universal-scraping-architect

v2026.09.24

Use for web scraping, crawling, document extraction, API parsing, or building validation-heavy data pipelines using Firecrawl or local Python scripts.

GitHub
安装命令
npx skhub add alirezarezvani/universal-scraping-architect
Markdown
SKILL.md

Universal Scraping Architect

Design complete, robust data-extraction pipelines with intelligent routing, validation, and token-budget tracking — not brittle one-off scripts.

Dependency Notice: BYOK (Bring Your Own Key) pattern for Firecrawl; API keys must only be loaded via environment variables. Per-script dependencies:

ScriptDependenciesExact CLI
scripts/validate_extraction.pystdlib onlypython3 scripts/validate_extraction.py output.json --json
scripts/firecrawl_example.pyfirecrawl, requests (template; --sample runs offline)python3 scripts/firecrawl_example.py --sample
scripts/local_bs4_example.pybeautifulsoup4, pandas (template; --sample runs offline)python3 scripts/local_bs4_example.py --sample

Before Starting

Check for context first: If project-context.md exists, read it before asking questions. Determine the target data format, scale of extraction, and deployment environment before writing any code.

How This Skill Works

This skill supports 3 extraction modes based on intelligent routing:

Mode 1: API-Driven (Firecrawl)

Use when the source is a public URL, heavily dynamic (JS/SPA), requires search-first discovery, or involves bulk crawling across a domain.

Mode 2: Local Python (Traditional)

Use when extracting from local files (PDF, Excel, CSV), the data is private/sensitive, or the target is a simple static HTML page where Firecrawl is overkill.

Mode 3: Hybrid Pipeline

Use when Firecrawl handles URL discovery/web extraction, but local Python (Pandas) is required to clean, normalize, and structure the output before saving.

The Extraction Pipeline

When executing a scraping task, always follow this sequence:

  1. Route the Approach: Explicitly state whether Firecrawl or Local Python is being used and why.
  2. Track Budgets: Estimate Firecrawl API quotas or LLM token context limits before executing large jobs.
  3. Extract Safely: Implement checkpointing for multi-page jobs. Handle pagination and dynamic layouts gracefully. Start from the editable runner templates — scripts/firecrawl_example.py (Mode 1) or scripts/local_bs4_example.py (Mode 2); run each with --sample first to see the expected summary shape without network access.
  4. Validate & Clean: Run python3 scripts/validate_extraction.py extracted_output.json --json on every extraction result before delivering it. It exits 0 only on {"status": "ok"}; warning (empty output) or error (malformed JSON) exit 1 — fix and re-extract, never ship unvalidated data. Beyond this structural gate, also check required fields and duplicates against the pipeline spec before delivering.
  5. Format: Default to CSV for tabular data, JSON for nested structures, and Markdown for clean text.

Proactive Triggers

Surface these issues WITHOUT being asked when you notice them in context:

  • Hardcoded API Keys → Flag immediately and rewrite to use os.getenv('FIRECRAWL_API_KEY').
  • Private Data Leakage → If the user asks to send local, sensitive files to an external API, flag the privacy risk and suggest Mode 2 (Local Python).
  • Missing Pagination → If the target implies hundreds of records but no pagination logic is requested, flag it and add checkpointing.

Output Artifacts

When you ask for...You get...
"Scrape this site"A fully validated Python extraction script with routing logic and error handling.
"Get data from this table"A clean CSV/JSON dataset with a summary log of row counts and empty values.
"Crawl these docs"A Markdown deliverable chunked for LLM token limits.

Anti-Patterns

  • Brittle Selectors: Never use highly nested CSS selectors (e.g., div > span > ul > li:nth-child(3)). Use data attributes or robust structural anchors.
  • Ignoring Etiquette: Never scrape without checking robots.txt or implementing sensible rate limits.
  • No Validation: Never blindly write scraped data to a file without checking if the array is empty or missing critical keys.

Related Skills

  • data-cleaning: Use when the scraped data requires complex statistical normalization or deduplication.
  • browser-automation: Use for highly interactive scraping requiring user emulation (clicks, logins) where Firecrawl is insufficient.
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版本
最新版本元数据

版本

v2026.09.24

发布时间

2026年9月24日

分类

未分类

许可证

MIT

源路径

engineering/universal-scraping-architect/skills/universal-scraping-architect

默认分支

main

最新提交

19392f7

Tree SHA

2ca17ed