen($prefix) && 0 === substr_compare($this->string, $prefix, 0, \strlen($prefix), $this->ignoreCase)) { $str->string = substr($this->string, \strlen($prefix)); } return $str; } abstract public function trimStart(string $chars = " \t\n\r\0\x0B\x0C\u{A0}\u{FEFF}"): static; /* * @param string\|string[] $suffix / public function trimSuffix($suffix): static { if (\is_array($suffix) \|\| $suffix instanceof \Traversable) { // don't use is_iterable(), it's slow foreach ($suffix as $s) { $t = $this->trimSuffix($s); if ($t->string !== $this->string) { return $t; } } return clone $this; } $str = clone $this; if ($suffix instanceof self) { $suffix = $suffix->string; } else { $suffix = (string) $suffix; } if ('' !== $suffix && \strlen($this->string) >= \strlen($suffix) && 0 === substr_compare($this->string, $suffix, -\strlen($suffix), null, $this->ignoreCase)) { $str->string = substr($this->string, 0, -\strlen($suffix)); } return $str; } public function truncate(int $length, string $ellipsis = '', bool $cut = true): static { $stringLength = $this->length(); if ($stringLength <= $length) { return clone $this; } $ellipsisLength = '' !== $ellipsis ? (new static($ellipsis))->length() : 0; if ($length < $ellipsisLength) { $ellipsisLength = 0; } if (!$cut) { if (null === $length = $this->indexOf([' ', "\r", "\n", "\t"], ($length ?: 1) - 1)) { return clone $this; } $length += $ellipsisLength; } $str = $this->slice(0, $length - $ellipsisLength); return $ellipsisLength ? $str->trimEnd()->append($ellipsis) : $str; } abstract public function upper(): static; /* * Returns the printable length on a terminal. */ abstract public function width(bool $ignoreAnsiDecoration = true): int; public function wordwrap(int $width = 75, string $break = "\n", bool $cut = false): static { $lines = '' !== $break ? $this->split($break) : [clone $this]; $chars = []; $mask = ''; if (1 === \count($lines) && '' === $lines[0]->string) { return $lines[0]; } foreach ($lines as $i => $line) { if ($i) { $chars[] = $break; $mask .= '#'; } foreach ($line->chunk() as $char) { $chars[] = $char->string; $mask .= ' ' === $char->string ? ' ' : '?'; } } $string = ''; $j = 0; $b = $i = -1; $mask = wordwrap($mask, $width, '#', $cut); while (false !== $b = strpos($mask, '#', $b + 1)) { for (++$i; $i < $b; ++$i) { $string .= $chars[$j]; unset($chars[$j++]); } if ($break === $chars[$j] \|\| ' ' === $chars[$j]) { unset($chars[$j++]); } $string .= $break; } $str = clone $this; $str->string = $string.implode('', $chars); return $str; } public function __sleep(): array { return ['string']; } public function __clone() { $this->ignoreCase = false; } public function __toString(): string { return $this->string; } } Back

Edit File : AbstractString.php | Size : 18.61 KB

<?php

/*
 * This file is part of the Symfony package.
 *
 * (c) Fabien Potencier <fabien@symfony.com>
 *
 * For the full copyright and license information, please view the LICENSE
 * file that was distributed with this source code.
 */

namespace Symfony\Component\String;

use Symfony\Component\String\Exception\ExceptionInterface;
use Symfony\Component\String\Exception\InvalidArgumentException;
use Symfony\Component\String\Exception\RuntimeException;

/**
 * Represents a string of abstract characters.
 *
 * Unicode defines 3 types of "characters" (bytes, code points and grapheme clusters).
 * This class is the abstract type to use as a type-hint when the logic you want to
 * implement doesn't care about the exact variant it deals with.
 *
 * @author Nicolas Grekas <p@tchwork.com>
 * @author Hugo Hamon <hugohamon@neuf.fr>
 *
 * @throws ExceptionInterface
 */
abstract class AbstractString implements \Stringable, \JsonSerializable
{
    public const PREG_PATTERN_ORDER = \PREG_PATTERN_ORDER;
    public const PREG_SET_ORDER = \PREG_SET_ORDER;
    public const PREG_OFFSET_CAPTURE = \PREG_OFFSET_CAPTURE;
    public const PREG_UNMATCHED_AS_NULL = \PREG_UNMATCHED_AS_NULL;

