Sha256: 0aed9b7ec0e837dd32597dd2e4a4dcec96db3e9bd0eca0606555c5053d157a47
Contents?: true
Size: 1.76 KB
Versions: 23
Compression:
Stored size: 1.76 KB
Contents
'use strict'; const _ = require('lodash'); const report = require('../../utils/report'); const ruleMessages = require('../../utils/ruleMessages'); const validateOptions = require('../../utils/validateOptions'); const ruleName = 'selector-max-empty-lines'; const messages = ruleMessages(ruleName, { expected: (max) => `Expected no more than ${max} empty ${max === 1 ? 'line' : 'lines'}`, }); function rule(max, options, context) { const maxAdjacentNewlines = max + 1; return (root, result) => { const validOptions = validateOptions(result, ruleName, { actual: max, possible: _.isNumber, }); if (!validOptions) { return; } const violatedCRLFNewLinesRegex = new RegExp(`(?:\r\n){${maxAdjacentNewlines + 1},}`); const violatedLFNewLinesRegex = new RegExp(`\n{${maxAdjacentNewlines + 1},}`); const allowedLFNewLinesString = context.fix ? '\n'.repeat(maxAdjacentNewlines) : ''; const allowedCRLFNewLinesString = context.fix ? '\r\n'.repeat(maxAdjacentNewlines) : ''; root.walkRules((rule) => { const selector = rule.raws.selector ? rule.raws.selector.raw : rule.selector; if (context.fix) { const newSelectorString = selector .replace(new RegExp(violatedLFNewLinesRegex, 'gm'), allowedLFNewLinesString) .replace(new RegExp(violatedCRLFNewLinesRegex, 'gm'), allowedCRLFNewLinesString); if (rule.raws.selector) { rule.raws.selector.raw = newSelectorString; } else { rule.selector = newSelectorString; } } else if ( violatedLFNewLinesRegex.test(selector) || violatedCRLFNewLinesRegex.test(selector) ) { report({ message: messages.expected(max), node: rule, index: 0, result, ruleName, }); } }); }; } rule.ruleName = ruleName; rule.messages = messages; module.exports = rule;
Version data entries
23 entries across 23 versions & 1 rubygems