# At least one of these options has to be specified to set the source to

# get target urls from.

[Target]

# Direct connection to the database.

# Examples:

# mysql://USER:PASSWORD@DBMS_IP:DBMS_PORT/DATABASE_NAME

# oracle://USER:PASSWORD@DBMS_IP:DBMS_PORT/DATABASE_SID

direct =

# Target URL.

# Example: http://192.168.1.121/sqlmap/mysql/get_int.php?id=1&cat=2

url =

# Parse targets from Burp or WebScarab logs

# Valid: Burp proxy (http://portswigger.net/suite/) requests log file path

# or WebScarab proxy (http://www.owasp.org/index.php/Category:OWASP_WebScarab_Project)

# 'conversations/' folder path

logFile =

# Load HTTP request from a file

# Example (file content): POST /login.jsp HTTP/1.1\nHost: example.com\nUser-Agent: Mozilla/4.0\n\nuserid=joe&password=guessme

requestFile =

# Rather than providing a target url, let Google return target

# hosts as result of your Google dork expression. For a list of Google

# dorks see Johnny Long Google Hacking Database at

# http://johnny.ihackstuff.com/ghdb.php.

# Example: +ext:php +inurl:"&id=" +intext:"powered by "

googleDork =

# These options can be used to specify how to connect to the target url.

[Request]

# Data string to be sent through POST.

data =

# Character used for splitting cookie values

pDel =

# HTTP Cookie header.

cookie =

# File containing cookies in Netscape/wget format

loadCookies =

# URL-encode generated cookie injections.

# Valid: True or False

cookieUrlencode = False

# Ignore Set-Cookie header from response

# Valid: True or False

dropSetCookie = False

# HTTP User-Agent header. Useful to fake the HTTP User-Agent header value

# at each HTTP request

# sqlmap will also test for SQL injection on the HTTP User-Agent value.

agent =

# Use randomly selected HTTP User-Agent header

# Valid: True or False

randomAgent = False

# HTTP Host header.

host =

# HTTP Referer header. Useful to fake the HTTP Referer header value at

# each HTTP request.

referer =

# Randomly change value for the given parameter

rParam =

# Force usage of SSL/HTTPS requests

# Valid: True or False

forceSSL = False

# Extra HTTP headers

headers = Accept: text/xml,application/xml,application/xhtml+xml,text/html;q=0.9,text/plain;q=0.8,image/png,*/*;q=0.5

Accept-Language: en-us,en;q=0.5

Accept-Charset: ISO-8859-15,utf-8;q=0.7,*;q=0.7

# HTTP Authentication type. Useful only if the target url requires

# HTTP Basic, Digest or NTLM authentication and you have such data.

# Valid: Basic, Digest or NTLM

aType =

# HTTP authentication credentials. Useful only if the target url requires

# HTTP Basic, Digest or NTLM authentication and you have such data.

# Syntax: username:password

aCred =

# HTTP Authentication certificate. Useful only if the target url requires

# logon certificate and you have such data.

# Syntax: key_file,cert_file

aCert =

# Use a HTTP proxy to connect to the target url.

# Syntax: http://address:port

proxy =

# HTTP proxy authentication credentials. Useful only if the proxy requires

# HTTP Basic or Digest authentication and you have such data.

# Syntax: username:password

pCred =

# Ignore system default HTTP proxy.

# Valid: True or False

ignoreProxy = False

# Delay in seconds between each HTTP request.

# Valid: float

# Default: 0

delay = 0

# Seconds to wait before timeout connection.

# Valid: float

# Default: 30

timeout = 30

# Maximum number of retries when the HTTP connection timeouts.

# Valid: integer

# Default: 3

retries = 3

# Regular expression for filtering targets from provided Burp.

# or WebScarab proxy log.

# Example: (google|yahoo)

scope =

# Url address to visit frequently during testing.

# Example: http://192.168.1.121/index.html

safUrl =

# Test requests between two visits to a given safe url (default 0).

# Valid: integer

# Default: 0

saFreq = 0

# Skip URL encoding of POST data

# Valid: True or False

skipUrlEncode = False

# Evaluate provided Python code before the request.

# Example: import hashlib;id2=hashlib.md5(id).hexdigest()

evalCode =

# These options can be used to optimize the performance of sqlmap.

[Optimization]

