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XML data types » XML data classes

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Vocabulary
xml.data

Class description
Tuple representing an XML tag, delegating to a name, containing the slots attrs (an alist of names to strings) and children (a sequence). Tags implement the sequence protocol by acting like a sequence of its chidren, and the assoc protocol by acting like its attributes.

See also
<tag>, name, contained-tag, xml

Definition

USING: sequences ;

IN: xml.data

TUPLE: tag
    { name name initial: T{ name } }
    { attrs attrs initial: T{ attrs } }
    { children sequence initial: f } ;

Methods

USING: accessors assocs kernel xml.data ;

M: tag >alist [ attrs>> ] call \ >alist execute ;


USING: xml.data xml.syntax.inverse ;

M: tag >xml ;


USING: accessors combinators inverse kernel xml.data
xml.syntax.inverse ;

M: tag [undo-xml]
    {
        [
            name>> main>> [ [ name>> main>> ] ] dip
            [ =/fail ] curry compose
        ]
        [ attrs>> undo-attrs ]
        [ children>> [undo-xml] [ [ children>> ] ] dip compose ]
    } cleave [ tri ] 3curry ;


USING: accessors assocs kernel xml.data ;

M: tag assoc-clone-like
    [ attrs>> ] call \ assoc-clone-like execute ;


USING: accessors assocs kernel xml.data ;

M: tag assoc-like [ attrs>> ] call \ assoc-like execute ;


USING: accessors assocs kernel xml.data ;

M: tag assoc-size [ attrs>> ] call \ assoc-size execute ;


USING: accessors assocs kernel xml.data ;

M: tag at* [ attrs>> ] call \ at* execute ;


USING: accessors assocs kernel xml.data ;

M: tag clear-assoc [ attrs>> ] call \ clear-assoc execute ;


USING: kernel xml.data ;

M: tag clone tag clone-slots ;


USING: accessors assocs kernel xml.data ;

M: tag delete-at [ attrs>> ] call \ delete-at execute ;


USING: xml.data xml.syntax.private ;

M: tag interpolate-item interpolate-tag ;


USING: accessors kernel sequences xml.data ;

M: tag length [ children>> ] call \ length execute ;


USING: accessors kernel sequences xml.data ;

M: tag lengthen [ children>> ] call \ lengthen execute ;


USING: accessors kernel sequences xml.data ;

M: tag like
    over tag?
    [ drop ]
    [ [ name>> ] keep attrs>> rot dup [ V{ } like ] when <tag> ]
    if ;


USING: accessors assocs kernel xml.data ;

M: tag new-assoc [ attrs>> ] call \ new-assoc execute ;


USING: accessors kernel sequences xml.data ;

M: tag new-resizable
    [ children>> ] call \ new-resizable execute ;


USING: accessors kernel sequences xml.data ;

M: tag new-sequence [ children>> ] call \ new-sequence execute ;


USING: accessors kernel sequences xml.data ;

M: tag nth [ children>> ] call \ nth execute ;


USING: accessors kernel sequences.private xml.data ;

M: tag nth-unsafe [ children>> ] call \ nth-unsafe execute ;


USING: accessors assocs kernel xml.data ;

M: tag set-at [ attrs>> ] call \ set-at execute ;


USING: accessors kernel sequences xml.data ;

M: tag set-length [ children>> ] call \ set-length execute ;


USING: accessors kernel sequences xml.data ;

M: tag set-nth [ children>> ] call \ set-nth execute ;


USING: accessors kernel sequences.private xml.data ;

M: tag set-nth-unsafe
    [ children>> ] call \ set-nth-unsafe execute ;

This documentation was generated offline from a load-all image. If you want, you can also browse the documentation from within the UI developer tools. See the Factor website for more information.

Factor 0.99 x86.64 (2168, heads/master-c0150244ae, Jun 20 2022 14:04:16)