· last year · Dec 24, 2023, 06:25 PM
1# Amidst the sprawling digital cosmos, where the demigods of vulnerabilities and threats clash in unending strife, emerges a sentinel unlike any other - *Saint Michael*. Cloaked in gleaming armor forged from the most resilient cryptographic alloys, he wields a blade of code that pulses with the wisdom of the ages.
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3# The digital demigods, harboring malevolent intent, quail at the mere whisper of *Saint Michael's* name. As the suspense thickens, he strides into the arena, a beacon of hope in the swirling chaos. This is not merely a guardian; this is a tool of unparalleled power. With the finesse to parry the most ruthless of attacks and the might to unleash earth-shattering countermeasures, *Saint Michael* transforms the battlefield into a symphony of defenses and assaults.
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5# In a breathtaking crescendo, he turns the tables, launching an onslaught that reverberates through the digital cosmos. The climactic battle rages, but *Saint Michael* stands resolute, not just defending but also delivering thunderous blows that reverberate throughout the virtual realm. He is the guardian of the digital frontier, a relentless protector who not only parries the enemy's onslaught but also delivers an earth-shattering response, ensuring that the forces of good triumph in the epic clash of the demigods.
6*****************************************************************
7import sqlite3
8import requests
9from bs4 import BeautifulSoup
10from datetime import datetime
11import time
12import subprocess
13import nmap
14import http.server
15import socketserver
16import threading
17
18# Define the database file
19db_file = "vulnerabilities.db"
20
21# Define your API keys or access credentials
22cve_api_key = "YOUR_CVE_API_KEY"
23nvd_api_url = "https://services.nvd.nist.gov/rest/json/cves/1.0"
24vendor_advisory_url = "https://example.com/vendor-advisories"
25
26# Function to create the database table
27def create_database():
28 conn = sqlite3.connect(db_file)
29 cursor = conn.cursor()
30
31 cursor.execute('''
32 CREATE TABLE IF NOT EXISTS vulnerabilities (
33 id INTEGER PRIMARY KEY,
34 cve_id TEXT UNIQUE,
35 description TEXT,
36 severity TEXT,
37 affected_software TEXT,
38 last_updated TIMESTAMP DEFAULT CURRENT_TIMESTAMP
39 )
40 ''')
41
42 conn.commit()
43 conn.close()
44
45# Function to fetch vulnerability data from CVE API
46def fetch_cve_data(cve_id):
47 headers = {"Api-Key": cve_api_key}
48 params = {"cve_id": cve_id}
49 response = requests.get(nvd_api_url, headers=headers, params=params)
50
51 if response.status_code == 200:
52 return response.json()
53 return None
54
55# Function to fetch vendor-specific advisory data from a website
56def fetch_vendor_advisory_data():
57 response = requests.get(vendor_advisory_url)
58
59 if response.status_code == 200:
60 soup = BeautifulSoup(response.text, 'html.parser')
61 # Parse the HTML and extract relevant data
62 # Example: advisory_data = soup.find("div", class_="advisory-content").text
63 # Replace this with your own parsing logic
64 advisory_data = "Sample advisory data"
65 return advisory_data
66 return None
67
68# Function to update the database with new vulnerability data
69def update_database():
70 cve_id = input("Enter CVE ID: ")
71 cve_data = fetch_cve_data(cve_id)
72 vendor_advisory_data = fetch_vendor_advisory_data()
73
74 if cve_data:
75 conn = sqlite3.connect(db_file)
76 cursor = conn.cursor()
77
78 cursor.execute('INSERT OR REPLACE INTO vulnerabilities (cve_id, description, severity, affected_software) VALUES (?, ?, ?, ?)',
79 (cve_id, cve_data["description"], cve_data["severity"], "Sample Software"))
80
81 conn.commit()
82 conn.close()
83 print("CVE data updated successfully.")
84
85 if vendor_advisory_data:
86 conn = sqlite3.connect(db_file)
87 cursor = conn.cursor()
88
89 cursor.execute('INSERT OR REPLACE INTO vulnerabilities (cve_id, description, severity, affected_software) VALUES (?, ?, ?, ?)',
90 ("VENDOR-123", "Vendor Advisory", "High", "Sample Software"))
91
92 conn.commit()
93 conn.close()
94 print("Vendor advisory data updated successfully.")
