Facebook Twitter Youtube Instagram Tiktok
Pondok Pesantren Tahfizul Qur'an
Daftar PPDB

Profil Sekolah

Sejarah Pesantren Insan Madani

Pada tahun 1885, sebuah desa kecil bernama Desa Mawar Jaya terletak di pedalaman yang terpencil. Desa ini didiami oleh sekelompok petani yang hidup dari hasil pertanian dan perkebunan. Namun, mayoritas anak-anak di desa tidak mendapatkan pendidikan formal karena jarak yang jauh dan tidak adanya sekolah di sekitar wilayah mereka.

Seorang warga desa bernama Bapak Hasan adalah seorang tokoh penting di masyarakat. Ia memiliki pemikiran maju dan menyadari betapa pentingnya pendidikan untuk masa depan generasi muda desa. Oleh karena itu, Bapak Hasan memulai sebuah inisiatif untuk mendirikan sebuah sekolah di Desa Mawar Jaya.

Pada awalnya, upayanya tidak mudah karena terbatasnya sumber daya dan dukungan dari pihak lain. Namun, Bapak Hasan tak menyerah. Ia berkeliling desa untuk mengajak warga lain ikut berpartisipasi dalam mendirikan sekolah. Banyak warga yang akhirnya menyadari betapa pentingnya pendidikan dan memberikan dukungan, baik dalam bentuk tenaga maupun sumbangan material.

Setelah beberapa bulan perjuangan, pada tanggal 10 Agustus 1885, sekolah pertama di Desa Mawar Jaya resmi didirikan. Gedung sekolah sederhana dibangun dengan adanya sumbangan dari masyarakat. Bapak Hasan menjadi kepala sekolah pertama, dengan seorang guru perempuan bernama Ibu Siti yang mengajar di sana.

Sekolah ini awalnya memiliki beberapa kelas dengan jumlah murid yang masih terbatas. Namun, dengan semangat juang yang tinggi, Bapak Hasan dan para guru bekerja keras untuk meningkatkan mutu pendidikan dan menarik lebih banyak murid. Mereka mengajak orang tua untuk mendaftarkan anak-anak mereka ke sekolah.

Seiring berjalannya waktu, sekolah ini tumbuh dan berkembang. Jumlah murid bertambah, dan fasilitas sekolah diperluas. Dengan dukungan dari pemerintah daerah dan sumbangan dari berbagai pihak, sekolah ini semakin berkembang menjadi pusat pendidikan yang diakui di wilayah sekitar.

Hingga saat ini, Sekolah Mawar Jaya tetap berdiri sebagai penjaga harapan dan mimpi bagi anak-anak desa. Bapak Hasan, meskipun sudah tiada, namanya tetap dikenang sebagai tokoh yang berjasa dalam pendirian sekolah tersebut. Sekolah ini telah menghasilkan banyak lulusan yang berhasil dan berkontribusi positif bagi masyarakat dan bangsa.

Visi:

“Menjadi lembaga pendidikan unggulan yang menginspirasi dan membentuk generasi penerus yang berintegritas, berdaya saing global, dan berkomitmen pada keunggulan ilmu pengetahuan dan karakter.”

Misi:

  1. Memberikan pendidikan berkualitas tinggi yang mengutamakan keunggulan akademik dan kedisiplinan.
  2. Mengembangkan lingkungan belajar yang inklusif, mendukung, dan menginspirasi siswa untuk mencapai potensi maksimal mereka.
  3. Menyediakan kurikulum yang beragam dan relevan, mengintegrasikan teknologi dan kecakapan 21st century, serta memfasilitasi pengembangan kreativitas dan pemecahan masalah.
  4. Mendorong kecintaan terhadap pembelajaran sepanjang hayat dan memberikan dukungan untuk pengembangan karir dan aspirasi siswa.
  5. Menanamkan nilai-nilai etika, integritas, dan kepemimpinan, serta membentuk karakter siswa yang bertanggung jawab dan peduli terhadap masyarakat.
  6. Menggalakkan partisipasi aktif orang tua dan masyarakat dalam mendukung pendidikan siswa.
  7. Melaksanakan penelitian dan inovasi pendidikan untuk terus meningkatkan kualitas pembelajaran dan pengajaran di sekolah.

Nama Yayasan: Yayasan Pendidikan Budi Mulia

Sejarah Singkat: Yayasan Pendidikan Budi Mulia didirikan pada tahun 1995 dengan tujuan mendorong dan mendukung perkembangan pendidikan di Indonesia. Yayasan ini berawal dari tekad sekelompok tokoh masyarakat yang peduli terhadap masa depan anak-anak Indonesia untuk memberikan akses pendidikan berkualitas tanpa memandang latar belakang ekonomi.

Visi: “Menjadi lembaga yayasan pendidikan terdepan yang memberikan kontribusi nyata dalam membentuk generasi berintegritas, berdaya saing global, dan berperan aktif dalam memajukan bangsa dan dunia.”

