ddgs-9-14-4

name	ddgs-9-14-4
description	Metasearch library aggregating results from 10+ web search services (Google, Bing, DuckDuckGo, Brave, Yahoo, Yandex, Wikipedia, Startpage, Mojeek, Grokipedia). Provides text, image, video, news, and book search plus URL content extraction. Use when searching the web, finding images/videos/news, extracting page content, or running a local search API server without API keys.

DDGS 9.14.4 — Dux Distributed Global Search

Overview

DDGS is a Python metasearch library that aggregates results from diverse web search services through a single unified API. It supports 5 search categories (text, images, videos, news, books) across 10+ backends, with optional API server, MCP server, and DHT peer-to-peer cache network.

Requires Python 3.10+. Base install has zero external API keys needed.

When to Use

• Web text search across multiple engines (Google, Bing, DuckDuckGo, Brave, Yahoo, Yandex, Wikipedia, Startpage, Mojeek, Grokipedia)
• Image search with filters (size, color, type, layout, license)
• Video search with resolution/duration/license filters
• News search with time-based filtering
• Book search via Anna's Archive
• URL content extraction (Markdown, plain text, rich text, raw HTML, bytes)
• Running a local REST API server for search (FastAPI, port 4479)
• Integrating as an MCP server tool for AI agents

Core Concepts

DDGS Class

The DDGS class is lazy-loaded (imported via metaclass proxy). It accepts proxy, timeout, and verify arguments in the constructor. All search methods return list[dict[str, str]].

from ddgs import DDGS

results = DDGS().text("python programming", max_results=5)

Search Engines

Each search category has dedicated backends. The backend parameter selects which engine to use ("auto" tries all available). Results are deduplicated and ranked by a built-in aggregator.

Method	Available backends
text()	bing, brave, duckduckgo, google, grokipedia, mojeek, startpage, yandex, yahoo, wikipedia
images()	bing, duckduckgo
videos()	duckduckgo
news()	bing, duckduckgo, yahoo
books()	annasarchive

DDGS Class Constructor

DDGS(proxy: str | None = None, timeout: int = 5, verify: bool | str = True)

• proxy — HTTP proxy URL (http://user:pass@host:port, socks5h://...)
• timeout — HTTP request timeout in seconds (default: 5)
• verify — SSL verification: True (verify), False (skip), or path to PEM file

Common Parameters

All search methods share these parameters unless noted:

• query (str, required) — Search query string
• region (str) — Region code like us-en, uk-en, ru-ru. Default: "us-en"
• safesearch (str) — "on", "moderate", "off". Default: "moderate"
• timelimit (str | None) — Time filter: "d" (day), "w" (week), "m" (month), "y" (year). Default: None
• max_results (int | None) — Maximum results to return. Default: 10
• page (int) — Result page number. Default: 1
• backend (str) — Engine name or "auto". Default: "auto"

Usage Examples

Text Search

from ddgs import DDGS

# Basic search
results = DDGS().text("live free or die", region="us-en", safesearch="off")
for r in results:
    print(r["title"], r["href"])

# Search with time limit and specific backend
results = DDGS().text("python tutorial", timelimit="m", backend="google")

# Filetype search
results = DDGS().text("russia filetype:pdf", safesearch="off", timelimit="y")

Each result is a dict with title, href, body keys.

Image Search

from ddgs import DDGS

results = DDGS().images(
    query="butterfly",
    region="us-en",
    safesearch="off",
    timelimit="m",
    size="Large",
    color="Monochrome",
    license_image="Public",
)
for r in results:
    print(r["title"], r["image"], f"{r['width']}x{r['height']}", r["source"])

Image result keys: title, image, thumbnail, url, height, width, source.

Additional filters: size (Small/Medium/Large/Wallpaper), color, type_image (photo/clipart/gif/transparent/line), layout (Square/Tall/Wide), license_image (any/Public/Share/ShareCommercially/Modify/ModifyCommercially).

Video Search

from ddgs import DDGS

results = DDGS().videos(
    query="tutorial",
    resolution="high",
    duration="short",
)
for r in results:
    print(r["title"], r["content"], r["duration"])

Video result keys include title, content (watch URL), description, duration, embed_html, embed_url, images (large/medium/motion/small dict), provider, published, publisher, statistics (viewCount), uploader.

