edit default qs

attackanalyzer.py

@@ -34,15 +34,16 @@
                 "vuln_analysis": "Explain which vulnerabilities are being exploited. Include the exploit name(s), CVE number(s) and example code from ExploitDB, if possible. "
                 "First use search_exploitdb to find potential exploits, then use the get_exploitdb_exploit to get the code for the exploit that is being used in the attack.",
 
-
                 # Attack Classification Questions (Asked after AI context window has been updated with OSINT data and attack methods analysis)
+                "what_iocs": "What are the indicators of compromise (IOCs) for this attack?",
                 "mitre_attack": "How can this attack be classified using the MITRE ATT&CK framework?",
                 "goal_of_attack": "What is the goal of the attack?",
                 "would_attack_be_successful": "If the system is vulnerable, would the attack will be successful?",
                 "how_to_protect": "How can a system be protected from this attack?",
-                "what_iocs": "What are the indicators of compromise (IOCs) for this attack?",
+
                 "summary": "Summarize attack details, methods and goals to begin the report.",
-                "title": "Create an informative title for this attack based on the analysis that describes the attack methods, goals and source. Do not use any markdown.",
+                "title": ("Create an informative title for this attack based on the analysis that describes the attack delivery methods/exploits, payloads, and the OSINT collected on the attacker including location(s)."
+                        " Do not use any markdown or wrap in quotes. Do not include words like 'honeypot' 'cyberattack' 'analysis' or similar in the title to avoid redundancy."),
 }
 
 

loganalyzers/logprocessor.py

@@ -457,7 +457,7 @@ def print_attacks(self):
     def print_exceptions(self):
         print("\nExceptions:")
         for n, (event, e) in enumerate(self.exceptions):
-            print(f"{n + 1}: {event['eventid']} - {e}\n{event}")
+            print(f"{n + 1}: {event.get('eventid')} - {e}\n{event}")
 
         print(f"Total: {len(self.exceptions)}")