public const PREG_SPLIT = 0;
    public const PREG_SPLIT_NO_EMPTY = \PREG_SPLIT_NO_EMPTY;
    public const PREG_SPLIT_DELIM_CAPTURE = \PREG_SPLIT_DELIM_CAPTURE;
    public const PREG_SPLIT_OFFSET_CAPTURE = \PREG_SPLIT_OFFSET_CAPTURE;

protected $string = '';
    protected $ignoreCase = false;

abstract public function __construct(string $string = '');

/**
     * Unwraps instances of AbstractString back to strings.
     *
     * @return string[]|array
     */
    public static function unwrap(array $values): array
    {
        foreach ($values as $k => $v) {
            if ($v instanceof self) {
                $values[$k] = $v->__toString();
            } elseif (\is_array($v) && $values[$k] !== $v = static::unwrap($v)) {
                $values[$k] = $v;
            }
        }

return $values;
    }

/**
     * Wraps (and normalizes) strings in instances of AbstractString.
     *
     * @return static[]|array
     */
    public static function wrap(array $values): array
    {
        $i = 0;
        $keys = null;

foreach ($values as $k => $v) {
            if (\is_string($k) && '' !== $k && $k !== $j = (string) new static($k)) {
                $keys ??= array_keys($values);
                $keys[$i] = $j;
            }

if (\is_string($v)) {
                $values[$k] = new static($v);
            } elseif (\is_array($v) && $values[$k] !== $v = static::wrap($v)) {
                $values[$k] = $v;
            }

++$i;
        }

return null !== $keys ? array_combine($keys, $values) : $values;
    }

/**
     * @param string|string[] $needle
     */
    public function after(string|iterable $needle, bool $includeNeedle = false, int $offset = 0): static
    {
        $str = clone $this;
        $i = \PHP_INT_MAX;

if (\is_string($needle)) {
            $needle = [$needle];
        }

foreach ($needle as $n) {
            $n = (string) $n;
            $j = $this->indexOf($n, $offset);

if (null !== $j && $j < $i) {
                $i = $j;
                $str->string = $n;
            }
        }

if (\PHP_INT_MAX === $i) {
            return $str;
        }

if (!$includeNeedle) {
            $i += $str->length();
        }

return $this->slice($i);
    }

/**
     * @param string|string[] $needle
     */
    public function afterLast(string|iterable $needle, bool $includeNeedle = false, int $offset = 0): static
    {
        $str = clone $this;
        $i = null;

if (\is_string($needle)) {
            $needle = [$needle];
        }

foreach ($needle as $n) {
            $n = (string) $n;
            $j = $this->indexOfLast($n, $offset);

if (null !== $j && $j >= $i) {
                $i = $offset = $j;
                $str->string = $n;
            }
        }

if (null === $i) {
            return $str;
        }

if (!$includeNeedle) {
            $i += $str->length();
        }

return $this->slice($i);
    }

abstract public function append(string ...$suffix): static;

/**
     * @param string|string[] $needle
     */
    public function before(string|iterable $needle, bool $includeNeedle = false, int $offset = 0): static
    {
        $str = clone $this;
        $i = \PHP_INT_MAX;

if (\is_string($needle)) {
            $needle = [$needle];
        }

foreach ($needle as $n) {
            $n = (string) $n;
            $j = $this->indexOf($n, $offset);

if (null !== $j && $j < $i) {
                $i = $j;
                $str->string = $n;
            }
        }

if (\PHP_INT_MAX === $i) {
            return $str;
        }

if ($includeNeedle) {
            $i += $str->length();
        }

return $this->slice(0, $i);
    }

/**
     * @param string|string[] $needle
     */
    public function beforeLast(string|iterable $needle, bool $includeNeedle = false, int $offset = 0): static
    {
        $str = clone $this;
        $i = null;

if (\is_string($needle)) {
            $needle = [$needle];
        }

foreach ($needle as $n) {
            $n = (string) $n;
            $j = $this->indexOfLast($n, $offset);

if (null !== $j && $j >= $i) {
                $i = $offset = $j;
                $str->string = $n;
            }
        }

if (null === $i) {
            return $str;
        }

if ($includeNeedle) {
            $i += $str->length();
        }

return $this->slice(0, $i);
    }

/**
     * @return int[]
     */
    public function bytesAt(int $offset): array
    {
        $str = $this->slice($offset, 1);

return '' === $str->string ? [] : array_values(unpack('C*', $str->string));
    }

abstract public function camel(): static;

