= 3.0
- install netwox
-------------------------------
| STEP 1 : winpcap |
-------------------------------
If winpcap isn't installed on your system, download it from :
http://winpcap.polito.it/
Version 3.0, or superior, is needed.
Follow the given instructions in order to install it.
After installing winpcap, you should test if it is working properly.
If you do not want to bother testing, you can directly go to step 2.
To test winpcap's installation, you need to download windump :
http://windump.polito.it/
Then, in a console window, if you enter "\directory...\windump",
network packet will be displayed (for example, you can ping another
computer and see the packets).
Once windump displays network packets, you can go to step2.
If you have a problem downloading, installing winpcap, or running
windump, read the faq at :
http://winpcap.polito.it/
http://windump.polito.it/
If you still have a problem, contact Winpcap's developers.
I cannot help you, because I do not maintain this code.
Note: If winpcap is not installed, netwib will work, but without
sniffing or spoofing features.
------------------------------
| STEP 2 : netwox |
------------------------------
----- Windows 95, 98, Me -----
Generally, %WINDIR% is "C:\Windows".
You have to :
- copy "netwib539.dll" to "%WINDIR%\System\netwib539.dll".
- open a ms-dos console : Start - Run - "command"
- in this console, enter :
echo %PATH%
This command lists the directories in your path. For example,
"%WINDIR%\Command\" is in your path.
exit
This command closes the ms-dos console
- copy "netwox539.exe" in one of the directories of your path
(for example you can chose "%WINDIR%\Command\")
------ Windows NT, 2000 ------
Generally, %WINDIR% is "C:\WINNT".
You have to :
- copy "netwib539.dll" to "%WINDIR%\System32\netwib539.dll".
- open a ms-dos console : Start - Run - "cmd"
- in this console, enter :
echo %PATH%
This command lists the directories in your path. For example,
"%WINDIR%\System32\" is in your path.
exit
This command closes the ms-dos console
- copy "netwox539.exe" in one of the directories of your path
(for example you can chose "%WINDIR%\System32\")
--------- Windows XP ---------
Generally, %WINDIR% is "C:\Windows".
You have to :
- copy "netwib539.dll" to "%WINDIR%\System32\netwib539.dll".
- open a ms-dos console : Start - Run - "cmd"
- in this console, enter :
echo %PATH%
This command lists the directories in your path. For example,
"%WINDIR%\System32\" is in your path.
exit
This command closes the ms-dos console
- copy "netwox539.exe" in one of the directories of your path
(for example you can chose "%WINDIR%\System32\")
netw-ib-ox-ag-5.39.0/src/netwox-doc_html/txt/problemreport.txt 0000600 0000000 0000000 00000002414 11776302045 023040 0 ustar root root
If you find errors, thanks for contacting me.
For every bug report, try to indicate :
- netwib/netwox/netwag version
- libpcap/winpcap version
- libnet version (Unix only)
- result of the command : netwox 2
- system (uname -a under unix)
- command or error environment
- how to reproduce the error
- the patch, if you wrote one
- other information you may think useful
As of June 2012, my email address is :
laurentconstantin@free.fr
How to create a patch (Unix only) ?
- Solution 1 :
One file was modified : compare the modified file with the
original file :
diff -ub file.c.original file.c > /tmp/file.c.patch
- Solution 2 :
Several files were modified : compare the modified directory with the
original directory :
diff -urbaN netwib-5.39.0-src netwib-5.39.0-src.modified > /tmp/dir.patch
- Suggestion :
If you haven't done the changes, use preferably this method :
cd ../..
cp -R netwib-5.39.0-src netwib-5.39.0-src.modified
cd netwib-5.39.0-src.modified
[do your modifications, compilations, tests, etc.]
cd ..
diff -urbaN netwib-5.39.0-src netwib-5.39.0-src.modified > /tmp/dir.patch
Then, I'll apply the patch with :
patch -Nbp1 < file.c.patch
patch -Nbp0 < dir.patch
netw-ib-ox-ag-5.39.0/src/netwox-doc_html/txt/probleminstallwindows.txt 0000600 0000000 0000000 00000001200 11776302045 024576 0 ustar root root Network toolbox netwox
-------------------------------------------
| KNOWN PROBLEMS |
-------------------------------------------
This file describes known problems (incompatibilities, unsupported
features, errors, etc.).
If you seek help (usage help, examples, etc.), it's better to read
netwib-5.39.0-doc_html.tgz or netwox-5.39.0-doc_html.tgz.
Problems described in this file are (if you encounter an unknown problem,
thanks for contacting me, as explained in ./doc/problemreport.txt):
Currently, there is nothing to say.
netw-ib-ox-ag-5.39.0/src/netwox-doc_html/txt/probleminstallunix.txt 0000600 0000000 0000000 00000002202 11776302045 024072 0 ustar root root Network toolbox netwox
-------------------------------------------
| KNOWN PROBLEMS |
-------------------------------------------
This file describes known problems (incompatibilities, unsupported
features, errors, etc.).
If you seek help (usage help, examples, etc.), it's better to read
netwib-5.39.0-doc_html.tgz or netwox-5.39.0-doc_html.tgz. You
can also use "man netwib" or "man netwox".
Problems described in this file are (if you encounter an unknown problem,
thanks for contacting me, as explained in ./doc/problemreport.txt):
WHILE EXECUTING ./GENEMAKE
1: ./genemake: Permission denied.
-------------------------------------------------------------------------------
Problem 1:
Problem synthesis:
./genemake: Permission denied.
Environment affected by the problem:
All
What's causing the problem:
file-5.39.0-src.tgz wasn't uncompressed with a good program.
Solution:
Use:
tar -zxvf file-5.39.0-src.tgz
or
gunzip file-5.39.0-src.tgz ; tar -xvf file-5.39.0-src.tar
netw-ib-ox-ag-5.39.0/src/netwox-doc_html/txt/addonetoolunix.txt 0000600 0000000 0000000 00000001433 11776302045 023200 0 ustar root root
This file explains how to add a tool in netwox.
If you want to compile netwox, you're not reading the good file. Read
../INSTALLUNIX.TXT.
If you want to compile a small program with netwib, it's easier than
what's explained here : read netwib-5.39.0-src/doc/compilunix.txt.
For example, to add tool number 4, modifying tool 3, the procedure is :
- cp tools/000003.c tools/000004.c
- edit tools/000004.c and replace "000004" by "000003"
- modify tools/000004.c to match your needs
- add two lines in tools.h
- add one line in tools.list
- run ./genemake
- run make
If this tool needs a new module named foobar, also do :
- vi modules/foobar.c (to create it)
- vi modules/foobar.h (to create it)
- add module in modules.h
- run ./genemake
- run make
netw-ib-ox-ag-5.39.0/src/netwox-doc_html/txt/problemusagewindows.txt 0000600 0000000 0000000 00000047646 11776302045 024264 0 ustar root root Network toolbox netwox
-------------------------------------------
| KNOWN PROBLEMS |
-------------------------------------------
This file describes known problems (incompatibilities, unsupported
features, errors, etc.).
If you seek help (usage help, examples, etc.), it's better to read
netwib-5.39.0-doc_html.tgz or netwox-5.39.0-doc_html.tgz.
Problems described in this file are (if you encounter an unknown problem,
thanks for contacting me, as explained in ./doc/problemreport.txt):
PROBLEMS CAUSED BY THE SYSTEM
1: [Windows] Display is slow.
2: [Windows 95] At netwib end, the modem link stops.
3: [Windows XP] Converting an IP address to a hostname returns a bad value.
PROBLEMS CAUSED BY LIBPCAP OR WINPCAP
4: [Windows] Several tools of netwox doesn't seem to work.
5: [Windows] Sniff does not work with a modem
6: [Windows] Popup: The dynamic library wpcap.dll was not found.
[Note: I'am not sure about the exact error message because I do not
have access to an English computer]
PROBLEMS CAUSED BY NETWIB'S DESIGN
7: Why running 'netwox 1' ?
8: Several tools do not work.
9: Network configuration is incorrect.
10: Error messages contains inaccurate hints
11: Netwib is slow.
PROBLEMS CAUSED BY NETWOX'S DESIGN
12: Some tools does not fully work.
13: Some protocols are not fully implemented.
14: Some tools are not provided.
15: The name "netwox539" is too long to enter.
-------------------------------------------------------------------------------
Problem 1:
Problem synthesis:
Display is slow.
Environment affected by the problem:
Windows
What's causing the problem:
In a msdos console, we cannot print more than 100 lines per seconds.
Solution 1:
Redirect output in a file:
commandname > file
However in this case, we do not see when data has to be entered.
Solution 2:
Use tools, or printprofiles, less verbose.
-------------------------------------------------------------------------------
Problem 2:
Problem synthesis:
At netwib end, the modem link stops.
Environment affected by the problem:
Windows 95 with a modem
What's causing the problem:
At the end of a program, references to unused object are freed.
It's the case for the low level driver of WinPcap (packet.sys).
Unfortunately, as explained in WinPcap FAQ, Windows also
stops the modem connection. So, at the end of netwox, the phone
line stops.
Solution 1:
Installation of:
- Windows Sockets 2 Update, and
- Dialup Networking 1.3 Update
might resolv this problem.
Those updates are available here:
- http://www.microsoft.com/windows95/downloads/contents/wuadmintools/s_wunetworkingtools/w95sockets2/default.asp
- http://www.microsoft.com/Windows95/downloads/contents/WURecommended/S_WUNetworking/dun13win95/Default.asp
Solution 2:
You can contact WinPcap developers to help them to write a
driver/dll not having this problem.
Additional note (march 2004): Windows 9x is no more supported by
WinPcap developers.
-------------------------------------------------------------------------------
Problem 3:
Problem synthesis:
Converting an IP address to a hostname returns a bad value.
Environment affected by the problem:
Windows XP
What's causing the problem:
Functions netwib_ip_init_buf(...NETWIB_IP_DECODETYPE_HN...) use
gethostbyaddr(). However, there is a bug in WindowsXP's
implementation of gethostbyaddr, as described in Knowledge Base
Q317936 of Microsoft.
This bug appears when DNSorWINS and NetBIOSoverTCPIP are activated.
Solution:
Patch Q317936 corrects this problem.
-------------------------------------------------------------------------------
Problem 4:
Problem synthesis:
Several tools of netwox doesn't seem to work.
Environment affected by the problem:
Windows
What's causing the problem:
Netwib depends on WinPcap. If WinPcap does not work, several
features of netwib/netwox will not work.
So, we have to ensure WinPcap works correctly.
Solution:
Install and test windump as described in INSTALL_FR.TXT.
-------------------------------------------------------------------------------
Problem 5:
Problem synthesis:
Sniff does not work with a modem
Environment affected by the problem:
Windows
What's causing the problem:
WinPCAP is not designed to work with a modem.
File netwox-5.39.0-doc-html.tgz/en/examples.html lists systems where
modems are supported.
Solution:
If your system does not support modems, try to apply WinPCAP solution:
http://winpcap.polito.it/misc/dialup.htm
-------------------------------------------------------------------------------
Problem 6:
Problem synthesis:
Popup: The dynamic library wpcap.dll was not found.
[Note: I'am not sure about the exact error message because I do not
have access to an English computer]
Environment affected by the problem:
Windows
What's causing the problem:
WinPCAP is not installed.
Solution:
Download and install WinPCAP as described in INSTALL.TXT
or INSTALLWINDOWS.TXT.
-------------------------------------------------------------------------------
Problem 7:
Problem synthesis:
Why running 'netwox 1' ?
Environment affected by the problem:
All
What's causing the problem:
Obtaining the configuration (device, arp cache, routes) of the
local computer is an important step of netwib. Several tools need
this configuration to be accurate.
Different kinds of network cards, modems, operating systems, etc.
exist. So, it's possible that your computer contains unrecognized
hardware. In this case, several netwox tools would be
unusable.
For these reasons, the first tool to use is 'netwox 1' to
ensure correct configuration setting.
Here is a correct example (taken on Linux):
################################### Devices ################################
nu dev ethernet_hwtype mtu real_device_name
1 Lo0 loopback 3924 lo
2 Eth0 aa:aa:aa:aa:aa:aa 1500 eth0
3 Eth1 bb:bb:bb:bb:bb:bb 1500 eth1
##################################### IP ###################################
nu ip /netmask ppp point_to_point_with
1 127.0.0.1 /255.0.0.0 0
2 192.168.1.1 /255.255.255.0 0
3 192.168.2.1 /255.255.255.0 0
3 192.168.3.1 /255.255.255.0 0
############################## ArpCache/Neighbor ###########################
nu ethernet ip
2 aa:aa:aa:aa:aa:aa 192.168.1.1
3 bb:bb:bb:bb:bb:bb 192.168.2.1
3 bb:bb:bb:bb:bb:bb 192.168.3.1
2 cc:cc:cc:cc:cc:cc 192.168.1.254
#################################### Routes ################################
nu destination /netmask source gateway metric
1 127.0.0.1 /255.255.255.255 local 0
2 192.168.1.1 /255.255.255.255 local 0
3 192.168.2.1 /255.255.255.255 local 0
3 192.168.3.1 /255.255.255.255 local 0
2 192.168.10.0 /255.255.255.0 192.168.1.1 0
3 192.168.21.0 /255.255.255.0 192.168.2.1 0
3 192.168.31.0 /255.255.255.0 192.168.1.1 0
1 127.0.0.0 /255.0.0.0 127.0.0.1 0
2 0.0.0.0 /0.0.0.0 192.168.1.1 192.168.1.254 0
In this example, we see the loopback device (lo, or Lo0, number 1), and
two network cards (eth0 and eth1, respectively number 2 and 3).
Network card 2 has IP address 192.168.1.1, and network card 3 has two
IP addresses (192.168.2.1 and 192.168.3.1).
The arp table contains permanent entries, and the dynamic entry for
the router 192.168.1.254.
The routing table first contains entries to access local devices, then
network connected to the local devices, and finally the default router
192.168.1.254.
Solution:
As I cannot have access to your hardware, you have to send me information
about your configuration in order to help netwib's improvements.
Run:
netwox 2 > resultfile
Then, send me the file 'resultfile', along with configuration information
(ifconfig, ipconfig /all, arp -a, route print, netstat -rn,
winipcfg /all /batch file.out, winipcfg, network card type, modem type,
etc.). Thanks.
-------------------------------------------------------------------------------
Problem 8:
Problem synthesis:
Several tools do not work.
Environment affected by the problem:
All
What's causing the problem:
Obtaining the configuration (device, arp cache, routes) of the
local computer is an important step of netwib. Several tools need
this configuration to be accurate.
Different kinds of network cards, modems, operating systems, etc.
exist. So, it's possible that your computer contains unrecognized
hardware. In this case, several netwox tools would be
unusable.
For these reasons, the first tool to use is 'netwox 1' to
ensure correct configuration setting.
Here is a correct example (taken on Linux):
################################### Devices ################################
nu dev ethernet_hwtype mtu real_device_name
1 Lo0 loopback 3924 lo
2 Eth0 aa:aa:aa:aa:aa:aa 1500 eth0
3 Eth1 bb:bb:bb:bb:bb:bb 1500 eth1
##################################### IP ###################################
nu ip /netmask ppp point_to_point_with
1 127.0.0.1 /255.0.0.0 0
2 192.168.1.1 /255.255.255.0 0
3 192.168.2.1 /255.255.255.0 0
3 192.168.3.1 /255.255.255.0 0
############################## ArpCache/Neighbor ###########################
nu ethernet ip
2 aa:aa:aa:aa:aa:aa 192.168.1.1
3 bb:bb:bb:bb:bb:bb 192.168.2.1
3 bb:bb:bb:bb:bb:bb 192.168.3.1
2 cc:cc:cc:cc:cc:cc 192.168.1.254
#################################### Routes ################################
nu destination /netmask source gateway metric
1 127.0.0.1 /255.255.255.255 local 0
2 192.168.1.1 /255.255.255.255 local 0
3 192.168.2.1 /255.255.255.255 local 0
3 192.168.3.1 /255.255.255.255 local 0
2 192.168.10.0 /255.255.255.0 192.168.1.1 0
3 192.168.21.0 /255.255.255.0 192.168.2.1 0
3 192.168.31.0 /255.255.255.0 192.168.1.1 0
1 127.0.0.0 /255.0.0.0 127.0.0.1 0
2 0.0.0.0 /0.0.0.0 192.168.1.1 192.168.1.254 0
In this example, we see the loopback device (lo, or Lo0, number 1), and
two network cards (eth0 and eth1, respectively number 2 and 3).
Network card 2 has IP address 192.168.1.1, and network card 3 has two
IP addresses (192.168.2.1 and 192.168.3.1).
The arp table contains permanent entries, and the dynamic entry for
the router 192.168.1.254.
The routing table first contains entries to access local devices, then
network connected to the local devices, and finally the default router
192.168.1.254.
Solution:
As I cannot have access to your hardware, you have to send me information
about your configuration in order to help netwib's improvements.
Run:
netwox 2 > resultfile
Then, send me the file 'resultfile', along with configuration information
(ifconfig, ipconfig /all, arp -a, route print, netstat -rn,
winipcfg /all /batch file.out, winipcfg, network card type, modem type,
etc.). Thanks.
-------------------------------------------------------------------------------
Problem 9:
Problem synthesis:
Network configuration is incorrect.
Environment affected by the problem:
All
What's causing the problem:
Obtaining the configuration (device, arp cache, routes) of the
local computer is an important step of netwib. Several tools need
this configuration to be accurate.
Different kinds of network cards, modems, operating systems, etc.
exist. So, it's possible that your computer contains unrecognized
hardware. In this case, several netwox tools would be
unusable.
For these reasons, the first tool to use is 'netwox 1' to
ensure correct configuration setting.
Here is a correct example (taken on Linux):
################################### Devices ################################
nu dev ethernet_hwtype mtu real_device_name
1 Lo0 loopback 3924 lo
2 Eth0 aa:aa:aa:aa:aa:aa 1500 eth0
3 Eth1 bb:bb:bb:bb:bb:bb 1500 eth1
##################################### IP ###################################
nu ip /netmask ppp point_to_point_with
1 127.0.0.1 /255.0.0.0 0
2 192.168.1.1 /255.255.255.0 0
3 192.168.2.1 /255.255.255.0 0
3 192.168.3.1 /255.255.255.0 0
############################## ArpCache/Neighbor ###########################
nu ethernet ip
2 aa:aa:aa:aa:aa:aa 192.168.1.1
3 bb:bb:bb:bb:bb:bb 192.168.2.1
3 bb:bb:bb:bb:bb:bb 192.168.3.1
2 cc:cc:cc:cc:cc:cc 192.168.1.254
#################################### Routes ################################
nu destination /netmask source gateway metric
1 127.0.0.1 /255.255.255.255 local 0
2 192.168.1.1 /255.255.255.255 local 0
3 192.168.2.1 /255.255.255.255 local 0
3 192.168.3.1 /255.255.255.255 local 0
2 192.168.10.0 /255.255.255.0 192.168.1.1 0
3 192.168.21.0 /255.255.255.0 192.168.2.1 0
3 192.168.31.0 /255.255.255.0 192.168.1.1 0
1 127.0.0.0 /255.0.0.0 127.0.0.1 0
2 0.0.0.0 /0.0.0.0 192.168.1.1 192.168.1.254 0
In this example, we see the loopback device (lo, or Lo0, number 1), and
two network cards (eth0 and eth1, respectively number 2 and 3).
Network card 2 has IP address 192.168.1.1, and network card 3 has two
IP addresses (192.168.2.1 and 192.168.3.1).
The arp table contains permanent entries, and the dynamic entry for
the router 192.168.1.254.
The routing table first contains entries to access local devices, then
network connected to the local devices, and finally the default router
192.168.1.254.
Solution:
As I cannot have access to your hardware, you have to send me information
about your configuration in order to help netwib's improvements.
Run:
netwox 2 > resultfile
Then, send me the file 'resultfile', along with configuration information
(ifconfig, ipconfig /all, arp -a, route print, netstat -rn,
winipcfg /all /batch file.out, winipcfg, network card type, modem type,
etc.). Thanks.
-------------------------------------------------------------------------------
Problem 10:
Problem synthesis:
Error messages contains inaccurate hints
Environment affected by the problem:
All
What's causing the problem:
Implementing a cross platform compatible error handling is almost
impossible (errno, h_errno, GetLatError, WSAGetLastError). The
solution chosen in netwib is to leave those error codes untouched.
So, if they were previously set by another error, this error
will still be present. For example:
Error 1099: error in foobar()
hint: errno = 19 = No such device
hint: h_errno = 2 = Host name lookup failure
If function foobar sets errno read errno, else read h_errno.
Solution:
Just ignore the hint which seems inaccurate.
-------------------------------------------------------------------------------
Problem 11:
Problem synthesis:
Netwib is slow.
Environment affected by the problem:
All
What's causing the problem:
I choose to create a modular library, easy to use.
One of the consequence is the high level structuration of netwib.
So, it is slower than a low level programming interface.
Solution 1:
Using records (netwib_io_init_record_xyz), you can construct your packets,
save them, and then send them.
Solution 2:
You can also use only low level functions of netwib, and create
your specific code around.
If its still too slow, you should not use netwib and use directly
system's functions, or buy a new computer ;)
-------------------------------------------------------------------------------
Problem 12:
Problem synthesis:
Some tools does not fully work.
Environment affected by the problem:
All
What's causing the problem:
Netwox's development contains several branches, each one having its
own priority. I cannot develop everything in one day:). So, my
priorities might not be the same as yours.
Moreover, only frequently used part of protocols are implemented.
Solution 1:
Read todo.txt to obtain list of action to be done.
Solution 2:
Read unimplemented.txt to obtain the list of unimplemented stuff.
Solution 3:
Contact-me to explain your needs.
-------------------------------------------------------------------------------
Problem 13:
Problem synthesis:
Some protocols are not fully implemented.
Environment affected by the problem:
All
What's causing the problem:
Netwox's development contains several branches, each one having its
own priority. I cannot develop everything in one day:). So, my
priorities might not be the same as yours.
Moreover, only frequently used part of protocols are implemented.
Solution 1:
Read todo.txt to obtain list of action to be done.
Solution 2:
Read unimplemented.txt to obtain the list of unimplemented stuff.
Solution 3:
Contact-me to explain your needs.
-------------------------------------------------------------------------------
Problem 14:
Problem synthesis:
Some tools are not provided.
Environment affected by the problem:
All
What's causing the problem:
Netwox's development contains several branches, each one having its
own priority. I cannot develop everything in one day:). So, my
priorities might not be the same as yours.
Moreover, only frequently used part of protocols are implemented.
Solution 1:
Read todo.txt to obtain list of action to be done.
Solution 2:
Read unimplemented.txt to obtain the list of unimplemented stuff.
Solution 3:
Contact-me to explain your needs.
-------------------------------------------------------------------------------
Problem 15:
Problem synthesis:
The name "netwox539" is too long to enter.
Environment affected by the problem:
All
What's causing the problem:
I choose the name "netwox" followed by its version number. However,
you may think that pressing those keys is too long.
Solution:
You just need to copy netwox539 or to create a link:
- Unix:
ln -s /usr/local/bin/netwox539 /usr/local/bin/nx
- Windows:
copy netwox539.exe nx.exe
netw-ib-ox-ag-5.39.0/src/netwox-doc_html/txt/unimplemented.txt 0000600 0000000 0000000 00000001726 11776302045 023017 0 ustar root root Laurent CONSTANTIN's network toolbox (netwox)
-----------------------------------
-------------------------------
| UNIMPLEMENTED IN NETWOX |
-------------------------------
Netwox's objective is to contain a lot of tools.
Some are not fully implemented at 100%. Indeed, some features
are not frequently needed.
This file describes features which are not expected to be
implemented. File todo.txt includes the ones which are planned
for next months.
* IP OPTIONS :
Only options of RFC 791 are implemented. Others, are dealt as
a byte array.
* Sniffer :
Decoded protocols are :
- Ethernet
- IP
- IP options (rfc 791)
- ICMP (rfc 792)
- UDP
- TCP
- ARP/RARP
* Performance :
Most tools are monothread. So, they are not very fast to do
repetitive tasks.
Do not hesitate to contact me if you need the presented points.
netw-ib-ox-ag-5.39.0/src/netwox-doc_html/txt/problemusagebin.txt 0000600 0000000 0000000 00000047646 11776302045 023342 0 ustar root root Network toolbox netwox
-------------------------------------------
| KNOWN PROBLEMS |
-------------------------------------------
This file describes known problems (incompatibilities, unsupported
features, errors, etc.).
If you seek help (usage help, examples, etc.), it's better to read
netwib-5.39.0-doc_html.tgz or netwox-5.39.0-doc_html.tgz.
Problems described in this file are (if you encounter an unknown problem,
thanks for contacting me, as explained in ./doc/problemreport.txt):
PROBLEMS CAUSED BY THE SYSTEM
1: [Windows] Display is slow.
2: [Windows 95] At netwib end, the modem link stops.
3: [Windows XP] Converting an IP address to a hostname returns a bad value.
PROBLEMS CAUSED BY LIBPCAP OR WINPCAP
4: [Windows] Several tools of netwox doesn't seem to work.
5: [Windows] Sniff does not work with a modem
6: [Windows] Popup: The dynamic library wpcap.dll was not found.
[Note: I'am not sure about the exact error message because I do not
have access to an English computer]
PROBLEMS CAUSED BY NETWIB'S DESIGN
7: Why running 'netwox 1' ?
8: Several tools do not work.
9: Network configuration is incorrect.
10: Error messages contains inaccurate hints
11: Netwib is slow.
PROBLEMS CAUSED BY NETWOX'S DESIGN
12: Some tools does not fully work.
13: Some protocols are not fully implemented.
14: Some tools are not provided.
15: The name "netwox539" is too long to enter.
-------------------------------------------------------------------------------
Problem 1:
Problem synthesis:
Display is slow.
Environment affected by the problem:
Windows
What's causing the problem:
In a msdos console, we cannot print more than 100 lines per seconds.
Solution 1:
Redirect output in a file:
commandname > file
However in this case, we do not see when data has to be entered.
Solution 2:
Use tools, or printprofiles, less verbose.
-------------------------------------------------------------------------------
Problem 2:
Problem synthesis:
At netwib end, the modem link stops.
Environment affected by the problem:
Windows 95 with a modem
What's causing the problem:
At the end of a program, references to unused object are freed.
It's the case for the low level driver of WinPcap (packet.sys).
Unfortunately, as explained in WinPcap FAQ, Windows also
stops the modem connection. So, at the end of netwox, the phone
line stops.
Solution 1:
Installation of:
- Windows Sockets 2 Update, and
- Dialup Networking 1.3 Update
might resolv this problem.
Those updates are available here:
- http://www.microsoft.com/windows95/downloads/contents/wuadmintools/s_wunetworkingtools/w95sockets2/default.asp
- http://www.microsoft.com/Windows95/downloads/contents/WURecommended/S_WUNetworking/dun13win95/Default.asp
Solution 2:
You can contact WinPcap developers to help them to write a
driver/dll not having this problem.
Additional note (march 2004): Windows 9x is no more supported by
WinPcap developers.
-------------------------------------------------------------------------------
Problem 3:
Problem synthesis:
Converting an IP address to a hostname returns a bad value.
Environment affected by the problem:
Windows XP
What's causing the problem:
Functions netwib_ip_init_buf(...NETWIB_IP_DECODETYPE_HN...) use
gethostbyaddr(). However, there is a bug in WindowsXP's
implementation of gethostbyaddr, as described in Knowledge Base
Q317936 of Microsoft.
This bug appears when DNSorWINS and NetBIOSoverTCPIP are activated.
Solution:
Patch Q317936 corrects this problem.
-------------------------------------------------------------------------------
Problem 4:
Problem synthesis:
Several tools of netwox doesn't seem to work.
Environment affected by the problem:
Windows
What's causing the problem:
Netwib depends on WinPcap. If WinPcap does not work, several
features of netwib/netwox will not work.
So, we have to ensure WinPcap works correctly.
Solution:
Install and test windump as described in INSTALL_FR.TXT.
-------------------------------------------------------------------------------
Problem 5:
Problem synthesis:
Sniff does not work with a modem
Environment affected by the problem:
Windows
What's causing the problem:
WinPCAP is not designed to work with a modem.
File netwox-5.39.0-doc-html.tgz/en/examples.html lists systems where
modems are supported.
Solution:
If your system does not support modems, try to apply WinPCAP solution:
http://winpcap.polito.it/misc/dialup.htm
-------------------------------------------------------------------------------
Problem 6:
Problem synthesis:
Popup: The dynamic library wpcap.dll was not found.
[Note: I'am not sure about the exact error message because I do not
have access to an English computer]
Environment affected by the problem:
Windows
What's causing the problem:
WinPCAP is not installed.
Solution:
Download and install WinPCAP as described in INSTALL.TXT
or INSTALLWINDOWS.TXT.
-------------------------------------------------------------------------------
Problem 7:
Problem synthesis:
Why running 'netwox 1' ?
Environment affected by the problem:
All
What's causing the problem:
Obtaining the configuration (device, arp cache, routes) of the
local computer is an important step of netwib. Several tools need
this configuration to be accurate.
Different kinds of network cards, modems, operating systems, etc.
exist. So, it's possible that your computer contains unrecognized
hardware. In this case, several netwox tools would be
unusable.
For these reasons, the first tool to use is 'netwox 1' to
ensure correct configuration setting.
Here is a correct example (taken on Linux):
################################### Devices ################################
nu dev ethernet_hwtype mtu real_device_name
1 Lo0 loopback 3924 lo
2 Eth0 aa:aa:aa:aa:aa:aa 1500 eth0
3 Eth1 bb:bb:bb:bb:bb:bb 1500 eth1
##################################### IP ###################################
nu ip /netmask ppp point_to_point_with
1 127.0.0.1 /255.0.0.0 0
2 192.168.1.1 /255.255.255.0 0
3 192.168.2.1 /255.255.255.0 0
3 192.168.3.1 /255.255.255.0 0
############################## ArpCache/Neighbor ###########################
nu ethernet ip
2 aa:aa:aa:aa:aa:aa 192.168.1.1
3 bb:bb:bb:bb:bb:bb 192.168.2.1
3 bb:bb:bb:bb:bb:bb 192.168.3.1
2 cc:cc:cc:cc:cc:cc 192.168.1.254
#################################### Routes ################################
nu destination /netmask source gateway metric
1 127.0.0.1 /255.255.255.255 local 0
2 192.168.1.1 /255.255.255.255 local 0
3 192.168.2.1 /255.255.255.255 local 0
3 192.168.3.1 /255.255.255.255 local 0
2 192.168.10.0 /255.255.255.0 192.168.1.1 0
3 192.168.21.0 /255.255.255.0 192.168.2.1 0
3 192.168.31.0 /255.255.255.0 192.168.1.1 0
1 127.0.0.0 /255.0.0.0 127.0.0.1 0
2 0.0.0.0 /0.0.0.0 192.168.1.1 192.168.1.254 0
In this example, we see the loopback device (lo, or Lo0, number 1), and
two network cards (eth0 and eth1, respectively number 2 and 3).
Network card 2 has IP address 192.168.1.1, and network card 3 has two
IP addresses (192.168.2.1 and 192.168.3.1).
The arp table contains permanent entries, and the dynamic entry for
the router 192.168.1.254.
The routing table first contains entries to access local devices, then
network connected to the local devices, and finally the default router
192.168.1.254.
Solution:
As I cannot have access to your hardware, you have to send me information
about your configuration in order to help netwib's improvements.
Run:
netwox 2 > resultfile
Then, send me the file 'resultfile', along with configuration information
(ifconfig, ipconfig /all, arp -a, route print, netstat -rn,
winipcfg /all /batch file.out, winipcfg, network card type, modem type,
etc.). Thanks.
-------------------------------------------------------------------------------
Problem 8:
Problem synthesis:
Several tools do not work.
Environment affected by the problem:
All
What's causing the problem:
Obtaining the configuration (device, arp cache, routes) of the
local computer is an important step of netwib. Several tools need
this configuration to be accurate.
Different kinds of network cards, modems, operating systems, etc.
exist. So, it's possible that your computer contains unrecognized
hardware. In this case, several netwox tools would be
unusable.
For these reasons, the first tool to use is 'netwox 1' to
ensure correct configuration setting.
Here is a correct example (taken on Linux):
################################### Devices ################################
nu dev ethernet_hwtype mtu real_device_name
1 Lo0 loopback 3924 lo
2 Eth0 aa:aa:aa:aa:aa:aa 1500 eth0
3 Eth1 bb:bb:bb:bb:bb:bb 1500 eth1
##################################### IP ###################################
nu ip /netmask ppp point_to_point_with
1 127.0.0.1 /255.0.0.0 0
2 192.168.1.1 /255.255.255.0 0
3 192.168.2.1 /255.255.255.0 0
3 192.168.3.1 /255.255.255.0 0
############################## ArpCache/Neighbor ###########################
nu ethernet ip
2 aa:aa:aa:aa:aa:aa 192.168.1.1
3 bb:bb:bb:bb:bb:bb 192.168.2.1
3 bb:bb:bb:bb:bb:bb 192.168.3.1
2 cc:cc:cc:cc:cc:cc 192.168.1.254
#################################### Routes ################################
nu destination /netmask source gateway metric
1 127.0.0.1 /255.255.255.255 local 0
2 192.168.1.1 /255.255.255.255 local 0
3 192.168.2.1 /255.255.255.255 local 0
3 192.168.3.1 /255.255.255.255 local 0
2 192.168.10.0 /255.255.255.0 192.168.1.1 0
3 192.168.21.0 /255.255.255.0 192.168.2.1 0
3 192.168.31.0 /255.255.255.0 192.168.1.1 0
1 127.0.0.0 /255.0.0.0 127.0.0.1 0
2 0.0.0.0 /0.0.0.0 192.168.1.1 192.168.1.254 0
In this example, we see the loopback device (lo, or Lo0, number 1), and
two network cards (eth0 and eth1, respectively number 2 and 3).
Network card 2 has IP address 192.168.1.1, and network card 3 has two
IP addresses (192.168.2.1 and 192.168.3.1).
The arp table contains permanent entries, and the dynamic entry for
the router 192.168.1.254.
The routing table first contains entries to access local devices, then
network connected to the local devices, and finally the default router
192.168.1.254.
Solution:
As I cannot have access to your hardware, you have to send me information
about your configuration in order to help netwib's improvements.
Run:
netwox 2 > resultfile
Then, send me the file 'resultfile', along with configuration information
(ifconfig, ipconfig /all, arp -a, route print, netstat -rn,
winipcfg /all /batch file.out, winipcfg, network card type, modem type,
etc.). Thanks.
-------------------------------------------------------------------------------
Problem 9:
Problem synthesis:
Network configuration is incorrect.
Environment affected by the problem:
All
What's causing the problem:
Obtaining the configuration (device, arp cache, routes) of the
local computer is an important step of netwib. Several tools need
this configuration to be accurate.
Different kinds of network cards, modems, operating systems, etc.
exist. So, it's possible that your computer contains unrecognized
hardware. In this case, several netwox tools would be
unusable.
For these reasons, the first tool to use is 'netwox 1' to
ensure correct configuration setting.
Here is a correct example (taken on Linux):
################################### Devices ################################
nu dev ethernet_hwtype mtu real_device_name
1 Lo0 loopback 3924 lo
2 Eth0 aa:aa:aa:aa:aa:aa 1500 eth0
3 Eth1 bb:bb:bb:bb:bb:bb 1500 eth1
##################################### IP ###################################
nu ip /netmask ppp point_to_point_with
1 127.0.0.1 /255.0.0.0 0
2 192.168.1.1 /255.255.255.0 0
3 192.168.2.1 /255.255.255.0 0
3 192.168.3.1 /255.255.255.0 0
############################## ArpCache/Neighbor ###########################
nu ethernet ip
2 aa:aa:aa:aa:aa:aa 192.168.1.1
3 bb:bb:bb:bb:bb:bb 192.168.2.1
3 bb:bb:bb:bb:bb:bb 192.168.3.1
2 cc:cc:cc:cc:cc:cc 192.168.1.254
#################################### Routes ################################
nu destination /netmask source gateway metric
1 127.0.0.1 /255.255.255.255 local 0
2 192.168.1.1 /255.255.255.255 local 0
3 192.168.2.1 /255.255.255.255 local 0
3 192.168.3.1 /255.255.255.255 local 0
2 192.168.10.0 /255.255.255.0 192.168.1.1 0
3 192.168.21.0 /255.255.255.0 192.168.2.1 0
3 192.168.31.0 /255.255.255.0 192.168.1.1 0
1 127.0.0.0 /255.0.0.0 127.0.0.1 0
2 0.0.0.0 /0.0.0.0 192.168.1.1 192.168.1.254 0
In this example, we see the loopback device (lo, or Lo0, number 1), and
two network cards (eth0 and eth1, respectively number 2 and 3).
Network card 2 has IP address 192.168.1.1, and network card 3 has two
IP addresses (192.168.2.1 and 192.168.3.1).
The arp table contains permanent entries, and the dynamic entry for
the router 192.168.1.254.
The routing table first contains entries to access local devices, then
network connected to the local devices, and finally the default router
192.168.1.254.
Solution:
As I cannot have access to your hardware, you have to send me information
about your configuration in order to help netwib's improvements.
Run:
netwox 2 > resultfile
Then, send me the file 'resultfile', along with configuration information
(ifconfig, ipconfig /all, arp -a, route print, netstat -rn,
winipcfg /all /batch file.out, winipcfg, network card type, modem type,
etc.). Thanks.
-------------------------------------------------------------------------------
Problem 10:
Problem synthesis:
Error messages contains inaccurate hints
Environment affected by the problem:
All
What's causing the problem:
Implementing a cross platform compatible error handling is almost
impossible (errno, h_errno, GetLatError, WSAGetLastError). The
solution chosen in netwib is to leave those error codes untouched.
So, if they were previously set by another error, this error
will still be present. For example:
Error 1099: error in foobar()
hint: errno = 19 = No such device
hint: h_errno = 2 = Host name lookup failure
If function foobar sets errno read errno, else read h_errno.
Solution:
Just ignore the hint which seems inaccurate.
-------------------------------------------------------------------------------
Problem 11:
Problem synthesis:
Netwib is slow.
Environment affected by the problem:
All
What's causing the problem:
I choose to create a modular library, easy to use.
One of the consequence is the high level structuration of netwib.
So, it is slower than a low level programming interface.
Solution 1:
Using records (netwib_io_init_record_xyz), you can construct your packets,
save them, and then send them.
Solution 2:
You can also use only low level functions of netwib, and create
your specific code around.
If its still too slow, you should not use netwib and use directly
system's functions, or buy a new computer ;)
-------------------------------------------------------------------------------
Problem 12:
Problem synthesis:
Some tools does not fully work.
Environment affected by the problem:
All
What's causing the problem:
Netwox's development contains several branches, each one having its
own priority. I cannot develop everything in one day:). So, my
priorities might not be the same as yours.
Moreover, only frequently used part of protocols are implemented.
Solution 1:
Read todo.txt to obtain list of action to be done.
Solution 2:
Read unimplemented.txt to obtain the list of unimplemented stuff.
Solution 3:
Contact-me to explain your needs.
-------------------------------------------------------------------------------
Problem 13:
Problem synthesis:
Some protocols are not fully implemented.
Environment affected by the problem:
All
What's causing the problem:
Netwox's development contains several branches, each one having its
own priority. I cannot develop everything in one day:). So, my
priorities might not be the same as yours.
Moreover, only frequently used part of protocols are implemented.
Solution 1:
Read todo.txt to obtain list of action to be done.
Solution 2:
Read unimplemented.txt to obtain the list of unimplemented stuff.
Solution 3:
Contact-me to explain your needs.
-------------------------------------------------------------------------------
Problem 14:
Problem synthesis:
Some tools are not provided.
Environment affected by the problem:
All
What's causing the problem:
Netwox's development contains several branches, each one having its
own priority. I cannot develop everything in one day:). So, my
priorities might not be the same as yours.
Moreover, only frequently used part of protocols are implemented.
Solution 1:
Read todo.txt to obtain list of action to be done.
Solution 2:
Read unimplemented.txt to obtain the list of unimplemented stuff.
Solution 3:
Contact-me to explain your needs.
-------------------------------------------------------------------------------
Problem 15:
Problem synthesis:
The name "netwox539" is too long to enter.
Environment affected by the problem:
All
What's causing the problem:
I choose the name "netwox" followed by its version number. However,
you may think that pressing those keys is too long.
Solution:
You just need to copy netwox539 or to create a link:
- Unix:
ln -s /usr/local/bin/netwox539 /usr/local/bin/nx
- Windows:
copy netwox539.exe nx.exe
netw-ib-ox-ag-5.39.0/src/netwox-doc_html/txt/probleminstallbin.txt 0000600 0000000 0000000 00000001200 11776302045 023654 0 ustar root root Network toolbox netwox
-------------------------------------------
| KNOWN PROBLEMS |
-------------------------------------------
This file describes known problems (incompatibilities, unsupported
features, errors, etc.).
If you seek help (usage help, examples, etc.), it's better to read
netwib-5.39.0-doc_html.tgz or netwox-5.39.0-doc_html.tgz.
Problems described in this file are (if you encounter an unknown problem,
thanks for contacting me, as explained in ./doc/problemreport.txt):
Currently, there is nothing to say.
netw-ib-ox-ag-5.39.0/src/netwox-doc_html/txt/problemusageunix.txt 0000600 0000000 0000000 00000102444 11776302045 023541 0 ustar root root Network toolbox netwox
-------------------------------------------
| KNOWN PROBLEMS |
-------------------------------------------
This file describes known problems (incompatibilities, unsupported
features, errors, etc.).
If you seek help (usage help, examples, etc.), it's better to read
netwib-5.39.0-doc_html.tgz or netwox-5.39.0-doc_html.tgz. You
can also use "man netwib" or "man netwox".
Problems described in this file are (if you encounter an unknown problem,
thanks for contacting me, as explained in ./doc/problemreport.txt):
PROBLEMS CAUSED BY THE SYSTEM
1: [Linux] Segmentation fault while converting from IP address to ethernet
address. [problem in /etc/nsswitch.conf]
2: [Linux] Segmentation fault while converting from IP address to ethernet
address. [problem in /etc/ethers]
3: While spoofing at IP level, some packets refuse to be emitted.
4: While spoofing at IP level, some packets emitted doesn't have the
same values in the header that the ones we specified.
5: Error 1001: error in sendto()
6: [Linux] When we send a lot of packets at IP level (with
netwib_io_init_spoof_ip), there is a saturation of the system.
7: [FreeBSD] cannot sniff.
8: [FreeBSD] cannot spoof.
9: [FreeBSD] /dev/bpfii: Device not configured.
10: [FreeBSD] /dev/bpfii: No such file or directory.
11: [xBSD] Packets emitted to the network always have the ethernet address of
the board, instead of having the address specified in the packet.
12: [Linux] The computer local's address is added and the end of an IP option
of type "record route" or "timestamp".
13: [Linux] The sniff doesn't work.
14: [Linux] Display of an error in module net-pf-17 in /var/log/messages.
PROBLEMS CAUSED BY LIBPCAP OR WINPCAP
15: [Linux] Display of "linux socket: Too many open files" while calling exit().
16: [Linux] Display of "kernel: program uses obsolete (PF_INET,SOCK_PACKET)"
in "/var/log/messages". This is a warning only.
PROBLEMS CAUSED BY NETWIB'S DESIGN
17: Why running 'netwox 1' ?
18: Several tools do not work.
19: Network configuration is incorrect.
20: Error messages contains inaccurate hints
21: Netwib is slow.
PROBLEMS CAUSED BY NETWOX'S DESIGN
22: Some tools does not fully work.
23: Some protocols are not fully implemented.
24: Some tools are not provided.
25: The name "netwox539" is too long to enter.
26: [Unix] Netwox can be insecure.
-------------------------------------------------------------------------------
Problem 1:
Problem synthesis:
Segmentation fault while converting from IP address to ethernet
address. [problem in /etc/nsswitch.conf]
Environment affected by the problem:
Glibc-2.?? (<2.2.1) with "nisplus" or "db" in /etc/nsswitch.conf
What's causing the problem:
The problem arises when calling the function ether_hostton, and when
the entry "nisplus" or "db" is in /etc/nsswitch.conf.
Indeed, there is an error in glibc source (glibc-2.1.3):
nis/nss_nisplus/nisplus-ethers.c, line 234:
there is "if (name != NULL)" instead of "if (name == NULL)"
Note: an email was sent to glibc developers. They applied a patch
in glibc 2.2.1.
Solution 1:
Edit /etc/nsswitch.conf to replace the line:
ethers: _here_nisplus_or_nis_or_db_is_written_ files
by:
ethers: files
Indeed, the problems disappears when removing "nis", "nisplus" or "db".
You should then execute "genemake" again (and compile and install)
to ensure that netwib will use ether_hostton.
Solution 2:
Install glibc > 2.2.1.
-------------------------------------------------------------------------------
Problem 2:
Problem synthesis:
Segmentation fault while converting from IP address to ethernet
address. [problem in /etc/ethers]
Environment affected by the problem:
/etc/ethers empty
What's causing the problem:
The problem arises when /etc/ethers exists, but is empty.
Indeed, there is an error in glibc source (glibc-2.1.3):
inet/ether_hton.c, line 76:
fct has only four parameters, instead of five
Note: an email was sent to glibc developers. They applied a patch
in glibc 2.2.1.
Solution 1:
Remove the file /etc/ethers if it doesn't contain any line.
Solution 2:
Install glibc > 2.2.1.
-------------------------------------------------------------------------------
Problem 3:
Problem synthesis:
While spoofing at IP level, some packets refuse to be emitted.
Environment affected by the problem:
Linux with IP firewalling
Solaris
FreeBSD
[I guess the problem exists in almost every environment]
What's causing the problem:
Commonly, there are two levels of spoof:
- ethernet level: we specify ethernet address, ip address, etc.
- ip level: we specify ip address, etc. and the system is in charge
of finding the corresponding ethernet address
The problem exists because some systems try to ensure that the
packet is legitimate before sending it.
If the system thinks the packet is incorrect, it will throw it, or
it will modify our values before sending it.
Solution 1:
A generic solution consists in spoofing at ethernet level, to
move around the system using netwib_io_init_spoof_ipeth or
netwib_io_init_spoof_eth.
Solution 2:
Under Linux, you have to compile the kernel without IP firewalling
to be allowed to emit incorrect packets.
-------------------------------------------------------------------------------
Problem 4:
Problem synthesis:
While spoofing at IP level, some packets emitted doesn't have the
same values in the header that the ones we specified.
Environment affected by the problem:
Linux with IP firewalling
Solaris
FreeBSD
[I guess the problem exists in almost every environment]
What's causing the problem:
Commonly, there are two levels of spoof:
- ethernet level: we specify ethernet address, ip address, etc.
- ip level: we specify ip address, etc. and the system is in charge
of finding the corresponding ethernet address
The problem exists because some systems try to ensure that the
packet is legitimate before sending it.
If the system thinks the packet is incorrect, it will throw it, or
it will modify our values before sending it.
Solution 1:
A generic solution consists in spoofing at ethernet level, to
move around the system using netwib_io_init_spoof_ipeth or
netwib_io_init_spoof_eth.
Solution 2:
Under Linux, you have to compile the kernel without IP firewalling
to be allowed to emit incorrect packets.
-------------------------------------------------------------------------------
Problem 5:
Problem synthesis:
Error 1001: error in sendto()
Environment affected by the problem:
Linux with IP firewalling
Solaris
FreeBSD
[I guess the problem exists in almost every environment]
What's causing the problem:
Commonly, there are two levels of spoof:
- ethernet level: we specify ethernet address, ip address, etc.
- ip level: we specify ip address, etc. and the system is in charge
of finding the corresponding ethernet address
The problem exists because some systems try to ensure that the
packet is legitimate before sending it.
If the system thinks the packet is incorrect, it will throw it, or
it will modify our values before sending it.
Solution 1:
A generic solution consists in spoofing at ethernet level, to
move around the system using netwib_io_init_spoof_ipeth or
netwib_io_init_spoof_eth.
Solution 2:
Under Linux, you have to compile the kernel without IP firewalling
to be allowed to emit incorrect packets.
-------------------------------------------------------------------------------
Problem 6:
Problem synthesis:
When we send a lot of packets at IP level (with
netwib_io_init_spoof_ip), there is a saturation of the system.
Environment affected by the problem:
Linux
probably other systems
What's causing the problem:
When using the function netwib_io_init_spoof_ip, we give the packet to the
system, and we leave it doing its jobs.
If the ethernet destination/router address cannot be determined,
the system keeps the packet. Theses packets, for which system thinks
it we be able to send them later, will take memory.
If we are trying to do a denial of service, and the packets stay in our
system, which will saturate (for example, in 10 seconds).
So we have to ensure the packets are really sent when we do a denial
of service.
On powerful computers, I also saw the system accepting more packets
than it could really send. This is another cause of saturation.
Solution 1:
(destination computer is on the LAN)
- If the destination computer exists on the LAN, verify it is
in the ARP cache ("arp -an"). Otherwise, try to ping it.
- If the destination computer doesn't exists, you have to create a
fake arp entry ("arp -s computer a:a:a:a:a:a").
Solution 2:
(destination computer is after a router)
- First, the router must be in the ARP cache ("arp -an").
Otherwise, try to ping it.
- Then, verify your routes ("netstat -rn") and try to ping the
destination.
Solution 3:
(configuration OK, but powerful computer)
The main problem is that there is no way to known if the kernel
is saturating because of our packets. When there is the error
(errno==ENOBUFS), it is far too late.
One solution is to slow down the sending process using
netwib_time_sleep_sec. For example, we can sleep after each thousand
packets sent. But, the sleep time depends on the system (cpu,
memory, network board, etc.).
If you find a good solution to this problem, please contact me.
-------------------------------------------------------------------------------
Problem 7:
Problem synthesis:
cannot sniff.
Environment affected by the problem:
FreeBSD
What's causing the problem:
bpf is not compiled in the kernel, or only a few bpfii are
available. So we cannot sniff or spoof at Ethernet level.
Solution:
You have to compile your kernel with bpf support writing the following
in /usr/src/sys/i386/KERNEL:
"pseudo-device bpfilter 4"
Then, you have to create the bpfii
cd /dev
sh MAKEDEV bpf0 (if it doesn't already exists)
sh MAKEDEV bpf1
sh MAKEDEV bpf2
sh MAKEDEV bpf3
Note: in this example, 4 bpf are created; we can use more.
-------------------------------------------------------------------------------
Problem 8:
Problem synthesis:
cannot spoof.
Environment affected by the problem:
FreeBSD
What's causing the problem:
bpf is not compiled in the kernel, or only a few bpfii are
available. So we cannot sniff or spoof at Ethernet level.
Solution:
You have to compile your kernel with bpf support writing the following
in /usr/src/sys/i386/KERNEL:
"pseudo-device bpfilter 4"
Then, you have to create the bpfii
cd /dev
sh MAKEDEV bpf0 (if it doesn't already exists)
sh MAKEDEV bpf1
sh MAKEDEV bpf2
sh MAKEDEV bpf3
Note: in this example, 4 bpf are created; we can use more.
-------------------------------------------------------------------------------
Problem 9:
Problem synthesis:
/dev/bpfii: Device not configured.
Environment affected by the problem:
FreeBSD
What's causing the problem:
bpf is not compiled in the kernel, or only a few bpfii are
available. So we cannot sniff or spoof at Ethernet level.
Solution:
You have to compile your kernel with bpf support writing the following
in /usr/src/sys/i386/KERNEL:
"pseudo-device bpfilter 4"
Then, you have to create the bpfii
cd /dev
sh MAKEDEV bpf0 (if it doesn't already exists)
sh MAKEDEV bpf1
sh MAKEDEV bpf2
sh MAKEDEV bpf3
Note: in this example, 4 bpf are created; we can use more.
-------------------------------------------------------------------------------
Problem 10:
Problem synthesis:
/dev/bpfii: No such file or directory.
Environment affected by the problem:
FreeBSD
What's causing the problem:
bpf is not compiled in the kernel, or only a few bpfii are
available. So we cannot sniff or spoof at Ethernet level.
Solution:
You have to compile your kernel with bpf support writing the following
in /usr/src/sys/i386/KERNEL:
"pseudo-device bpfilter 4"
Then, you have to create the bpfii
cd /dev
sh MAKEDEV bpf0 (if it doesn't already exists)
sh MAKEDEV bpf1
sh MAKEDEV bpf2
sh MAKEDEV bpf3
Note: in this example, 4 bpf are created; we can use more.
-------------------------------------------------------------------------------
Problem 11:
Problem synthesis:
Packets emitted to the network always have the ethernet address of
the board, instead of having the address specified in the packet.
Environment affected by the problem:
FreeBSD 3.1, 3.5, OpenBSD 2.x [FreeBSD 4.x is not concerned]
What's causing the problem:
The kernel doesn't allow to spoof ethernet address.
Solution:
The directory ../src/port/freebsd (or ../src/port/openbsd)
contains a kernel patch/module. The patch has to be applied,
or the module has to be activated. Read the README file present
in such directories.
-------------------------------------------------------------------------------
Problem 12:
Problem synthesis:
The computer local's address is added and the end of an IP option
of type "record route" or "timestamp".
Environment affected by the problem:
Linux kernel inferior to 2.1
What's causing the problem:
While sniffing a packet containing IP options "record route" or
"timestamp", which is done by libpcap, the local computer adds
its own address at the end of the list.
This seems to be logical, but when we sniff we want to see what
is really on the network.
The libpcap library uses a {PF_INET,SOCK_PACKET} socket, and this
implementation is incorrect.
Solution 1:
Kernel after 2.1 doesn't have this problem.
Solution 2:
Install libpcap > 0.6 available at http://www.tcpdump.org/.
-------------------------------------------------------------------------------
Problem 13:
Problem synthesis:
The sniff doesn't work.
Environment affected by the problem:
Linux
What's causing the problem:
The kernel has to be compiled with "packet socket" (CONFIG_PACKET)
to be able to sniff.
Solution:
You have to compile your kernel with "packet socket":
- select 'Packet socket' in the menu 'Networking options'
of 'make xconfig', or
- edit /usr/src/linux/.config to define:
CONFIG_PACKET=y
The kernel then needs to be compiled and installed.
-------------------------------------------------------------------------------
Problem 14:
Problem synthesis:
Display of an error in module net-pf-17 in /var/log/messages.
Environment affected by the problem:
Linux
What's causing the problem:
The kernel has to be compiled with "packet socket" (CONFIG_PACKET)
to be able to sniff.
Solution:
You have to compile your kernel with "packet socket":
- select 'Packet socket' in the menu 'Networking options'
of 'make xconfig', or
- edit /usr/src/linux/.config to define:
CONFIG_PACKET=y
The kernel then needs to be compiled and installed.
-------------------------------------------------------------------------------
Problem 15:
Problem synthesis:
Display of "linux socket: Too many open files" while calling exit().
Environment affected by the problem:
Linux with libpcap 0.5
What's causing the problem:
The function "linux_restore_ifr" of "pcap-linux.c" is called
at the end of the program ("atexit()").
This function uses a file descriptor, but never closes it.
Note: An email was sent to libpcap's developers.
Solution 1:
Install libpcap > 0.6 available at http://www.tcpdump.org/.
Solution 2:
If you use libpcap<0.6, you have to modify the function
"linux_restore_ifr" of "pcap-linux.c":
void linux_restore_ifr(void)
{ register int fd;
fd = socket(PF_INET, SOCK_PACKET, htons(0x0003));
if (fd < 0)
fprintf(stderr, "linux socket: %s", pcap_strerror(errno));
else if (ioctl(fd, SIOCSIFFLAGS, &saved_ifr) < 0)
fprintf(stderr, "linux SIOCSIFFLAGS: %s", pcap_strerror(errno));
/*and here, a close was missing*/
close(fd); /*added by Laurent, in libpcap*/
}
Then you have to compile and install libpcap.
-------------------------------------------------------------------------------
Problem 16:
Problem synthesis:
Display of "kernel: program uses obsolete (PF_INET,SOCK_PACKET)"
in "/var/log/messages". This is a warning only.
Environment affected by the problem:
Linux kernel superior to 2.1
libpcap up to 0.5rel2
What's causing the problem:
The libpcap library uses a {PF_INET,SOCK_PACKET} socket.
This kind of socket is considered as obsolete by the kernel.
Note: an email was sent to libpcap's developers.
Solution 1:
As this is a warning only message, it can be ignored.
Solution 2:
Install libpcap > 0.6 available at http://www.tcpdump.org/.
-------------------------------------------------------------------------------
Problem 17:
Problem synthesis:
Why running 'netwox 1' ?
Environment affected by the problem:
All
What's causing the problem:
Obtaining the configuration (device, arp cache, routes) of the
local computer is an important step of netwib. Several tools need
this configuration to be accurate.
Different kinds of network cards, modems, operating systems, etc.
exist. So, it's possible that your computer contains unrecognized
hardware. In this case, several netwox tools would be
unusable.
For these reasons, the first tool to use is 'netwox 1' to
ensure correct configuration setting.
Here is a correct example (taken on Linux):
################################### Devices ################################
nu dev ethernet_hwtype mtu real_device_name
1 Lo0 loopback 3924 lo
2 Eth0 aa:aa:aa:aa:aa:aa 1500 eth0
3 Eth1 bb:bb:bb:bb:bb:bb 1500 eth1
##################################### IP ###################################
nu ip /netmask ppp point_to_point_with
1 127.0.0.1 /255.0.0.0 0
2 192.168.1.1 /255.255.255.0 0
3 192.168.2.1 /255.255.255.0 0
3 192.168.3.1 /255.255.255.0 0
############################## ArpCache/Neighbor ###########################
nu ethernet ip
2 aa:aa:aa:aa:aa:aa 192.168.1.1
3 bb:bb:bb:bb:bb:bb 192.168.2.1
3 bb:bb:bb:bb:bb:bb 192.168.3.1
2 cc:cc:cc:cc:cc:cc 192.168.1.254
#################################### Routes ################################
nu destination /netmask source gateway metric
1 127.0.0.1 /255.255.255.255 local 0
2 192.168.1.1 /255.255.255.255 local 0
3 192.168.2.1 /255.255.255.255 local 0
3 192.168.3.1 /255.255.255.255 local 0
2 192.168.10.0 /255.255.255.0 192.168.1.1 0
3 192.168.21.0 /255.255.255.0 192.168.2.1 0
3 192.168.31.0 /255.255.255.0 192.168.1.1 0
1 127.0.0.0 /255.0.0.0 127.0.0.1 0
2 0.0.0.0 /0.0.0.0 192.168.1.1 192.168.1.254 0
In this example, we see the loopback device (lo, or Lo0, number 1), and
two network cards (eth0 and eth1, respectively number 2 and 3).
Network card 2 has IP address 192.168.1.1, and network card 3 has two
IP addresses (192.168.2.1 and 192.168.3.1).
The arp table contains permanent entries, and the dynamic entry for
the router 192.168.1.254.
The routing table first contains entries to access local devices, then
network connected to the local devices, and finally the default router
192.168.1.254.
Solution:
As I cannot have access to your hardware, you have to send me information
about your configuration in order to help netwib's improvements.
Run:
netwox 2 > resultfile
Then, send me the file 'resultfile', along with configuration information
(ifconfig, ipconfig /all, arp -a, route print, netstat -rn,
winipcfg /all /batch file.out, winipcfg, network card type, modem type,
etc.). Thanks.
-------------------------------------------------------------------------------
Problem 18:
Problem synthesis:
Several tools do not work.
Environment affected by the problem:
All
What's causing the problem:
Obtaining the configuration (device, arp cache, routes) of the
local computer is an important step of netwib. Several tools need
this configuration to be accurate.
Different kinds of network cards, modems, operating systems, etc.
exist. So, it's possible that your computer contains unrecognized
hardware. In this case, several netwox tools would be
unusable.
For these reasons, the first tool to use is 'netwox 1' to
ensure correct configuration setting.
Here is a correct example (taken on Linux):
################################### Devices ################################
nu dev ethernet_hwtype mtu real_device_name
1 Lo0 loopback 3924 lo
2 Eth0 aa:aa:aa:aa:aa:aa 1500 eth0
3 Eth1 bb:bb:bb:bb:bb:bb 1500 eth1
##################################### IP ###################################
nu ip /netmask ppp point_to_point_with
1 127.0.0.1 /255.0.0.0 0
2 192.168.1.1 /255.255.255.0 0
3 192.168.2.1 /255.255.255.0 0
3 192.168.3.1 /255.255.255.0 0
############################## ArpCache/Neighbor ###########################
nu ethernet ip
2 aa:aa:aa:aa:aa:aa 192.168.1.1
3 bb:bb:bb:bb:bb:bb 192.168.2.1
3 bb:bb:bb:bb:bb:bb 192.168.3.1
2 cc:cc:cc:cc:cc:cc 192.168.1.254
#################################### Routes ################################
nu destination /netmask source gateway metric
1 127.0.0.1 /255.255.255.255 local 0
2 192.168.1.1 /255.255.255.255 local 0
3 192.168.2.1 /255.255.255.255 local 0
3 192.168.3.1 /255.255.255.255 local 0
2 192.168.10.0 /255.255.255.0 192.168.1.1 0
3 192.168.21.0 /255.255.255.0 192.168.2.1 0
3 192.168.31.0 /255.255.255.0 192.168.1.1 0
1 127.0.0.0 /255.0.0.0 127.0.0.1 0
2 0.0.0.0 /0.0.0.0 192.168.1.1 192.168.1.254 0
In this example, we see the loopback device (lo, or Lo0, number 1), and
two network cards (eth0 and eth1, respectively number 2 and 3).
Network card 2 has IP address 192.168.1.1, and network card 3 has two
IP addresses (192.168.2.1 and 192.168.3.1).
The arp table contains permanent entries, and the dynamic entry for
the router 192.168.1.254.
The routing table first contains entries to access local devices, then
network connected to the local devices, and finally the default router
192.168.1.254.
Solution:
As I cannot have access to your hardware, you have to send me information
about your configuration in order to help netwib's improvements.
Run:
netwox 2 > resultfile
Then, send me the file 'resultfile', along with configuration information
(ifconfig, ipconfig /all, arp -a, route print, netstat -rn,
winipcfg /all /batch file.out, winipcfg, network card type, modem type,
etc.). Thanks.
-------------------------------------------------------------------------------
Problem 19:
Problem synthesis:
Network configuration is incorrect.
Environment affected by the problem:
All
What's causing the problem:
Obtaining the configuration (device, arp cache, routes) of the
local computer is an important step of netwib. Several tools need
this configuration to be accurate.
Different kinds of network cards, modems, operating systems, etc.
exist. So, it's possible that your computer contains unrecognized
hardware. In this case, several netwox tools would be
unusable.
For these reasons, the first tool to use is 'netwox 1' to
ensure correct configuration setting.
Here is a correct example (taken on Linux):
################################### Devices ################################
nu dev ethernet_hwtype mtu real_device_name
1 Lo0 loopback 3924 lo
2 Eth0 aa:aa:aa:aa:aa:aa 1500 eth0
3 Eth1 bb:bb:bb:bb:bb:bb 1500 eth1
##################################### IP ###################################
nu ip /netmask ppp point_to_point_with
1 127.0.0.1 /255.0.0.0 0
2 192.168.1.1 /255.255.255.0 0
3 192.168.2.1 /255.255.255.0 0
3 192.168.3.1 /255.255.255.0 0
############################## ArpCache/Neighbor ###########################
nu ethernet ip
2 aa:aa:aa:aa:aa:aa 192.168.1.1
3 bb:bb:bb:bb:bb:bb 192.168.2.1
3 bb:bb:bb:bb:bb:bb 192.168.3.1
2 cc:cc:cc:cc:cc:cc 192.168.1.254
#################################### Routes ################################
nu destination /netmask source gateway metric
1 127.0.0.1 /255.255.255.255 local 0
2 192.168.1.1 /255.255.255.255 local 0
3 192.168.2.1 /255.255.255.255 local 0
3 192.168.3.1 /255.255.255.255 local 0
2 192.168.10.0 /255.255.255.0 192.168.1.1 0
3 192.168.21.0 /255.255.255.0 192.168.2.1 0
3 192.168.31.0 /255.255.255.0 192.168.1.1 0
1 127.0.0.0 /255.0.0.0 127.0.0.1 0
2 0.0.0.0 /0.0.0.0 192.168.1.1 192.168.1.254 0
In this example, we see the loopback device (lo, or Lo0, number 1), and
two network cards (eth0 and eth1, respectively number 2 and 3).
Network card 2 has IP address 192.168.1.1, and network card 3 has two
IP addresses (192.168.2.1 and 192.168.3.1).
The arp table contains permanent entries, and the dynamic entry for
the router 192.168.1.254.
The routing table first contains entries to access local devices, then
network connected to the local devices, and finally the default router
192.168.1.254.
Solution:
As I cannot have access to your hardware, you have to send me information
about your configuration in order to help netwib's improvements.
Run:
netwox 2 > resultfile
Then, send me the file 'resultfile', along with configuration information
(ifconfig, ipconfig /all, arp -a, route print, netstat -rn,
winipcfg /all /batch file.out, winipcfg, network card type, modem type,
etc.). Thanks.
-------------------------------------------------------------------------------
Problem 20:
Problem synthesis:
Error messages contains inaccurate hints
Environment affected by the problem:
All
What's causing the problem:
Implementing a cross platform compatible error handling is almost
impossible (errno, h_errno, GetLatError, WSAGetLastError). The
solution chosen in netwib is to leave those error codes untouched.
So, if they were previously set by another error, this error
will still be present. For example:
Error 1099: error in foobar()
hint: errno = 19 = No such device
hint: h_errno = 2 = Host name lookup failure
If function foobar sets errno read errno, else read h_errno.
Solution:
Just ignore the hint which seems inaccurate.
-------------------------------------------------------------------------------
Problem 21:
Problem synthesis:
Netwib is slow.
Environment affected by the problem:
All
What's causing the problem:
I choose to create a modular library, easy to use.
One of the consequence is the high level structuration of netwib.
So, it is slower than a low level programming interface.
Solution 1:
Using records (netwib_io_init_record_xyz), you can construct your packets,
save them, and then send them.
Solution 2:
You can also use only low level functions of netwib, and create
your specific code around.
If its still too slow, you should not use netwib and use directly
system's functions, or buy a new computer ;)
-------------------------------------------------------------------------------
Problem 22:
Problem synthesis:
Some tools does not fully work.
Environment affected by the problem:
All
What's causing the problem:
Netwox's development contains several branches, each one having its
own priority. I cannot develop everything in one day:). So, my
priorities might not be the same as yours.
Moreover, only frequently used part of protocols are implemented.
Solution 1:
Read todo.txt to obtain list of action to be done.
Solution 2:
Read unimplemented.txt to obtain the list of unimplemented stuff.
Solution 3:
Contact-me to explain your needs.
-------------------------------------------------------------------------------
Problem 23:
Problem synthesis:
Some protocols are not fully implemented.
Environment affected by the problem:
All
What's causing the problem:
Netwox's development contains several branches, each one having its
own priority. I cannot develop everything in one day:). So, my
priorities might not be the same as yours.
Moreover, only frequently used part of protocols are implemented.
Solution 1:
Read todo.txt to obtain list of action to be done.
Solution 2:
Read unimplemented.txt to obtain the list of unimplemented stuff.
Solution 3:
Contact-me to explain your needs.
-------------------------------------------------------------------------------
Problem 24:
Problem synthesis:
Some tools are not provided.
Environment affected by the problem:
All
What's causing the problem:
Netwox's development contains several branches, each one having its
own priority. I cannot develop everything in one day:). So, my
priorities might not be the same as yours.
Moreover, only frequently used part of protocols are implemented.
Solution 1:
Read todo.txt to obtain list of action to be done.
Solution 2:
Read unimplemented.txt to obtain the list of unimplemented stuff.
Solution 3:
Contact-me to explain your needs.
-------------------------------------------------------------------------------
Problem 25:
Problem synthesis:
The name "netwox539" is too long to enter.
Environment affected by the problem:
All
What's causing the problem:
I choose the name "netwox" followed by its version number. However,
you may think that pressing those keys is too long.
Solution:
You just need to copy netwox539 or to create a link:
- Unix:
ln -s /usr/local/bin/netwox539 /usr/local/bin/nx
- Windows:
copy netwox539.exe nx.exe
-------------------------------------------------------------------------------
Problem 26:
Problem synthesis:
Netwox can be insecure.
Environment affected by the problem:
All
What's causing the problem:
Some tools require root privileges (for example capturing
packets with tool 7). A bug occurring with root privileges can
compromise the system. In order to protect system, programs
generally separate privileges in two distinct process (or loose
privileges if they are not needed anymore). This kind of
architecture is too complicated to implement for simple tools
such as netwox ones.
Solution 1:
Netwox or netwag can be run in chroot jails. You can create
your own jail, or take ideas from script
netwox-src/misc/unix/chroot/chroot.sh (Linux). As a
final note, tcpdump, Ethereal, nmap, etc are not separating
privileges. So, they can also be added in the same jail.
Solution 2:
Use capabilities.
netw-ib-ox-ag-5.39.0/src/netwox-doc_html/txt/addonetoolwindows.txt 0000600 0000000 0000000 00000001543 11776302045 023711 0 ustar root root
This file explains how to add a tool in netwox.
If you want to compile netwox, you're not reading the good file. Read
../INSTALLWINDOWS.TXT.
If you want to compile a small program with netwib, it's easier than
what's explained here : read netwib-5.39.0-src/doc/compilwindows.txt or netwib-5.39.0-bin_windows/doc/compil.txt.
For example, to add tool number 4, modifying tool 3, the procedure is :
- copy tools/000003.c tools/000004.c
- edit tools/000004.c and replace "000004" by "000003"
- modify tools/000004.c to match your needs
- add two lines in tools.h
- add one line in tools.list
- add tools/000004.c in Visual project
If this tool needs a new module named foobar, also do :
- vi modules/foobar.c (to create it)
- vi modules/foobar.h (to create it)
- add module in modules.h
- add modules/foobar.c in Visual project
netw-ib-ox-ag-5.39.0/src/netwox-doc_html/txt/installsrcunix.txt 0000600 0000000 0000000 00000002067 11776302045 023232 0 ustar root root -------------------------------
| INTRODUCTION |
-------------------------------
Note : if you encounter problems, read ./doc/probleminstallunix.txt
There are 2 steps :
- compile and install netwib [if not already installed]
- compile and install netwox
------------------------------
| STEP 1 : netwib |
------------------------------
If netwib isn't installed on your system, you have to do it :
http://ntwib.sourceforge.net/
Installation procedure for netwib is explained in downloaded files.
-----------------------------
| STEP 2 : netwox |
-----------------------------
- "cd src" (to go in source directory)
- ./genemake (to generate Makefile)
- "make" (to compile netwox)
- "make install" (to install netwox in the PATH. You need to be root
to achieve this command)
netw-ib-ox-ag-5.39.0/src/netwox-doc_html/txt/presentation.txt 0000600 0000000 0000000 00000000672 11776302045 022663 0 ustar root root Toolbox netwox helps to find and solve network problems.
It provides 223 tools :
- udp/tcp clients/servers
- spoofing
- sniffing
- address conversion
- etc.
Netwox is mainly oriented towards network administrators and
security auditors.
Some tools are only a simplified implementation, while others are
very sophisticated. Read ./unimplemented.txt for more information.
Netwox is available under the GNU GPL license.
netw-ib-ox-ag-5.39.0/src/netwox-doc_html/txt/installsrcwindows.txt 0000600 0000000 0000000 00000006217 11776302045 023742 0 ustar root root -------------------------------
| INTRODUCTION |
-------------------------------
This package permits to COMPILE netwox539.exe. If you seek a
pre-compiled version, download netwox-5.39.0-bin_windows.tgz.
Note : if you encounter problems, read ./doc/probleminstallwindows.txt
There are 2 steps :
- compile and install netwib [if not already installed]
- compile and install netwox
------------------------------
| STEP 1 : netwib |
------------------------------
If netwib isn't installed on your system, you have to do it :
http://ntwib.sourceforge.net/
Installation procedure for netwib is explained in downloaded files.
-----------------------------
| STEP 2 : netwox |
-----------------------------
You need a compiler :
- Visual C++ (tested with version 6)
- Dev-C++/Mingw32 (tested with version 5 beta)
Rename "src/def_windows.h" to "src/def.h".
Rename "src/netwib_windows.h" to "src/netwib.h".
Visual C++ procedure :
- Open the Workspace file "src/compil/windows/netwox/netwox.dsw".
- Select Release (instead of Debug) as "Active Configuration" under Build.
- Open the menu "Setup", "Settings...". Then, select "C/C++", select
category "Preprocessor". In the field "Additional include directories",
there is "..\..\..\..\..\netwib-bin_windows\include". Change this
value to "C:\netwib\include" (this is the directory's name where you
put netwib's includes during netwib's installation). Press "OK".
- Open the menu "Setup", "Settings...". Then, select "Link", select
category "Input". In the field "Additional library path",
there is "..\..\..\..\..\netwib-bin_windows\lib". Change this value
to "C:\netwib\lib" (this is the directory's name where you put
netwib's lib during netwib's installation). Press "OK".
- Press F7 key, to build everything.
- The following file should be generated :
src/compil/windows/netwox/Release/netwox539.exe
- So, we obtain netwox539.exe.
Dev-C++ procedure :
- Open the project file "src/compil/devcpp/netwox.dev".
- Open the menu "Project", "Project options", "Parameters", "Directories".
In the field "Include Directories" there is "..\..\..\..\..\src\
netwib-bin_windows\include". Change this value to "C:\netwib\include"
(this is the directory's name where you put netwib's includes during
netwib's installation). Press "OK".
- Open the menu "Project", "Project options", "Parameters".
In the field "Linker" there is "../../../../netwib-bin_windows
/lib/libnetwib539.a". Change this value to "C:\netwib\lib\libnetwib539.a"
(this is the directory's name where you put netwib's lib during
netwib's installation, followed by the library file). Press "OK".
- Press Ctrl-F9 key, to build everything.
- The following files should be generated :
src/compil/devcpp/out/netwox539.exe
- So, we obtain netwox539.exe.
Copy netwox539.exe in a directory of your path (for example,
"%WINDIR%\Command\" or "%WINDIR%\System32\").
netw-ib-ox-ag-5.39.0/src/netwox-doc_html/tools/ 0000755 0000000 0000000 00000000000 11776302040 017726 5 ustar root root netw-ib-ox-ag-5.39.0/src/netwox-doc_html/tools/100.html 0000644 0000000 0000000 00000005340 11776302040 021116 0 ustar root root
Tool 100: TELNET client executing one or several commands
Tool 100: TELNET client executing one or several commands
Description:
This tool runs shell commands on a remote TELNET server.
First, it logins, then it runs commands, and finally, it logouts.
For example: netwox 23 -l bob --kbd-w id hostname pwd ls
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Synonyms:
rsh
Usage:
netwox 100 -i ip -l login -w password [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-T uint32] [cmd1 cmd2 ...]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -l|--login login login
-w|--password password password
-d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
23 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-T|--timeout uint32 timeout in milliseconds
60000
Examples:
netwox 100 -i "5.6.7.8" -l "" -w "" cmd1 cmd2 ...Tool 132: Brute force http client (proxy password)
Tool 132: Brute force http client (proxy password)
Description:
This tool successively tries couples of login and passwords in order
to find matching authentication credentials.
This tool tries to find password of web proxy (basic authentication).
Parameter --uri is the uri/url requested.
Parameter --user-agent defines the client name to send. For example
'Mozilla/5.0'.
Parameter --login defines the logins to try. To check several logins,
parameter --login-file is the file containing logins (one per line).
Parameter --password-file is the file containing passwords (1/line).
Parameter --stopatfirst indicates to stop when first match is found.
Parameter --numthread defines the number of threads (simultaneous
running checks) to use.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Synonyms:
web
Usage:
netwox 132 -u uri -p ip [-P port] [-L login] -w file [-l file] [-U useragent] [-T uint32] [-s|+s] [-n uint32] [-v|+v]
Parameters:
parameter description example
-u|--uri uri url/uri to download
http://server/private/ -p|--proxy-ip ip IP address of proxy
5.6.7.8 -P|--proxy-port port port of proxy
3128 -L|--login login login
-w|--password-file file password file
passwordfile.txt -l|--login-file file login file
loginfile.txt -U|--user-agent useragent user agent
Mozilla/5.0 -T|--timeout uint32 timeout in milliseconds
60000 -s|--stopatfirst|+s|--no-stopatfirst stop at first valid login found
-n|--numthread uint32 number of threads to launch
5 -v|--verbose|+v|--no-verbose be verbose
This boolean is set.
Examples:
netwox 132 -u "http://server/private/" -p "5.6.7.8" -w "passwordfile.txt"Tool 3: Display information about an IP address or a hostname
Tool 3: Display information about an IP address or a hostname
Description:
This tool obtains addresses of a computer.
For example, from an IP address, obtain hostname and Ethernet address.
For example, from a hostname, obtain IP address and Ethernet address.
Parameter --title displays title in front of each result.
Parameter --ip displays IP address.
Parameter --host displays main hostname.
Parameter --hosts displays list of hostnames (one IP address can have
several hostnames).
Parameter --eth displays Ethernet address.
If no option (ip, host, hosts, eth) is set, they are all displayed.
Parameter --all displays information about a list of addresses (for
example 'netwox 3 -a 192.168.0.0/24').
This tool may need to be run with admin privilege in order to sniff
and spoof (for Ethernet addresses resolving).
Synonyms:
ethernet, ip4, ip6, mac, resolve, show
Usage:
netwox 3 -q hostname [-t|+t] [-i|+i] [-h|+h] [-H|+H] [-e|+e] [-a|+a]
Parameters:
parameter description example
-q|--query hostname IP address or hostname
www.example.com -t|--title|+t|--no-title display titles
-i|--ip|+i|--no-ip obtain IP address
-h|--host|+h|--no-host obtain hostname
-H|--hosts|+H|--no-hosts obtain hostnames
-e|--eth|+e|--no-eth obtain Ethernet address
-a|--all|+a|--no-all display all IP addresses
Examples:
netwox 3 -q "www.example.com"Tool 172: List articles range of a newsgroup
Tool 172: List articles range of a newsgroup
Description:
This tool lists the range number of articles provided by a newsgroup.
This range is expressed as 'min max'. If max is lesser than min, this
NNTPserver does does have any message for this newsgroup.
Parameter --newsgroup sets the newsgroup name.
Parameters --user and --pass defines the username and password.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Usage:
netwox 172 -i ip -g newsgroup [-u login] [-a password] [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-T uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -g|--newsgroup newsgroup newsgroup name
comp.lang.c -u|--user login username
-a|--pass password password
-d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
119 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-T|--timeout uint32 timeout in ms
60000
Examples:
netwox 172 -i "5.6.7.8" -g "comp.lang.c"Tool 128: Split a file in smaller chunks
Tool 128: Split a file in smaller chunks
Description:
This tool splits a file in chunks. For example, splitting a file in
blocks of 1M44 permits to store it on several floppies. See also tool
129.
For example running 'netwox 128 file --chunk-size 100' will create
several files named file.0, file.1, etc.
Synonyms:
piece
Usage:
netwox 128 -f file [-s uint32]
Parameters:
parameter description example
-f|--file file file
srcfile.txt -s|--chunk-size uint32 max chunk size in bytes
1400000
Examples:
netwox 128 -f "srcfile.txt"Tool 120: HTTP POST
Tool 120: HTTP POST
Description:
This tool sends a HTTP request using method POST. HTTP protocol
defines POST method to retrieve a document, giving some more
parameters. For example, 'http://server/index.s?v=a1&v=2' can be
converted to a POST request with '--uri http://server/index.s' and
'--parameters v=a1&v=2'.
Please note & is a special shell character, so it has to be escaped.
Parameter --uri is the uri/url requested.
Parameters --proxy-ip, --proxy-port, --proxy-login and
--proxy-password defines the web proxy and credentials.
Parameter --user-agent defines the client name to send. For example
'Mozilla/5.0'.
Parameter --display-status indicates to display status code of reply
to screen.
Parameter --display-headers indicates to display reply headers.
Parameter --file-headers indicates the filename where to store
headers.
Parameter --display-body indicates to display reply body.
Parameter --file-body indicates the filename where to store body.
Synonyms:
web
Usage:
netwox 120 -u uri [-a data] [-s|+s] [-h|+h] [-b|+b] [-p ip] [-P port] [-l login] [-L password] [-U useragent] [-H file] [-B file] [-T uint32]
Parameters:
parameter description example
-u|--uri uri url/uri to download
http://www.example.com/ -a|--parameters data parameters
-s|--display-status|+s|--no-display-status display statuscode to screen
-h|--display-headers|+h|--no-display-headers display headers to screen
-b|--display-body|+b|--no-display-body display body to screen
-p|--proxy-ip ip IP address of proxy
5.6.7.8 -P|--proxy-port port port of proxy
3128 -l|--proxy-login login login of proxy
-L|--proxy-password password password of proxy
-U|--user-agent useragent user agent
Mozilla/5.0 -H|--file-headers file file receiving headers
filehdr.txt -B|--file-body file file receiving body
filebody.txt -T|--timeout uint32 timeout in ms
60000
Examples:
netwox 120 -u "http://www.example.com/"Tool 219: Compute cryptographic hash of a file (md5, sha, etc.)
Tool 219: Compute cryptographic hash of a file (md5, sha, etc.)
Description:
This tool computes the cryptographic hash of a file (MD2, MD4.