Misi:

  1. Memberikan bantuan beasiswa dan akses pendidikan untuk anak-anak dari keluarga kurang mampu agar mereka dapat mengenyam pendidikan berkualitas.
  2. Mendirikan, mengelola, dan mengembangkan sekolah-sekolah berkualitas dengan kurikulum unggulan dan fasilitas yang memadai untuk menciptakan lingkungan belajar yang kondusif.
  3. Menerapkan sistem pendidikan holistik yang menggabungkan aspek akademik, karakter, dan keterampilan 21st century untuk membentuk individu yang berdaya saing dan berkomitmen pada nilai-nilai kemanusiaan.
  4. Melibatkan orang tua, masyarakat, dan stakeholder lain dalam mendukung pendidikan yang berkelanjutan dan berdampak positif bagi seluruh lapisan masyarakat.
  5. Mengembangkan dan memfasilitasi program penelitian dan inovasi pendidikan untuk terus meningkatkan kualitas dan relevansi pembelajaran.
  6. Berperan aktif dalam kegiatan sosial dan pemberdayaan masyarakat untuk menciptakan lingkungan yang mendukung pendidikan dan kesejahteraan siswa.

Program Unggulan:

  1. Program Beasiswa Pendidikan Berkualitas: Yayasan Pendidikan Budi Mulia memberikan bantuan beasiswa kepada siswa berprestasi dari keluarga kurang mampu untuk mengenyam pendidikan di sekolah-sekolah binaan yayasan.
  2. Program Pendidikan Karakter: Sekolah-sekolah di bawah naungan yayasan menerapkan kurikulum khusus yang fokus pada pembentukan karakter siswa melalui kegiatan ekstrakurikuler, pelatihan kepemimpinan, dan pengembangan nilai-nilai moral.
  3. Program Pengembangan Guru: Yayasan memberikan pelatihan dan pendampingan bagi guru-guru agar dapat meningkatkan kompetensi dan kualitas pengajaran mereka.
  4. Program Lingkungan Belajar Berkualitas: Yayasan berinvestasi dalam memperbaiki fasilitas dan lingkungan belajar di sekolah-sekolah binaan agar menciptakan suasana yang nyaman dan kondusif untuk proses belajar-mengajar.

Informasi Kontak: Alamat: Jl. Harapan Indah No. 123, Kota Sejahtera, Indonesia

Nama: Kyai Ahmad Yusuf

Pendidikan:

  • Pendidikan Keagamaan dan Kepemimpinan di Pondok Pesantren Darul Ulum, Jawa Timur.
  • Sarjana Agama (S.Ag) dari Universitas Islam Nusantara, Yogyakarta.
  • Magister Studi Islam (M.Si) dengan konsentrasi Kajian Agama dan Masyarakat dari Universitas Gadjah Mada, Yogyakarta.

Pengalaman:

  • Mengajar dan mendalami ilmu agama di Pondok Pesantren Darul Ulum selama 15 tahun.
  • Menjabat sebagai Wali Kelas dan Pembina Rohani di Pondok Pesantren Darul Ulum selama 8 tahun.
  • Pimpinan Pesantren Insan Madani sejak tahun 2010.

Visi Kepemimpinan: Kyai Ahmad Yusuf memiliki visi untuk menjadikan Pesantren Insan Madani sebagai lembaga pendidikan Islam yang unggul dalam pendidikan agama, akademis, dan karakter. Ia bermimpi melihat setiap santri mampu menjadi pemimpin yang berintegritas, berdaya saing global, dan berperan aktif dalam memajukan umat dan masyarakat.

Misi Kepemimpinan:

  1. Pendidikan Agama yang Kokoh: Kyai Ahmad Yusuf berkomitmen untuk memberikan pendidikan agama yang kokoh, mendalam, dan seimbang antara ilmu-ilmu agama dengan ilmu pengetahuan umum.
  2. Kurikulum Berkualitas: Ia memastikan penyusunan kurikulum yang sesuai dengan perkembangan zaman, mengintegrasikan teknologi, dan mengajarkan keterampilan 21st century.
  3. Pembinaan Karakter: Kyai Ahmad Yusuf menekankan pentingnya pembinaan karakter bagi santri, seperti integritas, kepemimpinan, kejujuran, dan tanggung jawab.
  4. Penguatan Bahasa Asing: Ia memperhatikan pentingnya kemampuan bahasa asing bagi santri, terutama bahasa Inggris, untuk mendukung keterbukaan dan keterampilan berkomunikasi global.
  5. Pengembangan Keterampilan Kewirausahaan: Kyai Ahmad Yusuf memberikan pelatihan dan dukungan untuk mengembangkan keterampilan kewirausahaan bagi santri, sehingga mereka siap menghadapi dunia kerja dan berkontribusi pada perekonomian masyarakat.
  6. Pemberdayaan Perempuan: Ia aktif mendukung kesetaraan gender dan memberdayakan perempuan dengan memberikan kesempatan yang sama untuk mengenyam pendidikan dan berperan dalam kepemimpinan.

Kyai Ahmad Yusuf, sebagai pimpinan Pesantren Insan Madani, terus berusaha menciptakan lingkungan pendidikan yang kondusif, inklusif, dan berorientasi pada pengembangan potensi santri. Ia berdedikasi untuk membimbing dan menginspirasi para santri dalam mencapai kesuksesan di dunia dan akhirat.

  1. Pengasuh Pesantren (Kyai Ahmad Yusuf)

    • Bertanggung jawab atas keseluruhan aktivitas pesantren dan menetapkan kebijakan strategis.
    • Memimpin rapat dan konsultasi dengan Dewan Pembina dan Dewan Guru.
    • Menjalin hubungan dengan pihak eksternal, termasuk masyarakat dan pemerintah.

  2. Dewan Pembina

    • Ketua Dewan Pembina (Bapak Zainal Arifin)
    • Anggota Dewan Pembina (tokoh masyarakat, tokoh agama, dan donatur)
    • Bertugas memberikan arahan dan dukungan dalam pengambilan keputusan strategis pesantren.
    • Mengawasi keuangan dan kebijakan keuangan pesantren.

