file_content = app.Domain().main(
args.keywords,
args.confidence,
args.domains,
args.period,
args.method,
args.dns,
args.doppelganger_only,
)
end_time_squatting = round(time.time() - start_time_squatting, 2)
if (args.phishing != ""):
start_time_phishing = time.time()
file_phishing = phishing.Phishing().main(args.keywords)
end_time_phishing = round(time.time() - start_time_phishing, 2)
# Print summary output for domain squatting
print("\n")
print("+---------- Summary Squatting ----------+")
output.SaveFile().main(args.output, args.type, file_content)
print("[*] Domains flagged:", len(file_content))
print("[*] Running time: %s seconds" % end_time_squatting)
print("")
# Print summary output for domain squatting - if argument is set
if (args.phishing != ""):
print("+---------- Summary Phishing ----------+")
output.SaveFile().main(args.phishing, "txt", file_phishing)
print("[*] Sites flagged:", len(file_phishing))
)
list_aux.append(domain)
elif malicious < 0:
print(
Style.BRIGHT + Fore.YELLOW +
"[*] VT is throttling the response:",
domain + Style.RESET_ALL,
)
list_aux.append(domain)
file_content = list_aux
print("[*] Total found:", len(file_content))
# Check for phishing
if (args.phishing != ""):
file_phishing = phishing.Phishing().main(args.keywords, args.httpproxy,
args.httpsproxy,
args.verifyssl)
output.SaveFile().main(args.phishing, "txt", file_phishing)
# Check if domain has webserver port opened
if (args.portcheck):
list_aux = []
print("\n+---------- Domains with open webserver ports ----------+")
time.sleep(1)
for domain in file_content:
ports = port_check.PortCheck().main(domain)
if ports:
list_aux.append(domain)
print(