-- ============================================================================
-- 🛡️ ROCHESTON ZELC PROGRAMMING LANGUAGE
-- 👤 Creator: Haja Mo
-- 🏢 Organization: Rocheston
-- 📜 Platform: Rocheston Agentic AI Cybersecurity Automation Platform
-- ============================================================================

-- Playbook: API & Web Application Attack Simulation (Testing Keywords)
-- Intent: Demonstrates 'fuzz', 'sqlinject', 'rate_limit', and 'simulate'. 
-- Proactively tests endpoints for vulnerabilities and enforces API security.
-- Infrastructure: Zelfire WAF, GraphQL/REST Gateway, Swagger/OpenAPI, Rosecoin.
-- Note: 'dryrun' ensures the simulation doesn't corrupt production databases.

package soc.web_security_testing
use waf, api, threat, slack, rosecoin, noodles

-- ============================================================================
-- 1. CONFIGURATION GOVERNORS (Strongly Typed)
-- ============================================================================
⚙️ keep API_GATEWAY: String = "https://api.rocheston.io/v2"
⚙️ keep SCAN_INTENSITY: String = "aggressive"
⚙️ keep TRUSTED_HMAC_KEY: String = "KMS-API-SIGNER-01"

-- ============================================================================
-- 2. THE ENTRY POINT (The Check Block)
-- ============================================================================
🔥 check WebAppSecuritySimulation
  
  -- Trigger Gate: A new 'route' is detected in the 'swagger' / 'openapi' definition
  ⚠️ when new_api_endpoint_detected
    
    🔹 set target_route: route = event.api_path
    🔹 set target_method: String = event.http_method
    
    🚨 alert info message "SECURITY ASSESSMENT: Proactively testing {target_route} for OWASP vulnerabilities."

    -- ============================================================================
    -- 3. THE ATTACK SIMULATION LAYER (fuzz, inject, mutate, bypass)
    -- ============================================================================
    ⚡ do
      
      -- Action 1: Fuzz the endpoint with mutated payloads to check for crashes
      -- Voice-friendly: "AINA fuzz endpoint..."
      ☁️ aina fuzz target_route using "api-payload-dictionary-v1" intensity SCAN_INTENSITY
      
      -- Action 2: Simulate specific 'sqlinject' and 'xss' vectors
      -- We use 'dryrun' to ensure no data is actually written.
      🔹 set sqli_result: Object = aina simulate "sqlinject" on target_route mode "dryrun"
      🔹 set xss_result: Object  = aina simulate "xss" on target_route mode "readonly"
      
      -- Action 3: Attempt a 'bypass' of the WAF using 'headerinject' or 'deserialization'
      ⚠️ when aina check_bypass on target_route
         🚨 alert critical message "BYPASS DETECTED: {target_route} is vulnerable to WAF evasion."
      🔴 end

      -- ============================================================================
      -- 4. THE API GOVERNANCE LAYER (rate_limit, hmac, idor, ssrf)
      -- ============================================================================
      -- Action 4: Verify 'rate_limit' enforcement to prevent 'bruteforce' or 'spraying'
      ☁️ api verify rate_limit on target_route threshold 100/min
      
      -- Action 5: Validate the 'hmac' 'signature' and 'apikey' requirement
      ☁️ api verify signature on target_route using TRUSTED_HMAC_KEY
      
      -- Action 6: Test for 'idor' (Insecure Direct Object Reference)
      -- Checking if user A can access user B's resource via ID mutation.
      ☁️ aina assess "idor" on target_route mapping "user_id"
      
      -- Action 7: Check for 'ssrf' (Server-Side Request Forgery) on internal routes
      ☁️ aina scan "ssrf" for target_route targets ["169.254.169.254", "localhost"]

      -- ============================================================================
      -- 5. THE REPORTING LAYER (benchmark, openapi, summary)
      -- ============================================================================
      -- Action 8: Generate a security 'benchmark' score for the endpoint
      🔹 set security_score: Integer = aina benchmark target_route
      
      -- Action 9: Export the 'summary' to the developer's 'swagger' UI
      ☁️ noodles export_json for target_route to "security-docs/api-risk.json"
      
      -- Action 10: Notify the DevSecOps team
      📡 notify slack channel "#api-security-fuzzing" message "🛡️ *API Security Scan Complete* \n*Route:* `{target_route}` \n*Vulnerabilities:* SQLi: `{sqli_result.status}`, XSS: `{xss_result.status}` \n*Risk Score:* `{security_score}/100` \n*Status:* { (security_score > 80) ? 'READY_FOR_PROD' : 'REMEDIATION_REQUIRED' }"

      -- ============================================================================
      -- 6. EVIDENCE & PROOF
      -- ============================================================================
      📝 evidence record "API_Security_Testing_Cycle" details {
          route: target_route,
          fuzzing_status: "COMPLETE",
          score: security_score,
          action: "PROACTIVE_HARDENING_SUCCESS"
      }
      
      -- Anchor the scan results and payloads to Rosecoin
      ⛓️ rosecoin anchor evidence_pack "latest"
      
    🔴 end
  🔴 end
🔴 end