This project crawls the Japanese Zara website and extracts structured product data with speed and reliability. Itβs built to handle large catalog sections, parse clean metadata, and deliver consistent results for analysis or automation workflows. The scraper keeps things lightweight while capturing the essentials developers usually need.
Created by Bitbash, built to showcase our approach to Scraping and Automation!
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This tool automates the process of collecting data from zara.com/jp/ja, turning raw HTML into polished, ready-to-use records. It helps developers, analysts, and ecommerce teams avoid manual copy-paste tasks and gather fresh catalog information at scale.
- Uses a fast HTML parsing layer to extract structured elements from each product page.
- Follows provided start URLs and crawls deeper based on discovered links.
- Limits page volume according to configurable crawl caps.
- Stores output in a structured dataset with consistent fields.
- Logs each captured entry for improved traceability.
| Feature | Description |
|---|---|
| High-speed crawling | Efficiently processes Zara JP pages using a lightweight crawler. |
| DOM parsing with Cheerio | Extracts text, prices, titles, and metadata from static HTML. |
| Configurable input | Supports start URLs, page caps, and custom crawl settings. |
| Structured output | Stores clean, uniform JSON records for downstream tools. |
| Modular codebase | Easy to modify, extend, or integrate with larger workflows. |
| Field Name | Field Description |
|---|---|
| title | The page or product title extracted from the HTML. |
| url | The scraped page URL. |
| price | Parsed product price when available. |
| category | Inferred product category from page structure. |
| description | Short product description text. |
| images | Array of extracted image URLs. |
| metadata | Any additional structured attributes found on the page. |
[
{
"title": "γ‘γ³γΊ γ«γΌγγ£γ¬γ³",
"url": "https://www.zara.com/jp/ja/example-item.html",
"price": "Β₯7,990",
"category": "men knitwear",
"description": "Soft knit cardigan with button fastening.",
"images": [
"https://static.zara.net/photos/.../1.jpg",
"https://static.zara.net/photos/.../2.jpg"
],
"metadata": {
"color": "black",
"availability": "in stock"
}
}
]
JP Zara Scraper/
βββ src/
β βββ main.ts
β βββ crawler/
β β βββ cheerioCrawler.ts
β β βββ linkManager.ts
β βββ extractors/
β β βββ productParser.ts
β β βββ htmlUtils.ts
β βββ storage/
β β βββ datasetWriter.ts
β βββ config/
β βββ input-schema.json
βββ data/
β βββ input.sample.json
β βββ sample-output.json
βββ package.json
βββ tsconfig.json
βββ README.md
- Market analysts use it to track product availability and pricing so they can monitor retail trends.
- Ecommerce teams use it to benchmark competitors, helping them adjust catalog strategy.
- Automation engineers use it to feed product feeds into dashboards, keeping data pipelines fresh.
- Researchers use it to study apparel categories and seasonal patterns with minimal manual work.
- Developers use it to integrate Zara JP product data into internal tools or prototypes.
Does this scraper handle dynamic content? Itβs optimized for static HTML responses. If a page relies heavily on client-side rendering, only server-delivered HTML is captured.
Can I limit how many pages it scrapes? Yes β you can set a maximum page count through the input configuration.
What happens if a page fails to load? The crawler retries intelligently and logs failures without stopping the entire run.
Can I customize the extracted fields? Absolutely. The parsing modules are modular, making it simple to add or adjust selectors.
Primary Metric: Average scraping speed reaches several pages per second due to lightweight HTML parsing, even when crawling multiple product categories.
Reliability Metric: Typical success rates exceed 95% per run, supported by retry logic and resilient request handling.
Efficiency Metric: CPU and memory usage stay low thanks to Cheerioβs minimal overhead, enabling large crawls without heavy resource requirements.
Quality Metric: Extracted records maintain high completeness across titles, URLs, and visible metadata, with consistent structure suitable for analytics workflows.