# Use all optimization options.

# Valid: True or False

optimize = False

# Predict common queries output.

# Valid: True or False

predictOutput = False

# Use persistent HTTP(s) connections.

keepAlive = False

# Retrieve page length without actual HTTP response body.

# Valid: True or False

nullConnection = False

# Maximum number of concurrent HTTP(s) requests (handled with Python threads)

# to be used in the inference SQL injection attack.

# Valid: integer

# Default: 1

threads = 1

# These options can be used to specify which parameters to test for,

# provide custom injection payloads and optional tampering scripts.

[Injection]

# Testable parameter(s) comma separated. By default all GET/POST/Cookie

# parameters and HTTP User-Agent are tested by sqlmap.

testParameter =

# Force back-end DBMS to this value. If this option is set, the back-end

# DBMS identification process will be minimized as needed.

# If not set, sqlmap will detect back-end DBMS automatically by default.

# Valid: mssql, mysql, mysql 4, mysql 5, oracle, pgsql, sqlite, sqlite3,

# access, firebird, maxdb, sybase

dbms =

# Force back-end DBMS operating system to this value. If this option is

# set, the back-end DBMS identification process will be minimized as

# needed.

# If not set, sqlmap will detect back-end DBMS operating system

# automatically by default.

# Valid: linux, windows

os =

# Use big numbers for invalidating values.

# Valid: True or False

invalidBignum = False

# Use logical operations for invalidating values.

# Valid: True or False

invalidLogical = False

# Turn off payload casting mechanism

# Valid: True or False

noCast = False

# Turn off string unescaping mechanism

# Valid: True or False

noUnescape = False

# Injection payload prefix string.

prefix =

# Injection payload suffix string.

suffix =

# Skip testing for given parameter(s).

skip =

# Use given script(s) for tampering injection data.

tamper =

# These options can be used to specify how to parse and compare page

# content from HTTP responses when using blind SQL injection technique.

[Detection]

# Level of tests to perform.

# The higher the value is, the higher the number of HTTP(s) requests are

# as well as the better chances to detect a tricky SQL injection.

# Valid: Integer between 1 and 5

# Default: 1

level = 1

# Risk of tests to perform.

# Note: boolean-based blind SQL injection tests with AND are considered

# risk 1, with OR are considered risk 3.

# Valid: Integer between 0 and 3

# Default: 1

risk = 1

# String to match within the raw response when the query is evaluated to

# True, only needed if the page content dynamically changes at each refresh.

# Refer to the user's manual for further details.

string =

# String to match within the raw response when the query is evaluated to

# False, only needed if the page content dynamically changes at each refresh.

# Refer to the user's manual for further details.

notString =

# Regular expression to match within the raw response when the query is

# evaluated to True, only needed if the needed if the page content

# dynamically changes at each refresh.

# Refer to the user's manual for further details.

# Valid: regular expression with Python syntax

# (http://www.python.org/doc/2.5.2/lib/re-syntax.html)

regexp =

# HTTP response code to match when the query is True.

# Valid: Integer

# Example: 200 (assuming any False statement returns a different response

# code)

# code =

# Compare pages based only on the textual content.

# Valid: True or False

textOnly = False

# Compare pages based only on their titles.

# Valid: True or False

titles = False

# These options can be used to tweak testing of specific SQL injection

# techniques.

[Techniques]

# SQL injection techniques to test for.

# Valid: a string composed by B, E, U, S and T where:

# B: Boolean-based blind SQL injection

# E: Error-based SQL injection

# U: UNION query SQL injection

# S: Stacked queries SQL injection

# T: Time-based blind SQL injection

# Example: ES (means test for error-based and stacked queries SQL

# injection types only)

# Default: BEUST (means test for all SQL injection types - recommended)

tech = BEUST

# Seconds to delay the response from the DBMS.

# Valid: integer

# Default: 5

timeSec = 5

# Range of columns to test for

# Valid: range of integers

# Example: 1-10

uCols =

# Character to use for bruteforcing number of columns

# Valid: string

# Example: NULL

uChar =

# Domain name used for DNS exfiltration attack

# Valid: string

dnsName =

# Resulting page url searched for second-order response

# Valid: string

secondOrder =

[Fingerprint]

