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import {stitchArrays} from '#sugar';
import {collectTreeLeaves} from '#wiki-data';
export default {
contentDependencies: [
'generateArtTagAncestorDescendantMapList',
'linkArtTagDynamically',
],
extraDependencies: ['html', 'language', 'wikiData'],
sprawl: ({artTagData}) =>
({artTagData}),
query(sprawl, artTag) {
const baobab = artTag.ancestorArtTagBaobabTree;
const uniqueLeaves = new Set(collectTreeLeaves(baobab));
// Just match the order in tag data.
const furthestAncestorArtTags =
sprawl.artTagData
.filter(artTag => uniqueLeaves.has(artTag));
return {furthestAncestorArtTags};
},
relations: (relation, query, sprawl, artTag) => ({
artTagLink: relation('linkArtTagDynamically', artTag),
furthestAncestorArtTagMapLists:
query.furthestAncestorArtTags
.map(ancestorArtTag =>
relation('generateArtTagAncestorDescendantMapList',
ancestorArtTag,
artTag)),
}),
data: query => ({
furthestAncestorArtTagNames:
query.furthestAncestorArtTags
.map(ancestorArtTag => ancestorArtTag.name),
}),
generate: (data, relations, {html, language}) => ({
leftSidebarContent: [
html.tag('h1',
relations.artTagLink),
stitchArrays({
name: data.furthestAncestorArtTagNames,
list: relations.furthestAncestorArtTagMapLists,
}).map(({name, list}) =>
html.tag('details',
{
class: 'has-tree-list',
open: relations.furthestAncestorArtTagMapLists.length === 1,
},
[
html.tag('summary',
html.tag('span', {class: 'group-name'},
language.sanitize(name))),
list,
])),
],
}),
};
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