PythonDB

Description: ExploitDB in Python 


Installation:
Python
Must Have Python 
pip3 install pyExploitDb









# Import the PyExploitDb class
from pyExploitDb import PyExploitDb

# Create an instance of the class
pEdb = PyExploitDb()

# (Optional) Enable debug output to see what's happening
pEdb.debug = True

# Open the local Exploit-DB files (this will download them if they don't exist
# or update them if they are outdated. This can take some time on first run.)
print("Opening Exploit-DB files and updating if necessary...")
pEdb.openFile()
print("Exploit-DB files loaded.")

# --- Now you can perform searches ---

# Example 1: Search for an exploit by CVE ID
cve_id = "CVE-2023-2825" # Example CVE (replace with one you're interested in)
print(f"\nSearching for exploits related to CVE: {cve_id}")
results_cve = pEdb.searchCve(cve_id)
if results_cve:
    for result in results_cve:
        print(f"  - Exploit-DB ID: {result.get('edbid')}")
        print(f"    File: {result.get('exploit')}")
        print(f"    Date: {result.get('date')}")
        print(f"    Author: {result.get('author')}")
        print(f"    Platform: {result.get('platform')}")
        print(f"    Type: {result.get('type')}")
else:
    print(f"  No exploits found for CVE: {cve_id}")

# Example 2: Search for a CVE ID by Exploit-DB ID
edb_id = "51743" # Example EDB ID (replace with one you're interested in)
print(f"\nSearching for CVEs related to Exploit-DB ID: {edb_id}")
results_edb = pEdb.searchEdbid(edb_id)
if results_edb:
    for result in results_edb:
        print(f"  - CVE: {result.get('cve')}")
        print(f"    Title: {result.get('description')}")
else:
    print(f"  No CVEs found for Exploit-DB ID: {edb_id}")

# Example 3: Search for exploits by keyword
keyword = "webmin"
print(f"\nSearching for exploits with keyword: '{keyword}'")
results_keyword = pEdb.searchAll(keyword)
if results_keyword:
    for result in results_keyword:
        print(f"  - Exploit-DB ID: {result.get('edbid')}, CVE: {result.get('cve', 'N/A')}, Description: {result.get('description', 'N/A')}")
else:
    print(f"  No exploits found for keyword: '{keyword}'")

# Example 4: Get details of a specific exploit file (requires the exploit-database to be cloned)
# The `openFile()` method by default clones the full Exploit-DB repo into a local path.
# You can then construct the path to the exploit file and read it.
# This part assumes you have the full Exploit-DB cloned locally.
# The `exploit` key in the search result gives you the path relative to the exploit-database clone.

# For example, if you found EDBID 45447 (from the GitHub README example)
# exploit_path_relative = "./exploit-database/exploits/php/webapps/45447.txt"
# This path is relative to the `pyExploitDb` data directory where it clones exploit-database.
# You'd need to know where pyExploitDb stores its data to access the raw file.
# pEdb.exploitdb_path will give you the root of the cloned Exploit-DB repository.
# You would then join it with the `exploit` value from a search result.

# Example:
# results_cve_specific = pEdb.searchCve("CVE-2018-14592")
# if results_cve_specific:
#    first_exploit = results_cve_specific[0]
#    full_exploit_path = os.path.join(pEdb.exploitdb_path, first_exploit.get('exploit'))
#    print(f"\nAttempting to read exploit file: {full_exploit_path}")
#    try:
#        with open(full_exploit_path, 'r') as f:
#            print(f.read()[:500] + "...") # Print first 500 chars
#    except FileNotFoundError:
#        print("Exploit file not found locally. Ensure exploit-database is fully cloned.")