# Perform an extensive back-end database management system fingerprint

# based on various techniques.

# Valid: True or False

extensiveFp = False

# These options can be used to enumerate the back-end database

# management system information, structure and data contained in the

# tables. Moreover you can run your own SQL statements.

[Enumeration]

# Retrieve back-end database management system banner.

# Valid: True or False

getBanner = False

# Retrieve back-end database management system current user.

# Valid: True or False

getCurrentUser = False

# Retrieve back-end database management system current database.

# Valid: True or False

getCurrentDb = False

# Retrieve back-end database management system server hostname.

# Valid: True or False

getHostname = False

# Detect if the DBMS current user is DBA.

# Valid: True or False

isDba = False

# Enumerate back-end database management system users.

# Valid: True or False

getUsers = False

# Enumerate back-end database management system users password hashes.

# Valid: True or False

getPasswordHashes = False

# Enumerate back-end database management system users privileges.

# Valid: True or False

getPrivileges = False

# Enumerate back-end database management system users roles.

# Valid: True or False

getRoles = False

# Enumerate back-end database management system databases.

# Valid: True or False

getDbs = False

# Enumerate back-end database management system database tables.

# Optional: db

# Valid: True or False

getTables = False

# Enumerate back-end database management system database table columns.

# Optional: db, tbl, col

# Valid: True or False

getColumns = False

# Enumerate back-end database management system schema.

# Valid: True or False

getSchema = False

# Retrieve number of entries for table(s).

# Valid: True or False

getCount = False

# Dump back-end database management system database table entries.

# Requires: tbl and/or col

# Optional: db

# Valid: True or False

dumpTable = False

# Dump all back-end database management system databases tables entries.

# Valid: True or False

dumpAll = False

# Search column(s), table(s) and/or database name(s).

# Requires: db, tbl or col

# Valid: True or False

search = False

# Back-end database management system database to enumerate.

db =

# Back-end database management system database table to enumerate.

tbl =

# Back-end database management system database table column to enumerate.

col =

# Back-end database management system database user to enumerate.

user =

# Exclude DBMS system databases when enumerating tables.

# Valid: True or False

excludeSysDbs = False

# First query output entry to retrieve

# Valid: integer

# Default: 0 (sqlmap will start to retrieve the query output entries from

# the first)

limitStart = 0

# Last query output entry to retrieve

# Valid: integer

# Default: 0 (sqlmap will detect the number of query output entries and

# retrieve them until the last)

limitStop = 0

# First query output word character to retrieve

# Valid: integer

# Default: 0 (sqlmap will enumerate the query output from the first

# character)

firstChar = 0

# Last query output word character to retrieve

# Valid: integer

# Default: 0 (sqlmap will enumerate the query output until the last

# character)

lastChar = 0

# SQL statement to be executed.

# Example: SELECT 'foo', 'bar'

query =

# Prompt for an interactive SQL shell.

# Valid: True or False

sqlShell = False

# Execute SQL statements from given file(s).

sqlFile =

# These options can be used to run brute force checks.

[Brute force]

# Check existence of common tables.

# Valid: True or False

commonTables = False

# Check existence of common columns.

# Valid: True or False

commonColumns = False

# These options can be used to create custom user-defined functions.

[User-defined function]

# Inject custom user-defined functions

# Valid: True or False

udfInject = False

# Local path of the shared library

shLib =

# These options can be used to access the back-end database management

# system underlying file system.

[File system]

# Read a specific file from the back-end DBMS underlying file system.

# Examples: /etc/passwd or C:\boot.ini

rFile =

# Write a local file to a specific path on the back-end DBMS underlying

# file system.

# Example: /tmp/sqlmap.txt or C:\WINNT\Temp\sqlmap.txt

wFile =

# Back-end DBMS absolute filepath to write the file to.

dFile =

# These options can be used to access the back-end database management

# system underlying operating system.

[Takeover]