/**
     * @return static[]
     */
    abstract public function chunk(int $length = 1): array;

public function collapseWhitespace(): static
    {
        $str = clone $this;
        $str->string = trim(preg_replace("/(?:[ \n\r\t\x0C]{2,}+|[\n\r\t\x0C])/", ' ', $str->string), " \n\r\t\x0C");

return $str;
    }

/**
     * @param string|string[] $needle
     */
    public function containsAny(string|iterable $needle): bool
    {
        return null !== $this->indexOf($needle);
    }

/**
     * @param string|string[] $suffix
     */
    public function endsWith(string|iterable $suffix): bool
    {
        if (\is_string($suffix)) {
            throw new \TypeError(sprintf('Method "%s()" must be overridden by class "%s" to deal with non-iterable values.', __FUNCTION__, static::class));
        }

foreach ($suffix as $s) {
            if ($this->endsWith((string) $s)) {
                return true;
            }
        }

return false;
    }

public function ensureEnd(string $suffix): static
    {
        if (!$this->endsWith($suffix)) {
            return $this->append($suffix);
        }

$suffix = preg_quote($suffix);
        $regex = '{('.$suffix.')(?:'.$suffix.')++$}D';

return $this->replaceMatches($regex.($this->ignoreCase ? 'i' : ''), '$1');
    }

public function ensureStart(string $prefix): static
    {
        $prefix = new static($prefix);

if (!$this->startsWith($prefix)) {
            return $this->prepend($prefix);
        }

$str = clone $this;
        $i = $prefixLen = $prefix->length();

while ($this->indexOf($prefix, $i) === $i) {
            $str = $str->slice($prefixLen);
            $i += $prefixLen;
        }

return $str;
    }

/**
     * @param string|string[] $string
     */
    public function equalsTo(string|iterable $string): bool
    {
        if (\is_string($string)) {
            throw new \TypeError(sprintf('Method "%s()" must be overridden by class "%s" to deal with non-iterable values.', __FUNCTION__, static::class));
        }

foreach ($string as $s) {
            if ($this->equalsTo((string) $s)) {
                return true;
            }
        }

return false;
    }

abstract public function folded(): static;

public function ignoreCase(): static
    {
        $str = clone $this;
        $str->ignoreCase = true;

return $str;
    }

/**
     * @param string|string[] $needle
     */
    public function indexOf(string|iterable $needle, int $offset = 0): ?int
    {
        if (\is_string($needle)) {
            throw new \TypeError(sprintf('Method "%s()" must be overridden by class "%s" to deal with non-iterable values.', __FUNCTION__, static::class));
        }

$i = \PHP_INT_MAX;

foreach ($needle as $n) {
            $j = $this->indexOf((string) $n, $offset);

if (null !== $j && $j < $i) {
                $i = $j;
            }
        }

return \PHP_INT_MAX === $i ? null : $i;
    }

/**
     * @param string|string[] $needle
     */
    public function indexOfLast(string|iterable $needle, int $offset = 0): ?int
    {
        if (\is_string($needle)) {
            throw new \TypeError(sprintf('Method "%s()" must be overridden by class "%s" to deal with non-iterable values.', __FUNCTION__, static::class));
        }

$i = null;

foreach ($needle as $n) {
            $j = $this->indexOfLast((string) $n, $offset);

if (null !== $j && $j >= $i) {
                $i = $offset = $j;
            }
        }

return $i;
    }

public function isEmpty(): bool
    {
        return '' === $this->string;
    }

abstract public function join(array $strings, string $lastGlue = null): static;

public function jsonSerialize(): string
    {
        return $this->string;
    }

abstract public function length(): int;

abstract public function lower(): static;

