MediaWiki-API-Ergebnis

{
    "batchcomplete": "",
    "continue": {
        "gapcontinue": "Resource_(Objekt)",
        "continue": "gapcontinue||"
    },
    "warnings": {
        "main": {
            "*": "Subscribe to the mediawiki-api-announce mailing list at <https://lists.wikimedia.org/mailman/listinfo/mediawiki-api-announce> for notice of API deprecations and breaking changes."
        },
        "revisions": {
            "*": "Because \"rvslots\" was not specified, a legacy format has been used for the output. This format is deprecated, and in the future the new format will always be used."
        }
    },
    "query": {
        "pages": {
            "291": {
                "pageid": 291,
                "ns": 0,
                "title": "Regular-Expression",
                "revisions": [
                    {
                        "contentformat": "text/x-wiki",
                        "contentmodel": "wikitext",
                        "*": "{{\u00dcberarbeiten}}\n==Beschreibung==\nRegul\u00e4re Ausdr\u00fccke sind Muster, mit denen man den Aufbau von Zeichenketten beschreibt.\n\n==Characters==\n{| class=\"prettytable\"\n|- class=\"hintergrundfarbe1\"\n! Ausdruck || Bedeutung\n|-\n| <code>x</code>\n| The character x\n|-\n| <code>\\\\</code>\n| The backslash character\n|-\n| <code>\\0n</code>\n| The character with octal value 0n (0 <= n <= 7)\n|-\n| <code>\\0nn</code>\n| The character with octal value 0nn (0 <= n <= 7)\n|-\n| <code>\\0mnn</code>\n| The character with octal value 0mnn (0 <= m <= 3, 0 <= n <= 7)\n|-\n| <code>\\xhh</code>\n| The character with hexadecimal value 0xhh\n|-\n| <code>\\uhhhh</code>\n| The character with hexadecimal value 0xhhhh\n|-\n| <code>\\t</code>\n| The tab character ('\\u0009')\n|-\n| <code>\\n</code>\n| The newline (line feed) character ('\\u000A')\n|-\n| <code>\\r</code>\n| The carriage-return character ('\\u000D')\n|-\n| <code>\\f</code>\n| The form-feed character ('\\u000C')\n|-\n| <code>\\a</code>\n| The alert (bell) character ('\\u0007')\n|-\n| <code>\\e</code>\n| The escape character ('\\u001B')\n|-\n| <code>\\cx</code>\n| The control character corresponding to x\n|}\n\n==Character classes==\n{| class=\"prettytable\"\n|- class=\"hintergrundfarbe1\"\n! Ausdruck || Bedeutung\n|-\n| <code>[abc]</code>\n| a, b, or c (simple class)\n|-\n| <code>[^abc]</code>\n| Any character except a, b, or c (negation)\n|-\n| <code>[a-zA-Z]</code>\n| a through z or A through Z, inclusive (range)\n|-\n| <code>[a-d[m-p]]</code>\n| a through d, or m through p: [a-dm-p] (union)\n|-\n| <code>[a-z&&[def]]</code>\n| d, e, or f (intersect1)\n|-\n| <code>[a-z&&[^bc]]</code>\n| a through z, except for b and c: [ad-z] (subtraction)\n|-\n| <code>[a-z&&[^m-p]]</code>\n| a through z, and not m through p: [a-lq-z](subtraction)\n|}\n\n\n==Predefined character classes==\n{| class=\"prettytable\"\n|- class=\"hintergrundfarbe1\"\n! Ausdruck || Bedeutung\n|-\n| <code>.