/* global usercss saveStyle getStyles */ 'use strict'; // eslint-disable-next-line no-var var usercssHelper = (() => { function buildMeta(style) { if (style.usercssData) { return Promise.resolve(style); } try { const {sourceCode} = style; // allow sourceCode to be normalized delete style.sourceCode; return Promise.resolve(Object.assign(usercss.buildMeta(sourceCode), style)); } catch (e) { return Promise.reject(e); } } function buildCode(style) { return usercss.buildCode(style); } function wrapReject(pending) { return pending.then(result => ({status: 'success', result})) .catch(err => ({status: 'error', result: err.message || String(err)})); } // Parse the source and find the duplication function build({sourceCode, checkDup = false}, noReject) { const pending = buildMeta({sourceCode}) .then(style => Promise.all([ buildCode(style), checkDup && findDup(style) ])) .then(([style, dup]) => ({style, dup})); if (noReject) { return wrapReject(pending); } return pending; } function save(style, noReject) { const pending = buildMeta(style) .then(assignVars) .then(buildCode) .then(saveStyle); if (noReject) { return wrapReject(pending); } return pending; function assignVars(style) { if (style.reason === 'config' && style.id) { return style; } return findDup(style) .then(dup => { if (dup) { style.id = dup.id; if (style.reason !== 'config') { // preserve style.vars during update usercss.assignVars(style, dup); } } return style; }); } } function findDup(style) { if (style.id) { return getStyles({id: style.id}).then(s => s[0]); } return getStyles().then(styles => styles.find(target => { if (!target.usercssData) { return false; } return target.usercssData.name === style.usercssData.name && target.usercssData.namespace === style.usercssData.namespace; }) ); } function openInstallPage(tabId, request) { const url = '/install-usercss.html' + '?updateUrl=' + encodeURIComponent(request.updateUrl) + '&tabId=' + tabId; return wrapReject(openURL({url})); } return {build, save, findDup, openInstallPage}; })();