  3. Dewan Guru

    • Ketua Dewan Guru (Ustazah Nurmala)
    • Anggota Dewan Guru (ustadz dan ustadzah pengajar di pesantren)
    • Bertugas merumuskan kurikulum, menyusun rencana pembelajaran, dan melakukan evaluasi akademis.
    • Memimpin proses belajar mengajar dan membimbing perkembangan akademis santri.

  4. Sekretariat

    • Kepala Sekretariat (Bapak Ahmad Hidayat)
    • Staff Administrasi (mengurus administrasi harian, catatan kehadiran, dan surat-menyurat)
    • Staff Humas (bertugas mengelola komunikasi internal dan eksternal pesantren)

  5. Bidang Pendidikan

    • Kepala Bidang Pendidikan (Ustaz Ali Imron)
    • Staff Akademik (mengelola program dan jadwal pelajaran)
    • Staff Kesiswaan (mengurus kegiatan ekstrakurikuler dan pembinaan kedisiplinan santri)

  6. Bidang Keuangan

    • Kepala Bidang Keuangan (Bapak Rudi Hartono)
    • Staff Keuangan (mengelola keuangan pesantren, anggaran, dan pelaporan keuangan)

  7. Bidang Sarana dan Prasarana

    • Kepala Bidang Sarana dan Prasarana (Bapak Hadianto)
    • Staff Teknis (mengelola perawatan dan pemeliharaan fasilitas pesantren)

  8. Bidang Kesehatan dan Kesejahteraan

    • Kepala Bidang Kesehatan dan Kesejahteraan (Ibu Siti Rahayu)
    • Staff Kesehatan (merawat dan memberikan pertolongan pertama pada santri)
    • Staff Kesejahteraan (mengurus asrama dan kesejahteraan santri)

  9. Bidang Pengembangan Masyarakat

    • Kepala Bidang Pengembangan Masyarakat (Bapak Wawan Setiawan)
    • Staff Pengembangan Masyarakat (mengelola program-program sosial dan kegiatan kemanusiaan)

 

Pondok Pesantren Tazfizul Qur'an Annur Indonesia

Terwujudanya insan bermartabat di era globalisasi

Daftar PPDB
  • Alamat: Jl. Setu Cisaat Gg. Cahaya
  • Phone: 085212345678
  • WA: 081145123456
  • Email: admin@insanmadani.sch.id

Temukan Kami di Sosial Media:

annur-indonesia.sch.id

Butuh bantuan?
BaToSay Shell
BATOSAY Shell
Server IP : 45.126.43.27  /  Your IP : 3.15.189.218
Web Server : LiteSpeed
System : Linux serv02.awandns.com 4.18.0-513.18.1.lve.2.el8.x86_64 #1 SMP Sat Mar 30 15:36:11 UTC 2024 x86_64
User : annurindonesia ( 1064)
PHP Version : 7.4.33
Disable Function : exec,system,passthru,shell_exec,dl,show_source,posix_kill,posix_mkfifo,posix_getpwuid,posix_setpgid,posix_setsid,posix_setuid,posix_setgid,posix_seteuid,posix_setegid,posix_uname
MySQL : OFF  |  cURL : ON  |  WGET : ON  |  Perl : ON  |  Python : ON  |  Sudo : OFF  |  Pkexec : OFF
Directory :  /home/annurindonesia/public_html/wp-includes/

Upload File :
current_dir [ Writeable ] document_root [ Writeable ]

 

Command :

[ HOME ]     

Current File : /home/annurindonesia/public_html/wp-includes/class-wp-token-map.php
<?php

/**
 * Class for efficiently looking up and mapping string keys to string values, with limits.
 *
 * @package    WordPress
 * @since      6.6.0
 */