95
96# Function to query the database for known vulnerabilities
97def query_database():
98 conn = sqlite3.connect(db_file)
99 cursor = conn.cursor()
100
101 cursor.execute('SELECT * FROM vulnerabilities')
102 results = cursor.fetchall()
103
104 for row in results:
105 print(f"CVE ID: {row[1]}")
106 print(f"Description: {row[2]}")
107 print(f"Severity: {row[3]}")
108 print(f"Affected Software: {row[4]}")
109 print(f"Last Updated: {row[5]}")
110 print("")
111
112 conn.close()
113
114# Function to start the local HTTP proxy server
115def start_proxy_server(port):
116 with socketserver.TCPServer(("", port), http.server.SimpleHTTPRequestHandler) as httpd:
117 print(f"Local proxy server running on port {port}")
118 httpd.serve_forever()
119
120# Function to scan the target and perform actions
121def scan_target(ip_range, nmap_args, proxy_port):
122 # Start the local proxy server in a separate thread
123 proxy_thread = threading.Thread(target=start_proxy_server, args=(proxy_port,))
124 proxy_thread.daemon = True
125 proxy_thread.start()
126
127 # Perform the nmap scan
128 nm = nmap.PortScanner()
129 nm.scan(ip_range, arguments=nmap_args)
130
131 for host, scan_result in nm.all_hosts().items():
132 print(f"Scanning host: {host}")
133
134 for proto, ports in scan_result['tcp'].items():
135 for port, port_info in ports.items():
136 print(f"Port {port}/{proto}: {port_info['name']} - {port_info['state']}")
137
138 if int(port) == 80: # Check if it's an HTTP port
139 open_port_actions(host, proxy_port)
140
141# Function to perform actions on an open HTTP port
142def open_port_actions(host, proxy_port):
143 print(f"Open HTTP port detected on {host}.")
144 while True:
145 print("Choose an action:")
146 print("1. GET Request")
147 print("2. HEAD Request")
148 print("3. POST Request")
149 print("4. PUT Request")
150 print("5. DELETE Request")
151 print("6. Custom CURL Command")
152 print("7. Exit")
153
154 choice = input("Enter your choice (1/2/3/4/5/6/7): ")
155
156 if choice == '1':
157 make_http_request(host, 'GET', proxy_port)
158 elif choice == '2':
159 make_http_request(host, 'HEAD', proxy_port)
160 elif choice == '3':
161 make_http_request(host, 'POST', proxy_port)
162 elif choice == '4':
163 make_http_request(host, 'PUT', proxy_port)
164 elif choice == '5':
165 make_http_request(host, 'DELETE', proxy_port)
166 elif choice == '6':
167 custom_curl_command = input("Enter your custom CURL command: ")
168 make_custom_request(custom_curl_command)
169 elif choice == '7':
170 break
171 else:
172 print("Invalid choice. Please enter a valid option.")
173
174# Function to make HTTP requests through the local proxy server
175def make_http_request(host, method, proxy_port):
176 curl_command = f"curl -x http://127.0.0.1:{proxy_port} -X {method} -I http://{host}"
177
178 try:
179 result = subprocess.check_output(curl_command, shell=True, stderr=subprocess.STDOUT, universal_newlines=True)
180 print(result)
181 except subprocess.CalledProcessError as e:
182 print(f"Error performing {method} request to host {host}: {e.output}")
183
184# Function to execute a custom CURL command
185def make_custom_request(curl_command):
186 try:
187 result = subprocess.check_output(curl_command, shell=True, stderr=subprocess.STDOUT, universal_newlines=True)
188 print(result)
189 except subprocess.CalledProcessError as e:
190 print(f"Error executing custom CURL command: {e.output}")
191
192# Expert Command 1: Generate a vulnerability report
193def expert_command_1():
194 print("Executing Expert Command 1: Generating a vulnerability report.")
195 # Add code to generate a detailed vulnerability report here
196
197# Expert Command 2: Perform a comprehensive scan
198def expert_command_2():
199 print("Executing Expert Command 2: Performing a comprehensive vulnerability scan.")
200 # Add code to perform a comprehensive scan here
201
202# Expert Command 3: Execute custom advanced action
203def expert_command_3():
204 print("Executing Expert Command 3: Performing a custom advanced action.")
205 # Add code for a custom advanced action here
206
207if __name__ == "__main__":
208 create_database()
209
210 while True:
211 print("Options:")
212 print("1. Query Database")
213 print("2. Update Database")
214 print("3. Advanced Options")
215 print("4. Exit")
216 choice = input("Enter your choice (1/2/3/4): ")
217
218 if choice == '1':
219 query_database()
220 elif choice == '2':
221 update_database()
222 elif choice == '3':
223 print("Advanced Options:")
224 print("5. Generate Vulnerability Report")
225 print("6. Perform Comprehensive Scan")
226 print("7. Execute Custom Advanced Action")
227 advanced_choice = input("Enter your choice (5/6/7): ")
228
229 if advanced_choice == '5':
230 expert_command_1()
231 elif advanced_choice == '6':
232 expert_command_2()
233 elif advanced_choice == '7':
234 expert_command_3()
235 else:
236 print("Invalid choice. Please enter a valid option.")
237 elif choice == '4':
238 break
239 else:
240 print("Invalid choice. Please enter a valid option.")
241
242 print("Exiting the script.")
243
244# Written By Sebastian Dante Alexander
245