</code>\n| Any character\n|-\n| <code>\\d</code>\n| A digit: [0-9]\n|-\n| <code>\\D</code>\n| A non-digit: [^0-9]\n|-\n| <code>\\s</code>\n| A whitespace character: [ \\t\\n\\x0B\\f\\r]\n|-\n| <code>\\S</code>\n| A non-whitespace character: [^\\s]\n|-\n| <code>\\w</code>\n| A word character: [a-zA-Z_0-9]\n|-\n| <code>\\W</code>\n| A non-word character: [^\\w]\n|}\n\n\n==POSIX character classes (US-ASCII only)==\n{| class=\"prettytable\"\n|- class=\"hintergrundfarbe1\"\n! Ausdruck || Bedeutung\n|-\n| <code>\\p{Lower}</code>\n| A lower-case alphabetic character: [a-z]\n|-\n| <code>\\p{Upper}</code>\n| An upper-case alphabetic character:[A-Z]\n|-\n| <code>\\p{ASCII}</code>\n| All ASCII:[\\x00-\\x7F]\n|-\n| <code>\\p{Alpha}</code>\n| An alphabetic character:[\\p{Lower}\\p{Upper}]\n|-\n| <code>\\p{Digit}</code>\n| A decimal digit: [0-9]\n|-\n| <code>\\p{Alnum}</code>\n| An alphanumeric character:[\\p{Alpha}\\p{Digit}]\n|-\n| <code>\\p{Punct}</code>\n| Punctuation: One of !\"#$%&'()*+,-./:;<=>?@[\\]^_`{|}~\n|-\n| <code>\\p{Graph}</code>\n| A visible character: [\\p{Alnum}\\p{Punct}]\n|-\n| <code>\\p{Print}</code>\n| A printable character: [\\p{Graph}]\n|-\n| <code>\\p{Blank}</code>\n| A space or a tab: [ \\t]\n|-\n| <code>\\p{Cntrl}</code>\n| A control character: [\\x00-\\x1F\\x7F]\n|-\n| <code>\\p{XDigit}</code>\n| A hexadecimal digit: [0-9a-fA-F]\n|-\n| <code>\\p{Space}</code>\n| A whitespace character: [ \\t\\n\\x0B\\f\\r]\n|}\n\n\n==Classes for Unicode blocks and categories==\n{| class=\"prettytable\"\n|- class=\"hintergrundfarbe1\"\n! Ausdruck || Bedeutung\n|-\n| <code>\\p{InGreek}</code>\n| A character in the Greek block (simple block)\n|-\n| <code>\\p{Lu}</code>\n| An uppercase letter (simple category)\n|-\n| <code>\\p{Sc}</code>\n| A currency symbol\n|-\n| <code>\\P{InGreek}</code>\n| Any character except one in the Greek block (negation)\n|-\n| <code>[\\p{L}&&[^\\p{Lu}]]</code>\n| Any letter except an uppercase letter (subtraction)\n|}\n\n\n==Boundary matchers==\n{| class=\"prettytable\"\n|- class=\"hintergrundfarbe1\"\n! Ausdruck || Bedeutung\n|-\n| <code>^</code>\n| The beginning of a line\n|-\n| <code>$</code>\n| The end of a line\n|-\n| <code>\\b</code>\n| A word boundary\n|-\n| <code>\\B</code>\n| A non-word boundary\n|-\n| <code>\\A</code>\n| The beginning of the input\n|-\n| <code>\\G</code>\n| The end of the previous match\n|-\n| <code>\\Z</code>\n| The end of the input but for the final terminator, if any\n|-\n| <code>\\z</code>\n| The end of the input\n|}\n\n\n==Greedy quantifiers==\n{| class=\"prettytable\"\n|- class=\"hintergrundfarbe1\"\n! Ausdruck || Bedeutung\n|-\n| <code>X?</code>\n| X, once or not at all\n|-\n| <code>X*</code>\n| X, zero or more times\n|-\n| <code>X+</code>\n| X, one or more times\n|-\n| <code>X{n}</code>\n| X, exactly n times\n|-\n| <code>X(n,}</code>\n| X, at least n times\n|-\n| <code>X{n,m}</code>\n| X, at least n but not more than m times\n|}\n\n\n==Reluctant quantifiers==\n{| class=\"prettytable\"\n|- class=\"hintergrundfarbe1\"\n! Ausdruck || Bedeutung\n|-\n| <code>X??