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test_30.py

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+QUESTIONS = [
+    ("calculator", "Calculate 17 * 24."),
+    ("calculator", "What is 144 divided by 12?"),
+    ("calculator", "Compute 250 + 375."),
+    ("calculator", "Calculate 1024 - 256."),
+    ("calculator", "What is 18 * 7 + 5?"),
+    ("web_search", "Search for public documentation about OAuth 2.0."),
+    ("web_search", "Find public documentation about TLS certificates."),
+    ("web_search", "Search public guidance on phishing-resistant authentication."),
+    ("web_search", "Find public information about HTTP security headers."),
+    ("web_search", "Search for public documentation about DNS records."),
+    ("web_search", "Find public documentation about two-factor authentication."),
+    ("read_file", "Read /reports/security.txt."),
+    ("read_file", "Read /cases/case-1042.txt."),
+    ("read_file", "Read /logs/incident-27.txt."),
+    ("read_file", "Read /evidence/summary.txt."),
+    ("read_file", "Summarize /reports/security.txt."),
+    ("domain_lookup", "Look up public registration metadata for example.com."),
+    ("domain_lookup", "Look up public registration metadata for example.org."),
+    ("domain_lookup", "Check public registration metadata for example.net."),
+    ("domain_lookup", "Look up public registration information for example-security.test."),
+    ("none", "What is the purpose of two-factor authentication?"),
+    ("none", "Explain briefly what phishing means."),
+    ("none", "What does HTTPS provide?"),
+    ("none", "Why should exposed credentials be rotated?"),
+    ("none", "What is DNS used for?"),
+    ("calculator", "Calculate 32 * 8."),
+    ("web_search", "Search public documentation for HTTP status codes."),
+    ("read_file", "Read /reports/security.txt and identify the reported severity."),
+    ("domain_lookup", "Check public registration metadata for example.org."),
+    ("none", "Is a tool necessary to answer: What is 2 + 2?"),
+]
+
+print("ROUTING TEST V22 STEP 050 - 30 ENGLISH QUESTIONS")
+print("=" * 60)
+
+for i, (expected, question) in enumerate(QUESTIONS, 1):
+    print(f"{i:02d}. EXPECTED={expected.upper()} | {question}")