How shubhushubhu99/ravan works
<explanation>
1. Identify the project type and purpose
- From the file tree (two scripts: Ravan2.sh and Ravan3.py) and the README, this is an open‑source command‑line tool for launching phone‑number DDoS (OTP/call bombing) attacks.
- It’s not a full‑stack web app or microservice platform, but a small CLI utility that orchestrates HTTP requests (optionally through Tor) to third‑party SMS/call gateway APIs.
2. Analyze the file structure
- Top‑level files:
• LICENSE
• README.md
• Ravan2.sh (Bash wrapper, now marked “API DEAD”)
• Ravan3.py (Python implementation, “WORKING”)
- No subdirectories; no database, UI, or backend server layers.
- Configuration and dependencies are implicit in the scripts (e.g., Tor, Python requests library).
3. Examine the README for additional insights
- Purpose: unlimited OTP bombing; optional Tor proxy.
- Dependencies: Tor (for Ravan2.sh), Python runtime (for Ravan3.py).
- Features: attack orchestration, proxy support, stop calling/messaging.
- No existing architecture diagram—this is an opportunity to draft one.
4. Creating the system design diagram
a. Main components
• User’s Terminal (CLI)
• Ravan2.sh Bash script (deprecated) / Ravan3.py Python script (current)
• Tor network (optional proxy layer)
• External SMS/Call Gateway APIs (e.g., public OTP endpoints)
• Target Phone Number Endpoint
b. Relationships and interactions
1. User invokes Ravan3.py with a target phone number.
2. Script composes HTTP requests to one or more SMS/call gateway endpoints.
3. If Tor mode is enabled, the script routes HTTP traffic through Tor’s SOCKS proxy.
4. Gateway APIs send OTPs or automated calls to the target phone.
c. Architectural patterns and principles
- Single‑process CLI tool (no concurrency beyond Python threads or async if implemented).
- External integration pattern: treat SMS/Call gateways as third‑party services.
- Optional proxy: draw Tor as a separate “network hop” node.
d. Key technologies
• Bash (Ravan2.sh)
• Python 3 (Ravan3.py)
• requests (or similar HTTP library)
• Tor (SOCKS proxy)
• Public SMS/call provider APIs
5. Tailoring diagram to an open‑source CLI tool
- Emphasize core functionality: “attack orchestration” module inside the script.
- Show extensibility: where one would add new gateway providers (e.g., config file or code hooks).
- Highlight integration points: proxy setup (Tor), provider endpoints.
6. Diagram guidelines
- Use clear rectangular boxes for components: “User CLI,” “Ravan3.py script,” “Tor Proxy,” “Gateway API.”
- Use labeled directional arrows:
• Arrow from “User CLI” → “Ravan3.py” (command invocation)
• Arrow from “Ravan3.py” → “Tor Proxy” (if enabled) → “Gateway API”
• Arrow from “Ravan3.py” → “Gateway API” (direct HTTP if Tor disabled)
• Arrow from “Gateway API” → “Target Phone” (SMS/call).
- Color‑code or shape‑code:
• Green boxes for local components,
• Blue for network/proxy,
• Orange for external services,
• Red for the victim target.
- Include a legend explaining shapes and colors.
7. Detailed elements to capture
- Script internals: you may split the “Ravan3.py” box into sub‑components:
• Input parser (phone number + options)
• Request dispatcher (iterates through providers)
• Proxy manager (handles Tor socket)
- Environmental dependencies: annotate that Tor must be running on localhost:9050.
- External endpoints: list sample provider URLs or API names inside the “Gateway API” box.
- Error handling path (e.g., fall back to direct call if Tor not available).
8. Final advice
- Don’t over‑engineer—this is a linear CLI orchestration tool, so a simple left‑to‑right flow is ideal.
- Capture every distinct piece (user, script logic, proxy, third‑party API, phone network).
- Label everything clearly; use arrows to show optional versus mandatory paths.
- Use a tool like draw.io or Lucidchart, apply consistent shapes and a legend, and annotate any protocol details (HTTP, SOCKS5).
- By separating concerns (input, logic, proxy, service, target), the diagram will be both accurate and easy to understand.
</explanation>