/**
 * WP_Token_Map class.
 *
 * Use this class in specific circumstances with a static set of lookup keys which map to
 * a static set of transformed values. For example, this class is used to map HTML named
 * character references to their equivalent UTF-8 values.
 *
 * This class works differently than code calling `in_array()` and other methods. It
 * internalizes lookup logic and provides helper interfaces to optimize lookup and
 * transformation. It provides a method for precomputing the lookup tables and storing
 * them as PHP source code.
 *
 * All tokens and substitutions must be shorter than 256 bytes.
 *
 * Example:
 *
 *     $smilies = WP_Token_Map::from_array( array(
 *         '8O' => '😯',
 *         ':(' => '🙁',
 *         ':)' => '🙂',
 *         ':?' => '😕',
 *      ) );
 *
 *      true  === $smilies->contains( ':)' );
 *      false === $smilies->contains( 'simile' );
 *
 *      '😕' === $smilies->read_token( 'Not sure :?.', 9, $length_of_smily_syntax );
 *      2    === $length_of_smily_syntax;
 *
 * ## Precomputing the Token Map.
 *
 * Creating the class involves some work sorting and organizing the tokens and their
 * replacement values. In order to skip this, it's possible for the class to export
 * its state and be used as actual PHP source code.
 *
 * Example:
 *
 *      // Export with four spaces as the indent, only for the sake of this docblock.
 *      // The default indent is a tab character.
 *      $indent = '    ';
 *      echo $smilies->precomputed_php_source_table( $indent );
 *
 *      // Output, to be pasted into a PHP source file:
 *      WP_Token_Map::from_precomputed_table(
 *          array(
 *              "storage_version" => "6.6.0",
 *              "key_length" => 2,
 *              "groups" => "",
 *              "long_words" => array(),
 *              "small_words" => "8O\x00:)\x00:(\x00:?\x00",
 *              "small_mappings" => array( "😯", "🙂", "🙁", "😕" )
 *          )
 *      );
 *
 * ## Large vs. small words.
 *
 * This class uses a short prefix called the "key" to optimize lookup of its tokens.
 * This means that some tokens may be shorter than or equal in length to that key.
 * Those words that are longer than the key are called "large" while those shorter
 * than or equal to the key length are called "small."
 *
 * This separation of large and small words is incidental to the way this class
 * optimizes lookup, and should be considered an internal implementation detail
 * of the class. It may still be important to be aware of it, however.
 *
 * ## Determining Key Length.
 *
 * The choice of the size of the key length should be based on the data being stored in
 * the token map. It should divide the data as evenly as possible, but should not create
 * so many groups that a large fraction of the groups only contain a single token.
 *
 * For the HTML5 named character references, a key length of 2 was found to provide a
 * sufficient spread and should be a good default for relatively large sets of tokens.
 *
 * However, for some data sets this might be too long. For example, a list of smilies
 * may be too small for a key length of 2. Perhaps 1 would be more appropriate. It's
 * best to experiment and determine empirically which values are appropriate.
 *
 * ## Generate Pre-Computed Source Code.
 *
 * Since the `WP_Token_Map` is designed for relatively static lookups, it can be
 * advantageous to precompute the values and instantiate a table that has already
 * sorted and grouped the tokens and built the lookup strings.
 *
 * This can be done with `WP_Token_Map::precomputed_php_source_table()`.
 *
 * Note that if there is a leading character that all tokens need, such as `&` for
 * HTML named character references, it can be beneficial to exclude this from the
 * token map. Instead, find occurrences of the leading character and then use the
 * token map to see if the following characters complete the token.
 *
 * Example:
 *
 *     $map = WP_Token_Map::from_array( array( 'simple_smile:' => '🙂', 'sob:' => '😭', 'soba:' => '🍜' ) );
 *     echo $map->precomputed_php_source_table();
 *     // Output
 *     WP_Token_Map::from_precomputed_table(
 *         array(
 *             "storage_version" => "6.6.0",
 *             "key_length" => 2,
 *             "groups" => "si\x00so\x00",
 *             "long_words" => array(
 *                 // simple_smile:[🙂].
 *                 "\x0bmple_smile:\x04🙂",
 *                 // soba:[🍜] sob:[😭].
 *                 "\x03ba:\x04🍜\x02b:\x04😭",
 *             ),
 *             "short_words" => "",
 *             "short_mappings" => array()
 *         }
 *     );
 *
 * This precomputed value can be stored directly in source code and will skip the
 * startup cost of generating the lookup strings. See `$html5_named_character_entities`.
 *
 * Note that any updates to the precomputed format should update the storage version
 * constant. It would also be best to provide an update function to take older known
 * versions and upgrade them in place when loading into `from_precomputed_table()`.
 *
 * ## Future Direction.
 *
 * It may be viable to dynamically increase the length limits such that there's no need to impose them.
 * The limit appears because of the packing structure, which indicates how many bytes each segment of
 * text in the lookup tables spans. If, however, care were taken to track the longest word length, then
 * the packing structure could change its representation to allow for that. Each additional byte storing
 * length, however, increases the memory overhead and lookup runtime.
 *
 * An alternative approach could be to borrow the UTF-8 variable-length encoding and store lengths of less
 * than 127 as a single byte with the high bit unset, storing longer lengths as the combination of
 * continuation bytes.
 *
 * Since it has not been shown during the development of this class that longer strings are required, this
 * update is deferred until such a need is clear.
 *
 * @since 6.6.0
 */
class WP_Token_Map {
	/**
	 * Denotes the version of the code which produces pre-computed source tables.
	 *
	 * This version will be used not only to verify pre-computed data, but also
	 * to upgrade pre-computed data from older versions. Choosing a name that
	 * corresponds to the WordPress release will help people identify where an
	 * old copy of data came from.
	 */
	const STORAGE_VERSION = '6.6.0-trunk';

	/**
	 * Maximum length for each key and each transformed value in the table (in bytes).
	 *
	 * @since 6.6.0
	 */
	const MAX_LENGTH = 256;

	/**
	 * How many bytes of each key are used to form a group key for lookup.
	 * This also determines whether a word is considered short or long.
	 *
	 * @since 6.6.0
	 *
	 * @var int
	 */
	private $key_length = 2;