M5, RIPEMD-128, RIPEMD-160, SHA-1, SHA-224, SHA-356, SHA-384,
SHA512)
Synonyms:
md5sum
Usage:
netwox 219 -f file [-t|+t] [-2|+2] [-4|+4] [-5|+5] [-C|+C] [-D|+D] [-E|+E] [-F|+F] [-G|+G] [-J|+J] [-K|+K]
Parameters:
parameter description example
-f|--src-file file source filename
srcfile.txt -t|--title|+t|--no-title display titles
-2|--disp-md2|+2|--no-disp-md2 display md2
-4|--disp-md4|+4|--no-disp-md4 display md4
-5|--disp-md5|+5|--no-disp-md5 display md5
-C|--disp-ripemd128|+C|--no-disp-ripemd128 display ripemd128
-D|--disp-ripemd160|+D|--no-disp-ripemd160 display ripemd160
-E|--disp-sha1|+E|--no-disp-sha1 display sha1
-F|--disp-sha224|+F|--no-disp-sha224 display sha224
-G|--disp-sha256|+G|--no-disp-sha256 display sha256
-J|--disp-sha384|+J|--no-disp-sha384 display sha384
-K|--disp-sha512|+K|--no-disp-sha512 display sha512
Examples:
netwox 219 -f "srcfile.txt"Tool 213: Display a list of IP addresses
Tool 213: Display a list of IP addresses
Description:
This tool displays a list of IP addresses. For example:
--ips 1.2.3.4-1.2.3.6 --separator ","
displays:
1.2.3.4,1.2.3.5,1.2.3.6
This tool is useful to generate IP addresses lists for other tools.
See also tool 24 for other IP address conversions.
Usage:
netwox 213 -i ips [-s data]
Parameters:
parameter description example
-i|--ips ips list of addresses to display
all -s|--separator data separator to use
Examples:
netwox 213 -i "all"Tool 155: Network performance measurement : TCP server
Tool 155: Network performance measurement : TCP server
Description:
This tool is a TCP server. Use tool 156 to connect to it and obtain a
network performance measurement.
Parameter --src-port defines the local port number to listen on.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --iptype defines which kind of IP address to use
when --src-ip is unset (accepted values: ip4 and ip6).
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device and --src-eth permits to create
a virtual server using fake addresses (in this case, tool have to be
run with admin privilege in order to sniff and spoof at Ethernet
level).
Synonyms:
iperf
Usage:
netwox 155 -P port [-d device] [-E eth] [-I ip] [-o ip4opts] [-O ip6exts] [-t iptype]
Parameters:
parameter description example
-P|--src-port port source port number
1234 -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -I|--src-ip ip source IP address
192.168.100.200 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-t|--iptype iptype type to use when src-ip is unset
ip4
Examples:
netwox 155 -P "1234"Tool 16: Convert a record
Tool 16: Convert a record
Description:
A record is a capture file. It contains several packets captured
during a sniff. It can also be created by hand. There are 7 formats
for records: pcap (tcpdump compatible), bin (binary, unreadable by
humans but fast) and mixed/mixed_wrap/dump/hexa/hexa_wrap (easy to
read and edit). A record also has an associated DLT (Data Link Type),
indicating at which level a packet start: raw (start at IP header) and
ether (start at Ethernet header) are the 2 most common DLT. Tool 13
displays DLT of each device.
This tool converts a record. For example, it can convert a pcap
capture file to a mixed capture file.
Parameter --src-file indicates the input record filename.
Parameter --input-dlt defines the DLT of packets in input record (it
depends on how it was sniffed, generally 'ether' (for Ethernet) or
'raw' (if packet starts at IP header)). Full list is available through
netwag or running tool 12.
Parameter --dst-file indicates the output record filename.
Parameter --output-dlt defines the DLT of packets to write in output
record.
Parameter --recordencode defines how to encode data in this record
(suggested values: bin, pcap and mixed_wrap).
Synonyms:
capture
Usage:
netwox 16 -f file [-t dlt] -F file [-T dlt] [-r recordencode]
Parameters:
parameter description example
-f|--src-file file input record file
srcfile.txt -t|--input-dlt dlt dlt type of input record
ether -F|--dst-file file output record file
dstfile.txt -T|--output-dlt dlt dlt type of output record
ether -r|--recordencode recordencode encoding type for output record
bin
Examples:
netwox 16 -f "srcfile.txt" -F "dstfile.txt"Tool 34: Spoof EthernetIp4 packet
Tool 34: Spoof EthernetIp4 packet
Description:
This tool sends a fake packet on the network.
Each parameter name should be self explaining.
This tool may need to be run with admin privilege in order to spoof.
Synonyms:
frame, hping, mac, send
Usage:
netwox 34 [-d device] [-a eth] [-b eth] [-c uint32] [-e uint32] [-f|+f] [-g|+g] [-h|+h] [-i uint32] [-j uint32] [-k uint32] [-l ip] [-m ip] [-n ip4opts] [-o mixed_data] [-p uint32] [-q uint32] [-r uint32] [-s uint32]
Parameters:
parameter description example
-d|--device device device for spoof
Eth0 -a|--eth-src eth Ethernet src
E0:69:95:6F:ED:9A -b|--eth-dst eth Ethernet dst
0:8:9:a:b:c -c|--ip4-tos uint32 IP4 tos
0 -e|--ip4-id uint32 IP4 id (rand if unset)
0 -f|--ip4-reserved|+f|--no-ip4-reserved IP4 reserved
-g|--ip4-dontfrag|+g|--no-ip4-dontfrag IP4 dontfrag
-h|--ip4-morefrag|+h|--no-ip4-morefrag IP4 morefrag
-i|--ip4-offsetfrag uint32 IP4 offsetfrag
0 -j|--ip4-ttl uint32 IP4 ttl
0 -k|--ip4-protocol uint32 IP4 protocol
0 -l|--ip4-src ip IP4 src
192.168.100.200 -m|--ip4-dst ip IP4 dst
5.6.7.8 -n|--ip4-opt ip4opts IPv4 options
-o|--ip4-data mixed_data mixed data
-p|--eth-type uint32 Ethernet type
2048 -q|--ip4-ihl uint32 IP4 ihl
5 -r|--ip4-totlen uint32 IP4 totlen
0 -s|--ip4-checksum uint32 IP4 checksum
0
Example:
netwox 34Tool 90: UDP server
Tool 90: UDP server
Description:
This tool listens on a UDP port. Use tool 88 to connect to it.
Parameter --src-port defines the local port number to listen on.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --iptype defines which kind of IP address to use
when --src-ip is unset (accepted values: ip4 and ip6).
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device and --src-eth permits to create
a virtual server using fake addresses (in this case, tool have to be
run with admin privilege in order to sniff and spoof at Ethernet
level).
Parameter --encode defines how to display data (common values: data,
dump, mixed).
Parameter --decode defines how keyboard data is entered (common
values: data, mixed).
Synonyms:
nc, netcat
Usage:
netwox 90 -P port [-d device] [-E eth] [-I ip] [-o ip4opts] [-O ip6exts] [-t iptype] [-k decode] [-n encode]
Parameters:
parameter description example
-P|--src-port port source port number
1234 -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -I|--src-ip ip source IP address
192.168.100.200 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-t|--iptype iptype type to use when src-ip is unset
ip4 -k|--decode decode how keyboard data is entered
data -n|--encode encode how network data is displayed
data
Examples:
netwox 90 -P "1234"Tool 161: SNMP Trap
Tool 161: SNMP Trap
Description:
This tool sends a TRAP to a SNMP server. It permits to alert a server.
Parameter --version defines SNMP version to use (from 1 to 3).
Versions 1 and 2 need --community parameter to set community name.
Version 3 requires --username and --password. Parameter --authmd5
indicates if md5 authentication is used. Parameters
--authoritativeengineid, --authoritativeengineboots,
--authoritativeenginetime, --contextengineid and --contextname are
optional version 3 parameters.
Parameter --display shows packets.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Synonyms:
snmptrap
Usage:
netwox 161 -i ip [-c password] -r oid -a ip -s uint32 [-S uint32] -z uint32 -n oid -t oidtype -V data [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-v uint32] [-m|+m] [-u login] [-w password] [-A mixed_data] [-B uint32] [-M uint32] [-C mixed_data] [-N data] [-T uint32] [-y|+y]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -c|--community password SNMPv1/v2 community
public -r|--enterprise oid enterprise
.1.1 -a|--agent ip agent
192.168.100.200 -s|--traptype uint32 traptype
3 -S|--specifictrap uint32 specifictrap
0 -z|--timestamp uint32 timestamp
0 -n|--oidname oid oid name
.1.2 -t|--oidtype oidtype oid type (i,s,m,n,o,a,c,g,t,M,u,U)
s -V|--oidvalue data oid value
-d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
162 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-v|--version uint32 SNMP version (1, 2 or 3)
1 -m|--md5auth|+m|--no-md5auth SNMPv3 auth using MD5
This boolean is set. -u|--username login SNMPv3 username
-w|--password password SNMPv3 password
-A|--authoritativeengineid mixed_data SNMPv3 authoritativeengineid
-B|--authoritativeengineboots uint32 SNMPv3 authoritativeengineboots
0 -M|--authoritativeenginetime uint32 SNMPv3 authoritativeenginetime
0 -C|--contextengineid mixed_data SNMPv3 contextengineid
-N|--contextname data SNMPv3 contextname
-T|--timeout uint32 timeout in ms
10000 -y|--display|+y|--no-display display packets
Examples:
netwox 161 -i "5.6.7.8" -r ".1.1" -a "192.168.100.200" -s "3" -z "0" -n ".1.2" -t "s" -V ""Tool 138: Web spider (use configuration file created by tool 137)
Tool 138: Web spider (use configuration file created by tool 137)
Description:
This tool spiders a HTTP or FTP url. 'Spidering' an url means to
download the url, read the new urls it contains, download them, and so
on recursively.
It needs a configuration file created with tool 137.
It decides which url to download base on rules in configuration file.
Synonyms:
curl, wget
Usage:
netwox 138 -f file
Parameters:
parameter description example
-f|--conffile file configuration file
srcfile.txt
Examples:
netwox 138 -f "srcfile.txt"Tool 197: WHOIS client guessing server
Tool 197: WHOIS client guessing server
Description:
This tool is a whois client.
It obtains information about an object (generally a domain name).
It tries to guess the best whois server.
For example: netwox 197 --query enterprise.fr
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Usage:
netwox 197 -q hostname [-T uint32]
Parameters:
parameter description example
-q|--query hostname information to query
www.example.com -T|--timeout uint32 timeout in milliseconds
60000
Examples:
netwox 197 -q "www.example.com"Tool 110: Ethernet bridge limiting flow
Tool 110: Ethernet bridge limiting flow
Description:
This tool is an Ethernet bridge. It has to be run on a computer having
two network cards. This computer cuts the network in two. It permits
to limit the flow. This can be used to simulate a slow network in
order to test an application.
A --max12 or --max21 of 0 means no limitation.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Usage:
netwox 110 -d device -D device [-m uint32] [-M uint32] [-v|+v]
Parameters:
parameter description example
-d|--device1 device first device
Eth0 -D|--device2 device second device
Eth0 -m|--max12 uint32 max byte/sec from 1 to 2
0 -M|--max21 uint32 max byte/sec from 2 to 1
0 -v|--verbose|+v|--no-verbose verbose
This boolean is set.
Examples:
netwox 110 -d "Eth0" -D "Eth0"Tool 217: SMB/CIFS server
Tool 217: SMB/CIFS server
Description:
This tool is a SMB/CIFS server. Microsoft Windows and Samba clients
can be used to connect to this server, in order to access shared
directory.
When this tool is running, users can connect to it from Windows using
\\1.2.3.4\share or \\server\share (might need to edit lmhost).
This tool does not support filenames with accents nor with Unicode
characters. It also has other limitations, but most users will not
notice them (see smbser.h in source files).
Parameter --rootdir defines the root directory for put and get file
operations (cannot exit this root jail).
Parameters --login and --password defines needed login and password.
Parameter --allowed-clients lists the IP addresses or hosts allowed
to connect.
Parameter --src-port defines the local port number to listen on.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --iptype defines which kind of IP address to use
when --src-ip is unset (accepted values: ip4 and ip6).
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device and --src-eth are not yet implemented.
This tool may need to be run with admin privilege in order to listen
on a small port number (port<1024).
Synonyms:
Samba
Usage:
netwox 217 [-s smbshare] [-r dir] [-u login] [-w password] [-d device] [-E eth] [-I ip] [-P port] [-o ip4opts] [-O ip6exts] [-t iptype] [-T uint32] [-c ips] [-U|+U] [-V|+V] [-D|+D]
Parameters:
parameter description example
-s|--share smbshare share name
share -r|--rootdir dir root directory
/tmp -u|--user login username needed to access
-w|--password password password needed to access
-d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
139 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-t|--iptype iptype type to use when src-ip is unset
ip4 -T|--timeout uint32 timeout in milliseconds
600000 -c|--allowed-clients ips clients allowed to connect
all -U|--allow-put|+U|--no-allow-put allow put/write on server
This boolean is set. -V|--verbose|+V|--no-verbose display SMB trace
-D|--debug|+D|--no-debug display SMB packets
Example:
netwox 217Tool 64: Traceroute on a specified IP protocol (EthIp spoof)
Tool 64: Traceroute on a specified IP protocol (EthIp spoof)
Description:
This tool lists routers on the path to a computer.
How traceroute works: IP header contains a field named TTL indicating
the number of hops a packet can cross. Each router decreases TTL. When
it reaches 0, the router sends an ICMP Time Exceeded error back to the
IP source address. Traceroute works by slowly increasing TTL. So, we
obtain the list of successive routers because each one sends an ICMP
Time Exceeded.
This tool sends an IP only packet. There is no way to detect end (it
depends on protocol), so user has to interrupt tool at end.
This tool also permits to use fake Ethernet and IP addresses.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Usage:
netwox 64 -i ip [-d device] [-E eth] [-e eth] [-I ip] [-p uint32] [-D mixed_data] [-T uint32] [-t uint32] [-m uint32] [-r|+r]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -d|--device device spoof device
Eth0 -E|--src-eth eth source ethernet address
0:a:a:a:a:a -e|--dst-eth eth destination ethernet address
0:b:b:b:b:b -I|--src-ip ip source IP address
1.2.3.4 -p|--protocol uint32 ip protocol
1 -D|--ip4-data mixed_data mixed data
-T|--min-ttl uint32 min ttl
1 -t|--max-ttl uint32 max ttl
30 -m|--max-ms uint32 max millisecond wait
1000 -r|--resolve|+r|--no-resolve resolve hostname
Examples:
netwox 64 -i "5.6.7.8"Tool 108: List newsgroups available on a server
Tool 108: List newsgroups available on a server
Description:
This tool lists newsgroups available on a NNTP server.
Parameters --user and --pass defines the username and password.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Usage:
netwox 108 -i ip [-u login] [-a password] [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-T uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -u|--user login username
-a|--pass password password
-d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
119 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-T|--timeout uint32 timeout in ms
60000
Examples:
netwox 108 -i "5.6.7.8"Tool 6: Display how to reach an IP address
Tool 6: Display how to reach an IP address
Description:
This tool displays source and destination addresses used to reach a
remote computer.
It shows:
- associated device
- local/source IP address
- IP address of host to reach
- local/source Ethernet address
- destination Ethernet address (address of gateway/router if computer
is not on the local Ethernet LAN)
This tool may need to be run with admin privilege in order to sniff
and spoof (for Ethernet addresses resolving).
Synonyms:
device, gateway, ip4, ip6, mac, router
Usage:
netwox 6 [-t|+t] [-d|+d] [-i|+i] [-I|+I] [-e|+e] [-E|+E] -q ip
Parameters:
parameter description example
-t|--title|+t|--no-title display titles
-d|--device|+d|--no-device obtain device
-i|--src-ip|+i|--no-src-ip obtain source IP
-I|--dst-ip|+I|--no-dst-ip display destination IP
-e|--src-eth|+e|--no-src-eth obtain source Eth
-E|--dst-eth|+E|--no-dst-eth obtain destination Eth
-q|--ip ip IP address
192.168.100.200
Examples:
netwox 6 -q "192.168.100.200"Tool 61: Traceroute UDP
Tool 61: Traceroute UDP
Description:
This tool lists routers on the path to a computer.
How traceroute works: IP header contains a field named TTL indicating
the number of hops a packet can cross. Each router decreases TTL. When
it reaches 0, the router sends an ICMP Time Exceeded error back to the
IP source address. Traceroute works by slowly increasing TTL. So, we
obtain the list of successive routers because each one sends an ICMP
Time Exceeded.
This tool sends an UDP packet to a computer. If host permits UDP, it
will send back an ICMP error (if port is closed), or send back nothing
(if port is open). So, it's important to understand UDP port has to be
closed for computer to return something.
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Usage:
netwox 61 -i ip [-p port] [-s spoofip] [-T uint32] [-t uint32] [-m uint32] [-r|+r]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -p|--dst-port port destination port number
80 -s|--spoofip spoofip IP spoof initialization type
best -T|--min-ttl uint32 min ttl
1 -t|--max-ttl uint32 max ttl
30 -m|--max-ms uint32 max millisecond wait
1000 -r|--resolve|+r|--no-resolve resolve hostname
Examples:
netwox 61 -i "5.6.7.8"Tool 171: DHCP client
Tool 171: DHCP client
Description:
This tool obtains an IP address from a DHCP server.
It sends a DISCOVER message, and wait for server replies. The first
server to answer is accepted, and its proposed address is displayed.
Then, it periodically updates in order to keep this address. Finally,
when user presses Q key, address ie released.
This tool permits to obtain an IP address on a DHCP network, in order
to temporarily configure a host not supporting DHCP.
Parameters --device and --eth-src permit to send message using a fake
address.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Usage:
netwox 171 [-d device] [-e eth] [-T uint32]
Parameters:
parameter description example
-d|--device device device for spoof
Eth0 -e|--eth-src eth Ethernet src
E0:69:95:6F:ED:9A -T|--timeout uint32 timeout in ms
30000
Example:
netwox 171Tool 94: TCP remote administration client (exec)
Tool 94: TCP remote administration client (exec)
Description:
This tool runs a command on server of tool 93.
Parameter --command contains the command to run. This command must
have the full path. For example '/bin/sh -c ls', and not just 'ls'.
Parameter --dst-file defines the file containing the result of
command.
Parameter --password defines the password (same as server's password).
Parameter --cypher defines if data has to be encrypted. Please note
this is not very strong. If known text is used, this algorithm can be
cracked.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Usage:
netwox 94 -i ip -p port -c data [-F file] [-w password] [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-o ip4opts] [-O ip6exts] [-x|+x] [-T uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -p|--dst-port port destination port number
80 -c|--command data command to execute
/bin/sh -c ls -F|--dst-file file destination filename
dstfile.txt -w|--password password password
netwox -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-x|--cypher|+x|--no-cypher if data is encrypted
-T|--timeout uint32 timeout in seconds
100
Examples:
netwox 94 -i "5.6.7.8" -p "80" -c "/bin/sh -c ls"Tool 109: Download one, or more, newsgroup messages
Tool 109: Download one, or more, newsgroup messages
Description:
This tool downloads newsgroup messages.
Parameter --newsgroup sets the newsgroup name.
The messages to download are between --firstartnum and --lastartnum.
Parameters --user and --pass defines the username and password.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Synonyms:
article
Usage:
netwox 109 -i ip -g newsgroup -n uint32 [-N uint32] [-u login] [-a password] [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-T uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -g|--newsgroup newsgroup newsgroup name
comp.lang.c -n|--firstartnum uint32 first article number
1 -N|--lastartnum uint32 last article number
4294967295 -u|--user login username
-a|--pass password password
-d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
119 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-T|--timeout uint32 timeout in ms
60000
Examples:
netwox 109 -i "5.6.7.8" -g "comp.lang.c" -n "1"Tool 117: FTP client : del a directory recursively
Tool 117: FTP client : del a directory recursively
Description:
This tool removes a directory, and all its sub-directories, of a FTP
server.
Parameters --user and --pass defines the username and password.
FTP protocol can use Active or Passive transfers. Parameter --passive
activates a passive transfer (by default, it's active).
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Usage:
netwox 117 -i ip [-u login] [-a password] [-V|+V] -F dir [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-T uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -u|--user login username
anonymous -a|--pass password password
user@ -V|--passive|+V|--no-passive passive
-F|--remote-dir dir remote dir to delete
mydir -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
21 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-T|--timeout uint32 timeout in milliseconds
60000
Examples:
netwox 117 -i "5.6.7.8" -F "mydir"Tool 180: SNTP client obtaining time
Tool 180: SNTP client obtaining time
Description:
This tool queries a NTP/SNTP server in order to obtain time.
We use SNTP because it is sufficient for requesting time.
Displayed time is value of field Transmit_Timestamp from server,
without adding the trip delay from server to client. So time is not
really accurate, but it should be sufficient for most usages.
Then, it can be used to set local clock (for example, under Unix,
"date --set result_of_netwox_180_-u").
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Set --src-port to a random value greater than 1024 to use it
without admin privilege.
Synonyms:
date
Usage:
netwox 180 -i ip [-r|+r] [-u|+u] [-h|+h] [-s|+s] [-n|+n] [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-V uint32] [-T uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -r|--disp-rfc822|+r|--no-disp-rfc822 display rfc822 date
This boolean is set. -u|--disp-unixdate|+u|--no-disp-unixdate display unix date(1) format
-h|--disp-human|+h|--no-disp-human display human readable time
-s|--disp-sec|+s|--no-disp-sec display seconds
-n|--disp-secnsec|+n|--no-disp-secnsec display seconds and nanoseconds
-d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
123 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-V|--version uint32 protocol version
3 -T|--timeout uint32 timeout in milliseconds
2000
Examples:
netwox 180 -i "5.6.7.8"Tool 8: Sniff and display open ports
Tool 8: Sniff and display open ports
Description:
This tool sniffs packets, and tries to decode TCP and UDP packets in
order to retrieve port number they use.
For UDP, spoofed packets are not checked.
For TCP, only SYN-ACK are searched (so port scans are ignored).
Parameter --device indicates on which device to sniff. Please note
that under some systems, such as Windows, sniffing on some devices is
not supported.
Parameter --filter defines the sniff filter. It permits to restrict
captured packets. This kind of filter is named a BPF or pcap filter.
Basic elements of a filter are:
host 1.2.3.4
net 192.168.10
net 192.168.10.0 mask 255.255.255.0
net 192.168.10.0/24
port 21
dst host 1.2.3.4
src port 2345
ether host a:b:c:d:e:f ('ether a:b:c:d:e:f' is not working)
ether src aa:bb:cc:dd:ee:ff
ip
arp
rarp
tcp
icmp
udp
Here are filter examples:
"host 1.2.3.4"
"net 192.168 and icmp"
"host 1.2.3.4 or dst port 80"
"(udp or tcp) and not host 1.2.3.4"
This tool may need to be run with admin privilege in order to sniff.
Synonyms:
capture
Usage:
netwox 8 [-d device] [-f filter]
Parameters:
parameter description example
-d|--device device device name
Eth0 -f|--filter filter pcap filter
Example:
netwox 8Tool 194: IDENT client creating a session and requesting its info
Tool 194: IDENT client creating a session and requesting its info
Description:
This tool queries an IDENT server.
It creates a TCP session to another port of the IDENT server, and
obtains information about this TCP session. The port to connect to
is --remoteport (for example 80, 22, 25, etc.).
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Usage:
netwox 194 -i ip -R port [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-T uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -R|--remoteport port remote port to query
80 -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
113 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-T|--timeout uint32 timeout in milliseconds
60000
Examples:
netwox 194 -i "5.6.7.8" -R "80"Tool 59: Traceroute TCP
Tool 59: Traceroute TCP
Description:
This tool lists routers on the path to a computer.
How traceroute works: IP header contains a field named TTL indicating
the number of hops a packet can cross. Each router decreases TTL. When
it reaches 0, the router sends an ICMP Time Exceeded error back to the
IP source address. Traceroute works by slowly increasing TTL. So, we
obtain the list of successive routers because each one sends an ICMP
Time Exceeded.
This tool sends a TCP SYN to a computer. If host permits TCP, it will
send back a TCP SYN-ACK (if port is open), or a TCP RST (if port is
closed).
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Synonyms:
tcptraceroute
Usage:
netwox 59 -i ip [-p port] [-s spoofip] [-T uint32] [-t uint32] [-m uint32] [-r|+r]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -p|--dst-port port destination port number
80 -s|--spoofip spoofip IP spoof initialization type
best -T|--min-ttl uint32 min ttl
1 -t|--max-ttl uint32 max ttl
30 -m|--max-ms uint32 max millisecond wait
1000 -r|--resolve|+r|--no-resolve resolve hostname
Examples:
netwox 59 -i "5.6.7.8"Tool 223: Forward an email
Tool 223: Forward an email
Description:
This tool forwards an email. It connects on a SMTP server.
Parameter --from sets From header.
Parameter --from-name sets the name of user in From header.
Parameter --subject sets Subject header
Parameter --file-body is the file containing the body of message.
Parameter --file-att is the file containing the attachment.
Parameter --to sets To header.
Parameter --mail-from sets the MAIL FROM SMTP value. If unset, --from
is used.
Parameter --rcpt-to sets the RCPR TO SMTP value. If unset, --to is
used.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Usage:
netwox 223 -i ip -f email -r email -S data [-B file] -A file [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-F email] [-R email] [-n data] [-T uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -f|--from email from address
user@example.com -r|--to email to address
user2@example.fr -S|--subject data email subject
hello -B|--file-body file file containing email body
file-body.txt -A|--file-fwd file file containing email to forward
file-fwd.eml -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
25 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-F|--mail-from email mail from address
me@example.com -R|--rcpt-to email rcpt to address
you@example.fr -n|--from-name data from name
-T|--timeout uint32 timeout in milliseconds
180000
Examples:
netwox 223 -i "5.6.7.8" -f "user@example.com" -r "user2@example.fr" -S "hello" -A "file-fwd.eml"Tool 169: Display simple network configuration easy to parse
Tool 169: Display simple network configuration easy to parse
Description:
This tool displays local configuration.
It's easier to parse than output of tool 1.
Each line corresponds to an IP address. Thay have 3 columns: device
name, IP address and Ethernet address (or text 'notether').
This tool may need to be run with admin privilege in order to obtain
full network configuration.
Usage:
netwox 169Tool 15: Display content of a record
Tool 15: Display content of a record
Description:
A record is a capture file. It contains several packets captured
during a sniff. It can also be created by hand. There are 7 formats
for records: pcap (tcpdump compatible), bin (binary, unreadable by
humans but fast) and mixed/mixed_wrap/dump/hexa/hexa_wrap (easy to
read and edit). A record also has an associated DLT (Data Link Type),
indicating at which level a packet start: raw (start at IP header) and
ether (start at Ethernet header) are the 2 most common DLT. Tool 13
displays DLT of each device.
This tool reads packets stored in a record (capture file), and
displays them.
Parameter --file indicates the record filename.
Parameter --dlt defines the DLT of packets in record (it depends on
how it was sniffed, generally 'ether' (for Ethernet) or 'raw' (if
packet starts at IP header)). Full list is available through netwag or
running tool 12.
Parameter --hdrencode and --dataencode defines how to display header
and data/payload. Common useful values are: array, dump, synth,
nothing, text. Full list is available through netwag or running tool
12.
Parameter --extended indicates to try to decode other protocols such
as DNS or DHCP.
Synonyms:
capture, frame, show
Usage:
netwox 15 -f file [-t dlt] [-H encode] [-D encode] [-x|+x]
Parameters:
parameter description example
-f|--file file read from record file
srcfile.txt -t|--dlt dlt dlt type of data stored in record
ether -H|--hdrencode encode header encoding type
array -D|--dataencode encode data encoding type
dump -x|--extended|+x|--no-extended display other protocols
This boolean is set.
Examples:
netwox 15 -f "srcfile.txt"Tool 162: SNMP Trap2
Tool 162: SNMP Trap2
Description:
This tool sends a TRAPv2 to a SNMP server. It permits to alert a
server.
Parameter --version defines SNMP version to use (from 1 to 3).
Versions 1 and 2 need --community parameter to set community name.
Version 3 requires --username and --password. Parameter --authmd5
indicates if md5 authentication is used. Parameters
--authoritativeengineid, --authoritativeengineboots,
--authoritativeenginetime, --contextengineid and --contextname are
optional version 3 parameters.
Parameter --display shows packets.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Synonyms:
snmptrap
Usage:
netwox 162 -i ip [-c password] -r oid -z uint32 -n oid -t oidtype -V data [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-v uint32] [-m|+m] [-u login] [-w password] [-A mixed_data] [-B uint32] [-M uint32] [-C mixed_data] [-N data] [-T uint32] [-y|+y]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -c|--community password SNMPv1/v2 community
public -r|--enterprise oid enterprise
.1.1 -z|--timestamp uint32 timestamp
0 -n|--oidname oid oid name
.1.2 -t|--oidtype oidtype oid type (i,s,m,n,o,a,c,g,t,M,u,U)
s -V|--oidvalue data oid value
-d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
162 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-v|--version uint32 SNMP version (1, 2 or 3)
1 -m|--md5auth|+m|--no-md5auth SNMPv3 auth using MD5
This boolean is set. -u|--username login SNMPv3 username
-w|--password password SNMPv3 password
-A|--authoritativeengineid mixed_data SNMPv3 authoritativeengineid
-B|--authoritativeengineboots uint32 SNMPv3 authoritativeengineboots
0 -M|--authoritativeenginetime uint32 SNMPv3 authoritativeenginetime
0 -C|--contextengineid mixed_data SNMPv3 contextengineid
-N|--contextname data SNMPv3 contextname
-T|--timeout uint32 timeout in ms
10000 -y|--display|+y|--no-display display packets
Examples:
netwox 162 -i "5.6.7.8" -r ".1.1" -z "0" -n ".1.2" -t "s" -V ""Tool 36: Spoof EthernetIp4Tcp packet
Tool 36: Spoof EthernetIp4Tcp packet
Description:
This tool sends a fake packet on the network.
Each parameter name should be self explaining.
This tool may need to be run with admin privilege in order to spoof.
Synonyms:
frame, hping, mac, send
Usage:
netwox 36 [-d device] [-a eth] [-b eth] [-c uint32] [-e uint32] [-f|+f] [-g|+g] [-h|+h] [-i uint32] [-j uint32] [-k uint32] [-l ip] [-m ip] [-n ip4opts] [-o port] [-p port] [-q uint32] [-r uint32] [-s|+s] [-t|+t] [-u|+u] [-v|+v] [-w|+w] [-x|+x] [-y|+y] [-z|+z] [-A|+A] [-B|+B] [-C|+C] [-D|+D] [-E uint32] [-F uint32] [-G tcpopts] [-H mixed_data] [-I uint32] [-J uint32] [-K uint32] [-L uint32] [-M uint32] [-N uint32]
Parameters:
parameter description example
-d|--device device device for spoof
Eth0 -a|--eth-src eth Ethernet src
E0:69:95:6F:ED:9A -b|--eth-dst eth Ethernet dst
0:8:9:a:b:c -c|--ip4-tos uint32 IP4 tos
0 -e|--ip4-id uint32 IP4 id (rand if unset)
0 -f|--ip4-reserved|+f|--no-ip4-reserved IP4 reserved
-g|--ip4-dontfrag|+g|--no-ip4-dontfrag IP4 dontfrag
-h|--ip4-morefrag|+h|--no-ip4-morefrag IP4 morefrag
-i|--ip4-offsetfrag uint32 IP4 offsetfrag
0 -j|--ip4-ttl uint32 IP4 ttl
0 -k|--ip4-protocol uint32 IP4 protocol
0 -l|--ip4-src ip IP4 src
192.168.100.200 -m|--ip4-dst ip IP4 dst
5.6.7.8 -n|--ip4-opt ip4opts IPv4 options
-o|--tcp-src port TCP src
1234 -p|--tcp-dst port TCP dst
80 -q|--tcp-seqnum uint32 TCP seqnum (rand if unset)
0 -r|--tcp-acknum uint32 TCP acknum
0 -s|--tcp-reserved1|+s|--no-tcp-reserved1 TCP reserved1
-t|--tcp-reserved2|+t|--no-tcp-reserved2 TCP reserved2
-u|--tcp-reserved3|+u|--no-tcp-reserved3 TCP reserved3
-v|--tcp-reserved4|+v|--no-tcp-reserved4 TCP reserved4
-w|--tcp-cwr|+w|--no-tcp-cwr TCP cwr
-x|--tcp-ece|+x|--no-tcp-ece TCP ece
-y|--tcp-urg|+y|--no-tcp-urg TCP urg
-z|--tcp-ack|+z|--no-tcp-ack TCP ack
-A|--tcp-psh|+A|--no-tcp-psh TCP psh
-B|--tcp-rst|+B|--no-tcp-rst TCP rst
-C|--tcp-syn|+C|--no-tcp-syn TCP syn
-D|--tcp-fin|+D|--no-tcp-fin TCP fin
-E|--tcp-window uint32 TCP window
0 -F|--tcp-urgptr uint32 TCP urgptr
0 -G|--tcp-opt tcpopts TCP options
-H|--tcp-data mixed_data mixed data
-I|--eth-type uint32 Ethernet type
2048 -J|--ip4-ihl uint32 IP4 ihl
5 -K|--ip4-totlen uint32 IP4 totlen
0 -L|--ip4-checksum uint32 IP4 checksum
0 -M|--tcp-doff uint32 TCP data offset
0 -N|--tcp-checksum uint32 TCP checksum
0
Example:
netwox 36Tool 144: Spoof Ip6 packet
Tool 144: Spoof Ip6 packet
Description:
This tool sends a fake packet on the network.
Each parameter name should be self explaining.
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to spoof.
Synonyms:
hping, send
Usage:
netwox 144 [-c uint32] [-l uint32] [-f uint32] [-g uint32] [-h ip] [-i ip] [-j ip6exts] [-k mixed_data] [-a spoofip] [-e uint32]
Parameters:
parameter description example
-c|--ip6-trafficclass uint32 IP6 traffic class
0 -l|--ip6-flowlabel uint32 IP6 flow label
0 -f|--ip6-protocol uint32 IP6 next_header/protocol
0 -g|--ip6-ttl uint32 IP6 hop_limit/ttl
0 -h|--ip6-src ip IP6 src
fe80::6aa3:c4ff:feea:768a -i|--ip6-dst ip IP6 dst
fec0:0:0:1::2 -j|--ip6-exts ip6exts IP6 extensions
-k|--ip6-data mixed_data mixed data
-a|--spoofip spoofip IP spoof initialization type
best -e|--ip6-payloadlength uint32 IP6 payload length
0
Example:
netwox 144Tool 23: Display ASCII table
Tool 23: Display ASCII table
Description:
This tool displays ASCII table.
It shows values for characters 0 to 127 or 255.
Usage:
netwox 23 [-e|+e] [-E|+E]
Parameters:
parameter description example
-e|--extended|+e|--no-extended also display extended chars
-E|--all|+E|--no-all display all extended chars
Example:
netwox 23Tool 79: Acknowledge every TCP SYN
Tool 79: Acknowledge every TCP SYN
Description:
This tool acknowledges every TCP-SYN. It is used to protect against
scanning tools.
For example, host 192.168.0.1 has a webserver on port 80. A scan will
quickly find this open port. Dropping packets on other ports will slow
the scan, but it will finally find port 80 open.
This tool answers to TCP SYN (except for port 80), so from scanner
viewpoint, all ports will be open. In this case, use netwox like this:
netwox 79 --ips 192.168.0.1 --ports 1-79,81-65535
Don't forget to DROP packets in kernel firewall, otherwise, scanner
will see a SYN-ACK and a RST.
Parameter --device indicates on which device to sniff. Please note
that under some systems, such as Windows, sniffing on some devices is
not supported.
Parameter --filter defines the sniff filter. It permits to restrict
captured packets. This kind of filter is named a BPF or pcap filter.
Basic elements of a filter are:
host 1.2.3.4
net 192.168.10
net 192.168.10.0 mask 255.255.255.0
net 192.168.10.0/24
port 21
dst host 1.2.3.4
src port 2345
ether host a:b:c:d:e:f ('ether a:b:c:d:e:f' is not working)
ether src aa:bb:cc:dd:ee:ff
ip
arp
rarp
tcp
icmp
udp
Here are filter examples:
"host 1.2.3.4"
"net 192.168 and icmp"
"host 1.2.3.4 or dst port 80"
"(udp or tcp) and not host 1.2.3.4"
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Synonyms:
firewall
Usage:
netwox 79 -i ips -p ports [-d device] [-f filter] [-s spoofip]
Parameters:
parameter description example
-i|--ips ips only answer to these IP
all -p|--ports ports only answer to these ports
all -d|--device device device name
Eth0 -f|--filter filter pcap filter
-s|--spoofip spoofip IP spoof initialization type
linkbraw
Examples:
netwox 79 -i "all" -p "all"Tool 101: Brute force telnet client
Tool 101: Brute force telnet client
Description:
This tool successively tries couples of login and passwords in order
to find matching authentication credentials.
Parameter --login defines the logins to try. To check several logins,
parameter --login-file is the file containing logins (one per line).
Parameter --password-file is the file containing passwords (1/line).
Parameter --stopatfirst indicates to stop when first match is found.
Parameter --numthread defines the number of threads (simultaneous
running checks) to use.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Usage:
netwox 101 -i ip [-L login] -w file [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-l file] [-T uint32] [-s|+s] [-n uint32] [-v|+v]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -L|--login login login
-w|--password-file file password file
passwordfile.txt -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
23 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-l|--login-file file login file
loginfile.txt -T|--timeout uint32 timeout in milliseconds
60000 -s|--stopatfirst|+s|--no-stopatfirst stop at first valid login found
-n|--numthread uint32 number of threads to launch
5 -v|--verbose|+v|--no-verbose be verbose
This boolean is set.
Examples:
netwox 101 -i "5.6.7.8" -w "passwordfile.txt"Tool 181: SNTP server
Tool 181: SNTP server
Description:
This tool is a SNTP server.
It gives time to clients connecting to it.
It uses no external time reference, but only local clock. All clients
will synchronize on the same time, but this time might be inaccurate.
Parameter --src-port defines the local port number to listen on.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --iptype defines which kind of IP address to use
when --src-ip is unset (accepted values: ip4 and ip6).
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device and --src-eth permits to create
a virtual server using fake addresses (in this case, tool have to be
run with admin privilege in order to sniff and spoof at Ethernet
level).
This tool may need to be run with admin privilege in order to listen
on a small port number (port<1024).
Usage:
netwox 181 [-d device] [-E eth] [-I ip] [-P port] [-o ip4opts] [-O ip6exts] [-t iptype]
Parameters:
parameter description example
-d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
123 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-t|--iptype iptype type to use when src-ip is unset
ip4
Example:
netwox 181Tool 47: Spoof of packet samples : fragment, ip4opt:ipts
Tool 47: Spoof of packet samples : fragment, ip4opt:ipts
Description:
This tool sends hardcoded packet samples. Samples are (--sample
defines number): 1=udp_syslog, 2=tcp_syn, 3=tcpsynack, 4=tcpack,
5=ping.
Packets contain IP4 options and can be fragmented before been sent.
IP4 options contains an IP Timestamp option.
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to spoof.
Synonyms:
ip4 option, send
Usage:
netwox 47 [-s ip] [-d ip] [-S port] [-D port] [-n uint32] [-f uint32] [-x|+x] [-a spoofip]
Parameters:
parameter description example
-s|--ip4-src ip IP4 src
192.168.100.200 -d|--ip4-dst ip IP4 dst
5.6.7.8 -S|--tcp-src port TCP port src
80 -D|--tcp-dst port TCP port dst
80 -n|--sample uint32 number of sample (1 to n)
1 -f|--fragsize uint32 fragment size (0=nofrag)
0 -x|--display|+x|--no-display display
-a|--spoofip spoofip IP spoof initialization type
best
Example:
netwox 47Tool 97: SYSLOG client
Tool 97: SYSLOG client
Description:
This tool sends a message to a SYSLOG server. It permits to log an
event.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Usage:
netwox 97 -i ip [-y uint32] [-m data] [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -y|--priority uint32 message's priority
0 -m|--message data message
hello -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
514 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
Examples:
netwox 97 -i "5.6.7.8"Tool 176: TFTP client : get a file and check its MD5
Tool 176: TFTP client : get a file and check its MD5
Description:
This tool downloads a TFTP file and check its MD5.
It ensures the server is working properly.
Parameter --md5 is the expected md5sum.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Usage:
netwox 176 -i ip -F file -s md5 [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-m data] [-T uint32] [-R uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -F|--remote-file file remote file
/etc/passwd -s|--md5 md5 wanted md5
12345678901234567890123456789012 -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
69 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-m|--mode data mode (octet or netascii)
octet -T|--timeout uint32 timeout in milliseconds
60000 -R|--retry uint32 number of retry
3
Examples:
netwox 176 -i "5.6.7.8" -F "/etc/passwd" -s "12345678901234567890123456789012"Tool 45: Spoof of packet samples : fragment, ip4opt:lsrr
Tool 45: Spoof of packet samples : fragment, ip4opt:lsrr
Description:
This tool sends hardcoded packet samples. Samples are (--sample
defines number): 1=udp_syslog, 2=tcp_syn, 3=tcpsynack, 4=tcpack,
5=ping.
Packets contain IP4 options and can be fragmented before been sent.
IP4 options contains a Loose Source Record Route option.
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to spoof.
Synonyms:
ip4 option, send
Usage:
netwox 45 [-s ip] [-d ip] [-S port] [-D port] [-n uint32] [-f uint32] [-x|+x] [-i ips] [-a spoofip]
Parameters:
parameter description example
-s|--ip4-src ip IP4 src
192.168.100.200 -d|--ip4-dst ip IP4 dst
5.6.7.8 -S|--tcp-src port TCP port src
80 -D|--tcp-dst port TCP port dst
80 -n|--sample uint32 number of sample (1 to n)
1 -f|--fragsize uint32 fragment size (0=nofrag)
0 -x|--display|+x|--no-display display
-i|--ip4opt-ips ips IP addresses for LSRR
1.2.3.4,5.6.7.8 -a|--spoofip spoofip IP spoof initialization type
best
Example:
netwox 45Tool 111: FTP listing a directory
Tool 111: FTP listing a directory
Description:
This tool lists the content of a FTP server directory.
Parameters --user and --pass defines the username and password.
FTP protocol can use Active or Passive transfers. Parameter --passive
activates a passive transfer (by default, it's active).
Parameter --dir is the remote FTP directory name to list.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Usage:
netwox 111 -i ip [-u login] [-a password] [-V|+V] -D dir [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-T uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -u|--user login username
anonymous -a|--pass password password
user@ -V|--passive|+V|--no-passive passive
-D|--dir dir directory name
/etc/ -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
21 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-T|--timeout uint32 timeout in milliseconds
60000
Examples:
netwox 111 -i "5.6.7.8" -D "/etc/"Tool 121: HTTP PUT
Tool 121: HTTP PUT
Description:
This tool sends a HTTP request using method PUT. HTTP protocol defines
PUT method to store a document on a web server.
Parameter --uri is the uri/url requested.
Parameter --file-body defines the filename of file to store on web
server.
Parameters --proxy-ip, --proxy-port, --proxy-login and
--proxy-password defines the web proxy and credentials.
Parameter --user-agent defines the client name to send. For example
'Mozilla/5.0'.
Parameter --display-status indicates to display status code of reply
to screen.
Parameter --display-headers indicates to display reply headers.
Parameter --file-headers indicates the filename where to store
headers.
Synonyms:
upload, web
Usage:
netwox 121 -u uri -B file [-s|+s] [-h|+h] [-p ip] [-P port] [-l login] [-L password] [-U useragent] [-H file] [-T uint32]
Parameters:
parameter description example
-u|--uri uri url/uri to download
http://www.example.com/ -B|--file-body file file containing body
filebody.txt -s|--display-status|+s|--no-display-status display statuscode to screen
-h|--display-headers|+h|--no-display-headers display headers to screen
-p|--proxy-ip ip IP address of proxy
5.6.7.8 -P|--proxy-port port port of proxy
3128 -l|--proxy-login login login of proxy
-L|--proxy-password password password of proxy
-U|--user-agent useragent user agent
Mozilla/5.0 -H|--file-headers file file receiving headers
filehdr.txt -T|--timeout uint32 timeout in ms
60000
Examples:
netwox 121 -u "http://www.example.com/" -B "filebody.txt"Tool 153: IRC client listing channels
Tool 153: IRC client listing channels
Description:
This tool obtains the list of channels provided by an IRC server.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Usage:
netwox 153 -i ip -n login [-w password] [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -n|--nickname login nickname
-w|--password password password
-d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
6667 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
Examples:
netwox 153 -i "5.6.7.8" -n ""Tool 60: Traceroute TCP (EthIp spoof)
Tool 60: Traceroute TCP (EthIp spoof)
Description:
This tool lists routers on the path to a computer.
How traceroute works: IP header contains a field named TTL indicating
the number of hops a packet can cross. Each router decreases TTL. When
it reaches 0, the router sends an ICMP Time Exceeded error back to the
IP source address. Traceroute works by slowly increasing TTL. So, we
obtain the list of successive routers because each one sends an ICMP
Time Exceeded.
This tool sends a TCP SYN to a computer. If host permits TCP, it will
send back a TCP SYN-ACK (if port is open), or a TCP RST (if port is
closed).
This tool also permits to use fake Ethernet and IP addresses.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Synonyms:
tcptraceroute
Usage:
netwox 60 -i ip [-d device] [-E eth] [-e eth] [-I ip] [-p port] [-T uint32] [-t uint32] [-m uint32] [-r|+r]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -d|--device device spoof device
Eth0 -E|--src-eth eth source ethernet address
0:a:a:a:a:a -e|--dst-eth eth destination ethernet address
0:b:b:b:b:b -I|--src-ip ip source IP address
1.2.3.4 -p|--dst-port port destination port number
80 -T|--min-ttl uint32 min ttl
1 -t|--max-ttl uint32 max ttl
30 -m|--max-ms uint32 max millisecond wait
1000 -r|--resolve|+r|--no-resolve resolve hostname
Examples:
netwox 60 -i "5.6.7.8"Tool 193: IDENT client requesting info about an open session
Tool 193: IDENT client requesting info about an open session
Description:
This tool queries an IDENT server.
It obtains information about a current TCP session between local
computer and IDENT server computer. This current session is defined
by --localport and --remoteport.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Usage:
netwox 193 -i ip -L port -R port [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-T uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -L|--localport port local port of session to query
1234 -R|--remoteport port remote port of session to query
80 -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
113 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-T|--timeout uint32 timeout in milliseconds
60000
Examples:
netwox 193 -i "5.6.7.8" -L "1234" -R "80"Tool 37: Spoof EthernetIp4Icmp4 packet
Tool 37: Spoof EthernetIp4Icmp4 packet
Description:
This tool sends a fake packet on the network.
Each parameter name should be self explaining.
This tool may need to be run with admin privilege in order to spoof.
Synonyms:
frame, hping, mac, send
Usage:
netwox 37 [-d device] [-a eth] [-b eth] [-c uint32] [-e uint32] [-f|+f] [-g|+g] [-h|+h] [-i uint32] [-j uint32] [-k uint32] [-l ip] [-m ip] [-n ip4opts] [-o uint32] [-p uint32] [-q uint32] [-r uint32] [-s uint32] [-t uint32] [-u uint32]
Parameters:
parameter description example
-d|--device device device for spoof
Eth0 -a|--eth-src eth Ethernet src
E0:69:95:6F:ED:9A -b|--eth-dst eth Ethernet dst
0:8:9:a:b:c -c|--ip4-tos uint32 IP4 tos
0 -e|--ip4-id uint32 IP4 id (rand if unset)
0 -f|--ip4-reserved|+f|--no-ip4-reserved IP4 reserved
-g|--ip4-dontfrag|+g|--no-ip4-dontfrag IP4 dontfrag
-h|--ip4-morefrag|+h|--no-ip4-morefrag IP4 morefrag
-i|--ip4-offsetfrag uint32 IP4 offsetfrag
0 -j|--ip4-ttl uint32 IP4 ttl
0 -k|--ip4-protocol uint32 IP4 protocol
0 -l|--ip4-src ip IP4 src
192.168.100.200 -m|--ip4-dst ip IP4 dst
5.6.7.8 -n|--ip4-opt ip4opts IPv4 options
-o|--icmp-type uint32 ICMP type
0 -p|--icmp-code uint32 ICMP code
0 -q|--eth-type uint32 Ethernet type
2048 -r|--ip4-ihl uint32 IP4 ihl
5 -s|--ip4-totlen uint32 IP4 totlen
0 -t|--ip4-checksum uint32 IP4 checksum
0 -u|--icmp-checksum uint32 ICMP checksum
0
Example:
netwox 37Tool 190: Make coffee
Tool 190: Make coffee
Description:
This tool makes coffees requested by user.
In case you don't understand: it's a joke/fun tool. Many users told
me: 'Netwox is cool, but it does not make coffee'. Now, it does ;-)
Usage:
netwox 190 [-n uint32]
Parameters:
parameter description example
-n|--numcups uint32 number of cups
1
Example:
netwox 190Tool 143: Spoof EthernetIp6Icmp6 packet
Tool 143: Spoof EthernetIp6Icmp6 packet
Description:
This tool sends a fake packet on the network.
Each parameter name should be self explaining.
This tool may need to be run with admin privilege in order to spoof.
Synonyms:
frame, hping, mac, send
Usage:
netwox 143 [-d device] [-a eth] [-b eth] [-c uint32] [-l uint32] [-f uint32] [-g uint32] [-h ip] [-i ip] [-j ip6exts] [-o uint32] [-p uint32] [-q uint32] [-e uint32] [-r uint32]
Parameters:
parameter description example
-d|--device device device for spoof
Eth0 -a|--eth-src eth Ethernet src
E0:69:95:6F:ED:9A -b|--eth-dst eth Ethernet dst
0:8:9:a:b:c -c|--ip6-trafficclass uint32 IP6 traffic class
0 -l|--ip6-flowlabel uint32 IP6 flow label
0 -f|--ip6-protocol uint32 IP6 next_header/protocol
0 -g|--ip6-ttl uint32 IP6 hop_limit/ttl
0 -h|--ip6-src ip IP6 src
fe80::6aa3:c4ff:feea:768a -i|--ip6-dst ip IP6 dst
fec0:0:0:1::2 -j|--ip6-exts ip6exts IP6 extensions
-o|--icmp-type uint32 ICMP type
0 -p|--icmp-code uint32 ICMP code
0 -q|--eth-type uint32 Ethernet type
2048 -e|--ip6-payloadlength uint32 IP6 payload length
0 -r|--icmp-checksum uint32 ICMP checksum
0
Example:
netwox 143Tool 167: TFTP server
Tool 167: TFTP server
Description:
This tool is a TFTP server.
Parameter --allowed-clients lists the IP addresses or hosts allowed
to connect.
Parameter --rootdir defines the root directory for put and get file
operations (cannot exit this root jail).
Parameter --src-port defines the local port number to listen on.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --iptype defines which kind of IP address to use
when --src-ip is unset (accepted values: ip4 and ip6).
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device and --src-eth permits to create
a virtual server using fake addresses (in this case, tool have to be
run with admin privilege in order to sniff and spoof at Ethernet
level).
This tool may need to be run with admin privilege in order to listen
on a small port number (port<1024).
Usage:
netwox 167 [-d device] [-E eth] [-I ip] [-P port] [-o ip4opts] [-O ip6exts] [-t iptype] [-c ips] [-r dir] [-G|+G] [-U|+U] [-T uint32] [-R uint32]
Parameters:
parameter description example
-d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
69 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-t|--iptype iptype type to use when src-ip is unset
ip4 -c|--allowed-clients ips clients allowed to connect
all -r|--rootdir dir root directory
/tmp -G|--allow-get|+G|--no-allow-get allow get
This boolean is set. -U|--allow-put|+U|--no-allow-put allow put
This boolean is set. -T|--timeout uint32 timeout in milliseconds
10000 -R|--retry uint32 number of retry
3
Example:
netwox 167Tool 19: Extract a range of packets from a record
Tool 19: Extract a range of packets from a record
Description:
A record is a capture file. It contains several packets captured
during a sniff. It can also be created by hand. There are 7 formats
for records: pcap (tcpdump compatible), bin (binary, unreadable by
humans but fast) and mixed/mixed_wrap/dump/hexa/hexa_wrap (easy to
read and edit). A record also has an associated DLT (Data Link Type),
indicating at which level a packet start: raw (start at IP header) and
ether (start at Ethernet header) are the 2 most common DLT. Tool 13
displays DLT of each device.
This tool extracts a range of packets from one record, and save them
in another record. For example, it can extract packet number 2 to
number 5.
Parameter --src-file indicates the input record filename.
Parameter --dst-file indicates the output record filename.
Parameter --recordencode defines how to encode data in this record
(suggested values: bin, pcap and mixed_wrap).
Synonyms:
capture
Usage:
netwox 19 -f file -F file [-r recordencode] [-s uint32] [-e uint32]
Parameters:
parameter description example
-f|--src-file file input record file
srcfile.txt -F|--dst-file file output record file
dstfile.txt -r|--recordencode recordencode encoding type for output record
bin -s|--start uint32 start packet (from 1)
0 -e|--end uint32 end packet (0=nolimit)
0
Examples:
netwox 19 -f "srcfile.txt" -F "dstfile.txt"Tool 170: TELNET server
Tool 170: TELNET server
Description:
This tool is a TELNET server.
It only permits to run simple text commands.
Editors are not correctly supported.
Parameters --login and --password defines needed login and password.
Parameter --src-port defines the local port number to listen on.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --iptype defines which kind of IP address to use
when --src-ip is unset (accepted values: ip4 and ip6).
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device and --src-eth are not yet implemented.
This tool may need to be run with admin privilege in order to listen
on a small port number (port<1024).
Usage:
netwox 170 [-l login] [-w password] [-d device] [-E eth] [-I ip] [-P port] [-o ip4opts] [-O ip6exts] [-t iptype] [-T uint32] [-c ips] [-L|+L]
Parameters:
parameter description example
-l|--login login login needed to access
-w|--password password password needed to access
-d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
23 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-t|--iptype iptype type to use when src-ip is unset
ip4 -T|--timeout uint32 timeout in ms
180000 -c|--allowed-clients ips clients allowed to connect
all -L|--line-by-line|+L|--no-line-by-line line by line mode
Example:
netwox 170Tool 84: Sniff and send ICMP4/ICMP6 parameter problem
Tool 84: Sniff and send ICMP4/ICMP6 parameter problem
Description:
This tool sends an ICMP error message when a packet matching filter
is sniffed.
Parameter --device indicates on which device to sniff. Please note
that under some systems, such as Windows, sniffing on some devices is
not supported.
Parameter --filter defines the sniff filter. It permits to restrict
captured packets. This kind of filter is named a BPF or pcap filter.
Basic elements of a filter are:
host 1.2.3.4
net 192.168.10
net 192.168.10.0 mask 255.255.255.0
net 192.168.10.0/24
port 21
dst host 1.2.3.4
src port 2345
ether host a:b:c:d:e:f ('ether a:b:c:d:e:f' is not working)
ether src aa:bb:cc:dd:ee:ff
ip
arp
rarp
tcp
icmp
udp
Here are filter examples:
"host 1.2.3.4"
"net 192.168 and icmp"
"host 1.2.3.4 or dst port 80"
"(udp or tcp) and not host 1.2.3.4"
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Usage:
netwox 84 [-d device] [-f filter] [-c uint32] [-p uint32] [-i ip] [-s spoofip]
Parameters:
parameter description example
-d|--device device device name
Eth0 -f|--filter filter pcap filter
-c|--code uint32 ICMP code
0 -p|--pointer uint32 ICMP pointer
0 -i|--src-ip ip source IP address
192.168.100.200 -s|--spoofip spoofip IP spoof initialization type
linkbraw
Example:
netwox 84Tool 209: SMB/CIFS client: recursively delete a directory
Tool 209: SMB/CIFS client: recursively delete a directory
Description:
This tool is a simple SMB/CIFS client recursively deleting a
directory. This tool might be dangerous. Use with care.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Parameter --share indicates the share name.
Parameter --user indicates the optional username.
Parameter --password indicates the optional password.
Parameter --authversion defines the authentication protocol to use
(0=Lanman, 1=NTLMv1, 2=NTLMv2, unset=guess(try NTLMv2, then NTLMv1,
and finally Lanman)).
Parameter --netbiosname defines the NetBIOS name of server. It is
generally the same as its DNS name. Most of the time, it is not
needed.
Parameter --verbose displays activity (set it if a problem occurs).
Parameter --debug displays packets to screen.
Example, to connect on //server/myshare/, use:
--dst-ip myserver --share myshare --netbiosname myserver --user bob
--password hello
Synonyms:
smbclient
Usage:
netwox 209 -i ip -s smbshare [-u login] [-w password] [-N netbiosname] -f dir [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-v uint32] [-T uint32] [-V|+V] [-D|+D]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -s|--share smbshare share name
C$ -u|--user login username
-w|--password password password
-N|--netbiosname netbiosname server NetBIOS NAME
-f|--dirname dir directory name
mydir -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
139 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-v|--authversion uint32 0=Lanman, 1=NTLMv1, 2=NTLMv2, unset=best
2 -T|--timeout uint32 timeout in milliseconds
60000 -V|--verbose|+V|--no-verbose display SMB trace
-D|--debug|+D|--no-debug display SMB packets
Examples:
netwox 209 -i "5.6.7.8" -s "C$" -f "mydir"Tool 125: HTTP server
Tool 125: HTTP server
Description:
This tool is a simple web server.
Parameter --rootdir defines the root directory for put and get file
operations (cannot exit this root jail).
Parameters --login and --password defines the login and password which
will be needed to connect on this server.
Parameter --allowed-clients defines the list of computer allowed to
connect on the web server.
Parameter --src-port defines the local port number to listen on.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --iptype defines which kind of IP address to use
when --src-ip is unset (accepted values: ip4 and ip6).
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device and --src-eth are not yet implemented.
This tool may need to be run with admin privilege in order to listen
on a small port number (port<1024).
Synonyms:
web, apache
Usage:
netwox 125 [-r dir] [-l login] [-L password] [-d device] [-E eth] [-I ip] [-P port] [-o ip4opts] [-O ip6exts] [-t iptype] [-T uint32] [-c ips]
Parameters:
parameter description example
-r|--rootdir dir root directory
/tmp -l|--login login login needed to access
-L|--password password password needed to access
-d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
80 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-t|--iptype iptype type to use when src-ip is unset
ip4 -T|--timeout uint32 timeout in ms
60000 -c|--allowed-clients ips clients allowed to connect
all
Example:
netwox 125Tool 50: Ping ICMP (EthIP spoof)
Tool 50: Ping ICMP (EthIP spoof)
Description:
This tool checks if a host is up. It's done sending a probe packet and
expecting a reply.
This tool sends an ICMP Echo Request to a computer. If host is up and
permitting ping, it will send back an ICMP Echo Reply.
This tool also permits to use fake Ethernet and IP addresses.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Usage:
netwox 50 -i ip [-d device] [-E eth] [-e eth] [-I ip] [-c uint32] [-m uint32] [-b|+b] [-1|+1]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -d|--device device spoof device
Eth0 -E|--src-eth eth source ethernet address
0:a:a:a:a:a -e|--dst-eth eth destination ethernet address
0:b:b:b:b:b -I|--src-ip ip source IP address
1.2.3.4 -c|--max-count uint32 max requests
4294967295 -m|--max-ms uint32 max millisecond wait
1000 -b|--beep|+b|--no-beep beep if reached
-1|--display01|+1|--no-display01 display only 0 or 1
Examples:
netwox 50 -i "5.6.7.8"Tool 141: Spoof EthernetIp6Udp packet
Tool 141: Spoof EthernetIp6Udp packet
Description:
This tool sends a fake packet on the network.
Each parameter name should be self explaining.
This tool may need to be run with admin privilege in order to spoof.
Synonyms:
frame, hping, mac, send
Usage:
netwox 141 [-d device] [-a eth] [-b eth] [-c uint32] [-l uint32] [-f uint32] [-g uint32] [-h ip] [-i ip] [-j ip6exts] [-o port] [-p port] [-q mixed_data] [-r uint32] [-e uint32] [-s uint32] [-t uint32]
Parameters:
parameter description example
-d|--device device device for spoof
Eth0 -a|--eth-src eth Ethernet src
E0:69:95:6F:ED:9A -b|--eth-dst eth Ethernet dst
0:8:9:a:b:c -c|--ip6-trafficclass uint32 IP6 traffic class
0 -l|--ip6-flowlabel uint32 IP6 flow label
0 -f|--ip6-protocol uint32 IP6 next_header/protocol
0 -g|--ip6-ttl uint32 IP6 hop_limit/ttl
0 -h|--ip6-src ip IP6 src
fe80::6aa3:c4ff:feea:768a -i|--ip6-dst ip IP6 dst
fec0:0:0:1::2 -j|--ip6-exts ip6exts IP6 extensions
-o|--udp-src port UDP src
1234 -p|--udp-dst port UDP dst
80 -q|--udp-data mixed_data mixed data
-r|--eth-type uint32 Ethernet type
2048 -e|--ip6-payloadlength uint32 IP6 payload length
0 -s|--udp-len uint32 UDP length
0 -t|--udp-checksum uint32 UDP checksum
0
Example:
netwox 141Tool 146: Spoof Ip6Tcp packet
Tool 146: Spoof Ip6Tcp packet
Description:
This tool sends a fake packet on the network.
Each parameter name should be self explaining.
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to spoof.
Synonyms:
hping, send
Usage:
netwox 146 [-c uint32] [-l uint32] [-f uint32] [-g uint32] [-h ip] [-i ip] [-j ip6exts] [-o port] [-p port] [-q uint32] [-r uint32] [-s|+s] [-t|+t] [-u|+u] [-v|+v] [-w|+w] [-x|+x] [-y|+y] [-z|+z] [-A|+A] [-B|+B] [-C|+C] [-D|+D] [-E uint32] [-F uint32] [-G tcpopts] [-H mixed_data] [-a spoofip] [-e uint32] [-J uint32] [-K uint32]
Parameters:
parameter description example
-c|--ip6-trafficclass uint32 IP6 traffic class
0 -l|--ip6-flowlabel uint32 IP6 flow label
0 -f|--ip6-protocol uint32 IP6 next_header/protocol
0 -g|--ip6-ttl uint32 IP6 hop_limit/ttl
0 -h|--ip6-src ip IP6 src
fe80::6aa3:c4ff:feea:768a -i|--ip6-dst ip IP6 dst
fec0:0:0:1::2 -j|--ip6-exts ip6exts IP6 extensions
-o|--tcp-src port TCP src
1234 -p|--tcp-dst port TCP dst
80 -q|--tcp-seqnum uint32 TCP seqnum (rand if unset)
0 -r|--tcp-acknum uint32 TCP acknum
0 -s|--tcp-reserved1|+s|--no-tcp-reserved1 TCP reserved1
-t|--tcp-reserved2|+t|--no-tcp-reserved2 TCP reserved2
-u|--tcp-reserved3|+u|--no-tcp-reserved3 TCP reserved3
-v|--tcp-reserved4|+v|--no-tcp-reserved4 TCP reserved4
-w|--tcp-cwr|+w|--no-tcp-cwr TCP cwr
-x|--tcp-ece|+x|--no-tcp-ece TCP ece
-y|--tcp-urg|+y|--no-tcp-urg TCP urg
-z|--tcp-ack|+z|--no-tcp-ack TCP ack
-A|--tcp-psh|+A|--no-tcp-psh TCP psh
-B|--tcp-rst|+B|--no-tcp-rst TCP rst
-C|--tcp-syn|+C|--no-tcp-syn TCP syn
-D|--tcp-fin|+D|--no-tcp-fin TCP fin
-E|--tcp-window uint32 TCP window
0 -F|--tcp-urgptr uint32 TCP urgptr
0 -G|--tcp-opt tcpopts TCP options
-H|--tcp-data mixed_data mixed data
-a|--spoofip spoofip IP spoof initialization type
best -e|--ip6-payloadlength uint32 IP6 payload length
0 -J|--tcp-doff uint32 TCP data offset
0 -K|--tcp-checksum uint32 TCP checksum
0
Example:
netwox 146Tool 67: Scan TCP
Tool 67: Scan TCP
Description:
This tool checks if several TCP ports are open on host.
This tool sends a TCP SYN to a computer. If host permits TCP, it will
send back a TCP SYN-ACK (if port is open), or a TCP RST (if port is
closed).
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Synonyms:
nmap
Usage:
netwox 67 -i ips -p ports [-s spoofip] [-m uint32] [-M uint32] [-u|+u] [-n uint32]
Parameters:
parameter description example
-i|--ips ips list/range of IP addresses
1.2.3.4,5.6.7.8 -p|--ports ports list/range of port number
all -s|--spoofip spoofip IP spoof initialization type
best -m|--min-ms uint32 min millisecond delay between packets
0 -M|--max-ms uint32 max millisecond wait for answers
5000 -u|--disp-useful|+u|--no-disp-useful only display useful info
-n|--numtargets uint32 number of simultaneous targets
20
Examples:
netwox 67 -i "1.2.3.4,5.6.7.8" -p "all"Tool 53: Ping UDP
Tool 53: Ping UDP
Description:
This tool checks if a host is up. It's done sending a probe packet and
expecting a reply.
This tool sends an UDP packet to a computer. If host permits UDP, it
will send back an ICMP error (if port is closed), or send back nothing
(if port is open). So, it's important to understand UDP port has to be
closed for computer to return something.
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Usage:
netwox 53 -i ip [-p port] [-s spoofip] [-c uint32] [-m uint32] [-b|+b] [-1|+1]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -p|--dst-port port destination port number
80 -s|--spoofip spoofip IP spoof initialization type
best -c|--max-count uint32 max requests
4294967295 -m|--max-ms uint32 max millisecond wait
1000 -b|--beep|+b|--no-beep beep if reached
-1|--display01|+1|--no-display01 display only 0 or 1
Examples:
netwox 53 -i "5.6.7.8"Tool 20: Search for strings in packets from a record
Tool 20: Search for strings in packets from a record
Description:
A record is a capture file. It contains several packets captured
during a sniff. It can also be created by hand. There are 7 formats
for records: pcap (tcpdump compatible), bin (binary, unreadable by
humans but fast) and mixed/mixed_wrap/dump/hexa/hexa_wrap (easy to
read and edit). A record also has an associated DLT (Data Link Type),
indicating at which level a packet start: raw (start at IP header) and
ether (start at Ethernet header) are the 2 most common DLT. Tool 13
displays DLT of each device.
This tool searches a pattern in packets of a record, and saves
matching packets in another record. The pattern can be a string, a
mixed ('hello' 09 'bob'), or a regular expression.
Parameter --src-file indicates the input record filename.
Parameter --dst-file indicates the output record filename.
Parameter --recordencode defines how to encode data in this record
(suggested values: bin, pcap and mixed_wrap).
Synonyms:
capture, find, match, ngrep, payload, text
Usage:
netwox 20 -f file -F file [-r recordencode] -p data [-c|+c] [-S|+S] [-M|+M] [-R|+R]
Parameters:
parameter description example
-f|--src-file file input record file
srcfile.txt -F|--dst-file file output record file
dstfile.txt -r|--recordencode recordencode encoding type for output record
bin -p|--pattern data searched pattern
-c|--case|+c|--no-case case sensitive
-S|--string|+S|--no-string search string
This boolean is set. -M|--mixed|+M|--no-mixed search mixed string
-R|--regexp|+R|--no-regexp search regular expression
Examples:
netwox 20 -f "srcfile.txt" -F "dstfile.txt" -p ""Tool 21: Convert a number
Tool 21: Convert a number
Description:
This tool converts a number, from/to decimal, binary, octal and
hexadecimal. For example:
netwox 21 --hexa 3D4B
netwox 21 --hexa 3D4B --disp-decimal
Synonyms:
calc, binary, decimal, hexadecimal, octal
Usage:
netwox 21 -n data [-d|+d] [-b|+b] [-o|+o] [-x|+x] [-c|+c] [-t|+t] [-D|+D] [-B|+B] [-O|+O] [-X|+X] [-C|+C]
Parameters:
parameter description example
-n|--number data number to convert
10 -d|--decimal|+d|--no-decimal number is decimal
This boolean is set. -b|--binary|+b|--no-binary number is binary
-o|--octal|+o|--no-octal number is octal
-x|--hexadecimal|+x|--no-hexadecimal number is hexadecimal
-c|--char|+c|--no-char number is a character
-t|--title|+t|--no-title display titles
-D|--disp-decimal|+D|--no-disp-decimal display decimal
-B|--disp-binary|+B|--no-disp-binary display binary
-O|--disp-octal|+O|--no-disp-octal display octal
-X|--disp-hexadecimal|+X|--no-disp-hexadecimal display hexadecimal
-C|--disp-char|+C|--no-disp-char display character
Examples:
netwox 21 -n "10"Tool 32: Spoof Ethernet packet
Tool 32: Spoof Ethernet packet
Description:
This tool sends a fake packet on the network.
Each parameter name should be self explaining.
This tool may need to be run with admin privilege in order to spoof.
Synonyms:
frame, hping, mac, send
Usage:
netwox 32 [-d device] [-a eth] [-b eth] [-c uint32] [-e mixed_data]
Parameters:
parameter description example
-d|--device device device for spoof
Eth0 -a|--eth-src eth Ethernet src
E0:69:95:6F:ED:9A -b|--eth-dst eth Ethernet dst
0:8:9:a:b:c -c|--eth-type uint32 Ethernet type
0 -e|--eth-data mixed_data Ethernet data
Example:
netwox 32Tool 2: Display debugging information
Tool 2: Display debugging information
Description:
This tool displays internal information about netwox:
- values for defines
- how network configuration is retrieved
Please, send this output when reporting a problem.
This tool may need to be run with admin privilege in order to obtain
full network configuration.
Usage:
netwox 2Tool 69: Scan UDP
Tool 69: Scan UDP
Description:
This tool checks if several UDP ports are open on host.
This tool sends an UDP packet to a computer. If host permits UDP, it
will send back an ICMP error (if port is closed), or send back nothing
(if port is open). So, it's important to understand UDP port has to be
closed for computer to return something.
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Synonyms:
nmap
Usage:
netwox 69 -i ips -p ports [-s spoofip] [-m uint32] [-M uint32] [-u|+u] [-n uint32]
Parameters:
parameter description example
-i|--ips ips list/range of IP addresses
1.2.3.4,5.6.7.8 -p|--ports ports list/range of port number
all -s|--spoofip spoofip IP spoof initialization type
best -m|--min-ms uint32 min millisecond delay between packets
0 -M|--max-ms uint32 max millisecond wait for answers
5000 -u|--disp-useful|+u|--no-disp-useful only display useful info
-n|--numtargets uint32 number of simultaneous targets
20
Examples:
netwox 69 -i "1.2.3.4,5.6.7.8" -p "all"Tool 73: Simulate presence of a/several computer/s (arp and ping)
Tool 73: Simulate presence of a/several computer/s (arp and ping)
Description:
This tool simulates the presence of a computer. It will answer to ARP
requests and ping.
Other hosts can 'see' this virtual computer, but it will not really
exist. This tool is frequently used to answer ARP when a tool is
sending packets with a spoofed IP address.
Parameter --ips defines the fake IP address of this computer.
Parameter --eths defines the fake Ethernet address of this computer.
If --no-answer-arp or --no-answer-ping is set, tool does not answers
to ARP/IP6NeighborDiscovery and ping.
It works only on a Ethernet device.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Synonyms:
reply, virtual
Usage:
netwox 73 [-d device] -i ips -e eths [-a|+a] [-p|+p]
Parameters:
parameter description example
-d|--device device device name
Eth0 -i|--ips ips list/range of IP addresses
1.2.3.4 -e|--eths eths list/range of ethernet addresses
0:a:b:c:d:e -a|--answer-arp|+a|--no-answer-arp answer ARP
This boolean is set. -p|--answer-ping|+p|--no-answer-ping answer ICMP Echo Request
This boolean is set.
Examples:
netwox 73 -i "1.2.3.4" -e "0:a:b:c:d:e"Tool 113: FTP client : put a file
Tool 113: FTP client : put a file
Description:
This tool stores a file to a FTP server.
Parameters --user and --pass defines the username and password.
FTP protocol can use Active or Passive transfers. Parameter --passive
activates a passive transfer (by default, it's active).
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Synonyms:
upload
Usage:
netwox 113 -i ip [-u login] [-a password] [-V|+V] -f file -F file [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-T uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -u|--user login username
anonymous -a|--pass password password
user@ -V|--passive|+V|--no-passive passive
-f|--local-file file local file
srcfile.txt -F|--remote-file file remote file
file.txt -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
21 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-T|--timeout uint32 timeout in milliseconds
60000
Examples:
netwox 113 -i "5.6.7.8" -f "srcfile.txt" -F "file.txt"Tool 174: FTP client : get a file and check its MD5
Tool 174: FTP client : get a file and check its MD5
Description:
This tool downloads a FTP file and check its MD5.
It ensures the server is working properly.
Parameters --user and --pass defines the username and password.
FTP protocol can use Active or Passive transfers. Parameter --passive
activates a passive transfer (by default, it's active).
Parameter --md5 is the expected md5sum.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Usage:
netwox 174 -i ip [-u login] [-a password] [-V|+V] -F file -m md5 [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-T uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -u|--user login username
anonymous -a|--pass password password
user@ -V|--passive|+V|--no-passive passive
-F|--remote-file file remote file
/etc/passwd -m|--md5 md5 wanted md5
12345678901234567890123456789012 -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
21 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-T|--timeout uint32 timeout in milliseconds
60000
Examples:
netwox 174 -i "5.6.7.8" -F "/etc/passwd" -m "12345678901234567890123456789012"Tool 221: Convert a base64 encoded file to a binary file
Tool 221: Convert a base64 encoded file to a binary file
Description:
This tool converts a base64 encoded file to the original file.
Usage:
netwox 221 -i file -o file
Parameters:
parameter description example
-i|--src-file file source filename
srcfile.txt -o|--dst-file file destination filename
dstfile.txt
Examples:
netwox 221 -i "srcfile.txt" -o "dstfile.txt"Tool 74: Flood a host with random fragments
Tool 74: Flood a host with random fragments
Description:
This tool sends a lot of random IP fragments to a host.
It permits to check how a firewall behaves when receiving fragments
which have to be ignored.
This tool may need to be run with admin privilege in order to spoof.
Usage:
netwox 74 -i ip [-p uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -p|--protocol uint32 protocol (0=rand)
0
Examples:
netwox 74 -i "5.6.7.8"Tool 149: Ping ICMP6 Neighbor Discovery (EthIp spoof)
Tool 149: Ping ICMP6 Neighbor Discovery (EthIp spoof)
Description:
This tool checks if a host is up. It's done sending a probe packet and
expecting a reply.
This tool sends an ICMP6 Neighbor Discovery request. If host is up, it
will send back a Neighbor Discovery Reply.
This tool also permits to use fake Ethernet and IP addresses.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Synonyms:
ip6
Usage:
netwox 149 -i ip [-d device] [-E eth] [-e eth] [-I ip] [-c uint32] [-m uint32] [-b|+b] [-1|+1]
Parameters:
parameter description example
-i|--dst-ip ip destination IPv6 address
fec0:0:0:1::2 -d|--device device spoof device
Eth0 -E|--src-eth eth source ethernet address
0:a:a:a:a:a -e|--dst-eth eth destination ethernet address
0:b:b:b:b:b -I|--src-ip ip source IP address
1.2.3.4 -c|--max-count uint32 max requests
4294967295 -m|--max-ms uint32 max millisecond wait
1000 -b|--beep|+b|--no-beep beep if reached
-1|--display01|+1|--no-display01 display only 0 or 1
Examples:
netwox 149 -i "fec0:0:0:1::2"Tool 203: SMB/CIFS client: delete a file
Tool 203: SMB/CIFS client: delete a file
Description:
This tool is a simple SMB/CIFS client deleting a file.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Parameter --share indicates the share name.
Parameter --user indicates the optional username.
Parameter --password indicates the optional password.
Parameter --authversion defines the authentication protocol to use
(0=Lanman, 1=NTLMv1, 2=NTLMv2, unset=guess(try NTLMv2, then NTLMv1,
and finally Lanman)).
Parameter --netbiosname defines the NetBIOS name of server. It is
generally the same as its DNS name. Most of the time, it is not
needed.
Parameter --verbose displays activity (set it if a problem occurs).
Parameter --debug displays packets to screen.
Example, to connect on //server/myshare/, use:
--dst-ip myserver --share myshare --netbiosname myserver --user bob
--password hello
Synonyms:
smbclient
Usage:
netwox 203 -i ip -s smbshare [-u login] [-w password] [-N netbiosname] -f file [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-v uint32] [-T uint32] [-V|+V] [-D|+D]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -s|--share smbshare share name
C$ -u|--user login username
-w|--password password password
-N|--netbiosname netbiosname server NetBIOS NAME
-f|--filename file file name
file.txt -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
139 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-v|--authversion uint32 0=Lanman, 1=NTLMv1, 2=NTLMv2, unset=best
2 -T|--timeout uint32 timeout in milliseconds
60000 -V|--verbose|+V|--no-verbose display SMB trace
-D|--debug|+D|--no-debug display SMB packets
Examples:
netwox 203 -i "5.6.7.8" -s "C$" -f "file.txt"Tool 35: Spoof EthernetIp4Udp packet
Tool 35: Spoof EthernetIp4Udp packet
Description:
This tool sends a fake packet on the network.
Each parameter name should be self explaining.
This tool may need to be run with admin privilege in order to spoof.
Synonyms:
frame, hping, mac, send
Usage:
netwox 35 [-d device] [-a eth] [-b eth] [-c uint32] [-e uint32] [-f|+f] [-g|+g] [-h|+h] [-i uint32] [-j uint32] [-k uint32] [-l ip] [-m ip] [-n ip4opts] [-o port] [-p port] [-q mixed_data] [-r uint32] [-s uint32] [-t uint32] [-u uint32] [-v uint32] [-w uint32]
Parameters:
parameter description example
-d|--device device device for spoof
Eth0 -a|--eth-src eth Ethernet src
E0:69:95:6F:ED:9A -b|--eth-dst eth Ethernet dst
0:8:9:a:b:c -c|--ip4-tos uint32 IP4 tos
0 -e|--ip4-id uint32 IP4 id (rand if unset)
0 -f|--ip4-reserved|+f|--no-ip4-reserved IP4 reserved
-g|--ip4-dontfrag|+g|--no-ip4-dontfrag IP4 dontfrag
-h|--ip4-morefrag|+h|--no-ip4-morefrag IP4 morefrag
-i|--ip4-offsetfrag uint32 IP4 offsetfrag
0 -j|--ip4-ttl uint32 IP4 ttl
0 -k|--ip4-protocol uint32 IP4 protocol
0 -l|--ip4-src ip IP4 src
192.168.100.200 -m|--ip4-dst ip IP4 dst
5.6.7.8 -n|--ip4-opt ip4opts IPv4 options
-o|--udp-src port UDP src
1234 -p|--udp-dst port UDP dst
80 -q|--udp-data mixed_data mixed data
-r|--eth-type uint32 Ethernet type
2048 -s|--ip4-ihl uint32 IP4 ihl
5 -t|--ip4-totlen uint32 IP4 totlen
0 -u|--ip4-checksum uint32 IP4 checksum
0 -v|--udp-len uint32 UDP length
0 -w|--udp-checksum uint32 UDP checksum
0
Example:
netwox 35Tool 57: Traceroute ICMP
Tool 57: Traceroute ICMP
Description:
This tool lists routers on the path to a computer.
How traceroute works: IP header contains a field named TTL indicating
the number of hops a packet can cross. Each router decreases TTL. When
it reaches 0, the router sends an ICMP Time Exceeded error back to the
IP source address. Traceroute works by slowly increasing TTL. So, we
obtain the list of successive routers because each one sends an ICMP
Time Exceeded.
This tool sends an ICMP Echo Request to a computer. If host is up and
permitting ping, it will send back an ICMP Echo Reply.
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Usage:
netwox 57 -i ip [-s spoofip] [-T uint32] [-t uint32] [-m uint32] [-r|+r]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -s|--spoofip spoofip IP spoof initialization type
best -T|--min-ttl uint32 min ttl
1 -t|--max-ttl uint32 max ttl
30 -m|--max-ms uint32 max millisecond wait
1000 -r|--resolve|+r|--no-resolve resolve hostname
Examples:
netwox 57 -i "5.6.7.8"Tool 150: Scan ICMP6 Neighbor Discovery
Tool 150: Scan ICMP6 Neighbor Discovery
Description:
This tool checks if several hosts are up.
This tool sends an ICMP6 Neighbor Discovery request. If host is up, it
will send back a Neighbor Discovery Reply.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Synonyms:
nmap
Usage:
netwox 150 -i ips [-u|+u] [-m uint32] [-M uint32] [-n uint32]
Parameters:
parameter description example
-i|--ips ips list/range of IP addresses
fec0::1,fec0::2 -u|--disp-useful|+u|--no-disp-useful only display useful info
-m|--min-ms uint32 min millisecond delay between packets
0 -M|--max-ms uint32 max millisecond wait for answers
5000 -n|--numtargets uint32 number of simultaneous targets
20
Examples:
netwox 150 -i "fec0::1,fec0::2"Tool 49: Ping ICMP
Tool 49: Ping ICMP
Description:
This tool checks if a host is up. It's done sending a probe packet and
expecting a reply.
This tool sends an ICMP Echo Request to a computer. If host is up and
permitting ping, it will send back an ICMP Echo Reply.
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Usage:
netwox 49 -i ip [-s spoofip] [-c uint32] [-m uint32] [-b|+b] [-1|+1]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -s|--spoofip spoofip IP spoof initialization type
best -c|--max-count uint32 max requests
4294967295 -m|--max-ms uint32 max millisecond wait
1000 -b|--beep|+b|--no-beep beep if reached
-1|--display01|+1|--no-display01 display only 0 or 1
Examples:
netwox 49 -i "5.6.7.8"Tool 48: Spoof of packet samples : fragment, ip4opt:ippts
Tool 48: Spoof of packet samples : fragment, ip4opt:ippts
Description:
This tool sends hardcoded packet samples. Samples are (--sample
defines number): 1=udp_syslog, 2=tcp_syn, 3=tcpsynack, 4=tcpack,
5=ping.
Packets contain IP4 options and can be fragmented before been sent.
