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draft_9.py
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import json
import requests
import bs4
import os
import re
import logging
print("HPE CTY SQLMAP AUTOMATION")
print("""GET OR POST
1. GET
2. POST
""")
choose_get_post = int(input())
if choose_get_post == 1:
url = raw_input("Enter a sql_url: ") # for sql url
print("The URL Entered is: ",url)
res = requests.get(url)
#print(res.text)
soup = bs4.BeautifulSoup(res.text, 'html5lib')
main = raw_input("Enter the main URL if any: ")
list1=[]
for link in soup.find_all('a',href=True):
if main in link['href']:
list1.append(link['href'])
#print(link['href'])
else:
list1.append(main+link['href'])
#print(main+link['href'])
list2=[]
for i in list1:
if "php?" in i:
list2.append(i)
for i in list1:
if "?id=" in i:
list2.append(i)
#print(list2)
print(" ")
print("choose an URL: ")
print("Your option are :")
for i in list2:
print(i)
print(" ")
url = raw_input("Enter the choosen sql_url: ") # for sql url
print(" ")
cookie = raw_input("Enter cookie of the website (optional) : ")
level=1
risk=1
level = raw_input("Enter the level (integer 1-5) : ")
risk = raw_input("Enter the risk (integer 1-3) : ")
if cookie == "":
#os.system("sqlmap -v 2 " + "-u " + url + " --user-agent=SQLMAP --delay=1 --timeout=15 --retries=2 --keep-alive --threads=5 --batch --dbms=MySQL --os=Linux --level=5 --risk=2 --banner --is-dba --dbs --tables --technique=BEUST -s /home/kali/Desktop/scan_report.txt --flush-session -t /home/kali/Desktop/scan_trace.txt --fresh-queries > /home/kali/Desktop/scan_out.txt")
def database():
os.system("sqlmap " + "-u " + url + " --dbs" + " --level=" + level + " --risk=" + risk) # for show database's
def tables():
#d_name = input("Enter a database name: ")
os.system("sqlmap " + "-u " + url + " --tables" + " --level=" + level + " --risk=" + risk)
'''
def col():
d_name = input("Enter a database name: ")
t_nmae = input("Enter a tables name: ")
os.system("sqlmap " + "-u " + url + " -D " + d_name + " -T" + t_nmae + " --column" + "--dump")
'''
def col_dump():
#d_name = input("Enter a database name: ")
#t_nmae = input("Enter a tables name: ")
#c_name = input("Enter a column name: ")
os.system("sqlmap " + "-u " + url + " --columns" + " --level=" + level + " --risk=" + risk)
def a_dump():
os.system("sqlmap " + "-u " + url + " --dump" + " --level=" + level + " --risk=" + risk)
def report():
os.system("sqlmap -v 2 " + "-u " + url + " --user-agent=SQLMAP --delay=1 --timeout=15 --retries=2 --keep-alive --threads=5 --batch --dbms=MySQL --os=Linux --level=5 --risk=2 --banner --is-dba --dump --technique=BEUST -s /home/kali/Desktop/scan_report.txt --flush-session -t /home/kali/Desktop/scan_trace.txt --fresh-queries > /home/kali/Desktop/scan_out.txt")
scan_out= open("/home/kali/Desktop/scan_out.txt","a+")
report = open("/home/kali/Desktop/report.txt","a+")
read1 = scan_out.read()
report.write("HPE CTY REPORT")
report.write("\n")
report.write("Payload info:")
report.write("\n")
report.write("\n")
###################### Payloads part below ###############################
Parameter = re.search(r"Parameter:",read1)
first = Parameter.span()[0]
dash = re.search(r"---.",read1)
last = dash.span()[1]
#print(Parameter.span())
#print(dash.span())
read2 = ((read1[first:last]))
#print(read2)
#report.write((read2))
info = re.search(r"back-end.DBMS",read2)
#print("info",info.span())
read3 = read2[0:info.span()[0]-22]
report.write((read3))
###################### Tables part below #################################
starting = info.span()[0]
ending = re.search(r"ending.@",read1)
while starting!=ending.span()[0]:
try:
Database = re.search("Database:",read1)
csv = re.search(".csv'",read1)
printing = read1[Database.span()[1]:csv.span()[0]]
report.write(printing)
read1 = read1[csv.span()[1]:]
starting = csv.span()[1]
except AttributeError:
break
choose = 0
while choose!=7:
print("""
1. Database Dump
2. Tables names Dump
3. Column names Dump
4. Dump All
5. Run All
6. Report
7. Exit
""")
choose = int(input("Enter a number: "))
if choose == 1:
database()
elif choose == 2:
tables()
elif choose == 3:
col_dump()
elif choose == 4:
a_dump()
elif choose == 5:
database()
tables()
col_dump()
a_dump()
elif choose == 6:
report()
elif choose == 7:
#os.system("clear")
print("Have a nice day")
os.system("exit")
choose = 7
else:
print("wrong input please Give value Between 1 and 7 !!")