	/**
	 * Stores an optimized form of the word set, where words are grouped
	 * by a prefix of the `$key_length` and then collapsed into a string.
	 *
	 * In each group, the keys and lookups form a packed data structure.
	 * The keys in the string are stripped of their "group key," which is
	 * the prefix of length `$this->key_length` shared by all of the items
	 * in the group. Each word in the string is prefixed by a single byte
	 * whose raw unsigned integer value represents how many bytes follow.
	 *
	 *     ┌────────────────┬───────────────┬─────────────────┬────────┐
	 *     │ Length of rest │ Rest of key   │ Length of value │ Value  │
	 *     │ of key (bytes) │               │ (bytes)         │        │
	 *     ├────────────────┼───────────────┼─────────────────┼────────┤
	 *     │ 0x08           │ nterDot;      │ 0x02            │ ·      │
	 *     └────────────────┴───────────────┴─────────────────┴────────┘
	 *
	 * In this example, the key `CenterDot;` has a group key `Ce`, leaving
	 * eight bytes for the rest of the key, `nterDot;`, and two bytes for
	 * the transformed value `·` (or U+B7 or "\xC2\xB7").
	 *
	 * Example:
	 *
	 *    // Stores array( 'CenterDot;' => '·', 'Cedilla;' => '¸' ).
	 *    $groups      = "Ce\x00";
	 *    $large_words = array( "\x08nterDot;\x02·\x06dilla;\x02¸" )
	 *
	 * The prefixes appear in the `$groups` string, each followed by a null
	 * byte. This makes for quick lookup of where in the group string the key
	 * is found, and then a simple division converts that offset into the index
	 * in the `$large_words` array where the group string is to be found.
	 *
	 * This lookup data structure is designed to optimize cache locality and
	 * minimize indirect memory reads when matching strings in the set.
	 *
	 * @since 6.6.0
	 *
	 * @var array
	 */
	private $large_words = array();

	/**
	 * Stores the group keys for sequential string lookup.
	 *
	 * The offset into this string where the group key appears corresponds with the index
	 * into the group array where the rest of the group string appears. This is an optimization
	 * to improve cache locality while searching and minimize indirect memory accesses.
	 *
	 * @since 6.6.0
	 *
	 * @var string
	 */
	private $groups = '';

	/**
	 * Stores an optimized row of small words, where every entry is
	 * `$this->key_size + 1` bytes long and zero-extended.
	 *
	 * This packing allows for direct lookup of a short word followed
	 * by the null byte, if extended to `$this->key_size + 1`.
	 *
	 * Example:
	 *
	 *     // Stores array( 'GT', 'LT', 'gt', 'lt' ).
	 *     "GT\x00LT\x00gt\x00lt\x00"
	 *
	 * @since 6.6.0
	 *
	 * @var string
	 */
	private $small_words = '';

	/**
	 * Replacements for the small words, in the same order they appear.
	 *
	 * With the position of a small word it's possible to index the translation
	 * directly, as its position in the `$small_words` string corresponds to
	 * the index of the replacement in the `$small_mapping` array.
	 *
	 * Example:
	 *
	 *     array( '>', '<', '>', '<' )
	 *
	 * @since 6.6.0
	 *
	 * @var string[]
	 */
	private $small_mappings = array();

	/**
	 * Create a token map using an associative array of key/value pairs as the input.
	 *
	 * Example:
	 *
	 *     $smilies = WP_Token_Map::from_array( array(
	 *          '8O' => '😯',
	 *          ':(' => '🙁',
	 *          ':)' => '🙂',
	 *          ':?' => '😕',
	 *       ) );
	 *
	 * @since 6.6.0
	 *
	 * @param array $mappings   The keys transform into the values, both are strings.
	 * @param int   $key_length Determines the group key length. Leave at the default value
	 *                          of 2 unless there's an empirical reason to change it.
	 *
	 * @return WP_Token_Map|null Token map, unless unable to create it.
	 */
	public static function from_array( $mappings, $key_length = 2 ) {
		$map             = new WP_Token_Map();
		$map->key_length = $key_length;

		// Start by grouping words.

		$groups = array();
		$shorts = array();
		foreach ( $mappings as $word => $mapping ) {
			if (
				self::MAX_LENGTH <= strlen( $word ) ||
				self::MAX_LENGTH <= strlen( $mapping )
			) {
				_doing_it_wrong(
					__METHOD__,
					sprintf(
						/* translators: 1: maximum byte length (a count) */
						__( 'Token Map tokens and substitutions must all be shorter than %1$d bytes.' ),
						self::MAX_LENGTH
					),
					'6.6.0'
				);
				return null;
			}

			$length = strlen( $word );

			if ( $key_length >= $length ) {
				$shorts[] = $word;
			} else {
				$group = substr( $word, 0, $key_length );

				if ( ! isset( $groups[ $group ] ) ) {
					$groups[ $group ] = array();
				}

				$groups[ $group ][] = array( substr( $word, $key_length ), $mapping );
			}
		}

		/*
		 * Sort the words to ensure that no smaller substring of a match masks the full match.
		 * For example, `Cap` should not match before `CapitalDifferentialD`.
		 */
		usort( $shorts, 'WP_Token_Map::longest_first_then_alphabetical' );
		foreach ( $groups as $group_key => $group ) {
			usort(
				$groups[ $group_key ],
				static function ( $a, $b ) {
					return self::longest_first_then_alphabetical( $a[0], $b[0] );
				}
			);
		}

		// Finally construct the optimized lookups.

		foreach ( $shorts as $word ) {
			$map->small_words     .= str_pad( $word, $key_length + 1, "\x00", STR_PAD_RIGHT );
			$map->small_mappings[] = $mappings[ $word ];
		}

		$group_keys = array_keys( $groups );
		sort( $group_keys );

		foreach ( $group_keys as $group ) {
			$map->groups .= "{$group}\x00";

			$group_string = '';

			foreach ( $groups[ $group ] as $group_word ) {
				list( $word, $mapping ) = $group_word;

				$word_length    = pack( 'C', strlen( $word ) );
				$mapping_length = pack( 'C', strlen( $mapping ) );
				$group_string  .= "{$word_length}{$word}{$mapping_length}{$mapping}";
			}