IP4 options contains an IP Prespecified Timestamp option.
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to spoof.
Synonyms:
ip4 option, send
Usage:
netwox 48 [-s ip] [-d ip] [-S port] [-D port] [-n uint32] [-f uint32] [-x|+x] [-i ip] [-a spoofip]
Parameters:
parameter description example
-s|--ip4-src ip IP4 src
192.168.100.200 -d|--ip4-dst ip IP4 dst
5.6.7.8 -S|--tcp-src port TCP port src
80 -D|--tcp-dst port TCP port dst
80 -n|--sample uint32 number of sample (1 to n)
1 -f|--fragsize uint32 fragment size (0=nofrag)
0 -x|--display|+x|--no-display display
-i|--ip4opt-ip ip IP for IPPTS
192.168.100.200 -a|--spoofip spoofip IP spoof initialization type
best
Example:
netwox 48Tool 83: Sniff and send ICMP4/ICMP6 time exceeded
Tool 83: Sniff and send ICMP4/ICMP6 time exceeded
Description:
This tool sends an ICMP error message when a packet matching filter
is sniffed.
Parameter --device indicates on which device to sniff. Please note
that under some systems, such as Windows, sniffing on some devices is
not supported.
Parameter --filter defines the sniff filter. It permits to restrict
captured packets. This kind of filter is named a BPF or pcap filter.
Basic elements of a filter are:
host 1.2.3.4
net 192.168.10
net 192.168.10.0 mask 255.255.255.0
net 192.168.10.0/24
port 21
dst host 1.2.3.4
src port 2345
ether host a:b:c:d:e:f ('ether a:b:c:d:e:f' is not working)
ether src aa:bb:cc:dd:ee:ff
ip
arp
rarp
tcp
icmp
udp
Here are filter examples:
"host 1.2.3.4"
"net 192.168 and icmp"
"host 1.2.3.4 or dst port 80"
"(udp or tcp) and not host 1.2.3.4"
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Usage:
netwox 83 [-d device] [-f filter] [-c uint32] [-i ip] [-s spoofip]
Parameters:
parameter description example
-d|--device device device name
Eth0 -f|--filter filter pcap filter
-c|--code uint32 ICMP code
0 -i|--src-ip ip source IP address
192.168.100.200 -s|--spoofip spoofip IP spoof initialization type
linkbraw
Example:
netwox 83Tool 208: SMB/CIFS client: recursively put a directory
Tool 208: SMB/CIFS client: recursively put a directory
Description:
This tool is a simple SMB/CIFS client recursively putting a directory.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Parameter --share indicates the share name.
Parameter --user indicates the optional username.
Parameter --password indicates the optional password.
Parameter --authversion defines the authentication protocol to use
(0=Lanman, 1=NTLMv1, 2=NTLMv2, unset=guess(try NTLMv2, then NTLMv1,
and finally Lanman)).
Parameter --netbiosname defines the NetBIOS name of server. It is
generally the same as its DNS name. Most of the time, it is not
needed.
Parameter --verbose displays activity (set it if a problem occurs).
Parameter --debug displays packets to screen.
Example, to connect on //server/myshare/, use:
--dst-ip myserver --share myshare --netbiosname myserver --user bob
--password hello
Synonyms:
smbclient
Usage:
netwox 208 -i ip -s smbshare [-u login] [-w password] [-N netbiosname] -f dir -F dir [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-v uint32] [-T uint32] [-V|+V] [-D|+D]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -s|--share smbshare share name
C$ -u|--user login username
-w|--password password password
-N|--netbiosname netbiosname server NetBIOS NAME
-f|--localdirname dir local dir name
/tmp -F|--remotedirname dir remote dir name
mydir -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
139 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-v|--authversion uint32 0=Lanman, 1=NTLMv1, 2=NTLMv2, unset=best
2 -T|--timeout uint32 timeout in milliseconds
60000 -V|--verbose|+V|--no-verbose display SMB trace
-D|--debug|+D|--no-debug display SMB packets
Examples:
netwox 208 -i "5.6.7.8" -s "C$" -f "/tmp" -F "mydir"Tool 152: Interactive IRC client
Tool 152: Interactive IRC client
Description:
This tool is a simple interactive IRC client.
Under Unix, press Control-R if a message is received during writing.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Usage:
netwox 152 -i ip -n login -u login [-w password] [-r data] [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -n|--nickname login nickname
-u|--username login username
-w|--password password password
-r|--realname data real name
-d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
6667 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
Examples:
netwox 152 -i "5.6.7.8" -n "" -u ""Tool 43: Spoof of packet samples : fragment, ip4opt:noop
Tool 43: Spoof of packet samples : fragment, ip4opt:noop
Description:
This tool sends hardcoded packet samples. Samples are (--sample
defines number): 1=udp_syslog, 2=tcp_syn, 3=tcpsynack, 4=tcpack,
5=ping.
Packets contain IP4 options and can be fragmented before been sent.
IP4 options only contains NoOperations options.
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to spoof.
Synonyms:
ip4 option, send
Usage:
netwox 43 [-s ip] [-d ip] [-S port] [-D port] [-n uint32] [-f uint32] [-x|+x] [-a spoofip]
Parameters:
parameter description example
-s|--ip4-src ip IP4 src
192.168.100.200 -d|--ip4-dst ip IP4 dst
5.6.7.8 -S|--tcp-src port TCP port src
80 -D|--tcp-dst port TCP port dst
80 -n|--sample uint32 number of sample (1 to n)
1 -f|--fragsize uint32 fragment size (0=nofrag)
0 -x|--display|+x|--no-display display
-a|--spoofip spoofip IP spoof initialization type
best
Example:
netwox 43Tool 93: TCP remote administration server
Tool 93: TCP remote administration server
Description:
This tool permits to remotely administer computer. Tools 94, 95 and 96
will run a command, get a file and store a file on this server.
Parameter --password defines password to use for connection.
Parameter --allowed-clients lists the IP addresses or hosts allowed
to connect.
Parameter --rootdir defines the root directory for put and get file
operations (cannot exit this root jail).
Setting --no-allow-exec, --no-allow-get or --no-allow-put restricts
allowed operations.
Parameter --src-port defines the local port number to listen on.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --iptype defines which kind of IP address to use
when --src-ip is unset (accepted values: ip4 and ip6).
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device and --src-eth are not yet implemented.
Usage:
netwox 93 -P port [-w password] [-d device] [-E eth] [-I ip] [-o ip4opts] [-O ip6exts] [-t iptype] [-c ips] [-r dir] [-T uint32] [-X|+X] [-G|+G] [-U|+U]
Parameters:
parameter description example
-P|--src-port port source port number
1234 -w|--password password password
netwox -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -I|--src-ip ip source IP address
192.168.100.200 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-t|--iptype iptype type to use when src-ip is unset
ip4 -c|--allowed-clients ips clients allowed to connect
all -r|--rootdir dir root directory
/tmp -T|--timeout uint32 timeout in seconds
60 -X|--allow-exec|+X|--no-allow-exec allow exec
This boolean is set. -G|--allow-get|+G|--no-allow-get allow get
This boolean is set. -U|--allow-put|+U|--no-allow-put allow put
This boolean is set.
Examples:
netwox 93 -P "1234"Tool 4: Display information about an Ethernet address
Tool 4: Display information about an Ethernet address
Description:
This tool obtains addresses related to an Ethernet address.
Parameter --title displays title in front of each result.
Parameter --ip displays IP address.
Parameter --host displays main hostname.
Parameter --hosts displays list of hostnames (one IP address can have
several hostnames).
If no option (ip, host, hosts) is set, they are all displayed.
Synonyms:
computer, hostname, mac, resolve, show
Usage:
netwox 4 -e eth [-t|+t] [-i|+i] [-h|+h] [-H|+H]
Parameters:
parameter description example
-e|--eth eth ethernet address
E0:69:95:6F:ED:9A -t|--title|+t|--no-title display titles
-i|--ip|+i|--no-ip obtain IP address
-h|--host|+h|--no-host obtain hostname
-H|--hosts|+H|--no-hosts obtain hostnames
Examples:
netwox 4 -e "E0:69:95:6F:ED:9A"Tool 115: FTP client : get a directory recursively
Tool 115: FTP client : get a directory recursively
Description:
This tool retrieves a directory, and all its sub-directories, from a
FTP server.
Parameters --user and --pass defines the username and password.
FTP protocol can use Active or Passive transfers. Parameter --passive
activates a passive transfer (by default, it's active).
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Synonyms:
download
Usage:
netwox 115 -i ip [-u login] [-a password] [-V|+V] -F dir -f dir [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-T uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -u|--user login username
anonymous -a|--pass password password
user@ -V|--passive|+V|--no-passive passive
-F|--remote-dir dir remote dir
mydir -f|--local-dir dir local dir
/tmp/mydir2 -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
21 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-T|--timeout uint32 timeout in milliseconds
60000
Examples:
netwox 115 -i "5.6.7.8" -F "mydir" -f "/tmp/mydir2"Tool 116: FTP client : put a directory recursively
Tool 116: FTP client : put a directory recursively
Description:
This tool stores a directory, and all its sub-directories, to a FTP
server.
Parameters --user and --pass defines the username and password.
FTP protocol can use Active or Passive transfers. Parameter --passive
activates a passive transfer (by default, it's active).
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Synonyms:
upload
Usage:
netwox 116 -i ip [-u login] [-a password] [-V|+V] -f dir -F dir [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-T uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -u|--user login username
anonymous -a|--pass password password
user@ -V|--passive|+V|--no-passive passive
-f|--local-dir dir local dir
/tmp -F|--remote-dir dir remote dir
mydir -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
21 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-T|--timeout uint32 timeout in milliseconds
60000
Examples:
netwox 116 -i "5.6.7.8" -f "/tmp" -F "mydir"Tool 173: Download overview of one, or more, newsgroup messages
Tool 173: Download overview of one, or more, newsgroup messages
Description:
This tool downloads the overview of messages in a newsgroup.
It uses a NNTP extension named XOVER.
The overview contains article number, subject, author, date,
message-id, references, byte count, and line count.
Parameter --newsgroup sets the newsgroup name.
Parameters --user and --pass defines the username and password.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Usage:
netwox 173 -i ip -g newsgroup -n uint32 [-N uint32] [-u login] [-a password] [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-T uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -g|--newsgroup newsgroup newsgroup name
comp.lang.c -n|--firstartnum uint32 first article number
1 -N|--lastartnum uint32 last article number
1 -u|--user login username
-a|--pass password password
-d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
119 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-T|--timeout uint32 timeout in ms
60000
Examples:
netwox 173 -i "5.6.7.8" -g "comp.lang.c" -n "1"Tool 87: TCP client
Tool 87: TCP client
Description:
This tool connects to a TCP server. It's like telnet command.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Parameter --encode defines how to display data (common values: data,
dump, mixed).
Parameter --decode defines how keyboard data is entered (common
values: data, mixed).
Synonyms:
nc, netcat
Usage:
netwox 87 -i ip -p port [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-o ip4opts] [-O ip6exts] [-k decode] [-n encode]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -p|--dst-port port destination port number
80 -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-k|--decode decode how keyboard data is entered
data -n|--encode encode how network data is displayed
data
Examples:
netwox 87 -i "5.6.7.8" -p "80"Tool 44: Spoof of packet samples : fragment, ip4opt:rr
Tool 44: Spoof of packet samples : fragment, ip4opt:rr
Description:
This tool sends hardcoded packet samples. Samples are (--sample
defines number): 1=udp_syslog, 2=tcp_syn, 3=tcpsynack, 4=tcpack,
5=ping.
Packets contain IP4 options and can be fragmented before been sent.
IP4 options contains a Record Route option.
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to spoof.
Synonyms:
ip4 option, send
Usage:
netwox 44 [-s ip] [-d ip] [-S port] [-D port] [-n uint32] [-f uint32] [-x|+x] [-a spoofip]
Parameters:
parameter description example
-s|--ip4-src ip IP4 src
192.168.100.200 -d|--ip4-dst ip IP4 dst
5.6.7.8 -S|--tcp-src port TCP port src
80 -D|--tcp-dst port TCP port dst
80 -n|--sample uint32 number of sample (1 to n)
1 -f|--fragsize uint32 fragment size (0=nofrag)
0 -x|--display|+x|--no-display display
-a|--spoofip spoofip IP spoof initialization type
best
Example:
netwox 44Tool 195: IDENT server
Tool 195: IDENT server
Description:
This tool is an IDENT server.
If --username is set, it always reply 'USERID : UNIX :user'.
If --username is unset, it always reply 'ERROR : HIDDEN-USER'.
Parameter --allowed-clients lists the IP addresses or hosts allowed
to connect.
Parameter --src-port defines the local port number to listen on.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --iptype defines which kind of IP address to use
when --src-ip is unset (accepted values: ip4 and ip6).
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device and --src-eth are not yet implemented.
This tool may need to be run with admin privilege in order to listen
on a small port number (port<1024).
Usage:
netwox 195 [-u login] [-d device] [-E eth] [-I ip] [-P port] [-o ip4opts] [-O ip6exts] [-t iptype] [-T uint32] [-c ips]
Parameters:
parameter description example
-u|--username login username to reply
-d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
113 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-t|--iptype iptype type to use when src-ip is unset
ip4 -T|--timeout uint32 timeout in ms
60000 -c|--allowed-clients ips clients allowed to connect
all
Example:
netwox 195Tool 27: Compute MD5 of a file
Tool 27: Compute MD5 of a file
Description:
This tool computes the MD5 checksum of a file.
A MD5 checksum is a hash ensuring a file has not been corrupted.
Synonyms:
hash, md5sum, verify
Usage:
netwox 27 -f file
Parameters:
parameter description example
-f|--src-file file source filename
srcfile.txt
Examples:
netwox 27 -f "srcfile.txt"Tool 102: Query a DNS server
Tool 102: Query a DNS server
Description:
This tool queries a DNS server. For example, it can retrieve IP
address associated to a hostname.
Parameter --dst-ip defines the DNS server address. This server has to
be authoritative for the query requested (or allow recursion, if
--recurdesired is set).
Parameter --name contains the name to query.
Parameter --type indicates the requested information type.
Example: 'netwox 102 server --name www.example.com --type a'
Example: 'netwox 102 server --name 1.2.3.4 --type ptr'
Example: 'netwox 102 server --name example.com --type mx'
Parameter --tcp uses TCP instead of UDP. This is generally not
allowed.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Synonyms:
dig, nslookup
Usage:
netwox 102 -i ip -n hostname -y data [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-c data] [-u|+u] [-C|+C] [-T uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -n|--name hostname name to query
www.example.com -y|--type data type (a, ptr, ns, etc.)
a -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
53 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-c|--class data class (in, ch, etc.)
in -u|--recurdesired|+u|--no-recurdesired recursion desired
-C|--tcp|+C|--no-tcp if use TCP instead of UDP
-T|--timeout uint32 timeout in milliseconds
60000
Examples:
netwox 102 -i "5.6.7.8" -n "www.example.com" -y "a"Tool 12: Display which values to use for netwox parameters
Tool 12: Display which values to use for netwox parameters
Description:
This tool displays values to use for some netwox parameters.
Some netwox parameters are not easy to guess. Netwag does not have
this problem, because it lists accepted values.
For example, running 'netwox 7 --help2' displays (extract)
-R|--paraname recordencode ...
This indicates parameter -R is of type 'recordencode'. Searching
for recordencode in output of tool 12 will list all possible values
(hexa, mixed, ...).
Synonyms:
help, show
Usage:
netwox 12Tool 103: Obtain version of a Bind DNS server
Tool 103: Obtain version of a Bind DNS server
Description:
This tool requests the version of a Bind DNS server. Bind is a common
Unix DNS server. It provides a method to request its versions.
Please note, some server administrator change this field to hide their
DNS server type.
Parameter --tcp uses TCP instead of UDP. This is generally not
allowed.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Usage:
netwox 103 -i ip [-C|+C] [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-T uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -C|--tcp|+C|--no-tcp if use TCP instead of UDP
-d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
53 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-T|--timeout uint32 timeout in milliseconds
60000
Examples:
netwox 103 -i "5.6.7.8"Tool 85: Sniff and send ICMP4 source quench
Tool 85: Sniff and send ICMP4 source quench
Description:
This tool sends an ICMP error message when a packet matching filter
is sniffed.
Parameter --device indicates on which device to sniff. Please note
that under some systems, such as Windows, sniffing on some devices is
not supported.
Parameter --filter defines the sniff filter. It permits to restrict
captured packets. This kind of filter is named a BPF or pcap filter.
Basic elements of a filter are:
host 1.2.3.4
net 192.168.10
net 192.168.10.0 mask 255.255.255.0
net 192.168.10.0/24
port 21
dst host 1.2.3.4
src port 2345
ether host a:b:c:d:e:f ('ether a:b:c:d:e:f' is not working)
ether src aa:bb:cc:dd:ee:ff
ip
arp
rarp
tcp
icmp
udp
Here are filter examples:
"host 1.2.3.4"
"net 192.168 and icmp"
"host 1.2.3.4 or dst port 80"
"(udp or tcp) and not host 1.2.3.4"
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Usage:
netwox 85 [-d device] [-f filter] [-i ip] [-s spoofip]
Parameters:
parameter description example
-d|--device device device name
Eth0 -f|--filter filter pcap filter
-i|--src-ip ip source IP address
192.168.100.200 -s|--spoofip spoofip IP spoof initialization type
linkbraw
Example:
netwox 85Tool 222: In a HMTL file, suppress links pointing to local urls
Tool 222: In a HMTL file, suppress links pointing to local urls
Description:
This tool suppresses links to local urls/uris located in a HTML file.
For example, a HTML file may contain http://s/, mailto:a@a, dir/file.
In this case, only the first one (http://s/) is kept. Other tags are
suppressed.
Usage:
netwox 222 -i file -o file
Parameters:
parameter description example
-i|--src-file file input HTML file
t.htm -o|--dst-file file created HTML file
out.htm
Examples:
netwox 222 -i "t.htm" -o "out.htm"Tool 77: Check if seqnum are predictible
Tool 77: Check if seqnum are predictible
Description:
This tool sends a lot of TCP SYN packets, and displays seqnum (ISN) in
TCP SYN-ACK replies. This seqnum should be random, otherwise a blind
spoofing attack is possible.
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Synonyms:
isn
Usage:
netwox 77 -i ip -p port [-s spoofip] [-w uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -p|--dst-port port destination port number
80 -s|--spoofip spoofip IP spoof initialization type
linkbraw -w|--max-wait uint32 maximum waiting time for answer (in msec)
1000
Examples:
netwox 77 -i "5.6.7.8" -p "80"Tool 139: Web spider on command line (fully recursive)
Tool 139: Web spider on command line (fully recursive)
Description:
This tool spiders a HTTP or FTP url. 'Spidering' an url means to
download the url, read the new urls it contains, download them, and so
on recursively.
It stops when all url have been downloaded. So it is not suitable for
web sites with outgoing web branches (use tool 210 or 138 instead).
Synonyms:
curl, wget
Usage:
netwox 139 -u uri [-r dir] [-v|+v]
Parameters:
parameter description example
-u|--url uri url to download
http://www.example.com/ -r|--rootdir dir local root directory
./spider -v|--verbose|+v|--no-verbose be verbose
Examples:
netwox 139 -u "http://www.example.com/"Tool 126: HTTP remote administration server
Tool 126: HTTP remote administration server
Description:
This tool is a web server permitting clients to run a command.
Parameter --allowed-clients lists the IP addresses or hosts allowed
to connect.
Parameter --src-port defines the local port number to listen on.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --iptype defines which kind of IP address to use
when --src-ip is unset (accepted values: ip4 and ip6).
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device and --src-eth are not yet implemented.
This tool may need to be run with admin privilege in order to listen
on a small port number (port<1024).
Synonyms:
exec, run, web
Usage:
netwox 126 [-l login] [-L password] [-d device] [-E eth] [-I ip] [-P port] [-o ip4opts] [-O ip6exts] [-t iptype] [-T uint32] [-c ips]
Parameters:
parameter description example
-l|--login login login needed to access
-L|--password password password needed to access
-d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
80 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-t|--iptype iptype type to use when src-ip is unset
ip4 -T|--timeout uint32 timeout in ms
60000 -c|--allowed-clients ips clients allowed to connect
all
Example:
netwox 126Tool 177: Check if a SMTP server is up
Tool 177: Check if a SMTP server is up
Description:
This tool connects on a SMTP server, then, send a QUIT.
It ensures the server is working properly.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Usage:
netwox 177 -i ip [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-T uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
25 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-T|--timeout uint32 timeout in milliseconds
60000
Examples:
netwox 177 -i "5.6.7.8"Tool 160: SNMP Walk
Tool 160: SNMP Walk
Description:
This tool requests a WALK on a SNMP server. It permits to retrieve the
value of one item, and of successive ones.
Parameter --oid is the oid to query. An oid is for example
'.1.3.6.1.2.1.1.4.0'.
Parameter --version defines SNMP version to use (from 1 to 3).
Versions 1 and 2 need --community parameter to set community name.
Version 3 requires --username and --password. Parameter --authmd5
indicates if md5 authentication is used. Parameters
--authoritativeengineid, --authoritativeengineboots,
--authoritativeenginetime, --contextengineid and --contextname are
optional version 3 parameters.
Parameter --display shows packets.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Synonyms:
snmpwalk
Usage:
netwox 160 -i ip [-c password] -q oid [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-v uint32] [-m|+m] [-u login] [-w password] [-A mixed_data] [-B uint32] [-M uint32] [-C mixed_data] [-N data] [-T uint32] [-y|+y]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -c|--community password SNMPv1/v2 community
public -q|--oid oid OID to query
.0.1 -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
161 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-v|--version uint32 SNMP version (1, 2 or 3)
1 -m|--md5auth|+m|--no-md5auth SNMPv3 auth using MD5
This boolean is set. -u|--username login SNMPv3 username
-w|--password password SNMPv3 password
-A|--authoritativeengineid mixed_data SNMPv3 authoritativeengineid
-B|--authoritativeengineboots uint32 SNMPv3 authoritativeengineboots
0 -M|--authoritativeenginetime uint32 SNMPv3 authoritativeenginetime
0 -C|--contextengineid mixed_data SNMPv3 contextengineid
-N|--contextname data SNMPv3 contextname
-T|--timeout uint32 timeout in ms
10000 -y|--display|+y|--no-display display packets
Examples:
netwox 160 -i "5.6.7.8" -q ".0.1"Tool 7: Sniff
Tool 7: Sniff
Description:
This tool captures network packets. It can display them, or save them
in a file (named 'record' in netwox).
Parameter --device indicates on which device to sniff. Please note
that under some systems, such as Windows, sniffing on some devices is
not supported.
Parameter --filter defines the sniff filter. It permits to restrict
captured packets. This kind of filter is named a BPF or pcap filter.
Basic elements of a filter are:
host 1.2.3.4
net 192.168.10
net 192.168.10.0 mask 255.255.255.0
net 192.168.10.0/24
port 21
dst host 1.2.3.4
src port 2345
ether host a:b:c:d:e:f ('ether a:b:c:d:e:f' is not working)
ether src aa:bb:cc:dd:ee:ff
ip
arp
rarp
tcp
icmp
udp
Here are filter examples:
"host 1.2.3.4"
"net 192.168 and icmp"
"host 1.2.3.4 or dst port 80"
"(udp or tcp) and not host 1.2.3.4"
Parameter --pause permits to press P (pause) or Q (quit) keys
to pause or stop capture.
Parameter --hdrencode and --dataencode defines how to display header
and data/payload. Common useful values are: array, dump, synth,
nothing, text. Full list is available through netwag or running tool
12.
Parameter --rawip indicates to ignore Ethernet/link layer, and start
displaying at IP header.
Parameter --extended indicates to try to decode other protocols such
as DNS or DHCP.
Parameter --ipreas tries to reassemble IP packets. This might miss
packets.
Parameter --tcpreord tries to reorder TCP flow (seqnum increments).
This might miss packets.
A record is a capture file. It contains several packets captured
during a sniff. It can also be created by hand. There are 7 formats
for records: pcap (tcpdump compatible), bin (binary, unreadable by
humans but fast) and mixed/mixed_wrap/dump/hexa/hexa_wrap (easy to
read and edit). A record also has an associated DLT (Data Link Type),
indicating at which level a packet start: raw (start at IP header) and
ether (start at Ethernet header) are the 2 most common DLT. Tool 13
displays DLT of each device.
Parameter --outfile indicates the name of file where to store captured
packets. Parameter --recordencode defines how to encode data in this
file (suggested values: bin, pcap and mixed_wrap). Capture can
automatically swap file using parameters --split-size or --split-age.
The DLT (Data Link Type) of packets in this record will be 'raw' if
--rawip is set, otherwise the sniff DLT obtained by tool 13.
This tool may need to be run with admin privilege in order to sniff.
Synonyms:
capture, ethereal, frame, pcap, snoop, tcpdump
Usage:
netwox 7 [-d device] [-f filter] [-p|+p] [-H encode] [-D encode] [-r|+r] [-x|+x] [-i|+i] [-t|+t] [-s|+s] [-o file] [-R recordencode] [-c uint32] [-C uint32] [-Q|+Q]
Parameters:
parameter description example
-d|--device device device name
Eth0 -f|--filter filter pcap filter
-p|--pause|+p|--no-pause can pause
-H|--hdrencode encode header encoding type for screen
array -D|--dataencode encode data encoding type for screen
dump -r|--rawip|+r|--no-rawip sniff at IP level
-x|--extended|+x|--no-extended display other protocols
This boolean is set. -i|--ipreas|+i|--no-ipreas reassemble IP packets
-t|--tcpreord|+t|--no-tcpreord reorder TCP packets
-s|--screen|+s|--no-screen display to screen
This boolean is set. -o|--outfile file save in record file
dstfile.txt -R|--recordencode recordencode encoding type for record file
bin -c|--split-size uint32 maximum size of record in kb
0 -C|--split-age uint32 maximum age of record in seconds
0 -Q|--losepriv|+Q|--no-losepriv lose privileges to nobody user under Linux
Example:
netwox 7Tool 14: Spoof a record
Tool 14: Spoof a record
Description:
A record is a capture file. It contains several packets captured
during a sniff. It can also be created by hand. There are 7 formats
for records: pcap (tcpdump compatible), bin (binary, unreadable by
humans but fast) and mixed/mixed_wrap/dump/hexa/hexa_wrap (easy to
read and edit). A record also has an associated DLT (Data Link Type),
indicating at which level a packet start: raw (start at IP header) and
ether (start at Ethernet header) are the 2 most common DLT. Tool 13
displays DLT of each device.
This tool reads packets stored in a record, and send them to the
network.
Parameter --file indicates the record filename.
Parameter --dlt defines the DLT of packets in record (it depends on
how it was sniffed, generally 'ether' (for Ethernet) or 'raw' (if
packet starts at IP header)). Full list is available through netwag or
running tool 12.
If dlt is not raw, parameter --device indicates the device to use.
If dlt is raw, parameter --spoofip indicates how to send packets.
This tool may need to be run with admin privilege in order to spoof.
Synonyms:
capture, frame, send
Usage:
netwox 14 -f file [-t dlt] [-s|+s] [-k|+k] [-d device] [-i spoofip]
Parameters:
parameter description example
-f|--file file read from record file
srcfile.txt -t|--dlt dlt dlt type of data stored in record
ether -s|--screen|+s|--no-screen display packets before sending them
-k|--keypress|+k|--no-keypress press a key for each packet
-d|--device device device for spoof (if dlt!=raw)
Eth0 -i|--spoofip spoofip ip spoof type (if dlt==raw)
best
Examples:
netwox 14 -f "srcfile.txt"Tool 22: Convert a string
Tool 22: Convert a string
Description:
This tool converts a text, from/to text, hexadecimal, mixed, base64
and md4/md5 (md4/md5 sum can only be computed).
For example:
netwox 22 --hexa 4142
netwox 22 --hexa 4142 --disp-mixed
Synonyms:
base64, hexadecimal, text, mixed, md5sum
Usage:
netwox 22 -d data [-s|+s] [-h|+h] [-m|+m] [-b|+b] [-t|+t] [-S|+S] [-H|+H] [-M|+M] [-B|+B] [-2|+2] [-4|+4] [-5|+5] [-C|+C] [-D|+D] [-E|+E] [-F|+F] [-G|+G] [-J|+J] [-K|+K]
Parameters:
parameter description example
-d|--data data data to convert
hello -s|--string|+s|--no-string data is string
This boolean is set. -h|--hexa|+h|--no-hexa data is hexa
-m|--mixed|+m|--no-mixed data is mixed
-b|--base64|+b|--no-base64 data is base64
-t|--title|+t|--no-title display titles
-S|--disp-string|+S|--no-disp-string display string
-H|--disp-hexa|+H|--no-disp-hexa display hexa
-M|--disp-mixed|+M|--no-disp-mixed display mixed
-B|--disp-base64|+B|--no-disp-base64 display base64
-2|--disp-md2|+2|--no-disp-md2 display md2
-4|--disp-md4|+4|--no-disp-md4 display md4
-5|--disp-md5|+5|--no-disp-md5 display md5
-C|--disp-ripemd128|+C|--no-disp-ripemd128 display ripemd128
-D|--disp-ripemd160|+D|--no-disp-ripemd160 display ripemd160
-E|--disp-sha1|+E|--no-disp-sha1 display sha1
-F|--disp-sha224|+F|--no-disp-sha224 display sha224
-G|--disp-sha256|+G|--no-disp-sha256 display sha256
-J|--disp-sha384|+J|--no-disp-sha384 display sha384
-K|--disp-sha512|+K|--no-disp-sha512 display sha512
Examples:
netwox 22 -d "hello"Tool 99: TELNET client
Tool 99: TELNET client
Description:
This tool is a very simple implementation of a telnet client.
In vi editor, keys jklm can be used instead of arrows.
To have a better environment, run 'export TERM=vt100'.
Parameter --line-by-line defines if client works line by line
(obsolete, but it will work with all servers).
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Usage:
netwox 99 -i ip [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-L|+L]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
23 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-L|--line-by-line|+L|--no-line-by-line line by line mode
Examples:
netwox 99 -i "5.6.7.8"Tool 41: Spoof Ip4Icmp4 packet
Tool 41: Spoof Ip4Icmp4 packet
Description:
This tool sends a fake packet on the network.
Each parameter name should be self explaining.
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to spoof.
Synonyms:
hping, send
Usage:
netwox 41 [-c uint32] [-e uint32] [-f|+f] [-g|+g] [-h|+h] [-i uint32] [-j uint32] [-k uint32] [-l ip] [-m ip] [-n ip4opts] [-o uint32] [-p uint32] [-a spoofip] [-r uint32] [-s uint32] [-t uint32] [-u uint32]
Parameters:
parameter description example
-c|--ip4-tos uint32 IP4 tos
0 -e|--ip4-id uint32 IP4 id (rand if unset)
0 -f|--ip4-reserved|+f|--no-ip4-reserved IP4 reserved
-g|--ip4-dontfrag|+g|--no-ip4-dontfrag IP4 dontfrag
-h|--ip4-morefrag|+h|--no-ip4-morefrag IP4 morefrag
-i|--ip4-offsetfrag uint32 IP4 offsetfrag
0 -j|--ip4-ttl uint32 IP4 ttl
0 -k|--ip4-protocol uint32 IP4 protocol
0 -l|--ip4-src ip IP4 src
192.168.100.200 -m|--ip4-dst ip IP4 dst
5.6.7.8 -n|--ip4-opt ip4opts IPv4 options
-o|--icmp-type uint32 ICMP type
0 -p|--icmp-code uint32 ICMP code
0 -a|--spoofip spoofip IP spoof initialization type
best -r|--ip4-ihl uint32 IP4 ihl
5 -s|--ip4-totlen uint32 IP4 totlen
0 -t|--ip4-checksum uint32 IP4 checksum
0 -u|--icmp-checksum uint32 ICMP checksum
0
Example:
netwox 41Tool 205: SMB/CIFS client: get a file
Tool 205: SMB/CIFS client: get a file
Description:
This tool is a simple SMB/CIFS client getting a file.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Parameter --share indicates the share name.
Parameter --user indicates the optional username.
Parameter --password indicates the optional password.
Parameter --authversion defines the authentication protocol to use
(0=Lanman, 1=NTLMv1, 2=NTLMv2, unset=guess(try NTLMv2, then NTLMv1,
and finally Lanman)).
Parameter --netbiosname defines the NetBIOS name of server. It is
generally the same as its DNS name. Most of the time, it is not
needed.
Parameter --verbose displays activity (set it if a problem occurs).
Parameter --debug displays packets to screen.
Example, to connect on //server/myshare/, use:
--dst-ip myserver --share myshare --netbiosname myserver --user bob
--password hello
Synonyms:
smbclient
Usage:
netwox 205 -i ip -s smbshare [-u login] [-w password] [-N netbiosname] -F file -f file [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-v uint32] [-T uint32] [-V|+V] [-D|+D]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -s|--share smbshare share name
C$ -u|--user login username
-w|--password password password
-N|--netbiosname netbiosname server NetBIOS NAME
-F|--remotefilename file remote file name
file.txt -f|--localfilename file local file name
dstfile.txt -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
139 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-v|--authversion uint32 0=Lanman, 1=NTLMv1, 2=NTLMv2, unset=best
2 -T|--timeout uint32 timeout in milliseconds
60000 -V|--verbose|+V|--no-verbose display SMB trace
-D|--debug|+D|--no-debug display SMB packets
Examples:
netwox 205 -i "5.6.7.8" -s "C$" -F "file.txt" -f "dstfile.txt"Tool 71: Scan ARP
Tool 71: Scan ARP
Description:
This tool checks if several hosts are up.
This tool sends an ARP request. If host is up, it will send back an
ARP Reply.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Synonyms:
nmap
Usage:
netwox 71 -i ips [-m uint32] [-M uint32] [-u|+u] [-n uint32]
Parameters:
parameter description example
-i|--ips ips list/range of IP addresses
1.2.3.4,5.6.7.8 -m|--min-ms uint32 min millisecond delay between packets
0 -M|--max-ms uint32 max millisecond wait for answers
5000 -u|--disp-useful|+u|--no-disp-useful only display useful info
-n|--numtargets uint32 number of simultaneous targets
20
Examples:
netwox 71 -i "1.2.3.4,5.6.7.8"Tool 1: Display network configuration
Tool 1: Display network configuration
Description:
This tool displays network configuration:
- the list of devices/interfaces:
+ nu: device number
+ dev: easy device name
+ eth_hw: Ethernet address or hardware type (if not Ethernet)
+ mtu: MTU (maximum size of packets)
+ real_dev: real device name
- the list of IP addresses:
+ nu: device number of device associated to this address
+ ip: IP address
+ netmask: network mask
+ ppp: if true(1), this address is a Point To Point
+ ppp_with: if ppp, this is the address of remote endpoint
- the IP4 ARP cache or IP6 neighbor (this contains Ethernet
addresses for other computers)
+ nu: device number of device associated to this entry
+ eth: Ethernet address of computer
+ ip: IP address of computer
- the routes
+ nu: device number of device associated to this entry
+ destination/netmask: destination addresses
+ source: source IP address, or local for a local route
+ gateway: gateway (first router) to use
+ metric: metric of route
Parameter --device ask to display devices list.
Parameter --ip ask to display ip list.
Parameter --arpcache ask to display ARP cache and neighbors.
Parameter --routes ask to display routes list.
If no Parameter is set, they are all displayed.
This tool may need to be run with admin privilege in order to obtain
full network configuration.
Synonyms:
address, arp, device, gateway, ifconfig, interface, ipconfig, mac, neighbor, netmask, route, show
Usage:
netwox 1 [-d|+d] [-i|+i] [-a|+a] [-r|+r]
Parameters:
parameter description example
-d|--devices|+d|--no-devices display devices
-i|--ip|+i|--no-ip display ip addresses
-a|--arpcache|+a|--no-arpcache display arp cache and neighbors
-r|--routes|+r|--no-routes display routes
Example:
netwox 1Tool 206: SMB/CIFS client: put a file
Tool 206: SMB/CIFS client: put a file
Description:
This tool is a simple SMB/CIFS client putting a file.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Parameter --share indicates the share name.
Parameter --user indicates the optional username.
Parameter --password indicates the optional password.
Parameter --authversion defines the authentication protocol to use
(0=Lanman, 1=NTLMv1, 2=NTLMv2, unset=guess(try NTLMv2, then NTLMv1,
and finally Lanman)).
Parameter --netbiosname defines the NetBIOS name of server. It is
generally the same as its DNS name. Most of the time, it is not
needed.
Parameter --verbose displays activity (set it if a problem occurs).
Parameter --debug displays packets to screen.
Example, to connect on //server/myshare/, use:
--dst-ip myserver --share myshare --netbiosname myserver --user bob
--password hello
Synonyms:
smbclient
Usage:
netwox 206 -i ip -s smbshare [-u login] [-w password] [-N netbiosname] -f file -F file [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-v uint32] [-T uint32] [-V|+V] [-D|+D]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -s|--share smbshare share name
C$ -u|--user login username
-w|--password password password
-N|--netbiosname netbiosname server NetBIOS NAME
-f|--localfilename file local file name
srcfile.txt -F|--remotefilename file remote file name
file.txt -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
139 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-v|--authversion uint32 0=Lanman, 1=NTLMv1, 2=NTLMv2, unset=best
2 -T|--timeout uint32 timeout in milliseconds
60000 -V|--verbose|+V|--no-verbose display SMB trace
-D|--debug|+D|--no-debug display SMB packets
Examples:
netwox 206 -i "5.6.7.8" -s "C$" -f "srcfile.txt" -F "file.txt"Tool 156: Network performance measurement : TCP client
Tool 156: Network performance measurement : TCP client
Description:
This tool connects on tool 155. It permits to measure throughput and
jitter for TCP. So, tool 155 is ran on one computer, and tool 156 on
another.
Parameter --chunksize changes the size of data used for each step.
Parameter --duration defines the duration of test in milliseconds.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Synonyms:
iperf
Usage:
netwox 156 -i ip -p port [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-o ip4opts] [-O ip6exts] [-s uint32] [-u uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -p|--dst-port port destination port number
80 -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-s|--chunksize uint32 chunk size
500 -u|--duration uint32 test duration in ms
5000
Examples:
netwox 156 -i "5.6.7.8" -p "80"Tool 82: Sniff and send ICMP4/ICMP6 destination unreachable
Tool 82: Sniff and send ICMP4/ICMP6 destination unreachable
Description:
This tool sends an ICMP error message when a packet matching filter
is sniffed.
Parameter --device indicates on which device to sniff. Please note
that under some systems, such as Windows, sniffing on some devices is
not supported.
Parameter --filter defines the sniff filter. It permits to restrict
captured packets. This kind of filter is named a BPF or pcap filter.
Basic elements of a filter are:
host 1.2.3.4
net 192.168.10
net 192.168.10.0 mask 255.255.255.0
net 192.168.10.0/24
port 21
dst host 1.2.3.4
src port 2345
ether host a:b:c:d:e:f ('ether a:b:c:d:e:f' is not working)
ether src aa:bb:cc:dd:ee:ff
ip
arp
rarp
tcp
icmp
udp
Here are filter examples:
"host 1.2.3.4"
"net 192.168 and icmp"
"host 1.2.3.4 or dst port 80"
"(udp or tcp) and not host 1.2.3.4"
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Usage:
netwox 82 [-d device] [-f filter] [-c uint32] [-i ip] [-s spoofip]
Parameters:
parameter description example
-d|--device device device name
Eth0 -f|--filter filter pcap filter
-c|--code uint32 ICMP code
0 -i|--src-ip ip source IP address
192.168.100.200 -s|--spoofip spoofip IP spoof initialization type
linkbraw
Example:
netwox 82Tool 42: Spoof of packet samples : fragment
Tool 42: Spoof of packet samples : fragment
Description:
This tool sends hardcoded packet samples. Samples are (--sample
defines number): 1=udp_syslog, 2=tcp_syn, 3=tcpsynack, 4=tcpack,
5=ping.
Packets can be fragmented before been sent.
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to spoof.
Synonyms:
ip4, send
Usage:
netwox 42 [-s ip] [-d ip] [-S port] [-D port] [-n uint32] [-f uint32] [-x|+x] [-a spoofip]
Parameters:
parameter description example
-s|--ip4-src ip IP4 src
192.168.100.200 -d|--ip4-dst ip IP4 dst
5.6.7.8 -S|--tcp-src port TCP port src
80 -D|--tcp-dst port TCP port dst
80 -n|--sample uint32 number of sample (1 to n)
1 -f|--fragsize uint32 fragment size (0=nofrag)
0 -x|--display|+x|--no-display display
-a|--spoofip spoofip IP spoof initialization type
best
Example:
netwox 42Tool 18: Reassemble IP packets of a record, and reorder TCP flow
Tool 18: Reassemble IP packets of a record, and reorder TCP flow
Description:
A record is a capture file. It contains several packets captured
during a sniff. It can also be created by hand. There are 7 formats
for records: pcap (tcpdump compatible), bin (binary, unreadable by
humans but fast) and mixed/mixed_wrap/dump/hexa/hexa_wrap (easy to
read and edit). A record also has an associated DLT (Data Link Type),
indicating at which level a packet start: raw (start at IP header) and
ether (start at Ethernet header) are the 2 most common DLT. Tool 13
displays DLT of each device.
This tool reads packet from one record, tries to reassemble IP packets
and reorder TCP sequences. Please note, packets may be lost.
Parameter --src-file indicates the input record filename.
Parameter --input-dlt defines the DLT of packets in input record (it
depends on how it was sniffed, generally 'ether' (for Ethernet) or
'raw' (if packet starts at IP header)). Full list is available through
netwag or running tool 12.
Parameter --dst-file indicates the output record filename.
Parameter --recordencode defines how to encode data in this record
(suggested values: bin, pcap and mixed_wrap).
Parameter --tcpreord tries to reorder TCP flow (seqnum increments).
This might miss packets.
Synonyms:
capture
Usage:
netwox 18 -f file [-t dlt] -F file [-r recordencode] [-o|+o]
Parameters:
parameter description example
-f|--src-file file input record file
srcfile.txt -t|--input-dlt dlt dlt type of input record
ether -F|--dst-file file output record file
dstfile.txt -r|--recordencode recordencode encoding type for output record
bin -o|--tcpreord|+o|--no-tcpreord also reorder TCP packets
Examples:
netwox 18 -f "srcfile.txt" -F "dstfile.txt"Tool 55: Ping ARP
Tool 55: Ping ARP
Description:
This tool checks if a host is up. It's done sending a probe packet and
expecting a reply.
This tool sends an ARP request. If host is up, it will send back an
ARP Reply.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Usage:
netwox 55 -i ip [-c uint32] [-m uint32] [-b|+b] [-1|+1]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -c|--max-count uint32 max requests
4294967295 -m|--max-ms uint32 max millisecond wait
1000 -b|--beep|+b|--no-beep beep if reached
-1|--display01|+1|--no-display01 display only 0 or 1
Examples:
netwox 55 -i "5.6.7.8"Tool 210: Web spider on command line (stay in same directory)
Tool 210: Web spider on command line (stay in same directory)
Description:
This tool spiders a HTTP or FTP url. 'Spidering' an url means to
download the url, read the new urls it contains, download them, and so
on recursively.
It stops when all url of requested directory have been downloaded.
For example, 'http://s/dir/page.html', will retrieve all files in
'http://s/dir/'.
Synonyms:
curl, wget
Usage:
netwox 210 -u uri [-r dir] [-v|+v]
Parameters:
parameter description example
-u|--url uri url to download
http://www.example.com/ -r|--rootdir dir local root directory
./spider -v|--verbose|+v|--no-verbose be verbose
Examples:
netwox 210 -u "http://www.example.com/"Tool 75: Fill table of a switch using a flood of Ethernet packets
Tool 75: Fill table of a switch using a flood of Ethernet packets
Description:
This tool sends a lot of fake Ethernet packets. On some old switches,
their table becomes full, and the switch starts behaving like a hub.
It permits to sniff on those switched LAN.
This tool may need to be run with admin privilege in order to spoof.
Synonyms:
frame, hub, mac
Usage:
netwox 75 [-d device]
Parameters:
parameter description example
-d|--device device device name
Eth0
Example:
netwox 75Tool 164: SNMP Set
Tool 164: SNMP Set
Description:
This tool sets the value of a MIB oid.
Parameter --oid defines the oid name.
Parameter --type defines its type: i,s,m,n,o,a,c,g,t,M,u,U
Parameter --value defines its value.
Parameter --version defines SNMP version to use (from 1 to 3).
Versions 1 and 2 need --community parameter to set community name.
Version 3 requires --username and --password. Parameter --authmd5
indicates if md5 authentication is used. Parameters
--authoritativeengineid, --authoritativeengineboots,
--authoritativeenginetime, --contextengineid and --contextname are
optional version 3 parameters.
Parameter --display shows packets.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Synonyms:
snmpset
Usage:
netwox 164 -i ip [-c password] -n oid -t oidtype -V data [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-v uint32] [-m|+m] [-u login] [-w password] [-A mixed_data] [-B uint32] [-M uint32] [-C mixed_data] [-N data] [-T uint32] [-y|+y]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -c|--community password SNMPv1/v2 community
public -n|--name oid oid name
.1.3.6.1.2.1.1.4.0 -t|--type oidtype oid type (i,s,m,n,o,a,c,g,t,M,u,U)
s -V|--value data oid value
-d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
161 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-v|--version uint32 SNMP version (1, 2 or 3)
1 -m|--md5auth|+m|--no-md5auth SNMPv3 auth using MD5
This boolean is set. -u|--username login SNMPv3 username
-w|--password password SNMPv3 password
-A|--authoritativeengineid mixed_data SNMPv3 authoritativeengineid
-B|--authoritativeengineboots uint32 SNMPv3 authoritativeengineboots
0 -M|--authoritativeenginetime uint32 SNMPv3 authoritativeenginetime
0 -C|--contextengineid mixed_data SNMPv3 contextengineid
-N|--contextname data SNMPv3 contextname
-T|--timeout uint32 timeout in ms
10000 -y|--display|+y|--no-display display packets
Examples:
netwox 164 -i "5.6.7.8" -n ".1.3.6.1.2.1.1.4.0" -t "s" -V ""Tool 56: Ping ARP (EthIp spoof)
Tool 56: Ping ARP (EthIp spoof)
Description:
This tool checks if a host is up. It's done sending a probe packet and
expecting a reply.
This tool sends an ARP request. If host is up, it will send back an
ARP Reply.
This tool also permits to use fake Ethernet and IP addresses.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Usage:
netwox 56 -i ip [-d device] [-E eth] [-e eth] [-I ip] [-c uint32] [-m uint32] [-b|+b] [-1|+1]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -d|--device device spoof device
Eth0 -E|--src-eth eth source ethernet address
0:a:a:a:a:a -e|--dst-eth eth destination ethernet address
0:b:b:b:b:b -I|--src-ip ip source IP address
1.2.3.4 -c|--max-count uint32 max requests
4294967295 -m|--max-ms uint32 max millisecond wait
1000 -b|--beep|+b|--no-beep beep if reached
-1|--display01|+1|--no-display01 display only 0 or 1
Examples:
netwox 56 -i "5.6.7.8"Tool 58: Traceroute ICMP (EthIP spoof)
Tool 58: Traceroute ICMP (EthIP spoof)
Description:
This tool lists routers on the path to a computer.
How traceroute works: IP header contains a field named TTL indicating
the number of hops a packet can cross. Each router decreases TTL. When
it reaches 0, the router sends an ICMP Time Exceeded error back to the
IP source address. Traceroute works by slowly increasing TTL. So, we
obtain the list of successive routers because each one sends an ICMP
Time Exceeded.
This tool sends an ICMP Echo Request to a computer. If host is up and
permitting ping, it will send back an ICMP Echo Reply.
This tool also permits to use fake Ethernet and IP addresses.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Usage:
netwox 58 -i ip [-d device] [-E eth] [-e eth] [-I ip] [-T uint32] [-t uint32] [-m uint32] [-r|+r]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -d|--device device spoof device
Eth0 -E|--src-eth eth source ethernet address
0:a:a:a:a:a -e|--dst-eth eth destination ethernet address
0:b:b:b:b:b -I|--src-ip ip source IP address
1.2.3.4 -T|--min-ttl uint32 min ttl
1 -t|--max-ttl uint32 max ttl
30 -m|--max-ms uint32 max millisecond wait
1000 -r|--resolve|+r|--no-resolve resolve hostname
Examples:
netwox 58 -i "5.6.7.8"Tool 118: HTTP GET
Tool 118: HTTP GET
Description:
This tool sends a HTTP request using method GET. HTTP protocol defines
GET method to retrieve a document.
Parameter --uri is the uri/url requested.
Parameters --proxy-ip, --proxy-port, --proxy-login and
--proxy-password defines the web proxy and credentials.
Parameter --user-agent defines the client name to send. For example
'Mozilla/5.0'.
Parameter --display-status indicates to display status code of reply
to screen.
Parameter --display-headers indicates to display reply headers.
Parameter --file-headers indicates the filename where to store
headers.
Parameter --display-body indicates to display reply body.
Parameter --file-body indicates the filename where to store body.
Synonyms:
download, web
Usage:
netwox 118 -u uri [-s|+s] [-h|+h] [-b|+b] [-p ip] [-P port] [-l login] [-L password] [-U useragent] [-H file] [-B file] [-T uint32]
Parameters:
parameter description example
-u|--uri uri url/uri to download
http://www.example.com/ -s|--display-status|+s|--no-display-status display statuscode to screen
-h|--display-headers|+h|--no-display-headers display headers to screen
-b|--display-body|+b|--no-display-body display body to screen
-p|--proxy-ip ip IP address of proxy
5.6.7.8 -P|--proxy-port port port of proxy
3128 -l|--proxy-login login login of proxy
-L|--proxy-password password password of proxy
-U|--user-agent useragent user agent
Mozilla/5.0 -H|--file-headers file file receiving headers
filehdr.txt -B|--file-body file file receiving body
filebody.txt -T|--timeout uint32 timeout in ms
60000
Examples:
netwox 118 -u "http://www.example.com/"Tool 124: HTTP OPTIONS
Tool 124: HTTP OPTIONS
Description:
This tool sends a HTTP request using method OPTIONS. HTTP protocol
defines OPTIONS method to obtain information about the method
supported by the web server.
Parameter --uri is the uri/url requested.
Parameters --proxy-ip, --proxy-port, --proxy-login and
--proxy-password defines the web proxy and credentials.
Parameter --user-agent defines the client name to send. For example
'Mozilla/5.0'.
Parameter --display-status indicates to display status code of reply
to screen.
Parameter --display-headers indicates to display reply headers.
Parameter --file-headers indicates the filename where to store
headers.
Synonyms:
web
Usage:
netwox 124 -u uri [-s|+s] [-h|+h] [-p ip] [-P port] [-l login] [-L password] [-U useragent] [-H file] [-T uint32]
Parameters:
parameter description example
-u|--uri uri url/uri to download
http://www.example.com/ -s|--display-status|+s|--no-display-status display statuscode to screen
-h|--display-headers|+h|--no-display-headers display headers to screen
-p|--proxy-ip ip IP address of proxy
5.6.7.8 -P|--proxy-port port port of proxy
3128 -l|--proxy-login login login of proxy
-L|--proxy-password password password of proxy
-U|--user-agent useragent user agent
Mozilla/5.0 -H|--file-headers file file receiving headers
filehdr.txt -T|--timeout uint32 timeout in ms
60000
Examples:
netwox 124 -u "http://www.example.com/"Tool 68: Scan TCP (EthIp spoof)
Tool 68: Scan TCP (EthIp spoof)
Description:
This tool checks if several TCP ports are open on host.
This tool sends a TCP SYN to a computer. If host permits TCP, it will
send back a TCP SYN-ACK (if port is open), or a TCP RST (if port is
closed).
This tool also permits to use fake Ethernet and IP addresses.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Synonyms:
nmap
Usage:
netwox 68 -i ips -p ports [-d device] [-E eth] [-I ip] [-m uint32] [-M uint32] [-u|+u] [-n uint32]
Parameters:
parameter description example
-i|--ips ips list/range of IP addresses
1.2.3.4,5.6.7.8 -p|--ports ports list/range of port number
all -d|--device device spoof device
Eth0 -E|--src-eth eth source ethernet address
0:a:a:a:a:a -I|--src-ip ip source IP address
1.2.3.4 -m|--min-ms uint32 min millisecond delay between packets
0 -M|--max-ms uint32 max millisecond wait for answers
5000 -u|--disp-useful|+u|--no-disp-useful only display useful info
-n|--numtargets uint32 number of simultaneous targets
20
Examples:
netwox 68 -i "1.2.3.4,5.6.7.8" -p "all"Tool 129: Reassemble chunks of a file
Tool 129: Reassemble chunks of a file
Description:
This tool reassembles split file. See also tool 128.
For example, if tool 128 created file.0, file.1, etc., tool 129 will
reassemble chunks: 'netwox 129 file'. Please note filename has to be
the same as the one used for tool 128 (the original filename).
Synonyms:
piece
Usage:
netwox 129 -f file
Parameters:
parameter description example
-f|--file file filename (without .1/.2/etc extension)
dstfile.txt
Examples:
netwox 129 -f "dstfile.txt"Tool 10: Sniff and display network statistics
Tool 10: Sniff and display network statistics
Description:
This tool sniffs and displays some basic network statistics.
It supports 7 groups: Ethernet/link, ARP, IP4, IP6, UDP, TCP, ICMP.
For each one, it displays: packet count (count), sum of packet sizes
(size), percentage of packet count (c%) and percentage of size (s%).
Display is updated at most every second.
Parameter --device indicates on which device to sniff. Please note
that under some systems, such as Windows, sniffing on some devices is
not supported.
Parameter --filter defines the sniff filter. It permits to restrict
captured packets. This kind of filter is named a BPF or pcap filter.
Basic elements of a filter are:
host 1.2.3.4
net 192.168.10
net 192.168.10.0 mask 255.255.255.0
net 192.168.10.0/24
port 21
dst host 1.2.3.4
src port 2345
ether host a:b:c:d:e:f ('ether a:b:c:d:e:f' is not working)
ether src aa:bb:cc:dd:ee:ff
ip
arp
rarp
tcp
icmp
udp
Here are filter examples:
"host 1.2.3.4"
"net 192.168 and icmp"
"host 1.2.3.4 or dst port 80"
"(udp or tcp) and not host 1.2.3.4"
This tool may need to be run with admin privilege in order to sniff.
Synonyms:
capture, icmp, ip4, ip6, mac, packet, show
Usage:
netwox 10 [-d device] [-f filter]
Parameters:
parameter description example
-d|--device device device name
Eth0 -f|--filter filter pcap filter
Example:
netwox 10Tool 30: Convert a file from unix to dos
Tool 30: Convert a file from unix to dos
Description:
This tool converts a file using Unix end of lines style (0x0A) to a
file using Windows end of lines style (0x0D0A).
This tool permits to convert text files. It does not work on binary
files.
Synonyms:
unix2dos
Usage:
netwox 30 -i file -o file
Parameters:
parameter description example
-i|--src-file file source filename
srcfile.txt -o|--dst-file file destination filename
dstfile.txt
Examples:
netwox 30 -i "srcfile.txt" -o "dstfile.txt"Tool 204: SMB/CIFS client: rename a file
Tool 204: SMB/CIFS client: rename a file
Description:
This tool is a simple SMB/CIFS client renaming a file.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Parameter --share indicates the share name.
Parameter --user indicates the optional username.
Parameter --password indicates the optional password.
Parameter --authversion defines the authentication protocol to use
(0=Lanman, 1=NTLMv1, 2=NTLMv2, unset=guess(try NTLMv2, then NTLMv1,
and finally Lanman)).
Parameter --netbiosname defines the NetBIOS name of server. It is
generally the same as its DNS name. Most of the time, it is not
needed.
Parameter --verbose displays activity (set it if a problem occurs).
Parameter --debug displays packets to screen.
Example, to connect on //server/myshare/, use:
--dst-ip myserver --share myshare --netbiosname myserver --user bob
--password hello
Synonyms:
smbclient
Usage:
netwox 204 -i ip -s smbshare [-u login] [-w password] [-N netbiosname] -f file -F file [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-v uint32] [-T uint32] [-V|+V] [-D|+D]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -s|--share smbshare share name
C$ -u|--user login username
-w|--password password password
-N|--netbiosname netbiosname server NetBIOS NAME
-f|--oldfilename file old file name
file.txt -F|--newfilename file new file name
file.txt -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
139 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-v|--authversion uint32 0=Lanman, 1=NTLMv1, 2=NTLMv2, unset=best
2 -T|--timeout uint32 timeout in milliseconds
60000 -V|--verbose|+V|--no-verbose display SMB trace
-D|--debug|+D|--no-debug display SMB packets
Examples:
netwox 204 -i "5.6.7.8" -s "C$" -f "file.txt" -F "file.txt"Tool 70: Scan UDP (EthIp spoof)
Tool 70: Scan UDP (EthIp spoof)
Description:
This tool checks if several UDP ports are open on host.
This tool sends an UDP packet to a computer. If host permits UDP, it
will send back an ICMP error (if port is closed), or send back nothing
(if port is open). So, it's important to understand UDP port has to be
closed for computer to return something.
This tool also permits to use fake Ethernet and IP addresses.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Synonyms:
nmap
Usage:
netwox 70 -i ips -p ports [-d device] [-E eth] [-I ip] [-m uint32] [-M uint32] [-u|+u] [-n uint32]
Parameters:
parameter description example
-i|--ips ips list/range of IP addresses
1.2.3.4,5.6.7.8 -p|--ports ports list/range of port number
all -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:a:a:a:a:a -I|--src-ip ip source IP address
1.2.3.4 -m|--min-ms uint32 min millisecond delay between packets
0 -M|--max-ms uint32 max millisecond wait for answers
5000 -u|--disp-useful|+u|--no-disp-useful only display useful info
-n|--numtargets uint32 number of simultaneous targets
20
Examples:
netwox 70 -i "1.2.3.4,5.6.7.8" -p "all"Tool 182: Obtain size of a web file (http://... or ftp://...)
Tool 182: Obtain size of a web file (http://... or ftp://...)
Description:
This tool obtains size of a HTTP or FTP file, without downloading it.
If it's not possible (url is a directory for example), an error is
returned.
Parameter --uri is the uri/url requested.
Parameters --proxy-ip, --proxy-port, --proxy-login and
--proxy-password defines the web proxy and credentials.
Parameter --user-agent defines the client name to send. For example
'Mozilla/5.0'.
Parameter --display-status indicates to display status code of reply
to screen.
Synonyms:
curl, wget
Usage:
netwox 182 -u uri [-p ip] [-P port] [-l login] [-L password] [-U useragent] [-f|+f] [-T uint32]
Parameters:
parameter description example
-u|--uri uri url/uri
http://www.example.com/ -p|--proxy-ip ip IP address of proxy
5.6.7.8 -P|--proxy-port port port of proxy
3128 -l|--proxy-login login login of proxy
-L|--proxy-password password password of proxy
-U|--user-agent useragent user agent
Mozilla/5.0 -f|--ftp-passive|+f|--no-ftp-passive use passive FTP
-T|--timeout uint32 timeout in ms
60000
Examples:
netwox 182 -u "http://www.example.com/"Tool 13: Obtain DLT type for sniff and spoof for each device
Tool 13: Obtain DLT type for sniff and spoof for each device
Description:
This tool reports:
- if raw IP4 spoof is supported
- if raw IP6 spoof is supported
- for each device:
+ if sniff is supported, and its DLT (data link type)
+ if spoof is supported, and its DLT (data link type)
This tool may need to be run with admin privilege in order to sniff
and spoof.
Synonyms:
capture, device
Usage:
netwox 13Tool 212: Web spider : converts an url to its local downloaded filename
Tool 212: Web spider : converts an url to its local downloaded filename
Description:
This tool indicates in which local filename an url is stored.
For example http://server/f.php may be stored in files/02/f.html.
Usage:
netwox 212 -c file -u uri
Parameters:
parameter description example
-c|--conffile file configuration file
srcfile.txt -u|--url uri url to check
http://www.example.com/
Examples:
netwox 212 -c "srcfile.txt" -u "http://www.example.com/"Tool 187: Display date and time
Tool 187: Display date and time
Description:
Display current time (or --time) using several formats.
Usage:
netwox 187 [-t uint32] [-r|+r] [-u|+u] [-h|+h] [-s|+s] [-n|+n]
Parameters:
parameter description example
-t|--time uint32 time to display
0 -r|--disp-rfc822|+r|--no-disp-rfc822 display rfc822 date
This boolean is set. -u|--disp-unixdate|+u|--no-disp-unixdate display unix date(1) format
-h|--disp-human|+h|--no-disp-human display human readable time
-s|--disp-sec|+s|--no-disp-sec display seconds
-n|--disp-secnsec|+n|--no-disp-secnsec display seconds and nanoseconds
Example:
netwox 187Tool 184: UDP relay
Tool 184: UDP relay
Description:
This tool is a relay: a client will connect to it, then it will
connect to server. All data received from server is sent back to
client. All data received from client is sent to server. From server's
view point, it only sees relay as source IP address. From client's
viewpoint, it only sees relay as destination IP address.
Parameter --src-port defines the local port number to listen on.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --iptype defines which kind of IP address to use
when --src-ip is unset (accepted values: ip4 and ip6).
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device and --src-eth permits to create
a virtual server using fake addresses (in this case, tool have to be
run with admin privilege in order to sniff and spoof at Ethernet
level).
Parameter --server-ip is the address of remote host/server.
Parameter --server-port is the port number where to connect.
Parameter --allowed-clients lists the IP addresses or hosts allowed
to connect.
Usage:
netwox 184 -P port -x ip -X port [-d device] [-E eth] [-I ip] [-o ip4opts] [-O ip6exts] [-t iptype] [-c ips]
Parameters:
parameter description example
-P|--src-port port source port number
1234 -x|--server-ip ip destination IP address
5.6.7.8 -X|--server-port port destination port number
80 -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -I|--src-ip ip source IP address
192.168.100.200 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-t|--iptype iptype type to use when src-ip is unset
ip4 -c|--allowed-clients ips clients allowed to connect
all
Examples:
netwox 184 -P "1234" -x "5.6.7.8" -X "80"Tool 106: Send an email
Tool 106: Send an email
Description:
This tool sends an email. It connects on a SMTP server.
Parameter --from sets From header.
Parameter --from-name sets the name of user in From header.
Parameter --subject sets Subject header
Parameter --file-body is the file containing the body of message.
Parameter --file-att is the file containing the attachment.
Parameter --to sets To header.
Parameter --mail-from sets the MAIL FROM SMTP value. If unset, --from
is used.
Parameter --rcpt-to sets the RCPR TO SMTP value. If unset, --to is
used.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Usage:
netwox 106 -i ip -f email -r email -S data [-B file] [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-F email] [-R email] [-n data] [-A file] [-T uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -f|--from email from address
user@example.com -r|--to email to address
user2@example.fr -S|--subject data email subject
hello -B|--file-body file file containing email body
file-body.txt -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
25 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-F|--mail-from email mail from address
me@example.com -R|--rcpt-to email rcpt to address
you@example.fr -n|--from-name data from name
-A|--file-att file file containing email attachment
file-att.tgz -T|--timeout uint32 timeout in milliseconds
180000
Examples:
netwox 106 -i "5.6.7.8" -f "user@example.com" -r "user2@example.fr" -S "hello"Tool 80: Periodically send ARP replies
Tool 80: Periodically send ARP replies
Description:
This tool periodically sends unsolicited ARP replies. It can be used
to corrupt ARP cache of a LAN computer. Then, this computer will start
sending its data to fake computer, instead of real computer.
This tool may need to be run with admin privilege in order to spoof.
Usage:
netwox 80 -e eth -i ip [-d device] [-E eth] [-I ip] [-s uint32]
Parameters:
parameter description example
-e|--eth eth ethernet address
E0:69:95:6F:ED:9A -i|--ip ip IP address
192.168.100.200 -d|--device device device for spoof
Eth0 -E|--eth-dst eth to whom answer
0:8:9:a:b:c -I|--ip-dst ip to whom answer
5.6.7.8 -s|--sleep uint32 sleep delay in ms
1000
Examples:
netwox 80 -e "E0:69:95:6F:ED:9A" -i "192.168.100.200"Tool 9: Sniff and display Ethernet addresses
Tool 9: Sniff and display Ethernet addresses
Description:
This tool sniffs packets, and tries to decode them. Then, Ethernet
address associated to decoded IP address is displayed.
It uses ARP, RARP and IP to obtain this information.
Please note, this will be inaccurate if IP address is outside the
Ethernet LAN. It works well in all other cases.
Parameter --device indicates on which device to sniff. Please note
that under some systems, such as Windows, sniffing on some devices is
not supported.
Parameter --filter defines the sniff filter. It permits to restrict
captured packets. This kind of filter is named a BPF or pcap filter.
Basic elements of a filter are:
host 1.2.3.4
net 192.168.10
net 192.168.10.0 mask 255.255.255.0
net 192.168.10.0/24
port 21
dst host 1.2.3.4
src port 2345
ether host a:b:c:d:e:f ('ether a:b:c:d:e:f' is not working)
ether src aa:bb:cc:dd:ee:ff
ip
arp
rarp
tcp
icmp
udp
Here are filter examples:
"host 1.2.3.4"
"net 192.168 and icmp"
"host 1.2.3.4 or dst port 80"
"(udp or tcp) and not host 1.2.3.4"
This tool may need to be run with admin privilege in order to sniff.
Synonyms:
capture, mac, show
Usage:
netwox 9 [-d device] [-f filter]
Parameters:
parameter description example
-d|--device device device name
Eth0 -f|--filter filter pcap filter
Example:
netwox 9Tool 157: Network performance measurement : UDP server
Tool 157: Network performance measurement : UDP server
Description:
This tool is a UDP server. Use tool 158 to connect to it and obtain a
network performance measurement.
Parameter --src-port defines the local port number to listen on.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --iptype defines which kind of IP address to use
when --src-ip is unset (accepted values: ip4 and ip6).
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device and --src-eth permits to create
a virtual server using fake addresses (in this case, tool have to be
run with admin privilege in order to sniff and spoof at Ethernet
level).
Synonyms:
iperf
Usage:
netwox 157 -P port [-d device] [-E eth] [-I ip] [-o ip4opts] [-O ip6exts] [-t iptype]
Parameters:
parameter description example
-P|--src-port port source port number
1234 -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -I|--src-ip ip source IP address
192.168.100.200 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-t|--iptype iptype type to use when src-ip is unset
ip4
Examples:
netwox 157 -P "1234"Tool 133: Convert an url/uri
Tool 133: Convert an url/uri
Description:
This tool normalizes an url/uri. For example:
netwox 133 --uri "http://server/path/../foo"
returns:
http://server/foo
Usage:
netwox 133 -u uri
Parameters:
parameter description example
-u|--uri uri uri to convert
http://server/path/../foo
Examples:
netwox 133 -u "http://server/path/../foo"Tool 5: Obtain Ethernet addresses of computers in an IP list
Tool 5: Obtain Ethernet addresses of computers in an IP list
Description:
This tool sends ARP Requests (or IP6 Neighbor Discovery) to obtain
Ethernet addresses of several computers.
For example: 'netwox 5 192.168.0.0/24,10.0.0.1-10.0.0.4'.
If parameter --no-unresolved is used, unresolved addresses are not
displayed.
This tool may need to be run with admin privilege in order to sniff
and spoof (for Ethernet addresses resolving).
Synonyms:
host, mac, resolve, show
Usage:
netwox 5 [-u|+u] -i ips
Parameters:
parameter description example
-u|--unresolved|+u|--no-unresolved display unresolved items
-i|--ips ips list/range of IP addresses
192.168.1.0/24
Examples:
netwox 5 -i "192.168.1.0/24"Tool 134: Obtain urls/uris in a HMTL file
Tool 134: Obtain urls/uris in a HMTL file
Description:
This tool reads an HTML file and shows url/uri it contains.
Usage:
netwox 134 -f file [-h|+h] [-s|+s] [-t|+t] [-n|+n] [-u|+u]
Parameters:
parameter description example
-f|--filename file HTML file
file.html -h|--display-http|+h|--no-display-http display http:// uris
-s|--display-https|+s|--no-display-https display https:// uris
-t|--display-ftp|+t|--no-display-ftp display ftp:// uris
-n|--display-none|+n|--no-display-none display local uris
-u|--display-unknown|+u|--no-display-unknown display unknown uris
Examples:
netwox 134 -f "file.html"Tool 183: TCP relay
Tool 183: TCP relay
Description:
This tool is a relay: a client will connect to it, then it will
connect to server. All data received from server is sent back to
client. All data received from client is sent to server. From server's
view point, it only sees relay as source IP address. From client's
viewpoint, it only sees relay as destination IP address.
Parameter --src-port defines the local port number to listen on.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --iptype defines which kind of IP address to use
when --src-ip is unset (accepted values: ip4 and ip6).
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device and --src-eth permits to create
a virtual server using fake addresses (in this case, tool have to be
run with admin privilege in order to sniff and spoof at Ethernet
level).
Parameter --server-ip is the address of remote host/server.
Parameter --server-port is the port number where to connect.
Parameter --allowed-clients lists the IP addresses or hosts allowed
to connect.
Usage:
netwox 183 -P port -x ip -X port [-d device] [-E eth] [-I ip] [-o ip4opts] [-O ip6exts] [-t iptype] [-c ips]
Parameters:
parameter description example
-P|--src-port port source port number
1234 -x|--server-ip ip destination IP address
5.6.7.8 -X|--server-port port destination port number
80 -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -I|--src-ip ip source IP address
192.168.100.200 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-t|--iptype iptype type to use when src-ip is unset
ip4 -c|--allowed-clients ips clients allowed to connect
all
Examples:
netwox 183 -P "1234" -x "5.6.7.8" -X "80"Tool 168: FTP server
Tool 168: FTP server
Description:
This tool is a FTP server.
Parameter --rootdir defines the root directory for put and get file
operations (cannot exit this root jail).
Parameters --login and --password defines needed login and password.
Parameter --allowed-clients lists the IP addresses or hosts allowed
to connect.
Parameter --src-port defines the local port number to listen on.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --iptype defines which kind of IP address to use
when --src-ip is unset (accepted values: ip4 and ip6).
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device and --src-eth are not yet implemented.
This tool may need to be run with admin privilege in order to listen
on a small port number (port<1024).
Synonyms:
proftpd, wuftpd
Usage:
netwox 168 [-r dir] [-l login] [-L password] [-d device] [-E eth] [-I ip] [-P port] [-o ip4opts] [-O ip6exts] [-t iptype] [-T uint32] [-c ips] [-U|+U]
Parameters:
parameter description example
-r|--rootdir dir root directory
/tmp -l|--login login login needed to access
-L|--password password password needed to access
-d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
21 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-t|--iptype iptype type to use when src-ip is unset
ip4 -T|--timeout uint32 timeout in ms
180000 -c|--allowed-clients ips clients allowed to connect
all -U|--allow-put|+U|--no-allow-put allow put/write on server
This boolean is set.
Example:
netwox 168Tool 46: Spoof of packet samples : fragment, ip4opt:ts
Tool 46: Spoof of packet samples : fragment, ip4opt:ts
Description:
This tool sends hardcoded packet samples. Samples are (--sample
defines number): 1=udp_syslog, 2=tcp_syn, 3=tcpsynack, 4=tcpack,
5=ping.
Packets contain IP4 options and can be fragmented before been sent.
IP4 options contains a Timestamp option.
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to spoof.
Synonyms:
ip4 option, send
Usage:
netwox 46 [-s ip] [-d ip] [-S port] [-D port] [-n uint32] [-f uint32] [-x|+x] [-a spoofip]
Parameters:
parameter description example
-s|--ip4-src ip IP4 src
192.168.100.200 -d|--ip4-dst ip IP4 dst
5.6.7.8 -S|--tcp-src port TCP port src
80 -D|--tcp-dst port TCP port dst
80 -n|--sample uint32 number of sample (1 to n)
1 -f|--fragsize uint32 fragment size (0=nofrag)
0 -x|--display|+x|--no-display display
-a|--spoofip spoofip IP spoof initialization type
best
Example:
netwox 46Tool 218: Netwox internal validation suite
Tool 218: Netwox internal validation suite
Description:
This tool is very special. It runs internal test suites of netwox.
It is only useful for netwox developers. It does not test every
module, but only those with independent test cases.
Usage:
netwox 218Tool 186: Millisecond sleep
Tool 186: Millisecond sleep
Description:
This tool sleeps for an amount of milliseconds.
Total sleep duration is slightly greater than requested value.
Usage:
netwox 186 -m uint32
Parameters:
parameter description example
-m|--millisecond uint32 number of millisecond
1000
Examples:
netwox 186 -m "1000"Tool 137: Create a sample configuration file for tool 138
Tool 137: Create a sample configuration file for tool 138
Description:
This tool creates a sample configuration file for web spider (tool
138). After creation, it has to be edited.
Synonyms:
curl, wget
Usage:
netwox 137 -f file
Parameters:
parameter description example
-f|--conffile file configuration file
dstfile.txt
Examples:
netwox 137 -f "dstfile.txt"Tool 89: TCP server
Tool 89: TCP server
Description:
This tool listens on a TCP port. Use tool 87 to connect to it.
Parameter --src-port defines the local port number to listen on.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --iptype defines which kind of IP address to use
when --src-ip is unset (accepted values: ip4 and ip6).
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device and --src-eth permits to create
a virtual server using fake addresses (in this case, tool have to be
run with admin privilege in order to sniff and spoof at Ethernet
level).
Parameter --encode defines how to display data (common values: data,
dump, mixed).
Parameter --decode defines how keyboard data is entered (common
values: data, mixed).
Synonyms:
nc, netcat
Usage:
netwox 89 -P port [-d device] [-E eth] [-I ip] [-o ip4opts] [-O ip6exts] [-t iptype] [-k decode] [-n encode]
Parameters:
parameter description example
-P|--src-port port source port number
1234 -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -I|--src-ip ip source IP address
192.168.100.200 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-t|--iptype iptype type to use when src-ip is unset
ip4 -k|--decode decode how keyboard data is entered
data -n|--encode encode how network data is displayed
data
Examples:
netwox 89 -P "1234"Tool 200: SMB/CIFS client: delete a directory
Tool 200: SMB/CIFS client: delete a directory
Description:
This tool is a simple SMB/CIFS client deleting a directory.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Parameter --share indicates the share name.
Parameter --user indicates the optional username.
Parameter --password indicates the optional password.
Parameter --authversion defines the authentication protocol to use
(0=Lanman, 1=NTLMv1, 2=NTLMv2, unset=guess(try NTLMv2, then NTLMv1,
and finally Lanman)).
Parameter --netbiosname defines the NetBIOS name of server. It is
generally the same as its DNS name. Most of the time, it is not
needed.
Parameter --verbose displays activity (set it if a problem occurs).
Parameter --debug displays packets to screen.
Example, to connect on //server/myshare/, use:
--dst-ip myserver --share myshare --netbiosname myserver --user bob
--password hello
Synonyms:
smbclient
Usage:
netwox 200 -i ip -s smbshare [-u login] [-w password] [-N netbiosname] -f dir [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-v uint32] [-T uint32] [-V|+V] [-D|+D]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -s|--share smbshare share name
C$ -u|--user login username
-w|--password password password
-N|--netbiosname netbiosname server NetBIOS NAME
-f|--dirname dir directory name
mydir -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
139 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-v|--authversion uint32 0=Lanman, 1=NTLMv1, 2=NTLMv2, unset=best
2 -T|--timeout uint32 timeout in milliseconds
60000 -V|--verbose|+V|--no-verbose display SMB trace
-D|--debug|+D|--no-debug display SMB packets
Examples:
netwox 200 -i "5.6.7.8" -s "C$" -f "mydir"Tool 191: Generate a password (English, French, Spanish)
Tool 191: Generate a password (English, French, Spanish)
Description:
This tool generates one or several passwords.
Choosing a password is a complex task: it has to be random, but also
easy to remember (otherwise people write it down).
When choosing one password, we can use a mnemotechnic sentence (tiap =
this is a password) or mix words (house + 2,E: = h2o,uEs:e).
When a program has to generate passwords (for example for all users of
an enterprise), the main problem is where to find/store sentences and
words. An attacker knowing those lists will find passwords using a
brute force attack.
This password generator uses another method. It generates passwords
composed of the two first letters of images. An image is an easy to
remember word. For example:
netwox 191 --numimages 5 --lang-english
password: soasprsivo
images: SOap AStronaut PRofessor SIx VOlcano
So, user only have to remember those 5 images: soap, astronaut,
professor, 6 and volcano. Those images are easy to draw or represent
ideas easy to draw. For higher security, choose 5 or more images.
In order to provide complex passwords, variations of generated
password are proposed. With the last example:
variation1: soaspr2ivo. In this case, one letter has changed
(s replaced by 2)
variation2: soAsprs1vo. In this case, two letters have changed
(a replaced by A, and i by 1)
So, you can use soAsprs1vo instead of soasprsivo.
Finally, parameter --pronounceable generates pronounceable passwords.
For example: netwox 191 --pronounceable --maxsyllables 3
Usage:
netwox 191 [-n uint32] [-i uint32] [-E|+E] [-F|+F] [-S|+S] [-p|+p] [-m uint32] [-a data]
Parameters:
parameter description example
-n|--numpassword uint32 number of passwords to generate
1 -i|--numimages uint32 number of images in passwords
5 -E|--lang-english|+E|--no-lang-english use English words
This boolean is set. -F|--lang-french|+F|--no-lang-french use French words
-S|--lang-spanish|+S|--no-lang-spanish use Spanish words
-p|--pronounceable|+p|--no-pronounceable generate pronounceable passwords
-m|--maxsyllables uint32 max syllables in pronounceable passwords
0 -a|--allowedcharvar data allowed characters for variations
ABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789@|!()[]{}/$+&^*
Example:
netwox 191Tool 148: Ping ICMP6 Neighbor Discovery
Tool 148: Ping ICMP6 Neighbor Discovery
Description:
This tool checks if a host is up. It's done sending a probe packet and
expecting a reply.
This tool sends an ICMP6 Neighbor Discovery request. If host is up, it
will send back a Neighbor Discovery Reply.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Synonyms:
ip6
Usage:
netwox 148 -i ip [-c uint32] [-m uint32] [-b|+b] [-1|+1]
Parameters:
parameter description example
-i|--dst-ip ip destination IPv6 address
fec0:0:0:1::2 -c|--max-count uint32 max requests
4294967295 -m|--max-ms uint32 max millisecond wait
1000 -b|--beep|+b|--no-beep beep if reached
-1|--display01|+1|--no-display01 display only 0 or 1
Examples:
netwox 148 -i "fec0:0:0:1::2"Tool 107: Post a newsgroup message
Tool 107: Post a newsgroup message
Description:
This tool posts a newsgroup message. It connects on a NNTP server.
Parameter --from sets From header.
Parameter --from-name sets the name of user in From header.
Parameter --subject sets Subject header
Parameter --file-body is the file containing the body of message.
Parameter --file-att is the file containing the attachment.
Parameter --newsgroup sets the newsgroup name.
Parameters --user and --pass defines the username and password.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Synonyms:
article
Usage:
netwox 107 -i ip -f email -g newsgroup -S data [-B file] [-u login] [-a password] [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-n data] [-A file] [-T uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -f|--from email user email address
user@example.com -g|--newsgroup newsgroup newsgroup name
comp.lang.c -S|--subject data email subject
hello -B|--file-body file file containing email body
file-body.txt -u|--user login username
-a|--pass password password
-d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
119 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-n|--from-name data from name
-A|--file-att file file containing email attachment
file-att.tgz -T|--timeout uint32 timeout in milliseconds
60000
Examples:
netwox 107 -i "5.6.7.8" -f "user@example.com" -g "comp.lang.c" -S "hello"Tool 40: Spoof Ip4Tcp packet
Tool 40: Spoof Ip4Tcp packet
Description:
This tool sends a fake packet on the network.
Each parameter name should be self explaining.
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to spoof.
Synonyms:
hping, send
Usage:
netwox 40 [-c uint32] [-e uint32] [-f|+f] [-g|+g] [-h|+h] [-i uint32] [-j uint32] [-k uint32] [-l ip] [-m ip] [-n ip4opts] [-o port] [-p port] [-q uint32] [-r uint32] [-s|+s] [-t|+t] [-u|+u] [-v|+v] [-w|+w] [-x|+x] [-y|+y] [-z|+z] [-A|+A] [-B|+B] [-C|+C] [-D|+D] [-E uint32] [-F uint32] [-G tcpopts] [-H mixed_data] [-a spoofip] [-J uint32] [-K uint32] [-L uint32] [-M uint32] [-N uint32]
Parameters:
parameter description example
-c|--ip4-tos uint32 IP4 tos
0 -e|--ip4-id uint32 IP4 id (rand if unset)
0 -f|--ip4-reserved|+f|--no-ip4-reserved IP4 reserved
-g|--ip4-dontfrag|+g|--no-ip4-dontfrag IP4 dontfrag
-h|--ip4-morefrag|+h|--no-ip4-morefrag IP4 morefrag
-i|--ip4-offsetfrag uint32 IP4 offsetfrag
0 -j|--ip4-ttl uint32 IP4 ttl
0 -k|--ip4-protocol uint32 IP4 protocol
0 -l|--ip4-src ip IP4 src
192.168.100.200 -m|--ip4-dst ip IP4 dst
5.6.7.8 -n|--ip4-opt ip4opts IPv4 options
-o|--tcp-src port TCP src
1234 -p|--tcp-dst port TCP dst
80 -q|--tcp-seqnum uint32 TCP seqnum (rand if unset)
0 -r|--tcp-acknum uint32 TCP acknum
0 -s|--tcp-reserved1|+s|--no-tcp-reserved1 TCP reserved1
-t|--tcp-reserved2|+t|--no-tcp-reserved2 TCP reserved2
-u|--tcp-reserved3|+u|--no-tcp-reserved3 TCP reserved3
-v|--tcp-reserved4|+v|--no-tcp-reserved4 TCP reserved4
-w|--tcp-cwr|+w|--no-tcp-cwr TCP cwr
-x|--tcp-ece|+x|--no-tcp-ece TCP ece
-y|--tcp-urg|+y|--no-tcp-urg TCP urg
-z|--tcp-ack|+z|--no-tcp-ack TCP ack
-A|--tcp-psh|+A|--no-tcp-psh TCP psh
-B|--tcp-rst|+B|--no-tcp-rst TCP rst
-C|--tcp-syn|+C|--no-tcp-syn TCP syn
-D|--tcp-fin|+D|--no-tcp-fin TCP fin
-E|--tcp-window uint32 TCP window
0 -F|--tcp-urgptr uint32 TCP urgptr
0 -G|--tcp-opt tcpopts TCP options
-H|--tcp-data mixed_data mixed data
-a|--spoofip spoofip IP spoof initialization type
best -J|--ip4-ihl uint32 IP4 ihl
5 -K|--ip4-totlen uint32 IP4 totlen
0 -L|--ip4-checksum uint32 IP4 checksum
0 -M|--tcp-doff uint32 TCP data offset
0 -N|--tcp-checksum uint32 TCP checksum
0
Example:
netwox 40Tool 147: Spoof Ip6Icmp6 packet
Tool 147: Spoof Ip6Icmp6 packet
Description:
This tool sends a fake packet on the network.