else:
cookie = "\"" + cookie + "\""
url = "\"" + url + "\""
#os.system("sqlmap -v 2 " + "-u " + url + " --cookie=" + cookie + " --user-agent=SQLMAP --delay=1 --timeout=15 --retries=2 --keep-alive --threads=5 --batch --dbms=MySQL --os=Linux --level=5 --risk=2 --banner --is-dba --dbs --tables --technique=BEUST -s /home/kali/Desktop/scan_report.txt --flush-session -t /home/kali/Desktop/scan_trace.txt --fresh-queries > /home/kali/Desktop/scan_out.txt")
def database():
os.system("sqlmap " + "-u " + url + " --cookie=" + cookie + " --dbs" + " --level=" + level + " --risk=" + risk) # for show database's
def tables():
#d_name = input("Enter a database name: ")
os.system("sqlmap " + "-u " + url + " --cookie=" + cookie + " --tables" + " --level=" + level + " --risk=" + risk)
'''
def col():
d_name = input("Enter a database name: ")
t_nmae = input("Enter a tables name: ")
os.system("sqlmap " + "-u " + url + " -D " + d_name + " -T" + t_nmae + " --column" + "--dump")
'''
def col_dump():
#d_name = input("Enter a database name: ")
#t_nmae = input("Enter a tables name: ")
#c_name = input("Enter a column name: ")
os.system("sqlmap " + "-u " + url + " --cookie=" + cookie + " --columns" + " --level=" + level + " --risk=" + risk)
def a_dump():
os.system("sqlmap " + "-u " + url + " --cookie=" + cookie + " --dump" + " --level=" + level + " --risk=" + risk)
def report():
os.system("sqlmap -v 2 " + "-u " + url + " --cookie=" + cookie + " --user-agent=SQLMAP --delay=1 --timeout=15 --retries=2 --keep-alive --threads=5 --batch --dbms=MySQL --os=Linux --level=5 --risk=2 --banner --is-dba --dump --technique=BEUST -s /home/kali/Desktop/scan_report.txt --flush-session -t /home/kali/Desktop/scan_trace.txt --fresh-queries > /home/kali/Desktop/scan_out.txt")
scan_out= open("/home/kali/Desktop/scan_out.txt","a+")
report = open("/home/kali/Desktop/report.txt","a+")
read1 = scan_out.read()
report.write("HPE CTY REPORT")
report.write("\n")
report.write("Payload info:")
report.write("\n")
report.write("\n")
###################### Payloads part below ###############################
Parameter = re.search(r"Parameter:",read1)
first = Parameter.span()[0]
dash = re.search(r"---.",read1)
last = dash.span()[1]
#print(Parameter.span())
#print(dash.span())
read2 = ((read1[first:last]))
#print(read2)
#report.write((read2))
info = re.search(r"back-end.DBMS",read2)
#print("info",info.span())
read3 = read2[0:info.span()[0]-22]
report.write((read3))
###################### Tables part below #################################
starting = info.span()[0]
ending = re.search(r"ending.@",read1)
while starting!=ending.span()[0]:
try:
Database = re.search("Database:",read1)
csv = re.search(".csv'",read1)
printing = read1[Database.span()[1]:csv.span()[0]]
report.write(printing)
read1 = read1[csv.span()[1]:]
starting = csv.span()[1]
except AttributeError:
break
choose = 0
while choose!=7:
print("""
1. Database Dump
2. Tables names Dump
3. Column names Dump
4. Dump All
5. Run All
6. Report
7. exit
""")
choose = int(input("Enter a number: "))
if choose == 1:
database()
elif choose == 2:
tables()
elif choose == 3:
col_dump()
elif choose == 4:
a_dump()
elif choose == 5:
database()
tables()
col_dump()
a_dump()
elif choose == 6:
report()
elif choose == 7:
#os.system("clear")
print("Have a nice day")
os.system("exit")
choose = 7
else:
print("wrong input please Give value Between 1 and 7 !!")
