不久前，我问了一个关于我网站内容过滤器的相当冗长的问题。帖子可以找到here，请随意阅读。
我已经接受了@ DampeS8N的答案，因为他回答得很好并且把我送往正确的方向。
不幸的是，上述问题的结果是我使用的内容过滤器效率太低，无法在我的应用程序环境中运行。
以下是信息：
*可以找到词汇表条目here。
词汇表条目的示例列表可以是
caudal fin，dorsal，filter等等。
**可以找到物种档案here。
物种的示例列表可以是
Apistogramma panduro，A. panduro，Dario dario，D. dario，Betta sp. 'Maha Chai'等。
问题在于：
wp_posts表中存储的一些基本信息组成，然后存储在wp_postmeta表中的其他信息。meta fields个wp_postmeta中，这些是http://www.seriouslyfish.com/species/puntius-sahyadriensis/表中的条目。这可以在下面看到。
INSERT INTO `wp_postmeta` (`meta_id`, `post_id`, `meta_key`, `meta_value`) VALUES (104395, 2288, 'genus', '<em>Puntius</em>'), (104396, 2288, 'species', '<em>sahyadriensis</em>'), (104397, 2288, 'family', 'Cyprinidae'), (104398, 2288, 'common_names', ''), (104399, 2288, 'distribution', '<a class="link_glossary" href="/glossary/e/endemic" rel="/glossary/e/endemic?hover=true">Endemic</a> to streams of the Yenna <a class="link_glossary" href="/glossary/r/river%20basin" rel="/glossary/r/river%20basin?hover=true">river basin</a> close to the city of Mahabaleshwar in the Western Ghats mountain range, Satara district, Maharashtra state, India.'), (104400, 2288, 'habitat', 'The <a class="link_glossary" href="/glossary/r/river" rel="/glossary/r/river?hover=true">river</a> Yenna flows through lush evergreen forest meaning the hill streams in which the fish can be found are likely to be shaded by the forest canopy and dense <a class="link_glossary" href="/glossary/m/marginal" rel="/glossary/m/marginal?hover=true">marginal</a> vegetation. Substrates should be composed of boulders, smaller stones, <a class="link_glossary" href="/glossary/s/sand" rel="/glossary/s/sand?hover=true">sand</a> or <a class="link_glossary" href="/glossary/g/gravel" rel="/glossary/g/gravel?hover=true">gravel</a> with submerged tree roots around the margins and quieter areas in which fallen branches and leaf litter collect. As with similar members of the <a class="link_glossary" href="/glossary/g/genus" rel="/glossary/g/genus?hover=true">genus</a> it is likely to congregate in <a class="link_glossary" href="/glossary/b/backwater" rel="/glossary/b/backwater?hover=true">backwater</a> pools or deeper areas with lower flow.'), (104402, 2288, 'max_size', 'Around 2.75"/7cm.'), (104403, 2288, 'aquarium_size', 'It is an active <a class="link_glossary" href="/glossary/s/species" rel="/glossary/s/species?hover=true">species</a> and a <a class="link_glossary" href="/glossary/t/tank" rel="/glossary/t/tank?hover=true">tank</a> measuring at least 36" x 12" x 12"/90cm x 30cm x 30cm/85 litres is needed to house a group.'), (104404, 2288, 'maintenance', 'Choice of decor is not as critical as water quality and the amount of swimming-space provided. We suggest keeping it in a roomy, well-planted <a class="link_glossary" href="/glossary/a/aquarium" rel="/glossary/a/aquarium?hover=true">aquarium</a> or alternatively it would look superb in a set-up designed to resemble a flowing <a class="link_glossary" href="/glossary/r/river" rel="/glossary/r/river?hover=true">river</a> with a <a class="link_glossary" href="/glossary/s/substrate" rel="/glossary/s/substrate?hover=true">substrate</a> of variably-sized rocks and <a class="link_glossary" href="/glossary/g/gravel" rel="/glossary/g/gravel?hover=true">gravel</a> and some large water-worn boulders. A rivertank manifold could also be constructed to provide naturalistic unidirectional flow. The <a class="link_glossary" href="/glossary/t/tank" rel="/glossary/t/tank?hover=true">tank</a> can be further furnished with driftwood branches and <a class="link_glossary" href="/glossary/a/aquatic" rel="/glossary/a/aquatic?hover=true">aquatic</a> plants for aesthetic value. While the vast majority of plant <a