</code>\n| X, once or not at all\n|-\n| <code>X*?</code>\n| X, zero or more times\n|-\n| <code>X+?</code>\n| X, one or more times\n|-\n| <code>X{n}?</code>\n| X, exactly n times\n|-\n| <code>X(n,}?</code>\n| X, at least n times\n|-\n| <code>X{n,m}?</code>\n| X, at least n but not more than m times\n|}\n\n\n==Possessive quantifiers==\n{| class=\"prettytable\"\n|- class=\"hintergrundfarbe1\"\n! Ausdruck || Bedeutung\n|-\n| <code>X?+</code>\n| X, once or not at all\n|-\n| <code>X*+</code>\n| X, zero or more times\n|-\n| <code>X++</code>\n| X, one or more times\n|-\n| <code>X{n}+</code>\n| X, exactly n times\n|-\n| <code>X(n,}+</code>\n| X, at least n times\n|-\n| <code>X{n,m}+</code>\n| X, at least n but not more than m times\n|}\n\n==Logical operators==\n{| class=\"prettytable\"\n|- class=\"hintergrundfarbe1\"\n! Ausdruck || Bedeutung\n|-\n| <code>XY</code>\n| X followed by Y\n|-\n| <code>X|Y</code>\n| Either X or Y\n|-\n| <code>(X)</code>\n| X, as a capturing group\n|}\n\n==Back references==\n{| class=\"prettytable\"\n|- class=\"hintergrundfarbe1\"\n! Ausdruck || Bedeutung\n|-\n| <code>$n</code>\n| Whatever the n-th capturing group matched\n|}\n\n==Quotation==\n{| class=\"prettytable\"\n|- class=\"hintergrundfarbe1\"\n! Ausdruck || Bedeutung\n|-\n| <code>\\</code>\n| Nothing, but quotes the following character\n|-\n| <code>\\Q</code>\n| Nothing, but quotes all characters until \\E\n|-\n| <code>\\E</code>\n| Nothing, but ends quoting started by \\Q\n|}\n\n==Special constructs (non-capturing)==\n{| class=\"prettytable\"\n|- class=\"hintergrundfarbe1\"\n! Ausdruck || Bedeutung\n|-\n| <code>(?:X)</code>\n| X, as a non-capturing group\n|-\n| <code>(?idmsux-idmsux)</code>\n| Nothing, but turns match flags on - off\n|-\n| <code>(?idmsux-idmsux:X)</code>\n| X, as a non-capturing group with the given flags on - off\n|-\n| <code>(?=X)</code>\n| X, via zero-width positive lookahead\n|-\n| <code>(?!X)</code>\n| X, via zero-width negative lookahead\n|-\n| <code>(?<=X)</code>\n| X, via zero-width negative lookahead\n|-\n| <code>(?>X)</code>\n| X, as an independent, non-capturing group\n|}\n\n==Embedded flag expressions==\n{| class=\"prettytable\"\n|- class=\"hintergrundfarbe1\"\n! Ausdruck || Bedeutung\n|-\n| <code>(?u)</code>\n| Pattern.UNICODE_CASE\n|-\n| <code>(?s)</code>\n| Pattern.DOTALL\n|-\n| <code>(?m)</code>\n| Pattern.MULTILINE\n|-\n| <code>(?i)</code>\n| Pattern.CASE_INSENSITIVE\n|-\n| <code>(?x)</code>\n| Pattern.COMMENTS\n|-\n| <code>(?d)</code>\n| Pattern.UNIX_LINES\n|-\n| <code>---</code>\n| Pattern.CANON_EQ (not available)\n|}\n\n\n<noinclude>\n[[Category:SPML]]\n[[Category:Qualit\u00e4t_des_Inhalts_pr\u00fcfen]]\n[[Category:Qualit\u00e4t_der_Sprache_pr\u00fcfen]]\n[[Category:Qualit\u00e4t_des_Codes_pr\u00fcfen]]\n</noinclude>"
                    }
                ]