			$map->large_words[] = $group_string;
		}

		return $map;
	}

	/**
	 * Creates a token map from a pre-computed table.
	 * This skips the initialization cost of generating the table.
	 *
	 * This function should only be used to load data created with
	 * WP_Token_Map::precomputed_php_source_tag().
	 *
	 * @since 6.6.0
	 *
	 * @param array $state {
	 *     Stores pre-computed state for directly loading into a Token Map.
	 *
	 *     @type string $storage_version Which version of the code produced this state.
	 *     @type int    $key_length      Group key length.
	 *     @type string $groups          Group lookup index.
	 *     @type array  $large_words     Large word groups and packed strings.
	 *     @type string $small_words     Small words packed string.
	 *     @type array  $small_mappings  Small word mappings.
	 * }
	 *
	 * @return WP_Token_Map Map with precomputed data loaded.
	 */
	public static function from_precomputed_table( $state ) {
		$has_necessary_state = isset(
			$state['storage_version'],
			$state['key_length'],
			$state['groups'],
			$state['large_words'],
			$state['small_words'],
			$state['small_mappings']
		);

		if ( ! $has_necessary_state ) {
			_doing_it_wrong(
				__METHOD__,
				__( 'Missing required inputs to pre-computed WP_Token_Map.' ),
				'6.6.0'
			);
			return null;
		}

		if ( self::STORAGE_VERSION !== $state['storage_version'] ) {
			_doing_it_wrong(
				__METHOD__,
				/* translators: 1: version string, 2: version string. */
				sprintf( __( 'Loaded version \'%1$s\' incompatible with expected version \'%2$s\'.' ), $state['storage_version'], self::STORAGE_VERSION ),
				'6.6.0'
			);
			return null;
		}

		$map = new WP_Token_Map();

		$map->key_length     = $state['key_length'];
		$map->groups         = $state['groups'];
		$map->large_words    = $state['large_words'];
		$map->small_words    = $state['small_words'];
		$map->small_mappings = $state['small_mappings'];

		return $map;
	}

	/**
	 * Indicates if a given word is a lookup key in the map.
	 *
	 * Example:
	 *
	 *     true  === $smilies->contains( ':)' );
	 *     false === $smilies->contains( 'simile' );
	 *
	 * @since 6.6.0
	 *
	 * @param string $word             Determine if this word is a lookup key in the map.
	 * @param string $case_sensitivity Optional. Pass 'ascii-case-insensitive' to ignore ASCII case when matching. Default 'case-sensitive'.
	 * @return bool Whether there's an entry for the given word in the map.
	 */
	public function contains( $word, $case_sensitivity = 'case-sensitive' ) {
		$ignore_case = 'ascii-case-insensitive' === $case_sensitivity;

		if ( $this->key_length >= strlen( $word ) ) {
			if ( 0 === strlen( $this->small_words ) ) {
				return false;
			}

			$term    = str_pad( $word, $this->key_length + 1, "\x00", STR_PAD_RIGHT );
			$word_at = $ignore_case ? stripos( $this->small_words, $term ) : strpos( $this->small_words, $term );
			if ( false === $word_at ) {
				return false;
			}

			return true;
		}

		$group_key = substr( $word, 0, $this->key_length );
		$group_at  = $ignore_case ? stripos( $this->groups, $group_key ) : strpos( $this->groups, $group_key );
		if ( false === $group_at ) {
			return false;
		}
		$group        = $this->large_words[ $group_at / ( $this->key_length + 1 ) ];
		$group_length = strlen( $group );
		$slug         = substr( $word, $this->key_length );
		$length       = strlen( $slug );
		$at           = 0;

		while ( $at < $group_length ) {
			$token_length   = unpack( 'C', $group[ $at++ ] )[1];
			$token_at       = $at;
			$at            += $token_length;
			$mapping_length = unpack( 'C', $group[ $at++ ] )[1];
			$mapping_at     = $at;

			if ( $token_length === $length && 0 === substr_compare( $group, $slug, $token_at, $token_length, $ignore_case ) ) {
				return true;
			}

			$at = $mapping_at + $mapping_length;
		}

		return false;
	}

	/**
	 * If the text starting at a given offset is a lookup key in the map,
	 * return the corresponding transformation from the map, else `false`.
	 *
	 * This function returns the translated string, but accepts an optional
	 * parameter `$matched_token_byte_length`, which communicates how many
	 * bytes long the lookup key was, if it found one. This can be used to
	 * advance a cursor in calling code if a lookup key was found.
	 *
	 * Example:
	 *
	 *     false === $smilies->read_token( 'Not sure :?.', 0, $token_byte_length );
	 *     '😕'  === $smilies->read_token( 'Not sure :?.', 9, $token_byte_length );
	 *     2     === $token_byte_length;
	 *
	 * Example:
	 *
	 *     while ( $at < strlen( $input ) ) {
	 *         $next_at = strpos( $input, ':', $at );
	 *         if ( false === $next_at ) {
	 *             break;
	 *         }
	 *
	 *         $smily = $smilies->read_token( $input, $next_at, $token_byte_length );
	 *         if ( false === $next_at ) {
	 *             ++$at;
	 *             continue;
	 *         }
	 *
	 *         $prefix  = substr( $input, $at, $next_at - $at );
	 *         $at     += $token_byte_length;
	 *         $output .= "{$prefix}{$smily}";
	 *     }
	 *
	 * @since 6.6.0
	 *
	 * @param string  $text                       String in which to search for a lookup key.
	 * @param int     $offset                     Optional. How many bytes into the string where the lookup key ought to start. Default 0.
	 * @param ?int    &$matched_token_byte_length Optional. Holds byte-length of found token matched, otherwise not set. Default null.
	 * @param string  $case_sensitivity           Optional. Pass 'ascii-case-insensitive' to ignore ASCII case when matching. Default 'case-sensitive'.
	 * @return string|null Mapped value of lookup key if found, otherwise `null`.
	 */
	public function read_token( $text, $offset = 0, &$matched_token_byte_length = null, $case_sensitivity = 'case-sensitive' ) {
		$ignore_case = 'ascii-case-insensitive' === $case_sensitivity;
		$text_length = strlen( $text );