class="link_glossary" href="/glossary/s/species" rel="/glossary/s/species?hover=true">species</a> will fail to thrive in such conditions possibilities include hardy <a class="link_glossary" href="/glossary/s/species" rel="/glossary/s/species?hover=true">species</a> such as Java fern, <em>Bolbitis</em> or <em>Anubias</em> <a class="link_glossary" href="/glossary/s/species" rel="/glossary/s/species?hover=true">species</a> which can be grown attached to the decor. Like many other <a class="link_glossary" href="/glossary/s/species" rel="/glossary/s/species?hover=true">species</a> that hail from pristine natural environments it is intolerant to the accumulation of <a class="link_glossary" href="/glossary/o/organic" rel="/glossary/o/organic?hover=true">organic</a> wastes and requires spotless water at all times in order to thrive.'), (104405, 2288, 'water_chemistry', '<strong>Temperature</strong>: Prefers slightly cool conditions within the range 20 - 24°C/68 - 75°C. Higher temperatures are known to stimulate spawning with an associated increase of aggression in males.\r\n\r\n<strong>pH</strong>: 6.8 - 7.8\r\n\r\n<strong>Hardness</strong>: 5 - 15°H'), (104406, 2288, 'diet', 'Likely to feed on small invertebrates, <a class="link_glossary" href="/glossary/a/algae" rel="/glossary/a/algae?hover=true">algae</a> and other <a class="link_glossary" href="/glossary/z/zooplankton" rel="/glossary/z/zooplankton?hover=true">zooplankton</a> in nature. In the <a class="link_glossary" href="/glossary/a/aquarium" rel="/glossary/a/aquarium?hover=true">aquarium</a> it will accept dried foods of a suitable size but should not be fed these exclusively. Daily meals of small live and frozen fare such as <em><a class="link_glossary" href="/glossary/D/Daphnia" rel="/glossary/D/Daphnia?hover=true">Daphnia</a></em>, <em><a class="link_glossary" href="/glossary/A/Artemia" rel="/glossary/A/Artemia?hover=true">Artemia</a></em> and suchlike will result in the best colouration and encourage the fish to come into breeding condition.'), (104407, 2288, 'behaviour', 'Not an aggressive fish but best kept with other hillstream-dwelling <a class="link_glossary" href="/glossary/s/species" rel="/glossary/s/species?hover=true">species</a> such as <em>Danio</em>, <em>Devario</em>, other small <em>Puntius</em>, <em>Garra</em> and balitorid loaches. That said provided its oxygen and temperature requirements can be met it can be mixed with most peaceful fish too large to be considered food. A <a class="link_glossary" href="/glossary/b/biotope" rel="/glossary/b/biotope?hover=true">biotope</a>-style <a class="link_glossary" href="/glossary/c/community" rel="/glossary/c/community?hover=true">community</a> based around <a class="link_glossary" href="/glossary/s/species" rel="/glossary/s/species?hover=true">species</a> from hill streams of the Western Ghats would also make an interesting project with <em><a class="link_species" href="/species/puntius-filamentosus" rel="/species/puntius-filamentosus/?hover=true">Puntius filamentosus</a></em>, <em><a class="link_species" href="/species/puntius-fasciatus" rel="/species/puntius-fasciatus/?hover=true">P. fasciatus</a></em>, <em><a class="link_species" href="/species/puntius-narayani" rel="/species/puntius-narayani/?hover=true">P. narayani</a></em>, <em><a class="link_species" href="/species/puntius-ticto" rel="/species/puntius-ticto/?hover=true">P. ticto</a></em>, <em>Barilius bakeri</em>, <em>B. canarensis</em>, <em><a class="link_species" href="/speciesario-aequipinnatus" rel="/speciesario-aequipinnatus/?hover=true">Devario aequipinnatus</a></em>, <em><a class="link_species" href="/speciesario-malabaricus" rel="/speciesario-malabaricus/?hover=true">D. malabaricus</a></em>, <em>Rasbora daniconius</em>, <em>Laubuca laubuca</em>, <em>Nemacheilus rupelli</em>, <em>Mesonemacheilus triangularis</em> and <em><a class="link_species" href="/species/mesonoemacheilus-guentheri" rel="/species/mesonoemacheilus-guentheri/?hover=true">M. guentheri</a></em> among the numerous suitable <a class="link_glossary" href="/glossary/s/species" rel="/glossary/s/species?hover=true">species</a> available in the trade at times.