            },
            "398": {
                "pageid": 398,
                "ns": 0,
                "title": "RepositoryTreeNode (Objekt)",
                "revisions": [
                    {
                        "contentformat": "text/x-wiki",
                        "contentmodel": "wikitext",
                        "*": "==Name==\nRepositoryTreeNode - Element eines Repository-Baumes\n\n==Beschreibung==\nUm B\u00e4ume mit Hilfe von SPML darzustellen, werden alle Element des Baums in einer flachen Liste abgelegt. Um die hierarchischen Ebenen abzubilden, werden die Element des Baum in einem <code>RepositoryTreeNode</code>-Objekt gekapselt. Dieses Objekt besitzt Attribute, mit denen die Position des\nElementes innerhalb der Baumstruktur ermittelt werden kann. Somit kann \u00fcber eine einfache Schleife, z.B. mit <code>sp:loop</code>, eine Baumstruktur in HTML (als unsortierte Liste) erzeugt werden. Zwar ist das Element des Baumes vom <code>RepositoryTreeNode</code> gekapselt, dennoch k\u00f6nnen alle Attribute dieses Elements direkt verwendet werden. Damit ist gemeint, dass nicht erst <code>reference</code> verwendet werden muss, um beispielsweise an den Namen des Elementes zu gelangen.\n elementNode.reference.name\nist identisch mit\n elementNode.name\n\nSollte das Element ein gleichnamiges Attribut wie <code>RepositoryTreeNode</code> besizten, wird das\n<code>RepositoryTreeNode</code>-Attribut zur\u00fcckgegeben. In dem Fall muss <code>reference</code> verwendet werden, um das Attribut des Elementes zu erhalten.\n\n==Attribute==\n{| class=\"prettytable sortable\"\n|- class=\"hintergrundfarbe1\"\n! Attribut || Type || Beschreibung || ab IES Version\n|-\n| index\n| [[Number]]\n| Position des Elementes innerhalb seiner Ebene. Das erste Element hat den index <code>0</code>\n| 1\n|-\n| level\n| [[Number]]\n| Ebene, in der sich das Element befindet. Das Root-Element hat die Ebene <code>0</code>\n| 1\n|-\n| isFirst\n| [[Boolean]]\n| Gibt an, ob das Element das erste Element innerhalb seiner Ebene ist\n| 1\n|-\n| isLast\n| [[Boolean]]\n| Gibt an, ob das Element das letzte Element innherhalb seiner Ebene ist\n| 1\n|-\n| isPool\n| [[Boolean]]\n| Gibt an, ob das Element ein Pool ist\n| 1\n|-\n| isOpen\n| [[Boolean]]\n| Gibt an, ob das Element ge\u00f6ffnet ist\n| 1\n|-\n| hasChildren\n| [[Boolean]]\n| Gibt an, ob das Element weitere Unter-Element enth\u00e4lt\n| 1\n|-\n| path\n| [[Collection]]&nbsp;<[[RepositoryTreeNode]]>\n| Liste aller <code>RepositoryTreeNode</code>, die den Pfad zu diesem Element bilden. Das erste Element ist das Root-Element. Das Letzte ist dieses Element der Liste\n| 1\n|-\n| reference\n| [[Element]]\n| Gibt das Element zur\u00fcck, das vom <code>RepositoryTreeNode</code> gekapselt wird\n| 1\n|}\n\n<noinclude>\n[[Category:Objekte]]\n[[Category:Qualit\u00e4t_des_Codes_pr\u00fcfen]]\n</noinclude>"
                    }
                ]
            }
        }
    }
}