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dokuwiki.org/plugin:include|plugin:include info]] page at dokuwiki.org. ===== Syntax ===== Simply enclose the ID of the page to be included in double curly brackets: {{page>[id]#[section]&[flags]}} {{section>[id]#[section]&[flags]}} ^ [id] | page ID of the page to include; some [[#macros]] are p... ') | required | ^ [section] | limits the included page to a specific section and its subsections | optio

the datafiles to be as readable as possible. This page contains all possible syntax you may use when edi... e pages. Simply have a look at the source of this page by pressing the //Edit this page// button at the top or bottom of the page. If you want to try something, just use the [[playground:playground|playground]] page. The simpler markup is easily accessible via [[doku>toolbar|quickbuttons]], too. =====

in a wiki. For instance, the ways to add a new page in this wiki ((and I'm not naming the Dokuwiki ap... standard procedure)) are - editing an existing page to add a link to the page-to-be, saving, clicking... answering "yes" to the do-you-want-to-create-this-page question; - typing the path and name of the page-to-be in the URL field of the browser, requesting the URL, then answering "yes" to the do-you-want

iki.org/plugin:orphanswanted|orphanswanted plugin page]]: ==== Description ==== Use this plugin to fin... ted show which pages are: * **Orphans** (the page exists, but it has no links to it) * **Wanted** (the page does not exist, but there are link(s) to it elsewhere on the site) * **Valid** (the page exists, and it can be reached through a link) Each table shows the reference count and a link

ven't yet set up a "random homepage" or "whatever page was last visited becomes homepage" function, but ... tree-like) site organization; "home" could be any page in the site, served up randomly, or perhaps the last-looked-at page((as I already mentioned)), as long as there aren't orphan pages or unconnected clusters of pages. Ultimately, this "root node" page may be deleted. Or this site could become a **[[f

sur le parsing. ==== Machines de Turing ==== {{page>c_et_c_def_1&nofooter}} === Exemple === * \$ ... t) \$ | \$ \left( q,\rightarrow\right) \$ | {{page>c_et_c_def_2&nofooter}} === Exemple === {{page>c_et_c_def_3&nofooter}} === Calcul (déf.) === {{page>c_et_c_def_calc&nofooter}} === Exercice =

lème avec la méthode POST de HTML : rafraichir la page renvoye les valeurs de nouveau, déclenchant la mê... de suite derrière le premier (sans rafraichir la page) verra sa demande refusée car son token ne corres... flow.com/questions/2650110/using-hash-to-check-if-page-with-post-values-was-refreshed|abordée ]] sur sta... is en encore plus court). header("Location: new-page.php"); ==== Wikipedia HTTP 303 ==== The HTTP re

====== Définitions Utilisées en Calculabilité et Complexité ====== ===== En-tête 2 ===== {{page>c_et_c_def_1}} ---- {{page>c_et_c_def_2}} ---- {{page>c_et_c_def_3}} ---- {{page>c_et_c_def_4}}

1.5 Machines de Turing non-déterministes ===== {{page>c_et_c_def_8}} === Exemple === FIXME faut faire un dessin === déf : semi-décidabilité === {{page>c_et_c_def_9}} === déf : décision === {{page>c_et_c_def_a}} === déf : calcule === {{page>c_et_c_def_b}} === Remarque === Toute MT est un MTND.

ersonnel/vialle/| Prof. Stéphane Vialle]] pour sa page perso, et [[http://www.metz.supelec.fr/metz/personnel/vialle/course/Unistra-M2-ILC-PSDG/|page avec supports spécifique à notre cours]]. * [[paralle... ait par des boutons qui apparaissent en bas de la page lorsque le curseur y passe. Il est aussi possible

matrice de substitution. === ==== Suite ==== {{page>bioinfo_diff_eq&nofooter}} === Appliquer la méth... un système de 4 équations différentielles ==== {{page>bioinfo_5_3&nofooter}} ==== Solution du problème... évolutive ===== FIXME : Traitement incomplet : {{page>bioinfo_5_4&nofooter}} ===== Matrices de substit

cs II]] I hope that helps. ---- ==== About This Page ==== __This is (**just**) a page to test the ava... iases. (see above-mentioned resource). === This Page's Table === ^ command ^ Result ^ | \bullet | <j

===== I.3 Fonctions Récursives ===== {{page>c_et_c_def_5&nofooter}} === Exemple 1 : retournement === \$ f : \omega \rightarrow \omega^R \$ === Exemple 2 : incrément unaire === === Exercice : incrément binaire === Rajouter 1 en binaire dans le sens "habituel". ==== Fonctions entières récursives ==== {{page>c_et_c_def_7}} ==== Langages récursivement énumerables ==== === Semi-décidabilité === {{page>c_et_c_def_8}}

* bar-left blinx * clearer * page : structure determined by page contents * cle