\r\n\r\nIt''s a shoaling <a class="link_glossary" href="/glossary/s/species" rel="/glossary/s/species?hover=true">species</a> by nature and really should be kept in a group of at least 8-10 specimens. Maintaining it in decent numbers will not only make the fish less nervous but will result in a more effective, natural-looking display while allowing individuals some respite from the vigorous alpha male(s). Males will also display their best colours and some interesting behaviour as they compete with one other for female attention. In particular the dominant individual in a given group will develop some stunning colouration.'), (104408, 2288, 'dimorphism', 'The male is noticeably slimmer and more brightly coloured than the female especially when the fish are in <a class="link_glossary" href="/glossary/s/spawning" rel="/glossary/s/spawning?hover=true">spawning</a> condition. Most notably the body colouration is more intense, <a class="link_glossary" href="/glossary/v/ventral" rel="/glossary/v/ventral?hover=true">ventral</a> fins tipped with white, other finnage redder and prominent tubercules develop around the <a class="link_glossary" href="/glossary/s/snout" rel="/glossary/s/snout?hover=true">snout</a> and head in sexually <a class="link_glossary" href="/glossary/m/mature" rel="/glossary/m/mature?hover=true">mature</a> specimens.'), (104409, 2288, 'reproduction', 'We''re not sure if it has been bred in the hobby although it should certainly be possible. Like most cyprinids this <a class="link_glossary" href="/glossary/s/species" rel="/glossary/s/species?hover=true">species</a> is an <a class="link_glossary" href="/glossary/e/egg" rel="/glossary/e/egg?hover=true">egg</a>-scattering, continuous spawner that exhibits no <a class="link_glossary" href="/glossary/p/parental%20care" rel="/glossary/p/parental%20care?hover=true">parental care</a>. That is to say when the fish are in good condition they will <a class="link_glossary" href="/glossary/s/spawn" rel="/glossary/s/spawn?hover=true">spawn</a> often and in a well-furnished, <a class="link_glossary" href="/glossary/m/mature" rel="/glossary/m/mature?hover=true">mature</a> <a class="link_glossary" href="/glossary/a/aquarium" rel="/glossary/a/aquarium?hover=true">aquarium</a> it is feasible that small numbers of <a class="link_glossary" href="/glossary/f/fry" rel="/glossary/f/fry?hover=true">fry</a> may start to appear without human intervention.\r\n\r\nHowever if you want to increase the yield of <a class="link_glossary" href="/glossary/f/fry" rel="/glossary/f/fry?hover=true">fry</a> a slightly more controlled approach is required and we suggest using an approach that has proven successful for similar members of the <a class="link_glossary" href="/glossary/g/genus" rel="/glossary/g/genus?hover=true">genus</a> as a starting point. The adult group can still be conditioned together but one or more small, say 18" x 10" x 10"/45cm x 25cm x 25cm/29.5 <a class="link_glossary" href="/glossary/l/litre" rel="/glossary/l/litre?hover=true">litre</a> containers should also be set up and half-filled with water. These should be very dimly lit with the <a class="link_glossary" href="/glossary/b/base" rel="/glossary/b/base?hover=true">base</a> either left bare or covered with some