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https://github.com/sqlmapproject/sqlmap.git
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solve problem of saving result of --sql-query in CSV file
This commit is contained in:
Aridhi-Dhia-eddine
parent
853cb3fa06
commit
4851c69b2a
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@ -1,45 +1,45 @@
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icmpsh - simple reverse ICMP shell
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icmpsh is a simple reverse ICMP shell with a win32 slave and a POSIX compatible master in C or Perl.
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--- Running the Master ---
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The master is straight forward to use. There are no extra libraries required for the C version.
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The Perl master however has the following dependencies:
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* IO::Socket
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* NetPacket::IP
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* NetPacket::ICMP
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When running the master, don't forget to disable ICMP replies by the OS. For example:
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sysctl -w net.ipv4.icmp_echo_ignore_all=1
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If you miss doing that, you will receive information from the slave, but the slave is unlikely to receive
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commands send from the master.
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--- Running the Slave ---
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The slave comes with a few command line options as outlined below:
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-t host host ip address to send ping requests to. This option is mandatory!
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-r send a single test icmp request containing the string "Test1234" and then quit.
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This is for testing the connection.
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-d milliseconds delay between requests in milliseconds
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-o milliseconds timeout of responses in milliseconds. If a response has not received in time,
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the slave will increase a counter of blanks. If that counter reaches a limit, the slave will quit.
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The counter is set back to 0 if a response was received.
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-b num limit of blanks (unanswered icmp requests before quitting
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-s bytes maximal data buffer size in bytes
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In order to improve the speed, lower the delay (-d) between requests or increase the size (-s) of the data buffer.
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icmpsh - simple reverse ICMP shell
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icmpsh is a simple reverse ICMP shell with a win32 slave and a POSIX compatible master in C or Perl.
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--- Running the Master ---
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The master is straight forward to use. There are no extra libraries required for the C version.
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The Perl master however has the following dependencies:
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* IO::Socket
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* NetPacket::IP
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* NetPacket::ICMP
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When running the master, don't forget to disable ICMP replies by the OS. For example:
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sysctl -w net.ipv4.icmp_echo_ignore_all=1
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If you miss doing that, you will receive information from the slave, but the slave is unlikely to receive
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commands send from the master.
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--- Running the Slave ---
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The slave comes with a few command line options as outlined below:
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-t host host ip address to send ping requests to. This option is mandatory!
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-r send a single test icmp request containing the string "Test1234" and then quit.
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This is for testing the connection.
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-d milliseconds delay between requests in milliseconds
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-o milliseconds timeout of responses in milliseconds. If a response has not received in time,
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the slave will increase a counter of blanks. If that counter reaches a limit, the slave will quit.
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The counter is set back to 0 if a response was received.
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-b num limit of blanks (unanswered icmp requests before quitting
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-s bytes maximal data buffer size in bytes
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In order to improve the speed, lower the delay (-d) between requests or increase the size (-s) of the data buffer.
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142
ok.py
Normal file
142
ok.py
Normal file
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@ -0,0 +1,142 @@
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import subprocess
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from datetime import datetime
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import sys
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import os
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import csv
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import re
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from urllib.parse import urlparse
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#****************************************************************************************
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# this function verify if the argument given is an URL
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def est_url(url):
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try:
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result=urlparse(url)
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return all([result.scheme, result.netloc])
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except Exception as e:
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return False
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# this function verify if the argument given is a request
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def est_requete(req):
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exp_reg= expression_reguliere = re.compile(
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r'\b(SELECT|UPDATE|DELETE|INSERT INTO|CREATE|ALTER|DROP|GRANT|REVOKE)\b',
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re.IGNORECASE)
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return re.search(exp_reg,req) is not None
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#*****************************************************************************************
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# read the arguements
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arg=sys.argv
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#*****************************************************************************************
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#verify if the arguments given are correct or not
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if (('-u' in arg)and('--sql-query' in arg)):
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if (est_url(arg[2])):
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if (est_requete(arg[-1])):
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commande_sqlmap = ['python','sqlmap.py']+arg[1:]
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else:
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print("verify your request")
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exit()
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else:
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print("verify your URL")
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exit()
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else:
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print("Verify that you input correctly -u or --sql-query")
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exit()
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#*****************************************************************************************
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#*****************************************************************************************
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#extract the name of columns from the request
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deb="SELECT"
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fin="FROM"
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#find the start point of the ""deb"" variable in the request
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temp1=(arg[-1].upper()).find(deb)
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#find the start point of the ""fin"" variable in the request
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temp2=(arg[-1].upper()).find(fin)
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#select the request from the arguments given bu the user in command line
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temp_res=arg[-1]
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#start selection of the columns names after the ""deb"" variable
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T=len(deb)-temp1+1
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temp_res=temp_res[T:temp2]
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#split the String that contains columns name
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temp_res=(temp_res.strip()).split(',')
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#******************************************************************************************
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#******************************************************************************************
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#process the request
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res=subprocess.check_output(commande_sqlmap)
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#res=subprocess.run(commande_sqlmap,capture_output=True, text=True)
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#view the result of processing the resquest
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res = res.decode('utf-8')
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print(res)
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# Select actuel time
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heure_actuelle = datetime.now()
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heure_formattee = heure_actuelle.strftime("%H:%M:%S")
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# ""m_deb"" variable is a string that represents the start point of showing the result of the request
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m_deb="["+str(heure_formattee)+"]"+" [INFO] fetching SQL SELECT statement query output:"
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# ""m_fin"" variable is a string that represents the end point point of showing the result of the request
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m_fin="["+str(heure_formattee)+"]"+" [INFO] fetched data logged to text files under"
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#""debut_message"" contains the position of the ""m_deb"" variable in the result
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debut_message = res.find(m_deb)
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#""fin_message"" contains the position of the ""m_fin"" variable in the result
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fin_message = res.find(m_fin)
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#select a part of the result that is between ""m_deb"" variable and ""m_fin"" variable
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message = res[debut_message:fin_message].strip()
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lignes = message.splitlines()
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# ""donnees_sauvegarder"" variable is a list of dictionaries
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donnees_sauvegarder = []
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# loop on the ""lignes"" variable
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for ligne in lignes:
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# verify if this line contain [*]
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if ligne.startswith("[*]"):
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# extract data after '[*]'
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v_temp=(ligne[4:].strip()).split(',')
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d_temp={}
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for i in range(len(temp_res)):
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# add for every column from ""temp_res"" variable a value from ""v_temp"" variable
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d_temp.update({temp_res[i]:v_temp[i]})
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# add the dictionarie in the list
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donnees_sauvegarder.append(d_temp)
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#*****************************************************************************************************
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# create a file named ""data_save.csv"" in same repositories with this script file
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file_csv="data_save.csv"
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if(len(donnees_sauvegarder)!=0):# if the process of the request send data
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with open(file_csv,mode='w',newline='') as file_csv:
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# write the header of this CSV file
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writer=csv.DictWriter(file_csv,fieldnames=temp_res)
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writer.writeheader()
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# loop on the list of dictionaries named ""donnees_sauvegarder"" to wite its content on the CSV file
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for part in donnees_sauvegarder:
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writer.writerow(part)
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# if the data is successfully saved in the CSV file this message show the place of the file
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print("data saved in csv format under "+"'"+os.path.realpath("data_save.csv")+"'")
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else:
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print("data don't exist to create CSV file")
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#********************************************************************************************************
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