Revert b515cc90e9
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7cb38f5525
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4f99b98ed8
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@ -108,20 +108,20 @@ export const mfmLanguage = P.createLanguage({
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strike: r => P.regexp(/~~(.+?)~~/, 1).map(x => createTree('strike', r.inline.atLeast(1).tryParse(x), {})),
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strike: r => P.regexp(/~~(.+?)~~/, 1).map(x => createTree('strike', r.inline.atLeast(1).tryParse(x), {})),
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motion: r => {
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motion: r => {
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const paren = P.regexp(/\(\(\(([\s\S]+?)\)\)\)/, 1);
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const paren = P.regexp(/\(\(\(([\s\S]+?)\)\)\)/, 1);
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const xml = P.regexp(/<motion>(.+)<\/motion>/, 1);
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const xml = P.regexp(/<motion>(.+?)<\/motion>/, 1);
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return P.alt(paren, xml).map(x => createTree('motion', r.inline.atLeast(1).tryParse(x), {}));
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return P.alt(paren, xml).map(x => createTree('motion', r.inline.atLeast(1).tryParse(x), {}));
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},
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},
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spin: r => {
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spin: r => {
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return P((input, i) => {
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return P((input, i) => {
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const text = input.substr(i);
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const text = input.substr(i);
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const match = text.match(/^<spin(\s[a-z]+?)?>(.+)<\/spin>/i);
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const match = text.match(/^<spin(\s[a-z]+?)?>(.+?)<\/spin>/i);
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if (!match) return P.makeFailure(i, 'not a spin');
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if (!match) return P.makeFailure(i, 'not a spin');
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return P.makeSuccess(i + match[0].length, {
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return P.makeSuccess(i + match[0].length, {
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content: match[2], attr: match[1] ? match[1].trim() : null
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content: match[2], attr: match[1] ? match[1].trim() : null
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});
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});
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}).map(x => createTree('spin', r.inline.atLeast(1).tryParse(x.content), { attr: x.attr }));
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}).map(x => createTree('spin', r.inline.atLeast(1).tryParse(x.content), { attr: x.attr }));
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},
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},
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jump: r => P.regexp(/<jump>(.+)<\/jump>/, 1).map(x => createTree('jump', r.inline.atLeast(1).tryParse(x), {})),
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jump: r => P.regexp(/<jump>(.+?)<\/jump>/, 1).map(x => createTree('jump', r.inline.atLeast(1).tryParse(x), {})),
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flip: r => P.regexp(/<flip>(.+?)<\/flip>/, 1).map(x => createTree('flip', r.inline.atLeast(1).tryParse(x), {})),
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flip: r => P.regexp(/<flip>(.+?)<\/flip>/, 1).map(x => createTree('flip', r.inline.atLeast(1).tryParse(x), {})),
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center: r => r.startOfLine.then(P.regexp(/<center>([\s\S]+?)<\/center>/, 1).map(x => createTree('center', r.inline.atLeast(1).tryParse(x), {}))),
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center: r => r.startOfLine.then(P.regexp(/<center>([\s\S]+?)<\/center>/, 1).map(x => createTree('center', r.inline.atLeast(1).tryParse(x), {}))),
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inlineCode: () => P.regexp(/`([^´\n]+?)`/, 1).map(x => createLeaf('inlineCode', { code: x })),
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inlineCode: () => P.regexp(/`([^´\n]+?)`/, 1).map(x => createLeaf('inlineCode', { code: x })),
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