kind of mesh of a large enough grade so that any eggs that fail to adhere to the plant can pass through but small enough so that the adults cannot reach them. The widely available plastic ''grass''-<a class="link_glossary" href="/glossary/t/type" rel="/glossary/t/type?hover=true">type</a> matting can also be used and works very well. A decent-sized clump of Java moss or other fine-leaved plant should also be added filling perhaps half the available space. The water should be around <a class="link_glossary" href="/glossary/n/neutral" rel="/glossary/n/neutral?hover=true">neutral</a> <a class="link_glossary" href="/glossary/p/pH" rel="/glossary/p/pH?hover=true">pH</a>, <a class="link_glossary" href="/glossary/G/GH" rel="/glossary/G/GH?hover=true">gH</a> <8, with a slightly raised temperature of 75 - 80°F. A small air-powered <a class="link_glossary" href="/glossary/s/sponge%20filter" rel="/glossary/s/sponge%20filter?hover=true">sponge filter</a> bubbling away very gently is all that is needed in terms of filtration.\r\n\r\nWhen the adult fish are well-conditioned and the females appear full of eggs a single <a class="link_glossary" href="/glossary/p/pair" rel="/glossary/p/pair?hover=true">pair</a> should then be introduced to each container. If conditions are to their liking they should <a class="link_glossary" href="/glossary/s/spawn" rel="/glossary/s/spawn?hover=true">spawn</a> the following morning. Be sure to provide plenty of cover for the female as the male may be quite aggressive in his pursuit of her. In some cases she might even require a period of post-<a class="link_glossary" href="/glossary/s/spawning" rel="/glossary/s/spawning?hover=true">spawning</a> rehabilitation in a <a class="link_glossary" href="/glossary/t/tank" rel="/glossary/t/tank?hover=true">tank</a> that does not contain any males.\r\n\r\nThe adults will eat the eggs given the chance and should be removed as soon as any are noticed. Incubation in <em>Puntius</em> eggs is temperature-dependant to an extent but usually takes between 20 and 48 hours with the young free-swimming 24 to 48 hours later. Initial food should be <em>Paramecium</em> or similar introducing <em><a class="link_glossary" href="/glossary/A/Artemia" rel="/glossary/A/Artemia?hover=true">Artemia</a></em> <a class="link_glossary" href="/glossary/n/nauplii" rel="/glossary/n/nauplii?hover=true">nauplii</a> and/or <a class="link_glossary" href="/glossary/m/microworm" rel="/glossary/m/microworm?hover=true">microworm</a> once the <a class="link_glossary" href="/glossary/f/fry" rel="/glossary/f/fry?hover=true">fry</a> are large enough to accept them.'), (104410, 2288, 'misc_notes', 'This beautiful <a class="link_glossary" href="/glossary/s/species" rel="/glossary/s/species?hover=true">species</a> is not often seen in the hobby, presumably as a result of its limited distribution, and tends to command a relatively high price when available. It may be seen on sale under the trade names ''Maharaja'' or ''Khavli'' <a class="link_glossary" href="/glossary/b/barb" rel="/glossary/b/barb?hover=true">barb</a>.\r\n\r\nThe <a class="link_glossary" href="/glossary/g/genus" rel="/glossary/g/genus?hover=true">genus</a> <em>Puntius</em> is currently viewed as something of a catch-all for well over 100 <a class="link_glossary" href="/glossary/s/species" rel="/glossary/s/species?hover=true">species</a> of small cyprinid. Most experts agree that a full <a class="link_glossary" href="/glossary/r/revision" rel="/glossary/r/revision?hover=true">revision</a> is required, with the likely outcome that many <a class="link_glossary" href="/glossary/s/species" rel="/glossary/s/species?hover=true">species</a> will be placed into new or different <a class="link_glossary" href="/glossary/g/genera" rel="/glossary/g/genera?hover=true">genera</a>. When describing the <a class="link_glossary" href="/glossary/g/genus" rel="/glossary/g/genus?hover=true">genus</a> in 1822, Hamilton identified the defining characteristics as: "absence or presence of <a class="link_glossary" href="/glossary/m/maxillary" rel="/glossary/m/maxillary?hover=true">maxillary</a> only or <a class="link_glossary" href="/glossary/r/rostral" rel="/glossary/r/rostral?hover=true">rostral</a> and <a class="link_glossary" href="/glossary/m/maxillary" rel="/glossary/m/maxillary?hover=true">maxillary</a> barbels; <a class="link_glossary" href="/glossary/d/dorsal" rel="/glossary/d/dorsal?hover=true">dorsal</a> <a class="link_glossary" href="/glossary/f/fin" rel="/glossary/f/fin?hover=true">fin</a> with last <a class="link_glossary" href="/glossary/s/simple%20ray" rel="/glossary/s/simple%20ray?hover=true">simple ray</a> <a class="link_glossary" href="/glossary/s/serrate" rel="/glossary/s/serrate?hover=true">serrate</a> or entire, <a class="link_glossary" href="/glossary/b/branched%20rays" rel="/glossary/b/branched%20rays?hover=true">branched rays</a> usually 8; anal <a class="link_glossary" href="/glossary/f/fin" rel="/glossary/f/fin?hover=true">fin</a> with last <a class="link_glossary" href="/glossary/s/simple%20ray" rel="/glossary/s/simple%20ray?hover=true">simple ray</a> entire, <a class="link_glossary" href="/glossary/b/branched%20rays" rel="/glossary/b/branched%20rays?hover=true">branched rays</a> usually 5; <a class="link_glossary" href="/glossary/l/lateral%20line" rel="/glossary/l/lateral%20line?hover=true">lateral line</a> complete or incomplete, <a class="link_glossary" href="/glossary/l/lateral" rel="/glossary/l/lateral?hover=true">lateral</a>-line scales 17-36 in row; <a class="link_glossary" href="/glossary/c/cephalic" rel="/glossary/c/cephalic?hover=true">cephalic</a> <a class="link_glossary" href="/glossary/c/cutaneous" rel="/glossary/c/cutaneous?hover=true">cutaneous</a> <a class="link_glossary" href="/glossary/p/papillae" rel="/glossary/p/papillae?hover=true">papillae</a> minute or absent; <a class="link_glossary" href="/glossary/p/pharyngeal%20teeth" rel="/glossary/p/pharyngeal%20teeth?hover=true">pharyngeal teeth</a> in 3 rows, usually 2,3,5/5,3,2; colour pattern extremely variable." All the <a class="link_glossary" href="/glossary/s/species" rel="/glossary/s/species?hover=true">species</a> currently in the <a class="link_glossary" href="/glossary/g/genus" rel="/glossary/g/genus?hover=true">genus</a> are <a class="link_glossary" href="/glossary/n/native" rel="/glossary/n/native?hover=true">native</a> to Southeast Asia, India and Sri Lanka.\r\n\r\nThe other main source of confusion with <em>Puntius</em> is that some authors do not recognise all the member <a class="link_glossary" href="/glossary/s/species" rel="/glossary/s/species?hover=true">species</a> as such, rather following Walter Rainboth (1996) and preferring to place some into the alternative <a class="link_glossary" href="/glossary/g/genus" rel="/glossary/g/genus?hover=true">genus</a> <em>Systomus</em>. Rainboth proposed that <em>Systomus</em> should be reinstated (it was first erected in the 19th century) as a valid <a class="link_glossary" href="/glossary/g/genus" rel="/glossary/g/genus?hover=true">genus</a> on account of the fact that in its current state <em>Puntius</em> would seem to constitute a <a class="link_glossary" href="/glossary/p/polyphyletic" rel="/glossary/p/polyphyletic?hover=true">polyphyletic</a> grouping i.e. not all of its members appear to have descended from the same common ancestor. The defining characteristics of a <em>Systomus</em> <a class="link_glossary" href="/glossary/s/species" rel="/glossary/s/species?hover=true">species</a> are (according to Rainboth) a <a class="link_glossary" href="/glossary/s/serrated" rel="/glossary/s/serrated?hover=true">serrated</a> (vs. smooth in <em>Puntius</em>) <a class="link_glossary" href="/glossary/d/dorsal" rel="/glossary/d/dorsal?hover=true">dorsal</a> <a class="link_glossary" href="/glossary/s/spine" rel="/glossary/s/spine?hover=true">spine</a>, the presence of 2 or 4 barbels (vs. always 2) and less than 12 <a class="link_glossary" href="/glossary/g/gill" rel="/glossary/g/gill?hover=true">gill</a> rakers (vs. 12-20). SF tentatively lists all <a class="link_glossary" href="/glossary/s/species" rel="/glossary/s/species?hover=true">species</a> as <em>Puntius</em> at present.'), (167927, 2288, 'etymology', ''), (104421, 2288, 'attached_media', 'a:4:{i:0;s:5:"22881";i:1;s:5:"22882";i:2;s:5:"22883";i:3;s:5:"22884";}'), (150578, 2288, 'references', 'a:2:{i:0;a:5:{s:13:"ref_doc_title";s:67:"Assemblage structure of stream fishes in the Western Ghats (India).";s:12:"ref_pub_year";s:0:"";s:13:"ref_page_nums";s:5:"1-31.";s:14:"ref_publishers";s:17:"Hydrobiologia 430";s:11:"ref_authors";s:19:"Arunachalam M. 2000";}i:1;a:5:{s:13:"ref_doc_title";s:0:"";s:12:"ref_pub_year";s:0:"";s:13:"ref_page_nums";s:0:"";s:14:"ref_publishers";s:16:"www.fishbase.org";s:11:"ref_authors";s:0:"";}}'), (167925, 2288, '_edit_lock', '1341244017:4'), (167928, 2288, 'species_author', 'Silas'), (167929, 2288, 'year_described', '1953'), (167930, 2288, 'beginner_suitability', '3'), (167931, 2288, 'type_of_fish', '2')
wp_postmeta
INSERT INTO `wp_posts` (`ID`, `post_author`, `post_date`, `post_date_gmt`, `post_content`, `post_title`, `post_excerpt`, `post_status`, `comment_status`, `ping_status`, `post_password`, `post_name`, `to_ping`, `pinged`, `post_modified`, `post_modified_gmt`, `post_content_filtered`, `post_parent`, `guid`, `menu_order`, `post_type`, `post_mime_type`, `comment_count`) VALUES
(2288, 4, '2012-03-13 13:24:32', '2012-03-13 13:24:32', '', 'Puntius sahyadriensis', 'This beautiful species is not often seen in the hobby, presumably as a result of its limited distribution, and tends to command a relatively high price when available. It may be seen on sale under the trade names 'Maharaja' or 'Khavli' barb.\r\n\r\nThe genus Puntius is currently viewed as something of a catch-all for well over 100 species of small cyprinid. Most experts agree that a full revision is required, with the likely outcome that many species will be placed into new or di...', 'publish', 'open', 'open', '', 'puntius-sahyadriensis', '', '', '2012-07-02 16:48:43', '2012-07-02 15:48:43', '', 0, 'http://www.seriouslyfish.com/?post_type=species&p=2288', 0, 'species', '', 0);
wp_posts
<a class="link_glossary" href="/glossary/n/native" rel="/glossary/n/native?hover=true">native</a>
正如您所看到的，物种概况的内容非常冗长。希望这也会向您展示我想用来获取弹出窗口的那种链接：
filter.php我的问题是：我正在运行的过滤器，其详细信息可以在第一个链接的帖子中找到，或者直接here用于{{1}文件，根本没有足够的效率来处理这么多数据库字段和这么多信息。
当我第一次开始使用新的WordPress驱动的CMS时，过滤器确实有效，因为我在导入数据时在localhost WAMP安装上运行它。花了将近40分钟来完成所有数据。
我的问题是：我如何创建有效的内容过滤器，考虑到数据量和数据库字段数量？
答案 0 :(得分：16)
wp_postmeta (meta_id, post_id, meta_key, meta_value)
wp_glossary (glossary_id, glossary_key, glossary_value)
wp_relation (meta_id, glossary_id)
wp_relation存储wp_glossary和wp_postmeta之间的关系。以下是wp_postmeta条目的示例：
<强>维护
坦克 应该种植漂浮的植物。一个 应该提供丰富的藏身之处，因为 物种 喜欢 白天躲起来。 Bogwood ，岩石洞穴和PVC管道都是 适合此目的。 Sand 应该用作 底物 作为 多刺的鳗鱼经常喜欢埋葬自己。调光灯会 鼓励鱼更频繁地从藏身之处冒险。一个 因为鳗鱼可以通过它找到它的方式需要紧密的引擎盖 最小的差距。水流应该像鱼一样温和 主要栖息在野外静水区。
以下是wp_glossary的条目
的示例glossary_id | glossary_key | glossary_value
101 tank ......
102 species ......
103 bogwood ......
104 sand ......
105 substrate ......
