/wos-paper-detail

name: wos-paper-detail
description: Get detailed information for a paper by WoS ID (e.g., WOS:000779183600001).
argument-hint: "[WoS ID or full-record URL]"
user-invocable: true
disable-model-invocation: false

WoS Paper Detail

Navigate to a WoS full record page and extract comprehensive paper metadata.

Steps

Step 1: Parse Input

Accept either:

• WoS Accession Number: `WOS:000779183600001`
• Full URL: `https://www.webofscience.com/wos/woscc/full-record/WOS:000779183600001`

Extract the WoS ID if a full URL is provided.

Step 2: Navigate

navigate_page({
  url: "{BASE_URL}/wos/woscc/full-record/{WOS_ID}",
  initScript: "Object.defineProperty(navigator, 'webdriver', {get: () => undefined})"
})

Step 3: Extract Full Record Data

async () => {
  // Wait for full record to load
  for (let i = 0; i < 30; i++) {
    if (document.querySelector('[data-ta="FullRTa-fullRecordtitle-0"]')) break;
    await new Promise(r => setTimeout(r, 500));
  }
  await new Promise(r => setTimeout(r, 1500));

  // Check access
  if (document.body.innerText.includes('Sign in') && !document.querySelector('[data-ta="FullRTa-fullRecordtitle-0"]')) {
    return { status: 'login_required' };
  }

  // Helper: get value for a labeled field (h3 label -> parent's non-h3 children)
  const getField = (label) => {
    const h3 = [...document.querySelectorAll('h3')].find(h => h.textContent.trim() === label);
    if (!h3) return '';
    const parent = h3.parentElement;
    const valueEls = [...parent.children].filter(el => el.tagName !== 'H3');
    return valueEls.map(s => s.textContent?.trim()).join(' ').substring(0, 300) || '';
  };

  // Title
  const title = document.querySelector('[data-ta="FullRTa-fullRecordtitle-0"]')?.textContent?.trim() || '';

  // Authors
  const authors = [...document.querySelectorAll('[data-ta^="SumAuthTa-DisplayName-author-en"]')]
    .map(a => a.textContent?.trim());

  // Abstract
  const abstract = document.querySelector('div.abstract--instance')?.textContent?.trim() || '';

  // Source/Journal - extract only journal name from the JCR sidenav component
  let source = '';
  const sourceSpan = document.querySelector('h3[data-ta="FullRTa-sourceLabel"]')?.parentElement?.querySelector('span.section-label-data');
  if (sourceSpan) {
    // The span contains app-jcr-sidenav with journal name + popup. Get first text content before "arrow_back"
    const fullText = sourceSpan.textContent?.trim() || '';
    source = fullText.split('arrow_back')[0].trim();
  }
  if (!source) {
    source = document.querySelector('.summary-source-title-link')?.firstChild?.textContent?.trim() || '';
  }

  // DOI - try link first, fall back to h3 label extraction
  const doiEl = document.querySelector('a[href*="doi.org"]');
  const doi = doiEl?.textContent?.trim() || doiEl?.href?.replace(/.*doi\.org\//, '') || getField('DOI');

  // Metadata fields
  const volume = getField('Volume');
  const issue = getField('Issue');
  const pages = getField('Page');
  const published = getField('Published');
  const earlyAccess = getField('Early Access');
  const docType = getField('Document Type');
  const language = getField('Language');
  const accessionNumber = getField('Accession Number');
  const issn = getField('ISSN');
  const eissn = getField('eISSN');

  // Keywords - use parentElement.querySelectorAll('a') to get ALL keyword links
  const getKeywords = (label) => {
    const h3 = [...document.querySelectorAll('h3')].find(h => h.textContent.trim() === label);
    if (!h3) return [];
    return [...h3.parentElement.querySelectorAll('a')].map(a => a.textContent?.trim()).filter(Boolean);
  };
  const authorKeywords = getKeywords('Author Keywords');
  const keywordsPlus = getKeywords('Keywords Plus');

  // Categories
  const researchAreas = getField('Research Areas');
  const wosCategories = getField('Web of Science Categories');

  // Citations - full record page uses FullRRPTa selectors, NOT stat-number selectors
  const citedLinks = [...document.querySelectorAll('a[data-ta*="times-cited-count-link"]')];
  // WOSCC link text is "992 In Web of Science Core Collection" - extract leading number
  const extractNum = (text) => (text?.match(/^[\d,]+/) || ['0'])[0];
  const wosccCited = extractNum(citedLinks.find(a => a.getAttribute('data-ta')?.includes('-WOSCC'))?.textContent?.trim());
  const alldbCited = extractNum(citedLinks.find(a => a.getAttribute('data-ta')?.includes('-ALLDB'))?.textContent?.trim());
  const mainCited = extractNum(citedLinks.find(a => /^\d/.test(a.textContent?.trim()))?.textContent?.trim());
  const citedCount = wosccCited || mainCited || '0';

  // References
  const refsCount = document.querySelector('a[data-ta*="refCountLink"]')?.textContent?.trim() || '0';

  // JIF - extract from JCR popup/sidenav text content
  let jif = '', jifYear = '', jifFiveYear = '', jcrQuartile = '';
  const jcrPopup = document.querySelector('[class*="journal-content"], app-jcr-sidenav');
  if (jcrPopup) {
    const jcrText = jcrPopup.textContent || '';
    // Pattern: "Journal Impact Factor ™20242.8Five Year3.4"
    const jifMatch = jcrText.match(/Impact Factor\s*(?:™|TM)?\s*(\d{4})\s*([\d.]+)/);
    if (jifMatch) { jifYear = jifMatch[1]; jif = jifMatch[2]; }
    const fyMatch = jcrText.match(/Five Year\s*([\d.]+)/);
    if (fyMatch) jifFiveYear = fyMatch[1];
    // Quartile: "159/316 Q3" pattern in JCR summary
    const qMatch = jcrText.match(/\d+\/\d+\s*(Q[1-4])/);
    if (qMatch) jcrQuartile = qMatch[1];
  }

  // Full text links
  const ftLinks = [...document.querySelectorAll('a[data-ta^="FRLinkTa"]')].map(a => ({
    text: a.textContent?.trim()?.replace(/open_in_new/g, '').trim(),
    href: a.href
  })).filter(l => l.text);

  return {
    status: 'ok',
    title, authors, abstract, source, doi,
    volume, issue, pages, published, earlyAccess,
    docType, language, accessionNumber, issn, eissn,
    authorKeywords, keywordsPlus,
    researchAreas, wosCategories,
    citedCount,