Each parameter name should be self explaining.
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to spoof.
Synonyms:
hping, send
Usage:
netwox 147 [-c uint32] [-l uint32] [-f uint32] [-g uint32] [-h ip] [-i ip] [-j ip6exts] [-o uint32] [-p uint32] [-a spoofip] [-e uint32] [-r uint32]
Parameters:
parameter description example
-c|--ip6-trafficclass uint32 IP6 traffic class
0 -l|--ip6-flowlabel uint32 IP6 flow label
0 -f|--ip6-protocol uint32 IP6 next_header/protocol
0 -g|--ip6-ttl uint32 IP6 hop_limit/ttl
0 -h|--ip6-src ip IP6 src
fe80::6aa3:c4ff:feea:768a -i|--ip6-dst ip IP6 dst
fec0:0:0:1::2 -j|--ip6-exts ip6exts IP6 extensions
-o|--icmp-type uint32 ICMP type
0 -p|--icmp-code uint32 ICMP code
0 -a|--spoofip spoofip IP spoof initialization type
best -e|--ip6-payloadlength uint32 IP6 payload length
0 -r|--icmp-checksum uint32 ICMP checksum
0
Example:
netwox 147Tool 33: Spoof EthernetArp packet
Tool 33: Spoof EthernetArp packet
Description:
This tool sends a fake packet on the network.
Each parameter name should be self explaining.
This tool may need to be run with admin privilege in order to spoof.
Synonyms:
frame, hping, mac, send
Usage:
netwox 33 [-d device] [-a eth] [-b eth] [-c uint32] [-e uint32] [-f eth] [-g ip] [-h eth] [-i ip]
Parameters:
parameter description example
-d|--device device device for spoof
Eth0 -a|--eth-src eth Ethernet src
E0:69:95:6F:ED:9A -b|--eth-dst eth Ethernet dst
0:8:9:a:b:c -c|--eth-type uint32 Ethernet type : ARP=2054, RARP=32821
2054 -e|--arp-op uint32 ARP op : 1=ARPREQ, 2=ARPREP, 3=RARPREQ, 4=RARPREP
1 -f|--arp-ethsrc eth ARP ethsrc
E0:69:95:6F:ED:9A -g|--arp-ipsrc ip ARP ipsrc
0.0.0.0 -h|--arp-ethdst eth ARP ethdst
0:0:0:0:0:0 -i|--arp-ipdst ip ARP ipdst
0.0.0.0
Example:
netwox 33Tool 189: SMTP server
Tool 189: SMTP server
Description:
This tool is a SMTP server. It only stores commands and messages
in a local directory. It does not try to forward messages.
Parameter --allowed-clients lists the IP addresses or hosts allowed
to connect.
Parameter --src-port defines the local port number to listen on.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --iptype defines which kind of IP address to use
when --src-ip is unset (accepted values: ip4 and ip6).
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device and --src-eth are not yet implemented.
This tool may need to be run with admin privilege in order to listen
on a small port number (port<1024).
Synonyms:
sendmail, qmail, postfix
Usage:
netwox 189 -m dir [-d device] [-E eth] [-I ip] [-P port] [-o ip4opts] [-O ip6exts] [-t iptype] [-T uint32] [-c ips]
Parameters:
parameter description example
-m|--maildir dir mail directory
/tmp -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
25 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-t|--iptype iptype type to use when src-ip is unset
ip4 -T|--timeout uint32 timeout in ms
180000 -c|--allowed-clients ips clients allowed to connect
all
Examples:
netwox 189 -m "/tmp"Tool 135: Convert urls/uris in a HMTL file to absolute urls
Tool 135: Convert urls/uris in a HMTL file to absolute urls
Description:
This tool converts urls/uris in a file.
For example, file index.html downloaded from http://srv/R/index.html
might contain urls of the form '../S/img.png'. Loading index.html in a
browser will lead to broken images because they are not on the local
computer. This tool converts '../S/img.png' to the absolute real url
'http://srv/S/img.png'. Here is how to use it:
netwox 135 index.html index2.html http://example.com/R/
Usage:
netwox 135 -i file -o file -u uri
Parameters:
parameter description example
-i|--src-file file input HTML file
t.htm -o|--dst-file file created HTML file
out.htm -u|--url uri absolute url of file
http://s/t.htm
Examples:
netwox 135 -i "t.htm" -o "out.htm" -u "http://s/t.htm"Tool 220: Convert a binary file to a base64 encoded file
Tool 220: Convert a binary file to a base64 encoded file
Description:
This tool converts a file to a base64 encoded file. Base64 encoding is
often used in MIME.
Usage:
netwox 220 -i file -o file
Parameters:
parameter description example
-i|--src-file file source filename
srcfile.txt -o|--dst-file file destination filename
dstfile.txt
Examples:
netwox 220 -i "srcfile.txt" -o "dstfile.txt"Tool 214: Traceroute discovery: graph of network topology
Tool 214: Traceroute discovery: graph of network topology
Description:
This tool sends traceroute queries to a remote network, and creates
a graph of remote computers. It traceroutes common TCP/UDP ports,
and ICMP. Setting min-ttl and max-ttl correctly will speed up
the scan.
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Usage:
netwox 214 -i ips [-p ports] [-P ports] [-c|+c] [-s spoofip] [-T uint32] [-t uint32] [-m uint32] [-r|+r] [-v|+v]
Parameters:
parameter description example
-i|--ips ips list/range of IP addresses
all -p|--tcpports ports list of open tcp ports to scan
21,22,23,25,53,79,80,88,110,113,119,139,143,389,443,445,1080,2401,6000 -P|--udpports ports list of closed udp ports to scan
1,53,67,68,123,137,138,161,162,177,514 -c|--icmp|+c|--no-icmp if icmp is also scanned
This boolean is set. -s|--spoofip spoofip IP spoof initialization type
best -T|--min-ttl uint32 min ttl
1 -t|--max-ttl uint32 max ttl
30 -m|--max-ms uint32 max millisecond wait
1000 -r|--resolve|+r|--no-resolve resolve hostname
-v|--verbose|+v|--no-verbose display intermediary results
Examples:
netwox 214 -i "all"Tool 26: Dump a file
Tool 26: Dump a file
Description:
This tool dumps the content of a file.
By using default encoding type (dump), its output has two main columns:
- on left, data represented as hexadecimal
- on right, data with unprintable characters converted to dots
Other encoding types permit to obtain base64 (base64_wrap), mixed,
etc.
Synonyms:
hexadecimal, printable
Usage:
netwox 26 -f file [-e encode]
Parameters:
parameter description example
-f|--src-file file source filename
srcfile.txt -e|--encode encode encoding type
dump
Examples:
netwox 26 -f "srcfile.txt"Tool 188: SYSLOG server
Tool 188: SYSLOG server
Description:
This tool is a SYSLOG client showing messages (--showscreen) or
logging them in a file (--logfile).
Parameter --src-port defines the local port number to listen on.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --iptype defines which kind of IP address to use
when --src-ip is unset (accepted values: ip4 and ip6).
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device and --src-eth permits to create
a virtual server using fake addresses (in this case, tool have to be
run with admin privilege in order to sniff and spoof at Ethernet
level).
Parameter --allowed-clients lists the IP addresses or hosts allowed
to connect.
This tool may need to be run with admin privilege in order to listen
on a small port number (port<1024).
Synonyms:
syslogd
Usage:
netwox 188 [-s|+s] [-l file] [-d device] [-E eth] [-I ip] [-P port] [-o ip4opts] [-O ip6exts] [-t iptype] [-c ips]
Parameters:
parameter description example
-s|--showscreen|+s|--no-showscreen show data to screen
This boolean is set. -l|--logfile file log file
dstfile.txt -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
514 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-t|--iptype iptype type to use when src-ip is unset
ip4 -c|--allowed-clients ips clients allowed to connect
all
Example:
netwox 188Tool 63: Traceroute on a specified IP protocol
Tool 63: Traceroute on a specified IP protocol
Description:
This tool lists routers on the path to a computer.
How traceroute works: IP header contains a field named TTL indicating
the number of hops a packet can cross. Each router decreases TTL. When
it reaches 0, the router sends an ICMP Time Exceeded error back to the
IP source address. Traceroute works by slowly increasing TTL. So, we
obtain the list of successive routers because each one sends an ICMP
Time Exceeded.
This tool sends an IP only packet. There is no way to detect end (it
depends on protocol), so user has to interrupt tool at end.
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Usage:
netwox 63 -i ip [-p uint32] [-D mixed_data] [-s spoofip] [-T uint32] [-t uint32] [-m uint32] [-r|+r]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -p|--protocol uint32 ip4 protocol
1 -D|--ip4-data mixed_data mixed data
-s|--spoofip spoofip IP spoof initialization type
best -T|--min-ttl uint32 min ttl
1 -t|--max-ttl uint32 max ttl
30 -m|--max-ms uint32 max millisecond wait
1000 -r|--resolve|+r|--no-resolve resolve hostname
Examples:
netwox 63 -i "5.6.7.8"Tool 122: HTTP DELETE
Tool 122: HTTP DELETE
Description:
This tool sends a HTTP request using method DELETE. HTTP protocol
defines DELETE method to remote a document from a web server.
Parameter --uri is the uri/url requested.
Parameters --proxy-ip, --proxy-port, --proxy-login and
--proxy-password defines the web proxy and credentials.
Parameter --user-agent defines the client name to send. For example
'Mozilla/5.0'.
Parameter --display-status indicates to display status code of reply
to screen.
Parameter --display-headers indicates to display reply headers.
Parameter --file-headers indicates the filename where to store
headers.
Synonyms:
web
Usage:
netwox 122 -u uri [-s|+s] [-h|+h] [-p ip] [-P port] [-l login] [-L password] [-U useragent] [-H file] [-T uint32]
Parameters:
parameter description example
-u|--uri uri url/uri to download
http://www.example.com/ -s|--display-status|+s|--no-display-status display statuscode to screen
-h|--display-headers|+h|--no-display-headers display headers to screen
-p|--proxy-ip ip IP address of proxy
5.6.7.8 -P|--proxy-port port port of proxy
3128 -l|--proxy-login login login of proxy
-L|--proxy-password password password of proxy
-U|--user-agent useragent user agent
Mozilla/5.0 -H|--file-headers file file receiving headers
filehdr.txt -T|--timeout uint32 timeout in ms
60000
Examples:
netwox 122 -u "http://www.example.com/"Tool 201: SMB/CIFS client: rename a directory
Tool 201: SMB/CIFS client: rename a directory
Description:
This tool is a simple SMB/CIFS client renaming a directory.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Parameter --share indicates the share name.
Parameter --user indicates the optional username.
Parameter --password indicates the optional password.
Parameter --authversion defines the authentication protocol to use
(0=Lanman, 1=NTLMv1, 2=NTLMv2, unset=guess(try NTLMv2, then NTLMv1,
and finally Lanman)).
Parameter --netbiosname defines the NetBIOS name of server. It is
generally the same as its DNS name. Most of the time, it is not
needed.
Parameter --verbose displays activity (set it if a problem occurs).
Parameter --debug displays packets to screen.
Example, to connect on //server/myshare/, use:
--dst-ip myserver --share myshare --netbiosname myserver --user bob
--password hello
Synonyms:
smbclient
Usage:
netwox 201 -i ip -s smbshare [-u login] [-w password] [-N netbiosname] -f dir -F dir [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-v uint32] [-T uint32] [-V|+V] [-D|+D]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -s|--share smbshare share name
C$ -u|--user login username
-w|--password password password
-N|--netbiosname netbiosname server NetBIOS NAME
-f|--olddirname dir old directory name
mydir -F|--newdirname dir new directory name
mydir -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
139 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-v|--authversion uint32 0=Lanman, 1=NTLMv1, 2=NTLMv2, unset=best
2 -T|--timeout uint32 timeout in milliseconds
60000 -V|--verbose|+V|--no-verbose display SMB trace
-D|--debug|+D|--no-debug display SMB packets
Examples:
netwox 201 -i "5.6.7.8" -s "C$" -f "mydir" -F "mydir"Tool 140: Spoof EthernetIp6 packet
Tool 140: Spoof EthernetIp6 packet
Description:
This tool sends a fake packet on the network.
Each parameter name should be self explaining.
This tool may need to be run with admin privilege in order to spoof.
Synonyms:
frame, hping, mac, send
Usage:
netwox 140 [-d device] [-a eth] [-b eth] [-c uint32] [-l uint32] [-f uint32] [-g uint32] [-h ip] [-i ip] [-j ip6exts] [-k mixed_data] [-m uint32] [-e uint32]
Parameters:
parameter description example
-d|--device device device for spoof
Eth0 -a|--eth-src eth Ethernet src
E0:69:95:6F:ED:9A -b|--eth-dst eth Ethernet dst
0:8:9:a:b:c -c|--ip6-trafficclass uint32 IP6 traffic class
0 -l|--ip6-flowlabel uint32 IP6 flow label
0 -f|--ip6-protocol uint32 IP6 next_header/protocol
0 -g|--ip6-ttl uint32 IP6 hop_limit/ttl
0 -h|--ip6-src ip IP6 src
fe80::6aa3:c4ff:feea:768a -i|--ip6-dst ip IP6 dst
fec0:0:0:1::2 -j|--ip6-exts ip6exts IP6 extensions
-k|--ip6-data mixed_data mixed data
-m|--eth-type uint32 Ethernet type
2048 -e|--ip6-payloadlength uint32 IP6 payload length
0
Example:
netwox 140Tool 154: IRC client listening on a channel
Tool 154: IRC client listening on a channel
Description:
This tool passively listen on an IRC channel, and displays its
content. Ask channel operator before running this program.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Usage:
netwox 154 -i ip -n login -c data [-w password] [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -n|--nickname login nickname
-c|--channel data channel
#chan -w|--password password password
-d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
6667 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
Examples:
netwox 154 -i "5.6.7.8" -n "" -c "#chan"Tool 65: Scan ICMP
Tool 65: Scan ICMP
Description:
This tool checks if several hosts are up.
This tool sends an ICMP Echo Request to a computer. If host is up and
permitting ping, it will send back an ICMP Echo Reply.
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Synonyms:
nmap
Usage:
netwox 65 -i ips [-s spoofip] [-m uint32] [-M uint32] [-u|+u] [-n uint32]
Parameters:
parameter description example
-i|--ips ips list/range of IP addresses
1.2.3.4,5.6.7.8 -s|--spoofip spoofip IP spoof initialization type
best -m|--min-ms uint32 min millisecond delay between packets
0 -M|--max-ms uint32 max millisecond wait for answers
5000 -u|--disp-useful|+u|--no-disp-useful only display useful info
-n|--numtargets uint32 number of simultaneous targets
20
Examples:
netwox 65 -i "1.2.3.4,5.6.7.8"Tool 142: Spoof EthernetIp6Tcp packet
Tool 142: Spoof EthernetIp6Tcp packet
Description:
This tool sends a fake packet on the network.
Each parameter name should be self explaining.
This tool may need to be run with admin privilege in order to spoof.
Synonyms:
frame, hping, mac, send
Usage:
netwox 142 [-d device] [-a eth] [-b eth] [-c uint32] [-l uint32] [-f uint32] [-g uint32] [-h ip] [-i ip] [-j ip6exts] [-o port] [-p port] [-q uint32] [-r uint32] [-s|+s] [-t|+t] [-u|+u] [-v|+v] [-w|+w] [-x|+x] [-y|+y] [-z|+z] [-A|+A] [-B|+B] [-C|+C] [-D|+D] [-E uint32] [-F uint32] [-G tcpopts] [-H mixed_data] [-I uint32] [-e uint32] [-J uint32] [-K uint32]
Parameters:
parameter description example
-d|--device device device for spoof
Eth0 -a|--eth-src eth Ethernet src
E0:69:95:6F:ED:9A -b|--eth-dst eth Ethernet dst
0:8:9:a:b:c -c|--ip6-trafficclass uint32 IP6 traffic class
0 -l|--ip6-flowlabel uint32 IP6 flow label
0 -f|--ip6-protocol uint32 IP6 next_header/protocol
0 -g|--ip6-ttl uint32 IP6 hop_limit/ttl
0 -h|--ip6-src ip IP6 src
fe80::6aa3:c4ff:feea:768a -i|--ip6-dst ip IP6 dst
fec0:0:0:1::2 -j|--ip6-exts ip6exts IP6 extensions
-o|--tcp-src port TCP src
1234 -p|--tcp-dst port TCP dst
80 -q|--tcp-seqnum uint32 TCP seqnum (rand if unset)
0 -r|--tcp-acknum uint32 TCP acknum
0 -s|--tcp-reserved1|+s|--no-tcp-reserved1 TCP reserved1
-t|--tcp-reserved2|+t|--no-tcp-reserved2 TCP reserved2
-u|--tcp-reserved3|+u|--no-tcp-reserved3 TCP reserved3
-v|--tcp-reserved4|+v|--no-tcp-reserved4 TCP reserved4
-w|--tcp-cwr|+w|--no-tcp-cwr TCP cwr
-x|--tcp-ece|+x|--no-tcp-ece TCP ece
-y|--tcp-urg|+y|--no-tcp-urg TCP urg
-z|--tcp-ack|+z|--no-tcp-ack TCP ack
-A|--tcp-psh|+A|--no-tcp-psh TCP psh
-B|--tcp-rst|+B|--no-tcp-rst TCP rst
-C|--tcp-syn|+C|--no-tcp-syn TCP syn
-D|--tcp-fin|+D|--no-tcp-fin TCP fin
-E|--tcp-window uint32 TCP window
0 -F|--tcp-urgptr uint32 TCP urgptr
0 -G|--tcp-opt tcpopts TCP options
-H|--tcp-data mixed_data mixed data
-I|--eth-type uint32 Ethernet type
2048 -e|--ip6-payloadlength uint32 IP6 payload length
0 -J|--tcp-doff uint32 TCP data offset
0 -K|--tcp-checksum uint32 TCP checksum
0
Example:
netwox 142Tool 31: Convert a file from dos to unix
Tool 31: Convert a file from dos to unix
Description:
This tool converts a file using Windows end of lines style (0x0D0A) to
a file using Unix end of lines style (0x0A).
This tool permits to convert text files. It does not work on binary
files.
Synonyms:
dos2unix
Usage:
netwox 31 -i file -o file
Parameters:
parameter description example
-i|--src-file file source filename
srcfile.txt -o|--dst-file file destination filename
dstfile.txt
Examples:
netwox 31 -i "srcfile.txt" -o "dstfile.txt"Tool 17: Recompute checksums of packets in a record
Tool 17: Recompute checksums of packets in a record
Description:
A record is a capture file. It contains several packets captured
during a sniff. It can also be created by hand. There are 7 formats
for records: pcap (tcpdump compatible), bin (binary, unreadable by
humans but fast) and mixed/mixed_wrap/dump/hexa/hexa_wrap (easy to
read and edit). A record also has an associated DLT (Data Link Type),
indicating at which level a packet start: raw (start at IP header) and
ether (start at Ethernet header) are the 2 most common DLT. Tool 13
displays DLT of each device.
This tool reads packet from one record, recompute their checksums, and
write them in another record.
Parameter --src-file indicates the input record filename.
Parameter --input-dlt defines the DLT of packets in input record (it
depends on how it was sniffed, generally 'ether' (for Ethernet) or
'raw' (if packet starts at IP header)). Full list is available through
netwag or running tool 12.
Parameter --dst-file indicates the output record filename.
Parameter --recordencode defines how to encode data in this record
(suggested values: bin, pcap and mixed_wrap).
Synonyms:
capture, verify
Usage:
netwox 17 -f file [-t dlt] -F file [-r recordencode]
Parameters:
parameter description example
-f|--src-file file input record file
srcfile.txt -t|--input-dlt dlt dlt type of input record
ether -F|--dst-file file output record file
dstfile.txt -r|--recordencode recordencode encoding type for output record
bin
Examples:
netwox 17 -f "srcfile.txt" -F "dstfile.txt"Tool 52: Ping TCP (EthIp spoof)
Tool 52: Ping TCP (EthIp spoof)
Description:
This tool checks if a host is up. It's done sending a probe packet and
expecting a reply.
This tool sends a TCP SYN to a computer. If host permits TCP, it will
send back a TCP SYN-ACK (if port is open), or a TCP RST (if port is
closed).
This tool also permits to use fake Ethernet and IP addresses.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Usage:
netwox 52 -i ip [-d device] [-E eth] [-e eth] [-I ip] [-p port] [-c uint32] [-m uint32] [-b|+b] [-1|+1]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -d|--device device spoof device
Eth0 -E|--src-eth eth source ethernet address
0:a:a:a:a:a -e|--dst-eth eth destination ethernet address
0:b:b:b:b:b -I|--src-ip ip source IP address
1.2.3.4 -p|--dst-port port destination port number
80 -c|--max-count uint32 max requests
4294967295 -m|--max-ms uint32 max millisecond wait
1000 -b|--beep|+b|--no-beep beep if reached
-1|--display01|+1|--no-display01 display only 0 or 1
Examples:
netwox 52 -i "5.6.7.8"Tool 178: Check if an IRC server is up
Tool 178: Check if an IRC server is up
Description:
This tool connects on an IRC server, then quit.
It ensures the server is working properly.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Usage:
netwox 178 -i ip -n login [-w password] [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -n|--nickname login nickname
-w|--password password password
-d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
6667 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
Examples:
netwox 178 -i "5.6.7.8" -n ""Tool 66: Scan ICMP (EthIP spoof)
Tool 66: Scan ICMP (EthIP spoof)
Description:
This tool checks if several hosts are up.
This tool sends an ICMP Echo Request to a computer. If host is up and
permitting ping, it will send back an ICMP Echo Reply.
This tool also permits to use fake Ethernet and IP addresses.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Synonyms:
nmap
Usage:
netwox 66 -i ips [-d device] [-E eth] [-I ip] [-m uint32] [-M uint32] [-u|+u] [-n uint32]
Parameters:
parameter description example
-i|--ips ips list/range of IP addresses
1.2.3.4,5.6.7.8 -d|--device device spoof device
Eth0 -E|--src-eth eth source ethernet address
0:a:a:a:a:a -I|--src-ip ip source IP address
1.2.3.4 -m|--min-ms uint32 min millisecond delay between packets
0 -M|--max-ms uint32 max millisecond wait for answers
5000 -u|--disp-useful|+u|--no-disp-useful only display useful info
-n|--numtargets uint32 number of simultaneous targets
20
Examples:
netwox 66 -i "1.2.3.4,5.6.7.8"Tool 92: UDP server multiclients
Tool 92: UDP server multiclients
Description:
This tool listens for several clients connections. It can show
received data to screen (--showscreen), and echo it back to
client (--echoback).
Parameter --src-port defines the local port number to listen on.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --iptype defines which kind of IP address to use
when --src-ip is unset (accepted values: ip4 and ip6).
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device and --src-eth permits to create
a virtual server using fake addresses (in this case, tool have to be
run with admin privilege in order to sniff and spoof at Ethernet
level).
Synonyms:
nc, netcat
Usage:
netwox 92 -P port [-s|+s] [-b|+b] [-d device] [-E eth] [-I ip] [-o ip4opts] [-O ip6exts] [-t iptype]
Parameters:
parameter description example
-P|--src-port port source port number
1234 -s|--showscreen|+s|--no-showscreen show data to screen
-b|--echoback|+b|--no-echoback echo data back to client
This boolean is set. -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -I|--src-ip ip source IP address
192.168.100.200 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-t|--iptype iptype type to use when src-ip is unset
ip4
Examples:
netwox 92 -P "1234"Tool 175: Web download (http://... or ftp://...) and check its MD5
Tool 175: Web download (http://... or ftp://...) and check its MD5
Description:
This tool downloads a HTTP or FTP file and check its MD5.
It ensures the server is working properly.
Parameter --uri is the uri/url requested.
Parameter --md5 is the expected md5sum.
Parameters --proxy-ip, --proxy-port, --proxy-login and
--proxy-password defines the web proxy and credentials.
Parameter --user-agent defines the client name to send. For example
'Mozilla/5.0'.
Usage:
netwox 175 -u uri -m md5 [-p ip] [-P port] [-l login] [-L password] [-U useragent] [-f|+f] [-T uint32]
Parameters:
parameter description example
-u|--uri uri url/uri to download
http://www.example.com/ -m|--md5 md5 wanted md5
12345678901234567890123456789012 -p|--proxy-ip ip IP address of proxy
5.6.7.8 -P|--proxy-port port port of proxy
3128 -l|--proxy-login login login of proxy
-L|--proxy-password password password of proxy
-U|--user-agent useragent user agent
Mozilla/5.0 -f|--ftp-passive|+f|--no-ftp-passive use passive FTP
-T|--timeout uint32 timeout in ms
60000
Examples:
netwox 175 -u "http://www.example.com/" -m "12345678901234567890123456789012"Tool 28: Convert a binary file to readable and editable file
Tool 28: Convert a binary file to readable and editable file
Description:
This tool converts a file to a mixed file. See also tool 29.
Synonyms:
hexedit
Usage:
netwox 28 -i file -o file
Parameters:
parameter description example
-i|--src-file file source filename
srcfile.txt -o|--dst-file file destination filename
dstfile.txt
Examples:
netwox 28 -i "srcfile.txt" -o "dstfile.txt"Tool 114: FTP client : del a file
Tool 114: FTP client : del a file
Description:
This tool removes a file of a FTP server.
Parameters --user and --pass defines the username and password.
FTP protocol can use Active or Passive transfers. Parameter --passive
activates a passive transfer (by default, it's active).
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Usage:
netwox 114 -i ip [-u login] [-a password] [-V|+V] -F file [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-T uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -u|--user login username
anonymous -a|--pass password password
user@ -V|--passive|+V|--no-passive passive
-F|--remote-file file remote file to delete
file.txt -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
21 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-T|--timeout uint32 timeout in milliseconds
60000
Examples:
netwox 114 -i "5.6.7.8" -F "file.txt"Tool 95: TCP remote administration client (get file)
Tool 95: TCP remote administration client (get file)
Description:
This tool get a file from server of tool 93.
Parameter --file contains the remote filename.
Parameter --dst-file defines the local filename to write.
Parameter --password defines the password (same as server's password).
Parameter --cypher defines if data has to be encrypted. Please note
this is not very strong. If known text is used, this algorithm can be
cracked.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Usage:
netwox 95 -i ip -p port -f file [-F file] [-w password] [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-o ip4opts] [-O ip6exts] [-x|+x] [-T uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -p|--dst-port port destination port number
80 -f|--file file filename
file.txt -F|--dst-file file destination filename
dstfile.txt -w|--password password password
netwox -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-x|--cypher|+x|--no-cypher if data is encrypted
-T|--timeout uint32 timeout in seconds
100
Examples:
netwox 95 -i "5.6.7.8" -p "80" -f "file.txt"Tool 25: Test if a directory is secure
Tool 25: Test if a directory is secure
Description:
This tool ensures a directory is secure. It is not needed for Windows.
Under Unix, a publicly writable directory can be used by intruders
to create a symlink attack.
This tool checks if a directory is publicly writable.
Synonyms:
symlink, verify
Usage:
netwox 25 -d dir
Parameters:
parameter description example
-d|--dir dir directory to test
/tmp
Examples:
netwox 25 -d "/tmp"Tool 215: Traceroute discovery (EthIp spoof)
Tool 215: Traceroute discovery (EthIp spoof)
Description:
This tool sends traceroute queries to a remote network, and creates
a graph of remote computers. It traceroutes common TCP/UDP ports,
and ICMP. Setting min-ttl and max-ttl correctly will speed up
the scan.
This tool also permits to use fake Ethernet and IP addresses.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Usage:
netwox 215 -i ips [-p ports] [-P ports] [-c|+c] [-d device] [-E eth] [-e eth] [-I ip] [-T uint32] [-t uint32] [-m uint32] [-r|+r] [-v|+v]
Parameters:
parameter description example
-i|--ips ips list/range of IP addresses
all -p|--tcpports ports list of open tcp ports to scan
21,22,23,25,53,79,80,88,110,113,119,139,143,389,443,445,1080,2401,6000 -P|--udpports ports list of closed udp ports to scan
1,53,67,68,123,137,138,161,162,177,514 -c|--icmp|+c|--no-icmp if icmp is also scanned
This boolean is set. -d|--device device spoof device
Eth0 -E|--src-eth eth source ethernet address
0:a:a:a:a:a -e|--dst-eth eth destination ethernet address
0:b:b:b:b:b -I|--src-ip ip source IP address
1.2.3.4 -T|--min-ttl uint32 min ttl
1 -t|--max-ttl uint32 max ttl
30 -m|--max-ms uint32 max millisecond wait
1000 -r|--resolve|+r|--no-resolve resolve hostname
-v|--verbose|+v|--no-verbose display intermediary results
Examples:
netwox 215 -i "all"Tool 62: Traceroute UDP (EthIp spoof)
Tool 62: Traceroute UDP (EthIp spoof)
Description:
This tool lists routers on the path to a computer.
How traceroute works: IP header contains a field named TTL indicating
the number of hops a packet can cross. Each router decreases TTL. When
it reaches 0, the router sends an ICMP Time Exceeded error back to the
IP source address. Traceroute works by slowly increasing TTL. So, we
obtain the list of successive routers because each one sends an ICMP
Time Exceeded.
This tool sends an UDP packet to a computer. If host permits UDP, it
will send back an ICMP error (if port is closed), or send back nothing
(if port is open). So, it's important to understand UDP port has to be
closed for computer to return something.
This tool also permits to use fake Ethernet and IP addresses.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Usage:
netwox 62 -i ip [-d device] [-E eth] [-e eth] [-I ip] [-p port] [-T uint32] [-t uint32] [-m uint32] [-r|+r]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:a:a:a:a:a -e|--dst-eth eth destination ethernet address
0:b:b:b:b:b -I|--src-ip ip source IP address
1.2.3.4 -p|--dst-port port destination port number
80 -T|--min-ttl uint32 min ttl
1 -t|--max-ttl uint32 max ttl
30 -m|--max-ms uint32 max millisecond wait
1000 -r|--resolve|+r|--no-resolve resolve hostname
Examples:
netwox 62 -i "5.6.7.8"Tool 211: Web spider : converts a local downloaded filename to its original url
Tool 211: Web spider : converts a local downloaded filename to its original url
Description:
This tool indicates the original url of a local filename.
For example files/02/f.html may be the local copy of http://s/f.php.
Usage:
netwox 211 -c file -f file
Parameters:
parameter description example
-c|--conffile file configuration file
srcfile.txt -f|--filename file filename to convert
file.txt
Examples:
netwox 211 -c "srcfile.txt" -f "file.txt"Tool 76: Synflood
Tool 76: Synflood
Description:
This tool sends a lot of TCP SYN packets.
It permits to check how a firewall behaves when receiving packets
which have to be ignored.
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to spoof.
Usage:
netwox 76 -i ip -p port [-s spoofip]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -p|--dst-port port destination port number
80 -s|--spoofip spoofip IP spoof initialization type
linkbraw
Examples:
netwox 76 -i "5.6.7.8" -p "80"Tool 54: Ping UDP (EthIp spoof)
Tool 54: Ping UDP (EthIp spoof)
Description:
This tool checks if a host is up. It's done sending a probe packet and
expecting a reply.
This tool sends an UDP packet to a computer. If host permits UDP, it
will send back an ICMP error (if port is closed), or send back nothing
(if port is open). So, it's important to understand UDP port has to be
closed for computer to return something.
This tool also permits to use fake Ethernet and IP addresses.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Usage:
netwox 54 -i ip [-d device] [-E eth] [-e eth] [-I ip] [-p port] [-c uint32] [-m uint32] [-b|+b] [-1|+1]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:a:a:a:a:a -e|--dst-eth eth destination ethernet address
0:b:b:b:b:b -I|--src-ip ip source IP address
1.2.3.4 -p|--dst-port port destination port number
80 -c|--max-count uint32 max requests
4294967295 -m|--max-ms uint32 max millisecond wait
1000 -b|--beep|+b|--no-beep beep if reached
-1|--display01|+1|--no-display01 display only 0 or 1
Examples:
netwox 54 -i "5.6.7.8"Tool 119: HTTP HEAD
Tool 119: HTTP HEAD
Description:
This tool sends a HTTP request using method HEAD. HTTP protocol
defines HEAD method to retrieve only headers of a document.
Parameter --uri is the uri/url requested.
Parameters --proxy-ip, --proxy-port, --proxy-login and
--proxy-password defines the web proxy and credentials.
Parameter --user-agent defines the client name to send. For example
'Mozilla/5.0'.
Parameter --display-status indicates to display status code of reply
to screen.
Parameter --display-headers indicates to display reply headers.
Parameter --file-headers indicates the filename where to store
headers.
Synonyms:
web
Usage:
netwox 119 -u uri [-s|+s] [-h|+h] [-p ip] [-P port] [-l login] [-L password] [-U useragent] [-H file] [-T uint32]
Parameters:
parameter description example
-u|--uri uri url/uri to download
http://www.example.com/ -s|--display-status|+s|--no-display-status display statuscode to screen
-h|--display-headers|+h|--no-display-headers display headers to screen
-p|--proxy-ip ip IP address of proxy
5.6.7.8 -P|--proxy-port port port of proxy
3128 -l|--proxy-login login login of proxy
-L|--proxy-password password password of proxy
-U|--user-agent useragent user agent
Mozilla/5.0 -H|--file-headers file file receiving headers
filehdr.txt -T|--timeout uint32 timeout in ms
60000
Examples:
netwox 119 -u "http://www.example.com/"Tool 72: Scan ARP (EthIp spoof)
Tool 72: Scan ARP (EthIp spoof)
Description:
This tool checks if several hosts are up.
This tool sends an ARP request. If host is up, it will send back an
ARP Reply.
This tool also permits to use fake Ethernet and IP addresses.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Synonyms:
nmap
Usage:
netwox 72 -i ips [-d device] [-E eth] [-I ip] [-m uint32] [-M uint32] [-u|+u]
Parameters:
parameter description example
-i|--ips ips list/range of IP addresses
1.2.3.4,5.6.7.8 -d|--device device spoof device
Eth0 -E|--src-eth eth source ethernet address
0:a:a:a:a:a -I|--src-ip ip source IP address
1.2.3.4 -m|--min-ms uint32 min millisecond delay between packets
0 -M|--max-ms uint32 max millisecond wait for answers
5000 -u|--disp-useful|+u|--no-disp-useful only display useful info
Examples:
netwox 72 -i "1.2.3.4,5.6.7.8"Tool 130: Brute force ftp client
Tool 130: Brute force ftp client
Description:
This tool successively tries couples of login and passwords in order
to find matching authentication credentials.
Parameter --login defines the logins to try. To check several logins,
parameter --login-file is the file containing logins (one per line).
Parameter --password-file is the file containing passwords (1/line).
Parameter --stopatfirst indicates to stop when first match is found.
Parameter --numthread defines the number of threads (simultaneous
running checks) to use.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Usage:
netwox 130 -i ip [-L login] -w file [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-l file] [-T uint32] [-s|+s] [-n uint32] [-v|+v]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -L|--login login login
-w|--password-file file password file
passwordfile.txt -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
21 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-l|--login-file file login file
loginfile.txt -T|--timeout uint32 timeout in milliseconds
60000 -s|--stopatfirst|+s|--no-stopatfirst stop at first valid login found
-n|--numthread uint32 number of threads to launch
5 -v|--verbose|+v|--no-verbose be verbose
This boolean is set.
Examples:
netwox 130 -i "5.6.7.8" -w "passwordfile.txt"Tool 86: Sniff and send ICMP4/ICMP6 redirect
Tool 86: Sniff and send ICMP4/ICMP6 redirect
Description:
This tool sends an ICMP error message when a packet matching filter
is sniffed.
Parameter --device indicates on which device to sniff. Please note
that under some systems, such as Windows, sniffing on some devices is
not supported.
Parameter --filter defines the sniff filter. It permits to restrict
captured packets. This kind of filter is named a BPF or pcap filter.
Basic elements of a filter are:
host 1.2.3.4
net 192.168.10
net 192.168.10.0 mask 255.255.255.0
net 192.168.10.0/24
port 21
dst host 1.2.3.4
src port 2345
ether host a:b:c:d:e:f ('ether a:b:c:d:e:f' is not working)
ether src aa:bb:cc:dd:ee:ff
ip
arp
rarp
tcp
icmp
udp
Here are filter examples:
"host 1.2.3.4"
"net 192.168 and icmp"
"host 1.2.3.4 or dst port 80"
"(udp or tcp) and not host 1.2.3.4"
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Usage:
netwox 86 [-d device] [-f filter] -g ip [-s spoofip] [-c uint32] [-i ip]
Parameters:
parameter description example
-d|--device device device name
Eth0 -f|--filter filter pcap filter
-g|--gw ip new gateway
192.168.100.200 -s|--spoofip spoofip IP spoof initialization type
linkbraw -c|--code uint32 ICMP code
0 -i|--src-ip ip source IP address
192.168.100.200
Examples:
netwox 86 -g "192.168.100.200"Tool 78: Reset every TCP packet
Tool 78: Reset every TCP packet
Description:
This tool resets every TCP session matching a filter. It permits to
temporarily block a TCP flow without having to change firewall rules.
It also permits to force a renegotiation of session parameters, in
order to sniff the beginning of connection.
Parameter --device indicates on which device to sniff. Please note
that under some systems, such as Windows, sniffing on some devices is
not supported.
Parameter --filter defines the sniff filter. It permits to restrict
captured packets. This kind of filter is named a BPF or pcap filter.
Basic elements of a filter are:
host 1.2.3.4
net 192.168.10
net 192.168.10.0 mask 255.255.255.0
net 192.168.10.0/24
port 21
dst host 1.2.3.4
src port 2345
ether host a:b:c:d:e:f ('ether a:b:c:d:e:f' is not working)
ether src aa:bb:cc:dd:ee:ff
ip
arp
rarp
tcp
icmp
udp
Here are filter examples:
"host 1.2.3.4"
"net 192.168 and icmp"
"host 1.2.3.4 or dst port 80"
"(udp or tcp) and not host 1.2.3.4"
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Usage:
netwox 78 [-d device] [-f filter] [-s spoofip] [-i ips]
Parameters:
parameter description example
-d|--device device device name
Eth0 -f|--filter filter pcap filter
-s|--spoofip spoofip IP spoof initialization type
linkbraw -i|--ips ips limit the list of IP addresses to reset
all
Example:
netwox 78Tool 81: Send an ICMP4 timestamp
Tool 81: Send an ICMP4 timestamp
Description:
This tool sends an ICMP timestamp, and waits for an answer.
The timestamp is the number of milliseconds since midnight UT.
It permits to know computer time.
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Usage:
netwox 81 -i ip [-s spoofip]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -s|--spoofip spoofip IP spoof initialization type
best
Examples:
netwox 81 -i "5.6.7.8"Tool 202: SMB/CIFS client: list contents of a directory
Tool 202: SMB/CIFS client: list contents of a directory
Description:
This tool is a simple SMB/CIFS client listing contents of a directory.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Parameter --share indicates the share name.
Parameter --user indicates the optional username.
Parameter --password indicates the optional password.
Parameter --authversion defines the authentication protocol to use
(0=Lanman, 1=NTLMv1, 2=NTLMv2, unset=guess(try NTLMv2, then NTLMv1,
and finally Lanman)).
Parameter --netbiosname defines the NetBIOS name of server. It is
generally the same as its DNS name. Most of the time, it is not
needed.
Parameter --verbose displays activity (set it if a problem occurs).
Parameter --debug displays packets to screen.
Example, to connect on //server/myshare/, use:
--dst-ip myserver --share myshare --netbiosname myserver --user bob
--password hello
Synonyms:
smbclient
Usage:
netwox 202 -i ip -s smbshare [-u login] [-w password] [-N netbiosname] -f dir [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-v uint32] [-T uint32] [-V|+V] [-D|+D]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -s|--share smbshare share name
C$ -u|--user login username
-w|--password password password
-N|--netbiosname netbiosname server NetBIOS NAME
-f|--dirname dir directory name
mydir -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
139 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-v|--authversion uint32 0=Lanman, 1=NTLMv1, 2=NTLMv2, unset=best
2 -T|--timeout uint32 timeout in milliseconds
60000 -V|--verbose|+V|--no-verbose display SMB trace
-D|--debug|+D|--no-debug display SMB packets
Examples:
netwox 202 -i "5.6.7.8" -s "C$" -f "mydir"Tool 127: Cypher/decypher a file using a xor
Tool 127: Cypher/decypher a file using a xor
Description:
This tool permits to cypher and decypher a file. This algorithm is not
very strong, and can be defeated using a known text attack.
It uses the --password parameter to generate a pseudo-random string.
Then, a XOR is done between the string and the file's content.
Due to XOR properties, this tool can also decrypt.
Usage:
netwox 127 -p password -i file -o file
Parameters:
parameter description example
-p|--password password password
-i|--src-file file source filename
srcfile.txt -o|--dst-file file destination filename
dstfile.txt
Examples:
netwox 127 -p "" -i "srcfile.txt" -o "dstfile.txt"Tool 112: FTP client : get a file
Tool 112: FTP client : get a file
Description:
This tool retrieves a file from a FTP server.
Parameters --user and --pass defines the username and password.
FTP protocol can use Active or Passive transfers. Parameter --passive
activates a passive transfer (by default, it's active).
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Synonyms:
download
Usage:
netwox 112 -i ip [-u login] [-a password] [-V|+V] -F file -f file [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-T uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -u|--user login username
anonymous -a|--pass password password
user@ -V|--passive|+V|--no-passive passive
-F|--remote-file file remote file
/etc/passwd -f|--local-file file local file
passwd_copy -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
21 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-T|--timeout uint32 timeout in milliseconds
60000
Examples:
netwox 112 -i "5.6.7.8" -F "/etc/passwd" -f "passwd_copy"Tool 39: Spoof Ip4Udp packet
Tool 39: Spoof Ip4Udp packet
Description:
This tool sends a fake packet on the network.
Each parameter name should be self explaining.
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to spoof.
Synonyms:
hping, send
Usage:
netwox 39 [-c uint32] [-e uint32] [-f|+f] [-g|+g] [-h|+h] [-i uint32] [-j uint32] [-k uint32] [-l ip] [-m ip] [-n ip4opts] [-o port] [-p port] [-q mixed_data] [-a spoofip] [-s uint32] [-t uint32] [-u uint32] [-v uint32] [-w uint32]
Parameters:
parameter description example
-c|--ip4-tos uint32 IP4 tos
0 -e|--ip4-id uint32 IP4 id (rand if unset)
0 -f|--ip4-reserved|+f|--no-ip4-reserved IP4 reserved
-g|--ip4-dontfrag|+g|--no-ip4-dontfrag IP4 dontfrag
-h|--ip4-morefrag|+h|--no-ip4-morefrag IP4 morefrag
-i|--ip4-offsetfrag uint32 IP4 offsetfrag
0 -j|--ip4-ttl uint32 IP4 ttl
0 -k|--ip4-protocol uint32 IP4 protocol
0 -l|--ip4-src ip IP4 src
192.168.100.200 -m|--ip4-dst ip IP4 dst
5.6.7.8 -n|--ip4-opt ip4opts IPv4 options
-o|--udp-src port UDP src
1234 -p|--udp-dst port UDP dst
80 -q|--udp-data mixed_data mixed data
-a|--spoofip spoofip IP spoof initialization type
best -s|--ip4-ihl uint32 IP4 ihl
5 -t|--ip4-totlen uint32 IP4 totlen
0 -u|--ip4-checksum uint32 IP4 checksum
0 -v|--udp-len uint32 UDP length
0 -w|--udp-checksum uint32 UDP checksum
0
Example:
netwox 39Tool 163: SNMP Inform
Tool 163: SNMP Inform
Description:
This tool sends a INFORM to a SNMP server. It permits to inform a
server.
Parameter --version defines SNMP version to use (from 1 to 3).
Versions 1 and 2 need --community parameter to set community name.
Version 3 requires --username and --password. Parameter --authmd5
indicates if md5 authentication is used. Parameters
--authoritativeengineid, --authoritativeengineboots,
--authoritativeenginetime, --contextengineid and --contextname are
optional version 3 parameters.
Parameter --display shows packets.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Synonyms:
snmpinform
Usage:
netwox 163 -i ip [-c password] -r oid -z uint32 -n oid -t oidtype -V data [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-v uint32] [-m|+m] [-u login] [-w password] [-A mixed_data] [-B uint32] [-M uint32] [-C mixed_data] [-N data] [-T uint32] [-y|+y]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -c|--community password SNMPv1/v2 community
public -r|--enterprise oid enterprise
.1.1 -z|--timestamp uint32 timestamp
0 -n|--oidname oid oid name
.1.2 -t|--oidtype oidtype oid type (i,s,m,n,o,a,c,g,t,M,u,U)
s -V|--oidvalue data oid value
-d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
162 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-v|--version uint32 SNMP version (1, 2 or 3)
1 -m|--md5auth|+m|--no-md5auth SNMPv3 auth using MD5
This boolean is set. -u|--username login SNMPv3 username
-w|--password password SNMPv3 password
-A|--authoritativeengineid mixed_data SNMPv3 authoritativeengineid
-B|--authoritativeengineboots uint32 SNMPv3 authoritativeengineboots
0 -M|--authoritativeenginetime uint32 SNMPv3 authoritativeenginetime
0 -C|--contextengineid mixed_data SNMPv3 contextengineid
-N|--contextname data SNMPv3 contextname
-T|--timeout uint32 timeout in ms
10000 -y|--display|+y|--no-display display packets
Examples:
netwox 163 -i "5.6.7.8" -r ".1.1" -z "0" -n ".1.2" -t "s" -V ""Tool 105: Sniff and send DNS answers
Tool 105: Sniff and send DNS answers
Description:
This tool sniffs and replies to DNS requests. It will always return
the same information. It can be used to redirect network flow to a
computer.
The 'hostname' parameter is not used for type A queries.
The 'hostnameip' parameter is not used for type PTR queries.
Parameter --hostname defines the hostname to tell (www.example.com).
Parameter --hostnameip defines IP address of this hostname (1.2.3.4).
Parameter --authns is the authoritative name server (ns.example.com).
Parameter --authnsip defines IP address of name server (1.2.3.5).
Parameter --ttl defines the Time To Live of this reply.
Parameter --device indicates on which device to sniff. Please note
that under some systems, such as Windows, sniffing on some devices is
not supported.
Parameter --filter defines the sniff filter. It permits to restrict
captured packets. This kind of filter is named a BPF or pcap filter.
Basic elements of a filter are:
host 1.2.3.4
net 192.168.10
net 192.168.10.0 mask 255.255.255.0
net 192.168.10.0/24
port 21
dst host 1.2.3.4
src port 2345
ether host a:b:c:d:e:f ('ether a:b:c:d:e:f' is not working)
ether src aa:bb:cc:dd:ee:ff
ip
arp
rarp
tcp
icmp
udp
Here are filter examples:
"host 1.2.3.4"
"net 192.168 and icmp"
"host 1.2.3.4 or dst port 80"
"(udp or tcp) and not host 1.2.3.4"
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Synonyms:
bind
Usage:
netwox 105 -h hostname -H ip -a hostname -A ip [-d device] [-T uint32] [-f filter] [-s spoofip]
Parameters:
parameter description example
-h|--hostname hostname hostname
www.example.com -H|--hostnameip ip hostname IP
1.2.3.4 -a|--authns hostname authoritative name server
ns.example.com -A|--authnsip ip authns IP
1.2.3.5 -d|--device device device name
Eth0 -T|--ttl uint32 ttl in seconds
10 -f|--filter filter pcap filter
-s|--spoofip spoofip IP spoof initialization type
best
Examples:
netwox 105 -h "www.example.com" -H "1.2.3.4" -a "ns.example.com" -A "1.2.3.5"Tool 165: TFTP client : get a file
Tool 165: TFTP client : get a file
Description:
This tool retrieves a file located on a TFTP server.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Synonyms:
download
Usage:
netwox 165 -i ip -F file -f file [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-m data] [-T uint32] [-R uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -F|--remote-file file remote file
/etc/passwd -f|--local-file file local file
passwd_copy -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
69 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-m|--mode data mode (octet or netascii)
octet -T|--timeout uint32 timeout in milliseconds
10000 -R|--retry uint32 number of retry
3
Examples:
netwox 165 -i "5.6.7.8" -F "/etc/passwd" -f "passwd_copy"Tool 159: SNMP Get
Tool 159: SNMP Get
Description:
This tool requests a GET on a SNMP server. It permits to retrieve the
value of one item.
Parameter --oid is the oid to query. An oid is for example
'.1.3.6.1.2.1.1.4.0'.
Parameter --version defines SNMP version to use (from 1 to 3).
Versions 1 and 2 need --community parameter to set community name.
Version 3 requires --username and --password. Parameter --authmd5
indicates if md5 authentication is used. Parameters
--authoritativeengineid, --authoritativeengineboots,
--authoritativeenginetime, --contextengineid and --contextname are
optional version 3 parameters.
Parameter --display shows packets.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Synonyms:
snmpget
Usage:
netwox 159 -i ip [-c password] -q oid [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-v uint32] [-m|+m] [-u login] [-w password] [-A mixed_data] [-B uint32] [-M uint32] [-C mixed_data] [-N data] [-T uint32] [-y|+y]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -c|--community password SNMPv1/v2 community
public -q|--oid oid OID to query
.1.3.6.1.2.1.1.4.0 -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
161 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-v|--version uint32 SNMP version (1, 2 or 3)
1 -m|--md5auth|+m|--no-md5auth SNMPv3 auth using MD5
This boolean is set. -u|--username login SNMPv3 username
-w|--password password SNMPv3 password
-A|--authoritativeengineid mixed_data SNMPv3 authoritativeengineid
-B|--authoritativeengineboots uint32 SNMPv3 authoritativeengineboots
0 -M|--authoritativeenginetime uint32 SNMPv3 authoritativeenginetime
0 -C|--contextengineid mixed_data SNMPv3 contextengineid
-N|--contextname data SNMPv3 contextname
-T|--timeout uint32 timeout in ms
10000 -y|--display|+y|--no-display display packets
Examples:
netwox 159 -i "5.6.7.8" -q ".1.3.6.1.2.1.1.4.0"Tool 216: Beep
Tool 216: Beep
Description:
This tool beeps/bips.
Usage:
netwox 216 [-a|+a]
Parameters:
parameter description example
-a|--alarm|+a|--no-alarm use several beeps
Example:
netwox 216Tool 98: Flood a host with syslog messages
Tool 98: Flood a host with syslog messages
Description:
This tool sends a lot of random messages to a SYSLOG server.
This tool permits to check syslog server limits.
Parameter --message contains the common part which will be used in
all random messages.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Usage:
netwox 98 -i ip [-y uint32] [-m data] [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -y|--priority uint32 message's priority
0 -m|--message data message root part
hello -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
514 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
Examples:
netwox 98 -i "5.6.7.8"Tool 91: TCP server multiclients
Tool 91: TCP server multiclients
Description:
This tool listens for several clients connections. It can show
received data to screen (--showscreen), and echo it back to
client (--echoback).
Parameter --src-port defines the local port number to listen on.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --iptype defines which kind of IP address to use
when --src-ip is unset (accepted values: ip4 and ip6).
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device and --src-eth are not yet implemented.
Synonyms:
nc, netcat
Usage:
netwox 91 -P port [-s|+s] [-b|+b] [-d device] [-E eth] [-I ip] [-o ip4opts] [-O ip6exts] [-t iptype]
Parameters:
parameter description example
-P|--src-port port source port number
1234 -s|--showscreen|+s|--no-showscreen show data to screen
-b|--echoback|+b|--no-echoback echo data back to client
This boolean is set. -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -I|--src-ip ip source IP address
192.168.100.200 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-t|--iptype iptype type to use when src-ip is unset
ip4
Examples:
netwox 91 -P "1234"Tool 207: SMB/CIFS client: recursively get a directory
Tool 207: SMB/CIFS client: recursively get a directory
Description:
This tool is a simple SMB/CIFS client recursively getting a directory.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Parameter --share indicates the share name.
Parameter --user indicates the optional username.
Parameter --password indicates the optional password.
Parameter --authversion defines the authentication protocol to use
(0=Lanman, 1=NTLMv1, 2=NTLMv2, unset=guess(try NTLMv2, then NTLMv1,
and finally Lanman)).
Parameter --netbiosname defines the NetBIOS name of server. It is
generally the same as its DNS name. Most of the time, it is not
needed.
Parameter --verbose displays activity (set it if a problem occurs).
Parameter --debug displays packets to screen.
Example, to connect on //server/myshare/, use:
--dst-ip myserver --share myshare --netbiosname myserver --user bob
--password hello
Synonyms:
smbclient
Usage:
netwox 207 -i ip -s smbshare [-u login] [-w password] [-N netbiosname] -F dir -f dir [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-v uint32] [-T uint32] [-V|+V] [-D|+D]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -s|--share smbshare share name
C$ -u|--user login username
-w|--password password password
-N|--netbiosname netbiosname server NetBIOS NAME
-F|--remotedirname dir remote dir name
mydir -f|--localdirname dir local dir name
/tmp/mydir2 -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
139 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-v|--authversion uint32 0=Lanman, 1=NTLMv1, 2=NTLMv2, unset=best
2 -T|--timeout uint32 timeout in milliseconds
60000 -V|--verbose|+V|--no-verbose display SMB trace
-D|--debug|+D|--no-debug display SMB packets
Examples:
netwox 207 -i "5.6.7.8" -s "C$" -F "mydir" -f "/tmp/mydir2"Tool 96: TCP remote administration client (put file)
Tool 96: TCP remote administration client (put file)
Description:
This tool put a file to server of tool 93.
Parameter --src-file contains the local filename.
Parameter --file defines the remote filename to write.
Parameter --password defines the password (same as server's password).
Parameter --cypher defines if data has to be encrypted. Please note
this is not very strong. If known text is used, this algorithm can be
cracked.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Usage:
netwox 96 -i ip -p port -f file -F file [-w password] [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-o ip4opts] [-O ip6exts] [-x|+x] [-T uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -p|--dst-port port destination port number
80 -f|--src-file file source filename
srcfile.txt -F|--file file filename
file.txt -w|--password password password
netwox -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-x|--cypher|+x|--no-cypher if data is encrypted
-T|--timeout uint32 timeout in seconds
100
Examples:
netwox 96 -i "5.6.7.8" -p "80" -f "srcfile.txt" -F "file.txt"Tool 88: UDP client
Tool 88: UDP client
Description:
This tool connects to a UDP server. It's like telnet command.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Parameter --encode defines how to display data (common values: data,
dump, mixed).
Parameter --decode defines how keyboard data is entered (common
values: data, mixed).
Synonyms:
nc, netcat
Usage:
netwox 88 -i ip -p port [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-o ip4opts] [-O ip6exts] [-k decode] [-n encode]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -p|--dst-port port destination port number
80 -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-k|--decode decode how keyboard data is entered
data -n|--encode encode how network data is displayed
data
Examples:
netwox 88 -i "5.6.7.8" -p "80"Tool 151: Scan ICMP6 Neighbor Discovery (EthIp spoof)
Tool 151: Scan ICMP6 Neighbor Discovery (EthIp spoof)
Description:
This tool checks if several hosts are up.
This tool sends an ICMP6 Neighbor Discovery request. If host is up, it
will send back a Neighbor Discovery Reply.
This tool also permits to use fake Ethernet and IP addresses.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Synonyms:
nmap
Usage:
netwox 151 -i ips [-d device] [-E eth] [-I ip] [-u|+u] [-m uint32] [-M uint32]
Parameters:
parameter description example
-i|--ips ips list/range of IP addresses
fec0::1,fec0::2 -d|--device device spoof device
Eth0 -E|--src-eth eth source ethernet address
0:a:a:a:a:a -I|--src-ip ip source IP address
1.2.3.4 -u|--disp-useful|+u|--no-disp-useful only display useful info
-m|--min-ms uint32 min millisecond delay between packets
0 -M|--max-ms uint32 max millisecond wait for answers
5000
Examples:
netwox 151 -i "fec0::1,fec0::2"Tool 136: Web download (http://... or ftp://...)
Tool 136: Web download (http://... or ftp://...)
Description:
This tool downloads a HTTP or FTP file.
Parameter --uri is the uri/url requested.
Parameters --proxy-ip, --proxy-port, --proxy-login and
--proxy-password defines the web proxy and credentials.
Parameter --user-agent defines the client name to send. For example
'Mozilla/5.0'.
Parameter --display-status indicates to display status code of reply
to screen.
Synonyms:
curl, wget
Usage:
netwox 136 -u uri -f file [-p ip] [-P port] [-l login] [-L password] [-U useragent] [-F|+F] [-T uint32] [-s|+s]
Parameters:
parameter description example
-u|--uri uri url/uri to download
http://www.example.com/ -f|--dst-file file file to write to
dstfile.txt -p|--proxy-ip ip IP address of proxy
5.6.7.8 -P|--proxy-port port port of proxy
3128 -l|--proxy-login login login of proxy
-L|--proxy-password password password of proxy
-U|--user-agent useragent user agent
Mozilla/5.0 -F|--ftp-passive|+F|--no-ftp-passive use passive FTP
-T|--timeout uint32 timeout in ms
60000 -s|--display-status|+s|--no-display-status display statuscode to screen
Examples:
netwox 136 -u "http://www.example.com/" -f "dstfile.txt"Tool 51: Ping TCP
Tool 51: Ping TCP
Description:
This tool checks if a host is up. It's done sending a probe packet and
expecting a reply.
This tool sends a TCP SYN to a computer. If host permits TCP, it will
send back a TCP SYN-ACK (if port is open), or a TCP RST (if port is
closed).
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Usage:
netwox 51 -i ip [-p port] [-s spoofip] [-c uint32] [-m uint32] [-b|+b] [-1|+1]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -p|--dst-port port destination port number
80 -s|--spoofip spoofip IP spoof initialization type
best -c|--max-count uint32 max requests
4294967295 -m|--max-ms uint32 max millisecond wait
1000 -b|--beep|+b|--no-beep beep if reached
-1|--display01|+1|--no-display01 display only 0 or 1
Examples:
netwox 51 -i "5.6.7.8"Tool 158: Network performance measurement : UDP client
Tool 158: Network performance measurement : UDP client
Description:
This tool connects on tool 157. It permits to measure throughput and
jitter for UDP. So, tool 157 is ran on one computer, and tool 158 on
another.
Parameter --chunksize changes the size of data used for each step.
Parameter --duration defines the duration of test in milliseconds.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Synonyms:
iperf
Usage:
netwox 158 -i ip -p port [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-o ip4opts] [-O ip6exts] [-s uint32] [-u uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -p|--dst-port port destination port number
80 -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-s|--chunksize uint32 chunk size
500 -u|--duration uint32 test duration in ms
5000
Examples:
netwox 158 -i "5.6.7.8" -p "80"Tool 198: SMB/CIFS client: list shares
Tool 198: SMB/CIFS client: list shares
Description:
This tool is a simple SMB/CIFS client listing shares.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Parameter --user indicates the optional username.
Parameter --password indicates the optional password.
Parameter --authversion defines the authentication protocol to use
(0=Lanman, 1=NTLMv1, 2=NTLMv2, unset=guess(try NTLMv2, then NTLMv1,
and finally Lanman)).
Parameter --netbiosname defines the NetBIOS name of server. It is
generally the same as its DNS name. Most of the time, it is not
needed.
Parameter --verbose displays activity (set it if a problem occurs).
Parameter --debug displays packets to screen.
Synonyms:
smbclient
Usage:
netwox 198 -i ip [-u login] [-w password] [-N netbiosname] [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-v uint32] [-T uint32] [-V|+V] [-D|+D]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -u|--user login username
-w|--password password password
-N|--netbiosname netbiosname server NetBIOS NAME
-d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
139 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-v|--authversion uint32 0=Lanman, 1=NTLMv1, 2=NTLMv2, unset=best
2 -T|--timeout uint32 timeout in milliseconds
60000 -V|--verbose|+V|--no-verbose display SMB trace
-D|--debug|+D|--no-debug display SMB packets
Examples:
netwox 198 -i "5.6.7.8"Tool 192: Spoof of packet samples : fragment, ip4opt:ssrr
Tool 192: Spoof of packet samples : fragment, ip4opt:ssrr
Description:
This tool sends hardcoded packet samples. Samples are (--sample
defines number): 1=udp_syslog, 2=tcp_syn, 3=tcpsynack, 4=tcpack,
5=ping.
Packets contain IP4 options and can be fragmented before been sent.
IP4 options contains a Strict Source Record Route option.
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to spoof.
Synonyms:
ip4 option, send
Usage:
netwox 192 [-s ip] [-d ip] [-S port] [-D port] [-n uint32] [-f uint32] [-x|+x] [-i ips] [-a spoofip]
Parameters:
parameter description example
-s|--ip4-src ip IP4 src
192.168.100.200 -d|--ip4-dst ip IP4 dst
5.6.7.8 -S|--tcp-src port TCP port src
80 -D|--tcp-dst port TCP port dst
80 -n|--sample uint32 number of sample (1 to n)
1 -f|--fragsize uint32 fragment size (0=nofrag)
0 -x|--display|+x|--no-display display
-i|--ip4opt-ips ips IP addresses for SSRR
1.2.3.4,5.6.7.8 -a|--spoofip spoofip IP spoof initialization type
best
Example:
netwox 192Tool 145: Spoof Ip6Udp packet
Tool 145: Spoof Ip6Udp packet
Description:
This tool sends a fake packet on the network.
Each parameter name should be self explaining.
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to spoof.
Synonyms:
hping, send
Usage:
netwox 145 [-c uint32] [-l uint32] [-f uint32] [-g uint32] [-h ip] [-i ip] [-j ip6exts] [-o port] [-p port] [-q mixed_data] [-a spoofip] [-e uint32] [-s uint32] [-t uint32]
Parameters:
parameter description example
-c|--ip6-trafficclass uint32 IP6 traffic class
0 -l|--ip6-flowlabel uint32 IP6 flow label
0 -f|--ip6-protocol uint32 IP6 next_header/protocol
0 -g|--ip6-ttl uint32 IP6 hop_limit/ttl
0 -h|--ip6-src ip IP6 src
fe80::6aa3:c4ff:feea:768a -i|--ip6-dst ip IP6 dst
fec0:0:0:1::2 -j|--ip6-exts ip6exts IP6 extensions
-o|--udp-src port UDP src
1234 -p|--udp-dst port UDP dst
80 -q|--udp-data mixed_data mixed data
-a|--spoofip spoofip IP spoof initialization type
best -e|--ip6-payloadlength uint32 IP6 payload length
0 -s|--udp-len uint32 UDP length
0 -t|--udp-checksum uint32 UDP checksum
0
Example:
netwox 145Tool 123: HTTP TRACE
Tool 123: HTTP TRACE
Description:
This tool sends a HTTP request using method TRACE. HTTP protocol
defines TRACE method to obtain information about the proxies on the
path.
Parameter --uri is the uri/url requested.
Parameters --proxy-ip, --proxy-port, --proxy-login and
--proxy-password defines the web proxy and credentials.
Parameter --user-agent defines the client name to send. For example
'Mozilla/5.0'.
Parameter --display-status indicates to display status code of reply
to screen.
Parameter --display-headers indicates to display reply headers.
Parameter --file-headers indicates the filename where to store
headers.
Parameter --display-body indicates to display reply body.
Parameter --file-body indicates the filename where to store body.
Synonyms:
web
Usage:
netwox 123 -u uri [-s|+s] [-h|+h] [-b|+b] [-p ip] [-P port] [-l login] [-L password] [-U useragent] [-H file] [-B file] [-T uint32]
Parameters:
parameter description example
-u|--uri uri url/uri to download
http://www.example.com/ -s|--display-status|+s|--no-display-status display statuscode to screen
-h|--display-headers|+h|--no-display-headers display headers to screen
-b|--display-body|+b|--no-display-body display body to screen
-p|--proxy-ip ip IP address of proxy
5.6.7.8 -P|--proxy-port port port of proxy
3128 -l|--proxy-login login login of proxy
-L|--proxy-password password password of proxy
-U|--user-agent useragent user agent
Mozilla/5.0 -H|--file-headers file file receiving headers
filehdr.txt -B|--file-body file file receiving body
filebody.txt -T|--timeout uint32 timeout in ms
60000
Examples:
netwox 123 -u "http://www.example.com/"Tool 179: DHCP client requesting an INFORM
Tool 179: DHCP client requesting an INFORM
Description:
This tool sends an INFORM message requesting DHCP servers to tell us
several parameters (gateway, dns server, etc.).
Parameters --device and --eth-src and --ip-src permit to send message
using a fake address.
This tool may need to be run with admin privilege in order to sniff
and spoof.
Usage:
netwox 179 [-d device] [-e eth] [-i ip] [-T uint32]
Parameters:
parameter description example
-d|--device device device for spoof
Eth0 -e|--eth-src eth Ethernet src
E0:69:95:6F:ED:9A -i|--ip-src ip IP src
192.168.100.200 -T|--timeout uint32 timeout in ms
30000
Example:
netwox 179Tool 196: WHOIS client
Tool 196: WHOIS client
Description:
This tool is a whois client.
It obtains information about an object (generally a domain name).
User has to specify a whois server (whois.internic.net, etc.).
For example: netwox 196 --dst-ip whois.nic.fr --query enterprise.fr
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Usage:
netwox 196 -i ip -q hostname [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-T uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -q|--query hostname information to query
www.example.com -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
43 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-T|--timeout uint32 timeout in milliseconds
60000
Examples:
netwox 196 -i "5.6.7.8" -q "www.example.com"Tool 11: Sniff and verify checksums
Tool 11: Sniff and verify checksums
Description:
This tool sniffs and verify checksums (IP header, TCP, UDP, etc.).
If a bad checksum is encountered, it is displayed along with the
expected value.
Parameter --device indicates on which device to sniff. Please note
that under some systems, such as Windows, sniffing on some devices is
not supported.
Parameter --filter defines the sniff filter. It permits to restrict
captured packets. This kind of filter is named a BPF or pcap filter.
Basic elements of a filter are:
host 1.2.3.4
net 192.168.10
net 192.168.10.0 mask 255.255.255.0
net 192.168.10.0/24
port 21
dst host 1.2.3.4
src port 2345
ether host a:b:c:d:e:f ('ether a:b:c:d:e:f' is not working)
ether src aa:bb:cc:dd:ee:ff
ip
arp
rarp
tcp
icmp
udp
Here are filter examples:
"host 1.2.3.4"
"net 192.168 and icmp"
"host 1.2.3.4 or dst port 80"
"(udp or tcp) and not host 1.2.3.4"
Parameter --rawip indicates to ignore Ethernet/link layer, and start
displaying at IP header.
Parameter --ipreas tries to reassemble IP packets. This might miss
packets.
This tool may need to be run with admin privilege in order to sniff.
Synonyms:
capture
Usage:
netwox 11 [-d device] [-f filter] [-r|+r] [-i|+i]
Parameters:
parameter description example
-d|--device device device name
Eth0 -f|--filter filter pcap filter
-r|--rawip|+r|--no-rawip sniff at IP level
-i|--ipreas|+i|--no-ipreas reassemble IP packets
Example:
netwox 11Tool 166: TFTP client : put a file
Tool 166: TFTP client : put a file
Description:
This tool stores a file on a TFTP server.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Synonyms:
upload
Usage:
netwox 166 -i ip -f file -F file [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-m data] [-T uint32] [-R uint32]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -f|--local-file file local file
passwd_copy -F|--remote-file file remote file
/etc/passwd -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
69 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-m|--mode data mode (octet or netascii)
octet -T|--timeout uint32 timeout in milliseconds
10000 -R|--retry uint32 number of retry
3
Examples:
netwox 166 -i "5.6.7.8" -f "passwd_copy" -F "/etc/passwd"1: Display network configuration 2: Display debugging information 3: Display information about an IP address or a hostname 4: Display information about an Ethernet address 5: Obtain Ethernet addresses of computers in an IP list 6: Display how to reach an IP address 7: Sniff 8: Sniff and display open ports 9: Sniff and display Ethernet addresses 10: Sniff and display network statistics 11: Sniff and verify checksums 12: Display which values to use for netwox parameters 13: Obtain DLT type for sniff and spoof for each device 14: Spoof a record 15: Display content of a record 16: Convert a record 17: Recompute checksums of packets in a record 18: Reassemble IP packets of a record, and reorder TCP flow 19: Extract a range of packets from a record 20: Search for strings in packets from a record 21: Convert a number 22: Convert a string 23: Display ASCII table 24: Convert IP addresses ranges 25: Test if a directory is secure 26: Dump a file 27: Compute MD5 of a file 28: Convert a binary file to readable and editable file 29: Convert a readable and editable file to a binary file 30: Convert a file from unix to dos 31: Convert a file from dos to unix 32: Spoof Ethernet packet 33: Spoof EthernetArp packet 34: Spoof EthernetIp4 packet 35: Spoof EthernetIp4Udp packet 36: Spoof EthernetIp4Tcp packet 37: Spoof EthernetIp4Icmp4 packet 38: Spoof Ip4 packet 39: Spoof Ip4Udp packet 40: Spoof Ip4Tcp packet 41: Spoof Ip4Icmp4 packet 42: Spoof of packet samples : fragment 43: Spoof of packet samples : fragment, ip4opt:noop 44: Spoof of packet samples : fragment, ip4opt:rr 45: Spoof of packet samples : fragment, ip4opt:lsrr 46: Spoof of packet samples : fragment, ip4opt:ts 47: Spoof of packet samples : fragment, ip4opt:ipts 48: Spoof of packet samples : fragment, ip4opt:ippts 49: Ping ICMP 50: Ping ICMP (EthIP spoof) 51: Ping TCP 52: Ping TCP (EthIp spoof) 53: Ping UDP 54: Ping UDP (EthIp spoof) 55: Ping ARP 56: Ping ARP (EthIp spoof) 57: Traceroute ICMP 58: Traceroute ICMP (EthIP spoof) 59: Traceroute TCP 60: Traceroute TCP (EthIp spoof) 61: Traceroute UDP 62: Traceroute UDP (EthIp spoof) 63: Traceroute on a specified IP protocol 64: Traceroute on a specified IP protocol (EthIp spoof) 65: Scan ICMP 66: Scan ICMP (EthIP spoof) 67: Scan TCP 68: Scan TCP (EthIp spoof) 69: Scan UDP 70: Scan UDP (EthIp spoof) 71: Scan ARP 72: Scan ARP (EthIp spoof) 73: Simulate presence of a/several computer/s (arp and ping) 74: Flood a host with random fragments 75: Fill table of a switch using a flood of Ethernet packets 76: Synflood 77: Check if seqnum are predictible 78: Reset every TCP packet 79: Acknowledge every TCP SYN 80: Periodically send ARP replies 81: Send an ICMP4 timestamp 82: Sniff and send ICMP4/ICMP6 destination unreachable 83: Sniff and send ICMP4/ICMP6 time exceeded 84: Sniff and send ICMP4/ICMP6 parameter problem 85: Sniff and send ICMP4 source quench 86: Sniff and send ICMP4/ICMP6 redirect 87: TCP client 88: UDP client 89: TCP server 90: UDP server 91: TCP server multiclients 92: UDP server multiclients 93: TCP remote administration server 94: TCP remote administration client (exec) 95: TCP remote administration client (get file) 96: TCP remote administration client (put file) 97: SYSLOG client 98: Flood a host with syslog messages 99: TELNET client 100: TELNET client executing one or several commands 101: Brute force telnet client 102: Query a DNS server 103: Obtain version of a Bind DNS server 104: DNS server always answering same values 105: Sniff and send DNS answers 106: Send an email 107: Post a newsgroup message 108: List newsgroups available on a server 109: Download one, or more, newsgroup messages 110: Ethernet bridge limiting flow 111: FTP listing a directory 112: FTP client : get a file 113: FTP client : put a file 114: FTP client : del a file 115: FTP client : get a directory recursively 116: FTP client : put a directory recursively 117: FTP client : del a directory recursively 118: HTTP GET 119: HTTP HEAD 120: HTTP POST 121: HTTP PUT 122: HTTP DELETE 123: HTTP TRACE 124: HTTP OPTIONS 125: HTTP server 126: HTTP remote administration server 127: Cypher/decypher a file using a xor 128: Split a file in smaller chunks 129: Reassemble chunks of a file 130: Brute force ftp client 131: Brute force http client (site password) 132: Brute force http client (proxy password) 133: Convert an url/uri 134: Obtain urls/uris in a HMTL file 135: Convert urls/uris in a HMTL file to absolute urls 136: Web download (http://... or ftp://...) 137: Create a sample configuration file for tool 138 138: Web spider (use configuration file created by tool 137) 139: Web spider on command line (fully recursive) 140: Spoof EthernetIp6 packet 141: Spoof EthernetIp6Udp packet 142: Spoof EthernetIp6Tcp packet 143: Spoof EthernetIp6Icmp6 packet 144: Spoof Ip6 packet 145: Spoof Ip6Udp packet 146: Spoof Ip6Tcp packet 147: Spoof Ip6Icmp6 packet 148: Ping ICMP6 Neighbor Discovery 149: Ping ICMP6 Neighbor Discovery (EthIp spoof) 150: Scan ICMP6 Neighbor Discovery 151: Scan ICMP6 Neighbor Discovery (EthIp spoof) 152: Interactive IRC client 153: IRC client listing channels 154: IRC client listening on a channel 155: Network performance measurement : TCP server 156: Network performance measurement : TCP client 157: Network performance measurement : UDP server 158: Network performance measurement : UDP client 159: SNMP Get 160: SNMP Walk 161: SNMP Trap 162: SNMP Trap2 163: SNMP Inform 164: SNMP Set 165: TFTP client : get a file 166: TFTP client : put a file 167: TFTP server 168: FTP server 169: Display simple network configuration easy to parse 170: TELNET server 171: DHCP client 172: List articles range of a newsgroup 173: Download overview of one, or more, newsgroup messages 174: FTP client : get a file and check its MD5 175: Web download (http://... or ftp://...) and check its MD5 176: TFTP client : get a file and check its MD5 177: Check if a SMTP server is up 178: Check if an IRC server is up 179: DHCP client requesting an INFORM 180: SNTP client obtaining time 181: SNTP server 182: Obtain size of a web file (http://... or ftp://...) 183: TCP relay 184: UDP relay 185: TCP multiclient relay 186: Millisecond sleep 187: Display date and time 188: SYSLOG server 189: SMTP server 190: Make coffee 191: Generate a password (English, French, Spanish) 192: Spoof of packet samples : fragment, ip4opt:ssrr 193: IDENT client requesting info about an open session 194: IDENT client creating a session and requesting its info 195: IDENT server 196: WHOIS client 197: WHOIS client guessing server 198: SMB/CIFS client: list shares 199: SMB/CIFS client: create a directory 200: SMB/CIFS client: delete a directory 201: SMB/CIFS client: rename a directory 202: SMB/CIFS client: list contents of a directory 203: SMB/CIFS client: delete a file 204: SMB/CIFS client: rename a file 205: SMB/CIFS client: get a file 206: SMB/CIFS client: put a file 207: SMB/CIFS client: recursively get a directory 208: SMB/CIFS client: recursively put a directory 209: SMB/CIFS client: recursively delete a directory 210: Web spider on command line (stay in same directory) 211: Web spider : converts a local downloaded filename to its original url 212: Web spider : converts an url to its local downloaded filename 213: Display a list of IP addresses 214: Traceroute discovery: graph of network topology 215: Traceroute discovery (EthIp spoof) 216: Beep 217: SMB/CIFS server 218: Netwox internal validation suite 219: Compute cryptographic hash of a file (md5, sha, etc.) 220: Convert a binary file to a base64 encoded file 221: Convert a base64 encoded file to a binary file 222: In a HMTL file, suppress links pointing to local urls 223: Forward an email Tool 24: Convert IP addresses ranges
Tool 24: Convert IP addresses ranges
Description:
This tool converts a range of IP addresses. For example:
netwox 24 --ips 192.168.1.128/27 --iprange --ipnumber --ipmask
returns:
192.168.1.128-192.168.1.159
192.168.1.128/27
192.168.1.128/255.255.255.224
It permits to easily compute netmask.
To obtain information about each address in a list of IP addresses,
use tool 3 with option -a.
See also tool 213.
Synonyms:
ipcalc, netmask
Usage:
netwox 24 -i ips [-h|+h] [-r|+r] [-n|+n] [-m|+m]
Parameters:
parameter description example
-i|--ips ips list/range of IP addresses
192.168.1.0/24 -h|--hnrange|+h|--no-hnrange display hostnames
-r|--iprange|+r|--no-iprange display ip-ip
-n|--ipnumber|+n|--no-ipnumber display ip/num
-m|--ipmask|+m|--no-ipmask display ip/mask
Examples:
netwox 24 -i "192.168.1.0/24"Tool 131: Brute force http client (site password)
Tool 131: Brute force http client (site password)
Description:
This tool successively tries couples of login and passwords in order
to find matching authentication credentials.
This tool tries to find password of web server (basic authentication).
Parameter --uri is the uri/url requested.
Parameters --proxy-ip, --proxy-port, --proxy-login and
--proxy-password defines the web proxy and credentials.
Parameter --user-agent defines the client name to send. For example
'Mozilla/5.0'.
Parameter --login defines the logins to try. To check several logins,
parameter --login-file is the file containing logins (one per line).
Parameter --password-file is the file containing passwords (1/line).
Parameter --stopatfirst indicates to stop when first match is found.
Parameter --numthread defines the number of threads (simultaneous
running checks) to use.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Synonyms:
web
Usage:
netwox 131 -u uri [-L login] -w file [-p ip] [-P port] [-g login] [-o password] [-U useragent] [-l file] [-T uint32] [-s|+s] [-n uint32] [-v|+v]
Parameters:
parameter description example
-u|--uri uri url/uri to download
http://server/private/ -L|--login login login
-w|--password-file file password file
passwordfile.txt -p|--proxy-ip ip IP address of proxy
5.6.7.8 -P|--proxy-port port port of proxy
3128 -g|--proxy-login login login of proxy
-o|--proxy-password password password of proxy
-U|--user-agent useragent user agent
Mozilla/5.0 -l|--login-file file login file
loginfile.txt -T|--timeout uint32 timeout in milliseconds
60000 -s|--stopatfirst|+s|--no-stopatfirst stop at first valid login found
-n|--numthread uint32 number of threads to launch
5 -v|--verbose|+v|--no-verbose be verbose
This boolean is set.
Examples:
netwox 131 -u "http://server/private/" -w "passwordfile.txt"Tool 104: DNS server always answering same values
Tool 104: DNS server always answering same values
Description:
This tool creates a simple DNS server. It will always return the same
information. It can be used to redirect network flow to a computer.
Parameter --hostname defines the hostname to tell (www.example.com).
Parameter --hostnameip defines IP address of this hostname (1.2.3.4).
Parameter --authns is the authoritative name server (ns.example.com).
Parameter --authnsip defines IP address of name server (1.2.3.5).
Parameter --ttl defines the Time To Live of this reply.
Parameter --src-port defines the local port number to listen on.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --iptype defines which kind of IP address to use
when --src-ip is unset (accepted values: ip4 and ip6).
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device and --src-eth permits to create
a virtual server using fake addresses (in this case, tool have to be
run with admin privilege in order to sniff and spoof at Ethernet
level).
This tool may need to be run with admin privilege in order to listen
on a small port number (port<1024).
Synonyms:
bind
Usage:
netwox 104 -h hostname -H ip -a hostname -A ip [-d device] [-E eth] [-I ip] [-P port] [-o ip4opts] [-O ip6exts] [-t iptype] [-T uint32]
Parameters:
parameter description example
-h|--hostname hostname hostname
www.example.com -H|--hostnameip ip hostname IP
1.2.3.4 -a|--authns hostname authoritative name server
ns.example.com -A|--authnsip ip authns IP
1.2.3.5 -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
53 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-t|--iptype iptype type to use when src-ip is unset
ip4 -T|--ttl uint32 ttl in seconds
10
Examples:
netwox 104 -h "www.example.com" -H "1.2.3.4" -a "ns.example.com" -A "1.2.3.5"Tool 199: SMB/CIFS client: create a directory
Tool 199: SMB/CIFS client: create a directory
Description:
This tool is a simple SMB/CIFS client creating a directory.
Parameter --dst-ip is the address of remote host/server.
Parameter --dst-port is the port number where to connect.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --src-port defines the local port number to use.
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device, --src-eth and --dst-eth permits to
create a virtual client using fake addresses (in this case, tool have
to be run with admin privilege in order to sniff and spoof at
Ethernet level).
Parameter --share indicates the share name.
Parameter --user indicates the optional username.
Parameter --password indicates the optional password.
