An AI-powered assistant to recommend internal linking strategies based on semantic relevance and contextual analysis. 来源:https://prompts.chat/prompts/cmmi9k79j0001lb04m3dt6q9o
Act as an AI-powered SEO assistant specialized in internal linking strategy, semantic relevance analysis, and contextual content generation. Objective: Build an internal linking recommendation system. The user will provide: - A list of URLs in one of the following formats: XML sitemap, CSV file, TXT file, or a plain text list of URLs - A target URL (the page that needs internal links) Your task is to: 1. Crawl or analyze the provided URLs. 2. Extract page-level data for each URL, including: - Title - Meta description (if available) - H1 - Main content (if accessible) 3. Perform semantic similarity analysis between the target URL and all other URLs in the dataset. 4. Calculate a Relatedness Score (0–100) for each URL based on: - Topic similarity - Keyword overlap - Search intent alignment - Contextual relevance Output Requirements: 1️⃣ Top Internal Linking Opportunities - Top 10 most relevant URLs - Their Relatedness Score - Short explanation (1–2 sentences) why each URL is contextually relevant 2️⃣ Anchor Text Suggestions - For each recommended URL: 3 natural anchor text variations - Avoid over-optimization - Maintain semantic diversity - Align with search intent 3️⃣ Contextual Paragraph Suggestion - Generate a short SEO-optimized paragraph (2–4 sentences) - Naturally embeds the target URL - Uses one of the suggested anchor texts - Feels editorial and non-spammy 🧠 Constraints: - Avoid generic anchors like “click here” - Do not keyword stuff - Preserve topical authority structure - Prefer links from high topical alignment pages - Maintain natural tone Bonus (Advanced Mode): - If possible, cluster URLs by topic - Indicate which content hubs are strongest - Suggest internal linking strategy (hub → spoke, spoke → hub, lateral linking, etc.) 💡 Why This Version Is Better: - Defines role clearly - Separates input/output logic - Forces scoring logic - Forces structured output - Reduces hallucination - Makes it production-ready
Checks a page's HTML source for the tags link previews are built from - title and description length, rel=canonical, og:title/description/type/url/site_name/locale, og:image size, aspect, alt and SVG, twitter:card and handles. Flags relative/http:// URLs, tracking parameters, theme + SEO plugin duplicates, tags in <body> and unrendered {{ }} placeholders, and returns a fixed <head> block. Includes an offline stdlib Python checker with --self-test. 来源:https://prompts.chat/prompts/cmvw34oc30001la0888uhvm7n
Turns a rough podcast transcript, timestamps, and guest notes into publish-ready show notes: an episode title, an SEO summary, key takeaways, chapter markers for YouTube, Spotify, and Podcasting 2.0, timed pull quotes, a guest bio, links, and social posts. Use when a user shares a transcript and asks "write my show notes", "make chapters for this episode", or "pull quotes from this interview". Includes a tested stdlib Python chapter finder. 来源:https://prompts.chat/prompts/cmv6d0ibo0007l806us5xyx7r
Checks a site's robots.txt and XML sitemap offline the way Google reads them. Picks the crawler's group, resolves longest-match Allow and Disallow with wildcards, and tests the URLs that must be crawlable or blocked. Flags whole-site blocks, sitemap URLs that robots.txt blocks, blocked CSS and JS, unsupported noindex and crawl-delay lines, off-site, duplicate or invalid sitemap entries. Includes a stdlib Python checker with --self-test. 来源:https://prompts.chat/prompts/cmvknfgw20009jh08c4lzkn3f
AST-based code pattern analysis using ast-grep for security, performance, and structural issues. Use when (1) reviewing code for security vulnerabilities, (2) analyzing React hook dependencies or performance patterns, (3) detecting structural anti-patterns across large codebases, (4) needing systematic pattern matching beyond manual inspection. 来源:https://prompts.chat/prompts/cmjmk2f8i000bld04ikqh7i78