以下是wp_relation如何保持词汇表和postmeta关系的示例。假设上面的postmeta的id是405
glossary_id | meta_id
101 405
102 405
103 405
104 405
105 405
一旦您可以维护上述数据库结构，您可以通过在wp_relation中搜索wp_postmeta的条目id轻松地为每个wp_postmeta构建词汇表链接。然后，使用str_replace填充指向您内容的链接。
要提高性能，您可以将结果内容缓存在HTML中。将缓存过期设置为1或2天（取决于您更新词汇表和网站流量的频率）。您可以使用memcached，file或database来存储缓存。
最困难的任务是维护我们的数据库关系。有两个主要操作会改变数据库关系。
添加/编辑Postmeta ：重建词汇表及其内容之间的关系。下面是可用于构建关系的算法。我相信还有其他更好的方法。 代码不完整（我还没有测试过），但这足以让你理解算法。
// Initialize text to add glossary link
$desc = "Tank should be well planted with floating plants also used.
An abundance of hiding places should be provided as this species
likes to hide away during the day. Bogwood, rock caves and PVC
piping are all suitable for this purpose. Sand should be used as
substrate as the spiny eels often like to bury themselves.
Dimmer lighting will encourage the fish to venture from
its hiding places more often. A close-fitting hood is required
as the eel can find its way through the smallest of gaps. Water
flow should be fairly gentle as the fish mainly inhabits
areas of still water in the wild.";
// Split text into list of words
$split = preg_split("/[.,\s]+/", $desc);
// Frequency English words
$freq['will'] = true;
$freq['also'] = true;
$freq['with'] = true;
$freq['about'] = true;
$freq['back'] = true;
$freq['been'] = true;
$freq['were'] = true;
$freq['want'] = true;
// Get list of unqiue word and elimate unnessary words
foreach($split as $value) {
$value = strtolower($value);
if (strlen($value) < 4) continue;
if (is_numeric($value)) continue;
if (isset($freq[$value])) continue;
if (!isset($hash[$value])) $hash[$value] = true;
}
// Join the list for search
$keys = "";
foreach ($hash as $key => $value)
$keys .= "^{$key}|";
$keys = rtrim($keys, '|');
// Search for list of glossary
$glossary;
$result = mysql_query("SELECT glossary_id,glossary_key FROM wp_glossary WHERE gossary_key REGEXP '{$keys}'")
if ($result) {
while($row = mysql_fetch_row($result)) {
if (strpos($desc, $row[1]) !== false)
$glossary[$row[0]] = $row[1];
}
}
// You can start to construct the relation from this $glossary
// by loop throught it one by one and insert it into wp_relation
print_r($glossary);
删除Postmeta：删除此postmeta与词汇表之间的关系。
让我们说你找到哪个物种配置文件使用词汇表“bogwood”。您可以通过wp_relation轻松跟踪它。
1 的。首先，str_replace将如何影响我的物种配置文件，其中包含现有代码，即href或img代码？
如果没有a link词汇表和物种名称，它不会影响您的物种概况。
2 的。其次，您已经提到了词汇表条目，但没有提到稍微复杂的物种/物种名称。我会为这些使用单独的表，还是将它们合并为一个？
您可以使用单独的表来存储物种名称和postmeta之间的关系，或者您可以简单地将物种名称视为带有特殊标志的术语表术语（需要更改词汇表的结构）
3 的。然后，我如何指定词汇表条目和物种概况之间的差异（标签中的不同类别）？
回答取决于您在第二个问题中使用哪种方法。
答案 1 :(得分：2)
这是另一个想法，在客户端做标记。
将分类法提取为文本文件并缓存“转换术语”。
guppie
salmon
当读者正在阅读页面并重写网址时，让JS通过它们;
<a href="/section/guppie">guppie</a> and a <a href="/section/salmon">salmon</a>
自从我曾经在这里进行过一次旧讨论以来，网上必须有更多关于此方法的内容。
我也偶然发现WP Custom Taxonomies上的这个啧啧可能与您的情况有关。
答案 2 :(得分：2)
您考虑过Ternary Search Tree吗？
这是我在面对“在文本质量中找到x个单词数量”的问题时所支持的数据结构。
示例树构建（fin，filter，caudal，gal，gaudy）：
f
/|\
caudal* i ga
| |
n* l*
/ \
lter* udy*
* = end node
算法将遵循：
这是good example。
优点是树可以预先计算并以某种序列化形式存储。通常甚至可以将预构建的树构建或转移到客户端并在浏览器中进行匹配。