Parameter --authversion defines the authentication protocol to use
(0=Lanman, 1=NTLMv1, 2=NTLMv2, unset=guess(try NTLMv2, then NTLMv1,
and finally Lanman)).
Parameter --netbiosname defines the NetBIOS name of server. It is
generally the same as its DNS name. Most of the time, it is not
needed.
Parameter --verbose displays activity (set it if a problem occurs).
Parameter --debug displays packets to screen.
Example, to connect on //server/myshare/, use:
--dst-ip myserver --share myshare --netbiosname myserver --user bob
--password hello
Synonyms:
smbclient
Usage:
netwox 199 -i ip -s smbshare [-u login] [-w password] [-N netbiosname] -f dir [-d device] [-E eth] [-e eth] [-I ip] [-P port] [-p port] [-o ip4opts] [-O ip6exts] [-v uint32] [-T uint32] [-V|+V] [-D|+D]
Parameters:
parameter description example
-i|--dst-ip ip destination IP address
5.6.7.8 -s|--share smbshare share name
C$ -u|--user login username
-w|--password password password
-N|--netbiosname netbiosname server NetBIOS NAME
-f|--dirname dir directory name
mydir -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -e|--dst-eth eth destination ethernet address
0:8:9:a:b:c -I|--src-ip ip source IP address
192.168.100.200 -P|--src-port port source port number
0 -p|--dst-port port destination port number
139 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-v|--authversion uint32 0=Lanman, 1=NTLMv1, 2=NTLMv2, unset=best
2 -T|--timeout uint32 timeout in milliseconds
60000 -V|--verbose|+V|--no-verbose display SMB trace
-D|--debug|+D|--no-debug display SMB packets
Examples:
netwox 199 -i "5.6.7.8" -s "C$" -f "mydir"Tool 185: TCP multiclient relay
Tool 185: TCP multiclient relay
Description:
This tool is a relay: a client will connect to it, then it will
connect to server. All data received from server is sent back to
client. All data received from client is sent to server. From server's
view point, it only sees relay as source IP address. From client's
viewpoint, it only sees relay as destination IP address.
This tool is different from tool 183 because several relays can be in
use simultaneously. It can be used like a load balancer.
Parameter --src-port defines the local port number to listen on.
Optional parameter --src-ip defines the local IP address to use.
Optional parameter --iptype defines which kind of IP address to use
when --src-ip is unset (accepted values: ip4 and ip6).
Optional parameter --ip4opts permits to add IP4 options encoded as
mixed.
Optional parameter --ip6exts permits to add IP6 options encoded as
mixed (first byte is the next header number).
Optional parameters --device and --src-eth are not yet implemented.
Parameter --server-ip is the address of remote host/server.
Parameter --server-port is the port number where to connect.
Parameter --allowed-clients lists the IP addresses or hosts allowed
to connect.
Usage:
netwox 185 -P port -x ips -X port [-d device] [-E eth] [-I ip] [-o ip4opts] [-O ip6exts] [-t iptype] [-c ips]
Parameters:
parameter description example
-P|--src-port port source port number
1234 -x|--server-ip ips list/range of IP addresses
1.2.3.4,1.2.3.5 -X|--server-port port destination port number
80 -d|--device device device name
Eth0 -E|--src-eth eth source ethernet address
0:2:3:4:5:6 -I|--src-ip ip source IP address
192.168.100.200 -o|--ip4opts ip4opts IPv4 options
-O|--ip6exts ip6exts IPv6 extensions
-t|--iptype iptype type to use when src-ip is unset
ip4 -c|--allowed-clients ips clients allowed to connect
all
Examples:
netwox 185 -P "1234" -x "1.2.3.4,1.2.3.5" -X "80"Tool 38: Spoof Ip4 packet
Tool 38: Spoof Ip4 packet
Description:
This tool sends a fake packet on the network.
Each parameter name should be self explaining.
Parameter --spoofip indicates how to generate link layer for spoofing.
Values 'best', 'link' or 'raw' are common choices for --spoofip. Here
is the list of accepted values:
- 'raw' means to spoof at IP4/IP6 level (it uses system IP stack). If
a firewall is installed, or on some systems, this might not work.
- 'linkf' means to spoof at link level (currently, only Ethernet is
supported). The 'f' means to Fill source Ethernet address.
However, if source IP address is spoofed, it might be impossible
to Fill it. So, linkf will not work: use linkb or linkfb instead.
- 'linkb' means to spoof at link level. The 'b' means to left a Blank
source Ethernet address (0:0:0:0:0:0, do not try to Fill it).
- 'linkfb' means to spoof at link level. The 'f' means to try to Fill
source Ethernet address, but if it is not possible, it is left
Blank.
- 'rawlinkf' means to try 'raw', then try 'linkf'
- 'rawlinkb' means to try 'raw', then try 'linkb'
- 'rawlinkfb' means to try 'raw', then try 'linkfb'
- 'linkfraw' means to try 'linkf', then try 'raw'
- 'linkbraw' means to try 'linkb', then try 'raw'
- 'linkfbraw' means to try 'linkfb', then try 'raw'
- 'link' is an alias for 'linkfb'
- 'rawlink' is an alias for 'rawlinkfb'
- 'linkraw' is an alias for 'linkfbraw'
- 'best' is an alias for 'linkraw'. It should work in all cases.
This tool may need to be run with admin privilege in order to spoof.
Synonyms:
hping, send
Usage:
netwox 38 [-c uint32] [-e uint32] [-f|+f] [-g|+g] [-h|+h] [-i uint32] [-j uint32] [-k uint32] [-l ip] [-m ip] [-n ip4opts] [-o mixed_data] [-a spoofip] [-p uint32] [-q uint32] [-r uint32]
Parameters:
parameter description example
-c|--ip4-tos uint32 IP4 tos
0 -e|--ip4-id uint32 IP4 id (rand if unset)
0 -f|--ip4-reserved|+f|--no-ip4-reserved IP4 reserved
-g|--ip4-dontfrag|+g|--no-ip4-dontfrag IP4 dontfrag
-h|--ip4-morefrag|+h|--no-ip4-morefrag IP4 morefrag
-i|--ip4-offsetfrag uint32 IP4 offsetfrag
0 -j|--ip4-ttl uint32 IP4 ttl
0 -k|--ip4-protocol uint32 IP4 protocol
0 -l|--ip4-src ip IP4 src
192.168.100.200 -m|--ip4-dst ip IP4 dst
5.6.7.8 -n|--ip4-opt ip4opts IPv4 options
-o|--ip4-data mixed_data mixed data
-a|--spoofip spoofip IP spoof initialization type
best -p|--ip4-ihl uint32 IP4 ihl
5 -q|--ip4-totlen uint32 IP4 totlen
0 -r|--ip4-checksum uint32 IP4 checksum
0
Example:
netwox 38Tool 29: Convert a readable and editable file to a binary file
Tool 29: Convert a readable and editable file to a binary file
Description:
This tool does the reverse of tool 28.
Editing a binary file is not easy with un-appropriate tools. Tool 28
converts a binary file which can be edited by a text editor. Tool 29
then recreates the binary file.
Synonyms:
hexedit
Usage:
netwox 29 -i file -o file
Parameters:
parameter description example
-i|--src-file file source filename
srcfile.txt -o|--dst-file file destination filename
dstfile.txt
Examples:
netwox 29 -i "srcfile.txt" -o "dstfile.txt"netwox (version 5.39.0)
Learning how to use netwox
A short user manual describes syntax.examples are available.detailed help describes each tool.test a router or a firewall .test an IPv6 firewall .Tutorials
If you do not understand some points, read network tutorials (this page contains links to documentation not written by me).Miscellaneous text files
Following files are a copy of files included in ".tgz". Please
ignore references to local path (for example ./doc/probleminstallunix.txt).presentation installation of netwox-5.39.0-src.tgz under Unix installation of netwox-5.39.0-src.tgz under Windows installation of netwox-5.39.0-bin_windows.tgz problems which might happen during installation of netwox-5.39.0-src.tgz under Unix problems which might happen during installation of netwox-5.39.0-src.tgz under Windows problems which might happen during installation of netwox-5.39.0-bin_windows.tgz how to add one tool in netwox under Unix how to add one tool in netwox under Windows problems which might happen during usage under Unix problems which might happen during usage under Windows list of unimplemented features how to report a new problem Availability
Toolbox netwox is available at :http://ntwox.sourceforge.net/ {
set fam [%W get [%W nearest %y]]
netwag_font_change $fam ""
}
netwag_dynhelp_init $fwcf.box "Choose the font to be used."
# create listbox containing the sizes
listbox $fwcs.box -yscrollcommand "$fwcs.scro set" -exportselection false -bg $netwag_glo_gui_bgcolor_listbox -highlightthickness 0
scrollbar $fwcs.scro -command "$fwcs.box yview" -troughcolor $netwag_glo_gui_bgcolor_listbox -highlightthickness 0
pack $fwcs.box -side left -fill both -expand 1
pack $fwcs.scro -side left -fill y
set imax [expr 2 * $oldsize]
if { $imax < 30 } { set imax 30 }
set isel -1
for {set i 1} {$i < $imax} {incr i} {
$fwcs.box insert end $i
if { $i == $oldsize } { set isel $i }
}
if { $isel != -1 } {
$fwcs.box selection set $isel
$fwcs.box yview $isel
}
bind $fwcs.box {
set size [%W get [%W nearest %y]]
netwag_font_change "" $size
}
netwag_dynhelp_init $fwcs.box "Choose the size for the font."
# create buttons
eval "button $fwb.bi -text Ignore -command { netwag_font_change \"$oldfam\" $oldsize ; destroy $fw } -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0"
eval "button $fwb.bo -text OK -command { destroy $fw } -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0"
pack $fwb.bi $fwb.bo -side left -expand 1
netwag_dynhelp_init $fwb.bi "Revert to the old font."
netwag_dynhelp_init $fwb.bo "Choose the current font."
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_cursor.tcl 0000644 0000000 0000000 00000005412 11776302040 021704 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
global netwag_cursor_default_cursor;
set netwag_cursor_default_cursor [. cget -cursor]
#################################################################
# PRIVATE FUNCTIONS
#################################################################
global netwag_priv_cursor_w
set netwag_priv_cursor_w {. .m .fc.text .fm.text .fn.body.pf1.bot.right.text.left.text}
#################################################################
# PUBLIC FUNCTIONS
#################################################################
## Set waiting cursor
proc netwag_cursor_wait { } {
# We should change cursor for each window using something like:
# catch {. configure -cursor watch}
# set list [winfo children .]
# while {[llength $list]} {
# set next {}
# foreach w $list {
# catch {$w configure -cursor watch}
# set next [concat $next [winfo children $w]]
# }
# set list $next
# }
# update idletasks
# However, this is long to run. When displaying watch, it's because
# we have a long task to run. We do not want it to become longer.
# So only main windows will have the clock:
global netwag_priv_cursor_w
foreach w $netwag_priv_cursor_w {
$w configure -cursor watch
}
netwag_update
}
## Set default cursor
proc netwag_cursor_default { } {
global netwag_cursor_default_cursor;
global netwag_priv_cursor_w
foreach w $netwag_priv_cursor_w {
$w configure -cursor $netwag_cursor_default_cursor
}
netwag_update
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_infol.tcl 0000644 0000000 0000000 00000012741 11776302040 021501 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
global netwag_priv_infol_text_output
global netwag_priv_infol_out_devices
global netwag_priv_infol_out_ip
global netwag_priv_infol_out_arp
global netwag_priv_infol_out_routes
global netwag_priv_infol_out_current
#################################################################
# PRIVATE FUNCTIONS
#################################################################
## Append data in the text
proc netwag_priv_infol_text_output_set { thedata } {
global netwag_priv_infol_text_output
$netwag_priv_infol_text_output configure -state normal
$netwag_priv_infol_text_output delete 1.0 end
$netwag_priv_infol_text_output insert end "$thedata"
$netwag_priv_infol_text_output configure -state disabled
}
## Get configuration
proc netwag_priv_infol_update { } {
global netwag_glo_bin_netwox
global netwag_priv_infol_out_devices
global netwag_priv_infol_out_ip
global netwag_priv_infol_out_arp
global netwag_priv_infol_out_routes
netwag_priv_infol_text_output_set "Update in progress..."
set msg ""
set ret [netwag_exec "$netwag_glo_bin_netwox 0 -c" outmsg retval errmsg]
if { $ret } {
set msg "could not obtain the configuration ($errmsg)"
} elseif { $retval } {
set msg "could not obtain the configuration (retval=$retval)"
} else {
if {[catch {eval $outmsg}]} {
set msg "error in tcl commands returned"
}
}
if {$msg != ""} {
set netwag_priv_infol_out_devices $msg
set netwag_priv_infol_out_ip $msg
set netwag_priv_infol_out_arp $msg
set netwag_priv_infol_out_routes $msg
}
return 0
}
#################################################################
# PUBLIC FUNCTIONS
#################################################################
## Initialize local information
proc netwag_infol_init { } {
global netwag_priv_infol_out_current
set netwag_priv_infol_out_current 1
return 0
}
## Called when a button is pressed
proc netwag_infol_button_press { butnum } {
global netwag_priv_infol_out_devices
global netwag_priv_infol_out_ip
global netwag_priv_infol_out_arp
global netwag_priv_infol_out_routes
global netwag_priv_infol_out_current
global netwag_glo_notebook_button_hidden_color
global netwag_glo_notebook_button_visible_color
global netwag_priv_infol_buttons
if {$butnum == 1} {
netwag_priv_infol_text_output_set $netwag_priv_infol_out_devices
$netwag_priv_infol_buttons.butdevices configure -bg $netwag_glo_notebook_button_visible_color
} else {
$netwag_priv_infol_buttons.butdevices configure -bg $netwag_glo_notebook_button_hidden_color
}
if {$butnum == 2} {
netwag_priv_infol_text_output_set $netwag_priv_infol_out_ip
$netwag_priv_infol_buttons.butip configure -bg $netwag_glo_notebook_button_visible_color
} else {
$netwag_priv_infol_buttons.butip configure -bg $netwag_glo_notebook_button_hidden_color
}
if {$butnum == 3} {
netwag_priv_infol_text_output_set $netwag_priv_infol_out_arp
$netwag_priv_infol_buttons.butarp configure -bg $netwag_glo_notebook_button_visible_color
} else {
$netwag_priv_infol_buttons.butarp configure -bg $netwag_glo_notebook_button_hidden_color
}
if {$butnum == 4} {
netwag_priv_infol_text_output_set $netwag_priv_infol_out_routes
$netwag_priv_infol_buttons.butroutes configure -bg $netwag_glo_notebook_button_visible_color
} else {
$netwag_priv_infol_buttons.butroutes configure -bg $netwag_glo_notebook_button_hidden_color
}
set netwag_priv_infol_out_current $butnum
}
## Called when Update button is pressed
proc netwag_infol_button_update { } {
netwag_cursor_wait
netwag_priv_infol_update
netwag_cursor_default
global netwag_priv_infol_out_devices
netwag_priv_infol_text_output_set $netwag_priv_infol_out_devices
global netwag_priv_infol_out_current
netwag_infol_button_press $netwag_priv_infol_out_current
return 0
}
## To initialize
global netwag_infol_eventuallyinit_done
set netwag_infol_eventuallyinit_done 0
proc netwag_infol_eventuallyinit { } {
global netwag_infol_eventuallyinit_done
if {$netwag_infol_eventuallyinit_done} {
return 0
}
netwag_infol_button_update
set netwag_infol_eventuallyinit_done 1
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_toolhist.tcl 0000644 0000000 0000000 00000012750 11776302040 022237 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
global netwag_priv_toolhist_lb
#################################################################
# PRIVATE FUNCTIONS
#################################################################
## Obtain the current selected command
proc netwag_priv_toolhist_cmd_init_cursel {} {
global netwag_priv_toolhist_lb
set sellist [$netwag_priv_toolhist_lb curselection]
if { ! [llength $sellist] } {
return ""
}
set selnum [lindex $sellist 0]
set cmd [netwag_priv_toolhist_cmd_init_selnum $selnum]
return $cmd
}
## Obtain the command at a given position
proc netwag_priv_toolhist_cmd_init_selnum { selnum } {
global netwag_priv_toolhist_lb
set seltext [$netwag_priv_toolhist_lb get $selnum]
return $seltext
}
## Display information about current tool
proc netwag_priv_toolhist_info { } {
global netwag_priv_toolhist_lb
global netwag_priv_toolsearch_tools_sort_lbline
set cmd [netwag_priv_toolhist_cmd_init_cursel]
if {$cmd == ""} {
return
}
set cmdlist [split $cmd]
set toolnum [lindex $cmdlist 0]
if {![info exists netwag_priv_toolsearch_tools_sort_lbline($toolnum)]} {
return
}
set msg "Tool "
append msg $netwag_priv_toolsearch_tools_sort_lbline($toolnum)
netwag_msg_add_info $msg 0
}
#################################################################
# PUBLIC FUNCTIONS
#################################################################
## Called when the "Copy" button is changed
proc netwag_toolhist_button_copy { } {
set cmd [netwag_priv_toolhist_cmd_init_cursel]
if { $cmd == "" } {
netwag_msg_add_warn "No history line is selected"
return
}
netwag_toolcmd_init $cmd
}
## Called when the "Del" button is changed
proc netwag_toolhist_button_del { } {
global netwag_priv_toolhist_lb
set sellist [$netwag_priv_toolhist_lb curselection]
if { ! [llength $sellist] } {
netwag_msg_add_warn "No history line is selected"
return
}
$netwag_priv_toolhist_lb del $sellist
set selsize [$netwag_priv_toolhist_lb size]
if { $selsize } {
set toselect [lindex $sellist 0]
if { $toselect < $selsize } {
$netwag_priv_toolhist_lb selection set $toselect
} else {
$netwag_priv_toolhist_lb selection set end
}
}
}
## To add a command in the history
proc netwag_toolhist_add { cmd } {
global netwag_priv_toolhist_lb
# add at end
$netwag_priv_toolhist_lb insert end "$cmd"
$netwag_priv_toolhist_lb see end
# now eventually remove it from previous history
set arraysize [$netwag_priv_toolhist_lb size]
for {set i 0} {$i < [expr $arraysize - 1]} {incr i} {
set cmdi [$netwag_priv_toolhist_lb get $i]
if {$cmdi == $cmd} {
# must be done now, because after the del, it will be unset
set sellist [$netwag_priv_toolhist_lb curselection]
# remove the old entry
$netwag_priv_toolhist_lb del $i
# eventually reselect the item
if { [llength $sellist] } {
set cursel [lindex $sellist 0]
if {$i == $cursel} {
$netwag_priv_toolhist_lb selection set end
}
}
# exit now because it should only be once
return
# note : if we decide to not return, do not forget "set i [expr $i - 1]"
}
}
}
## Called when the "Add" button is changed
proc netwag_toolhist_button_add { } {
if { [netwag_toolcmd_check cmd toolnum] } {
return
}
netwag_toolhist_add "$cmd"
}
## Initialize the hist function
proc netwag_toolhist_init { } {
global netwag_priv_toolhist_lb
# associate events
bind $netwag_priv_toolhist_lb {
focus $netwag_priv_toolhist_lb
}
bind $netwag_priv_toolhist_lb {
# this after is to be sure item is selected
after 1 netwag_priv_toolhist_info
}
bind $netwag_priv_toolhist_lb {
after 1 netwag_priv_toolhist_info
}
bind $netwag_priv_toolhist_lb {
after 1 netwag_priv_toolhist_info
}
bind $netwag_priv_toolhist_lb {
netwag_toolhist_button_copy
}
bind $netwag_priv_toolhist_lb {
netwag_toolhist_button_copy
}
bind $netwag_priv_toolhist_lb {
netwag_toolhist_button_del
}
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_menu.tcl 0000644 0000000 0000000 00000006662 11776302040 021343 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
global netwag_menu_fileexit_try ; set netwag_menu_fileexit_try 0
#################################################################
# PRIVATE FUNCTIONS
#################################################################
#################################################################
# PUBLIC FUNCTIONS
#################################################################
## Menu File - Exit
proc netwag_menu_fileexit { } {
global netwag_menu_fileexit_try
if {$netwag_menu_fileexit_try} {
# direct exit, otherwise on error could not exit
exit
}
set netwag_menu_fileexit_try 1
netwag_runtext_int_all
netwag_session_save
exit
}
## Menu Edit - Cut
proc netwag_menu_editcut { } {
event generate [focus]
}
## Menu Edit - Copy
proc netwag_menu_editcopy { } {
event generate [focus]
}
## Menu Edit - Paste
proc netwag_menu_editpaste { } {
event generate [focus]
}
## Menu Edit - Select
proc netwag_menu_editselect { } {
event generate [focus]
}
## Menu Edit - Find
proc netwag_menu_editfind { } {
netwag_txtfind_find
}
## Menu Session - New
proc netwag_menu_sessnew { } {
netwag_session_new
}
## Menu Session - Open
proc netwag_menu_sessopen { } {
netwag_session_open
}
## Menu Session - Save
proc netwag_menu_sesssave { } {
netwag_session_save
}
## Menu Session - SaveAs
proc netwag_menu_sesssaveas { } {
netwag_session_saveas
}
## Menu Option - Font
proc netwag_menu_optfont { } {
global netwag_font_windows_name
if { [winfo exists $netwag_font_windows_name] } {
raise $netwag_font_windows_name
} else {
netwag_font_changepopup
}
}
## Menu Help - Documentation
proc netwag_menu_helpdoc { } {
global netwag_help_doc_winname
if { [winfo exists $netwag_help_doc_winname] } {
raise $netwag_help_doc_winname
} else {
netwag_help_doc_popup
}
}
## Menu Help - About
proc netwag_menu_helpabout { } {
global netwag_help_about_winname
if { [winfo exists $netwag_help_about_winname] } {
raise $netwag_help_about_winname
} else {
netwag_help_about_popup
}
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_popen.tcl 0000644 0000000 0000000 00000010467 11776302040 021516 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
global netwag_priv_popen_fdcmd
#################################################################
# PRIVATE FUNCTIONS
#################################################################
#################################################################
# PUBLIC FUNCTIONS
#################################################################
## Initialize a popen
proc netwag_popen_init { cmd mode pfd perrmsg } {
global netwag_priv_popen_fdcmd
upvar $pfd fd
upvar $perrmsg errmsg
if { $mode == "rw" || $mode == "r+" } {
set acc "r+"
} elseif { $mode == "r" } {
set acc "r"
} elseif { $mode == "w" } {
set acc "w"
} else {
set errmsg "Unknown mode: $mode"
return -1
}
if { [catch { set fd [open "| $cmd" $acc] }] } {
set errmsg "Cannot run $cmd"
return -1
}
if { $fd == -1 } {
set errmsg "Cannot run $cmd"
return -1
}
set netwag_priv_popen_fdcmd($fd) $cmd
return 0
}
## Configure popen to be unblocking
proc netwag_popen_conf_block { fd block } {
if { $block } {
fconfigure $fd -blocking 1 -buffering line
} else {
fconfigure $fd -blocking 0 -buffering none
}
return 0
}
## Get the next line
proc netwag_popen_read_line { fd pline } {
global netwag_priv_popen_fdcmd
upvar $pline line
set ret [gets $fd line]
if { $ret == -1 } {
return -1
}
return 0
}
## Get the next data
proc netwag_popen_read_data { fd pdata } {
global netwag_priv_popen_fdcmd
upvar $pdata data
if [eof $fd] {
return -1
}
set data [read $fd 16383]
if { [string length $data] == 0 && [eof $fd] } {
return -1
}
return 0
}
## Write a line
proc netwag_popen_write_line { fd line } {
puts $fd $line
}
## Write data
proc netwag_popen_write_data { fd data } {
puts -nonewline $fd $data
}
## Close
proc netwag_popen_close { fd pretval perrmsg } {
global errorCode
global netwag_priv_popen_fdcmd
upvar $pretval retval
upvar $perrmsg errmsg
if { [catch { close $fd }] } {
set errlist [split $errorCode]
set errtype [lindex $errlist 0]
if { $errtype == "CHILDSTATUS" } {
set retval [lindex $errlist 2]
return 0
} elseif { $errtype == "NONE" } {
# occurs under Solaris 9, to obtain remote information
set retval 0
return 0
} else {
set cmd $netwag_priv_popen_fdcmd($fd)
set errmsg "Command $cmd exited with error $errlist"
return -1
}
}
set retval 0
return 0
}
## Interrupt
proc netwag_popen_interrupt { fd perrmsg } {
global errorCode
global netwag_priv_popen_fdcmd
upvar $perrmsg errmsg
if { [catch { close $fd }] } {
set errlist [split $errorCode]
set errtype [lindex $errlist 0]
if { $errtype == "CHILDKILLED" } {
return 0
} elseif { $errtype == "CHILDSTATUS" } {
return 0
} else {
set cmd $netwag_priv_popen_fdcmd($fd)
set errmsg "Command $cmd exited with error $errlist"
return -1
}
}
return 0
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_sys.tcl 0000644 0000000 0000000 00000014147 11776302040 021212 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
global netwag_sys_platform;
global netwag_sys_os;
global netwag_sys_platform_unknown; set netwag_sys_platform_unknown 1
global netwag_sys_platform_unix; set netwag_sys_platform_unix 2
global netwag_sys_platform_windows; set netwag_sys_platform_windows 3
global netwag_sys_platform_macintosh; set netwag_sys_platform_macintosh 4
global netwag_sys_os_unknown; set netwag_sys_os_unknown 1
global netwag_sys_os_linux; set netwag_sys_os_linux 2
global netwag_sys_os_freebsd; set netwag_sys_os_freebsd 3
global netwag_sys_os_openbsd; set netwag_sys_os_openbsd 4
global netwag_sys_os_solaris; set netwag_sys_os_solaris 5
global netwag_sys_os_macos; set netwag_sys_os_macos 6
global netwag_sys_os_windows95; set netwag_sys_os_windows95 100
global netwag_sys_os_windows98; set netwag_sys_os_windows98 101
global netwag_sys_os_windowsme; set netwag_sys_os_windowsme 102
global netwag_sys_os_windowsnt4; set netwag_sys_os_windowsnt4 110
global netwag_sys_os_windows2000; set netwag_sys_os_windows2000 111
global netwag_sys_os_windowsxp; set netwag_sys_os_windowsxp 112
global netwag_sys_os_windows2003; set netwag_sys_os_windows2003 113
#################################################################
# PRIVATE FUNCTIONS
#################################################################
#################################################################
# PUBLIC FUNCTIONS
#################################################################
## Initialize global variables containing system
proc netwag_sys_init { } {
global tcl_platform
global netwag_sys_platform
global netwag_sys_os
global netwag_sys_platform_unknown
global netwag_sys_platform_unix
global netwag_sys_platform_windows
global netwag_sys_platform_macintosh
global netwag_sys_os_unknown
global netwag_sys_os_linux
global netwag_sys_os_freebsd
global netwag_sys_os_openbsd
global netwag_sys_os_solaris
global netwag_sys_os_macos
global netwag_sys_os_windows95
global netwag_sys_os_windows98
global netwag_sys_os_windowsme
global netwag_sys_os_windowsnt4
global netwag_sys_os_windows2000
global netwag_sys_os_windowsxp
global netwag_sys_os_windows2003
if { $tcl_platform(platform) == "unix" } {
set netwag_sys_platform $netwag_sys_platform_unix
} elseif { $tcl_platform(platform) == "windows" } {
set netwag_sys_platform $netwag_sys_platform_windows
} elseif { $tcl_platform(platform) == "macintosh" } {
set netwag_sys_platform $netwag_sys_platform_macintosh
} else {
set netwag_sys_platform $netwag_sys_platform_unknown
}
set osv $tcl_platform(osVersion)
set netwag_sys_os $netwag_sys_os_unknown
if { $tcl_platform(os) == "Linux" } {
set netwag_sys_os $netwag_sys_os_linux
} elseif { $tcl_platform(os) == "FreeBSD" } {
set netwag_sys_os $netwag_sys_os_freebsd
} elseif { $tcl_platform(os) == "OpenBSD" } {
set netwag_sys_os $netwag_sys_os_openbsd
} elseif { $tcl_platform(os) == "Solaris" } {
set netwag_sys_os $netwag_sys_os_solaris
} elseif { $tcl_platform(os) == "SunOS" } {
set netwag_sys_os $netwag_sys_os_solaris
} elseif { $tcl_platform(os) == "Darwin" } {
set netwag_sys_os $netwag_sys_os_macos
} elseif { $tcl_platform(os) == "Windows 95" } {
set netwag_sys_os $netwag_sys_os_windows95
if { $osv == "4.0" } {
set netwag_sys_os $netwag_sys_os_windows95
} elseif { $osv == "4.10" } {
set netwag_sys_os $netwag_sys_os_windows98
} elseif { $osv == "4.90" } {
set netwag_sys_os $netwag_sys_os_windowsme
}
} elseif { $tcl_platform(os) == "Windows NT" } {
set netwag_sys_os $netwag_sys_os_windows2000
if { $osv == "4" } {
set netwag_sys_os $netwag_sys_os_windowsnt4
} elseif { $osv == "5.0" } {
set netwag_sys_os $netwag_sys_os_windows2000
} elseif { $osv == "5.1" } {
set netwag_sys_os $netwag_sys_os_windowsxp
} elseif { $osv == "5.2" } {
set netwag_sys_os $netwag_sys_os_windows2003
}
}
}
#################################################################
# INITIALIZE SYSTEM VARIABLES
#################################################################
netwag_sys_init
#################################################################
# CHECK TCL/TK VERSION
#################################################################
proc netwag_glo_check_version { versiontype theversion wantedmajor } {
# theversion is w.x.y.z...
set pospoint [string first "." $theversion]
set versionmajor [string range $theversion 0 [expr $pospoint - 1]]
if { $versionmajor < $wantedmajor } {
set errms "Version of $versiontype is too old ($versionmajor<$wantedmajor)"
puts $errms
label .l -text $errms
pack .l
update idletasks
after 10000
exit
}
}
netwag_glo_check_version "Tk" $tk_version 8
netwag_glo_check_version "Tcl" $tcl_version 8
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_exec.tcl 0000644 0000000 0000000 00000004550 11776302040 021315 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
#################################################################
# PRIVATE FUNCTIONS
#################################################################
#################################################################
# PUBLIC FUNCTIONS
#################################################################
## Complete exec of a command
# Example :
# set ret [netwag_exec "/bin/ls" outmsg retval errmsg]
# if { $ret } {
# puts "$errmsg"
# exit
# } elseif { $retval } {
# puts "process returned : $retval"
# exit
# }
# puts $outmsg
proc netwag_exec { cmd poutmsg pretval perrmsg } {
upvar $poutmsg outmsg
upvar $pretval retval
upvar $perrmsg errmsg
set outmsg ""
netwag_cursor_wait
set ret [netwag_popen_init $cmd "r" fd errmsg]
if { $ret } {
netwag_cursor_default
return $ret
}
while {1} {
set data [read $fd 16383]
if { [string length $data] == 0 && [eof $fd] } {
break
}
append outmsg "$data"
}
set ret [netwag_popen_close $fd retval errmsg]
netwag_cursor_default
return $ret
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_toolhf.tcl 0000644 0000000 0000000 00000011500 11776302040 021655 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
# used for help and form
global netwag_priv_toolhf_curtoolnum ; set netwag_priv_toolhf_curtoolnum -1
global netwag_priv_toolhf_wanttoolnum ; set netwag_priv_toolhf_wanttoolnum -2
#################################################################
# PRIVATE FUNCTIONS
#################################################################
proc netwag_priv_toolhf_init { toolnum } {
global netwag_priv_toolhelp_help
global netwag_priv_toolhelp_example
global netwag_priv_toolhelp_usage
global netwag_glo_bin_netwox
if {![info exist netwag_priv_toolhelp_help($toolnum)]} {
set ret [netwag_exec "$netwag_glo_bin_netwox 0 -h -u $toolnum" outmsg retval errmsg]
netwag_cursor_default
if { $ret } {
netwag_msg_add_err "Cannot obtain the help for $toolnum ($errmsg)"
return $ret
}
if { $retval } {
netwag_msg_add_err "Help for $toolnum might be incomplete (retgets=$retval)"
}
eval $outmsg
}
}
#################################################################
# PUBLIC FUNCTIONS
#################################################################
## Fake function for empty message
proc netwag_toolform_display_func0 { } {
netwag_toolform_add_text "No tool is selected. You have two choices to obtain help :\n - select a tool in Search notebook\n - enter a command (in front of Run button) and press Update button\n"
}
## Display description of a tool
proc netwag_toolhf_display { } {
global netwag_priv_toolhelp_text
global netwag_priv_toolhf_curtoolnum
global netwag_priv_toolhf_wanttoolnum
if {$netwag_priv_toolhf_wanttoolnum == $netwag_priv_toolhf_curtoolnum} {
return
}
if {$netwag_priv_toolhf_wanttoolnum < 0} {
# message
set msg "No tool is selected. You have two choices to obtain help :\n - select a tool in Search notebook\n - enter a command (in front of Run button) and press Update button\n"
$netwag_priv_toolhelp_text configure -state normal
$netwag_priv_toolhelp_text delete 1.0 end
$netwag_priv_toolhelp_text insert end $msg
$netwag_priv_toolhelp_text configure -state disabled
netwag_toolform_display 0
return
}
# reinit help and form
$netwag_priv_toolhelp_text configure -state normal
$netwag_priv_toolhelp_text delete 1.0 end
$netwag_priv_toolhelp_text configure -state disabled
netwag_toolform_reinit
# query and display (use a temporary variable because
# netwag_priv_toolhf_wanttoolnum is global and can be changed between
# the toolhf_init and _display)
set wanttoolnum $netwag_priv_toolhf_wanttoolnum
netwag_priv_toolhf_init $wanttoolnum
netwag_toolhelp_display $wanttoolnum
netwag_toolform_display $wanttoolnum
set netwag_priv_toolhf_curtoolnum $wanttoolnum
}
## Called when Update tool is pressed
proc netwag_toolhf_button_update {} {
if { [netwag_toolcmd_check usercmd toolnum] } {
return
}
set realcmd [netwag_toolcmd_withpassword $usercmd]
global netwag_priv_toolhf_wanttoolnum
set netwag_priv_toolhf_wanttoolnum $toolnum
netwag_toolhf_display
# update contents
global netwag_glo_bin_netwox
netwag_runcmd_file_init $realcmd tmpfilename
set ret [netwag_exec "$netwag_glo_bin_netwox 0 -f -b $tmpfilename -u $toolnum" outmsg retval errmsg]
if { $ret } {
netwag_msg_add_warn "Cannot update command line parameters for tool $toolnum ($errmsg)"
netwag_runcmd_file_del $tmpfilename
return
}
if { $retval } {
netwag_msg_add_warn "Cannot update tool $toolnum: $outmsg"
return
}
netwag_toolform_uncheck
eval $outmsg
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_toolhelp.tcl 0000644 0000000 0000000 00000005466 11776302040 022226 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
global netwag_priv_toolhelp_text
global netwag_priv_toolhelp_help
global netwag_priv_toolhelp_example
global netwag_priv_toolhelp_usage
#################################################################
# PRIVATE FUNCTIONS
#################################################################
#################################################################
# PUBLIC FUNCTIONS
#################################################################
## Display the description of a tool
proc netwag_toolhelp_display { toolnum } {
global netwag_priv_toolhelp_text
global netwag_priv_toolhelp_help
$netwag_priv_toolhelp_text configure -state normal
$netwag_priv_toolhelp_text delete 1.0 end
$netwag_priv_toolhelp_text insert end $netwag_priv_toolhelp_help($toolnum)
$netwag_priv_toolhelp_text configure -state disabled
}
## Called when Copy example is pressed
proc netwag_toolhelp_button_copyex {} {
global netwag_priv_toolhf_curtoolnum
global netwag_priv_toolhelp_example
if {$netwag_priv_toolhf_curtoolnum == -1} {
netwag_msg_add_err "No tool is selected"
return
}
netwag_toolcmd_init $netwag_priv_toolhelp_example($netwag_priv_toolhf_curtoolnum)
}
## Called when Copy usage is pressed
proc netwag_toolhelp_button_copyus {} {
global netwag_priv_toolhf_curtoolnum
global netwag_priv_toolhelp_usage
if {$netwag_priv_toolhf_curtoolnum == -1} {
netwag_msg_add_err "No tool is selected"
return
}
netwag_toolcmd_init $netwag_priv_toolhelp_usage($netwag_priv_toolhf_curtoolnum)
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_toolform.tcl 0000644 0000000 0000000 00000105752 11776302040 022240 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
global netwag_priv_toolform_cv
global netwag_priv_toolform_cvs
global netwag_priv_toolform_numobj ; set netwag_priv_toolform_numobj 0
global netwag_priv_toolform_info
global netwag_priv_toolform_numradio ; set netwag_priv_toolform_numradio 3
# a bit tricky but necessary to hide passwords
global netwag_priv_toolform_hidden
global netwag_priv_toolform_hidden_next
set netwag_priv_toolform_hidden_next 0
global netwag_priv_toolform_hidden_pattern
set netwag_priv_toolform_hidden_pattern(0) "--Hidden-Password-Number-"
set netwag_priv_toolform_hidden_pattern(1) "--"
#################################################################
# COMMON FUNCTIONS
#################################################################
## Left "[X] -k"
proc netwag_common_toolform_add_left_key { numobj key } {
global netwag_priv_toolform_cvf
global netwag_priv_toolform_info
global netwag_glo_gui_bgcolor_unused
set f1 $netwag_priv_toolform_cvf.key($numobj)
checkbutton $f1 -text "" -variable netwag_priv_toolform_info($numobj,isset) -font myfont -bg $netwag_glo_gui_bgcolor_unused -highlightthickness 0 -justify left -takefocus 0
netwag_mw_form $f1
netwag_dynhelp_init $f1 "Indicates if this line has to be generated."
grid $f1 -row $numobj -column 1 -sticky ns
}
proc netwag_common_toolform_del_left_key { numobj } {
global netwag_priv_toolform_cvf
grid forget $netwag_priv_toolform_cvf.key($numobj)
destroy $netwag_priv_toolform_cvf.key($numobj)
}
## Right "title"
proc netwag_common_toolform_add_right_title { numobj title } {
global netwag_priv_toolform_cvf
global netwag_priv_toolform_info
global netwag_glo_gui_bgcolor_unused
set f3 $netwag_priv_toolform_cvf.title($numobj)
label $f3 -text $title -font myfont -highlightthickness 0 -justify left -bg $netwag_glo_gui_bgcolor_unused -wraplen 0
netwag_mw_form $f3
netwag_dynhelp_init $f3 "Description of field on left."
grid $f3 -row $numobj -column 3 -sticky w
}
proc netwag_common_toolform_del_right_title { numobj } {
global netwag_priv_toolform_cvf
grid forget $netwag_priv_toolform_cvf.title($numobj)
destroy $netwag_priv_toolform_cvf.title($numobj)
}
proc netwag_common_toolform_resize_right_title { numobj } {
global netwag_priv_toolform_cv
global netwag_priv_toolform_cvf
set leftsize [lindex [grid bbox $netwag_priv_toolform_cvf 2 $numobj] 2]
set totalsize [winfo width $netwag_priv_toolform_cv]
set freespace [expr $totalsize - $leftsize - 40]
$netwag_priv_toolform_cvf.title($numobj) configure -wraplen $freespace
}
## Entry
proc netwag_common_toolform_entry_tab { c } {
if {[regexp "Tab" $c]} {
return 0
}
if {[regexp "Shift" $c]} {
return 0
}
return 1
}
#################################################################
# PRIVATE FUNCTIONS
#################################################################
########################################################################
## Generate a button
proc netwag_toolform_add_button { isreq key name title defaultval } {
global netwag_priv_toolform_cvf
global netwag_priv_toolform_info
global netwag_glo_gui_bgcolor_unused
global netwag_priv_toolform_numobj ; set numobj $netwag_priv_toolform_numobj
# create "-key"
netwag_common_toolform_add_left_key $numobj $key
# create "[X]"
set f2 $netwag_priv_toolform_cvf.button($numobj)
checkbutton $f2 -text "" -variable netwag_priv_toolform_info($numobj,var) -font myfont -bg $netwag_glo_gui_bgcolor_unused -wraplen 0 -justify left -command "set netwag_priv_toolform_info($numobj,isset) 1"
netwag_mw_form $f2
netwag_dynhelp_init $f2 "Check or uncheck this button to set or unset variable described on right."
grid $f2 -row $numobj -column 2 -sticky wens
# create "title"
netwag_common_toolform_add_right_title $numobj $title
# save info
set netwag_priv_toolform_info($numobj,type) "button"
set netwag_priv_toolform_info($numobj,isset) $isreq
set netwag_priv_toolform_info($numobj,var) $defaultval
set netwag_priv_toolform_info($numobj,isreq) $isreq
set netwag_priv_toolform_info($numobj,key) $key
set netwag_priv_toolform_info($numobj,name) $name
set netwag_priv_toolform_info($numobj,defaultval) $defaultval
# ready for next
incr netwag_priv_toolform_numobj
}
proc netwag_toolform_gene_button { numobj } {
global netwag_priv_toolform_info
if {!$netwag_priv_toolform_info($numobj,isset)} {
return ""
}
set name $netwag_priv_toolform_info($numobj,name)
if {$netwag_priv_toolform_info($numobj,var)} {
return " --$name"
}
return " --no-$name"
}
proc netwag_toolform_rst_button { numobj } {
global netwag_priv_toolform_info
set netwag_priv_toolform_info($numobj,isset) $netwag_priv_toolform_info($numobj,isreq)
set netwag_priv_toolform_info($numobj,var) $netwag_priv_toolform_info($numobj,defaultval)
}
proc netwag_toolform_update_button { numobj value } {
global netwag_priv_toolform_info
set netwag_priv_toolform_info($numobj,isset) 1
set netwag_priv_toolform_info($numobj,var) $value
}
proc netwag_toolform_del_button { numobj } {
global netwag_priv_toolform_cvf
netwag_common_toolform_del_left_key $numobj
grid forget $netwag_priv_toolform_cvf.button($numobj)
destroy $netwag_priv_toolform_cvf.button($numobj)
netwag_common_toolform_del_right_title $numobj
}
proc netwag_toolform_resize_button { numobj } {
netwag_common_toolform_resize_right_title $numobj
}
########################################################################
## Generate a radio button
proc netwag_toolform_add_radio { numradio isreq key name title defaultval } {
global netwag_priv_toolform_cvf
global netwag_priv_toolform_info
global netwag_glo_gui_bgcolor_unused
global netwag_priv_toolform_numobj ; set numobj $netwag_priv_toolform_numobj
# create "[X]"
set f2 $netwag_priv_toolform_cvf.button($numobj)
radiobutton $f2 -text "" -variable netwag_priv_toolform_info(radio,$numradio) -font myfont -bg $netwag_glo_gui_bgcolor_unused -wraplen 0 -justify left -command "set netwag_priv_toolform_info(radio,$numradio,set) 1" -value $name -activebackground $netwag_glo_gui_bgcolor_unused
netwag_mw_form $f2
netwag_dynhelp_init $f2 "Check or uncheck this button to set variable described on right."
grid $f2 -row $numobj -column 2 -sticky wens
if {$defaultval == 1} {
$f2 select
}
# create "title"
netwag_common_toolform_add_right_title $numobj $title
# save info
set netwag_priv_toolform_info($numobj,type) "radio"
set netwag_priv_toolform_info($numobj,numradio) $numradio
set netwag_priv_toolform_info($numobj,isset) 0
set netwag_priv_toolform_info($numobj,isreq) $isreq
set netwag_priv_toolform_info($numobj,key) $key
set netwag_priv_toolform_info($numobj,name) $name
set netwag_priv_toolform_info($numobj,defaultval) $defaultval
# ready for next
incr netwag_priv_toolform_numobj
}
proc netwag_toolform_gene_radio { numradio } {
global netwag_priv_toolform_info
if {!$netwag_priv_toolform_info(radio,$numradio,set)} {
return ""
}
set name $netwag_priv_toolform_info(radio,$numradio)
return " --$name"
}
proc netwag_toolform_rst_radio { numobj } {
global netwag_priv_toolform_cvf
global netwag_priv_toolform_info
if {$netwag_priv_toolform_info($numobj,defaultval) == 1} {
$netwag_priv_toolform_cvf.button($numobj) select
}
}
proc netwag_toolform_update_radio { numobj value } {
global netwag_priv_toolform_cvf
global netwag_priv_toolform_info
if {$value == 1} {
set r $netwag_priv_toolform_info($numobj,numradio)
set netwag_priv_toolform_info(radio,$r,set) 1
$netwag_priv_toolform_cvf.button($numobj) select
}
}
proc netwag_toolform_del_radio { numobj } {
global netwag_priv_toolform_cvf
grid forget $netwag_priv_toolform_cvf.button($numobj)
destroy $netwag_priv_toolform_cvf.button($numobj)
netwag_common_toolform_del_right_title $numobj
}
proc netwag_toolform_resize_radio { numobj } {
netwag_common_toolform_resize_right_title $numobj
}
########################################################################
## Generate an entry
proc netwag_toolform_add_entry_show { numobj } {
global netwag_priv_toolform_cvf
global netwag_priv_toolform_info
set f2 $netwag_priv_toolform_cvf.entry($numobj)
if {$netwag_priv_toolform_info($numobj,show)} {
set netwag_priv_toolform_info($numobj,show) 0
$f2.e configure -show "*"
} else {
set netwag_priv_toolform_info($numobj,show) 1
$f2.e configure -show ""
}
}
proc netwag_toolform_add_entry_inc { numobj step } {
global netwag_priv_toolform_info
if {[catch {expr $netwag_priv_toolform_info($numobj,var) + $step} v]} {
set v 0
}
if {$v < 0} {
set v 0
}
set netwag_priv_toolform_info($numobj,isset) 1
set netwag_priv_toolform_info($numobj,var) $v
}
proc netwag_toolform_add_entry_file { numobj } {
global netwag_priv_toolform_info
set initialdir {}
set initialfile {}
set oldvalue $netwag_priv_toolform_info($numobj,var)
if {![file isdir $oldvalue]} {
regsub "^.*/" "$oldvalue" {} initialfile
set num 0
while {![file isdir $oldvalue]} {
set oldvalue [file dirname $oldvalue]
incr num
if {$num > 10} {
# prevent infinite loop with "r:" under Windows
set oldvalue {}
break
}
}
}
set initialdir $oldvalue
set optparadir {}
set optparafile {}
if {$initialdir != {}} {
append optparadir " -initialdir \"$initialdir\""
append optparafile " -initialdir \"$initialdir\""
}
if {$initialfile != {}} {
append optparafile " -initialfile \"$initialfile\""
}
set enttype $netwag_priv_toolform_info($numobj,enttype)
if {$enttype == "filerd"} {
eval "set filename \[tk_getOpenFile $optparafile\]"
} elseif {$enttype == "filewr"} {
eval "set filename \[tk_getSaveFile $optparafile\]"
} elseif {$enttype == "dirrd"} {
eval "set filename \[tk_chooseDirectory -mustexist 1 $optparadir\]"
} elseif {$enttype == "dirwr"} {
eval "set filename \[tk_chooseDirectory -mustexist 0 $optparadir\]"
} else {
set filename "Internal error"
}
set netwag_priv_toolform_info($numobj,isset) 1
set netwag_priv_toolform_info($numobj,var) $filename
}
proc netwag_toolform_add_entry_hist { numobj } {
global netwag_priv_toolform_info
set v [netwag_formhist_select $netwag_priv_toolform_info($numobj,enttype)]
if {$v == ""} {
return
}
set netwag_priv_toolform_info($numobj,isset) 1
set netwag_priv_toolform_info($numobj,var) $v
}
proc netwag_toolform_add_entry { enttype isreq key name title defaultval } {
global netwag_priv_toolform_cvf
global netwag_priv_toolform_info
global netwag_glo_gui_bgcolor_unused
global netwag_glo_gui_bgcolor_text_edit
global netwag_glo_gui_bgcolor_button
global netwag_priv_toolform_numobj ; set numobj $netwag_priv_toolform_numobj
# create "-key"
netwag_common_toolform_add_left_key $numobj $key
# create "entry [*][-][+][f/d][h]"
set f2 $netwag_priv_toolform_cvf.entry($numobj)
frame $f2 -bg $netwag_glo_gui_bgcolor_unused
grid $f2 -row $numobj -column 2 -sticky we
entry $f2.e -textvariable netwag_priv_toolform_info($numobj,var) -font myfont -highlightthickness 0 -bg $netwag_glo_gui_bgcolor_text_edit
bind $f2.e "set netwag_priv_toolform_info($numobj,isset) 1"
bind $f2.e "if {\[netwag_common_toolform_entry_tab %K\]} { set netwag_priv_toolform_info($numobj,isset) 1 }"
netwag_mw_form $f2.e
pack $f2.e -side left -expand 1 -fill x
netwag_dynhelp_init $f2.e "Enter the value you want in this field."
# *
label $f2.show -relief raised -text "*" -font myfont -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
eval "bind $f2.show {netwag_toolform_add_entry_show $numobj}"
netwag_dynhelp_init $f2.show "Press to show or hide password."
netwag_mw_form $f2.show
# -
label $f2.less -relief raised -text "-" -font myfont -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
eval "bind $f2.less {netwag_toolform_add_entry_inc $numobj -1}"
eval "bind $f2.less {netwag_toolform_add_entry_inc $numobj -10}"
netwag_dynhelp_init $f2.less "Decrease number by 1. If Control key is pressed, decrease by 10."
netwag_mw_form $f2.less
# +
label $f2.more -relief raised -text "+" -font myfont -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
eval "bind $f2.more {netwag_toolform_add_entry_inc $numobj +1}"
eval "bind $f2.more {netwag_toolform_add_entry_inc $numobj +10}"
netwag_dynhelp_init $f2.more "Increase number by 1. If Control key is pressed, increase by 10."
netwag_mw_form $f2.more
# f/d
label $f2.file -relief raised -text "f" -font myfont -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
eval "bind $f2.file {netwag_toolform_add_entry_file $numobj}"
netwag_dynhelp_init $f2.file "Press to select a File."
netwag_mw_form $f2.file
# h
label $f2.hist -relief raised -text "h" -font myfont -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
eval "bind $f2.hist {netwag_toolform_add_entry_hist $numobj}"
netwag_dynhelp_init $f2.hist "Press to see History of previous values. They were set in other fields or in other tools."
netwag_mw_form $f2.hist
# special entry type configuration
set netwag_priv_toolform_info($numobj,show) 1
$f2.e configure -show ""
if {$enttype == "password"} {
$f2.e configure -width 18
pack $f2.show -side left
pack forget $f2.less
pack forget $f2.more
pack forget $f2.file
pack forget $f2.hist
netwag_toolform_add_entry_show $numobj
} elseif {$enttype == "port" || $enttype == "uint32" || $enttype == "int32" || $enttype == "uint64" || $enttype == "int64"} {
$f2.e configure -width 15
pack forget $f2.show
pack $f2.less -side left
pack $f2.more -side left
pack forget $f2.file
pack $f2.hist -side left
} elseif {$enttype == "filerd" || $enttype == "filewr" || $enttype == "dirrd" || $enttype == "dirwr"} {
$f2.e configure -width 17
pack forget $f2.show
pack forget $f2.less
pack forget $f2.more
pack $f2.file -side left
pack $f2.hist -side left
if {$enttype == "filerd" || $enttype == "filewr"} {
$f2.file configure -text "f"
netwag_dynhelp_change $f2.file "Press to select a File."
} else {
$f2.file configure -text "d"
netwag_dynhelp_change $f2.file "Press to select a Directory."
}
} else {
$f2.e configure -width 20
pack forget $f2.show
pack forget $f2.less
pack forget $f2.more
pack forget $f2.file
pack $f2.hist -side left
}
# create "title"
netwag_common_toolform_add_right_title $numobj $title
# save info
set netwag_priv_toolform_info($numobj,type) "entry"
set netwag_priv_toolform_info($numobj,enttype) $enttype
set netwag_priv_toolform_info($numobj,isset) $isreq
set netwag_priv_toolform_info($numobj,var) $defaultval
set netwag_priv_toolform_info($numobj,isreq) $isreq
set netwag_priv_toolform_info($numobj,key) $key
set netwag_priv_toolform_info($numobj,name) $name
set netwag_priv_toolform_info($numobj,defaultval) $defaultval
# ready for next
incr netwag_priv_toolform_numobj
}
proc netwag_toolform_gene_entry { numobj } {
global netwag_priv_toolform_info
global netwag_priv_toolform_hidden
global netwag_priv_toolform_hidden_next
global netwag_priv_toolform_hidden_pattern
if {!$netwag_priv_toolform_info($numobj,isset)} {
return ""
}
set enttype $netwag_priv_toolform_info($numobj,enttype)
set name $netwag_priv_toolform_info($numobj,name)
set val $netwag_priv_toolform_info($numobj,var)
netwag_formhist_add $enttype "$val"
if {$enttype == "port" || $enttype == "uint32" || $enttype == "int32" || $enttype == "uint64" || $enttype == "int64" || $enttype == "ip" || $enttype == "ip4" || $enttype == "ip6" || $enttype == "eth" || $enttype == "port"} {
return " --$name $val"
}
set val [netwag_misc_string_replace $val "\\" "\\\\"]
set val [netwag_misc_string_replace $val "\"" "\\\""]
set val "\"$val\""
if {$enttype == "password"} {
set hid $netwag_priv_toolform_hidden_pattern(0)
append hid $netwag_priv_toolform_hidden_next
append hid $netwag_priv_toolform_hidden_pattern(1)
set netwag_priv_toolform_hidden($netwag_priv_toolform_hidden_next) $val
incr netwag_priv_toolform_hidden_next
return " --$name$hid"
}
return " --$name $val"
}
proc netwag_toolform_rst_entry { numobj } {
global netwag_priv_toolform_info
set netwag_priv_toolform_info($numobj,isset) $netwag_priv_toolform_info($numobj,isreq)
set netwag_priv_toolform_info($numobj,var) $netwag_priv_toolform_info($numobj,defaultval)
set enttype $netwag_priv_toolform_info($numobj,enttype)
if {$enttype == "password"} {
set netwag_priv_toolform_info($numobj,show) 1
netwag_toolform_add_entry_show $numobj
}
}
proc netwag_toolform_update_entry { numobj value } {
global netwag_priv_toolform_info
set netwag_priv_toolform_info($numobj,isset) 1
set netwag_priv_toolform_info($numobj,var) $value
}
proc netwag_toolform_del_entry { numobj } {
global netwag_priv_toolform_cvf
netwag_common_toolform_del_left_key $numobj
grid forget $netwag_priv_toolform_cvf.entry($numobj)
destroy $netwag_priv_toolform_cvf.entry($numobj)
netwag_common_toolform_del_right_title $numobj
}
proc netwag_toolform_resize_entry { numobj } {
netwag_common_toolform_resize_right_title $numobj
}
########################################################################
## Generate a listbox
proc netwag_toolform_add_listbox { isreq key name title listval defaultval } {
global netwag_priv_toolform_cvf
global netwag_priv_toolform_info
global netwag_glo_gui_bgcolor_unused
global netwag_glo_gui_bgcolor_listbox
global netwag_priv_toolform_numobj ; set numobj $netwag_priv_toolform_numobj
# create "-key"
netwag_common_toolform_add_left_key $numobj $key
# obtain listbox height/width
set listboxwidth [string length $defaultval]
set listboxheight 0
set listboxscrol 0
set defaultfound 0
foreach val $listval {
set len [string length $val]
if {$len > $listboxwidth} { set listboxwidth $len }
if {$val == $defaultval} { set defaultfound 1 }
incr listboxheight
}
if {!$defaultfound && $defaultval != ""} { incr listboxheight }
if {$listboxheight > 6} { set listboxscrol 1 ; set listboxheight 6 }
# create listbox
set f2 $netwag_priv_toolform_cvf.listbox($numobj)
frame $f2 -bg $netwag_glo_gui_bgcolor_unused
listbox $f2.l -yscrollcommand "$f2.s set" -font myfont -bg $netwag_glo_gui_bgcolor_listbox -highlightthickness 0 -height $listboxheight -exportselection false -width $listboxwidth
scrollbar $f2.s -command "$f2.l yview" -troughcolor $netwag_glo_gui_bgcolor_listbox -highlightthickness 0 -takefocus 0
pack $f2.l -side left -expand 1 -fill y
bind $f2.l "focus $f2.l ; set netwag_priv_toolform_info($numobj,isset) 1"
bind $f2.l "set netwag_priv_toolform_info($numobj,isset) 1"
bind $f2.l "set netwag_priv_toolform_info($numobj,isset) 1"
pack $f2.l -side left -expand 1 -fill x
netwag_dynhelp_init $f2.l "Select value you want in this field."
netwag_dynhelp_init $f2.s "Select value you want in this field."
if {$listboxscrol} {
pack $f2.s -side left -fill y
} else {
pack forget $f2.s
netwag_mw_form $f2.l
}
grid $f2 -row $numobj -column 2 -sticky we
# create "title"
netwag_common_toolform_add_right_title $numobj $title
# save info
set netwag_priv_toolform_info($numobj,type) "listbox"
set netwag_priv_toolform_info($numobj,lb) $f2.l
set netwag_priv_toolform_info($numobj,isset) $isreq
set netwag_priv_toolform_info($numobj,isreq) $isreq
set netwag_priv_toolform_info($numobj,key) $key
set netwag_priv_toolform_info($numobj,name) $name
set netwag_priv_toolform_info($numobj,listval) $listval
set netwag_priv_toolform_info($numobj,defaultval) $defaultval
# display entries
netwag_toolform_rst_listbox $numobj
# ready for next
incr netwag_priv_toolform_numobj
}
proc netwag_toolform_gene_listbox { numobj } {
global netwag_priv_toolform_info
if {!$netwag_priv_toolform_info($numobj,isset)} {
return ""
}
set name $netwag_priv_toolform_info($numobj,name)
set i [lindex [$netwag_priv_toolform_info($numobj,lb) curselection] 0]
set val [$netwag_priv_toolform_info($numobj,lb) get $i]
set val [netwag_misc_string_replace $val "\\" "\\\\"]
set val [netwag_misc_string_replace $val "\"" "\\\""]
return " --$name \"$val\""
}
proc netwag_toolform_rst_listbox { numobj } {
global netwag_priv_toolform_info
set netwag_priv_toolform_info($numobj,isset) $netwag_priv_toolform_info($numobj,isreq)
$netwag_priv_toolform_info($numobj,lb) delete 0 end
set defaultfound 0
if {$netwag_priv_toolform_info($numobj,defaultval) == ""} {
set defaultfound 1
}
foreach val $netwag_priv_toolform_info($numobj,listval) {
$netwag_priv_toolform_info($numobj,lb) insert end $val
if {!$defaultfound && $val==$netwag_priv_toolform_info($numobj,defaultval)} {
$netwag_priv_toolform_info($numobj,lb) activate end
set defaultfound 1
}
}
if {!$defaultfound} {
$netwag_priv_toolform_info($numobj,lb) insert end $netwag_priv_toolform_info($numobj,defaultval)
$netwag_priv_toolform_info($numobj,lb) activate end
}
$netwag_priv_toolform_info($numobj,lb) selection set active
$netwag_priv_toolform_info($numobj,lb) see active
}
proc netwag_toolform_update_listbox { numobj value } {
global netwag_priv_toolform_info
set isreq netwag_priv_toolform_info($numobj,isreq)
set defaultval $netwag_priv_toolform_info($numobj,defaultval)
set netwag_priv_toolform_info($numobj,isreq) 1
set netwag_priv_toolform_info($numobj,defaultval) $value
netwag_toolform_rst_listbox $numobj
set netwag_priv_toolform_info($numobj,isreq) $isreq
set netwag_priv_toolform_info($numobj,defaultval) $defaultval
}
proc netwag_toolform_del_listbox { numobj } {
global netwag_priv_toolform_cvf
netwag_common_toolform_del_left_key $numobj
grid forget $netwag_priv_toolform_cvf.listbox($numobj)
destroy $netwag_priv_toolform_cvf.listbox($numobj)
netwag_common_toolform_del_right_title $numobj
}
proc netwag_toolform_resize_listbox { numobj } {
netwag_common_toolform_resize_right_title $numobj
}
########################################################################
## Generate a more
proc netwag_toolform_add_more { title defaultval } {
global netwag_priv_toolform_cvf
global netwag_priv_toolform_info
global netwag_glo_gui_bgcolor_unused
global netwag_glo_gui_bgcolor_text_edit
global netwag_priv_toolform_numobj ; set numobj $netwag_priv_toolform_numobj
# create "- "
netwag_common_toolform_add_left_key $numobj " "
# create "entry"
set f2 $netwag_priv_toolform_cvf.more($numobj)
entry $f2 -textvariable netwag_priv_toolform_info($numobj,var) -font myfont -highlightthickness 0 -bg $netwag_glo_gui_bgcolor_text_edit -width 20
bind $f2 "set netwag_priv_toolform_info($numobj,isset) 1"
bind $f2 "if {\[netwag_common_toolform_entry_tab %K\]} { set netwag_priv_toolform_info($numobj,isset) 1 }"
netwag_mw_form $f2
netwag_dynhelp_init $f2 "Enter value you want in this field."
grid $f2 -row $numobj -column 2 -sticky we
# create "title"
netwag_common_toolform_add_right_title $numobj $title
# save info
set netwag_priv_toolform_info($numobj,type) "more"
set netwag_priv_toolform_info($numobj,isset) 0
set netwag_priv_toolform_info($numobj,var) $defaultval
# fake key to allow update
set netwag_priv_toolform_info($numobj,key) "-"
set netwag_priv_toolform_info($numobj,isreq) 0
set netwag_priv_toolform_info($numobj,defaultval) $defaultval
# ready for next
incr netwag_priv_toolform_numobj
}
proc netwag_toolform_gene_more { numobj } {
global netwag_priv_toolform_info
if {!$netwag_priv_toolform_info($numobj,isset)} {
return ""
}
set val $netwag_priv_toolform_info($numobj,var)
if {$val == ""} {
return ""
}
set val [netwag_misc_string_replace $val "\\" "\\\\"]
return " $val"
}
proc netwag_toolform_rst_more { numobj } {
global netwag_priv_toolform_info
set netwag_priv_toolform_info($numobj,isset) $netwag_priv_toolform_info($numobj,isreq)
set netwag_priv_toolform_info($numobj,var) $netwag_priv_toolform_info($numobj,defaultval)
}
proc netwag_toolform_update_more { numobj value } {
global netwag_priv_toolform_info
set netwag_priv_toolform_info($numobj,isset) 1
set netwag_priv_toolform_info($numobj,var) $value
}
proc netwag_toolform_del_more { numobj } {
global netwag_priv_toolform_cvf
netwag_common_toolform_del_left_key $numobj
grid forget $netwag_priv_toolform_cvf.more($numobj)
destroy $netwag_priv_toolform_cvf.more($numobj)
netwag_common_toolform_del_right_title $numobj
}
proc netwag_toolform_resize_more { numobj } {
netwag_common_toolform_resize_right_title $numobj
}
########################################################################
## Generate a text
proc netwag_toolform_add_text { txt } {
global netwag_priv_toolform_cvf
global netwag_priv_toolform_info
global netwag_glo_gui_bgcolor_unused
global netwag_glo_gui_bgcolor_text_edit
global netwag_priv_toolform_numobj ; set numobj $netwag_priv_toolform_numobj
# create "text" on 3 columns
set f1 $netwag_priv_toolform_cvf.text($numobj)
label $f1 -text $txt -font myfont -highlightthickness 0 -wraplen 0 -justify left -bg $netwag_glo_gui_bgcolor_unused
netwag_mw_form $f1
grid $f1 -row $numobj -column 1 -columnspan 3 -sticky w
# save info
set netwag_priv_toolform_info($numobj,type) "text"
set netwag_priv_toolform_info($numobj,key) "fake"
set netwag_priv_toolform_info($numobj,isset) 0
set netwag_priv_toolform_info($numobj,var) $txt
# set netwag_priv_toolform_info($numobj,isreq) not used
# set netwag_priv_toolform_info($numobj,defaultval) not used
# ready for next
incr netwag_priv_toolform_numobj
}
proc netwag_toolform_gene_text { numobj } {
return ""
}
proc netwag_toolform_rst_text { numobj } {
}
proc netwag_toolform_del_text { numobj } {
global netwag_priv_toolform_cvf
grid forget $netwag_priv_toolform_cvf.text($numobj)
destroy $netwag_priv_toolform_cvf.text($numobj)
}
proc netwag_toolform_resize_text { numobj } {
global netwag_priv_toolform_cv
global netwag_priv_toolform_cvf
set totalsize [winfo width $netwag_priv_toolform_cv]
set freespace [expr $totalsize - 40]
$netwag_priv_toolform_cvf.text($numobj) configure -wraplen $freespace
}
#################################################################
# PUBLIC FUNCTIONS
#################################################################
## Uncheck all left buttons
proc netwag_toolform_uncheck {} {
global netwag_priv_toolform_numobj
global netwag_priv_toolform_info
global netwag_priv_toolform_numradio
for {set i 0} {$i < $netwag_priv_toolform_numobj} {incr i} {
set netwag_priv_toolform_info($i,isset) 0
if {$netwag_priv_toolform_info($i,type) == "radio"} {
# also reset radio
netwag_toolform_rst_radio $i
}
}
for {set i 0} {$i < $netwag_priv_toolform_numradio} {incr i} {
set netwag_priv_toolform_info(radio,$i,set) 0
}
}
## Called when Generate is pressed
proc netwag_toolform_button_gen {} {
global netwag_priv_toolform_numobj
global netwag_priv_toolform_info
global netwag_priv_toolhf_curtoolnum
global netwag_priv_toolform_numradio
set cmd $netwag_priv_toolhf_curtoolnum
for {set i 0} {$i < $netwag_priv_toolform_numobj} {incr i} {
if {$netwag_priv_toolform_info($i,type) == "button"} {
append cmd [netwag_toolform_gene_button $i]
} elseif {$netwag_priv_toolform_info($i,type) == "radio"} {
# generated below
} elseif {$netwag_priv_toolform_info($i,type) == "entry"} {
append cmd [netwag_toolform_gene_entry $i]
} elseif {$netwag_priv_toolform_info($i,type) == "listbox"} {
append cmd [netwag_toolform_gene_listbox $i]
} elseif {$netwag_priv_toolform_info($i,type) == "more"} {
append cmd [netwag_toolform_gene_more $i]
} elseif {$netwag_priv_toolform_info($i,type) == "text"} {
append cmd [netwag_toolform_gene_text $i]
} else {
set type $netwag_priv_toolform_info($i,type)
netwag_msg_add_warn "Cannot generate this type($type $i) of form"
}
}
for {set i 0} {$i < $netwag_priv_toolform_numradio} {incr i} {
append cmd [netwag_toolform_gene_radio $i]
}
netwag_toolcmd_init $cmd
}
## Called when Reset is pressed
proc netwag_toolform_button_rst {} {
global netwag_priv_toolform_numobj
global netwag_priv_toolform_info
global netwag_priv_toolform_numradio
for {set i 0} {$i < $netwag_priv_toolform_numobj} {incr i} {
if {$netwag_priv_toolform_info($i,type) == "button"} {
netwag_toolform_rst_button $i
} elseif {$netwag_priv_toolform_info($i,type) == "radio"} {
netwag_toolform_rst_radio $i
} elseif {$netwag_priv_toolform_info($i,type) == "entry"} {
netwag_toolform_rst_entry $i
} elseif {$netwag_priv_toolform_info($i,type) == "listbox"} {
netwag_toolform_rst_listbox $i
} elseif {$netwag_priv_toolform_info($i,type) == "more"} {
netwag_toolform_rst_more $i
} elseif {$netwag_priv_toolform_info($i,type) == "text"} {
netwag_toolform_rst_text $i
} else {
set type $netwag_priv_toolform_info($i,type)
netwag_msg_add_warn "Cannot reset this type($type $i) of form"
}
}
for {set i 0} {$i < $netwag_priv_toolform_numradio} {incr i} {
set netwag_priv_toolform_info(radio,$i,set) 0
}
}
## Update values
proc netwag_toolform_update { key value } {
global netwag_priv_toolform_numobj
global netwag_priv_toolform_info
for {set i 0} {$i < $netwag_priv_toolform_numobj} {incr i} {
if {$netwag_priv_toolform_info($i,key) != $key} {
continue
}
if {$netwag_priv_toolform_info($i,type) == "button"} {
netwag_toolform_update_button $i $value
} elseif {$netwag_priv_toolform_info($i,type) == "radio"} {
netwag_toolform_update_radio $i $value
} elseif {$netwag_priv_toolform_info($i,type) == "entry"} {
netwag_toolform_update_entry $i $value
} elseif {$netwag_priv_toolform_info($i,type) == "listbox"} {
netwag_toolform_update_listbox $i $value
} elseif {$netwag_priv_toolform_info($i,type) == "more"} {
netwag_toolform_update_more $i $value
} else {
set type $netwag_priv_toolform_info($i,type)
netwag_msg_add_warn "Cannot update this type($type $i) of form"
}
break
}
}
## To remove all fields
proc netwag_toolform_reinit {} {
global netwag_priv_toolform_numobj
global netwag_priv_toolform_info
global netwag_priv_toolform_numradio
for {set i 0} {$i < $netwag_priv_toolform_numobj} {incr i} {
if {$netwag_priv_toolform_info($i,type) == "button"} {
netwag_toolform_del_button $i
} elseif {$netwag_priv_toolform_info($i,type) == "radio"} {
netwag_toolform_del_radio $i
} elseif {$netwag_priv_toolform_info($i,type) == "entry"} {
netwag_toolform_del_entry $i
} elseif {$netwag_priv_toolform_info($i,type) == "listbox"} {
netwag_toolform_del_listbox $i
} elseif {$netwag_priv_toolform_info($i,type) == "more"} {
netwag_toolform_del_more $i
} elseif {$netwag_priv_toolform_info($i,type) == "text"} {
netwag_toolform_del_text $i
} else {
set type $netwag_priv_toolform_info($i,type)
netwag_msg_add_warn "Cannot delete this type($type $i) of form"
}
}
set netwag_priv_toolform_numobj 0
for {set i 0} {$i < $netwag_priv_toolform_numradio} {incr i} {
set netwag_priv_toolform_info(radio,$i,set) 0
}
}
## To resize a displayed form
proc netwag_toolform_resize {} {
global netwag_priv_toolform_cv
global netwag_priv_toolform_cvf
global netwag_priv_toolform_cvs
global netwag_priv_toolform_numobj
global netwag_priv_toolform_info
# resize titles
netwag_update_idletasks
for {set i 0} {$i < $netwag_priv_toolform_numobj} {incr i} {
if {$netwag_priv_toolform_info($i,type) == "button"} {
netwag_toolform_resize_button $i
} elseif {$netwag_priv_toolform_info($i,type) == "radio"} {
netwag_toolform_resize_radio $i
} elseif {$netwag_priv_toolform_info($i,type) == "entry"} {
netwag_toolform_resize_entry $i
} elseif {$netwag_priv_toolform_info($i,type) == "listbox"} {
netwag_toolform_resize_listbox $i
} elseif {$netwag_priv_toolform_info($i,type) == "more"} {
netwag_toolform_resize_more $i
} elseif {$netwag_priv_toolform_info($i,type) == "text"} {
netwag_toolform_resize_text $i
} else {
set type $netwag_priv_toolform_info($i,type)
netwag_msg_add_warn "Cannot resize this type($type $i) of form"
}
}
netwag_update_idletasks
# resize scroll region
set sh [winfo height $netwag_priv_toolform_cvs]
set ah [lindex [grid bbox $netwag_priv_toolform_cvf] 3]
if { $ah < $sh } {
# otherwise, scrolls strangely
set y $sh
} else {
# +10 to see a little space before end
set y [expr $ah + 10]
}
eval "$netwag_priv_toolform_cv configure -scrollregion {0 0 1 $y}"
}
## Display the description of a tool
proc netwag_toolform_display { toolnum } {
global netwag_priv_toolform_numobj
# remove old
netwag_toolform_reinit
# create new ones
eval "netwag_toolform_display_func$toolnum"
if {$netwag_priv_toolform_numobj == 1 && $toolnum != 0} {
netwag_toolform_add_text "This tool does not need parameters"
}
# resize correctly
netwag_toolform_resize
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_notebook.tcl 0000644 0000000 0000000 00000015522 11776302040 022212 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
global netwag_priv_notebook_tabs
global netwag_priv_notebook_numtab
global netwag_priv_notebook_butnum_pressed
global netwag_priv_notebook_resizecb
#################################################################
# PRIVATE FUNCTIONS
#################################################################
## Resize the frame
proc netwag_priv_notebook_resize { mainframe } {
global netwag_priv_notebook_numtab
set numtab $netwag_priv_notebook_numtab($mainframe)
set w [winfo width $mainframe.body]
set h [winfo height $mainframe.body]
set h [expr $h - 1]
# puts "res $w $h"
for {set i 0} {$i < $numtab } {incr i} {
$mainframe.body.pf$i.top.c configure -width $w
$mainframe.body.pf$i.bot.left.c configure -height $h
}
# call callback function
global netwag_priv_notebook_resizecb
if {$netwag_priv_notebook_resizecb($mainframe) != ""} {
$netwag_priv_notebook_resizecb($mainframe)
}
}
#################################################################
# PUBLIC FUNCTIONS
#################################################################
## Create the notebook
proc netwag_notebook_init { mainframe tabs presscb {resizecb ""}} {
global netwag_priv_notebook_tabs
global netwag_priv_notebook_numtab
global netwag_glo_gui_bgcolor_unused
global netwag_priv_notebook_presscb
global netwag_priv_notebook_resizecb
# set all callbacks
set numtab 0
foreach cb $presscb {
set netwag_priv_notebook_presscb($mainframe,$numtab) $cb
incr numtab
}
# currently, only one, but we could use a list
set netwag_priv_notebook_resizecb($mainframe) $resizecb
frame $mainframe
frame $mainframe.head -bg $netwag_glo_gui_bgcolor_unused
frame $mainframe.body -bg $netwag_glo_gui_bgcolor_unused
set numtab 0
foreach ong $tabs {
set netwag_priv_notebook_tabs($mainframe,$numtab) $ong
button $mainframe.head.b$numtab -text "$ong" -font myfont -highlightthickness 0
pack $mainframe.head.b$numtab -side left -padx 1
incr numtab
}
set netwag_priv_notebook_numtab($mainframe) $numtab
pack $mainframe.head -anchor w -fill x
pack $mainframe.body -anchor w -expand 1 -fill both
for {set i 0} {$i < $numtab} {incr i} {
# create the place frame
frame $mainframe.body.pf$i
place $mainframe.body.pf$i -x 0 -y 0
# create the frames inside
frame $mainframe.body.pf$i.top
frame $mainframe.body.pf$i.bot
frame $mainframe.body.pf$i.bot.left
frame $mainframe.body.pf$i.bot.right
pack $mainframe.body.pf$i.top
pack $mainframe.body.pf$i.bot -expand 1 -fill both
pack $mainframe.body.pf$i.bot.left -side left
pack $mainframe.body.pf$i.bot.right -expand 1 -fill both -side left
# create the canvas used to force respect of sizes
canvas $mainframe.body.pf$i.top.c -width 1 -height 1 -bg white -highlightthickness 0
pack $mainframe.body.pf$i.top.c
canvas $mainframe.body.pf$i.bot.left.c -width 1 -height 1 -bg $netwag_glo_gui_bgcolor_unused -highlightthickness 0
pack $mainframe.body.pf$i.bot.left.c
# bind the buttons
set presscb "netwag_notebook_button_press $mainframe $i"
if {[ info exist netwag_priv_notebook_presscb($mainframe,$i)]} {
append presscb " ; "
append presscb $netwag_priv_notebook_presscb($mainframe,$i)
}
eval "bind $mainframe.head.b$i { $presscb }"
eval "bind $mainframe.head.b$i { $presscb }"
eval "bind $mainframe.head.b$i { $presscb }"
}
eval "bind $mainframe.body {netwag_priv_notebook_resize $mainframe }"
# always see first (without callbacks)
netwag_notebook_button_press $mainframe 0 0
return $mainframe
}
## Simulate the press of a button
proc netwag_notebook_button_press { mainframe butnum {callcb 1} } {
global netwag_priv_notebook_numtab
global netwag_glo_notebook_button_visible_color
global netwag_glo_notebook_button_hidden_color
global netwag_priv_notebook_butnum_pressed
global netwag_priv_notebook_presscb
set numtab $netwag_priv_notebook_numtab($mainframe)
if { $butnum >= $numtab } {
error "netwag_notebook_button_press: butnum > numtab"
}
set netwag_priv_notebook_butnum_pressed($mainframe) $butnum
raise $mainframe.body.pf$butnum
for {set i 0} {$i < $numtab} {incr i} {
if {$i == $butnum} {
$mainframe.head.b$i configure -bg $netwag_glo_notebook_button_visible_color
} else {
$mainframe.head.b$i configure -bg $netwag_glo_notebook_button_hidden_color
}
}
netwag_update
if {$callcb} {
if {[ info exist netwag_priv_notebook_presscb($mainframe,$butnum)]} {
set presscb $netwag_priv_notebook_presscb($mainframe,$butnum)
eval "$presscb"
}
}
}
## Get the frame associated to a button number
proc netwag_notebook_frame_get { mainframe butnum } {
global netwag_priv_notebook_numtab
set numtab $netwag_priv_notebook_numtab($mainframe)
if { $butnum >= $numtab } {
error "netwag_notebook_frame_get: butnum > numtab"
}
return $mainframe.body.pf$butnum.bot.right
}
## Get the button associated to a button number
proc netwag_notebook_button_get { mainframe butnum } {
global netwag_priv_notebook_numtab
set numtab $netwag_priv_notebook_numtab($mainframe)
if { $butnum >= $numtab } {
error "netwag_notebook_frame_get: butnum > numtab"
}
return $mainframe.head.b$butnum
}
## Get the button number currently pressed
proc netwag_notebook_butnum_get { mainframe } {
global netwag_priv_notebook_butnum_pressed
return $netwag_priv_notebook_butnum_pressed($mainframe)
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_toolcmd.tcl 0000644 0000000 0000000 00000011511 11776302040 022025 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
global netwag_priv_toolcmd_frame
global netwag_priv_toolcmd_text
global netwag_priv_toolcmd_nw
#################################################################
# PRIVATE FUNCTIONS
#################################################################
## Check if the command is empty
proc netwag_priv_toolcmd_empty { } {
global netwag_priv_toolcmd_text
set cmd [$netwag_priv_toolcmd_text get 1.0 end]
set cmd [netwag_misc_string_map $cmd {"\r" " " "\n" " "}]
set cmd [string trim $cmd]
if { $cmd == "" } {
return -1
}
return 0
}
## Called when Run button is pressed
proc netwag_priv_toolcmd_run { } {
global netwag_priv_toolcmd_nw
global netwag_priv_tool_nb
if { [netwag_priv_toolcmd_empty] } {
netwag_msg_add_warn "Command is empty. Will try to automatically press on first button."
set butnum [netwag_notebook_butnum_get $netwag_priv_tool_nb]
if {$butnum == 1} {
netwag_toolhelp_button_copyex
} elseif {$butnum == 2} {
netwag_toolform_button_gen
} elseif {$butnum == 4} {
netwag_toolhist_button_copy
} else {
netwag_msg_add_err "Butnum $butnum is not implemented."
return
}
if { ! [netwag_priv_toolcmd_empty] } {
netwag_msg_add_info "If you agree with this command, press Run again."