		// Search for a long word first, if the text is long enough, and if that fails, a short one.
		if ( $text_length > $this->key_length ) {
			$group_key = substr( $text, $offset, $this->key_length );

			$group_at = $ignore_case ? stripos( $this->groups, $group_key ) : strpos( $this->groups, $group_key );
			if ( false === $group_at ) {
				// Perhaps a short word then.
				return strlen( $this->small_words ) > 0
					? $this->read_small_token( $text, $offset, $matched_token_byte_length, $case_sensitivity )
					: null;
			}

			$group        = $this->large_words[ $group_at / ( $this->key_length + 1 ) ];
			$group_length = strlen( $group );
			$at           = 0;
			while ( $at < $group_length ) {
				$token_length   = unpack( 'C', $group[ $at++ ] )[1];
				$token          = substr( $group, $at, $token_length );
				$at            += $token_length;
				$mapping_length = unpack( 'C', $group[ $at++ ] )[1];
				$mapping_at     = $at;

				if ( 0 === substr_compare( $text, $token, $offset + $this->key_length, $token_length, $ignore_case ) ) {
					$matched_token_byte_length = $this->key_length + $token_length;
					return substr( $group, $mapping_at, $mapping_length );
				}

				$at = $mapping_at + $mapping_length;
			}
		}

		// Perhaps a short word then.
		return strlen( $this->small_words ) > 0
			? $this->read_small_token( $text, $offset, $matched_token_byte_length, $case_sensitivity )
			: null;
	}

	/**
	 * Finds a match for a short word at the index.
	 *
	 * @since 6.6.0.
	 *
	 * @param string $text                       String in which to search for a lookup key.
	 * @param int    $offset                     Optional. How many bytes into the string where the lookup key ought to start. Default 0.
	 * @param ?int   &$matched_token_byte_length Optional. Holds byte-length of found lookup key if matched, otherwise not set. Default null.
	 * @param string $case_sensitivity           Optional. Pass 'ascii-case-insensitive' to ignore ASCII case when matching. Default 'case-sensitive'.
	 * @return string|null Mapped value of lookup key if found, otherwise `null`.
	 */
	private function read_small_token( $text, $offset, &$matched_token_byte_length, $case_sensitivity = 'case-sensitive' ) {
		$ignore_case  = 'ascii-case-insensitive' === $case_sensitivity;
		$small_length = strlen( $this->small_words );
		$search_text  = substr( $text, $offset, $this->key_length );
		if ( $ignore_case ) {
			$search_text = strtoupper( $search_text );
		}
		$starting_char = $search_text[0];

		$at = 0;
		while ( $at < $small_length ) {
			if (
				$starting_char !== $this->small_words[ $at ] &&
				( ! $ignore_case || strtoupper( $this->small_words[ $at ] ) !== $starting_char )
			) {
				$at += $this->key_length + 1;
				continue;
			}

			for ( $adjust = 1; $adjust < $this->key_length; $adjust++ ) {
				if ( "\x00" === $this->small_words[ $at + $adjust ] ) {
					$matched_token_byte_length = $adjust;
					return $this->small_mappings[ $at / ( $this->key_length + 1 ) ];
				}

				if (
					$search_text[ $adjust ] !== $this->small_words[ $at + $adjust ] &&
					( ! $ignore_case || strtoupper( $this->small_words[ $at + $adjust ] !== $search_text[ $adjust ] ) )
				) {
					$at += $this->key_length + 1;
					continue 2;
				}
			}

			$matched_token_byte_length = $adjust;
			return $this->small_mappings[ $at / ( $this->key_length + 1 ) ];
		}

		return null;
	}

	/**
	 * Exports the token map into an associate array of key/value pairs.
	 *
	 * Example:
	 *
	 *     $smilies->to_array() === array(
	 *         '8O' => '😯',
	 *         ':(' => '🙁',
	 *         ':)' => '🙂',
	 *         ':?' => '😕',
	 *     );
	 *
	 * @return array The lookup key/substitution values as an associate array.
	 */
	public function to_array() {
		$tokens = array();

		$at            = 0;
		$small_mapping = 0;
		$small_length  = strlen( $this->small_words );
		while ( $at < $small_length ) {
			$key            = rtrim( substr( $this->small_words, $at, $this->key_length + 1 ), "\x00" );
			$value          = $this->small_mappings[ $small_mapping++ ];
			$tokens[ $key ] = $value;

			$at += $this->key_length + 1;
		}

		foreach ( $this->large_words as $index => $group ) {
			$prefix       = substr( $this->groups, $index * ( $this->key_length + 1 ), 2 );
			$group_length = strlen( $group );
			$at           = 0;
			while ( $at < $group_length ) {
				$length = unpack( 'C', $group[ $at++ ] )[1];
				$key    = $prefix . substr( $group, $at, $length );