/**
     * Matches the string using a regular expression.
     *
     * Pass PREG_PATTERN_ORDER or PREG_SET_ORDER as $flags to get all occurrences matching the regular expression.
     *
     * @return array All matches in a multi-dimensional array ordered according to flags
     */
    abstract public function match(string $regexp, int $flags = 0, int $offset = 0): array;

abstract public function padBoth(int $length, string $padStr = ' '): static;

abstract public function padEnd(int $length, string $padStr = ' '): static;

abstract public function padStart(int $length, string $padStr = ' '): static;

abstract public function prepend(string ...$prefix): static;

public function repeat(int $multiplier): static
    {
        if (0 > $multiplier) {
            throw new InvalidArgumentException(sprintf('Multiplier must be positive, %d given.', $multiplier));
        }

$str = clone $this;
        $str->string = str_repeat($str->string, $multiplier);

return $str;
    }

abstract public function replace(string $from, string $to): static;

abstract public function replaceMatches(string $fromRegexp, string|callable $to): static;

abstract public function reverse(): static;

abstract public function slice(int $start = 0, int $length = null): static;

abstract public function snake(): static;

abstract public function splice(string $replacement, int $start = 0, int $length = null): static;

/**
     * @return static[]
     */
    public function split(string $delimiter, int $limit = null, int $flags = null): array
    {
        if (null === $flags) {
            throw new \TypeError('Split behavior when $flags is null must be implemented by child classes.');
        }

if ($this->ignoreCase) {
            $delimiter .= 'i';
        }

set_error_handler(static function ($t, $m) { throw new InvalidArgumentException($m); });

try {
            if (false === $chunks = preg_split($delimiter, $this->string, $limit, $flags)) {
                throw new RuntimeException('Splitting failed with error: '.preg_last_error_msg());
            }
        } finally {
            restore_error_handler();
        }

$str = clone $this;

if (self::PREG_SPLIT_OFFSET_CAPTURE & $flags) {
            foreach ($chunks as &$chunk) {
                $str->string = $chunk[0];
                $chunk[0] = clone $str;
            }
        } else {
            foreach ($chunks as &$chunk) {
                $str->string = $chunk;
                $chunk = clone $str;
            }
        }

return $chunks;
    }

/**
     * @param string|string[] $prefix
     */
    public function startsWith(string|iterable $prefix): bool
    {
        if (\is_string($prefix)) {
            throw new \TypeError(sprintf('Method "%s()" must be overridden by class "%s" to deal with non-iterable values.', __FUNCTION__, static::class));
        }

foreach ($prefix as $prefix) {
            if ($this->startsWith((string) $prefix)) {
                return true;
            }
        }

return false;
    }

abstract public function title(bool $allWords = false): static;

public function toByteString(string $toEncoding = null): ByteString
    {
        $b = new ByteString();

$toEncoding = \in_array($toEncoding, ['utf8', 'utf-8', 'UTF8'], true) ? 'UTF-8' : $toEncoding;

if (null === $toEncoding || $toEncoding === $fromEncoding = $this instanceof AbstractUnicodeString || preg_match('//u', $b->string) ? 'UTF-8' : 'Windows-1252') {
            $b->string = $this->string;

return $b;
        }

set_error_handler(static function ($t, $m) { throw new InvalidArgumentException($m); });

try {
            try {
                $b->string = mb_convert_encoding($this->string, $toEncoding, 'UTF-8');
            } catch (InvalidArgumentException $e) {
                if (!\function_exists('iconv')) {
                    throw $e;
                }

$b->string = iconv('UTF-8', $toEncoding, $this->string);
            }
        } finally {
            restore_error_handler();
        }

return $b;
    }

public function toCodePointString(): CodePointString
    {
        return new CodePointString($this->string);
    }

public function toString(): string
    {
        return $this->string;
    }

public function toUnicodeString(): UnicodeString
    {
        return new UnicodeString($this->string);
    }

abstract public function trim(string $chars = " \t\n\r\0\x0B\x0C\u{A0}\u{FEFF}"): static;

abstract public function trimEnd(string $chars = " \t\n\r\0\x0B\x0C\u{A0}\u{FEFF}"): static;