}
return
}
# obtain user command (passwords are hidden)
if { [netwag_toolcmd_check usercmd toolnum] } {
return
}
# obtain real command containing passwords
set realcmd [netwag_toolcmd_withpassword $usercmd]
# run
netwag_toolhist_add "$usercmd"
if { $netwag_priv_toolcmd_nw } {
netwag_msg_add_info "Running \"$usercmd\""
netwag_msg_add_info "We cannot check its return value because tool is run in a New Window"
netwag_runnw_run $realcmd
} else {
netwag_toolrun_run $toolnum $realcmd $usercmd
}
}
#################################################################
# PUBLIC FUNCTIONS
#################################################################
## Initialize the command
proc netwag_toolcmd_init { cmd } {
global netwag_priv_toolcmd_text
$netwag_priv_toolcmd_text delete 1.0 end
$netwag_priv_toolcmd_text insert end $cmd
}
## Hide/show run command
proc netwag_toolcmd_hide { } {
global netwag_priv_toolcmd_frame
pack forget $netwag_priv_toolcmd_frame
}
proc netwag_toolcmd_show { } {
global netwag_priv_toolcmd_frame
pack $netwag_priv_toolcmd_frame -side left -expand 1 -fill x
}
## Check command
proc netwag_toolcmd_check { pcmd ptoolnum } {
global netwag_priv_toolcmd_text
upvar $pcmd cmd
upvar $ptoolnum toolnum
set cmd [$netwag_priv_toolcmd_text get 1.0 end]
set cmd [netwag_misc_string_map $cmd {"\r" " " "\n" " "}]
set cmd [string trim $cmd]
set ret [netwag_runcmd_check cmd toolnum]
}
## Obtain stored password
proc netwag_toolcmd_withpassword { usercmd } {
global netwag_priv_toolform_hidden
global netwag_priv_toolform_hidden_pattern
set re $netwag_priv_toolform_hidden_pattern(0)
append re "(\[0-9\]+)"
append re $netwag_priv_toolform_hidden_pattern(1)
set realcmd $usercmd
while {1} {
if { ! [regexp -- $re $realcmd foobar n] } {
break
}
set r " "
if { [info exists netwag_priv_toolform_hidden($n)] } {
set val $netwag_priv_toolform_hidden($n)
set val [netwag_misc_string_replace $val "\\" "\\\\"]
append r $val
} else {
append r "password_"
append r $n
append r "_not_available"
}
regsub -- $re $realcmd $r realcmd
}
return $realcmd
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_runnw.tcl 0000644 0000000 0000000 00000005742 11776302040 021546 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
#################################################################
# PRIVATE FUNCTIONS
#################################################################
#################################################################
# PUBLIC FUNCTIONS
#################################################################
## Run a netwox tool in a new window
proc netwag_runnw_run { cmd } {
global netwag_glo_bin_netwox
global netwag_sys_platform
global netwag_sys_platform_unix
global netwag_sys_platform_windows
global netwag_glo_bin_term
global netwag_glo_bin_term_param
global env
global netwag_sys_os;
global netwag_sys_os_windows95
global netwag_sys_os_windows98
global netwag_sys_os_windowsme
netwag_runcmd_file_init $cmd tmpfilename
if {$netwag_sys_platform == $netwag_sys_platform_unix} {
# we use "sh -c" in case netwox is not in the path
exec $netwag_glo_bin_term $netwag_glo_bin_term_param /bin/sh -c "$netwag_glo_bin_netwox 0 -R -b $tmpfilename" &
} elseif {$netwag_sys_platform == $netwag_sys_platform_windows} {
# we use "$env(COMSPEC) /c" in case netwox is not in the path
if { $netwag_sys_os==$netwag_sys_os_windows95 || $netwag_sys_os==$netwag_sys_os_windows98 || $netwag_sys_os==$netwag_sys_os_windowsme } {
exec start $env(COMSPEC) /c $netwag_glo_bin_netwox 0 -R -b $tmpfilename &
} else {
# because start is not an external command
exec $env(COMSPEC) /c start $env(COMSPEC) /c $netwag_glo_bin_netwox 0 -R -b $tmpfilename &
}
} else {
netwag_msg_add_err "I don't know how to run a command on this platform"
}
# eventually remove command filename
after 5000 "netwag_runcmd_file_del $tmpfilename"
return 0
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_dynhelp.tcl 0000644 0000000 0000000 00000012502 11776302040 022030 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
global netwag_priv_dynhelp_afterid
global netwag_priv_dynhelp_msg
global netwag_priv_dynhelp_name ; set netwag_priv_dynhelp_name ".netwag_priv_dynhelp_w"
#################################################################
# PRIVATE FUNCTIONS
#################################################################
## Event handlers
bind netwag_priv_dynhelp_evt {
global netwag_priv_dynhelp_afterid
global netwag_glo_dynhelp_timeout
global netwag_session_dynhelp_active
if { $netwag_session_dynhelp_active == 0 } {continue}
set netwag_priv_dynhelp_afterid [after $netwag_glo_dynhelp_timeout {netwag_priv_dynhelp_display %W %X %Y}]
}
bind netwag_priv_dynhelp_evt {
global netwag_priv_dynhelp_afterid
global netwag_glo_dynhelp_timeout
global netwag_session_dynhelp_active
if { $netwag_session_dynhelp_active == 0 } {continue}
after cancel $netwag_priv_dynhelp_afterid
if {[winfo exists .netwag_priv_dynhelp] != 1} {
set netwag_priv_dynhelp_afterid [after $netwag_glo_dynhelp_timeout {netwag_priv_dynhelp_display %W %X %Y}]
}
}
bind netwag_priv_dynhelp_evt {
global netwag_session_dynhelp_active
if { $netwag_session_dynhelp_active == 0 } {continue}
netwag_priv_dynhelp_destroy
}
bind netwag_priv_dynhelp_evt {
global netwag_session_dynhelp_active
if { $netwag_session_dynhelp_active == 0 } {continue}
netwag_priv_dynhelp_destroy
}
## Display a small window
proc netwag_priv_dynhelp_display {w x y} {
global netwag_priv_dynhelp_msg
global netwag_priv_dynhelp_name
global netwag_glo_dynhelp_bgcolor
global netwag_glo_dynhelp_wraplength
global netwag_session_dynhelp_active
if { $netwag_session_dynhelp_active == 0 } {return}
if [catch {toplevel $netwag_priv_dynhelp_name} res] {
# simply ignore the error, and do not create a new window
return
}
wm overrideredirect $netwag_priv_dynhelp_name 1
set x [expr $x + 0]
set y [expr $y + 15]
wm geometry $netwag_priv_dynhelp_name +$x+$y
frame $netwag_priv_dynhelp_name.f -relief flat -bd 1 -bg black
label $netwag_priv_dynhelp_name.f.l -anchor e -text $netwag_priv_dynhelp_msg($w) -bg $netwag_glo_dynhelp_bgcolor -wraplength $netwag_glo_dynhelp_wraplength -font myfont -justify left
pack $netwag_priv_dynhelp_name.f.l -anchor nw
pack $netwag_priv_dynhelp_name.f
}
## Destroy the window
proc netwag_priv_dynhelp_destroy {} {
global netwag_priv_dynhelp_afterid
global netwag_priv_dynhelp_name
global netwag_session_dynhelp_active
if { $netwag_session_dynhelp_active == 0 } {return}
after cancel $netwag_priv_dynhelp_afterid
if {[winfo exists $netwag_priv_dynhelp_name] == 1} {
destroy $netwag_priv_dynhelp_name
}
}
#################################################################
# PUBLIC FUNCTIONS
#################################################################
## Initialize the message for an object
proc netwag_dynhelp_init {w message} {
global netwag_priv_dynhelp_msg
set netwag_priv_dynhelp_msg($w) $message
bindtags $w "[bindtags $w] netwag_priv_dynhelp_evt"
}
## Change the message of an object
proc netwag_dynhelp_change {w message} {
global netwag_priv_dynhelp_msg
set netwag_priv_dynhelp_msg($w) $message
}
## Remove the message for an object
proc netwag_dynhelp_close {w} {
set tmptags [bindtags $w]
set posdebut [string first "netwag_priv_dynhelp_evt" $tmptags]
set posfin [expr $posdebut + [string length "netwag_priv_dynhelp_evt"]]
set posdebut [expr $posdebut - 1]
set newtags [string range $tmptags 1 $posdebut]
append newtags [string range $tmptags $posfin end]
bindtags $w $newtags
}
## Activate/deactivate the dynhelp
proc netwag_dynhelp_activate { activate } {
global netwag_priv_dynhelp_afterid
global netwag_priv_dynhelp_name
global netwag_session_dynhelp_active
set netwag_session_dynhelp_active $activate
if { !$activate } {
catch {after cancel $netwag_priv_dynhelp_afterid}
if {[winfo exists $netwag_priv_dynhelp_name] == 1} {
destroy $netwag_priv_dynhelp_name
}
}
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_all_win.tcl 0000644 0000000 0000000 00000002225 11776302040 022013 0 ustar root root source netwag_vars1c.tcl
source netwag_vars1v_win.tcl
source netwag_varsver.tcl
source netwag_varsglo.tcl
# generic
source netwag_sys.tcl
source netwag_misc.tcl
source netwag_update.tcl
source netwag_notebook.tcl
source netwag_dynhelp.tcl
source netwag_tmpfile.tcl
source netwag_varfile.tcl
# generic but with some small specific parts
source netwag_cursor.tcl
source netwag_mw.tcl
# execution
source netwag_popen.tcl
source netwag_exec.tcl
source netwag_runcmd.tcl
source netwag_runnw.tcl
source netwag_runtext.tcl
# specific, but non graphical
source netwag_glo.tcl
source netwag_session.tcl
source netwag_bitmap.tcl
# popup windows
source netwag_txtfind.tcl
source netwag_font.tcl
source netwag_formhist.tcl
source netwag_help.tcl
# main interface
source netwag_gui.tcl
source netwag_menu.tcl
source netwag_toolcmd.tcl
source netwag_toolsearch.tcl
source netwag_toolhf.tcl
source netwag_toolhelp.tcl
source netwag_toolform.tcl
source netwag_toolrun.tcl
source netwag_toolhist.tcl
source netwag_infol.tcl
source netwag_infor.tcl
source netwag_clip.tcl
source netwag_smallclip.tcl
source netwag_msg.tcl
source netwag_main.tcl
netw-ib-ox-ag-5.39.0/src/netwag-src/src/concat.sh 0000755 0000000 0000000 00000002704 11776302040 020125 0 ustar root root :
set -u
genval=${1-notset}
wishpath=${2-/usr/bin/wish}
if [ "$genval" = "unix" ] ; then
gentype=1
else
gentype=0
fi
if [ $gentype -eq 1 ] ; then
echo "#!$wishpath"
fi
cat netwag_vars1c.tcl
if [ $gentype -eq 1 ] ; then
cat netwag_vars1v_unix.tcl
else
cat netwag_vars1v_win.tcl
fi
echo ""
echo ""
echo "#CHANGE NOTHING BELOW unless you know what you do"
echo "#CHANGE NOTHING BELOW unless you know what you do"
echo ""
if [ $gentype -eq 1 ] ; then
cat netwag_vars2c.tcl
cat netwag_vars2v_unix.tcl
fi
cat netwag_varsver.tcl
cat netwag_varsglo.tcl
# generic
cat netwag_sys.tcl
cat netwag_misc.tcl
cat netwag_update.tcl
cat netwag_notebook.tcl
cat netwag_dynhelp.tcl
cat netwag_tmpfile.tcl
cat netwag_varfile.tcl
# generic but with some small specific parts
cat netwag_cursor.tcl
cat netwag_mw.tcl
# execution
cat netwag_popen.tcl
cat netwag_exec.tcl
cat netwag_runcmd.tcl
cat netwag_runnw.tcl
cat netwag_runtext.tcl
# specific, but non graphical
cat netwag_glo.tcl
cat netwag_session.tcl
cat netwag_bitmap.tcl
# popup windows
cat netwag_txtfind.tcl
cat netwag_font.tcl
cat netwag_formhist.tcl
cat netwag_help.tcl
# main interface
cat netwag_gui.tcl
cat netwag_menu.tcl
cat netwag_toolcmd.tcl
cat netwag_toolsearch.tcl
cat netwag_toolhf.tcl
cat netwag_toolhelp.tcl
cat netwag_toolform.tcl
cat netwag_toolrun.tcl
cat netwag_toolhist.tcl
cat netwag_infol.tcl
cat netwag_infor.tcl
cat netwag_clip.tcl
cat netwag_smallclip.tcl
cat netwag_msg.tcl
cat netwag_main.tcl
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_tmpfile.tcl 0000644 0000000 0000000 00000005507 11776302040 022034 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
global netwag_tmpfile_root ; set netwag_tmpfile_root ""
#################################################################
# PRIVATE FUNCTIONS
#################################################################
#################################################################
# PUBLIC FUNCTIONS
#################################################################
## Create a temporary file
# usage :
#set f [netwag_tmpfile_open filename]
#puts "$filename open"
#puts $f "blabla"
#close $f
proc netwag_tmpfile_open { {pfilename ""} } {
global netwag_glo_dir_tmp
global netwag_tmpfile_root
if { $netwag_tmpfile_root == "" } {
set netwag_tmpfile_root $netwag_glo_dir_tmp
append netwag_tmpfile_root "/netwag."
}
set fn $netwag_tmpfile_root
if {"$pfilename" != ""} {
upvar $pfilename filename
}
while {1} {
set randnum [netwag_misc_bigrand]
set filename $fn$randnum
set ret [catch {open $filename {WRONLY EXCL CREAT} 0600} fd]
if { ! $ret } {
return $fd
}
}
return -1
}
## Delete the temporary file
proc netwag_tmpfile_del { filename {warnifabsent 1} } {
global netwag_tmpfile_root
if { $netwag_tmpfile_root == "" } {
netwag_msg_add_err "netwag_tmpfile_del called to delete $filename, but netwag_tmpfile_root is unset"
return
}
if { ! [regexp "^$netwag_tmpfile_root\[0-9\]*$" $filename] } {
netwag_msg_add_err "netwag_tmpfile_del called to delete $filename, which was not created by netwag_tmpfile_open"
return
}
file delete -- $filename
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_infor.tcl 0000644 0000000 0000000 00000006031 11776302040 021502 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
global netwag_priv_infor_text_output
global netwag_priv_infor_text_input
#################################################################
# PRIVATE FUNCTIONS
#################################################################
#################################################################
# PUBLIC FUNCTIONS
#################################################################
## Initialize local information
proc netwag_infor_cb_end { txt realcmd usercmd } {
global netwag_priv_infor_button_int
pack forget $netwag_priv_infor_button_int
}
proc netwag_infor_init { } {
global netwag_priv_infor_text_output
netwag_runtext_init $netwag_priv_infor_text_output "" "netwag_infor_cb_end"
set msg "Enter an IP address or a Hostname in field above and press on Query button."
netwag_runtext_append_msg $netwag_priv_infor_text_output $msg
return 0
}
## Called when Query button is pressed
proc netwag_infor_button_query { } {
global netwag_priv_infor_text_input
global netwag_priv_infor_text_output
set q $netwag_priv_infor_text_input
# do not use trim, because we might have spaces in the middle "ha, hb"
set q [netwag_misc_string_replace $q " " ""]
if { $q == "" } {
netwag_msg_add_warn "Query \"\" too short"
return -1
}
global netwag_priv_infor_button_int
pack $netwag_priv_infor_button_int -side left
netwag_update
set ret [netwag_runtext_run $netwag_priv_infor_text_output "3 -a \"$q\"" "query for $q"]
if { $ret } {
pack forget $netwag_priv_infor_button_int
return ret
}
return 0
}
## Called when Interrupt button is pressed
proc netwag_infor_button_int { } {
global netwag_priv_infor_text_output
netwag_runtext_int $netwag_priv_infor_text_output
return 0
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_runcmd.tcl 0000644 0000000 0000000 00000004521 11776302040 021657 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
#################################################################
# PRIVATE FUNCTIONS
#################################################################
#################################################################
# PUBLIC FUNCTIONS
#################################################################
## Create the temporary file containing the command
proc netwag_runcmd_file_init { cmd ptmpfilename } {
upvar $ptmpfilename filename
set fd [netwag_tmpfile_open filename]
puts $fd "$cmd\n"
close $fd
}
## Close the temporary file
proc netwag_runcmd_file_del { tmpfilename } {
netwag_tmpfile_del $tmpfilename 0
}
## Check the command
proc netwag_runcmd_check { pcmd ptoolnum } {
upvar $pcmd cmd
upvar $ptoolnum toolnum
if { $cmd == "" } {
netwag_msg_add_warn "Command \"$cmd\" too short"
return -1
}
set cmdlist [split $cmd]
set toolnum [lindex $cmdlist 0]
if { [regexp {[^0-9]} $toolnum] } {
netwag_msg_add_warn "The first parameter (\"$toolnum\") must be a number"
return -1
}
return 0
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_varsver.tcl 0000644 0000000 0000000 00000000133 11776302040 022052 0 ustar root root set netwag_glo_versionmajor 5
set netwag_glo_versionminor 39
set netwag_glo_versionmicro 0
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_toolsearch.tcl 0000644 0000000 0000000 00000041004 11776302040 022527 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
global netwag_priv_toolsearch_type_sort ; set netwag_priv_toolsearch_type_sort 1
global netwag_priv_toolsearch_type_tree; set netwag_priv_toolsearch_type_tree 2
global netwag_priv_toolsearch_lb
# this variable indicates current type of listbox
global netwag_priv_toolsearch_lb_type
# this variable indicates current displayed listbox
# It is different from netwag_priv_toolsearch_lb_type, and needed to
# be able to select sort, select line of tool 7, press tree, and see
# the tree automatically open on tool 7. Both variables are not redundant.
global netwag_session_toolsearch_type
global netwag_priv_toolsearch_showsearch
global netwag_priv_toolsearch_searchentry
global netwag_priv_toolsearch_searchvar
global netwag_priv_toolsearch_tools_max
global netwag_priv_toolsearch_tools_sort_max
global netwag_priv_toolsearch_tools_sort_lbline
global netwag_priv_toolsearch_tools_tree_expand
global netwag_priv_toolsearch_tools_tree_nodes
global netwag_priv_toolsearch_tools_tree_text
global netwag_priv_toolsearch_tools_tree_toolstart
global netwag_priv_toolsearch_tools_tree_branch
global netwag_priv_toolsearch_tools_tree_max
global netwag_priv_toolsearch_tools_tree_lbline
global netwag_priv_toolsearch_tools_synonyms
#################################################################
# PRIVATE FUNCTIONS
#################################################################
## Obtain current selected line number
proc netwag_priv_toolsearch_selnum_init_cursel {} {
global netwag_priv_toolsearch_lb
set sellist [$netwag_priv_toolsearch_lb curselection]
if { ! [llength $sellist] } {
return -1
}
return [lindex $sellist 0]
}
## Select last line
proc netwag_priv_toolsearch_lb_select_end { } {
global netwag_priv_toolsearch_lb
$netwag_priv_toolsearch_lb activate end
$netwag_priv_toolsearch_lb selection set end
}
## See current entry
proc netwag_priv_toolsearch_lb_see_active { } {
global netwag_priv_toolsearch_lb
$netwag_priv_toolsearch_lb see active
}
## Display all tools in the listbox
proc netwag_priv_toolsearch_lb_all_sort { } {
global netwag_priv_toolsearch_lb
global netwag_priv_toolsearch_lb_type
global netwag_priv_toolsearch_type_sort
global netwag_priv_toolsearch_tools_sort_max
global netwag_priv_toolsearch_tools_sort_lbline
set entrytoselect [netwag_toolsearch_toolnum_init_cursel]
$netwag_priv_toolsearch_lb delete 0 end
for {set i 1} {$i<=$netwag_priv_toolsearch_tools_sort_max} {incr i} {
$netwag_priv_toolsearch_lb insert end $netwag_priv_toolsearch_tools_sort_lbline($i)
if { $i == $entrytoselect } {
netwag_priv_toolsearch_lb_select_end
}
}
set netwag_priv_toolsearch_lb_type $netwag_priv_toolsearch_type_sort
}
## Display searched tools in the listbox (sorted view)
proc netwag_priv_toolsearch_lb_toolsearch_sort { } {
global netwag_priv_toolsearch_searchvar
global netwag_priv_toolsearch_lb
global netwag_priv_toolsearch_lb_type
global netwag_priv_toolsearch_type_sort
global netwag_priv_toolsearch_tools_sort_max
global netwag_priv_toolsearch_tools_sort_lbline
global netwag_priv_toolsearch_tools_synonyms
# we use "string tolower" instead of "string match -nocase"
# because it does not exists in version 8.0
set entrytoselect [netwag_toolsearch_toolnum_init_cursel]
$netwag_priv_toolsearch_lb delete 0 end
set searchedstr [string tolower $netwag_priv_toolsearch_searchvar]
for {set i 1} {$i<=$netwag_priv_toolsearch_tools_sort_max} {incr i} {
if { [string match "*$searchedstr*" [string tolower $netwag_priv_toolsearch_tools_sort_lbline($i)]] || [string match "*$searchedstr*" $netwag_priv_toolsearch_tools_synonyms($i)] } {
$netwag_priv_toolsearch_lb insert end $netwag_priv_toolsearch_tools_sort_lbline($i)
if { $i == $entrytoselect } {
netwag_priv_toolsearch_lb_select_end
}
}
}
set netwag_priv_toolsearch_lb_type $netwag_priv_toolsearch_type_sort
}
## Display searched tools in the listbox (tree view)
proc netwag_priv_toolsearch_lb_tree_rec_insert { subnode selnode repplus } {
global netwag_priv_toolsearch_lb
global netwag_priv_toolsearch_tools_tree_max
global netwag_priv_toolsearch_tools_tree_lbline
global netwag_priv_toolsearch_tools_tree_text
set netwag_priv_toolsearch_tools_tree_lbline($netwag_priv_toolsearch_tools_tree_max) $subnode
incr netwag_priv_toolsearch_tools_tree_max
set lbline $netwag_priv_toolsearch_tools_tree_text($subnode)
if {$repplus} {
set lbline [netwag_misc_string_replace $lbline "+" "-"]
}
$netwag_priv_toolsearch_lb insert end $lbline
if {$subnode == $selnode} {
netwag_priv_toolsearch_lb_select_end
}
}
proc netwag_priv_toolsearch_lb_tree_rec { curnode selnode } {
global netwag_priv_toolsearch_tools_tree_nodes
global netwag_priv_toolsearch_tools_tree_text
global netwag_priv_toolsearch_tools_tree_expand
global netwag_priv_toolsearch_tools_tree_toolstart
foreach subnode $netwag_priv_toolsearch_tools_tree_nodes($curnode) {
if {$subnode < $netwag_priv_toolsearch_tools_tree_toolstart} {
if {$netwag_priv_toolsearch_tools_tree_expand($subnode)} {
netwag_priv_toolsearch_lb_tree_rec_insert $subnode $selnode 1
netwag_priv_toolsearch_lb_tree_rec $subnode $selnode
} else {
netwag_priv_toolsearch_lb_tree_rec_insert $subnode $selnode 0
}
} else {
netwag_priv_toolsearch_lb_tree_rec_insert $subnode $selnode 0
}
}
}
proc netwag_priv_toolsearch_lb_tree { } {
global netwag_priv_toolsearch_lb
global netwag_priv_toolsearch_lb_type
global netwag_priv_toolsearch_type_tree
global netwag_priv_toolsearch_tools_tree_branch
global netwag_priv_toolsearch_tools_tree_max
global netwag_priv_toolsearch_tools_tree_lbline
global netwag_priv_toolsearch_tools_tree_toolstart
global netwag_priv_toolsearch_tools_tree_expand
# selected entry
set selnode [netwag_toolsearch_node_init_cursel]
if {$netwag_priv_toolsearch_lb_type != $netwag_priv_toolsearch_type_tree} {
# ensure tool is visible
if {$selnode > $netwag_priv_toolsearch_tools_tree_toolstart} {
foreach expandnode $netwag_priv_toolsearch_tools_tree_branch($selnode) {
set netwag_priv_toolsearch_tools_tree_expand($expandnode) 1
}
}
}
# clean
set netwag_priv_toolsearch_tools_tree_max 0
catch { unset netwag_priv_toolsearch_tools_tree_lbline }
$netwag_priv_toolsearch_lb delete 0 end
# main
netwag_priv_toolsearch_lb_tree_rec 1 $selnode
set netwag_priv_toolsearch_lb_type $netwag_priv_toolsearch_type_tree
}
## Called when the radio button is changed (or to update lb data)
proc netwag_priv_toolsearch_radiobutton_callback { } {
global netwag_session_toolsearch_type
global netwag_priv_toolsearch_type_sort
global netwag_priv_toolsearch_type_tree
global netwag_priv_toolsearch_showsearch
global netwag_priv_toolsearch_searchvar
set framesort ".fn.body.pf0.bot.right.nb.body.pf0.bot.right.radios"
if {$netwag_session_toolsearch_type == $netwag_priv_toolsearch_type_sort} {
pack forget $framesort.d
pack $framesort.c -side right
if { $netwag_priv_toolsearch_showsearch == 1 } {
netwag_priv_toolsearch_lb_all_sort
} elseif { $netwag_priv_toolsearch_showsearch == 2 } {
netwag_priv_toolsearch_lb_toolsearch_sort
}
} elseif {$netwag_session_toolsearch_type == $netwag_priv_toolsearch_type_tree} {
pack forget $framesort.c
pack $framesort.d -side right
netwag_priv_toolsearch_lb_tree
}
netwag_priv_toolsearch_lb_see_active
}
## Called to toggle tree
proc netwag_priv_toolsearch_tree_toggle {} {
global netwag_session_toolsearch_type
global netwag_priv_toolsearch_type_tree
global netwag_priv_toolsearch_tools_tree_toolstart
global netwag_priv_toolsearch_tools_tree_expand
if {$netwag_session_toolsearch_type != $netwag_priv_toolsearch_type_tree} {
return 0
}
set selnode [netwag_toolsearch_node_init_cursel]
if {$selnode == -1 || $selnode >= $netwag_priv_toolsearch_tools_tree_toolstart} {
return 0
}
if {$netwag_priv_toolsearch_tools_tree_expand($selnode)} {
set netwag_priv_toolsearch_tools_tree_expand($selnode) 0
} else {
set netwag_priv_toolsearch_tools_tree_expand($selnode) 1
}
netwag_priv_toolsearch_radiobutton_callback
}
## Called to expand or close branches of tree
proc netwag_priv_toolsearch_branches_rec { curnode expand } {
global netwag_priv_toolsearch_tools_tree_expand
global netwag_priv_toolsearch_tools_tree_nodes
global netwag_priv_toolsearch_tools_tree_toolstart
set netwag_priv_toolsearch_tools_tree_expand($curnode) $expand
foreach subnode $netwag_priv_toolsearch_tools_tree_nodes($curnode) {
if {$subnode < $netwag_priv_toolsearch_tools_tree_toolstart} {
netwag_priv_toolsearch_branches_rec $subnode $expand
}
}
}
proc netwag_priv_toolsearch_branches { expand } {
netwag_priv_toolsearch_branches_rec 1 $expand
netwag_priv_toolsearch_radiobutton_callback
}
#################################################################
# PUBLIC FUNCTIONS
#################################################################
## Obtain the current selected tool number
proc netwag_toolsearch_toolnum_init_cursel {} {
global netwag_priv_toolsearch_lb
global netwag_priv_toolsearch_tools_tree_toolstart
global netwag_priv_toolsearch_tools_tree_lbline
global netwag_priv_toolsearch_tools_tree_text
global netwag_priv_toolsearch_lb_type
global netwag_priv_toolsearch_type_sort
set selnum [netwag_priv_toolsearch_selnum_init_cursel]
if { $selnum == -1 } {
return -1
}
if {$netwag_priv_toolsearch_lb_type == $netwag_priv_toolsearch_type_sort} {
set seltext [$netwag_priv_toolsearch_lb get $selnum]
if { $seltext == {} } {
return -1
}
set poscolon [expr [string first ":" $seltext] - 1]
set toolnumtext [string range $seltext 0 $poscolon]
set toolnum [expr $toolnumtext + 0]
} else {
set selnode $netwag_priv_toolsearch_tools_tree_lbline($selnum)
if {$selnode < $netwag_priv_toolsearch_tools_tree_toolstart} {
return -1
} else {
set seltext $netwag_priv_toolsearch_tools_tree_text($selnode)
set poscolon [expr [string first ":" $seltext] - 1]
set toolnumtext [string range $seltext 0 $poscolon]
set toolnum [expr $toolnumtext + 0]
}
}
return $toolnum
}
## Obtain the current selected node
proc netwag_toolsearch_node_init_cursel {} {
global netwag_priv_toolsearch_lb_type
global netwag_priv_toolsearch_type_tree
global netwag_priv_toolsearch_tools_tree_lbline
global netwag_priv_toolsearch_tools_tree_toolstart
set selnode -1
if {$netwag_priv_toolsearch_lb_type == $netwag_priv_toolsearch_type_tree} {
set selnum [netwag_priv_toolsearch_selnum_init_cursel]
if { $selnum != -1 } {
set selnode $netwag_priv_toolsearch_tools_tree_lbline($selnum)
}
} else {
set seltoolnum [netwag_toolsearch_toolnum_init_cursel]
if { $seltoolnum != -1 } {
set selnode [expr $netwag_priv_toolsearch_tools_tree_toolstart + $seltoolnum]
}
}
return $selnode
}
## Initialize the search function
proc netwag_toolsearch_init { } {
global netwag_priv_toolsearch_lb
global netwag_priv_toolsearch_searchentry
global netwag_priv_toolsearch_searchvar
global netwag_priv_toolsearch_showsearch
global netwag_priv_toolhf_wanttoolnum
global netwag_priv_tool_nb
# associate events
bind $netwag_priv_toolsearch_searchentry {
netwag_priv_toolsearch_radiobutton_callback
}
bind $netwag_priv_toolsearch_searchentry {
set netwag_priv_toolsearch_showsearch 2
netwag_priv_toolsearch_radiobutton_callback
}
bind $netwag_priv_toolsearch_lb {
focus $netwag_priv_toolsearch_lb
}
bind $netwag_priv_toolsearch_lb {
# Note : this is a bit tricky here...
# We have "search_lb netwag_priv_toolsearch_tree_toggle".
# On the system there is (/usr/lib/tk/listbox.tcl) "Listbox
# %W activate @%x,%y".
# And bindtag is "search_lb Listbox . all"
# So, in tree mode, when we release button, we do :
# search_lb activate end (this is correct)
# Listbox activate @%x,%y (this activates the current location
# of the mouse, which might be incorrect because we've redrawed
# the listbox)
# So we use a small delay to ensure "Listbox " is finished
# BEFORE netwag_priv_toolsearch_tree_toggle
after 1 netwag_priv_toolsearch_tree_toggle
# set wanted num for help and form
set wanttoolnum [netwag_toolsearch_toolnum_init_cursel]
if {$wanttoolnum != -1} {
set netwag_priv_toolhf_wanttoolnum $wanttoolnum
}
}
bind $netwag_priv_toolsearch_lb {
set wanttoolnum [netwag_toolsearch_toolnum_init_cursel]
if {$wanttoolnum != -1} {
set netwag_priv_toolhf_wanttoolnum $wanttoolnum
netwag_notebook_button_press $netwag_priv_tool_nb 2
}
}
bind $netwag_priv_toolsearch_lb {
netwag_priv_toolsearch_tree_toggle
set wanttoolnum [netwag_toolsearch_toolnum_init_cursel]
if {$wanttoolnum != -1} {
set netwag_priv_toolhf_wanttoolnum $wanttoolnum
netwag_notebook_button_press $netwag_priv_tool_nb 2
}
}
# initialize tool information
global netwag_priv_toolsearch_tools_max
global netwag_priv_toolsearch_tools_sort_max
global netwag_priv_toolsearch_tools_tree_max
set netwag_priv_toolsearch_tools_max 0
set netwag_priv_toolsearch_tools_sort_max 0
set netwag_priv_toolsearch_tools_tree_max 0
# by default, netwag_gui shows the listbox of type sort
global netwag_priv_toolsearch_lb_type
global netwag_priv_toolsearch_type_sort
set netwag_priv_toolsearch_lb_type $netwag_priv_toolsearch_type_sort
}
## Load tool definitions
global netwag_toolsearch_eventuallyinit_done
set netwag_toolsearch_eventuallyinit_done 0
proc netwag_toolsearch_eventuallyinit { } {
global netwag_toolsearch_eventuallyinit_done
if {$netwag_toolsearch_eventuallyinit_done} {
return 0
}
# obtain list
global netwag_glo_bin_netwox
set ret [netwag_exec "$netwag_glo_bin_netwox 0 --tools" outmsg retval errmsg]
if { $ret } {
netwag_msg_add_err "Cannot obtain the list of tools ($errmsg)"
return $ret
}
if { $retval } {
netwag_msg_add_err "Tool list might be incomplete (retval=$retval)"
}
# set
global netwag_priv_toolsearch_tools_max
global netwag_priv_toolsearch_tools_sort_max
global netwag_priv_toolsearch_tools_sort_lbline
global netwag_priv_toolsearch_tools_tree_expand
global netwag_priv_toolsearch_tools_tree_nodes
global netwag_priv_toolsearch_tools_tree_branch
global netwag_priv_toolsearch_tools_tree_text
global netwag_priv_toolsearch_tools_tree_toolstart
global netwag_priv_toolsearch_tools_synonyms
netwag_cursor_wait
catch {eval $outmsg}
# init display
netwag_priv_toolsearch_radiobutton_callback
netwag_cursor_default
# just indicate the number of tools
global netwag_priv_toolsearch_tools_max
netwag_msg_add_info "This version contains $netwag_priv_toolsearch_tools_max tools"
set netwag_toolsearch_eventuallyinit_done 1
return 0
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_mw.tcl 0000644 0000000 0000000 00000011537 11776302040 021017 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
#################################################################
# PRIVATE FUNCTIONS
#################################################################
## compute scrolling step for each click
proc netwag_priv_mw_step {w D} {
global netwag_priv_toolform_cv
global netwag_priv_toolform_cvs
global netwag_sys_platform
global netwag_sys_platform_windows
if {$w == $netwag_priv_toolform_cv || $w == $netwag_priv_toolform_cvs } {
# Will scroll one by one under Windows, but 2 by 2 under unix
# We don't go as fast as for other objects (*4) because user is
# quickly lost
if { $netwag_sys_platform == $netwag_sys_platform_windows } {
set d [expr {- $D}]
} else {
set d [expr {- $D * 2}]
}
} else {
set d [expr {- $D * 4}]
}
return $d
}
## scroll generic object
proc netwag_priv_mw_scroll_object {w D} {
$w yview scroll [netwag_priv_mw_step $w $D] units
}
## scroll scrollbar (inspired from tk function tkScrollByUnits)
proc netwag_priv_mw_scroll_scrollbar {w D} {
set cmd [$w cget -command]
if {$cmd == ""} {
return
}
set d [netwag_priv_mw_step $w $D]
set info [$w get]
if {[llength $info] == 2} {
uplevel #0 $cmd scroll $d units
} else {
uplevel #0 $cmd [expr {[lindex $info 2] + $d}]
}
}
## scroll runform canvas
proc netwag_priv_mw_scroll_toolform {D} {
global netwag_priv_toolform_cv
global netwag_sys_platform
global netwag_sys_platform_windows
set d [netwag_priv_mw_step $netwag_priv_toolform_cv $D]
$netwag_priv_toolform_cv yview scroll $d units
}
## handle a scroll event
proc netwag_priv_mw_event {X Y D} {
global netwag_priv_toolform_cv
set w [winfo containing $X $Y]
if {![winfo exists $w]} {
catch {set w [focus]}
}
if {![winfo exists $w]} {
return
}
set cla [winfo class $w]
if {$cla == "Scrollbar"} {
# scrollbar is special
catch {netwag_priv_mw_scroll_scrollbar $w $D}
} elseif {$cla == "Text" || $cla == "Listbox" || $cla == "Canvas"} {
catch {netwag_priv_mw_scroll_object $w $D}
} else {
global netwag_sys_platform
global netwag_sys_platform_windows
if { $netwag_sys_platform == $netwag_sys_platform_windows } {
# we are perhaps inside the runform canvas
set cvlen [string length $netwag_priv_toolform_cv]
set w [string range $w 0 [expr $cvlen - 1]]
if {$w == $netwag_priv_toolform_cv} {
netwag_priv_mw_scroll_toolform $D
}
}
}
}
#################################################################
# PUBLIC FUNCTIONS
#################################################################
# Set generic MouseWheel events
proc netwag_mw {what} {
global netwag_sys_platform
global netwag_sys_platform_unix
# 120 is the min step in Win95/98 (explained in Tk doc)
catch {bind $what {netwag_priv_mw_event %X %Y [expr %D / 120]}}
if { $netwag_sys_platform == $netwag_sys_platform_unix } {
bind $what {netwag_priv_mw_event %X %Y +1}
bind $what {netwag_priv_mw_event %X %Y -1}
}
}
# Set Form canvas MouseWheel events
proc netwag_mw_form {what} {
global netwag_sys_platform
global netwag_sys_platform_unix
if { $netwag_sys_platform == $netwag_sys_platform_unix } {
bind $what {netwag_priv_mw_scroll_toolform +1}
bind $what {netwag_priv_mw_scroll_toolform -1}
} else {
catch {bind $what {netwag_priv_mw_scroll_toolform [expr %D / 120]}}
}
}
# Set default
netwag_mw Text
netwag_mw Listbox
netwag_mw Scrollbar
netwag_mw Canvas
netw-ib-ox-ag-5.39.0/src/netwag-src/src/findpath.sh 0000755 0000000 0000000 00000000265 11776302040 020453 0 ustar root root :
set -u
searchbin=$1
IFS=":"
for direc in $PATH
do
test -z "$direc" && dir=.
if test -x "$direc/$searchbin" ; then
echo "$direc/$searchbin"
exit
fi
done
echo ""
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_txtfind.tcl 0000644 0000000 0000000 00000016232 11776302040 022051 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
global netwag_priv_txtfind_config_w ; set netwag_priv_txtfind_config_w "."
global netwag_priv_txtfind_config_txt ; set netwag_priv_txtfind_config_txt ""
global netwag_priv_txtfind_config_nocase ; set netwag_priv_txtfind_config_nocase 0
global netwag_priv_txtfind_config_regexp ; set netwag_priv_txtfind_config_regexp 0
global netwag_priv_txtfind_config_back ; set netwag_priv_txtfind_config_back 0
global netwag_txtfind_windows_name; set netwag_txtfind_windows_name ".txtfind_window"
#################################################################
# PRIVATE FUNCTIONS
#################################################################
## Find a text
proc netwag_priv_txtfind_find { } {
global netwag_priv_txtfind_config_w
global netwag_priv_txtfind_config_txt
global netwag_priv_txtfind_config_nocase
global netwag_priv_txtfind_config_regexp
global netwag_priv_txtfind_config_back
set w $netwag_priv_txtfind_config_w
set txt $netwag_priv_txtfind_config_txt
# check searched text
if {$txt == ""} {
netwag_msg_add_warn "Enter text to search in Find window"
return 0
}
# check if w is a text widget
if {[catch {$w search " " 1.0}]} {
netwag_msg_add_warn "Click in a text zone, then press Ctrl-F/Find"
return 0
}
# obtain current position
set curpos [$w index insert]
set curline [lindex [split $curpos "."] 0]
set curcol [lindex [split $curpos "."] 1]
# search
set searchopt ""
set endpos "end"
set startoff "1"
if {$netwag_priv_txtfind_config_nocase} {
append searchopt " -nocase"
}
if {$netwag_priv_txtfind_config_regexp} {
append searchopt " -regexp"
}
if {$netwag_priv_txtfind_config_back} {
append searchopt " -backwards"
set endpos "1.0"
set startoff "-1"
}
set startsearchat $curline.[expr $curcol + $startoff]
set foundpos [eval $w search $searchopt -count foundlen -- {$txt} $startsearchat $endpos]
# not found
if {$foundpos == ""} {
if {$netwag_priv_txtfind_config_regexp} {
netwag_msg_add_info "Regexp \"$txt\" not found"
} else {
netwag_msg_add_info "String \"$txt\" not found"
}
return 0
}
# determine found position
set foundline [lindex [split $foundpos "."] 0]
set foundcol [lindex [split $foundpos "."] 1]
set foundcolend [expr $foundcol + $foundlen]
set foundposend $foundline.$foundcolend
# select the found text
$w tag remove sel 1.0 end
$w tag add sel $foundpos $foundposend
$w see $foundpos
$w mark set insert $foundpos
focus -force $w
}
## Popup the window
proc netwag_priv_txtfind_popup { } {
global netwag_txtfind_windows_name
global netwag_glo_gui_bgcolor_button
global netwag_glo_gui_bgcolor_unused
global netwag_glo_gui_bgcolor_text_edit
global netwag_priv_txtfind_config_w
global netwag_priv_txtfind_config_txt
global netwag_priv_txtfind_config_nocase
global netwag_priv_txtfind_config_regexp
global netwag_priv_txtfind_config_back
if { [winfo exists $netwag_txtfind_windows_name] } {
raise $netwag_txtfind_windows_name
return 0
}
# create window
set fw "$netwag_txtfind_windows_name"
set fwt "$fw.top"
set fwb "$fw.bottom"
set fwbl "$fwb.left"
set fwbr "$fwb.right"
set fwte "$fwt.entry"
set fwblf1 "$fwbl.f1"
set fwblf2 "$fwbl.f2"
set fwblf3 "$fwbl.f3"
set fwbln "$fwblf1.nocase"
set fwblr "$fwblf2.regexp"
set fwblb "$fwblf3.back"
set fwbrf "$fwbr.find"
set fwbrc "$fwbr.close"
toplevel $fw
wm title $fw "Find"
bind $fw netwag_txtfind_find
frame $fwt
frame $fwb -bg $netwag_glo_gui_bgcolor_unused
pack $fwt $fwb -fill x -expand 1
frame $fwbl
frame $fwbr
pack $fwbl $fwbr -side left -fill x -expand 1
entry $fwte -textvariable netwag_priv_txtfind_config_txt -font myfont -highlightthickness 0 -width 20 -bg $netwag_glo_gui_bgcolor_text_edit
pack $fwte -fill x -expand 1
netwag_dynhelp_init $fwte "Enter text to search"
bind $fwte netwag_txtfind_find
frame $fwblf1 -bg $netwag_glo_gui_bgcolor_unused
frame $fwblf2 -bg $netwag_glo_gui_bgcolor_unused
frame $fwblf3 -bg $netwag_glo_gui_bgcolor_unused
pack $fwblf1 $fwblf2 $fwblf3 -fill x -expand 1 -anchor w
checkbutton $fwbln -text "nocase" -variable netwag_priv_txtfind_config_nocase -font myfont -bg $netwag_glo_gui_bgcolor_unused -highlightthickness 0
checkbutton $fwblr -text "regexp" -variable netwag_priv_txtfind_config_regexp -font myfont -bg $netwag_glo_gui_bgcolor_unused -highlightthickness 0
checkbutton $fwblb -text "back" -variable netwag_priv_txtfind_config_back -font myfont -bg $netwag_glo_gui_bgcolor_unused -highlightthickness 0
pack $fwbln $fwblr $fwblb -side left
netwag_dynhelp_init $fwbln "Search ignoring case"
netwag_dynhelp_init $fwblr "Search using a regular expression"
netwag_dynhelp_init $fwblb "Search backwards"
eval "button $fwbrf -text Find -font myfont -command { netwag_txtfind_find } -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0"
eval "button $fwbrc -text Close -font myfont -command { destroy $netwag_txtfind_windows_name } -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0"
pack $fwbrf $fwbrc -fill x -expand 1
return 1
}
#################################################################
# PUBLIC FUNCTIONS
#################################################################
## Find a text
proc netwag_txtfind_find { } {
global netwag_priv_txtfind_config_w
global netwag_priv_txtfind_config_txt
global netwag_priv_txtfind_config_nocase
global netwag_priv_txtfind_config_regexp
global netwag_priv_txtfind_config_back
# eventually open the popup
if {[netwag_priv_txtfind_popup]} {
return
}
# search the text
netwag_priv_txtfind_find
}
## Update current widget
proc netwag_txtfind_current { w } {
global netwag_priv_txtfind_config_w
set netwag_priv_txtfind_config_w $w
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_smallclip.tcl 0000644 0000000 0000000 00000006501 11776302040 022347 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
#################################################################
# PRIVATE FUNCTIONS
#################################################################
# draw the clipboard
proc netwag_priv_smallclip_draw { } {
global frame_clipboard
global frame_message
global netwag_glo_clipboard_text_height
pack forget $frame_clipboard.scro.s
pack forget $frame_clipboard.scro.less
pack forget $frame_clipboard.scro.more
pack forget $frame_clipboard.scro.plus
pack forget $frame_clipboard.scro.c
pack forget $frame_clipboard.text
if { $netwag_glo_clipboard_text_height == 0 } {
set netwag_glo_clipboard_text_height 1
}
pack $frame_clipboard.scro -side right -fill y
$frame_clipboard.text configure -height $netwag_glo_clipboard_text_height
$frame_clipboard.scro.c configure -width [winfo reqwidth $frame_message.scro]
if { $netwag_glo_clipboard_text_height == 1 } {
pack $frame_clipboard.scro.plus
} elseif { $netwag_glo_clipboard_text_height <= 5 } {
pack $frame_clipboard.scro.c -fill both -expand 1
pack $frame_clipboard.scro.less -fill x
pack $frame_clipboard.scro.more -fill x
pack $frame_clipboard.text -expand yes -fill both
} else {
pack $frame_clipboard.scro.s -expand yes -fill y
pack $frame_clipboard.scro.less -fill x
pack $frame_clipboard.scro.more -fill x
pack $frame_clipboard.text -expand yes -fill both
}
}
#################################################################
# PUBLIC FUNCTIONS
#################################################################
## Initialize the clipboard
proc netwag_smallclip_init {} {
# set size
netwag_priv_smallclip_draw
}
## Buttons pressed to resize the height
proc netwag_smallclip_height_callback_less { } {
global netwag_glo_clipboard_text_height
incr netwag_glo_clipboard_text_height -1
netwag_priv_smallclip_draw
}
proc netwag_smallclip_height_callback_more { } {
global netwag_glo_clipboard_text_height
incr netwag_glo_clipboard_text_height +1
netwag_priv_smallclip_draw
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_varsglo.tcl 0000644 0000000 0000000 00000003100 11776302040 022034 0 ustar root root
# color of buttons for invisible frames of notebook
set netwag_glo_notebook_button_hidden_color grey55
# color of button of the top frame of notebook
set netwag_glo_notebook_button_visible_color grey
# timeout for dynamic help in milliseconds
set netwag_glo_dynhelp_timeout 500
# background color for dynamic help
set netwag_glo_dynhelp_bgcolor "#FFFFBB"
# wrap size for dynamic help
set netwag_glo_dynhelp_wraplength 200
# size of the message listbox
set netwag_glo_msg_text_height 3
# size of the clipboard listbox
set netwag_glo_clipboard_text_height 0
# size of the run command
set netwag_glo_gui_toolcmd_height 3
# number of max crush line (limit to around 50k*80 = 4Mbytes)
set netwag_glo_gui_toolrun_crush 50000
# background colors for main interface
# listboxes
set netwag_glo_gui_bgcolor_listbox "#D0FFD0"
# buttons
set netwag_glo_gui_bgcolor_button grey
# background for unused zones
set netwag_glo_gui_bgcolor_unused grey
# text which cannot be modified or selected
set netwag_glo_gui_bgcolor_text_display "#FFD0FF"
# text which cannot be modified, but can be selected
set netwag_glo_gui_bgcolor_text_select "#D0FFFF"
# text which can be modified and selected
set netwag_glo_gui_bgcolor_text_edit white
# messages colors
set netwag_glo_msg_color_info "#000000"
set netwag_glo_msg_color_warn "#FF00FF"
set netwag_glo_msg_color_err "#FF0000"
## CHANGE NOTHING BELOW
## CHANGE NOTHING BELOW
#################################################################
#################################################################
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_clip.tcl 0000644 0000000 0000000 00000013227 11776302040 021321 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
#################################################################
# PRIVATE FUNCTIONS
#################################################################
# Most of this code is taken from the Tk library.
## Used for Entry
proc netwag_priv_clip_tkEntryGetSelection {w} {
set posstart [$w index sel.first]
set posend [expr [$w index sel.last] - 1]
set entryString [string range [$w get] $posstart $posend]
if {[$w cget -show] != ""} {
# a password
regsub -all . $entryString [string index [$w cget -show] 0] entryString
}
return $entryString
}
proc netwag_priv_clip_tkEntrySeeInsert w {
set c [$w index insert]
set left [$w index @0]
if {$left > $c} {
$w xview $c
return
}
set x [winfo width $w]
if {$c > [$w index @[winfo width $w]]} {
$w xview insert
}
}
# on Text widget, cut
proc netwag_priv_clip_text_cut {w} {
#puts mytextcut
if {![catch {set data [$w get sel.first sel.last]}]} {
clipboard clear -displayof $w
clipboard append -displayof $w $data
$w delete sel.first sel.last
}
}
# on Entry widget, cut
proc netwag_priv_clip_entry_cut {w} {
#puts myentrycut
if {![catch {netwag_priv_clip_tkEntryGetSelection $w} data]} {
clipboard clear -displayof $w
clipboard append -displayof $w $data
$w delete sel.first sel.last
}
}
# on Text widget, copy
proc netwag_priv_clip_text_copy {w} {
#puts mytextcopy
if {![catch {set data [$w get sel.first sel.last]}]} {
clipboard clear -displayof $w
clipboard append -displayof $w $data
}
}
# on Entry widget, copy
proc netwag_priv_clip_entry_copy {w} {
#puts myentrycopy
if {![catch {netwag_priv_clip_tkEntryGetSelection $w} data]} {
clipboard clear -displayof $w
clipboard append -displayof $w $data
}
}
# on Text widget, paste
proc netwag_priv_clip_text_paste {w} {
#puts mytextpaste
catch {$w delete sel.first sel.last}
if {[catch {selection get -displayof $w -selection CLIPBOARD} inclip]} {
# ignore error
return
}
$w insert insert $inclip
}
# on Entry widget, paste
proc netwag_priv_clip_entry_paste {w} {
#puts myentrypaste
catch {$w delete sel.first sel.last}
if {[catch {selection get -displayof $w -selection CLIPBOARD} inclip]} {
# ignore error
return
}
$w insert insert $inclip
netwag_priv_clip_tkEntrySeeInsert $w
}
# on Text widget, select
proc netwag_priv_clip_text_select {w} {
catch {$w tag add sel 1.0 end}
}
# on Entry widget, select
proc netwag_priv_clip_entry_select {w} {
catch {$w selection range 0 end}
}
#################################################################
# PUBLIC FUNCTIONS
#################################################################
## Initialize the clipboard
proc netwag_clip_init {} {
global netwag_sys_platform
global netwag_sys_platform_unix
# add events to Text
bind Text { netwag_priv_clip_text_cut %W }
bind Text { netwag_priv_clip_text_copy %W }
bind Text { netwag_priv_clip_text_paste %W }
bind Text { netwag_priv_clip_text_cut %W }
bind Text { netwag_priv_clip_text_copy %W }
bind Text { netwag_priv_clip_text_paste %W }
if {$netwag_sys_platform == $netwag_sys_platform_unix} {
bind Text { netwag_priv_clip_text_cut %W }
bind Text { netwag_priv_clip_text_copy %W }
bind Text { netwag_priv_clip_text_paste %W }
}
bind Text { netwag_priv_clip_text_select %W }
bind Text netwag_menu_editfind
bind Text {+ netwag_txtfind_current %W }
# add events to Entry
bind Entry { netwag_priv_clip_entry_cut %W }
bind Entry { netwag_priv_clip_entry_copy %W }
bind Entry { netwag_priv_clip_entry_paste %W }
bind Entry { netwag_priv_clip_entry_cut %W }
bind Entry { netwag_priv_clip_entry_copy %W }
bind Entry { netwag_priv_clip_entry_paste %W }
if {$netwag_sys_platform == $netwag_sys_platform_unix} {
bind Entry { netwag_priv_clip_entry_cut %W }
bind Entry { netwag_priv_clip_entry_copy %W }
bind Entry { netwag_priv_clip_entry_paste %W }
}
bind Entry { netwag_priv_clip_entry_select %W }
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_msg.tcl 0000644 0000000 0000000 00000010632 11776302040 021155 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
global netwag_priv_msg_textframe
global netwag_priv_msg_nummsg
global netwag_priv_msg_repeatnum ; set netwag_priv_msg_repeatnum 1
global netwag_priv_msg_repeatlast ; set netwag_priv_msg_repeatlast ""
#################################################################
# PRIVATE FUNCTIONS
#################################################################
## Add a message and a newline
proc netwag_priv_msg_add { msg {errorlevel 0} {repeatit 1} } {
global netwag_priv_msg_textframe
global netwag_glo_msg_text_height
global netwag_priv_msg_nummsg
global netwag_priv_msg_repeatnum
global netwag_priv_msg_repeatlast
# suppress optional lines
set msg [netwag_misc_string_map $msg {"\r" " " "\n" " "}]
# suppress optional spaces
set msg [string trim $msg]
if {$msg == $netwag_priv_msg_repeatlast} {
if {!$repeatit} {
return
}
incr netwag_priv_msg_repeatnum
set msg "$msg (repeated $netwag_priv_msg_repeatnum)"
} else {
set netwag_priv_msg_repeatnum 1
set netwag_priv_msg_repeatlast $msg
}
$netwag_priv_msg_textframe configure -state normal
if { $errorlevel == 0 } {
$netwag_priv_msg_textframe insert end "$msg\n" netwag_priv_msg_info
} elseif { $errorlevel == 1 } {
$netwag_priv_msg_textframe insert end "$msg\n" netwag_priv_msg_warn
} else {
$netwag_priv_msg_textframe insert end "$msg\n" netwag_priv_msg_err
}
$netwag_priv_msg_textframe configure -state disabled
incr netwag_priv_msg_nummsg
if { $netwag_priv_msg_nummsg <= $netwag_glo_msg_text_height } {
$netwag_priv_msg_textframe see 1.0
} else {
$netwag_priv_msg_textframe see "end -2c"
}
}
#################################################################
# PUBLIC FUNCTIONS
#################################################################
## Set the global variable indicating where is the message zone
proc netwag_msg_init { textframe } {
global netwag_priv_msg_textframe
global netwag_glo_msg_color_info
global netwag_glo_msg_color_warn
global netwag_glo_msg_color_err
global netwag_priv_msg_nummsg
set netwag_priv_msg_nummsg 0
set netwag_priv_msg_textframe $textframe
$netwag_priv_msg_textframe configure -state disabled
$netwag_priv_msg_textframe tag configure netwag_priv_msg_info -foreground $netwag_glo_msg_color_info
$netwag_priv_msg_textframe tag configure netwag_priv_msg_warn -foreground $netwag_glo_msg_color_warn
$netwag_priv_msg_textframe tag configure netwag_priv_msg_err -foreground $netwag_glo_msg_color_err
}
## Empty the message box
proc netwag_msg_purge { } {
global netwag_priv_msg_textframe
global netwag_priv_msg_nummsg
$netwag_priv_msg_textframe configure -state normal
$netwag_priv_msg_textframe delete 1.0 end
$netwag_priv_msg_textframe configure -state disabled
set netwag_priv_msg_nummsg 0
}
## Add a message and a newline
proc netwag_msg_add_info { msg {repeatit 1} } {
netwag_priv_msg_add $msg 0 $repeatit
}
proc netwag_msg_add_warn { msg {repeatit 1} } {
netwag_priv_msg_add $msg 1 $repeatit
}
proc netwag_msg_add_err { msg {repeatit 1} } {
netwag_priv_msg_add $msg 2 $repeatit
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_bitmap.tcl 0000644 0000000 0000000 00000013044 11776302040 021643 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
global netwag_bitmap_down_init ; set netwag_bitmap_down_init 0
global netwag_bitmap_up_init ; set netwag_bitmap_up_init 0
global netwag_bitmap_top_init ; set netwag_bitmap_top_init 0
global netwag_bitmap_plus_init ; set netwag_bitmap_plus_init 0
global netwag_bitmap_close_init ; set netwag_bitmap_close_init 0
#################################################################
# PRIVATE FUNCTIONS
#################################################################
#################################################################
# PUBLIC FUNCTIONS
#################################################################
proc netwag_bitmap_down { bm } {
global netwag_glo_gui_bgcolor_button
global netwag_bitmap_down_init
if {! $netwag_bitmap_down_init} {
# to create this, use Unix "bitmap", save file, and paste contents
set bm_down {
#define i_width 15
#define i_height 15
static unsigned char i_bits[] = {
0xc0, 0x01, 0xe0, 0x03, 0xf0, 0x07, 0xf0, 0x07, 0xe0, 0x03, 0xc0, 0x01,
0x80, 0x00, 0x80, 0x00, 0x80, 0x00, 0x80, 0x00, 0xf8, 0x0f, 0xf0, 0x07,
0xe0, 0x03, 0xc0, 0x01, 0x80, 0x00, 0x00, 0x00};
}
image create bitmap netwag_bitmap_down_bm -data $bm_down
set netwag_bitmap_down_init 1
}
label $bm -image netwag_bitmap_down_bm -bd 0 -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
netwag_dynhelp_init $bm "This icon indicates that, when button is pressed, data goes from top window to bottom window."
}
proc netwag_bitmap_up { bm } {
global netwag_glo_gui_bgcolor_button
global netwag_bitmap_up_init
if {! $netwag_bitmap_up_init} {
set bm_up {
#define i_width 15
#define i_height 15
static unsigned char i_bits[] = {
0x80, 0x00, 0xc0, 0x01, 0xe0, 0x03, 0xf0, 0x07, 0xf8, 0x0f, 0x80, 0x00,
0x80, 0x00, 0x80, 0x00, 0x80, 0x00, 0xc0, 0x01, 0xe0, 0x03, 0xf0, 0x07,
0xf0, 0x07, 0xe0, 0x03, 0xc0, 0x01, 0x00, 0x00};
}
image create bitmap netwag_bitmap_up_bm -data $bm_up
set netwag_bitmap_up_init 1
}
label $bm -image netwag_bitmap_up_bm -bd 0 -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
netwag_dynhelp_init $bm "This icon indicates that, when button is pressed, data goes from bottom window to top window."
}
proc netwag_bitmap_top { bm } {
global netwag_glo_gui_bgcolor_button
global netwag_bitmap_top_init
if {! $netwag_bitmap_top_init} {
set bm_top {
#define i_width 15
#define i_height 15
static unsigned char i_bits[] = {
0xc0, 0x01, 0xe0, 0x03, 0xf0, 0x07, 0xf0, 0x07, 0xe0, 0x03, 0xc0, 0x01,
0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,
0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00};
}
image create bitmap netwag_bitmap_top_bm -data $bm_top
set netwag_bitmap_top_init 1
}
label $bm -image netwag_bitmap_top_bm -bd 0 -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
netwag_dynhelp_init $bm "This icon indicates button work on above window."
}
proc netwag_bitmap_plus { bm } {
global netwag_glo_gui_bgcolor_button
global netwag_bitmap_plus_init
if {! $netwag_bitmap_plus_init} {
set bm_plus {
#define tt_width 15
#define tt_height 5
static unsigned char i_bits[] = {
0x04, 0x02, 0x0e, 0x07, 0x9f, 0x0f, 0x04, 0x02, 0x04, 0x02};
}
image create bitmap netwag_bitmap_plus_bm -data $bm_plus
set netwag_bitmap_plus_init 1
}
label $bm -image netwag_bitmap_plus_bm -bd 0 -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
}
proc netwag_bitmap_close { bm } {
global netwag_glo_gui_bgcolor_button
global netwag_bitmap_close_init
if {! $netwag_bitmap_close_init} {
set bm_close {
#define tt_width 16
#define tt_height 16
static unsigned char t_bits[] = {
0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x07, 0x1c, 0x0f, 0x1e, 0x1f, 0x1f,
0xbe, 0x0f, 0xfc, 0x07, 0xf8, 0x03, 0xf0, 0x01, 0xf8, 0x03, 0xfc, 0x07,
0xbe, 0x0f, 0x1f, 0x1f, 0x0f, 0x1e, 0x07, 0x1c};
}
image create bitmap netwag_bitmap_close_bm -data $bm_close
set netwag_bitmap_close_init 1
}
label $bm -image netwag_bitmap_close_bm -bd 0 -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_runtext.tcl 0000644 0000000 0000000 00000025624 11776302040 022107 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
global netwag_runtext_state
global netwag_runtext_state_norun ; set netwag_runtext_state_norun 0
global netwag_runtext_state_running ; set netwag_runtext_state_running 1
global netwag_runtext_state_paused ; set netwag_runtext_state_paused 2
global netwag_runtext_realcmd
global netwag_runtext_usercmd
global netwag_runtext_autoscroll
global netwag_runtext_backspace
global netwag_runtext_autocrush
global netwag_runtext_fd
global netwag_runtext_pauseddata
global netwag_runtext_cb_begin
global netwag_runtext_cb_end
#################################################################
# PRIVATE FUNCTIONS
#################################################################
## Append stdout data
proc netwag_priv_runtext_append_stdout { txt data } {
global netwag_runtext_state
global netwag_runtext_state_paused
global netwag_runtext_state_running
global netwag_runtext_pauseddata
global netwag_runtext_backspace
global netwag_runtext_autocrush
if {$netwag_runtext_state($txt) == $netwag_runtext_state_running} {
$txt configure -state normal
if {$netwag_runtext_backspace($txt)} {
# deal with backspaces
while {1} {
while {[string range $data 0 0] == ""} {
$txt delete "end -2c"
set data [string range $data 1 end]
}
if { ! [regsub -- "." "$data" "" data] } {
break
}
}
}
$txt insert end "$data"
if {$netwag_runtext_autocrush($txt)} {
set linecol [$txt index end]
set dotpos [expr [string first "." $linecol] - 1]
set numlines [string range $linecol 0 $dotpos]
global netwag_glo_gui_toolrun_crush
if {$numlines > $netwag_glo_gui_toolrun_crush} {
$txt delete 1.0 "[expr $netwag_glo_gui_toolrun_crush / 5].0"
$txt insert 1.0 "Lines before were crushed (limit to $netwag_glo_gui_toolrun_crush lines).\n" netwag_runtext_color_info
netwag_update_idletasks
}
}
$txt configure -state disabled
netwag_runtext_autoscroll_show $txt
} else {
append netwag_runtext_pauseddata($txt) "$data"
}
}
## Append stdin data
proc netwag_priv_runtext_append_stdin { txt data } {
$txt configure -state normal
$txt insert end "$data" netwag_runtext_color_stdin
$txt configure -state disabled
netwag_runtext_autoscroll_show $txt
}
## Append end
proc netwag_priv_runtext_append_info { txt data } {
$txt configure -state normal
$txt insert end "$data" netwag_runtext_color_info
$txt configure -state disabled
netwag_runtext_autoscroll_show $txt
}
## Called when data is available
proc netwag_priv_runtext_event { txt } {
global netwag_runtext_state
global netwag_runtext_state_running
global netwag_runtext_state_norun
global netwag_runtext_fd
set fd $netwag_runtext_fd($txt)
set ret [netwag_popen_read_data $fd data]
if { $ret == 0 } {
# suppress \r
set data [netwag_misc_string_replace $data "\r" ""]
# ok
netwag_priv_runtext_append_stdout $txt "$data"
return 0
}
# if we are here, program has terminated
set netwag_runtext_state($txt) $netwag_runtext_state_norun
# reconfigure blocking, otherwise, variable errorCode is never set
netwag_popen_conf_block $fd 1
set ret [netwag_popen_close $fd retval errmsg]
if { $ret } {
netwag_msg_add_err "Error when closing popen"
return $ret
}
if { $retval } {
netwag_msg_add_err "Tool returned an error"
} else {
netwag_msg_add_info "Tool finished its job"
}
global netwag_runtext_cb_end
if {$netwag_runtext_cb_end($txt) != ""} {
global netwag_runtext_realcmd
global netwag_runtext_usercmd
$netwag_runtext_cb_end($txt) $txt $netwag_runtext_realcmd($txt) $netwag_runtext_usercmd($txt)
}
return 0
}
#################################################################
# PUBLIC FUNCTIONS
#################################################################
## Initialize
# cb_start $txt $realcmd $usercmd : callback called when tool starts
# cb_end $txt $realcmd $usercmd : callback called when tool finishes
proc netwag_runtext_init { txt {cb_start ""} {cb_end ""} } {
global netwag_runtext_state
global netwag_runtext_state_norun
set netwag_runtext_state($txt) $netwag_runtext_state_norun
global netwag_runtext_cb_start
set netwag_runtext_cb_start($txt) $cb_start
global netwag_runtext_cb_end
set netwag_runtext_cb_end($txt) $cb_end
global netwag_runtext_autoscroll
if {![info exists netwag_runtext_autoscroll($txt)]} {
set netwag_runtext_autoscroll($txt) 0
}
global netwag_runtext_backspace
if {![info exists netwag_runtext_backspace($txt)]} {
set netwag_runtext_backspace($txt) 0
}
global netwag_runtext_autocrush
if {![info exists netwag_runtext_autocrush($txt)]} {
set netwag_runtext_autocrush($txt) 0
}
$txt tag configure netwag_runtext_color_stdin -foreground "#0020FF"
$txt tag configure netwag_runtext_color_info -foreground "#66CC66"
$txt configure -state disabled
return 0
}
## Free memory when a Running notebook is closed
proc netwag_runtext_close { txt } {
$txt configure -state normal
$txt delete 1.0 end
$txt configure -state disabled
return 0
}
## Run a command and put result in a text
proc netwag_runtext_run { txt realcmd usercmd } {
global netwag_glo_bin_netwox
global netwag_runtext_state
global netwag_runtext_state_running
global netwag_runtext_state_norun
global netwag_runtext_fd
global netwag_runtext_pauseddata
if { $netwag_runtext_state($txt) != $netwag_runtext_state_norun } {
netwag_msg_add_warn "There is a tool currently running"
return 0
}
netwag_runcmd_file_init $realcmd tmpfilename
set ret [netwag_popen_init "$netwag_glo_bin_netwox 0 -r -b $tmpfilename" "rw" fd errmsg]
if { $ret } {
netwag_msg_add_err "Cannot run \"$usercmd\""
netwag_runcmd_file_del $tmpfilename
return $ret
} else {
netwag_msg_add_info "Running \"$usercmd\""
}
set netwag_runtext_state($txt) $netwag_runtext_state_running
set netwag_runtext_fd($txt) $fd
set netwag_runtext_pauseddata($txt) ""
global netwag_runtext_realcmd
global netwag_runtext_usercmd
set netwag_runtext_realcmd($txt) $realcmd
set netwag_runtext_usercmd($txt) $usercmd
netwag_popen_conf_block $fd 0
fconfigure $fd -translation {binary binary}
$txt configure -state normal
$txt delete 1.0 end
$txt configure -state disabled
global netwag_runtext_cb_start
if {$netwag_runtext_cb_start($txt) != ""} {
$netwag_runtext_cb_start($txt) $txt $realcmd $usercmd
}
fileevent $fd readable "netwag_priv_runtext_event $txt"
return 0
}
## Eventually autoscroll
proc netwag_runtext_autoscroll_show { txt } {
global netwag_runtext_autoscroll
if {$netwag_runtext_autoscroll($txt)} {
$txt see "end"
netwag_update_idletasks
}
}
## Called on interrupt request
proc netwag_runtext_int { txt } {
global netwag_glo_bin_netwox
global netwag_runtext_state
global netwag_runtext_state_paused
global netwag_runtext_state_norun
global netwag_runtext_fd
if { $netwag_runtext_state($txt) == $netwag_runtext_state_norun } {
# might have just finished, so do not display error
return 0
}
# we kill the child in 500 ms if it doesn't close itself
set thepid [pid $netwag_runtext_fd($txt)]
exec $netwag_glo_bin_netwox 0 -k -u $thepid -b 500 &
set ret [netwag_popen_interrupt $netwag_runtext_fd($txt) errmsg]
if { $ret == 0 } {
netwag_msg_add_info "Tool successfully interrupted"
}
set netwag_runtext_state($txt) $netwag_runtext_state_norun
global netwag_runtext_cb_end
if {$netwag_runtext_cb_end($txt) != ""} {
global netwag_runtext_realcmd
global netwag_runtext_usercmd
$netwag_runtext_cb_end($txt) $txt $netwag_runtext_realcmd($txt) $netwag_runtext_usercmd($txt)
}
return $ret
}
## Called to interrupt all running programs
proc netwag_runtext_int_all { } {
global netwag_runtext_state
global netwag_runtext_state_norun
foreach txt [array names netwag_runtext_state] {
if { $netwag_runtext_state($txt) != $netwag_runtext_state_norun } {
netwag_runtext_int $txt
}
}
}
## Called on send request
proc netwag_runtext_send { txt data echo } {
global netwag_runtext_state
global netwag_runtext_state_norun
global netwag_runtext_fd
if { $netwag_runtext_state($txt) == $netwag_runtext_state_norun } {
netwag_msg_add_warn "There is no tool currently running"
return 0
}
if {$echo} {
netwag_priv_runtext_append_stdin $txt $data
}
netwag_popen_write_data $netwag_runtext_fd($txt) $data
return 0
}
## Called on pause/continue request
proc netwag_runtext_pause { txt } {
global netwag_runtext_state
global netwag_runtext_state_norun
global netwag_runtext_state_running
global netwag_runtext_state_paused
global netwag_runtext_pauseddata
if { $netwag_runtext_state($txt) == $netwag_runtext_state_norun } {
netwag_msg_add_warn "There is no tool currently running"
return 0
}
if { $netwag_runtext_state($txt) == $netwag_runtext_state_running } {
set netwag_runtext_state($txt) $netwag_runtext_state_paused
} else {
set netwag_runtext_state($txt) $netwag_runtext_state_running
netwag_priv_runtext_append_stdout $txt $netwag_runtext_pauseddata($txt)
}
set netwag_runtext_pauseddata($txt) ""
return 0
}
## Store a message in the text zone
proc netwag_runtext_append_msg { txt data } {
$txt configure -state normal
$txt insert end "$data"
$txt configure -state disabled
netwag_runtext_autoscroll_show $txt
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_main.tcl 0000644 0000000 0000000 00000015506 11776302040 021320 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# PUBLIC FUNCTIONS
#################################################################
## Time profiling
proc netwag_prof_init {} {
global netwag_prof_init_lastime
global netwag_prof_init_msg
set netwag_prof_init_lastime [clock clicks]
set netwag_prof_init_msg {}
}
proc netwag_prof_diff { msg } {
global netwag_prof_init_lastime
global netwag_prof_init_msg
append netwag_prof_init_msg [expr [clock clicks] - $netwag_prof_init_lastime]
append netwag_prof_init_msg "\t($msg)\n"
set netwag_prof_init_lastime [clock clicks]
}
proc netwag_prof_report {} {
global netwag_prof_init_lastime
global netwag_prof_init_msg
append netwag_prof_init_msg [expr [clock clicks] - $netwag_prof_init_lastime]
append netwag_prof_init_msg "\t(end)"
puts $netwag_prof_init_msg
}
## Create a fake widget using a font. Indeed, font computation is
## very slow when there is not yet any window
proc netwag_main_fake_widget {} {
label .fake_widget -font myfont
}
## Check netwox
proc netwag_main_checknetwox { } {
global netwag_glo_versionmajor
global netwag_glo_versionminor
global netwag_glo_bin_netwox
set errmsg1 "We cannot run $netwag_glo_bin_netwox"
set errmsg2 "Edit variable netwag_glo_bin_netwox (current value $netwag_glo_bin_netwox) to contain a valid path to netwox version $netwag_glo_versionmajor.$netwag_glo_versionminor.x."
set ret [netwag_exec "$netwag_glo_bin_netwox 0 -v" outmsg retval errmsg]
if { $ret } {
netwag_msg_add_err "$errmsg1 ($errmsg)"
netwag_priv_glo_errorbadval "$errmsg1 ($errmsg).\n$errmsg2"
return -1
} elseif { $retval } {
netwag_msg_add_err "$errmsg1 (retval=$retval)"
netwag_priv_glo_errorbadval "$errmsg1 (retval=$retval).\n$errmsg2"
return -1
}
set netwag_netwox_versionmajor 0
set netwag_netwox_versionminor 0
set netwag_netwox_versionmicro 0
if {[catch {eval $outmsg}]} {
set errmsg3 "Program $netwag_glo_bin_netwox returned a bad value"
netwag_msg_add_err "$errmsg3."
netwag_priv_glo_errorbadval "$errmsg3.\n$errmsg2"
return -1
}
if {$netwag_netwox_versionmajor == 0 && $netwag_netwox_versionminor == 0} {
set errmsg3 "Program $netwag_glo_bin_netwox is an old version of netwox"
netwag_msg_add_err "$errmsg3."
netwag_priv_glo_errorbadval "$errmsg3.\n$errmsg2"
return -1
}
if {$netwag_netwox_versionmajor != $netwag_glo_versionmajor || $netwag_netwox_versionminor != $netwag_glo_versionminor} {
set errmsg3 "Version of $netwag_glo_bin_netwox is $netwag_netwox_versionmajor.$netwag_netwox_versionminor (wanted $netwag_glo_versionmajor.$netwag_glo_versionminor)"
netwag_msg_add_err "$errmsg3."
netwag_priv_glo_errorbadval "$errmsg3.\n$errmsg2"
return -1
}
netwag_msg_add_info "Linked with netwox version $netwag_netwox_versionmajor.$netwag_netwox_versionminor.$netwag_netwox_versionmicro"
return 0
}
## Main
proc netwag_main {} {
global frame_notebook
global frame_clipboard
global frame_message
global netwag_glo_versionmajor
global netwag_glo_versionminor
global netwag_glo_versionmicro
# check global variables
netwag_glo_check
#netwag_prof_diff "after glo_check"
# load the last session
netwag_session_load_vars
#netwag_prof_diff "after load_vars"
# initialize font
netwag_font_init
#netwag_prof_diff "after font_init"
# create a fake widget to speed startup
#netwag_main_fake_widget
#netwag_prof_diff "after fake_widget"
# initialize the clipboard
netwag_clip_init
#netwag_prof_diff "after clip_init"
# initialize widgets
netwag_gui_skeleton frame_notebook frame_clipboard frame_message
netwag_gui_message $frame_message
netwag_gui_clipboard $frame_clipboard
netwag_gui_menu
netwag_update
#netwag_prof_diff "after gui"
# display first message
netwag_msg_add_info "Netwag version $netwag_glo_versionmajor.$netwag_glo_versionminor.$netwag_glo_versionmicro"
# check netwox
set ret [netwag_main_checknetwox]
if { $ret == -1 } {
global netwag_menu_fileexit_try
# to ensure session is not overwritten
set netwag_menu_fileexit_try 1
return $ret
}
#netwag_prof_diff "after run"
# initialize search functions
netwag_toolsearch_init
#netwag_prof_diff "after search"
# initialize history
netwag_toolhist_init
#netwag_prof_diff "after runhist_init"
# initialize information
netwag_infol_init
netwag_infor_init
#netwag_prof_diff "after info_init"
# apply the last session
netwag_session_load_apply
#netwag_prof_diff "after load_apply"
# initialize the clipboard
netwag_smallclip_init
#netwag_prof_diff "after smallclip_init"
# press on Search button
global netwag_priv_tool_nb
netwag_notebook_button_press $netwag_priv_tool_nb 0
#netwag_prof_diff "after click"
return 0
}
#################################################################
# MAIN
#################################################################
#netwag_prof_init
netwag_main
# used with "time netwag" to obtain startup time
#tkwait visibility $netwag_priv_toolsearch_lb
#netwag_prof_diff "after visibility"
#netwag_prof_report
#exit
# activate to display debug messages
# catch {console show}
if {$netwag_sys_platform == $netwag_sys_platform_windows} {
# when netwag popups, it does not have focus. Force it.
focus -force .
# need at least one item focus before been able to scroll
focus $netwag_priv_msg_textframe
}
# If activated before end of load, display is strange under Windows,
# Solaris 9, but not under Linux. Better wait for all system.
tkwait visibility $netwag_priv_toolsearch_lb
netwag_update_allow
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_help.tcl 0000644 0000000 0000000 00000021333 11776302040 021317 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
global netwag_help_about_winname ; set netwag_help_about_winname ".helpabout_window"
global netwag_help_doc_winname ; set netwag_help_doc_winname ".helpdoc_window"
#################################################################
# PRIVATE FUNCTIONS
#################################################################
#################################################################
# PUBLIC FUNCTIONS
#################################################################
## About
proc netwag_help_about_popup { } {
global netwag_help_about_winname
global netwag_glo_gui_bgcolor_unused
global netwag_glo_gui_bgcolor_button
global netwag_glo_versionmajor
global netwag_glo_versionminor
global netwag_glo_versionmicro
# create window
set hw $netwag_help_about_winname
toplevel $hw
wm title $hw "About netwag"
# set content
set msg "netwag $netwag_glo_versionmajor.$netwag_glo_versionminor.$netwag_glo_versionmicro\n"
append msg "Copyright Laurent CONSTANTIN\n"
label $hw.l1 -font myfont -bg $netwag_glo_gui_bgcolor_unused -text $msg
pack $hw.l1 -fill both
image create photo .logonetwimg -format GIF -data {
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}
label $hw.l2 -image .logonetwimg -bg $netwag_glo_gui_bgcolor_unused
pack $hw.l2 -fill x
set msg "\nhttp://ntwag.sourceforge.net/\n"
append msg "laurentconstantin@free.fr\n"
label $hw.l3 -font myfont -bg $netwag_glo_gui_bgcolor_unused -text $msg -justify left
pack $hw.l3 -fill both -expand 1
# set button
frame $hw.f -bg $netwag_glo_gui_bgcolor_unused
pack $hw.f -fill x
eval "button $hw.f.b -text OK -command { destroy $hw } -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0 -font myfont"
pack $hw.f.b
}
## Documentation
proc netwag_help_doc_popup { } {
global netwag_help_doc_winname
global netwag_glo_gui_bgcolor_unused
global netwag_glo_gui_bgcolor_button
global netwag_glo_dynhelp_timeout
global netwag_glo_versionmajor
global netwag_glo_versionminor
global netwag_glo_versionmicro
# create window
set hw $netwag_help_doc_winname
toplevel $hw
set msg "netwag 's documentation"
wm title $hw $msg
# set content
frame $hw.f1 -bg $netwag_glo_gui_bgcolor_unused
pack $hw.f1 -fill both
set msg "There are two ways to obtain help:\n"
append msg "\n"
append msg "Using dynamic popups :\n"
append msg " - activate \"Dynamic Help\" (in menu Help)\n"
append msg " - put the mouse on top of an item\n"
append msg " - do not move during $netwag_glo_dynhelp_timeout milliseconds\n"
append msg " - then, a small yellow help window displays\n"
append msg "\n"
set v "$netwag_glo_versionmajor.$netwag_glo_versionminor.0"
append msg "Reading lessons in netwag-$v-doc_html.tgz\n"
label $hw.f1.l1 -font myfont -bg $netwag_glo_gui_bgcolor_unused -text $msg -justify left
pack $hw.f1.l1 -anchor w
# set button
frame $hw.f6 -bg $netwag_glo_gui_bgcolor_unused
pack $hw.f6 -fill x
eval "button $hw.f6.b -text OK -command { destroy $hw } -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0 -font myfont"
pack $hw.f6.b
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_gui.tcl 0000644 0000000 0000000 00000100332 11776302040 021150 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
global netwag_gui_text_big_clipboard
global netwag_gui_text_small_clipboard
#################################################################
# PRIVATE FUNCTIONS
#################################################################
#################################################################
# PUBLIC FUNCTIONS
#################################################################
## Create the skeleton
proc netwag_gui_skeleton { pframe_notebook pframe_clipboard pframe_message } {
upvar $pframe_notebook frame_notebook
upvar $pframe_clipboard frame_clipboard
upvar $pframe_message frame_message
global netwag_session_window_width
global netwag_session_window_height
wm title . "netwag"
set newgeometry "$netwag_session_window_width"
append newgeometry "x"
append newgeometry "$netwag_session_window_height"
wm geometry . "$newgeometry"
wm protocol . WM_DELETE_WINDOW { netwag_menu_fileexit }
set frame_notebook ".fn"
set frame_clipboard ".fc"
set frame_message ".fm"
netwag_notebook_init $frame_notebook {"Tool" "Local info" "Remote info" "Clipboard"} { {} {netwag_infol_eventuallyinit} }
set cf [netwag_notebook_frame_get $frame_notebook 0]
set cb [netwag_notebook_button_get $frame_notebook 0]
netwag_gui_notebook_tool $cf $cb
set cf [netwag_notebook_frame_get $frame_notebook 1]
set cb [netwag_notebook_button_get $frame_notebook 1]
netwag_gui_notebook_infol $cf $cb
set cf [netwag_notebook_frame_get $frame_notebook 2]
set cb [netwag_notebook_button_get $frame_notebook 2]
netwag_gui_notebook_infor $cf $cb
set cf [netwag_notebook_frame_get $frame_notebook 3]
set cb [netwag_notebook_button_get $frame_notebook 3]
netwag_gui_notebook_clip $cf $cb
frame $frame_clipboard
frame $frame_message
pack $frame_notebook -expand yes -fill both
pack $frame_clipboard -fill x
pack $frame_message -fill x
}
## Create the search notebook
proc netwag_gui_notebook_tool_search { cf cb } {
global netwag_glo_gui_bgcolor_unused
global netwag_glo_gui_bgcolor_listbox
global netwag_glo_gui_bgcolor_button
global netwag_glo_gui_bgcolor_text_select
global netwag_glo_gui_bgcolor_text_edit
# create the radios, search, infos and buttons frames
set cfr "$cf.radios"
frame $cfr -bg $netwag_glo_gui_bgcolor_unused
set cfs "$cf.search"
frame $cfs -bg $netwag_glo_gui_bgcolor_unused
pack $cfr -fill x
pack $cfs -expand 1 -fill both
# create the radios frame
global netwag_priv_toolsearch_type_sort
global netwag_priv_toolsearch_type_tree
frame $cfr.a
radiobutton $cfr.a.sort -text "sort" -variable netwag_session_toolsearch_type -command netwag_priv_toolsearch_radiobutton_callback -value $netwag_priv_toolsearch_type_sort -font myfont -bg $netwag_glo_gui_bgcolor_unused -highlightthickness 0
radiobutton $cfr.a.tree -text "tree" -variable netwag_session_toolsearch_type -command netwag_priv_toolsearch_radiobutton_callback -value $netwag_priv_toolsearch_type_tree -font myfont -bg $netwag_glo_gui_bgcolor_unused -highlightthickness 0
pack $cfr.a.sort $cfr.a.tree -side left
pack $cfr.a -side left
netwag_dynhelp_init $cfr.a.sort "Show tools sorted by number."
netwag_dynhelp_init $cfr.a.tree "Show tools in a tree."
frame $cfr.c -bg $netwag_glo_gui_bgcolor_unused
radiobutton $cfr.c.all -text "show all" -variable netwag_priv_toolsearch_showsearch -command netwag_priv_toolsearch_radiobutton_callback -value "1" -font myfont -bg $netwag_glo_gui_bgcolor_unused -highlightthickness 0
radiobutton $cfr.c.search -text "search" -variable netwag_priv_toolsearch_showsearch -command netwag_priv_toolsearch_radiobutton_callback -value "2" -font myfont -bg $netwag_glo_gui_bgcolor_unused -highlightthickness 0
set cfrbe $cfr.c.entry
global netwag_priv_toolsearch_searchentry ; set netwag_priv_toolsearch_searchentry $cfrbe
entry $cfrbe -textvariable netwag_priv_toolsearch_searchvar -width 15 -font myfont -bg $netwag_glo_gui_bgcolor_text_edit -highlightthickness 0
pack $cfr.c.all $cfr.c.search -side left
pack $cfrbe -side left -padx 2
pack $cfr.c -side right
$cfr.c.all select
netwag_dynhelp_init $cfr.c.all "Show all tools in the listbox below."
netwag_dynhelp_init $cfr.c.search "Search among the tools in the listbox below."
netwag_dynhelp_init $cfr.c.entry "This is the searched text."
frame $cfr.d
button $cfr.d.close -text "Close branches" -command { netwag_priv_toolsearch_branches 0 } -font myfont -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
button $cfr.d.expand -text "Expand branches" -command { netwag_priv_toolsearch_branches 1 } -font myfont -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
pack $cfr.d.close $cfr.d.expand -side left
netwag_dynhelp_init $cfr.d.close "Close all branches in the tree below."
netwag_dynhelp_init $cfr.d.expand "Expand all branches in the tree below."
