sqliv.py

# SQLiv v2.0
# Ghost (github.com/Hadesy2k)
# official.ghost@tuta.io

import argparse
from urlparse import urlparse

from src import std
from src import scanner
from src import reverseip
from src import serverinfo
from src.web import search
from src.crawler import Crawler


# search engine instance
bing   = search.Bing()
google = search.Google()
yahoo = search.Yahoo()

# crawler instance
crawler = Crawler()


def singlescan(url):
    """instance to scan single targeted domain"""

    if urlparse(url).query != '':
        result = scanner.scan([url])
        if result != []:
            # scanner.scan print if vulnerable
            # therefore exit
            return result

        else:
            print ""  # move carriage return to newline
            std.stdout("no SQL injection vulnerability found")
            option = std.stdin("do you want to crawl and continue scanning? [Y/N]", ["Y", "N"], upper=True)

            if option == 'N':
                return False

    # crawl and scan the links
    # if crawl cannot find links, do some reverse domain
    std.stdout("going to crawl {}".format(url))
    urls = crawler.crawl(url)

    if not urls:
        std.stdout("found no suitable urls to test SQLi")
        #std.stdout("you might want to do reverse domain")
        return False

    std.stdout("found {} urls from crawling".format(len(urls)))
    vulnerables = scanner.scan(urls)

    if vulnerables == []:
        std.stdout("no SQL injection vulnerability found")
        return False

    return vulnerables


def initparser():
    """initialize parser arguments"""

    global parser
    parser = argparse.ArgumentParser()
    parser.add_argument("-d", dest="dork", help="SQL injection dork", type=str, metavar="inurl:example")
    parser.add_argument("-e", dest="engine", help="search engine [Bing, Google, and Yahoo]", type=str, metavar="bing, google, yahoo")
    parser.add_argument("-p", dest="page", help="number of websites to look for in search engine", type=int, default=10, metavar="100")
    parser.add_argument("-t", dest="target", help="scan target website", type=str, metavar="www.example.com")
    parser.add_argument('-r', dest="reverse", help="reverse domain", action='store_true')
    parser.add_argument('-o', dest="output", help="output result into json", type=str, metavar="result.json")
    parser.add_argument('-s', action='store_true', help="output search even if there are no results")


if __name__ == "__main__":
    initparser()
    args = parser.parse_args()

    # find random SQLi by dork
    if args.dork != None and args.engine != None:
        std.stdout("searching for websites with given dork")

        # get websites based on search engine
        if args.engine in ["bing", "google", "yahoo"]:
            websites = eval(args.engine).search(args.dork, args.page)
        else:
            std.stderr("invalid search engine")
            exit(1)

        std.stdout("{} websites found".format(len(websites)))

        vulnerables = scanner.scan(websites)

        if not vulnerables:
            if args.s:
                std.stdout("saved as searches.txt")
                std.dump(websites, "searches.txt")

            exit(0)

        std.stdout("scanning server information")

        vulnerableurls = [result[0] for result in vulnerables]
        table_data = serverinfo.check(vulnerableurls)
        # add db name to info
        for result, info in zip(vulnerables, table_data):
            info.insert(1, result[1])  # database name

        std.fullprint(table_data)


    # do reverse domain of given site
    elif args.target != None and args.reverse:
        std.stdout("finding domains with same server as {}".format(args.target))
        domains = reverseip.reverseip(args.target)

        if domains == []:
            std.stdout("no domain found with reversing ip")
            exit(0)

        # if there are domains
        std.stdout("found {} websites".format(len(domains)))

        # ask whether user wants to save domains
        std.stdout("scanning multiple websites with crawling will take long")
        option = std.stdin("do you want save domains? [Y/N]", ["Y", "N"], upper=True)

        if option == 'Y':
            std.stdout("saved as domains.txt")
            std.dump(domains, "domains.txt")

        # ask whether user wants to crawl one by one or exit
        option = std.stdin("do you want start crawling? [Y/N]", ["Y", "N"], upper=True)

        if option == 'N':
            exit(0)

        vulnerables = []
        for domain in domains:
            vulnerables_temp = singlescan(domain)
            if vulnerables_temp:
                vulnerables += vulnerables_temp

        std.stdout("finished scanning all reverse domains")
        if vulnerables == []:
            std.stdout("no vulnerables webistes from reverse domains")
            exit(0)

        std.stdout("scanning server information")

        vulnerableurls = [result[0] for result in vulnerables]
        table_data = serverinfo.check(vulnerableurls)
        # add db name to info
        for result, info in zip(vulnerables, table_data):
            info.insert(1, result[1])  # database name

        std.fullprint(table_data)


    # scan SQLi of given site
    elif args.target:
        vulnerables = singlescan(args.target)

        if not vulnerables:
            exit(0)

        # show domain information of target urls
        std.stdout("getting server info of domains can take a few mins")
        table_data = serverinfo.check([args.target])

        std.printserverinfo(table_data)
        print ""  # give space between two table
        std.normalprint(vulnerables)
        exit(0)

    # print help message, if no parameter is provided
    else:
        parser.print_help()

    # dump result into json if specified
    if args.output != None:
        std.dumpjson(table_data, args.output)
        std.stdout("Dumped result into %s" % args.output)