News Search

from ddgs import DDGS

results = DDGS().news("technology", timelimit="d", backend="bing")
for r in results:
    print(r["date"], r["title"], r["url"])

News result keys: date, title, body, url, image, source.

Book Search

from ddgs import DDGS

results = DDGS().books("sea wolf jack london")
for r in results:
    print(r["title"], r["author"], r["publisher"])

Book result keys: title, author, publisher, info, url, thumbnail.

URL Content Extraction

from ddgs import DDGS

# Markdown output (default)
result = DDGS().extract("https://example.com")
print(result["content"])  # Markdown text

# Plain text
result = DDGS().extract("https://example.com", fmt="text_plain")

# Raw HTML
result = DDGS().extract("https://example.com", fmt="text")

# Raw bytes
result = DDGS().extract("https://example.com", fmt="content")

Output formats: text_markdown (default), text_plain, text_rich, text, content.

CLI Usage

# Text search
ddgs text -q "python" --max-results 5

# Image search
ddgs images -q "cats"

# News with time limit
ddgs news -q "tech" --timelimit d

# Save to JSON
ddgs text -q "dogs" -o results.json --format json

# Save to CSV
ddgs text -q "dogs" -o results.csv --format csv

# Extract URL content
ddgs extract -u https://example.com
ddgs extract -u https://example.com -f text_plain

Installation

pip install -U ddgs       # Base install (text, images, videos, news, books, extract)
pip install -U ddgs[api]  # + API server (FastAPI)
pip install -U ddgs[mcp]  # + MCP server (stdio transport)
pip install -U ddgs[dht]  # + DHT peer-to-peer cache network

Base dependencies: click, primp, lxml, httpx[http2,socks,brotli], fake-useragent.

API Server

Start a FastAPI server on port 4479 (requires ddgs[api]):

ddgs api              # Start in foreground
ddgs api -d           # Start detached (background)
ddgs api -s           # Stop detached server
ddgs api --host 127.0.0.1 --port 4479
ddgs api -pr socks5h://127.0.0.1:9150  # With proxy

Endpoints

Endpoint	Method	Description
/search/text	GET, POST	Text search
/search/images	GET, POST	Image search
/search/news	GET, POST	News search
/search/videos	GET, POST	Video search
/search/books	GET, POST	Book search
/extract	GET, POST	Extract content from URL
/health	GET	Health check
/docs	GET	Swagger UI
/redoc	GET	ReDoc documentation

Docker Compose

git clone https://github.com/deedy5/ddgs && cd ddgs
docker-compose up --build

MCP Server

Requires ddgs[mcp]. Starts an MCP server via stdio transport:

ddgs mcp              # Start MCP server
ddgs mcp -pr socks5h://127.0.0.1:9150  # With proxy

Available Tools

Tool	Description
search_text	Web text search
search_images	Image search
search_news	News search
search_videos	Video search
search_books	Book search
extract_content	Extract content from a URL

Client Configuration

For MCP clients (Cursor, Claude Desktop):

{
  "mcpServers": {
    "ddgs": {
      "command": "ddgs",
      "args": ["mcp"]
    }
  }
}

DHT Network (BETA)

Optional peer-to-peer distributed cache. Results are shared anonymously between users, reducing rate limits and latency. 90% faster repeated queries (50ms vs 1-2s).

pip install -U ddgs[dht]
# macOS: brew install gmp first

When running ddgs api, the node automatically participates in the network. All search methods transparently check the DHT cache first, then fall back to live search.

DHT adds these API endpoints (requires ddgs[api]):

Endpoint	Method	Description
/dht/cache	GET/POST/DELETE	Cache management
/dht/status	GET	Service status and metrics
/dht/peers	GET	Connected peers list
/dht/map	GET	Network graph view
/dht/metrics	GET	Prometheus metrics

Platform support: Linux and macOS only. Windows not supported.

Advanced Topics

Search Engine Architecture: Deep dive into BaseSearchEngine, engine registration, result aggregation, and adding custom backends → Reference: Engine Architecture

DHT Network Details: Peer discovery, cache propagation, network topology, and performance characteristics → Reference: DHT Network

CLI Reference

Full CLI command reference with all options:

ddgs --help
ddgs text --help
ddgs images --help
ddgs api --help
ddgs mcp --help
ddgs extract --help

CLI supports --format json / --format csv for output, -o for file output, --no-color to disable terminal colors, and -pr for proxy configuration.