# create the search frame containing the listbox
set cfsb "$cfs.left.box"
global netwag_priv_toolsearch_lb ; set netwag_priv_toolsearch_lb $cfsb
frame $cfs.left
scrollbar $cfs.yscro -command "$cfsb yview" -troughcolor $netwag_glo_gui_bgcolor_listbox -highlightthickness 0
pack $cfs.left -side left -expand 1 -fill both
pack $cfs.yscro -side left -fill y
listbox $cfsb -yscrollcommand "$cfs.yscro set" -xscrollcommand "$cfs.left.xscro set" -font myfont -bg $netwag_glo_gui_bgcolor_listbox -highlightthickness 0 -height 1
scrollbar $cfs.left.xscro -command "$cfsb xview" -orient horizontal -troughcolor $netwag_glo_gui_bgcolor_listbox -highlightthickness 0
pack $cfsb -side top -expand 1 -fill both
pack $cfs.left.xscro -side top -fill x
netwag_dynhelp_init $cfsb "This listbox contains the title of tools. If \"Show all\" is checked this list contains every tool. If \"Search\" is checked, this list contains the result of the search."
netwag_dynhelp_init $cb "Search a tool."
}
## Create the help notebook
proc netwag_gui_notebook_tool_help { cf cb } {
global netwag_glo_gui_bgcolor_button
global netwag_glo_gui_bgcolor_unused
global netwag_glo_gui_bgcolor_text_select
frame $cf.top
frame $cf.bot -bg $netwag_glo_gui_bgcolor_unused
pack $cf.top -side top -expand 1 -fill both
pack $cf.bot -side top -fill x
set cft "$cf.top.text"
global netwag_priv_toolhelp_text ; set netwag_priv_toolhelp_text $cft
text $cft -height 1 -width 1 -font myfont -bg $netwag_glo_gui_bgcolor_text_select -highlightthickness 0 -yscrollcommand "$cf.top.scro set"
scrollbar $cf.top.scro -command "$cft yview" -troughcolor $netwag_glo_gui_bgcolor_text_select -highlightthickness 0
pack $cft -side left -expand 1 -fill both
pack $cf.top.scro -side left -fill y
eval "bind $cft { focus $cft }"
frame $cf.bot.l -bg $netwag_glo_gui_bgcolor_unused
frame $cf.bot.r -bg $netwag_glo_gui_bgcolor_unused
pack $cf.bot.l $cf.bot.r -side left -expand 1 -fill x
netwag_bitmap_down $cf.bot.l.copybm
button $cf.bot.l.copyex -text "Example" -command netwag_toolhelp_button_copyex -font myfont -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
button $cf.bot.l.copyus -text "Usage" -command netwag_toolhelp_button_copyus -font myfont -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
button $cf.bot.l.runit -text "Run it" -command {netwag_toolhelp_button_copyex ; netwag_priv_toolcmd_run} -font myfont -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
netwag_bitmap_down $cf.bot.l.copybm2
pack $cf.bot.l.copybm $cf.bot.l.copyex $cf.bot.l.copyus $cf.bot.l.runit $cf.bot.l.copybm2 -side left
netwag_bitmap_up $cf.bot.r.chbm
button $cf.bot.r.ch -text "Update" -command netwag_toolhf_button_update -font myfont -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
netwag_bitmap_up $cf.bot.r.chbm2
pack $cf.bot.r.chbm $cf.bot.r.ch $cf.bot.r.chbm2 -side right
netwag_dynhelp_init $cft "This zone contains help of tool selected in Search notebook."
netwag_dynhelp_init $cf.bot.l.copyex "Copy above example below."
netwag_dynhelp_init $cf.bot.l.copyus "Copy above usage below."
netwag_dynhelp_init $cf.bot.l.runit "Copy above example below, and run it."
netwag_dynhelp_init $cf.bot.r.ch "Obtain help about current number in the run command below."
netwag_dynhelp_init $cb "Help of selected tool."
}
## Create the form notebook
proc netwag_gui_notebook_tool_form { cf cb } {
global netwag_glo_gui_bgcolor_button
global netwag_glo_gui_bgcolor_unused
global netwag_glo_gui_bgcolor_text_edit
frame $cf.top
canvas $cf.line -width 1 -height 1 -bg grey50 -highlightthickness 0
frame $cf.bot -bg $netwag_glo_gui_bgcolor_unused
pack $cf.top -side top -expand 1 -fill both
pack $cf.line -side top -fill x
pack $cf.bot -side top -fill x
set cfc "$cf.top.c"
global netwag_priv_toolform_cv ; set netwag_priv_toolform_cv $cfc
canvas $cfc -yscrollcommand "$cf.top.scro set" -width 1 -height 1 -bg $netwag_glo_gui_bgcolor_unused -highlightthickness 0
global netwag_priv_toolform_cvf ; set netwag_priv_toolform_cvf $cfc.f
frame $netwag_priv_toolform_cvf -bg $netwag_glo_gui_bgcolor_unused
$netwag_priv_toolform_cv create window 0 0 -window $netwag_priv_toolform_cvf -anchor nw -tags item
grid columnconfigure $netwag_priv_toolform_cvf 3 -weight 1
netwag_mw_form $netwag_priv_toolform_cvf
set cfcs "$cf.top.scro"
global netwag_priv_toolform_cvs ; set netwag_priv_toolform_cvs $cfcs
scrollbar $cfcs -command "$cfc yview" -troughcolor $netwag_glo_gui_bgcolor_text_edit -highlightthickness 0
pack $cfc -side left -expand 1 -fill both
pack $cfcs -side left -fill y
frame $cf.bot.l -bg $netwag_glo_gui_bgcolor_unused
frame $cf.bot.c -bg $netwag_glo_gui_bgcolor_unused
frame $cf.bot.c.c -bg $netwag_glo_gui_bgcolor_unused
frame $cf.bot.r -bg $netwag_glo_gui_bgcolor_unused
pack $cf.bot.l $cf.bot.c $cf.bot.r -side left -expand 1 -fill x
netwag_bitmap_down $cf.bot.l.genbm
button $cf.bot.l.gen -text "Generate" -command netwag_toolform_button_gen -font myfont -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
button $cf.bot.l.runit -text "Run it" -command {netwag_toolform_button_gen ; netwag_priv_toolcmd_run} -font myfont -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
netwag_bitmap_down $cf.bot.l.genbm2
pack $cf.bot.l.genbm $cf.bot.l.gen $cf.bot.l.runit $cf.bot.l.genbm2 -side left
netwag_bitmap_top $cf.bot.c.c.rstbm
button $cf.bot.c.c.rst -text "Reset" -command netwag_toolform_button_rst -font myfont -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
netwag_bitmap_top $cf.bot.c.c.rstbm2
pack $cf.bot.c.c -side top
pack $cf.bot.c.c.rstbm $cf.bot.c.c.rst $cf.bot.c.c.rstbm2 -side left
netwag_bitmap_up $cf.bot.r.chbm
button $cf.bot.r.ch -text "Update" -command netwag_toolhf_button_update -font myfont -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
netwag_bitmap_up $cf.bot.r.chbm2
pack $cf.bot.r.chbm $cf.bot.r.ch $cf.bot.r.chbm2 -side right
netwag_dynhelp_init $cf.bot.l.gen "Generate command line. The checked button on the left indicates if the corresponding option has to be generated."
netwag_dynhelp_init $cf.bot.l.runit "Generate command line, and run it."
netwag_dynhelp_init $cf.bot.c.c.rst "Reset form."
netwag_dynhelp_init $cf.bot.r.ch "Obtain form about current number in the run command below."
netwag_dynhelp_init $cb "Easy selection of tool parameters."
}
## Create the run output notebook
proc netwag_gui_notebook_tool_run { cf cb } {
global netwag_glo_gui_bgcolor_unused
global netwag_priv_toolrun_nb
set netwag_priv_toolrun_nb $cf
global netwag_priv_toolrun_nb_top
set netwag_priv_toolrun_nb_top "$cf.top"
global netwag_priv_toolrun_nb_topb
set netwag_priv_toolrun_nb_topb "$cf.top.b.f"
frame $cf.top -bg $netwag_glo_gui_bgcolor_unused
frame $cf.top.b -bg $netwag_glo_gui_bgcolor_unused
canvas $cf.top.c -width 1 -height 1 -bg white -highlightthickness 0
pack $cf.top.b -anchor w -expand 1 -fill x
pack $cf.top.c -expand 1 -fill x
netwag_bitmap_close $cf.top.b.cl1
bind $cf.top.b.cl1 netwag_toolrun_current_close
netwag_dynhelp_init $cf.top.b.cl1 "Close current tool."
frame $cf.top.b.f -bg $netwag_glo_gui_bgcolor_unused
netwag_bitmap_close $cf.top.b.cl2
bind $cf.top.b.cl2 netwag_toolrun_current_close
netwag_dynhelp_init $cf.top.b.cl2 "Close current tool."
pack $cf.top.b.cl1 -side left
pack $cf.top.b.f -side left -expand 1 -fill x
pack $cf.top.b.cl2 -side right -anchor e
global netwag_priv_toolrun_nb_bot
set netwag_priv_toolrun_nb_bot "$cf.bot"
frame $netwag_priv_toolrun_nb_bot -bg $netwag_glo_gui_bgcolor_unused
set msg "When you'll run a tool, its output will be stored here."
label $netwag_priv_toolrun_nb_bot.defaultmsg -text $msg -font myfont -bg $netwag_glo_gui_bgcolor_unused -highlightthickness 0
pack $netwag_priv_toolrun_nb_bot.defaultmsg -expand 1 -anchor nw
pack $netwag_priv_toolrun_nb_bot -expand 1 -fill both
netwag_dynhelp_init $cb "Running (or terminated) tool, if the checkbox NW was not checked. Otherwise, the tool is run in a New Window."
}
## Create the history notebook
proc netwag_gui_notebook_tool_history { cf cb } {
global netwag_glo_gui_bgcolor_listbox
global netwag_glo_gui_bgcolor_button
global netwag_glo_gui_bgcolor_unused
frame $cf.top
frame $cf.bot -bg $netwag_glo_gui_bgcolor_unused
pack $cf.top -side top -expand 1 -fill both
pack $cf.bot -side top -fill x
set cfb "$cf.top.left.box"
global netwag_priv_toolhist_lb ; set netwag_priv_toolhist_lb $cfb
frame $cf.top.left
scrollbar $cf.top.yscro -command "$cfb yview" -troughcolor $netwag_glo_gui_bgcolor_listbox -highlightthickness 0
pack $cf.top.left -side left -expand 1 -fill both
pack $cf.top.yscro -side left -fill y
listbox $cfb -yscrollcommand "$cf.top.yscro set" -xscrollcommand "$cf.top.left.xscro set" -font myfont -bg $netwag_glo_gui_bgcolor_listbox -highlightthickness 0 -height 1
scrollbar $cf.top.left.xscro -command "$cfb xview" -orient horizontal -troughcolor $netwag_glo_gui_bgcolor_listbox -highlightthickness 0
pack $cfb -side top -expand 1 -fill both
pack $cf.top.left.xscro -side top -fill x
frame $cf.bot.l -bg $netwag_glo_gui_bgcolor_unused
frame $cf.bot.c -bg $netwag_glo_gui_bgcolor_unused
frame $cf.bot.c.c -bg $netwag_glo_gui_bgcolor_unused
frame $cf.bot.r -bg $netwag_glo_gui_bgcolor_unused
pack $cf.bot.l $cf.bot.c $cf.bot.r -side left -expand 1 -fill x
netwag_bitmap_down $cf.bot.l.copybm
button $cf.bot.l.copy -text "Copy line" -command netwag_toolhist_button_copy -font myfont -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
button $cf.bot.l.runit -text "Run it" -command {netwag_toolhist_button_copy ; netwag_priv_toolcmd_run} -font myfont -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
netwag_bitmap_down $cf.bot.l.copybm2
pack $cf.bot.l.copybm $cf.bot.l.copy $cf.bot.l.runit $cf.bot.l.copybm2 -side left
netwag_bitmap_top $cf.bot.c.c.delbm
button $cf.bot.c.c.del -text "Delete" -command netwag_toolhist_button_del -font myfont -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
netwag_bitmap_top $cf.bot.c.c.delbm2
pack $cf.bot.c.c -side top
pack $cf.bot.c.c.delbm $cf.bot.c.c.del $cf.bot.c.c.delbm2 -side left
netwag_bitmap_up $cf.bot.r.addbm
button $cf.bot.r.add -text "Add" -command netwag_toolhist_button_add -font myfont -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
netwag_bitmap_up $cf.bot.r.addbm2
pack $cf.bot.r.addbm $cf.bot.r.add $cf.bot.r.addbm2 -side right
netwag_dynhelp_init $cfb "History of tools. When a tool is run, it is automatically added here."
netwag_dynhelp_init $cf.bot.l.copy "Copy selected tool below."
netwag_dynhelp_init $cf.bot.l.runit "Copy selected tool below, and run it."
netwag_dynhelp_init $cf.bot.c.c.del "Delete the selected tool from history."
netwag_dynhelp_init $cf.bot.r.add "Add the current command line in the history, without running it."
netwag_dynhelp_init $cb "History of run tools."
}
## Create the tool notebook
proc netwag_gui_notebook_tool { cf cb } {
global netwag_glo_gui_toolcmd_height
global netwag_glo_gui_bgcolor_button
global netwag_glo_gui_bgcolor_unused
global netwag_glo_gui_bgcolor_text_edit
# create top frame
set cfn "$cf.nb"
global netwag_priv_tool_nb ; set netwag_priv_tool_nb $cfn
# create bottom frame
set cfr "$cf.run"
global netwag_priv_toolcmd_frame ; set netwag_priv_toolcmd_frame $cfr
frame $cfr
# create notebooks
netwag_notebook_init $cfn {"Search" "Help" "Form" "Running" "History"} { {netwag_toolcmd_hide;netwag_toolsearch_eventuallyinit} {netwag_toolcmd_show;netwag_toolhf_display} {netwag_toolcmd_show;netwag_toolhf_display} {netwag_toolcmd_show} {netwag_toolcmd_show;} } {netwag_toolform_resize}
set cf2 [netwag_notebook_frame_get $cfn 0]
set cb2 [netwag_notebook_button_get $cfn 0]
netwag_gui_notebook_tool_search $cf2 $cb2
set cf2 [netwag_notebook_frame_get $cfn 1]
set cb2 [netwag_notebook_button_get $cfn 1]
netwag_gui_notebook_tool_help $cf2 $cb2
set cf2 [netwag_notebook_frame_get $cfn 2]
set cb2 [netwag_notebook_button_get $cfn 2]
netwag_gui_notebook_tool_form $cf2 $cb2
set cf2 [netwag_notebook_frame_get $cfn 3]
set cb2 [netwag_notebook_button_get $cfn 3]
netwag_gui_notebook_tool_run $cf2 $cb2
set cf2 [netwag_notebook_frame_get $cfn 4]
set cb2 [netwag_notebook_button_get $cfn 4]
netwag_gui_notebook_tool_history $cf2 $cb2
# pack frames ($cfr is hidden by default (== netwag_toolcmd_hide))
pack $cfn -expand 1 -fill both
# create the run frame containing the command parameters
frame $cfr.left
frame $cfr.right -bg $netwag_glo_gui_bgcolor_unused
pack $cfr.left -side left -expand 1 -fill both
pack $cfr.right -side left -fill y
set cfrt "$cfr.left.text"
global netwag_priv_toolcmd_text ; set netwag_priv_toolcmd_text $cfrt
text $cfrt -yscrollcommand "$cfr.left.scro set" -width 2 -height $netwag_glo_gui_toolcmd_height -font myfont -bg $netwag_glo_gui_bgcolor_text_edit -highlightthickness 0
scrollbar $cfr.left.scro -command "$cfrt yview" -troughcolor $netwag_glo_gui_bgcolor_text_edit -highlightthickness 0
pack $cfrt -side left -expand 1 -fill both
pack $cfr.left.scro -side left -fill y
button $cfr.right.run -text "Run" -command netwag_priv_toolcmd_run -font myfont -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
checkbutton $cfr.right.runnw -text "NW" -variable netwag_priv_toolcmd_nw -font myfont -bg $netwag_glo_gui_bgcolor_unused -highlightthickness 0
pack $cfr.right.run $cfr.right.runnw -fill x
netwag_dynhelp_init $cfrt "Tool to run. For example :\n1\n3 1.2.3.4\nThose are equivalent to \"netwox 1\" and \"netwox 3 1.2.3.4\""
netwag_dynhelp_init $cfr.right.run "Run the current command and add it in the history."
netwag_dynhelp_init $cfr.right.runnw "If checked, run the tool in a New Window.\nElse, display its output in the \"Running\" notebook."
netwag_dynhelp_init $cb "Search and run a tool."
}
## Create the local information notebook
proc netwag_gui_notebook_infol { cf cb } {
global netwag_glo_gui_bgcolor_text_select
global netwag_glo_gui_bgcolor_text_edit
global netwag_glo_gui_bgcolor_unused
global netwag_glo_gui_bgcolor_button
frame $cf.top -bg $netwag_glo_gui_bgcolor_unused
frame $cf.text
pack $cf.top -fill x
pack $cf.text -expand 1 -fill both
global netwag_glo_notebook_button_hidden_color
button $cf.top.butupdate -text "Update" -command netwag_infol_button_update -font myfont -bg $netwag_glo_notebook_button_hidden_color -highlightthickness 0
global netwag_priv_infol_buttons ; set netwag_priv_infol_buttons $cf.top
button $cf.top.butdevices -text "Devices" -command {netwag_infol_button_press 1} -font myfont -bg $netwag_glo_notebook_button_hidden_color -highlightthickness 0
button $cf.top.butip -text "Ip" -command {netwag_infol_button_press 2} -font myfont -bg $netwag_glo_notebook_button_hidden_color -highlightthickness 0
button $cf.top.butarp -text "Arp cache" -command {netwag_infol_button_press 3} -font myfont -bg $netwag_glo_notebook_button_hidden_color -highlightthickness 0
button $cf.top.butroutes -text "Routes" -command {netwag_infol_button_press 4} -font myfont -bg $netwag_glo_notebook_button_hidden_color -highlightthickness 0
pack $cf.top.butupdate $cf.top.butdevices $cf.top.butip -side left -padx 1
pack $cf.top.butarp $cf.top.butroutes -side left -padx 1
netwag_dynhelp_init $cf.top.butupdate "Update configuration."
netwag_dynhelp_init $cf.top.butdevices "Display devices."
netwag_dynhelp_init $cf.top.butip "Display ip."
netwag_dynhelp_init $cf.top.butarp "Display arp cache."
netwag_dynhelp_init $cf.top.butroutes "Display routes."
set cftt "$cf.text.left.text"
global netwag_priv_infol_text_output ; set netwag_priv_infol_text_output $cftt
frame $cf.text.left
scrollbar $cf.text.yscro -command "$cftt yview" -troughcolor $netwag_glo_gui_bgcolor_text_select -highlightthickness 0
pack $cf.text.left -side left -expand 1 -fill both
pack $cf.text.yscro -side left -fill y
text $cftt -yscrollcommand "$cf.text.yscro set" -xscrollcommand "$cf.text.left.xscro set" -width 2 -height 2 -font myfont -bg $netwag_glo_gui_bgcolor_text_select -wrap none -highlightthickness 0
scrollbar $cf.text.left.xscro -command "$cftt xview" -orient horizontal -troughcolor $netwag_glo_gui_bgcolor_text_select -highlightthickness 0
pack $cftt -side top -expand 1 -fill both
pack $cf.text.left.xscro -side top -fill x
eval "bind $cftt { focus $cftt }"
netwag_dynhelp_init $cftt "Local information depending on pressed button."
netwag_dynhelp_init $cb "Display network configuration of the local computer."
}
## Create the remote information notebook
proc netwag_gui_notebook_infor { cf cb } {
global netwag_glo_gui_bgcolor_text_select
global netwag_glo_gui_bgcolor_text_edit
global netwag_glo_gui_bgcolor_unused
global netwag_glo_gui_bgcolor_button
frame $cf.top -bg $netwag_glo_gui_bgcolor_unused
frame $cf.text
pack $cf.top -fill x
pack $cf.text -expand 1 -fill both
entry $cf.top.addr -textvariable netwag_priv_infor_text_input -width 10 -font myfont -bg $netwag_glo_gui_bgcolor_text_edit -highlightthickness 0
bind $cf.top.addr netwag_infor_button_query
button $cf.top.butquery -text "Query" -command netwag_infor_button_query -font myfont -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
global netwag_priv_infor_button_int
set netwag_priv_infor_button_int $cf.top.butint
button $netwag_priv_infor_button_int -text "Interrupt" -command netwag_infor_button_int -font myfont -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
pack $cf.top.addr -side left -expand 1 -fill x -padx 2
pack $cf.top.butquery -side left
netwag_dynhelp_init $cf.top.addr "Contain the hostname, IP address or Ethernet address to query."
netwag_dynhelp_init $cf.top.butquery "Query configuration and display the results."
netwag_dynhelp_init $cf.top.butint "Interrupt current request."
set cftt "$cf.text.left.text"
global netwag_priv_infor_text_output ; set netwag_priv_infor_text_output $cftt
frame $cf.text.left
scrollbar $cf.text.yscro -command "$cftt yview" -troughcolor $netwag_glo_gui_bgcolor_text_select -highlightthickness 0
pack $cf.text.left -side left -expand 1 -fill both
pack $cf.text.yscro -side right -fill y
text $cftt -yscrollcommand "$cf.text.yscro set" -xscrollcommand "$cf.text.left.xscro set" -width 2 -height 2 -font myfont -bg $netwag_glo_gui_bgcolor_text_select -wrap none -highlightthickness 0
scrollbar $cf.text.left.xscro -command "$cftt xview" -orient horizontal -troughcolor $netwag_glo_gui_bgcolor_text_select -highlightthickness 0
pack $cftt -side top -expand 1 -fill both
pack $cf.text.left.xscro -side top -fill x
eval "bind $cftt { focus $cftt }"
netwag_dynhelp_init $cftt "Information obtained about the hostname, IP address or Ethernet address."
netwag_dynhelp_init $cb "Display network configuration of a remote computer."
}
## Create the clipboard notebook
proc netwag_gui_notebook_clip_n { cfn num } {
global netwag_glo_gui_bgcolor_text_edit
set cf [netwag_notebook_frame_get $cfn $num]
set cb [netwag_notebook_button_get $cfn $num]
set n [expr $num + 1]
eval "global netwag_gui_text_big_clipboard$n"
eval "set netwag_gui_text_big_clipboard$n $cf.text.left.text"
frame $cf.text
pack $cf.text -expand 1 -fill both
frame $cf.text.left
scrollbar $cf.text.yscro -command "$cf.text.left.text yview" -troughcolor $netwag_glo_gui_bgcolor_text_edit -highlightthickness 0
pack $cf.text.left -side left -expand 1 -fill both
pack $cf.text.yscro -side left -fill y
text $cf.text.left.text -yscrollcommand "$cf.text.yscro set" -xscrollcommand "$cf.text.left.xscro set" -width 2 -height 2 -font myfont -bg $netwag_glo_gui_bgcolor_text_edit -wrap none -highlightthickness 0
scrollbar $cf.text.left.xscro -command "$cf.top.text xview" -orient horizontal -troughcolor $netwag_glo_gui_bgcolor_text_edit -highlightthickness 0
pack $cf.text.left.text -expand 1 -fill both
pack $cf.text.left.xscro -fill x
netwag_dynhelp_init $cf.text.left.text "Clipboard number $n to store data you want."
netwag_dynhelp_init $cb "Clipboard number $n to store data you want."
}
proc netwag_gui_notebook_clip { cf cb } {
netwag_dynhelp_init $cb "Those big clipboards are useful to store the data you want."
# create top frame
set cfn "$cf.nb"
# create notebooks
netwag_notebook_init $cfn {"Clipboard 1" "Clip. 2" "Clip. 3" "Clip. 4"} { {} {} {} {} }
netwag_gui_notebook_clip_n $cfn 0
netwag_gui_notebook_clip_n $cfn 1
netwag_gui_notebook_clip_n $cfn 2
netwag_gui_notebook_clip_n $cfn 3
# pack frame
pack $cfn -expand 1 -fill both
}
## Create the clipboard
proc netwag_gui_clipboard { frame_clipboard } {
global netwag_glo_gui_bgcolor_text_edit
global netwag_gui_text_small_clipboard
global netwag_glo_gui_bgcolor_button
global netwag_glo_gui_bgcolor_unused
global netwag_glo_clipboard_text_height
$frame_clipboard configure -bg $netwag_glo_gui_bgcolor_unused
set netwag_gui_text_small_clipboard $frame_clipboard.text
text $frame_clipboard.text -height $netwag_glo_clipboard_text_height -yscrollcommand "$frame_clipboard.scro.s set" -font myfont -bg $netwag_glo_gui_bgcolor_text_edit -highlightthickness 0
frame $frame_clipboard.scro
scrollbar $frame_clipboard.scro.s -command "$frame_clipboard.text yview" -troughcolor $netwag_glo_gui_bgcolor_text_edit -highlightthickness 0
# we do not use buttons because they are too big under Windows
label $frame_clipboard.scro.less -relief raised -text "-" -pady 0 -font myfont -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
bind $frame_clipboard.scro.less netwag_smallclip_height_callback_less
label $frame_clipboard.scro.more -relief raised -text "+" -pady 0 -font myfont -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
bind $frame_clipboard.scro.more netwag_smallclip_height_callback_more
netwag_bitmap_plus $frame_clipboard.scro.plus
bind $frame_clipboard.scro.plus netwag_smallclip_height_callback_more
canvas $frame_clipboard.scro.c -width 1 -height 1 -bg $netwag_glo_gui_bgcolor_unused -highlightthickness 0
netwag_priv_smallclip_draw
netwag_dynhelp_init $frame_clipboard.text "This clipboard is shared between the four top notebooks. You can store your data here."
netwag_dynhelp_init $frame_clipboard.scro.less "Shrink the clipboard."
netwag_dynhelp_init $frame_clipboard.scro.more "Enlarge the clipboard."
netwag_dynhelp_init $frame_clipboard.scro.plus "Enlarge the clipboard."
}
## Create the message
proc netwag_gui_message { frame_message } {
global netwag_glo_msg_text_height
global netwag_glo_gui_bgcolor_text_select
text $frame_message.text -height $netwag_glo_msg_text_height -yscrollcommand "$frame_message.scro set" -font myfont -bg $netwag_glo_gui_bgcolor_text_select -highlightthickness 0
scrollbar $frame_message.scro -command "$frame_message.text yview" -troughcolor $netwag_glo_gui_bgcolor_text_select -highlightthickness 0
pack $frame_message.scro -side right -fill y
pack $frame_message.text -expand yes -fill both
eval "bind $frame_message.text { focus $frame_message.text }"
netwag_msg_init $frame_message.text
netwag_dynhelp_init $frame_message.text "This zone contains info, warning and error messages."
}
## Create the menu
proc netwag_gui_menu { } {
global netwag_session_helpdyn_active
set topmenu ".m"
set topmenufile "$topmenu.file"
set topmenuedit "$topmenu.edit"
set topmenusess "$topmenu.sess"
set topmenuopt "$topmenu.opt"
set topmenuhelp "$topmenu.help"
menu $topmenu -font myfont
$topmenu add cascade -label "File" -menu $topmenufile -underline 0
$topmenu add cascade -label "Edit" -menu $topmenuedit -underline 0
$topmenu add cascade -label "Session" -menu $topmenusess -underline 0
$topmenu add cascade -label "Options" -menu $topmenuopt -underline 0
$topmenu add cascade -label "Help" -menu $topmenuhelp -underline 0
. configure -menu $topmenu
menu $topmenufile -tearoff 0 -font myfont
$topmenufile add command -label "Exit" -command netwag_menu_fileexit -underline 1 -accelerator "Ctrl-Q"
bind . netwag_menu_fileexit
menu $topmenuedit -tearoff 0 -font myfont
$topmenuedit add command -label "Cut" -command netwag_menu_editcut -underline 2 -accelerator "Ctrl-X"
$topmenuedit add command -label "Copy" -command netwag_menu_editcopy -underline 0 -accelerator "Ctrl-C"
$topmenuedit add command -label "Paste" -command netwag_menu_editpaste -underline 0 -accelerator "Ctrl-V"
$topmenuedit add command -label "Select" -command netwag_menu_editselect -underline 0 -accelerator "Ctrl-A"
$topmenuedit add command -label "Find" -command netwag_menu_editfind -underline 0 -accelerator "Ctrl-F"
menu $topmenusess -tearoff 0 -font myfont
$topmenusess add command -label "New" -command netwag_menu_sessnew -underline 0 -accelerator "Ctrl-N"
bind . netwag_menu_sessnew
$topmenusess add separator
$topmenusess add command -label "Open" -command netwag_menu_sessopen -underline 0 -accelerator "Ctrl-O"
bind . netwag_menu_sessopen
$topmenusess add separator
$topmenusess add command -label "Save" -command netwag_menu_sesssave -underline 0 -accelerator "Ctrl-S"
bind . netwag_menu_sesssave
$topmenusess add command -label "Save As..." -command netwag_menu_sesssaveas -underline 1
menu $topmenuopt -tearoff 0 -font myfont
$topmenuopt add command -label "Font..." -command netwag_menu_optfont -underline 0 -accelerator "Ctrl-T"
bind . netwag_menu_optfont
$topmenuopt add checkbutton -label "Dynamic help" -variable netwag_session_dynhelp_active -underline 0
menu $topmenuhelp -tearoff 0 -font myfont
$topmenuhelp add checkbutton -label "Dynamic help" -variable netwag_session_dynhelp_active -underline 0
$topmenuhelp add command -label "Documentation" -command netwag_menu_helpdoc -underline 1
$topmenuhelp add command -label "About netwag..." -command netwag_menu_helpabout -underline 0
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/compil/ 0000755 0000000 0000000 00000000000 11776302040 017577 5 ustar root root netw-ib-ox-ag-5.39.0/src/netwag-src/src/compil/unix/ 0000755 0000000 0000000 00000000000 11776302040 020562 5 ustar root root netw-ib-ox-ag-5.39.0/src/netwag-src/src/compil/unix/version.sh 0000755 0000000 0000000 00000000531 11776302040 022605 0 ustar root root :
set -u
NETWAGDEF_VERSIONMAJOR=5
export NETWAGDEF_VERSIONMAJOR
NETWAGDEF_VERSIONMINOR=39
export NETWAGDEF_VERSIONMINOR
NETWAGDEF_VERSIONMICRO=0
export NETWAGDEF_VERSIONMICRO
NETWAGDEF_VERSION="$NETWAGDEF_VERSIONMAJOR.$NETWAGDEF_VERSIONMINOR.$NETWAGDEF_VERSIONMICRO"
#NETWAGDEF_VERSION=$NETWAGDEF_VERSION".pre1"
export NETWAGDEF_VERSION
netw-ib-ox-ag-5.39.0/src/netwag-src/src/genemake 0000755 0000000 0000000 00000016766 11776302040 020036 0 ustar root root :
set -u
########################################################################
# Those parameters are used in test mode
argone=${1-notset}
argtwo=${2-notset}
if [ $argone = "notset" ] ; then
envone=${NETWENVONE-notset}
if [ $envone != "notset" ] ; then
argone=$envone
fi
fi
if [ $argtwo = "notset" ] ; then
envtwo=${NETWENVTWO-notset}
if [ $envtwo != "notset" ] ; then
argtwo=$envtwo
fi
fi
########################################################################
. ./compil/unix/version.sh
echo "Netwag version ${NETWAGDEF_VERSION} (${NETWAGDEF_VERSIONMAJOR} ${NETWAGDEF_VERSIONMINOR} ${NETWAGDEF_VERSIONMICRO})"
netwv="${NETWAGDEF_VERSIONMAJOR}${NETWAGDEF_VERSIONMINOR}"
########################################################################
echo "Loading config.dat"
bin_wish=""
bin_term=""
bin_term_param=""
. ./config.dat
########################################################################
echo "Checking programs"
# compute path where netwox will_be|is_currently installed
netwox="${NETWOXDEF_INSTBIN}/netwox${netwv}"
netwoxd="${NETWOXDEF_INSTDBIN}/netwox${netwv}"
# special test detection
if [ $argone = "test" ] ; then
if [ -f ../../../test/netwox/netwox ] ; then
netwoxd=../../../test/netwox/netwox
else
# a fake command for "make cleanall"
netwoxd=ls
fi
netwox=netwox
fi
progcheck ()
{ progname=$1
progdesc="$2"
type $progname 2> /dev/null 1> /dev/null
if [ "$?Z" != "0Z" ] ; then
echo "Error: the $progdesc '$progname' wasn't found"
exit 1
else
echo " $progname yes"
fi
}
progcheck $netwoxd "netwox toolbox"
########################################################################
echo "Checking directories"
dircheck ()
{ dirname=$1
dirdesc="$2"
if [ ! -d $dirname ] ; then
echo "Warning: the $dirdesc directory '$dirname' wasn't found"
else
echo " $dirname yes"
fi
}
dircheck $NETWAGDEF_INSTBIN "binary"
dircheck $NETWAGDEF_INSTMAN "man"
dircheck $NETWAGDEF_INSTMAN1 "man1"
########################################################################
echo "Checking Tcl/Tk"
# Note: We no more check if wish works (and its version) because it
# perturbs automatic package creation. So, we check for wish in last
# position, in case it is a version 7.
if [ "Z$bin_wish" = "Z" ] ; then
echo " bin_wish not forced, so try to find it"
bin_wish=`./findpath.sh wish8`
fi
if [ "Z$bin_wish" = "Z" ] ; then
echo " wish8 not found"
bin_wish=`./findpath.sh wish8.6`
fi
if [ "Z$bin_wish" = "Z" ] ; then
echo " wish8.6 not found"
bin_wish=`./findpath.sh wish8.5`
fi
if [ "Z$bin_wish" = "Z" ] ; then
echo " wish8.5 not found"
bin_wish=`./findpath.sh wish8.4`
fi
if [ "Z$bin_wish" = "Z" ] ; then
echo " wish8.4 not found"
bin_wish=`./findpath.sh wish8.3`
fi
if [ "Z$bin_wish" = "Z" ] ; then
echo " wish8.3 not found"
bin_wish=`./findpath.sh wish8.2`
fi
if [ "Z$bin_wish" = "Z" ] ; then
echo " wish8.2 not found"
bin_wish=`./findpath.sh wish8.1`
fi
if [ "Z$bin_wish" = "Z" ] ; then
echo " wish8.1 not found"
bin_wish=`./findpath.sh wish8.0`
fi
if [ "Z$bin_wish" = "Z" ] ; then
echo " wish8.0 not found"
bin_wish=`./findpath.sh wish`
fi
if [ "Z$bin_wish" = "Z" ] ; then
echo " wish not found"
echo "Error: wish wasn't found in the PATH($PATH). Did you install Tcl/Tk ?"
exit 1
else
echo " Tcl/Tk interpreter found at $bin_wish"
fi
########################################################################
echo "Searching terminal emulators"
if [ "Z$bin_term" = "Z" ] ; then
echo " bin_term not forced, so try to find it"
bin_term=`./findpath.sh xterm`
bin_term_param="-e"
else
if [ "Z$bin_term_param" = "Z" ] ; then
echo " bin_term forced, but bin_term_param unset"
exit 1
fi
fi
if [ "Z$bin_term" = "Z" ] ; then
echo " xterm not found"
bin_term=`./findpath.sh nxterm`
bin_term_param="-e"
fi
if [ "Z$bin_term" = "Z" ] ; then
echo " nxterm not found"
bin_term=`./findpath.sh eterm`
bin_term_param="-e"
fi
if [ "Z$bin_term" = "Z" ] ; then
echo " eterm not found"
bin_term=`./findpath.sh rxvt`
bin_term_param="-e"
fi
if [ "Z$bin_term" = "Z" ] ; then
echo " rxvt not found"
bin_term=`./findpath.sh gnome-terminal`
bin_term_param="-x"
fi
if [ "Z$bin_term" = "Z" ] ; then
echo " gnome-terminal not found"
bin_term=`./findpath.sh konsole`
bin_term_param="-e"
fi
if [ "Z$bin_term" = "Z" ] ; then
echo " konsole not found"
bin_term=`./findpath.sh dtterm`
bin_term_param="-e"
fi
if [ "Z$bin_term" = "Z" ] ; then
echo " dtterm not found"
bin_term=`./findpath.sh cmdtool`
bin_term_param=" "
fi
if [ "Z$bin_term" = "Z" ] ; then
echo " cmdtool not found"
echo "Error: No terminal emulator found in the PATH($PATH)."
exit 1
else
echo " Terminal emulator found at $bin_term"
fi
########################################################################
echo "Creation of netwag_vars1v_unix.tcl"
echo "set netwag_glo_dir_tmp \"/tmp\"" > netwag_vars1v_unix.tcl
echo "set netwag_glo_file_session \"\$env(HOME)/.netwag.ses\"" >> netwag_vars1v_unix.tcl
if [ $argone = "test" ] ; then
echo "set netwag_glo_bin_netwox \"../../../test/netwox/netwox\"" >> netwag_vars1v_unix.tcl
else
echo "set netwag_glo_bin_netwox \"$netwox\"" >> netwag_vars1v_unix.tcl
fi
########################################################################
echo "Creation of netwag_vars2v_unix.tcl"
echo "set netwag_glo_bin_term \"$bin_term\"" > netwag_vars2v_unix.tcl
echo "set netwag_glo_bin_term_param \"$bin_term_param\"" >> netwag_vars2v_unix.tcl
echo "" >> netwag_vars2v_unix.tcl
########################################################################
echo "Creation of makefile"
cat > ./Makefile < netwag
chmod 755 netwag
@echo ""
@echo "OK - You may want to edit netwag to change variables declared"
@echo " at the top of the file."
@echo " Then install netwag with 'make install'"
# installation : when everything is ok
install: netwag
[ -d \$(INSTBIN) ] || mkdir -m 0755 -p \$(INSTBIN)
cp netwag \$(INSTBIN)/netwag$netwv
chmod 755 \$(INSTBIN)/netwag$netwv
rm -f \$(INSTBIN)/netwag
ln -s netwag$netwv \$(INSTBIN)/netwag
[ -d \$(INSTMAN1) ] || mkdir -m 0755 -p \$(INSTMAN1)
cp ../doc/netwag.1 \$(INSTMAN1)/netwag$netwv.1
chmod 644 \$(INSTMAN1)/netwag$netwv.1
rm -f \$(INSTMAN1)/netwag.1
ln -s netwag$netwv.1 \$(INSTMAN1)/netwag.1
@echo ""
@echo "OK - You can now run netwag with 'netwag' or '\$(INSTBIN)/netwag'"
# desinstallation
uninstall:
@echo "Several versions of netwag can be installed on the same system."
@echo "I left you remove exactly the version you want to remove :"
@echo " \$(INSTBIN)/netwag*"
@echo " \$(INSTMAN1)/netwag*.1"
@echo "If you are SURE about what you do, you can for example enter :"
@echo " rm -rf \$(INSTBIN)/netwag*"
@echo " rm -rf \$(INSTMAN1)/netwag*.1"
# cleaning
clean:
rm -f netwag
cleanall: clean
rm -f Makefile
rm -f netwag_vars1v_unix.tcl netwag_vars2v_unix.tcl
EOF
########################################################################
########################################################################
echo "End of genemake"
###########
echo ""
echo "OK - You can now compile with 'make'"
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_misc.tcl 0000644 0000000 0000000 00000017335 11776302040 021331 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
#################################################################
# PRIVATE FUNCTIONS
#################################################################
proc netwag_misc_string_replace_test { } {
set ret [netwag_misc_string_replace "abcde" "c" "Z"]
if { $ret != "abZde" } {
puts "Bad output : $ret"
exit
}
set ret [netwag_misc_string_replace "" "c" "Z"]
if { $ret != "" } {
puts "Bad output : $ret"
exit
}
set ret [netwag_misc_string_replace "accde" "c" "ZY"]
if { $ret != "aZYZYde" } {
puts "Bad output : $ret"
exit
}
set ret [netwag_misc_string_replace "ccdddc" "c" "ZY"]
if { $ret != "ZYZYdddZY" } {
puts "Bad output : $ret"
exit
}
set ret [netwag_misc_string_replace "ccdddc" "cd" "ZY"]
if { $ret != "cZYddc" } {
puts "Bad output : $ret"
exit
}
exit
}
proc netwag_misc_string_map_test { } {
set ret [netwag_misc_string_map "abcde" {"c" "Z"}]
if { $ret != "abZde" } {
puts "Bad output : $ret"
exit
} else {puts "ok"}
set ret [netwag_misc_string_map "" {"c" "Z"}]
if { $ret != "" } {
puts "Bad output : $ret"
exit
} else {puts "ok"}
set ret [netwag_misc_string_map "accde" {"c" "ZY"}]
if { $ret != "aZYZYde" } {
puts "Bad output : $ret"
exit
} else {puts "ok"}
set ret [netwag_misc_string_map "ccdddc" {"c" "ZY"}]
if { $ret != "ZYZYdddZY" } {
puts "Bad output : $ret"
exit
} else {puts "ok"}
set ret [netwag_misc_string_map "ccdddc" {"cd" "ZY"}]
if { $ret != "cZYddc" } {
puts "Bad output : $ret"
exit
} else {puts "ok"}
set ret [netwag_misc_string_map "abcdef" {"ab" "A" "de" "D"}]
if { $ret != "AcDf" } {
puts "Bad output : $ret"
exit
} else {puts "ok"}
set ret [netwag_misc_string_map "1abcaababcabababc" {abc 1 ab 2 a 3 1 0}]
if { $ret != "01321221" } {
puts "Bad output : $ret"
exit
} else {puts "ok"}
}
#################################################################
# PUBLIC FUNCTIONS
#################################################################
## Replace data in a string (needed because "string map" does not
## exists in version 8.0)
proc netwag_misc_string_replace { str strtoreplace replaceby } {
if {![catch {string map [list "$strtoreplace" "$replaceby"] $str} newstr]} {
return $newstr
}
# note : we cannot use "string first" with 5 parameters because
# it is not supported in version 8.0
set newstr ""
set searchin $str
set lengthstrtoreplace [string length $strtoreplace]
while {1} {
set pos [string first $strtoreplace $searchin]
if { $pos == -1 } {
# append end
append newstr $searchin
return $newstr
}
append newstr [string range $searchin 0 [expr $pos - 1]]
append newstr $replaceby
set startat [expr $pos + $lengthstrtoreplace]
set searchin [string range $searchin $startat end]
}
}
## Replace data in a string (needed because "string map" does not
## exists in version 8.0)
proc netwag_misc_string_map { str listab } {
if {![catch {string map $listab $str} newstr]} {
return $newstr
}
set listlength [llength $listab]
set j 0
for {set i 0} {$i < $listlength} {incr i} {
set strfrom($j) [lindex $listab $i]
incr i
if {$i == $listlength} {
# ignore error
break;
}
set strto($j) [lindex $listab $i]
incr j
}
set newstr ""
set searchin $str
set arraysize [array size strfrom]
while {1} {
set found 0
for {set i 0} {$i < $arraysize} {incr i} {
set pos [string first $strfrom($i) $searchin]
if {$pos != -1} {
if {!$found} {
set found 1
set minpos $pos
set maxlength [string length $strfrom($i)]
set useitem $i
} else {
if {$pos < $minpos} {
set minpos $pos
set maxlength [string length $strfrom($i)]
set useitem $i
} elseif {$pos == $minpos} {
if {[string length $strfrom($i)] > $maxlength} {
set maxlength [string length $strfrom($i)]
set useitem $i
}
}
}
}
}
if { ! $found } {
# append end
append newstr $searchin
return $newstr
}
append newstr [string range $searchin 0 [expr $minpos - 1]]
append newstr $strto($useitem)
set startat [expr $minpos + $maxlength]
set searchin [string range $searchin $startat end]
}
}
## Generate a random number used for filenames
proc netwag_misc_bigrand { } {
set randnum [expr int(rand()*1000000000)]
set randnum [expr $randnum - 10000000 * int($randnum/10000000)]
return $randnum
}
## Convert data to hexa printable
proc netwag_misc_debug_hexa { data } {
set result ""
set resulth ""
set resultc ""
set strlendata [string length $data]
for {set i 0} {$i < $strlendata} {} {
set c [string index $data $i]
# create hexa string
scan $c "%c" cb
append resulth [format "%02X " $cb]
# create char string
if {$cb >= 32 && $cb <= 127} {
append resultc $c
} else {
append resultc "."
}
# concatenate
incr i
if {!($i % 16)} {
append result "$resulth $resultc\n"
set resulth ""
set resultc ""
}
}
set leftsize [expr $strlendata % 16]
if {$leftsize} {
append result "$resulth "
set leftsize [expr 16 - $leftsize]
for {set i 0} {$i < $leftsize} {incr i} {
append result " "
}
append result "$resultc\n"
}
return $result
}
## Align text. For example (var="ab..n", size=10, leading="0000") :
# "0000abcdef\n"
# "0000ghijkl\n"
# "0000mn\n"
proc netwag_misc_align { var size {leading ""} } {
set leadingsize [string length $leading]
if {$leadingsize >= $size} {
return "Error in alignment"
}
set var [string trim $var]
set i 0
set res $leading
set ressize $leadingsize
while { 1 } {
set c [string index $var $i]
if {$c == "\r"} {
# ignore
} elseif {$c == "\n"} {
append res "\n$leading"
set ressize $leadingsize
} elseif {$c == ""} {
break
} else {
if {$ressize == $size} {
append res "\n$leading$c"
set ressize [expr $leadingsize + 1]
} else {
append res $c
incr ressize
}
}
incr i
}
if {$ressize > $leadingsize} {
append res "\n"
}
return "$res"
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_varfile.tcl 0000644 0000000 0000000 00000024220 11776302040 022015 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
global netwag_varfile_error
#################################################################
# PRIVATE FUNCTIONS
#################################################################
## Set error messages
proc netwag_varfile_error_set { msg } {
global netwag_varfile_error
set netwag_varfile_error $msg
}
## Write variable value
proc netwag_priv_varfile_write_val { fd val } {
set strlenval [string length $val]
puts $fd $strlenval
set chunksize 60
set startpos 0
while { $startpos < $strlenval } {
set endpos [expr $startpos + $chunksize - 1]
if { $endpos < $strlenval } {
set trueline [string range $val $startpos $endpos]
} else {
set trueline [string range $val $startpos end]
}
set line [netwag_misc_string_replace $trueline "\\" "\\\\"]
set line [netwag_misc_string_replace $line "\0" "\\0"]
set line [netwag_misc_string_replace $line "\r" "\\r"]
set line [netwag_misc_string_replace $line "\n" "\\n"]
puts $fd $line
set startpos [expr $endpos + 1]
}
}
## Read variable value
proc netwag_priv_varfile_read_val { filename valname fd pval } {
upvar $pval val
# first, there is the size of the variable
set ret [gets $fd line]
if { $ret == -1 } {
netwag_varfile_error_set "Could not read variable size for $valname from $filename"
return -1
}
set varsize $line
# special case of empty line
if { $varsize == 0 } {
# no data to read
set val ""
return 0
}
# now, read the value
set val ""
while {![eof $fd]} {
set ret [gets $fd line]
if { $ret == -1 } {
netwag_varfile_error_set "Error when trying to read value for $valname from $filename"
return -1
}
set line [netwag_misc_string_map $line {"\\\\" "\\" "\\0" "\0" "\\r" "\r" "\\n" "\n"}]
append val $line
set readsize [string length $val]
if { $readsize == $varsize } {
return 0
} elseif { $readsize > $varsize } {
netwag_varfile_error_set "Value contain too much data ($readsize>$varsize) for $valname from $filename"
return -1
}
}
return 0
}
## Read the varfile
proc netwag_priv_varfile_read_variable { filename fd pvarfilestruct } {
upvar $pvarfilestruct varfilestruct
# first, there is the name of the variable
set ret [gets $fd line]
if { $ret == -1 } {
netwag_varfile_error_set "Could not read variable name from $filename"
return -1
}
set varname $line
# now, read the value
set ret [netwag_priv_varfile_read_val $filename $varname $fd varval]
if { $ret } {
return -1
}
set varfilestruct($varname) $varval
return 0
}
## Read the varfile
proc netwag_priv_varfile_read_array { filename fd pvarfilestruct } {
upvar $pvarfilestruct varfilestruct
# first, there is the name of the array
set ret [gets $fd line]
if { $ret == -1 } {
netwag_varfile_error_set "Could not read array name from $filename"
return -1
}
set arrayname $line
# then, read the array size
set ret [gets $fd line]
if { $ret == -1 } {
netwag_varfile_error_set "Could not read array size for $arrayname from $filename"
return -1
}
set arraysize $line
# now, read the values
for {set i 0} {$i < $arraysize} {incr i} {
set varname "$arrayname\($i\)"
set ret [netwag_priv_varfile_read_val $filename $varname $fd varval]
if { $ret } {
return -1
}
set varfilestruct($arrayname,$i) $varval
}
return 0
}
## Read the varfile
proc netwag_priv_varfile_read_list { filename fd pvarfilestruct } {
upvar $pvarfilestruct varfilestruct
# first, there is the name of the list
set ret [gets $fd line]
if { $ret == -1 } {
netwag_varfile_error_set "Could not read list name from $filename"
return -1
}
set listname $line
# then, read the list size
set ret [gets $fd line]
if { $ret == -1 } {
netwag_varfile_error_set "Could not read list size for $listname from $filename"
return -1
}
set listsize $line
# now, read the values
for {set i 0} {$i < $listsize} {incr i} {
set varname "$listname at index $i"
set ret [netwag_priv_varfile_read_val $filename $varname $fd varval]
if { $ret } {
return -1
}
lappend varfilestruct($listname) $varval
}
return 0
}
#################################################################
# PUBLIC WRITING FUNCTIONS
#################################################################
## Initialize the varfile
proc netwag_varfile_write_init { filename pfd } {
upvar $pfd fd
if {[file exists $filename]} {
if {[catch {file delete -- $filename}]} {
netwag_varfile_error_set "Could not modify file $filename"
return -1
}
}
if {[catch {open $filename {WRONLY EXCL CREAT} 0600} fd]} {
netwag_varfile_error_set "Could not open $filename"
return -1
}
# 2 (add support for LIST) is the current version of varfile syntax
puts $fd "2"
puts $fd "# This is a session file for netwag. You should not edit it."
puts $fd ""
return 0
}
## Close the varfile
proc netwag_varfile_write_close { fd } {
close $fd
return 0
}
## Write variable
proc netwag_varfile_write_variable { fd var val } {
puts $fd "VARIABLE"
puts $fd "$var"
netwag_priv_varfile_write_val $fd $val
puts $fd ""
return 0
}
## Write array
proc netwag_varfile_write_array { fd var parray } {
upvar $parray thearray
puts $fd "ARRAY"
puts $fd "$var"
set arraysize [array size thearray]
puts $fd $arraysize
for {set i 0} {$i<$arraysize} {incr i} {
netwag_priv_varfile_write_val $fd $thearray($i)
}
puts $fd ""
return 0
}
## Write list
proc netwag_varfile_write_list { fd var plist } {
upvar $plist thelist
puts $fd "LIST"
puts $fd "$var"
set listsize [llength $thelist]
puts $fd $listsize
foreach v $thelist {
netwag_priv_varfile_write_val $fd $v
}
puts $fd ""
return 0
}
## Just for test
proc netwag_varfile_write_test {} {
global netwag_varfile_error
for {set i 0} {$i<30} {incr i} {
set thearr($i) "aa $i bb"
}
set ret [netwag_varfile_write_init "/tmp/ses" fd]
if { $ret } {
puts "Error $netwag_varfile_error"
}
netwag_varfile_write_variable $fd "toto1" "blabla"
netwag_varfile_write_variable $fd "toto2" "bl\nabla"
netwag_varfile_write_variable $fd "toto3" "bl\0abla"
netwag_varfile_write_variable $fd "toto4" 1
netwag_varfile_write_variable $fd "toto5" ""
netwag_varfile_write_array $fd "thearr" thearr
netwag_varfile_write_close $fd
}
#################################################################
# PUBLIC READING FUNCTIONS
#################################################################
## Read the varfile
proc netwag_varfile_read { filename pvarfilestruct } {
if {[catch {set fd [open $filename "r"]}]} {
netwag_varfile_error_set "Could not read $filename"
return -1
}
# read the version
set ret [gets $fd line]
if { $ret == -1 } {
netwag_varfile_error_set "Could not read version from $filename"
close $fd
return -1
}
set theversion $line
if { $theversion != 1 && $theversion != 2 } {
netwag_varfile_error_set "This program is too old to recognize sessions format version \"$theversion\", or the file is not a session file (from $filename)"
close $fd
return -1
}
upvar $pvarfilestruct varfilestruct
while {![eof $fd]} {
# get a line
set ret [gets $fd line]
if { $ret == -1 } {
if {[eof $fd]} { break; }
netwag_varfile_error_set "Could not read line from $filename"
close $fd
return -1
}
# ignore empty lines
if { [regexp "^\s*$" $line] } { continue; }
# ignore commented lines
if { [regexp "^\s*#" $line] } { continue; }
# check known parameters
if { $line == "VARIABLE" } {
set ret [netwag_priv_varfile_read_variable $filename $fd varfilestruct]
} elseif { $line == "ARRAY" } {
set ret [netwag_priv_varfile_read_array $filename $fd varfilestruct]
} elseif { $line == "LIST" } {
set ret [netwag_priv_varfile_read_list $filename $fd varfilestruct]
} else {
netwag_varfile_error_set "Parameter $line unrecognized in file $filename"
set ret -1
}
if { $ret } {
if {[eof $fd]} {
netwag_varfile_error_set "Premature end of file $filename"
}
close $fd
return -1
}
}
if { [catch { close $fd }] } {
netwag_varfile_error_set "Could not close $filename"
return -1
}
return 0
}
## Just for test
proc netwag_varfile_read_test {} {
global netwag_varfile_error
set ret [netwag_varfile_read "/tmp/ses" titi]
if { $ret } {
puts "err $netwag_varfile_error"
return
}
puts $titi(toto1)
puts $titi(toto2)
puts $titi(toto3)
puts $titi(toto4)
puts $titi(toto5)
puts $titi(thearr,12)
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_toolrun.tcl 0000644 0000000 0000000 00000040127 11776302040 022073 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
global netwag_priv_toolrun_nb
global netwag_priv_toolrun_nb_top
global netwag_priv_toolrun_nb_bot
# arrays of widgets for each running/terminated tool
# netwag_priv_toolrun_widget($ctx,top)
# netwag_priv_toolrun_widget($ctx,bot)
# netwag_priv_toolrun_widget($ctx,buttons)
# netwag_priv_toolrun_widget($ctx,send)
# netwag_priv_toolrun_widget($ctx,output)
# netwag_priv_toolrun_widget($ctx,copy)
# netwag_priv_toolrun_widget($ctx,buttons_pause)
# netwag_priv_toolrun_widget($ctx,send_text)
# netwag_priv_toolrun_widget($ctx,send_echo)
# netwag_priv_toolrun_widget($ctx,output_text)
# netwag_priv_toolrun_widget($ctx,realcmd)
# netwag_priv_toolrun_widget($ctx,usercmd)
global netwag_priv_toolrun_widget
# list of visible contexts
# ie netwag_priv_toolrun_ctx_visible == {1 4 7 8 9}
global netwag_priv_toolrun_ctx_visible
# current context
global netwag_priv_toolrun_ctx_current ; set netwag_priv_toolrun_ctx_current 0
# next available context number
global netwag_priv_toolrun_ctx_next ; set netwag_priv_toolrun_ctx_next 0
#################################################################
# PRIVATE FUNCTIONS
#################################################################
## Create a new context
proc netwag_priv_toolrun_ctx_new { ctx buttontitle } {
global netwag_glo_gui_bgcolor_text_select
global netwag_glo_gui_bgcolor_text_edit
global netwag_glo_gui_bgcolor_unused
global netwag_glo_gui_bgcolor_button
global netwag_priv_toolrun_nb_top
global netwag_priv_toolrun_nb_topb
global netwag_priv_toolrun_nb_bot
global netwag_priv_toolrun_widget
set netwag_priv_toolrun_widget($ctx,topb) $netwag_priv_toolrun_nb_topb.ctx$ctx
set netwag_priv_toolrun_widget($ctx,bot) $netwag_priv_toolrun_nb_bot.ctx$ctx
set netwag_priv_toolrun_widget($ctx,buttons) $netwag_priv_toolrun_widget($ctx,bot).buttons
set netwag_priv_toolrun_widget($ctx,buttons_pause) $netwag_priv_toolrun_widget($ctx,buttons).pause
set netwag_priv_toolrun_widget($ctx,send) $netwag_priv_toolrun_widget($ctx,bot).send
set netwag_priv_toolrun_widget($ctx,send_text) $netwag_priv_toolrun_widget($ctx,send).text
set netwag_priv_toolrun_widget($ctx,send_echo) $netwag_priv_toolrun_widget($ctx,send).echo
set netwag_priv_toolrun_widget($ctx,output) $netwag_priv_toolrun_widget($ctx,bot).output
set netwag_priv_toolrun_widget($ctx,output_text) $netwag_priv_toolrun_widget($ctx,output).left.text
set txt $netwag_priv_toolrun_widget($ctx,output_text)
set netwag_priv_toolrun_widget($ctx,copy) $netwag_priv_toolrun_widget($ctx,bot).copy
button $netwag_priv_toolrun_widget($ctx,topb) -text $buttontitle -command "netwag_priv_toolrun_ctx_change $ctx" -font myfont -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
netwag_dynhelp_init $netwag_priv_toolrun_widget($ctx,topb) "Press on this button to see running command. If foreground is black command is running, if it is white command has terminated."
frame $netwag_priv_toolrun_widget($ctx,bot) -bg $netwag_glo_gui_bgcolor_unused
frame $netwag_priv_toolrun_widget($ctx,buttons) -bg $netwag_glo_gui_bgcolor_unused
frame $netwag_priv_toolrun_widget($ctx,send) -bg $netwag_glo_gui_bgcolor_unused
frame $netwag_priv_toolrun_widget($ctx,output) -bg $netwag_glo_gui_bgcolor_unused
frame $netwag_priv_toolrun_widget($ctx,copy) -bg $netwag_glo_gui_bgcolor_unused
pack $netwag_priv_toolrun_widget($ctx,buttons) -fill x
pack $netwag_priv_toolrun_widget($ctx,output) -expand 1 -fill both
# buttons
button $netwag_priv_toolrun_widget($ctx,buttons).copycmd -text "Copy command" -command "netwag_toolrun_button_copycmd $ctx" -font myfont -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
button $netwag_priv_toolrun_widget($ctx,buttons).int -text "Interrupt" -command "netwag_toolrun_button_int $ctx" -font myfont -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
button $netwag_priv_toolrun_widget($ctx,buttons_pause) -text "Pause" -command "netwag_toolrun_button_pause $ctx" -font myfont -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
checkbutton $netwag_priv_toolrun_widget($ctx,buttons).autoscroll -text "scroll" -variable netwag_runtext_autoscroll($txt) -font myfont -bg $netwag_glo_gui_bgcolor_unused -highlightthickness 0 -command "netwag_runtext_autoscroll_show $txt"
checkbutton $netwag_priv_toolrun_widget($ctx,buttons).autocrush -text "crush" -variable netwag_runtext_autocrush($txt) -font myfont -bg $netwag_glo_gui_bgcolor_unused -highlightthickness 0
pack $netwag_priv_toolrun_widget($ctx,buttons).copycmd $netwag_priv_toolrun_widget($ctx,buttons).int $netwag_priv_toolrun_widget($ctx,buttons_pause) $netwag_priv_toolrun_widget($ctx,buttons).autoscroll $netwag_priv_toolrun_widget($ctx,buttons).autocrush -side left
netwag_dynhelp_init $netwag_priv_toolrun_widget($ctx,buttons).copycmd "To copy command which launched this tool."
netwag_dynhelp_init $netwag_priv_toolrun_widget($ctx,buttons).int "To interrupt a running tool."
netwag_dynhelp_init $netwag_priv_toolrun_widget($ctx,buttons_pause) "To pause (or continue) the display of a tool."
netwag_dynhelp_init $netwag_priv_toolrun_widget($ctx,buttons).autoscroll "To automatically scroll window."
global netwag_glo_gui_toolrun_crush
netwag_dynhelp_init $netwag_priv_toolrun_widget($ctx,buttons).autocrush "To automatically crush old data (greater than $netwag_glo_gui_toolrun_crush lines)."
# send
entry $netwag_priv_toolrun_widget($ctx,send).entry -textvariable netwag_priv_toolrun_widget($ctx,send_text) -width 10 -font myfont -bg $netwag_glo_gui_bgcolor_text_edit -highlightthickness 0
bind $netwag_priv_toolrun_widget($ctx,send).entry "netwag_toolrun_button_send $ctx"
button $netwag_priv_toolrun_widget($ctx,send).send -text "Send" -command "netwag_toolrun_button_send $ctx" -font myfont -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
checkbutton $netwag_priv_toolrun_widget($ctx,send).echobut -text "echo" -variable netwag_priv_toolrun_widget($ctx,send_echo) -font myfont -bg $netwag_glo_gui_bgcolor_unused -highlightthickness 0 -command "global netwag_priv_toolrun_widget; if {\$netwag_priv_toolrun_widget($ctx,send_echo)} {$netwag_priv_toolrun_widget($ctx,send).entry configure -show {}} else {$netwag_priv_toolrun_widget($ctx,send).entry configure -show {*}}"
pack $netwag_priv_toolrun_widget($ctx,send).entry -side left -expand 1 -fill x -padx 2
pack $netwag_priv_toolrun_widget($ctx,send).send $netwag_priv_toolrun_widget($ctx,send).echobut -side left
netwag_dynhelp_init $netwag_priv_toolrun_widget($ctx,send).entry "Text to send to tool. Note : \"\\n\" indicates a new line."
netwag_dynhelp_init $netwag_priv_toolrun_widget($ctx,send).send "Send the text (at the left) to tool."
netwag_dynhelp_init $netwag_priv_toolrun_widget($ctx,send).echobut "Send text is/isn't echoed."
set netwag_priv_toolrun_widget($ctx,send_text) "\\n"
set netwag_priv_toolrun_widget($ctx,send_echo) 1
# output
set f $netwag_priv_toolrun_widget($ctx,output)
set ft $netwag_priv_toolrun_widget($ctx,output_text)
frame $f.left
scrollbar $f.yscro -command "$ft yview" -troughcolor $netwag_glo_gui_bgcolor_text_select -highlightthickness 0
pack $f.left -side left -expand 1 -fill both
pack $f.yscro -side left -fill y
text $ft -yscrollcommand "$f.yscro set" -xscrollcommand "$f.left.xscro set" -width 2 -height 2 -font myfont -bg $netwag_glo_gui_bgcolor_text_select -wrap none -highlightthickness 0
scrollbar $f.left.xscro -command "$ft xview" -orient horizontal -troughcolor $netwag_glo_gui_bgcolor_text_select -highlightthickness 0
pack $ft -side top -expand 1 -fill both
pack $f.left.xscro -side top -fill x
eval "bind $ft { focus $ft }"
pack $f -expand 1 -fill both
netwag_dynhelp_init $ft "Output (stdout) of a tool, if the checkbox NW was not checked."
# copy buttons
netwag_bitmap_down $netwag_priv_toolrun_widget($ctx,copy).genbm
button $netwag_priv_toolrun_widget($ctx,copy).copycmd -text "Copy command" -command "netwag_toolrun_button_copycmd $ctx" -font myfont -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
button $netwag_priv_toolrun_widget($ctx,copy).runit -text "Run it again" -command "netwag_toolrun_button_copycmd $ctx ; netwag_priv_toolcmd_run" -font myfont -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0
netwag_bitmap_down $netwag_priv_toolrun_widget($ctx,copy).genbm2
pack $netwag_priv_toolrun_widget($ctx,copy).genbm $netwag_priv_toolrun_widget($ctx,copy).copycmd $netwag_priv_toolrun_widget($ctx,copy).runit $netwag_priv_toolrun_widget($ctx,copy).genbm2 -side left
netwag_dynhelp_init $netwag_priv_toolrun_widget($ctx,copy).copycmd "Copy command which launched this tool."
netwag_dynhelp_init $netwag_priv_toolrun_widget($ctx,copy).runit "Copy command and run it again in another context."
global netwag_priv_toolrun_ctx_visible
lappend netwag_priv_toolrun_ctx_visible $ctx
}
## Destroy context
proc netwag_priv_toolrun_ctx_del { ctx } {
global netwag_priv_toolrun_widget
global netwag_priv_toolrun_ctx_visible
destroy $netwag_priv_toolrun_widget($ctx,topb)
destroy $netwag_priv_toolrun_widget($ctx,bot)
set idx [lsearch $netwag_priv_toolrun_ctx_visible $ctx]
if {$idx == -1} {
return [lindex $netwag_priv_toolrun_ctx_visible 0]
}
set netwag_priv_toolrun_ctx_visible [lreplace $netwag_priv_toolrun_ctx_visible $idx $idx]
if {$idx >= [llength $netwag_priv_toolrun_ctx_visible]} {
incr idx -1
}
return [lindex $netwag_priv_toolrun_ctx_visible $idx]
}
## Context change
proc netwag_priv_toolrun_ctx_change { ctx } {
global netwag_priv_toolrun_widget
global netwag_priv_toolrun_ctx_visible
global netwag_glo_notebook_button_visible_color
global netwag_glo_notebook_button_hidden_color
foreach c $netwag_priv_toolrun_ctx_visible {
pack $netwag_priv_toolrun_widget($c,topb) -side left -padx 1
$netwag_priv_toolrun_widget($c,topb) configure -bg $netwag_glo_notebook_button_hidden_color
pack forget $netwag_priv_toolrun_widget($c,bot)
}
$netwag_priv_toolrun_widget($ctx,topb) configure -bg $netwag_glo_notebook_button_visible_color
pack $netwag_priv_toolrun_widget($ctx,bot) -expand 1 -fill both
global netwag_priv_toolrun_nb_top
pack forget $netwag_priv_toolrun_nb_top
if {[llength $netwag_priv_toolrun_ctx_visible] != 1} {
pack $netwag_priv_toolrun_nb_top -fill x
}
global netwag_priv_toolrun_nb_bot
pack forget $netwag_priv_toolrun_nb_bot.defaultmsg
pack forget $netwag_priv_toolrun_nb_bot
pack $netwag_priv_toolrun_nb_bot -expand 1 -fill both
global netwag_priv_toolrun_ctx_current
set netwag_priv_toolrun_ctx_current $ctx
netwag_update_idletasks
return 0
}
#################################################################
# PUBLIC FUNCTIONS
#################################################################
## Press Run button
proc netwag_toolrun_cb_start { txt realcmd usercmd } {
set msg "Command $usercmd"
if {[string length $msg] > 60} {
set msg [string range $msg 0 59]
append msg "..."
}
append msg " :\n"
netwag_priv_runtext_append_info $txt $msg
}
proc netwag_toolrun_cb_end { txt realcmd usercmd } {
global netwag_priv_toolrun_widget
if { [regexp -- "\[.\]ctx(\[0-9\]+)\[.\]" $txt foobar ctx] } {
pack forget $netwag_priv_toolrun_widget($ctx,buttons)
pack forget $netwag_priv_toolrun_widget($ctx,send)
pack $netwag_priv_toolrun_widget($ctx,copy) -fill x
$netwag_priv_toolrun_widget($ctx,topb) configure -foreground white
}
netwag_priv_runtext_append_info $txt "__END_OF_PROGRAM__\n"
}
proc netwag_toolrun_run { toolnum realcmd usercmd } {
global netwag_priv_toolrun_widget
global netwag_priv_tools_stdin
global netwag_priv_tools_backspace
global netwag_priv_toolrun_ctx_next
set ctx $netwag_priv_toolrun_ctx_next
incr netwag_priv_toolrun_ctx_next
netwag_priv_toolrun_ctx_new $ctx $toolnum
set txt $netwag_priv_toolrun_widget($ctx,output_text)
if {[info exists netwag_priv_tools_stdin($toolnum)]} {
pack configure $netwag_priv_toolrun_widget($ctx,send) -before $netwag_priv_toolrun_widget($ctx,output) -fill x
}
if {[info exists netwag_priv_tools_backspace($toolnum)]} {
global netwag_runtext_backspace
set netwag_runtext_backspace($txt) 1
}
global netwag_priv_tool_nb
netwag_notebook_button_press $netwag_priv_tool_nb 3
netwag_runtext_init $txt "netwag_toolrun_cb_start" "netwag_toolrun_cb_end"
netwag_runtext_run $txt $realcmd $usercmd
set netwag_priv_toolrun_widget($ctx,realcmd) $realcmd
set netwag_priv_toolrun_widget($ctx,usercmd) $usercmd
netwag_priv_toolrun_ctx_change $ctx
}
## Press Copy_command button
proc netwag_toolrun_button_copycmd { ctx } {
global netwag_priv_toolrun_widget
set cmd $netwag_priv_toolrun_widget($ctx,usercmd)
netwag_toolcmd_init $cmd
return 0
}
## Press Interrupt button
proc netwag_toolrun_button_int { ctx } {
global netwag_priv_toolrun_widget
global netwag_runtext_state
global netwag_runtext_state_paused
global netwag_runtext_state_norun
set txt $netwag_priv_toolrun_widget($ctx,output_text)
if { $netwag_runtext_state($txt) == $netwag_runtext_state_paused } {
set b $netwag_priv_toolrun_widget($ctx,buttons_pause)
$b configure -text "Pause"
netwag_dynhelp_change $b "To pause the display of a tool."
}
netwag_runtext_int $txt
return 0
}
## Press Pause button
proc netwag_toolrun_button_pause { ctx } {
global netwag_priv_toolrun_widget
global netwag_runtext_state
global netwag_runtext_state_norun
global netwag_runtext_state_running
global netwag_runtext_state_paused
set txt $netwag_priv_toolrun_widget($ctx,output_text)
netwag_runtext_pause $txt
set b $netwag_priv_toolrun_widget($ctx,buttons_pause)
if { $netwag_runtext_state($txt) == $netwag_runtext_state_paused } {
netwag_dynhelp_change $b "To continue the display of a tool."
$b configure -text "Continue"
} else {
netwag_dynhelp_change $b "To pause the display of a tool."
$b configure -text "Pause"
}
netwag_update_idletasks
return 0
}
## Press Send button
proc netwag_toolrun_button_send { ctx } {
global netwag_priv_toolrun_widget
set txt $netwag_priv_toolrun_widget($ctx,output_text)
set t $netwag_priv_toolrun_widget($ctx,send_text)
set e $netwag_priv_toolrun_widget($ctx,send_echo)
set sendtext [netwag_misc_string_map $t {"\\\\" "\\" "\\0" "\0" "\\r" "\r" "\\n" "\n"}]
netwag_runtext_send $txt $sendtext $e
return 0
}
## Close current context
proc netwag_toolrun_current_close { } {
global netwag_priv_toolrun_widget
global netwag_priv_toolrun_ctx_current
set ctx $netwag_priv_toolrun_ctx_current
set txt $netwag_priv_toolrun_widget($ctx,output_text)
netwag_runtext_int $txt
netwag_runtext_close $txt
set ctx [netwag_priv_toolrun_ctx_del $ctx]
netwag_priv_toolrun_ctx_change $ctx
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_all_unix.tcl 0000644 0000000 0000000 00000002317 11776302040 022203 0 ustar root root source netwag_vars1c.tcl
source netwag_vars1v_unix.tcl
source netwag_vars2c.tcl
source netwag_vars2v_unix.tcl
source netwag_varsver.tcl
source netwag_varsglo.tcl
# generic
source netwag_sys.tcl
source netwag_misc.tcl
source netwag_update.tcl
source netwag_notebook.tcl
source netwag_dynhelp.tcl
source netwag_tmpfile.tcl
source netwag_varfile.tcl
# generic but with some small specific parts
source netwag_cursor.tcl
source netwag_mw.tcl
# execution
source netwag_popen.tcl
source netwag_exec.tcl
source netwag_runcmd.tcl
source netwag_runnw.tcl
source netwag_runtext.tcl
# specific, but non graphical
source netwag_glo.tcl
source netwag_session.tcl
source netwag_bitmap.tcl
# popup windows
source netwag_txtfind.tcl
source netwag_font.tcl
source netwag_formhist.tcl
source netwag_help.tcl
# main interface
source netwag_gui.tcl
source netwag_menu.tcl
source netwag_toolcmd.tcl
source netwag_toolsearch.tcl
source netwag_toolhf.tcl
source netwag_toolhelp.tcl
source netwag_toolform.tcl
source netwag_toolrun.tcl
source netwag_toolhist.tcl
source netwag_infol.tcl
source netwag_infor.tcl
source netwag_clip.tcl
source netwag_smallclip.tcl
source netwag_msg.tcl
source netwag_main.tcl
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_formhist.tcl 0000644 0000000 0000000 00000035325 11776302040 022230 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
global netwag_formhist_window_name; set netwag_formhist_window_name ".formhist_window"
global netwag_priv_formhist_current_enttype
global netwag_priv_formhist_current_formhist
#################################################################
# PRIVATE FUNCTIONS
#################################################################
## Guess type name of a value. Returns "uint", "ip4", "ip6", "eth",
## "host" or "?". Guess is not perfect, but sufficient.
proc netwag_priv_formhist_guess_type { pvalue } {
upvar $pvalue value
set value [string trim $value]
if { [regexp {^[0-9]+$} $value] } {
return "uint"
}
set sureip 0
if { [string length $value] } {
if { [string range $value 0 0] == "@" } {
set value [string range $value 1 end]
set sureip 1
}
}
# lists are too complicated to recognize between ip4/ip6/eth/host
if { [regexp {[=,-]} $value] } {
return "list"
}
if { [regexp {^[0-9]+[.][0-9]+[.][0-9]+[.][0-9]+$} $value] } {
return "ip4"
}
if { [regexp {^[A-Fa-f0-9][A-Fa-f0-9]?:[A-Fa-f0-9][A-Fa-f0-9]?:[A-Fa-f0-9][A-Fa-f0-9]?:[A-Fa-f0-9][A-Fa-f0-9]?:[A-Fa-f0-9][A-Fa-f0-9]?:[A-Fa-f0-9][A-Fa-f0-9]?$} $value] } {
if {$sureip} {
return "?"
} else {
return "eth"
}
}
if { [regexp {:} $value] } {
if { ! [regexp {[^A-Fa-f0-9:]} $value] } {
return "ip6"
}
if { [regexp {^[A-Fa-f0-9:]+:[0-9]+[.][0-9]+[.][0-9]+[.][0-9]+$} $value]} {
return "ip6"
}
return "?"
}
return "host"
}
## Add in a list
proc netwag_priv_formhist_add { enttype value } {
global netwag_session_formhist
# check if list eventually already contains it
set idx [lsearch -exact $netwag_session_formhist($enttype) $value]
if {$idx == 0} {
# at beginning : no need to change
return
}
if {$idx > 0} {
# remove old
set netwag_session_formhist($enttype) [lreplace $netwag_session_formhist($enttype) $idx $idx]
}
# add new at beginning
set netwag_session_formhist($enttype) [linsert $netwag_session_formhist($enttype) 0 "$value"]
}
## Add an IP address
proc netwag_priv_formhist_add_ip { value } {
netwag_priv_formhist_add "ip" "$value"
netwag_priv_formhist_add "ips" "$value"
if { $value == "0.0.0.0" || $value == "127.0.0.1" ||
$value == "255.255.255.255" || $value == "::" || $value == "::1" } {
return
}
netwag_priv_formhist_add "eth" "@$value"
netwag_priv_formhist_add "eths" "@$value"
}
#################################################################
# PUBLIC FUNCTIONS
#################################################################
## Display lists
proc netwag_formhist_display { } {
global netwag_session_formhist
global netwag_session_formhist_list
foreach enttype $netwag_session_formhist_list {
set line "$enttype:"
foreach ad $netwag_session_formhist($enttype) {
append line " $ad"
}
puts $line
}
}
## Add address
proc netwag_formhist_add { enttype value } {
global netwag_session_formhist
if {$enttype == "filerd" || $enttype == "filewr"} {
set enttype "file"
}
if {$enttype == "dirrd" || $enttype == "dirwr"} {
set enttype "dir"
}
switch -exact -- $enttype {
"ip" {
set guessedtype [netwag_priv_formhist_guess_type value]
switch -exact -- $guessedtype {
"ip4" {
netwag_priv_formhist_add_ip "$value"
netwag_priv_formhist_add "ip4" "$value"
}
"ip6" {
netwag_priv_formhist_add_ip "$value"
netwag_priv_formhist_add "ip6" "$value"
}
"host" {
netwag_priv_formhist_add_ip "$value"
}
}
}
"ip4" {
set guessedtype [netwag_priv_formhist_guess_type value]
switch -exact -- $guessedtype {
"ip4" {
netwag_priv_formhist_add_ip "$value"
netwag_priv_formhist_add "ip4" "$value"
}
"host" {
netwag_priv_formhist_add_ip "$value"
netwag_priv_formhist_add "ip4" "$value"
}
}
}
"ip6" {
set guessedtype [netwag_priv_formhist_guess_type value]
switch -exact -- $guessedtype {
"ip6" {
netwag_priv_formhist_add_ip "$value"
netwag_priv_formhist_add "ip6" "$value"
}
"host" {
netwag_priv_formhist_add_ip "$value"
netwag_priv_formhist_add "ip6" "$value"
}
}
}
"eth" {
set guessedtype [netwag_priv_formhist_guess_type value]
switch -exact -- $guessedtype {
"eth" {
netwag_priv_formhist_add "eth" "$value"
netwag_priv_formhist_add "eths" "$value"
}
}
}
"port" {
set guessedtype [netwag_priv_formhist_guess_type value]
switch -exact -- $guessedtype {
"uint" {
netwag_priv_formhist_add "port" "$value"
netwag_priv_formhist_add "ports" "$value"
}
}
}
"ips" {
set guessedtype [netwag_priv_formhist_guess_type value]
switch -exact -- $guessedtype {
"ip4" {
netwag_priv_formhist_add_ip "$value"
netwag_priv_formhist_add "ip4" "$value"
}
"ip6" {
netwag_priv_formhist_add_ip "$value"
netwag_priv_formhist_add "ip6" "$value"
}
"host" {
netwag_priv_formhist_add_ip "$value"
}
"list" {
netwag_priv_formhist_add "ips" "$value"
}
}
}
"eths" {
set guessedtype [netwag_priv_formhist_guess_type value]
switch -exact -- $guessedtype {
"eth" {
netwag_priv_formhist_add "eths" "$value"
netwag_priv_formhist_add "eth" "$value"
}
"list" {
netwag_priv_formhist_add "eths" "$value"
}
}
}
"ports" {
set guessedtype [netwag_priv_formhist_guess_type value]
switch -exact -- $guessedtype {
"uint" {
netwag_priv_formhist_add "ports" "$value"
netwag_priv_formhist_add "port" "$value"
}
"list" {
netwag_priv_formhist_add "ports" "$value"
}
}
}
"uint32" {
set guessedtype [netwag_priv_formhist_guess_type value]
switch -exact -- $guessedtype {
"uint" {
netwag_priv_formhist_add "uint32" "$value"
}
}
}
"uint64" {
set guessedtype [netwag_priv_formhist_guess_type value]
switch -exact -- $guessedtype {
"uint" {
netwag_priv_formhist_add "uint64" "$value"
}
}
}
default {
netwag_priv_formhist_add "$enttype" "$value"
}
}
}
## Select address
proc netwag_priv_formhist_window_create { } {
global netwag_formhist_window_name
global netwag_glo_gui_bgcolor_unused
global netwag_glo_gui_bgcolor_button
global netwag_glo_gui_bgcolor_listbox
# names
set aw "$netwag_formhist_window_name"
set awb "$aw.border"
set awbc "$awb.checklist"
set awbcl "$awbc.left"
set awbcll "$awbcl.list"
set awbcls "$awbcl.xscro"
set awbcs "$awbc.yscro"
set awbb "$awb.buttons"
set awbbd "$awbb.del"
set awbbc "$awbb.cancel"
set awbbu "$awbb.use"
# create window
toplevel $aw
wm overrideredirect $aw 1
wm transient $aw .
wm group $aw .
frame $awb -bg $netwag_glo_gui_bgcolor_unused -borderwidth 4 -relief ridge
pack $awb
frame $awbc
frame $awbcl
scrollbar $awbcs -command "$awbcll yview" -troughcolor $netwag_glo_gui_bgcolor_listbox -highlightthickness 0
pack $awbcl -side left -fill both -expand 1
listbox $awbcll -yscrollcommand "$awbcs set" -xscrollcommand "$awbcls set" -exportselection false -bg $netwag_glo_gui_bgcolor_listbox -highlightthickness 0 -font myfont
netwag_dynhelp_init $awbcll ""
bind $awbcll "netwag_priv_formhist_window_use"
scrollbar $awbcls -command "$awbcll xview" -troughcolor $netwag_glo_gui_bgcolor_listbox -highlightthickness 0 -orient horizontal
pack $awbcll -side top -fill both -expand 1
pack $awbc -fill x
frame $awbb -bg $netwag_glo_gui_bgcolor_unused
button $awbbd -text "Del" -command "netwag_priv_formhist_window_del" -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0 -font myfont
netwag_dynhelp_init $awbbd ""
button $awbbc -text "Cancel" -command "netwag_priv_formhist_window_cancel" -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0 -font myfont
netwag_dynhelp_init $awbbc "Close this window."
button $awbbu -text "Use" -command "netwag_priv_formhist_window_use" -bg $netwag_glo_gui_bgcolor_button -highlightthickness 0 -font myfont
netwag_dynhelp_init $awbbu ""
pack $awbbd $awbbc $awbbu -side left -fill both -expand 1
pack $awbb -fill x
}
proc netwag_priv_formhist_window_set { enttype } {
global netwag_formhist_window_name
global netwag_priv_formhist_current_enttype
set netwag_priv_formhist_current_enttype $enttype
# names
set aw "$netwag_formhist_window_name"
set awb "$aw.border"
set awbc "$awb.checklist"
set awbcl "$awbc.left"
set awbcll "$awbcl.list"
set awbcls "$awbcl.xscro"
set awbcs "$awbc.yscro"
set awbb "$awb.buttons"
set awbbd "$awbb.del"
set awbbc "$awbb.cancel"
set awbbu "$awbb.use"
# decide which kind of selection
if {$enttype == "ips" || $enttype == "eths" || $enttype == "ports"} {
$awbcll configure -selectmode extended
set plural "es"
} else {
$awbcll configure -selectmode browse
set plural ""
}
# create items
netwag_dynhelp_change $awbbd "Delete selected value$plural."
netwag_dynhelp_change $awbbu "Use selected value$plural."
netwag_dynhelp_change $awbcll "Select value$plural to use."