/**
     * @param string|string[] $prefix
     */
    public function trimPrefix($prefix): static
    {
        if (\is_array($prefix) || $prefix instanceof \Traversable) { // don't use is_iterable(), it's slow
            foreach ($prefix as $s) {
                $t = $this->trimPrefix($s);

if ($t->string !== $this->string) {
                    return $t;
                }
            }

return clone $this;
        }

$str = clone $this;

if ($prefix instanceof self) {
            $prefix = $prefix->string;
        } else {
            $prefix = (string) $prefix;
        }

if ('' !== $prefix && \strlen($this->string) >= \strlen($prefix) && 0 === substr_compare($this->string, $prefix, 0, \strlen($prefix), $this->ignoreCase)) {
            $str->string = substr($this->string, \strlen($prefix));
        }

return $str;
    }

abstract public function trimStart(string $chars = " \t\n\r\0\x0B\x0C\u{A0}\u{FEFF}"): static;

/**
     * @param string|string[] $suffix
     */
    public function trimSuffix($suffix): static
    {
        if (\is_array($suffix) || $suffix instanceof \Traversable) { // don't use is_iterable(), it's slow
            foreach ($suffix as $s) {
                $t = $this->trimSuffix($s);

if ($t->string !== $this->string) {
                    return $t;
                }
            }

return clone $this;
        }

$str = clone $this;

if ($suffix instanceof self) {
            $suffix = $suffix->string;
        } else {
            $suffix = (string) $suffix;
        }

if ('' !== $suffix && \strlen($this->string) >= \strlen($suffix) && 0 === substr_compare($this->string, $suffix, -\strlen($suffix), null, $this->ignoreCase)) {
            $str->string = substr($this->string, 0, -\strlen($suffix));
        }

return $str;
    }

public function truncate(int $length, string $ellipsis = '', bool $cut = true): static
    {
        $stringLength = $this->length();

if ($stringLength <= $length) {
            return clone $this;
        }

$ellipsisLength = '' !== $ellipsis ? (new static($ellipsis))->length() : 0;

if ($length < $ellipsisLength) {
            $ellipsisLength = 0;
        }

if (!$cut) {
            if (null === $length = $this->indexOf([' ', "\r", "\n", "\t"], ($length ?: 1) - 1)) {
                return clone $this;
            }

$length += $ellipsisLength;
        }

$str = $this->slice(0, $length - $ellipsisLength);

return $ellipsisLength ? $str->trimEnd()->append($ellipsis) : $str;
    }

abstract public function upper(): static;

/**
     * Returns the printable length on a terminal.
     */
    abstract public function width(bool $ignoreAnsiDecoration = true): int;

public function wordwrap(int $width = 75, string $break = "\n", bool $cut = false): static
    {
        $lines = '' !== $break ? $this->split($break) : [clone $this];
        $chars = [];
        $mask = '';

if (1 === \count($lines) && '' === $lines[0]->string) {
            return $lines[0];
        }

foreach ($lines as $i => $line) {
            if ($i) {
                $chars[] = $break;
                $mask .= '#';
            }

foreach ($line->chunk() as $char) {
                $chars[] = $char->string;
                $mask .= ' ' === $char->string ? ' ' : '?';
            }
        }

$string = '';
        $j = 0;
        $b = $i = -1;
        $mask = wordwrap($mask, $width, '#', $cut);

while (false !== $b = strpos($mask, '#', $b + 1)) {
            for (++$i; $i < $b; ++$i) {
                $string .= $chars[$j];
                unset($chars[$j++]);
            }

if ($break === $chars[$j] || ' ' === $chars[$j]) {
                unset($chars[$j++]);
            }

$string .= $break;
        }

$str = clone $this;
        $str->string = $string.implode('', $chars);

return $str;
    }

public function __sleep(): array
    {
        return ['string'];
    }

public function __clone()
    {
        $this->ignoreCase = false;
    }

public function __toString(): string
    {
        return $this->string;
    }
}

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