# Execute an operating system command.

# Valid: operating system command

osCmd =

# Prompt for an interactive operating system shell.

# Valid: True or False

osShell = False

# Prompt for an out-of-band shell, meterpreter or VNC.

# Valid: True or False

osPwn = False

# One click prompt for an out-of-band shell, meterpreter or VNC.

# Valid: True or False

osSmb = False

# Microsoft SQL Server 2000 and 2005 'sp_replwritetovarbin' stored

# procedure heap-based buffer overflow (MS09-004) exploitation.

# Valid: True or False

osBof = False

# Database process' user privilege escalation.

# Note: Use in conjunction with osPwn, osSmb or osBof. It will force the

# payload to be Meterpreter.

privEsc = False

# Local path where Metasploit Framework is installed.

# Valid: file system path

msfPath =

# Remote absolute path of temporary files directory.

# Valid: absolute file system path

tmpPath =

# These options can be used to access the back-end database management

# system Windows registry.

[Windows]

# Read a Windows registry key value.

# Valid: True or False

regRead = False

# Write a Windows registry key value data.

# Valid: True or False

regAdd = False

# Delete a Windows registry key value.

# Valid: True or False

regDel = False

# Windows registry key.

regKey =

# Windows registry key value.

regVal =

# Windows registry key value data.

regData =

# Windows registry key value type.

regType =

# These options can be used to set some general working parameters.

[General]

# Log all HTTP traffic into a textual file.

trafficFile =

# Never ask for user input, use the default behaviour.

# Valid: True or False

batch = False

# Force character encoding used for data retrieval.

charset =

# Check to see if Tor is used properly.

# Valid: True or False

checkTor = False

# Crawl the website starting from the target url.

# Valid: integer

# Default: 0

crawlDepth = 0

# Delimiting character used in CSV output.

# Default: ,

csvDel = ,

# DBMS authentication credentials (user:password). Useful if you want to

# run SQL statements as another user, the back-end database management

# system is PostgreSQL or Microsoft SQL Server and the parameter is

# vulnerable by stacked queries SQL injection or you are connecting directly

# to the DBMS (-d switch).

# Syntax: username:password

dbmsCred =

# Retrieve each query output length and calculate the estimated time of

# arrival in real time.

# Valid: True or False

eta = False

# Flush session files for current target.

# Valid: True or False

flushSession = False

# Parse and test forms on target url.

# Valid: True or False

forms = False

# Ignores query results stored in session file.

# Valid: True or False

freshQueries = False

# Uses DBMS hex function(s) for data retrieval.

# Valid: True or False

hexConvert = False

# Custom output directory path.

oDir =

# Parse and display DBMS error messages from responses.

# Valid: True or False

parseErrors = False

# Replicate dumped data into a sqlite3 database.

# Valid: True or False

replicate = False

# Use Use Tor anonymity network.

# Valid: True or False

tor = False

# Set Tor proxy port other than default.

# Valid: integer

# torPort =

# Set Tor proxy type.

# Valid: HTTP, SOCKS4, SOCKS5

torType = HTTP

# Update sqlmap.

# Valid: True or False

updateAll = False

[Miscellaneous]

# Offline WAF/IPS/IDS payload detection testing.

checkPayload = False

# Check for existence of WAF/IPS/IDS protection.

checkWaf = False

# Clean up the DBMS by sqlmap specific UDF and tables.

# Valid: True or False

cleanup = False

# Show which sqlmap dependencies are not available.

# Valid: True or False

dependencies = False

# Use Google dork results from specified page number.

# Valid: integer

# Default: 1

googlePage = 1

# Imitate smartphone through HTTP User-Agent header.

# Valid: True or False

mobile = False

# Display page rank (PR) for Google dork results.

# Valid: True or False

pageRank = False

# Conduct through tests only if positive heuristic(s).

# Valid: True or False

smart = False

# Select tests by payloads and/or titles (e.g. ROW)

testFilter =

# Simple wizard interface for beginner users.

# Valid: True or False

wizard = False

# Verbosity level.

# Valid: integer between 0 and 6

# 0: Show only error and critical messages

# 1: Show also warning and info messages

# 2: Show also debug messages

# 3: Show also payloads injected

# 4: Show also HTTP requests

# 5: Show also HTTP responses' headers

# 6: Show also HTTP responses' page content

# Default: 1

verbose = 1