# fill listbox
global netwag_session_formhist
$awbcll delete 0 end
set witdh 0
set height 0
foreach a $netwag_session_formhist($enttype) {
$awbcll insert end $a
set s [string length $a]
if {$s > $witdh} {
set witdh $s
}
incr height
}
if {$witdh > 40} {
set witdh 40
pack $awbcls -side top -fill x
set hlimit 4
} elseif {$witdh == 40} {
pack forget $awbcls
set hlimit 6
} else {
incr witdh
pack forget $awbcls
set hlimit 6
}
if {$height > $hlimit} {
set height $hlimit
pack $awbcs -side left -fill y
} elseif {$height == $hlimit} {
pack forget $awbcs
} else {
incr height
pack forget $awbcs
}
$awbcll configure -width $witdh -height $height
$awbcll selection set 0
$awbcll yview 0
# position window
set x [winfo pointerx .]
set y [winfo pointery .]
set x [expr $x - [font measure myfont "123456789012345678901"]]
set y [expr $y + 5]
wm geometry $aw +$x+$y
}
proc netwag_priv_formhist_window_use { } {
global netwag_formhist_window_name
global netwag_priv_formhist_current_enttype
# names
set aw "$netwag_formhist_window_name"
set awbcll "$aw.border.checklist.left.list"
# no selection
if {[llength [$awbcll curselection]] == 0} {
return
}
# construct list of addresses
set ad ""
set addcomma 0
foreach a [$awbcll curselection] {
if {$addcomma} {
append ad ","
}
append ad [$awbcll get $a]
set addcomma 1
}
# add in list
netwag_formhist_add $netwag_priv_formhist_current_enttype $ad
# window is not needed anymore
destroy $aw
# inform
global netwag_priv_formhist_current_formhist
set netwag_priv_formhist_current_formhist $ad
}
proc netwag_priv_formhist_window_del { } {
global netwag_formhist_window_name
global netwag_session_formhist
global netwag_priv_formhist_current_enttype
# names
set aw "$netwag_formhist_window_name"
set awbcll "$aw.border.checklist.left.list"
# no selection
set sellist [$awbcll curselection]
if { ! [llength $sellist] } {
return
}
# del
set enttype $netwag_priv_formhist_current_enttype
foreach idx $sellist {
set netwag_session_formhist($enttype) [lreplace $netwag_session_formhist($enttype) $idx $idx]
}
$awbcll del $sellist
# select best
set selsize [$awbcll size]
if { $selsize } {
set toselect [lindex $sellist 0]
if { $toselect < $selsize } {
$awbcll selection set $toselect
} else {
$awbcll selection set end
}
}
}
proc netwag_priv_formhist_window_cancel { } {
global netwag_formhist_window_name
# window is not needed anymore
destroy $netwag_formhist_window_name
# inform
global netwag_priv_formhist_current_formhist
set netwag_priv_formhist_current_formhist ""
}
proc netwag_formhist_select { enttype } {
global netwag_formhist_window_name
global netwag_glo_gui_bgcolor_unused
global netwag_glo_gui_bgcolor_button
global netwag_glo_gui_bgcolor_listbox
if {$enttype == "filerd" || $enttype == "filewr"} {
set enttype "file"
}
if {$enttype == "dirrd" || $enttype == "dirwr"} {
set enttype "dir"
}
if { ! [winfo exists $netwag_formhist_window_name] } {
netwag_priv_formhist_window_create
}
# We raise the window in all cases, because Windows 7 opens it
# behind the current window.
raise $netwag_formhist_window_name
netwag_priv_formhist_window_set $enttype
global netwag_priv_formhist_current_formhist
vwait netwag_priv_formhist_current_formhist
# We refocus, because Windows 7 lose the focus, and does not
# allow the text to be selected after (the -force is required).
focus -force .
return $netwag_priv_formhist_current_formhist
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_vars1c.tcl 0000644 0000000 0000000 00000001242 11776302040 021563 0 ustar root root ## You can modify following values :
# netwag_glo_dir_tmp :
# description : temporary directory
# examples : "/tmp", "$env(TEMP)", "C:/TEMP", "$env(HOME)/tmp"
# netwag_glo_file_session :
# description : default filename containing the last session
# this file will be created the first time
# examples : "/tmp/netwag.ses", "$env(HOME)/.netwag.ses",
# "$netwag_glo_dir_tmp/netwag.ses"
# netwag_glo_bin_netwox :
# description : path to netwox
# examples : "netwox", "/usr/bin/netwox", "c:/netwox.exe"
# Note: Those paths cannot contain spaces. For example replace
# "C:\\Documents and Settings" with "C:\\Docume~1"
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_vars1v_win.tcl 0000644 0000000 0000000 00000000346 11776302040 022467 0 ustar root root set netwag_glo_dir_tmp "$env(TEMP)"
if {[info exists env(APPDATA)]} {
set netwag_glo_file_session "$env(APPDATA)/netwag.ses"
} else {
set netwag_glo_file_session "$env(TEMP)/netwag.ses"
}
set netwag_glo_bin_netwox "netwox539"
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_session.tcl 0000644 0000000 0000000 00000050054 11776302040 022054 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
# by saving a session, we save :
# - font (family and size)
# - state of dynamic help (small yellow help displayed when inactive)
# - width and height of the window
# - the two clipboards
# - the history of run commands
# - field history for Form notebook
#################################################################
# GLOBAL VARIABLES
#################################################################
global netwag_session_font_family
global netwag_session_font_size
global netwag_session_dynhelp_active
global netwag_session_window_width
global netwag_session_window_height
global netwag_session_toolsearch_type
global netwag_session_clipboard_small
global netwag_session_clipboard_big1
global netwag_session_clipboard_big2
global netwag_session_clipboard_big3
global netwag_session_clipboard_big4
global netwag_session_run_history
global netwag_session_clipboard_text_height
global netwag_session_couldload
global netwag_session_formhist
global netwag_session_formhist_list
set netwag_session_formhist_list {"ip" "ip4" "ip6" "eth" "port" "ips" "eths" "ports" "uint32" "int32" "uint64" "int64" "buf" "login" "password" "file" "dir" "filter" "oid" "mixed" "ip4opts" "ip6exts" "tcpopts" "email" "uri" "newsgroup" "hostname" "md5" "useragent" "netbiosname" "smbshare" }
global netwag_sessionvars_error
#################################################################
# PRIVATE FUNCTIONS
#################################################################
## Initialize default values for session variables
proc netwag_priv_sessionvars_initdefault { } {
global netwag_session_font_family
global netwag_session_font_size
global netwag_session_dynhelp_active
global netwag_session_window_width
global netwag_session_window_height
global netwag_session_toolsearch_type
global netwag_session_clipboard_small
global netwag_session_clipboard_big1
global netwag_session_clipboard_big2
global netwag_session_clipboard_big3
global netwag_session_clipboard_big4
global netwag_session_run_history
global netwag_session_clipboard_text_height
global netwag_session_formhist
global netwag_sys_platform
global netwag_sys_platform_windows
set netwag_session_dynhelp_active 1
if {$netwag_sys_platform == $netwag_sys_platform_windows} {
set netwag_session_font_family Courier
set netwag_session_font_size 8
set netwag_session_window_width 490
set netwag_session_window_height 405
} else {
set netwag_session_font_family fixed
set netwag_session_font_size 10
set netwag_session_window_width 490
set netwag_session_window_height 405
}
global netwag_priv_toolsearch_type_sort
set netwag_session_toolsearch_type $netwag_priv_toolsearch_type_sort
set netwag_session_clipboard_small {you can put your data here}
set netwag_session_clipboard_big1 {you can store what you want here}
set netwag_session_clipboard_big2 {you can also store what you want here}
set netwag_session_clipboard_big3 {you can also store what you need here}
set netwag_session_clipboard_big4 {you can also store your data here}
catch {unset netwag_session_run_history}
set netwag_session_run_history(0) {1}
set netwag_session_run_history(1) {2}
set netwag_session_run_history(2) {22 "hello"}
set netwag_session_run_history(3) {23}
set netwag_session_clipboard_text_height 0
set netwag_session_formhist(ip) {127.0.0.1 255.255.255.255 :: fec0:1:2:3::5 "www.example.com"}
set netwag_session_formhist(ip4) {127.0.0.1 255.255.255.255}
set netwag_session_formhist(ip6) {:: fec0:1:2:3::5}
set netwag_session_formhist(eth) {0:0:0:0:0:0 ff:ff:ff:ff:ff:ff}
set netwag_session_formhist(port) {80 1234}
set netwag_session_formhist(ips) {all}
set netwag_session_formhist(eths) {all}
set netwag_session_formhist(ports) {all}
set netwag_session_formhist(uint32) {0 1}
set netwag_session_formhist(int32) {0 1}
set netwag_session_formhist(uint64) {0 1}
set netwag_session_formhist(int64) {0 1}
set netwag_session_formhist(buf) {"hello" "some data"}
set netwag_session_formhist(login) {"bob"}
set netwag_session_formhist(password) {"mypasswd"}
set netwag_session_formhist(file) {"myfile.txt"}
set netwag_session_formhist(dir) {"mydir"}
set netwag_session_formhist(filter) {"host 1.2.3.4" "host 1.2.3.4 and tcp port 80"}
set netwag_session_formhist(oid) {".1.3.6.1.2.1.1.4.0"}
set netwag_session_formhist(mixed) {"'some' 0D0A 'data' '0D0A'"}
set netwag_session_formhist(ip4opts) {"01 01 01 00" "01010101 010101 00"}
set netwag_session_formhist(ip6exts) {"2C 0000 4001 00000007"}
set netwag_session_formhist(tcpopts) {"010101 00" "0204400c" "0402 01 00" "030302 00"}
set netwag_session_formhist(email) {"user@example.com"}
set netwag_session_formhist(uri) {"http://www.example.com/"}
set netwag_session_formhist(newsgroup) {"comp.lang.c" "comp.os.linux.announce"}
set netwag_session_formhist(hostname) {"www.example.com"}
set netwag_session_formhist(md5) {"c2c8fd6dbba2fdbd0a12386cb85850e6"}
set netwag_session_formhist(useragent) {"Mozilla/5.0"}
set netwag_session_formhist(netbiosname) {"*SMBSERVER"}
set netwag_session_formhist(smbshare) {"C\$" "D\$"}
return 0
}
## Initialize current values for session variables
proc netwag_priv_sessionvars_initcurrent { } {
global netwag_session_font_family
global netwag_session_font_size
global netwag_session_dynhelp_active
global netwag_session_window_width
global netwag_session_window_height
global netwag_session_toolsearch_type
global netwag_session_clipboard_small
global netwag_session_clipboard_big1
global netwag_session_clipboard_big2
global netwag_session_clipboard_big3
global netwag_session_clipboard_big4
global netwag_session_run_history
global netwag_session_clipboard_text_height
# font_family and font_size
# used directly
# netwag_session_dynhelp_active
# used directly
# window_width and window_height
set netwag_session_window_width [winfo width .]
set netwag_session_window_height [winfo height .]
# netwag_session_toolsearch_type
# used directly
# clipboard_small and big
global netwag_gui_text_small_clipboard
global netwag_gui_text_big_clipboard1
global netwag_gui_text_big_clipboard2
global netwag_gui_text_big_clipboard3
global netwag_gui_text_big_clipboard4
set v [$netwag_gui_text_small_clipboard get 1.0 end]
set netwag_session_clipboard_small [string trim $v]
set v [$netwag_gui_text_big_clipboard1 get 1.0 end]
set netwag_session_clipboard_big1 [string trim $v]
set v [$netwag_gui_text_big_clipboard2 get 1.0 end]
set netwag_session_clipboard_big2 [string trim $v]
set v [$netwag_gui_text_big_clipboard3 get 1.0 end]
set netwag_session_clipboard_big3 [string trim $v]
set v [$netwag_gui_text_big_clipboard4 get 1.0 end]
set netwag_session_clipboard_big4 [string trim $v]
# run history
global netwag_priv_toolhist_lb
set arraysize [$netwag_priv_toolhist_lb size]
catch {unset netwag_session_run_history}
for {set i 0} {$i < $arraysize} {incr i} {
set netwag_session_run_history($i) [$netwag_priv_toolhist_lb get $i]
}
# netwag_glo_clipboard_text_height
global netwag_glo_clipboard_text_height
set netwag_session_clipboard_text_height $netwag_glo_clipboard_text_height
# netwag_session_formhist
# used directly
return 0
}
## Applies values for the session
proc netwag_priv_sessionvars_apply { } {
global netwag_session_font_family
global netwag_session_font_size
global netwag_session_dynhelp_active
global netwag_session_window_width
global netwag_session_window_height
global netwag_session_toolsearch_type
global netwag_session_clipboard_small
global netwag_session_clipboard_big1
global netwag_session_clipboard_big2
global netwag_session_clipboard_big3
global netwag_session_clipboard_big4
global netwag_session_run_history
global netwag_session_clipboard_text_height
# font_family and font_size
netwag_font_change $netwag_session_font_family $netwag_session_font_size
# dynhelp_active : nothing to do
# window_width and window_height
set newgeometry "$netwag_session_window_width"
append newgeometry "x"
append newgeometry "$netwag_session_window_height"
set rx [winfo rootx .]
set ry [winfo rooty .]
if { $rx!=0 && $ry!=0 } {
# we add them otherwise, if [wm geometry .] ends with +0+0, it
# will be located in the corner.
append newgeometry "+$rx+$ry"
}
wm geometry . "$newgeometry"
# toolsearch_type : nothing to do
# small clipboard
global netwag_gui_text_small_clipboard
$netwag_gui_text_small_clipboard delete 1.0 end
$netwag_gui_text_small_clipboard insert end "$netwag_session_clipboard_small\n"
# big clipboards
global netwag_gui_text_big_clipboard1
$netwag_gui_text_big_clipboard1 delete 1.0 end
$netwag_gui_text_big_clipboard1 insert end "$netwag_session_clipboard_big1\n"
global netwag_gui_text_big_clipboard2
$netwag_gui_text_big_clipboard2 delete 1.0 end
$netwag_gui_text_big_clipboard2 insert end "$netwag_session_clipboard_big2\n"
global netwag_gui_text_big_clipboard3
$netwag_gui_text_big_clipboard3 delete 1.0 end
$netwag_gui_text_big_clipboard3 insert end "$netwag_session_clipboard_big3\n"
global netwag_gui_text_big_clipboard4
$netwag_gui_text_big_clipboard4 delete 1.0 end
$netwag_gui_text_big_clipboard4 insert end "$netwag_session_clipboard_big4\n"
# run history
global netwag_priv_toolhist_lb
$netwag_priv_toolhist_lb delete 0 end
set arraysize [array size netwag_session_run_history]
for {set i 0} {$i < $arraysize} {incr i} {
$netwag_priv_toolhist_lb insert end $netwag_session_run_history($i)
}
# netwag_session_clipboard_text_height
global frame_clipboard
global netwag_glo_clipboard_text_height
set netwag_glo_clipboard_text_height $netwag_session_clipboard_text_height
$frame_clipboard.text configure -height $netwag_glo_clipboard_text_height
# netwag_session_formhist : nothing to do
return 0
}
## Write session variables to a filename
proc netwag_priv_sessionvars_write { filename } {
global netwag_varfile_error
global netwag_sessionvars_error
global netwag_session_font_family
global netwag_session_font_size
global netwag_session_dynhelp_active
global netwag_session_window_width
global netwag_session_window_height
global netwag_session_toolsearch_type
global netwag_session_clipboard_small
global netwag_session_clipboard_big1
global netwag_session_clipboard_big2
global netwag_session_clipboard_big3
global netwag_session_clipboard_big4
global netwag_session_run_history
global netwag_session_clipboard_text_height
global netwag_session_formhist
global netwag_session_formhist_list
set ret [netwag_varfile_write_init $filename fd]
if { $ret } {
set netwag_sessionvars_error "$netwag_varfile_error"
return -1
}
# simple variables
set ret [netwag_varfile_write_variable $fd "font_family" $netwag_session_font_family]
if { $ret } {
set netwag_sessionvars_error "$netwag_varfile_error"
return -1
}
set ret [netwag_varfile_write_variable $fd "font_size" $netwag_session_font_size]
if { $ret } {
set netwag_sessionvars_error "$netwag_varfile_error"
return -1
}
set ret [netwag_varfile_write_variable $fd "dynhelp_active" $netwag_session_dynhelp_active]
if { $ret } {
set netwag_sessionvars_error "$netwag_varfile_error"
return -1
}
set ret [netwag_varfile_write_variable $fd "window_width" $netwag_session_window_width]
if { $ret } {
set netwag_sessionvars_error "$netwag_varfile_error"
return -1
}
set ret [netwag_varfile_write_variable $fd "window_height" $netwag_session_window_height]
if { $ret } {
set netwag_sessionvars_error "$netwag_varfile_error"
return -1
}
set ret [netwag_varfile_write_variable $fd "toolsearch_type" $netwag_session_toolsearch_type]
if { $ret } {
set netwag_sessionvars_error "$netwag_varfile_error"
return -1
}
set ret [netwag_varfile_write_variable $fd "clipboard_small" $netwag_session_clipboard_small]
if { $ret } {
set netwag_sessionvars_error "$netwag_varfile_error"
return -1
}
set ret [netwag_varfile_write_variable $fd "clipboard_big" $netwag_session_clipboard_big1]
if { $ret } {
set netwag_sessionvars_error "$netwag_varfile_error"
return -1
}
set ret [netwag_varfile_write_variable $fd "clipboard_big2" $netwag_session_clipboard_big2]
if { $ret } {
set netwag_sessionvars_error "$netwag_varfile_error"
return -1
}
set ret [netwag_varfile_write_variable $fd "clipboard_big3" $netwag_session_clipboard_big3]
if { $ret } {
set netwag_sessionvars_error "$netwag_varfile_error"
return -1
}
set ret [netwag_varfile_write_variable $fd "clipboard_big4" $netwag_session_clipboard_big4]
if { $ret } {
set netwag_sessionvars_error "$netwag_varfile_error"
return -1
}
set ret [netwag_varfile_write_variable $fd "clipboard_text_height" $netwag_session_clipboard_text_height]
if { $ret } {
set netwag_sessionvars_error "$netwag_varfile_error"
return -1
}
# run history
set ret [netwag_varfile_write_array $fd "run_history" netwag_session_run_history]
if { $ret } {
set netwag_sessionvars_error "$netwag_varfile_error"
return -1
}
# form history
foreach v $netwag_session_formhist_list {
set ret [netwag_varfile_write_list $fd "formhist_$v" netwag_session_formhist($v)]
if { $ret } {
set netwag_sessionvars_error "$netwag_varfile_error"
return -1
}
}
# end
set ret [netwag_varfile_write_close $fd]
if { $ret } {
set netwag_sessionvars_error "$netwag_varfile_error"
return -1
}
return 0
}
## Read session variables from a filename
proc netwag_priv_sessionvars_read { filename } {
global netwag_varfile_error
global netwag_sessionvars_error
global netwag_session_font_family
global netwag_session_font_size
global netwag_session_dynhelp_active
global netwag_session_window_width
global netwag_session_window_height
global netwag_session_toolsearch_type
global netwag_session_clipboard_small
global netwag_session_clipboard_big1
global netwag_session_clipboard_big2
global netwag_session_clipboard_big3
global netwag_session_clipboard_big4
global netwag_session_run_history
global netwag_session_clipboard_text_height
global netwag_session_formhist
set ret [netwag_varfile_read $filename bigvar]
if { $ret } {
set netwag_sessionvars_error "$netwag_varfile_error"
return -1
}
# reassign variables
catch {set netwag_session_font_family $bigvar(font_family)}
catch {set netwag_session_font_size $bigvar(font_size)}
catch {set netwag_session_dynhelp_active $bigvar(dynhelp_active)}
catch {set netwag_session_window_width $bigvar(window_width)}
catch {set netwag_session_window_height $bigvar(window_height)}
catch {set netwag_session_toolsearch_type $bigvar(toolsearch_type)}
catch {set netwag_session_clipboard_small $bigvar(clipboard_small)}
# before version 5.15.0, there were only 1 big clipboard, named
# "clipboard_big". So we do not create "clipboard_big1".
catch {set netwag_session_clipboard_big1 $bigvar(clipboard_big)}
catch {set netwag_session_clipboard_big2 $bigvar(clipboard_big2)}
catch {set netwag_session_clipboard_big3 $bigvar(clipboard_big3)}
catch {set netwag_session_clipboard_big4 $bigvar(clipboard_big4)}
catch {set netwag_session_clipboard_text_height $bigvar(clipboard_text_height)}
catch {unset netwag_session_run_history}
set i 0
while {[info exists bigvar(run_history,$i)]} {
set netwag_session_run_history($i) $bigvar(run_history,$i)
incr i
}
global netwag_session_formhist_list
foreach v $netwag_session_formhist_list {
eval "catch {set netwag_session_formhist($v) \$bigvar(formhist_$v)}"
}
return 0
}
#################################################################
# PUBLIC FUNCTIONS
#################################################################
## Load the last session
proc netwag_session_load_vars { } {
global netwag_glo_file_session
global netwag_session_couldload
netwag_priv_sessionvars_initdefault
set ret [netwag_priv_sessionvars_read $netwag_glo_file_session]
if { $ret } {
set netwag_session_couldload 0
} else {
set netwag_session_couldload 1
}
return 0
}
proc netwag_session_load_apply { } {
global netwag_glo_file_session
global netwag_session_couldload
global netwag_sessionvars_error
if {!$netwag_session_couldload} {
netwag_priv_sessionvars_initdefault
netwag_priv_sessionvars_apply
netwag_msg_add_err "$netwag_sessionvars_error"
netwag_msg_add_warn "This error is normal if this is the first run of netwag"
return -1
}
netwag_priv_sessionvars_apply
return 0
}
## Create a new session
proc netwag_session_new { } {
netwag_priv_sessionvars_initdefault
netwag_priv_sessionvars_apply
netwag_msg_add_info "Default session loaded"
}
## Open a session
proc netwag_session_open { } {
global netwag_sessionvars_error
global netwag_glo_file_session
# note : apparently, ".ses" does not match hidden files ".netwag.ses"
set filetypes {
{{Session Files} {.ses} }
{{All Files} * }
}
set dn [file dirname $netwag_glo_file_session]
set filename [tk_getOpenFile -filetypes $filetypes -initialdir $dn]
if { $filename == "" } {
return 0
}
netwag_priv_sessionvars_initdefault
set ret [netwag_priv_sessionvars_read $filename]
if { $ret } {
netwag_msg_add_err "$netwag_sessionvars_error"
netwag_msg_add_warn "Could not load session from $filename"
return -1
}
netwag_priv_sessionvars_apply
netwag_msg_add_info "Session in $filename loaded"
return 0
}
## Save the session
proc netwag_session_save { } {
global netwag_sessionvars_error
global netwag_glo_file_session
netwag_priv_sessionvars_initcurrent
set ret [netwag_priv_sessionvars_write $netwag_glo_file_session]
if { $ret } {
netwag_msg_add_err "$netwag_sessionvars_error"
netwag_msg_add_warn "Could not save session to $netwag_glo_file_session"
return -1
}
netwag_msg_add_info "Session saved in $netwag_glo_file_session"
return 0
}
## Save a session
proc netwag_session_saveas { } {
global netwag_sessionvars_error
global netwag_glo_file_session
set filetypes {
{{Session Files} {.ses} }
{{All Files} * }
}
set dn [file dirname $netwag_glo_file_session]
set filename [tk_getSaveFile -filetypes $filetypes -initialdir $dn -defaultextension ".ses"]
if { $filename == "" } {
return
}
netwag_priv_sessionvars_initcurrent
set ret [netwag_priv_sessionvars_write $filename]
if { $ret } {
netwag_msg_add_err "$netwag_sessionvars_error"
netwag_msg_add_warn "Could not save session to $filename"
return -1
}
netwag_msg_add_info "Session saved in $filename"
return 0
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/netwag_glo.tcl 0000644 0000000 0000000 00000012166 11776302040 021154 0 ustar root root #################################################################
# NETWAG #
# Network toolbox #
# Copyright(c) 1999-2012 Laurent CONSTANTIN #
# http://ntwag.sourceforge.net/ #
# laurentconstantin@free.fr #
# ----- #
# This file is part of Netwag. #
# Netwag is free software: you can redistribute it and/or #
# modify it under the terms of the GNU General Public License #
# version 3 as published by the Free Software Foundation. #
# Netwag is distributed in the hope that it will be useful, #
# but WITHOUT ANY WARRANTY; without even the implied warranty #
# of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See #
# the GNU General Public License for more details #
# (http://www.gnu.org/). #
#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#*#
#################################################################
# GLOBAL VARIABLES
#################################################################
#################################################################
# PRIVATE FUNCTIONS
#################################################################
## Display an error
proc netwag_priv_glo_errorunset { pname } {
set msg "Variable $pname does not exist.\nSet its value, or if unsure reinstall netwag."
set ans [tk_messageBox -message $msg -type okcancel -title "Warning" -icon warning]
if { $ans == "cancel" } {
exit
}
}
proc netwag_priv_glo_errorbadval { msg } {
set msg "$msg\nModify its value, or if unsure reinstall netwag."
set ans [tk_messageBox -message $msg -type okcancel -title "Warning" -icon warning]
if { $ans == "cancel" } {
exit
}
}
## Special check for the session file
proc netwag_priv_glo_check_file_session { pname } {
upvar $pname name
global $pname
if { ! [info exists $pname] } {
netwag_priv_glo_errorunset $pname
set name ""
return
}
set name [netwag_misc_string_replace $name "\\" "/"]
# we do no more checks (exists, readable, writable) because this state
# can change during execution. So, it's better to deal with
# it in corresponding functions
}
## Special check for netwox path
proc netwag_priv_glo_check_bin_netwox { pname defaultvalue } {
upvar $pname name
global $pname
if { ! [info exists $pname] } {
netwag_priv_glo_errorunset $pname
set name $defaultvalue
return
}
}
## Check for a directory
proc netwag_priv_glo_check_directory { pname defaultvalue } {
upvar $pname name
global $pname
if { ! [info exists $pname] } {
netwag_priv_glo_errorunset $pname
set name $defaultvalue
return
}
if { ! [file isdirectory $name] } {
netwag_priv_glo_errorbadval "Variable $pname contains \"$name\" which is not a directory."
set name $defaultvalue
}
}
## Check if the file is writable
proc netwag_priv_glo_check_writable { pname defaultvalue } {
upvar $pname name
global $pname
if { ! [info exists $pname] } {
netwag_priv_glo_errorunset $pname
set name $defaultvalue
return
}
if { ! [file readable $name] } {
netwag_priv_glo_errorbadval "Variable $pname contains \"$name\" which is not a writable file."
set name $defaultvalue
}
}
## Concert backslashes
proc netwag_priv_glo_convslash { pname defaultvalue } {
upvar $pname name
global $pname
if { ! [info exists $pname] } {
netwag_priv_glo_errorunset $pname
set name $defaultvalue
return
}
set name [netwag_misc_string_replace $name "\\" "/"]
}
#################################################################
# PUBLIC FUNCTIONS
#################################################################
## Check main global variables
proc netwag_glo_check { } {
global env
global netwag_glo_dir_tmp
global netwag_glo_file_session
global netwag_glo_bin_netwox
# netwag_glo_dir_tmp must be a writable directory
netwag_priv_glo_convslash netwag_glo_dir_tmp ""
netwag_priv_glo_check_directory netwag_glo_dir_tmp ""
if { $netwag_glo_dir_tmp != "" } {
netwag_priv_glo_check_writable netwag_glo_dir_tmp ""
}
if { $netwag_glo_dir_tmp == "" } {
if { $netwag_sys_platform == $netwag_sys_platform_windows } {
if { [catch { set netwag_glo_dir_tmp $env(TEMP) }] } {
if { [catch { set netwag_glo_dir_tmp $env(TMP) }] } {
set netwag_glo_dir_tmp "."
}
}
} elseif { $netwag_sys_platform == $netwag_sys_platform_unix } {
set netwag_glo_dir_tmp "/tmp"
} else {
set netwag_glo_dir_tmp "."
}
}
# netwag_glo_file_session should be a readable/writable file
netwag_priv_glo_check_file_session netwag_glo_file_session
# netwag_glo_bin_netwox
netwag_priv_glo_convslash netwag_glo_bin_netwox "netwox"
netwag_priv_glo_check_bin_netwox netwag_glo_bin_netwox "netwox"
}
netw-ib-ox-ag-5.39.0/src/netwag-src/src/config.dat 0000644 0000000 0000000 00000002571 11776302040 020260 0 ustar root root :
### Values in this file should not need to be modified, but for
### some usages they can be changed.
# In this file, a '#' is a start of comment.
##########################################################################
### installation prefix directory of netwox
NETWOXDEF_INSTPREFIX=/usr/local
### installation destination directory of netwox
NETWOXDEF_INSTDESTDIR=""
### compute directories where netwox will_be|is_currently installed
NETWOXDEF_INSTBIN=${NETWOXDEF_INSTPREFIX}/bin
NETWOXDEF_INSTDBIN=${NETWOXDEF_INSTDESTDIR}${NETWOXDEF_INSTBIN}
##########################################################################
### directories where netwag will be installed
NETWAGDEF_INSTPREFIX=/usr/local
NETWAGDEF_INSTBIN=${NETWAGDEF_INSTPREFIX}/bin
NETWAGDEF_INSTMAN=${NETWAGDEF_INSTPREFIX}/man
NETWAGDEF_INSTMAN1=${NETWAGDEF_INSTMAN}/man1
### installation destination directory
NETWAGDEF_INSTDESTDIR=""
##########################################################################
### When installing netwag in text mode, it might be impossible to
### detect wish (Tcl/Tk interpreter) and a terminal emulator.
# force wish path
#bin_wish="/usr/bin/wish"
# force terminal emulator:
# bin_term indicates terminal emulator path
# bin_term_param indicates parameter needed to run a program
# for example "/usr/X11R6/bin/xterm -e /bin/sh"
#bin_term="/usr/X11R6/bin/xterm"
#bin_term_param="-e"
netw-ib-ox-ag-5.39.0/src/netwag-src/README.TXT 0000600 0000000 0000000 00000001730 11776302045 017061 0 ustar root root netwag : network toolbox
------------------------
Available files are :
./doc/presentation.txt :
Introduce netwag.
./INSTALL.TXT :
Describe installation (it's the FIRST thing to do).
./doc/probleminstall.txt :
Describe solutions to installation problems.
./doc/installspecial.txt :
Explain how to install for non root users, or for distributions.
./doc/problemusage.txt :
Describe solutions to usage problems.
./doc/problemreport.txt :
Explain how to report a problem.
./doc/changelog.txt :
List changes between versions.
./doc/credits.txt :
Thanks contributors.
./doc/todo.txt :
List evolutions or changes to do.
/doc/netwag.1 :
Man page of netwag (note : it is not complete).
If you seek documentation, read netwag-5.39.0-doc_html.tgz.
You can enter "man netwag" (or "man ./netwag.1",
"nroff -man ./netwag.1 | more" if netwib is not yet installed)
to obtain help for each function.
netw-ib-ox-ag-5.39.0/src/netwag-src/INSTALL.TXT 0000600 0000000 0000000 00000003415 11776302045 017234 0 ustar root root -------------------------------
| INTRODUCTION |
-------------------------------
Note : if you encounter problems, read ./doc/probleminstall.txt
There are 3 steps :
- compile and install netwox [if not already installed]
- install Tcl/Tk >= 8.0 [if not already installed]
- create and install netwag
------------------------------
| STEP 1 : netwox |
------------------------------
If netwox isn't installed on your system, you have to do it :
http://ntwox.sourceforge.net/
Installation procedure for netwox is explained in downloaded files.
-------------------------------
| STEP 2 : Tcl/Tk |
-------------------------------
Tcl/Tk is a script programming language. Netwag is written is Tcl/Tk 8.
You have to install Tcl/Tk version >= 8.0 :
- http://www.tcl.tk/
- from packages for your system (look the cdrom or website
of your distribution ; generally, there are two packages :
tcl... and tk...)
If you have a problem downloading or installing read Tcl/Tk doc.
If you still have a problem, contact Tcl/Tk's developers.
I cannot help you, because I do not maintain this code.
-----------------------------
| STEP 3 : netwag |
-----------------------------
- "cd src" (to go in source directory)
- ./genemake (to generate Makefile)
- "make" (to create netwag)
- edit netwag (to eventually modify top variables)
- "make install" (to install netwag. You need to be root
to achieve this command)
netw-ib-ox-ag-5.39.0/src/netwag-src/doc/ 0000755 0000000 0000000 00000000000 11776302045 016277 5 ustar root root netw-ib-ox-ag-5.39.0/src/netwag-src/doc/installspecial.txt 0000600 0000000 0000000 00000004316 11776302045 022043 0 ustar root root
This file describes other installation procedures.
------------------------------------------------
| Installing netwib, netwox and netwag for |
| non root users |
------------------------------------------------
cd netwib-src/src
edit config.dat to set:
NETWIBDEF_INSTPREFIX=/home/user/netw
./genemake
make
make install
cd netwox-src/src/
edit config.dat to set:
NETWIBDEF_INSTPREFIX=/home/user/netw
NETWOXDEF_INSTPREFIX=/home/user/netw
./genemake
make
make install
cd netwag-src/src/
edit config.dat to set:
NETWOXDEF_INSTPREFIX=/home/user/netw
NETWAGDEF_INSTPREFIX=/home/user/netw
./genemake
make
make install
Now:
run /home/user/netw/bin/netwox
run /home/user/netw/bin/netwag
Note: netwib-doc_html, netwox-doc_html and netwag-doc_html installation
is not described here. Just copy them were you want.
------------------------------------------------
| Installing netwib, netwox and netwag for |
| creating distribution packages |
------------------------------------------------
cd netwib-src/src
edit config.dat to set:
NETWIBDEF_INSTPREFIX=/usr
NETWIBDEF_INSTDESTDIR=/work/tmp/netwib
./genemake
make libnetwib.so
make installso
cd netwox-src/src/
edit config.dat to set:
NETWIBDEF_INSTPREFIX=/usr
NETWIBDEF_INSTDESTDIR=/work/tmp/netwib
NETWOXDEF_INSTPREFIX=/usr
NETWOXDEF_INSTDESTDIR=/work/tmp/netwox
./genemake
make
make install
cd netwag-src/src/
edit config.dat to set:
NETWOXDEF_INSTPREFIX=/usr
NETWOXDEF_INSTDESTDIR=/work/tmp/netwox
NETWAGDEF_INSTPREFIX=/usr/X11R6
NETWAGDEF_INSTDESTDIR=/work/tmp/netwag
./genemake
make
make install
Now:
- netwib is under /work/tmp/netwib, and ready for package creation
- netwox is under /work/tmp/netwox, and ready for package creation
- netwag is under /work/tmp/netwag, and ready for package creation
Note: netwib-doc_html, netwox-doc_html and netwag-doc_html installation
is not described here. Just copy them were you want.
Note: icons are available in src/compil/unix|windows/ico directories.
Use them in X11/Windows menus.
netw-ib-ox-ag-5.39.0/src/netwag-src/doc/problemreport.txt 0000600 0000000 0000000 00000002414 11776302045 021725 0 ustar root root
If you find errors, thanks for contacting me.
For every bug report, try to indicate :
- netwib/netwox/netwag version
- libpcap/winpcap version
- libnet version (Unix only)
- result of the command : netwox 2
- system (uname -a under unix)
- command or error environment
- how to reproduce the error
- the patch, if you wrote one
- other information you may think useful
As of June 2012, my email address is :
laurentconstantin@free.fr
How to create a patch (Unix only) ?
- Solution 1 :
One file was modified : compare the modified file with the
original file :
diff -ub file.c.original file.c > /tmp/file.c.patch
- Solution 2 :
Several files were modified : compare the modified directory with the
original directory :
diff -urbaN netwib-5.39.0-src netwib-5.39.0-src.modified > /tmp/dir.patch
- Suggestion :
If you haven't done the changes, use preferably this method :
cd ../..
cp -R netwib-5.39.0-src netwib-5.39.0-src.modified
cd netwib-5.39.0-src.modified
[do your modifications, compilations, tests, etc.]
cd ..
diff -urbaN netwib-5.39.0-src netwib-5.39.0-src.modified > /tmp/dir.patch
Then, I'll apply the patch with :
patch -Nbp1 < file.c.patch
patch -Nbp0 < dir.patch
netw-ib-ox-ag-5.39.0/src/netwag-src/doc/problemusage.txt 0000600 0000000 0000000 00000062544 11776302045 021530 0 ustar root root Network toolbox netwag
-------------------------------------------
| KNOWN PROBLEMS |
-------------------------------------------
This file describes known problems (incompatibilities, unsupported
features, errors, etc.).
If you seek help (usage help, examples, etc.), it's better to read
netwox-5.39.0-doc_html.tgz or netwag-5.39.0-doc_html.tgz. You
can also use "man netwox" or "man netwag".
Problems described in this file are (if you encounter an unknown problem,
thanks for contacting me, as explained in ./doc/problemreport.txt):
PROBLEMS CAUSED BY THE SYSTEM
1: [Linux] Segmentation fault while converting from IP address to ethernet
address. [problem in /etc/nsswitch.conf]
2: [Linux] Segmentation fault while converting from IP address to ethernet
address. [problem in /etc/ethers]
3: While spoofing at IP level, some packets refuse to be emitted.
4: While spoofing at IP level, some packets emitted doesn't have the
same values in the header that the ones we specified.
5: Error 1001: error in sendto()
6: [Linux] When we send a lot of packets at IP level (with
netwib_io_init_spoof_ip), there is a saturation of the system.
7: [FreeBSD] cannot sniff.
8: [FreeBSD] cannot spoof.
9: [FreeBSD] /dev/bpfii: Device not configured.
10: [FreeBSD] /dev/bpfii: No such file or directory.
11: [xBSD] Packets emitted to the network always have the ethernet address of
the board, instead of having the address specified in the packet.
12: [Linux] The computer local's address is added and the end of an IP option
of type "record route" or "timestamp".
13: [Linux] The sniff doesn't work.
14: [Linux] Display of an error in module net-pf-17 in /var/log/messages.
15: [Unix] Netwag start is very slow (more than 2 seconds).
16: [Unix] Double-clicking on a tool in netwag does not open the Form notebook.
PROBLEMS CAUSED BY LIBPCAP OR WINPCAP
17: [Linux] Display of "linux socket: Too many open files" while calling exit().
18: [Linux] Display of "kernel: program uses obsolete (PF_INET,SOCK_PACKET)"
in "/var/log/messages". This is a warning only.
PROBLEMS CAUSED BY TCL/TK
19: Error: invalid command name tk_chooseDirectory.
PROBLEMS CAUSED BY NETWIB'S DESIGN
20: Network configuration is incorrect.
21: Error messages contains inaccurate hints
22: Netwib is slow.
PROBLEMS CAUSED BY NETWOX'S DESIGN
23: [Unix] Netwox can be insecure.
-------------------------------------------------------------------------------
Problem 1:
Problem synthesis:
Segmentation fault while converting from IP address to ethernet
address. [problem in /etc/nsswitch.conf]
Environment affected by the problem:
Glibc-2.?? (<2.2.1) with "nisplus" or "db" in /etc/nsswitch.conf
What's causing the problem:
The problem arises when calling the function ether_hostton, and when
the entry "nisplus" or "db" is in /etc/nsswitch.conf.
Indeed, there is an error in glibc source (glibc-2.1.3):
nis/nss_nisplus/nisplus-ethers.c, line 234:
there is "if (name != NULL)" instead of "if (name == NULL)"
Note: an email was sent to glibc developers. They applied a patch
in glibc 2.2.1.
Solution 1:
Edit /etc/nsswitch.conf to replace the line:
ethers: _here_nisplus_or_nis_or_db_is_written_ files
by:
ethers: files
Indeed, the problems disappears when removing "nis", "nisplus" or "db".
You should then execute "genemake" again (and compile and install)
to ensure that netwib will use ether_hostton.
Solution 2:
Install glibc > 2.2.1.
-------------------------------------------------------------------------------
Problem 2:
Problem synthesis:
Segmentation fault while converting from IP address to ethernet
address. [problem in /etc/ethers]
Environment affected by the problem:
/etc/ethers empty
What's causing the problem:
The problem arises when /etc/ethers exists, but is empty.
Indeed, there is an error in glibc source (glibc-2.1.3):
inet/ether_hton.c, line 76:
fct has only four parameters, instead of five
Note: an email was sent to glibc developers. They applied a patch
in glibc 2.2.1.
Solution 1:
Remove the file /etc/ethers if it doesn't contain any line.
Solution 2:
Install glibc > 2.2.1.
-------------------------------------------------------------------------------
Problem 3:
Problem synthesis:
While spoofing at IP level, some packets refuse to be emitted.
Environment affected by the problem:
Linux with IP firewalling
Solaris
FreeBSD
[I guess the problem exists in almost every environment]
What's causing the problem:
Commonly, there are two levels of spoof:
- ethernet level: we specify ethernet address, ip address, etc.
- ip level: we specify ip address, etc. and the system is in charge
of finding the corresponding ethernet address
The problem exists because some systems try to ensure that the
packet is legitimate before sending it.
If the system thinks the packet is incorrect, it will throw it, or
it will modify our values before sending it.
Solution 1:
A generic solution consists in spoofing at ethernet level, to
move around the system using netwib_io_init_spoof_ipeth or
netwib_io_init_spoof_eth.
Solution 2:
Under Linux, you have to compile the kernel without IP firewalling
to be allowed to emit incorrect packets.
-------------------------------------------------------------------------------
Problem 4:
Problem synthesis:
While spoofing at IP level, some packets emitted doesn't have the
same values in the header that the ones we specified.
Environment affected by the problem:
Linux with IP firewalling
Solaris
FreeBSD
[I guess the problem exists in almost every environment]
What's causing the problem:
Commonly, there are two levels of spoof:
- ethernet level: we specify ethernet address, ip address, etc.
- ip level: we specify ip address, etc. and the system is in charge
of finding the corresponding ethernet address
The problem exists because some systems try to ensure that the
packet is legitimate before sending it.
If the system thinks the packet is incorrect, it will throw it, or
it will modify our values before sending it.
Solution 1:
A generic solution consists in spoofing at ethernet level, to
move around the system using netwib_io_init_spoof_ipeth or
netwib_io_init_spoof_eth.
Solution 2:
Under Linux, you have to compile the kernel without IP firewalling
to be allowed to emit incorrect packets.
-------------------------------------------------------------------------------
Problem 5:
Problem synthesis:
Error 1001: error in sendto()
Environment affected by the problem:
Linux with IP firewalling
Solaris
FreeBSD
[I guess the problem exists in almost every environment]
What's causing the problem:
Commonly, there are two levels of spoof:
- ethernet level: we specify ethernet address, ip address, etc.
- ip level: we specify ip address, etc. and the system is in charge
of finding the corresponding ethernet address
The problem exists because some systems try to ensure that the
packet is legitimate before sending it.
If the system thinks the packet is incorrect, it will throw it, or
it will modify our values before sending it.
Solution 1:
A generic solution consists in spoofing at ethernet level, to
move around the system using netwib_io_init_spoof_ipeth or
netwib_io_init_spoof_eth.
Solution 2:
Under Linux, you have to compile the kernel without IP firewalling
to be allowed to emit incorrect packets.
-------------------------------------------------------------------------------
Problem 6:
Problem synthesis:
When we send a lot of packets at IP level (with
netwib_io_init_spoof_ip), there is a saturation of the system.
Environment affected by the problem:
Linux
probably other systems
What's causing the problem:
When using the function netwib_io_init_spoof_ip, we give the packet to the
system, and we leave it doing its jobs.
If the ethernet destination/router address cannot be determined,
the system keeps the packet. Theses packets, for which system thinks
it we be able to send them later, will take memory.
If we are trying to do a denial of service, and the packets stay in our
system, which will saturate (for example, in 10 seconds).
So we have to ensure the packets are really sent when we do a denial
of service.
On powerful computers, I also saw the system accepting more packets
than it could really send. This is another cause of saturation.
Solution 1:
(destination computer is on the LAN)
- If the destination computer exists on the LAN, verify it is
in the ARP cache ("arp -an"). Otherwise, try to ping it.
- If the destination computer doesn't exists, you have to create a
fake arp entry ("arp -s computer a:a:a:a:a:a").
Solution 2:
(destination computer is after a router)
- First, the router must be in the ARP cache ("arp -an").
Otherwise, try to ping it.
- Then, verify your routes ("netstat -rn") and try to ping the
destination.
Solution 3:
(configuration OK, but powerful computer)
The main problem is that there is no way to known if the kernel
is saturating because of our packets. When there is the error
(errno==ENOBUFS), it is far too late.
One solution is to slow down the sending process using
netwib_time_sleep_sec. For example, we can sleep after each thousand
packets sent. But, the sleep time depends on the system (cpu,
memory, network board, etc.).
If you find a good solution to this problem, please contact me.
-------------------------------------------------------------------------------
Problem 7:
Problem synthesis:
cannot sniff.
Environment affected by the problem:
FreeBSD
What's causing the problem:
bpf is not compiled in the kernel, or only a few bpfii are
available. So we cannot sniff or spoof at Ethernet level.
Solution:
You have to compile your kernel with bpf support writing the following
in /usr/src/sys/i386/KERNEL:
"pseudo-device bpfilter 4"
Then, you have to create the bpfii
cd /dev
sh MAKEDEV bpf0 (if it doesn't already exists)
sh MAKEDEV bpf1
sh MAKEDEV bpf2
sh MAKEDEV bpf3
Note: in this example, 4 bpf are created; we can use more.
-------------------------------------------------------------------------------
Problem 8:
Problem synthesis:
cannot spoof.
Environment affected by the problem:
FreeBSD
What's causing the problem:
bpf is not compiled in the kernel, or only a few bpfii are
available. So we cannot sniff or spoof at Ethernet level.
Solution:
You have to compile your kernel with bpf support writing the following
in /usr/src/sys/i386/KERNEL:
"pseudo-device bpfilter 4"
Then, you have to create the bpfii
cd /dev
sh MAKEDEV bpf0 (if it doesn't already exists)
sh MAKEDEV bpf1
sh MAKEDEV bpf2
sh MAKEDEV bpf3
Note: in this example, 4 bpf are created; we can use more.
-------------------------------------------------------------------------------
Problem 9:
Problem synthesis:
/dev/bpfii: Device not configured.
Environment affected by the problem:
FreeBSD
What's causing the problem:
bpf is not compiled in the kernel, or only a few bpfii are
available. So we cannot sniff or spoof at Ethernet level.
Solution:
You have to compile your kernel with bpf support writing the following
in /usr/src/sys/i386/KERNEL:
"pseudo-device bpfilter 4"
Then, you have to create the bpfii
cd /dev
sh MAKEDEV bpf0 (if it doesn't already exists)
sh MAKEDEV bpf1
sh MAKEDEV bpf2
sh MAKEDEV bpf3
Note: in this example, 4 bpf are created; we can use more.
-------------------------------------------------------------------------------
Problem 10:
Problem synthesis:
/dev/bpfii: No such file or directory.
Environment affected by the problem:
FreeBSD
What's causing the problem:
bpf is not compiled in the kernel, or only a few bpfii are
available. So we cannot sniff or spoof at Ethernet level.
Solution:
You have to compile your kernel with bpf support writing the following
in /usr/src/sys/i386/KERNEL:
"pseudo-device bpfilter 4"
Then, you have to create the bpfii
cd /dev
sh MAKEDEV bpf0 (if it doesn't already exists)
sh MAKEDEV bpf1
sh MAKEDEV bpf2
sh MAKEDEV bpf3
Note: in this example, 4 bpf are created; we can use more.
-------------------------------------------------------------------------------
Problem 11:
Problem synthesis:
Packets emitted to the network always have the ethernet address of
the board, instead of having the address specified in the packet.
Environment affected by the problem:
FreeBSD 3.1, 3.5, OpenBSD 2.x [FreeBSD 4.x is not concerned]
What's causing the problem:
The kernel doesn't allow to spoof ethernet address.
Solution:
The directory ../src/port/freebsd (or ../src/port/openbsd)
contains a kernel patch/module. The patch has to be applied,
or the module has to be activated. Read the README file present
in such directories.
-------------------------------------------------------------------------------
Problem 12:
Problem synthesis:
The computer local's address is added and the end of an IP option
of type "record route" or "timestamp".
Environment affected by the problem:
Linux kernel inferior to 2.1
What's causing the problem:
While sniffing a packet containing IP options "record route" or
"timestamp", which is done by libpcap, the local computer adds
its own address at the end of the list.
This seems to be logical, but when we sniff we want to see what
is really on the network.
The libpcap library uses a {PF_INET,SOCK_PACKET} socket, and this
implementation is incorrect.
Solution 1:
Kernel after 2.1 doesn't have this problem.
Solution 2:
Install libpcap > 0.6 available at http://www.tcpdump.org/.
-------------------------------------------------------------------------------
Problem 13:
Problem synthesis:
The sniff doesn't work.
Environment affected by the problem:
Linux
What's causing the problem:
The kernel has to be compiled with "packet socket" (CONFIG_PACKET)
to be able to sniff.
Solution:
You have to compile your kernel with "packet socket":
- select 'Packet socket' in the menu 'Networking options'
of 'make xconfig', or
- edit /usr/src/linux/.config to define:
CONFIG_PACKET=y
The kernel then needs to be compiled and installed.
-------------------------------------------------------------------------------
Problem 14:
Problem synthesis:
Display of an error in module net-pf-17 in /var/log/messages.
Environment affected by the problem:
Linux
What's causing the problem:
The kernel has to be compiled with "packet socket" (CONFIG_PACKET)
to be able to sniff.
Solution:
You have to compile your kernel with "packet socket":
- select 'Packet socket' in the menu 'Networking options'
of 'make xconfig', or
- edit /usr/src/linux/.config to define:
CONFIG_PACKET=y
The kernel then needs to be compiled and installed.
-------------------------------------------------------------------------------
Problem 15:
Problem synthesis:
Netwag start is very slow (more than 2 seconds).
Environment affected by the problem:
System with XFree86 mis-configured
What's causing the problem:
XFree86 font is badly configured.
To check it, run:
wish
% label .l
.l
% exit
If there is a delay between "label .l" and "exit", the system
have the problem.
Solution:
Install a correct font. For example, under Debian 3.0, install
xfonts-100dpi and restart X.
-------------------------------------------------------------------------------
Problem 16:
Problem synthesis:
Double-clicking on a tool in netwag does not open the Form notebook.
Environment affected by the problem:
Gnome under Solaris 9
What's causing the problem:
Tcl/Tk does not correctly deal with double-click: the event
is never generated.
Solution:
Press Control or Shift during double-click.
-------------------------------------------------------------------------------
Problem 17:
Problem synthesis:
Display of "linux socket: Too many open files" while calling exit().
Environment affected by the problem:
Linux with libpcap 0.5
What's causing the problem:
The function "linux_restore_ifr" of "pcap-linux.c" is called
at the end of the program ("atexit()").
This function uses a file descriptor, but never closes it.
Note: An email was sent to libpcap's developers.
Solution 1:
Install libpcap > 0.6 available at http://www.tcpdump.org/.
Solution 2:
If you use libpcap<0.6, you have to modify the function
"linux_restore_ifr" of "pcap-linux.c":
void linux_restore_ifr(void)
{ register int fd;
fd = socket(PF_INET, SOCK_PACKET, htons(0x0003));
if (fd < 0)
fprintf(stderr, "linux socket: %s", pcap_strerror(errno));
else if (ioctl(fd, SIOCSIFFLAGS, &saved_ifr) < 0)
fprintf(stderr, "linux SIOCSIFFLAGS: %s", pcap_strerror(errno));
/*and here, a close was missing*/
close(fd); /*added by Laurent, in libpcap*/
}
Then you have to compile and install libpcap.
-------------------------------------------------------------------------------
Problem 18:
Problem synthesis:
Display of "kernel: program uses obsolete (PF_INET,SOCK_PACKET)"
in "/var/log/messages". This is a warning only.
Environment affected by the problem:
Linux kernel superior to 2.1
libpcap up to 0.5rel2
What's causing the problem:
The libpcap library uses a {PF_INET,SOCK_PACKET} socket.
This kind of socket is considered as obsolete by the kernel.
Note: an email was sent to libpcap's developers.
Solution 1:
As this is a warning only message, it can be ignored.
Solution 2:
Install libpcap > 0.6 available at http://www.tcpdump.org/.
-------------------------------------------------------------------------------
Problem 19:
Problem synthesis:
Error: invalid command name tk_chooseDirectory.
Environment affected by the problem:
Tcl/Tk < 8.3
What's causing the problem:
Function tk_chooseDirectory does not exist in Tk versions
inferior to 8.3. Implementing it requires some work. As this
only suppress a small feature (in Form notebook, for a directory
pressing 'd' brings the error message), I choose to not implement
it.
Solution 1:
Ignore this message, and enter the directory name by hand.
Solution 2:
Upgrade Tcl/Tk to version 8.3 or greater.
-------------------------------------------------------------------------------
Problem 20:
Problem synthesis:
Network configuration is incorrect.
Environment affected by the problem:
All
What's causing the problem:
Obtaining the configuration (device, arp cache, routes) of the
local computer is an important step of netwib. Several tools need
this configuration to be accurate.
Different kinds of network cards, modems, operating systems, etc.
exist. So, it's possible that your computer contains unrecognized
hardware. In this case, several netwox tools would be
unusable.
For these reasons, the first tool to use is 'netwox 1' to
ensure correct configuration setting.
Here is a correct example (taken on Linux):
################################### Devices ################################
nu dev ethernet_hwtype mtu real_device_name
1 Lo0 loopback 3924 lo
2 Eth0 aa:aa:aa:aa:aa:aa 1500 eth0
3 Eth1 bb:bb:bb:bb:bb:bb 1500 eth1
##################################### IP ###################################
nu ip /netmask ppp point_to_point_with
1 127.0.0.1 /255.0.0.0 0
2 192.168.1.1 /255.255.255.0 0
3 192.168.2.1 /255.255.255.0 0
3 192.168.3.1 /255.255.255.0 0
############################## ArpCache/Neighbor ###########################
nu ethernet ip
2 aa:aa:aa:aa:aa:aa 192.168.1.1
3 bb:bb:bb:bb:bb:bb 192.168.2.1
3 bb:bb:bb:bb:bb:bb 192.168.3.1
2 cc:cc:cc:cc:cc:cc 192.168.1.254
#################################### Routes ################################
nu destination /netmask source gateway metric
1 127.0.0.1 /255.255.255.255 local 0
2 192.168.1.1 /255.255.255.255 local 0
3 192.168.2.1 /255.255.255.255 local 0
3 192.168.3.1 /255.255.255.255 local 0
2 192.168.10.0 /255.255.255.0 192.168.1.1 0
3 192.168.21.0 /255.255.255.0 192.168.2.1 0
3 192.168.31.0 /255.255.255.0 192.168.1.1 0
1 127.0.0.0 /255.0.0.0 127.0.0.1 0
2 0.0.0.0 /0.0.0.0 192.168.1.1 192.168.1.254 0
In this example, we see the loopback device (lo, or Lo0, number 1), and
two network cards (eth0 and eth1, respectively number 2 and 3).
Network card 2 has IP address 192.168.1.1, and network card 3 has two
IP addresses (192.168.2.1 and 192.168.3.1).
The arp table contains permanent entries, and the dynamic entry for
the router 192.168.1.254.
The routing table first contains entries to access local devices, then
network connected to the local devices, and finally the default router
192.168.1.254.
Solution:
As I cannot have access to your hardware, you have to send me information
about your configuration in order to help netwib's improvements.
Run:
netwox 2 > resultfile
Then, send me the file 'resultfile', along with configuration information
(ifconfig, ipconfig /all, arp -a, route print, netstat -rn,
winipcfg /all /batch file.out, winipcfg, network card type, modem type,
etc.). Thanks.
-------------------------------------------------------------------------------
Problem 21:
Problem synthesis:
Error messages contains inaccurate hints
Environment affected by the problem:
All
What's causing the problem:
Implementing a cross platform compatible error handling is almost
impossible (errno, h_errno, GetLatError, WSAGetLastError). The
solution chosen in netwib is to leave those error codes untouched.
So, if they were previously set by another error, this error
will still be present. For example:
Error 1099: error in foobar()
hint: errno = 19 = No such device
hint: h_errno = 2 = Host name lookup failure
If function foobar sets errno read errno, else read h_errno.
Solution:
Just ignore the hint which seems inaccurate.
-------------------------------------------------------------------------------
Problem 22:
Problem synthesis:
Netwib is slow.
Environment affected by the problem:
All
What's causing the problem:
I choose to create a modular library, easy to use.
One of the consequence is the high level structuration of netwib.
So, it is slower than a low level programming interface.
Solution 1:
Using records (netwib_io_init_record_xyz), you can construct your packets,
save them, and then send them.
Solution 2:
You can also use only low level functions of netwib, and create
your specific code around.
If its still too slow, you should not use netwib and use directly
system's functions, or buy a new computer ;)
-------------------------------------------------------------------------------
Problem 23:
Problem synthesis:
Netwox can be insecure.
Environment affected by the problem:
All
What's causing the problem:
Some tools require root privileges (for example capturing
packets with tool 7). A bug occurring with root privileges can
compromise the system. In order to protect system, programs
generally separate privileges in two distinct process (or loose
privileges if they are not needed anymore). This kind of
architecture is too complicated to implement for simple tools
such as netwox ones.
Solution 1:
Netwox or netwag can be run in chroot jails. You can create
your own jail, or take ideas from script
netwox-src/misc/unix/chroot/chroot.sh (Linux). As a
final note, tcpdump, Ethereal, nmap, etc are not separating
privileges. So, they can also be added in the same jail.
Solution 2:
Use capabilities.
netw-ib-ox-ag-5.39.0/src/netwag-src/doc/gpl.txt 0000600 0000000 0000000 00000105755 11776302045 017627 0 ustar root root GNU GENERAL PUBLIC LICENSE
Version 3, 29 June 2007
Copyright (C) 2007 Free Software Foundation, Inc.
Copyright (C)
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see Copyright (C)
This program comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
The hypothetical commands `show w' and `show c' should show the appropriate
parts of the General Public License. Of course, your program's commands
might be different; for a GUI interface, you would use an "about box".
You should also get your employer (if you work as a programmer) or school,
if any, to sign a "copyright disclaimer" for the program, if necessary.
For more information on this, and how to apply and follow the GNU GPL, see
.
netw-ib-ox-ag-5.39.0/src/netwag-src/doc/netwag.1 0000644 0000000 0000000 00000000573 11776302040 017646 0 ustar root root .TH NETWAG 1 "08/07/2012"
.SH NAME
\fBnetwag\fR - graphical front end for netwox
.SH VERSION
The version installed on this system is 5.39.0.
.SH IMPORTANT
Manpage do not contain a lot of information. Rather read
netwag-5.39.0-doc_html.tgz.
.SH SYNOPSIS
.B netwag
.br
.SH DESCRIPTION
.PP
Netwag is a graphical front end for netwox.
.SH SEE ALSO
.IR netwox (1)
.IR netwib (3)
netw-ib-ox-ag-5.39.0/src/netwag-src/doc/changelog.txt 0000600 0000000 0000000 00000044013 11776302045 020761 0 ustar root root Laurent CONSTANTIN's network toolbox (netwag)
----------------------------------------------
| NETWAG 's CHANGELOG |
----------------------------------------------
---------------------------------------------------------------------
Version 5.39.0 - 8-Jul-2012
++ fixed bugs ++
- Depending on the theme, select buttons were in black on black.
So, do not force a "-selectcolor" option.
- On Windows 7 with ActiveTcl 8.5.11, popups are opened behind
the main window, and the focus is not restored when popups are
closed.
++ minor evolutions ++
- Update the url of the website: http://ntwag.sourceforge.net/
---------------------------------------------------------------------
Version 5.38.0 - 14-Fev-2010
No change. Just a synchronization with the latest version of netwox.
---------------------------------------------------------------------
Version 5.37.0 - 19-Dec-2009
++ major evolutions ++
- Change GPLv2 to GPLv3.
---------------------------------------------------------------------
Version 5.36.0 - 01-Nov-2008
++ fixed bugs ++
- Help message for remote information notebook was a copy of
another help message.
- Installation directories were not created with mode 0755, so if
root has a strict umask, users could not read the files in the
directories.
---------------------------------------------------------------------
Version 5.35.0 - 05-Oct-2006
++ fixed bugs ++
- Help messages of send button and echo checkbox were reversed.
++ major evolutions ++
None in this version
++ minor evolutions ++
None in this version
++ internal evolutions (not seen by end users) ++
None in this version
---------------------------------------------------------------------
Version 5.34.0 - 05-Apr-2006
No change. Just a synchronization with the latest version of netwox.
---------------------------------------------------------------------
Version 5.33.0 - 20-December-2005
No change. Just a synchronization with the latest version of netwox.
---------------------------------------------------------------------
Version 5.32.0 - 24-November-2005
No change. Just a synchronization with the latest version of netwox.
---------------------------------------------------------------------
Version 5.31.0 - 12-October-2005
No change. Just a synchronization with the latest version of netwox.
---------------------------------------------------------------------
Version 5.30.0 - 30-March-2005
No change. Just a synchronization with the latest version of netwox.
---------------------------------------------------------------------
Version 5.29.0 - 21-February-2005
++ important ++
As some of you noticed, netw project paused since January 1st.
This is due to my professional/enterprise project where I have to
do a lot of private work. It should end on september, so I expect
to be back on netw on october. In the meantime, bugs will be
corrected, but no major tool is expected. Note: don't worry, my
boss is not forcing me to work on WE, but I want this project to
take a giant step :-)
++ fixed bugs ++
None in this version
++ major evolutions ++
None in this version
++ minor evolutions ++
- In Search sub-notebook, the tree/sort view choice is saved in
session file.
++ internal evolutions (not seen by end users) ++
None in this version
++ notes ++
- Under Unix, when netwag is installed, no desktop icon/menu is
added. Icons are in netwag-src/misc/unix/ico directory (named
ico_netw-16x16.xpm and ico_netw-32x32.xpm). You have to add a
desktop icon/menu pointing to /usr/local/bin/netwag. As the exact
procedure depends on desktop (Gnome, KDE, FVWM, etc.), it can
be complicated, so it is not done during installation process.
- Control-K key binding permits to remove text from current
position to end of field. For example, in Form notebook, an entry
may contain 1.2.3.4, and you want to replace it by 5.6.7.8: click
at entry beginning, press Control-K, write/paste 5.6.7.8.
---------------------------------------------------------------------
Version 5.28.0 - 05-January-2005
++ fixed bugs ++
None in this version
++ major evolutions ++
None in this version
++ minor evolutions ++
- In Form notebook, several new parameter types have their own
history (hostname, newsgroup, login, etc.).
- In Running notebook, a new button "crush" permits to crush old
lines (>50000 lines by default), in order to limit memory usage.
++ internal evolutions (not seen by end users) ++
None in this version
---------------------------------------------------------------------
Version 5.27.0 - 30-November-2004
No change. Just a synchronization with the latest version of netwox.
---------------------------------------------------------------------
Version 5.26.0 - 25-October-2004
No change. Just a synchronization with the latest version of netwox.
---------------------------------------------------------------------
Version 5.25.0 - 27-September-2004
No change. Just a synchronization with the latest version of netwox.
---------------------------------------------------------------------
Version 5.24.0 - 12-September-2004
++ fixed bugs ++
None in this version
++ major evolutions ++
- In form notebook, some tools have radio buttons (one choice
amongst several).
++ minor evolutions ++
- In Running notebook, there is also a close button on left side.
++ internal evolutions (not seen by end users) ++
None in this version
---------------------------------------------------------------------
Version 5.23.0 - 30-August-2004
No change. Just a synchronization with the latest version of netwox.
---------------------------------------------------------------------
Version 5.22.0 - 15-August-2004
++ fixed bugs ++
- In Search notebook, if user double-clicked on a line, and then
slightly moved (up or down) before Form notebook had time to
appear, the retrieved tool was the bad one. This caused an error
message to appear.
++ major evolutions ++
- Search feature improved to find more easily unknown tools.
Search is done in title, description and synonyms (for example,
searching for "capture" retrieves all tools containing "sniff").
- Detailed description of tools is available in Help notebook. If
you encounter any error, or have some comments to add, please
contact me.
++ minor evolutions ++
None in this version
++ internal evolutions (not seen by end users) ++
None in this version
---------------------------------------------------------------------
Version 5.21.0 - 1-August-2004
++ fixed bugs ++
- When no tool is selected, Help and Form notebooks display an help
message. This message was about "Change tool" button which was
renamed "Update" some time ago. So help message didn't really
help :)
++ major evolutions ++
None in this version
++ minor evolutions ++
None in this version
++ internal evolutions (not seen by end users) ++
- Now, genemake does not check if wish really works. This caused
problem for automatic installers, or packages generation.
- XPM icons are available under src/compil/unix/ico directory. They
permit to create nice menus. They are not used during
installation process, but can be configured by hand depending on
window manager (Gnome, KDE, fvwm, etc.). Package maintainers
can also use them.
---------------------------------------------------------------------
Version 5.20.0 - 18-July-2004
++ fixed bugs ++
None in this version
++ major evolutions ++
None in this version
++ minor evolutions ++
None in this version
++ internal evolutions (not seen by end users) ++
- Simplification of netwox errors management.
++ related work ++
- Donnie Werner created netwagui for Windows containing netwib,
netwox, netwag and Tcl/Tk. It permits quick installation on
computers without Tcl/Tk. Available for download at:
http://exploitlabs.com/files/woods/netwagui.rar
---------------------------------------------------------------------
Version 5.19.0 - 5-July-2004
++ fixed bugs ++
None in this version
++ major evolutions ++
None in this version
++ minor evolutions ++
- Support of 64 bit integers in form notebook.
++ internal evolutions (not seen by end users) ++
None in this version
---------------------------------------------------------------------
Version 5.18.0 - 1-June-2004
++ bugs fixed ++
None in this version
++ major evolutions ++
- File netw-ib-ox-ag-5.x.y.tgz permits to easily install netwox and
netwag under Unix or Windows.
++ minor evolutions ++
- Under Windows 2k/2k3, session file was saved in
%TEMP%/netwag.ses. Now, it is saved in %APPDATA%/netwag.ses.
To retrieve old session, just copy it from %TEMP%/netwag.ses to
%APPDATA%/netwag.ses or open it from netwag's menu.
++ internal evolutions (not seen by end users) ++
None in this version
---------------------------------------------------------------------
Version 5.17.0 - 24-May-2004
++ bugs fixed ++
None in this version
++ major evolutions ++
None in this version
++ minor evolutions ++
- In remote info notebook, if user tries to run 2 queries, display
an error message.
- Improved message display in bottom blue text zone to ensure there
is no useless blank line at end.
- Support for backspace character, useful for tool 139 for example.
- In form notebook, uri and email fields have they own history.
++ internal evolutions (not seen by end users) ++
None in this version
---------------------------------------------------------------------
Version 5.16.2 - 11-May-2004
++ bugs fixed ++
- When releasing 5.16.1, micro version (.1) was not incremented
everywhere.
---------------------------------------------------------------------
Version 5.16.1 - 11-May-2004
++ bugs fixed ++
- Tk version <= 8.2, does not support parameter -activebackground
for labels.
---------------------------------------------------------------------
Version 5.16.0 - 10-May-2004
++ bugs fixed ++
None in this version
++ major evolutions ++
- Support for wheel mouses. Tcl/Tk support for MouseWheel is
strange to me (focus/selection needed under Windows, strictmotif
variable under Unix, etc.). Now, everything works fine on my
computers, but if you encounter problems, please contact me.
- Rewrite of most Form notebook code. Fields support dynamic help.
Fields are aligned. Tab key skips to next field. History of
previously entered values is available.
- Several tools can run simultaneously. History of run tools
data is kept. Tools can be easily run again.
- A new button named "Interrupt" appears in remote information
notebook. It permits to interrupt a long name resolution for
example.
- In form Notebook, a new entry type was created to enter
passwords, which are not displayed on screen. They are not
viewable, but while netwag is running, they are stored in Tcl
memory, so an user with access to netwag can obtain passwords.
Do not leave your computer unattended while netwag is running (as
for any other program), so lock your screen. Note: we could
destroy them just after tool start, but if we want to run the
same tool several times, we'd have to regenerate password
each time.
Note: this version provides several new features. Don't hesitate
to read lessons in netwag-5.16.0-doc_html.tgz, or
to activate dynamic help (Options menu - Dynamic help).
++ minor evolutions ++
- When a major problem occurs (netwox not found), do not restart
with a blank session, loosing previous session information.
- Better display on slow computers.
- Lot of small improvements.
++ internal evolutions (not seen by end users) ++
- Rewrite of most functions running shell commands.
---------------------------------------------------------------------
Version 5.15.0 - 21-Apr-2004
++ bugs fixed ++
None in this version
++ major evolutions ++
- Output notebook contains an autoscroll button. Top buttons
disappears when they are not needed.
++ minor evolutions ++
- Clipboard notebook is now separated in four.
++ internal evolutions (not seen by end users) ++
None in this version
---------------------------------------------------------------------
Version 5.14.0 - 14-Apr-2004
++ bugs fixed ++
None in this version
++ major evolutions ++
None in this version
++ minor evolutions ++
- In History notebook, selecting a line displays title of
associated tool.
- In Form notebook, when an integer has to be selected, it is
followed by a '+' and a '-' to increase and decrease its value.
Pressing Control while clicking on those buttons increase and
decrease by 10.
- Small clipboard can be shrunk till having a one line height.
- About window now contains the logo.
++ internal evolutions (not seen by end users) ++
None in this version
---------------------------------------------------------------------
Version 5.13.0 - 05-Apr-2004
++ bugs fixed ++
- In Form notebook, depending on previously displayed tools, the
ChangeTool button generated a warning. It was due to an
uninitialized value.
++ major evolutions ++
None in this version
++ minor evolutions ++
- Tools 93, 139 125 and 167 have the "..." button to select
root directory.
- In the Search notebook, pressing Enter on a tool number opens the
Form notebook.
++ internal evolutions (not seen by end users) ++
None in this version
---------------------------------------------------------------------
Version 5.12.0 - 30-Mar-2004
++ bugs fixed ++
None in this version
++ major evolutions ++
- In form notebook, integer fields have two buttons + and - to
increase or decrease value.
++ minor evolutions ++
None in this version
++ internal evolutions (not seen by end users) ++
None in this version
---------------------------------------------------------------------
Version 5.11.0 - 22-Mar-2004
++ bugs fixed ++
None in this version
++ major evolutions ++
- In form notebook, changing a tool sets all field values.
++ minor evolutions ++
- In Help and Form notebooks, generated command lines use long
parameters.
- File and directory selection windows now update current directory
from previous value set.
++ internal evolutions (not seen by end users) ++
None in this version
---------------------------------------------------------------------
Version 5.10.0 - 3-Mar-2004
++ bugs fixed ++
None in this version
++ major evolutions ++
- Tree display in Search notebook now has two buttons to close and
expand branches.
++ minor evolutions ++
None in this version
++ internal evolutions (not seen by end users) ++
None in this version
---------------------------------------------------------------------
Version 5.9.0 - 16-Feb-2004
++ bugs fixed ++
None in this version
++ major evolutions ++
- Tool help and form is now separated in two : common parameters
and advanced parameters. Most users only need common parameters.
So, it's easier to find the parameter to set.
++ minor evolutions ++
- A useless warning was displayed when netwag was run on an
unsupported platform.
++ internal evolutions (not seen by end users) ++
None in this version
---------------------------------------------------------------------
Version 5.8.0 - 2-Feb-2004
++ bugs fixed ++
None in this version
++ major evolutions ++
- A search feature is available for text zones.
- Text zones can be entirely selected (Control-A).
++ minor evolutions ++
- When Interrupt button is pressed, Pause button is reset.
- In Remote info notebook, user can now simply press Enter key.
++ internal evolutions (not seen by end users) ++
None in this version
---------------------------------------------------------------------
Version 5.7.0 - 22-Jan-2004
No change in this version.
---------------------------------------------------------------------
Version 5.6.0 - 14-Dec-2003
Several features improvement were implemented in this version :
- all run notebooks are grouped under the same notebook
- double clicking on a tool in the search notebook opens the
form notebook
- tools needing file or directories parameters have a "..."
button in the form notebook. This button opens a dialog to
select a filename
- tool description in help notebook is better
- form notebook starts with tool number
- when netwag is started, form notebook contains a descriptive
message
---------------------------------------------------------------------
Version 5.5.0 - 11-Nov-2003
- Improvements in genemake file to support a more generic
installation. Thanks to Olivier Thauvin.
- Tools 111 to 117 had user and password defined as device buffer.
They worked, but netwag's form displayed bad fields.
---------------------------------------------------------------------
Version 5.4.0 - 28-Oct-2003
No change in this version.
---------------------------------------------------------------------
Version 5.3.0 - 19-Oct-2003
Creation of documentation explaining how to use netwag in 20 lessons
(netwag-5.3.0-doc_html.tgz).
---------------------------------------------------------------------
Version 5.2.0 - 05-Oct-2003
No change in this version.
---------------------------------------------------------------------
Version 5.1.0 - 23-Sep-2003
This version is a full rewrite. Everything changed.
---------------------------------------------------------------------
Version 5.0.0
This version does not exists.
netw-ib-ox-ag-5.39.0/src/netwag-src/doc/todo.txt 0000600 0000000 0000000 00000000432 11776302045 017774 0 ustar root root Laurent CONSTANTIN's network toolbox (netwag)
--------------------------------
| TODO LIST |
--------------------------------
Currently, I have no more ideas for netwag.
netw-ib-ox-ag-5.39.0/src/netwag-src/doc/credits.txt 0000600 0000000 0000000 00000003514 11776302045 020470 0 ustar root root ----------------------------------------------
| NETWAG 's CONTRIBUTORS |
----------------------------------------------
This file lists people who contributed in developing netwag.
------------
http://www.digital-network.org/
Previous web provider.
Pavel Evdokimov
September 2002 : Russian translation.
George (aka Mindrider)
September 2002 : Hellenic translation.
Baha "rage" DERICIOGULLARI (017913 at students dot emu dot edu dot tr)
Since January 2004 : Turkisk translation of the website.
------------
Anand Jain
October2002/4.16 : When toolbox could not be run the incorrect
error printing function was called.
Olivier Thauvin
October2003/5.5.0 : Improvements in genemake file to support a more
generic installation.
Creation of Mandrake Cooker packages.
Christophe Delahaye
2003,2004/5.x : Several usage suggestions which permitted to
improve netwag. I cannot remember them all. A big
thanks to him.
Donnie Werner
2004/5.20.0 : Creation of netwagui for Windows containing netwib,
netwox, netwag and Tcl/Tk. It permits quick
installation on computers without Tcl/Tk. Available at:
http://exploitlabs.com/files/woods/netwagui.rar
This is not a direct contribution to netwag, but a
derivative work.
Bartosz Fenski
April2005/5.30.0 : Debian package at
http://packages.qa.debian.org/n/netw-ib-ox-ag.html
netw-ib-ox-ag-5.39.0/src/netwag-src/doc/probleminstall.txt 0000600 0000000 0000000 00000002202 11776302045 022053 0 ustar root root Network toolbox netwag
-------------------------------------------
| KNOWN PROBLEMS |
-------------------------------------------
This file describes known problems (incompatibilities, unsupported
features, errors, etc.).
If you seek help (usage help, examples, etc.), it's better to read
netwox-5.39.0-doc_html.tgz or netwag-5.39.0-doc_html.tgz. You
can also use "man netwox" or "man netwag".
Problems described in this file are (if you encounter an unknown problem,
thanks for contacting me, as explained in ./doc/problemreport.txt):
WHILE EXECUTING ./GENEMAKE
1: ./genemake: Permission denied.
-------------------------------------------------------------------------------
Problem 1:
Problem synthesis:
./genemake: Permission denied.
Environment affected by the problem:
All
What's causing the problem:
file-5.39.0-src.tgz wasn't uncompressed with a good program.
Solution:
Use:
tar -zxvf file-5.39.0-src.tgz
or
gunzip file-5.39.0-src.tgz ; tar -xvf file-5.39.0-src.tar
netw-ib-ox-ag-5.39.0/src/netwag-src/doc/presentation.txt 0000600 0000000 0000000 00000001137 11776302045 021545 0 ustar root root Laurent CONSTANTIN's network toolbox (netwag)
-----------------------------------
-------------------------------
| PRESENTATION OF NETWAG |
-------------------------------
Netwag is a graphical front end for netwox. It permits to easily :
- search tools proposed in netwox
- construct command line
- run tools
- keep an history of commands
Do not hesitate to read netwox documentation.
Download and read netwag-5.39.0-doc_html.tgz to obtain information about
netwag.
http://ntwag.sourceforge.net/
netw-ib-ox-ag-5.39.0/src/netwag-src/misc/ 0000755 0000000 0000000 00000000000 11776302040 016460 5 ustar root root netw-ib-ox-ag-5.39.0/src/netwag-src/misc/unix/ 0000755 0000000 0000000 00000000000 11776302040 017443 5 ustar root root netw-ib-ox-ag-5.39.0/src/netwag-src/misc/unix/ico/ 0000755 0000000 0000000 00000000000 11776302040 020215 5 ustar root root netw-ib-ox-ag-5.39.0/src/netwag-src/misc/unix/ico/ico_netw-32x32.xpm 0000644 0000000 0000000 00000002640 11776302040 023333 0 ustar root root /* XPM */
static char * ico_netw_32x32_xpm[] = {
"32 32 12 1",
" c None",
". c #808000",
"+ c #C0C0C0",
"@ c #FF0000",
"# c #808080",
"$ c #FFFF00",
"% c #008000",
"& c #00FF00",
"* c #000000",
"= c #000080",
"- c #0000FF",
"; c #800000",
" . ",
" .... + ",
" .......@ ++ +",
" ......... @@;++ ++",
" @@;......... @@@@++++ ",
" @@@;..... @@@+++ ",
" **** @@@;... @@@+++; ",
" **** @@@; @@@+++@@@ ",
"***** @@@@; @@+++@@@@ ",
"***** @@@@; ;;;+++@@@@; ",
"*****$ @@@@; ;;;;+++@@@@;; ",
"*****$$$@@@@@; ;;;;;+++@@@@;; ",
"*****$$$@@@@@@;;;;;+++;@@@;;; ",
" ****$$@@@@@@@@;$++++;;@@;;;; ",
" *** @@@@@@@@@@;+$++;@@;;;; ",
" *** @%%%@@@@@@@;;++@@;;;;; ",
" *** &&%%@***@@@;;@;;;;;; ",
" **# &%%%@****@@;@;;;;;; ",
" &&@@@@@***@@@;;;;;; ",
" && ###@@@@@@@;;;;;; ",
" && ++##@@@@@@;;;;; ",
" & ++###@===@@;;;; ",
" && + @@@@--==@;;; ",
" & ++ @@--===@;;; ",
" & + @@-@@@@@;; ",
" & + --@@@@;; ",
" && ++ -- @@; ",
" & + - ---- ",
" & ++ -- --- --- ",
" & + -- -- -- ",
" & ++ ---- -- ",
" && + -- "};
netw-ib-ox-ag-5.39.0/src/netwag-src/misc/unix/ico/ico_netw-16x16.xpm 0000644 0000000 0000000 00000000717 11776302040 023342 0 ustar root root /* XPM */
static char * ico_netw_16x16_xpm[] = {
"16 16 4 1",
" c None",
". c #FF0000",
"+ c #800000",
"@ c #808000",
" @@@@ ",
" @@@@@@. ",
" .@@@@@@ ... ",
" .+@@ .... ",
" .+ +.....+",
" ..+ +++....+",
" ..+ ++++++..++",
" ....++++++..+++",
" ......+++..+++ ",
"........+..++++ ",
"..........++++ ",
" ........++++ ",
" ......++++ ",
" .....+++ ",
" .....++ ",
" ...++ "};
netw-ib-ox-ag-5.39.0/src/netwag-src/misc/windows/ 0000755 0000000 0000000 00000000000 11776302040 020152 5 ustar root root netw-ib-ox-ag-5.39.0/src/netwag-src/misc/windows/ico/ 0000755 0000000 0000000 00000000000 11776302040 020724 5 ustar root root netw-ib-ox-ag-5.39.0/src/netwag-src/misc/windows/ico/ico_netw.ico 0000644 0000000 0000000 00000255246 11776302040 023245 0 ustar root root ( F n 00 % V 0 ) ( 3333331 33331 333 331 3 3 1 1 3 33 33303"3313""#13333"""333332"#3 ? π c ( @ "" " " " " "" C $DC0 D$DD3 D"30 DB!30 wAD33 wDDD330 wtDDD333 DD@ DC330 UT D4333 T D3C330 EUDDDC9C33 DDDDD9D33
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