else:
def har_import(dump_file):
with open(dump_file, 'r') as f:
har_json = json.loads(f.read())
return har_json
'''
def traffic_auto_capture_har(har_json):
logger = logging.getLogger(__name__)
traffic_dict = {}
req_res_count = 0
list1 = []
list2 = []
dict1 = {}
har_total_traffic_count = len(har_json['log']['entries'])
print(har_total_traffic_count)
for i in range(0, har_total_traffic_count):
if har_json['log']['entries'][i]['request']['method'] == "POST":
requests = har_json['log']['entries'][i]['request']
for j in har_json['log']['entries'][i]['request']['headers']:
#print(len(har_json['log']['entries'][i]['request']['headers']))
list1.append(j['name'])
list2.append(j['value'])
dict1[j['name']] = j['value']
if 'postData' in har_json['log']['entries'][i]['request'].keys():
if 'text' in har_json['log']['entries'][i]['request']['postData'].keys():
req_data = har_json['log']['entries'][i]['request']['postData']['text']
#print(list1)
#print(list2)
print(req_data)
print(dict1)
print(requests)
return(list1,list2)
list1,list2 = traffic_auto_capture_har(p)
'''
print("please enter the file location ")
k = raw_input()
har_json = har_import(k)
logger = logging.getLogger(__name__)
traffic_dict = {}
req_res_count = 0
list1 = []
list2 = []
dict1 = {}
har_total_traffic_count = len(har_json['log']['entries'])
#print(har_total_traffic_count)
for i in range(0, har_total_traffic_count):
if har_json['log']['entries'][i]['request']['method'] == "POST":
method = har_json['log']['entries'][i]['request']['method']
url = har_json['log']['entries'][i]['request']['url']
HttpVer = har_json['log']['entries'][i]['request']['httpVersion']
for j in har_json['log']['entries'][i]['request']['headers']:
#print(len(har_json['log']['entries'][i]['request']['headers']))
list1.append(j['name'])
list2.append(j['value'])
dict1[j['name']] = j['value']
if 'postData' in har_json['log']['entries'][i]['request'].keys():
if 'text' in har_json['log']['entries'][i]['request']['postData'].keys():
req_data = har_json['log']['entries'][i]['request']['postData']['text']
break
#print(list1)
#print(list2)
#print(req_data)
#print(dict1)
new_post = open("/home/kali/Downloads/new_post.txt","w+")
#for i in range(len(list1)):
# if list1[i] == "Origin":
# url = url.replace(list2[i],"")
new_post.write(method + " ")
new_post.write(url + " ")
new_post.write(HttpVer+ "\n")
for i in range(len(list1)):
new_post.write(list1[i] + ": " + list2[i] + "\n")
new_post.write("\n")
new_post.write(req_data + " " + "\n")
new_post.close()
index_equals = req_data.index("=")
print(index_equals)
req_data_para = req_data[:index_equals]
print(req_data_para)
level=1
risk=1
level = raw_input("Enter the level (integer 1-5) : ")
risk = raw_input("Enter the risk (integer 1-3) : ")
def database():
os.system("sqlmap " + "-r " + "new_post.txt " + " -p " + req_data_para + " --dbs" + " --level=" + level + " --risk=" + risk)
def tables():
#d_name = input("Enter a database name: ")
os.system("sqlmap " + "-r " + " new_post.txt" + " -p " + req_data_para + " --tables" + " --level=" + level + " --risk=" + risk)
def col_dump():
#d_name = input("Enter a database name: ")
#t_nmae = input("Enter a tables name: ")
#c_name = input("Enter a column name: ")
os.system("sqlmap " + "-r " + " new_post.txt" + " -p " + req_data_para + " --columns" + " --level=" + level + " --risk=" + risk)
def a_dump():
os.system("sqlmap " + "-r " + " new_post.txt" + " -p " + req_data_para + " --dump --level=" + level + " --risk=" + risk)
def report():
os.system("sqlmap " + "-r " + " new_post.txt" + " -p " + req_data_para + " --dump --user-agent=SQLMAP --delay=1 --timeout=15 --retries=2 --keep-alive --threads=5 --batch --dbms=MySQL --os=Linux --level=5 --risk=2 --banner --is-dba --dump --technique=BEUST -s /home/kali/Desktop/scan_report.txt --flush-session -t /home/kali/Desktop/scan_trace.txt --fresh-queries > /home/kali/Desktop/scan_out.txt")
scan_out= open("/home/kali/Desktop/scan_out.txt","a+")
report = open("/home/kali/Desktop/report.txt","a+")
read1 = scan_out.read()
report.write("HPE CTY REPORT")
report.write("\n")
report.write("Payload info:")
report.write("\n")
report.write("\n")
###################### Payloads part below ###############################
Parameter = re.search(r"Parameter:",read1)
first = Parameter.span()[0]
dash = re.search(r"---.",read1)
last = dash.span()[1]
#print(Parameter.span())
#print(dash.span())
read2 = ((read1[first:last]))
#print(read2)
#report.write((read2))
info = re.search(r"back-end.DBMS",read2)
#print("info",info.span())
read3 = read2[0:info.span()[0]-22]
report.write((read3))
###################### Tables part below #################################
starting = info.span()[0]
ending = re.search(r"ending.@",read1)
while starting!=ending.span()[0]:
try:
Database = re.search("Database:",read1)
csv = re.search(".csv'",read1)
printing = read1[Database.span()[1]:csv.span()[0]]
report.write(printing)
read1 = read1[csv.span()[1]:]
starting = csv.span()[1]
except AttributeError:
break
scan_out.close()
report.close()
choose = 0
while choose!=7:
print("""
1. Database Dump
2. Tables names Dump
3. Column names Dump
4. Dump All
5. Run All
6. Report
7. exit
""")
choose = int(input("Enter a number: "))
if choose == 1:
database()
elif choose == 2:
tables()
elif choose == 3:
col_dump()
elif choose == 4:
a_dump()
elif choose == 5:
database()
tables()
col_dump()
a_dump()
elif choose == 6:
report()
elif choose == 7:
#os.system("clear")
print("Have a nice day")
os.system("exit")
choose = 7
else:
print("wrong input please Give value Between 1 and 7 !!")