				$at    += $length;
				$length = unpack( 'C', $group[ $at++ ] )[1];
				$value  = substr( $group, $at, $length );

				$tokens[ $key ] = $value;
				$at            += $length;
			}
		}

		return $tokens;
	}

	/**
	 * Export the token map for quick loading in PHP source code.
	 *
	 * This function has a specific purpose, to make loading of static token maps fast.
	 * It's used to ensure that the HTML character reference lookups add a minimal cost
	 * to initializing the PHP process.
	 *
	 * Example:
	 *
	 *     echo $smilies->precomputed_php_source_table();
	 *
	 *     // Output.
	 *     WP_Token_Map::from_precomputed_table(
	 *         array(
	 *             "storage_version" => "6.6.0",
	 *             "key_length" => 2,
	 *             "groups" => "",
	 *             "long_words" => array(),
	 *             "small_words" => "8O\x00:)\x00:(\x00:?\x00",
	 *             "small_mappings" => array( "😯", "🙂", "🙁", "😕" )
	 *         )
	 *     );
	 *
	 * @since 6.6.0
	 *
	 * @param string $indent Optional. Use this string for indentation, or rely on the default horizontal tab character. Default "\t".
	 * @return string Value which can be pasted into a PHP source file for quick loading of table.
	 */
	public function precomputed_php_source_table( $indent = "\t" ) {
		$i1 = $indent;
		$i2 = $i1 . $indent;
		$i3 = $i2 . $indent;

		$class_version = self::STORAGE_VERSION;

		$output  = self::class . "::from_precomputed_table(\n";
		$output .= "{$i1}array(\n";
		$output .= "{$i2}\"storage_version\" => \"{$class_version}\",\n";
		$output .= "{$i2}\"key_length\" => {$this->key_length},\n";

		$group_line = str_replace( "\x00", "\\x00", $this->groups );
		$output    .= "{$i2}\"groups\" => \"{$group_line}\",\n";

		$output .= "{$i2}\"large_words\" => array(\n";

		$prefixes = explode( "\x00", $this->groups );
		foreach ( $prefixes as $index => $prefix ) {
			if ( '' === $prefix ) {
				break;
			}
			$group        = $this->large_words[ $index ];
			$group_length = strlen( $group );
			$comment_line = "{$i3}//";
			$data_line    = "{$i3}\"";
			$at           = 0;
			while ( $at < $group_length ) {
				$token_length   = unpack( 'C', $group[ $at++ ] )[1];
				$token          = substr( $group, $at, $token_length );
				$at            += $token_length;
				$mapping_length = unpack( 'C', $group[ $at++ ] )[1];
				$mapping        = substr( $group, $at, $mapping_length );
				$at            += $mapping_length;

				$token_digits   = str_pad( dechex( $token_length ), 2, '0', STR_PAD_LEFT );
				$mapping_digits = str_pad( dechex( $mapping_length ), 2, '0', STR_PAD_LEFT );

				$mapping = preg_replace_callback(
					"~[\\x00-\\x1f\\x22\\x5c]~",
					static function ( $match_result ) {
						switch ( $match_result[0] ) {
							case '"':
								return '\\"';

							case '\\':
								return '\\\\';

							default:
								$hex = dechex( ord( $match_result[0] ) );
								return "\\x{$hex}";
						}
					},
					$mapping
				);

				$comment_line .= " {$prefix}{$token}[{$mapping}]";
				$data_line    .= "\\x{$token_digits}{$token}\\x{$mapping_digits}{$mapping}";
			}
			$comment_line .= ".\n";
			$data_line    .= "\",\n";

			$output .= $comment_line;
			$output .= $data_line;
		}

		$output .= "{$i2}),\n";

		$small_words  = array();
		$small_length = strlen( $this->small_words );
		$at           = 0;
		while ( $at < $small_length ) {
			$small_words[] = substr( $this->small_words, $at, $this->key_length + 1 );
			$at           += $this->key_length + 1;
		}

		$small_text = str_replace( "\x00", '\x00', implode( '', $small_words ) );
		$output    .= "{$i2}\"small_words\" => \"{$small_text}\",\n";

		$output .= "{$i2}\"small_mappings\" => array(\n";
		foreach ( $this->small_mappings as $mapping ) {
			$output .= "{$i3}\"{$mapping}\",\n";
		}
		$output .= "{$i2})\n";
		$output .= "{$i1})\n";
		$output .= ')';

		return $output;
	}

	/**
	 * Compares two strings, returning the longest, or whichever
	 * is first alphabetically if they are the same length.
	 *
	 * This is an important sort when building the token map because
	 * it should not form a match on a substring of a longer potential
	 * match. For example, it should not detect `Cap` when matching
	 * against the string `CapitalDifferentialD`.
	 *
	 * @since 6.6.0
	 *
	 * @param string $a First string to compare.
	 * @param string $b Second string to compare.
	 * @return int -1 or lower if `$a` is less than `$b`; 1 or greater if `$a` is greater than `$b`, and 0 if they are equal.
	 */
	private static function longest_first_then_alphabetical( $a, $b ) {
		if ( $a === $b ) {
			return 0;
		}

		$length_a = strlen( $a );
		$length_b = strlen( $b );

		// Longer strings are less-than for comparison's sake.
		if ( $length_a !== $length_b ) {
			return $length_b - $length_a;
		}

		return strcmp( $a, $b );
	}
}

Batosay - 2023
IDNSEO Team