Wormhole Attack in ns2 with full source code

Wormhole attack in ns2 - with full source code.

OS Used: Ubuntu 18.04 LTS
Ns2 version - 2.35

Just three files are to be modified
arp.cc

ll.h

ll.cc

Download link for all the files .cc, .h and .tcl files

https://drive.google.com/open?id=1l2Fc43lirb3J008czDAhb_A8hvAPCdbH

All these files are located in the ~ns-2.35/mac/

How to do?
Copy all the above three files in the mac/ folder and open the terminal

$] cd ns-allinone-2.35/ns-2.35

$] make 

You should not get any error. Once done, open the tcl files given in the folder ex-wormhole and run the examples and predict the performance as per the video given above.


What is wormhole?

How to download the files. I will give the copy of the above three files in my website https://www.nsnam.com

Very soon, I will move to github.

Subscribe to my youtube channel and share.

Explanation of Wormhole Attack

Hope you would have enjoyed this worm hole attack in ns2.

Please download the full source code from my website

https://www.nsnam.com

If you need more information, Please comment in my youtube channel.

Subscribe and share

https://www.youtube.com/tspradeepkumar

Engineering Clinic.

T S Pradeep Kumar

Subscribe to my Youtube Channel for More Videos

How to add a Protocol in ns2 - NS2 Tutorial #13

How to add a new protocol in ns2

I am going to use the version ns-2.35
protoname was one of the best unicast routing protocol for ns2.



Agent/SIMP

Protoname -> Simp

PROTONAME -> SIMP

protoname -> simp

you can download the  source code from https://www.nsnam.com



There are totally 5 files in the source code

protoname.cc converted to simp.cc 

protoname.h -> simp.h 

protoname_pkt.h -> simp_pkt.h 

protoname_rtable.cc -> simp_rtable.cc 

protoname_rtable.h -> simp_rtable.h

New Protocol Implementation

In this new protocol,  we have to

1. Add the source code (the 5 files given above)

2. existing code modification (within ns2)

3. Make an entry in the Makefile.in

4. Recompile ns2

5. Test the protocol using a TCL file.

Addition of source code is done.

Existing code modification - Very important.

in ns2, inforamtion about compilation is scattered... we need to make modifications at multiple locations. What are the files that are needed for modification.



all the file locations are here.

To add a packet data

~ns-allinone-2.35/ns-2.35/common/packet.h


to add OTCL Data

~ns-allinone-2.35/ns-2.35/tcl/lib/ns-packet.tcl

~ns-allinone-2.35/ns-2.35/tcl/lib/ns-default.tcl

~ns-allinone-2.35/ns-2.35/tcl/lib/ns-lib.tcl


To add Tracing data

~ns-allinone-2.35/ns-2.35/trace/cmu-trace.h

~ns-allinone-2.35/ns-2.35/trace/cmu-trace.cc



To maintain or add a queue

~ns-allinone-2.35/ns-2.35/queue/priqueue.cc


packet.h

We are going to add a packet called as PT_SIMP...

we are done with packet.h

OTCL Data

ns-default.tcl (1 modifications)

ns-packet.tcl (3 modifications)

ns-lib.tcl (2 modifications)

queuing is done in

priqueue.cc (1 modification)

Finally, trace

cmu-trace.cc and cmu-trace.h also done.

Now recompiling ns2.

Before that, copy the source code in to ns2's path.

we have to create a folder simp/ inside the ns-allinone-2.35/ns-2.35/

paste all the files in the above folder.

Make an entry in the Makefile.in, in the variable called as OBJ_CC=/

Make the entry only for the .cc files and not for the .h files.

We have 5 total files, but only two .cc files, so it is enough to make an entry for the two .cc files alone as given below



    simp/simp.o simp/simp_rtable.o \


An entry is made in Makefile.in


Now, compile it using the command

$] ./configure

$] make

To check whether the compilation is successful, check for the .o files according to the .cc files.

Here we have two .o files  called

simp.o

simp_rtable.o

Now testing the protocol with a tcl file. LEt us do that now...

The name of the tcl file is simp.tcl

$] ns simp.tcl

It is my home folder (/home/pradeepkumar/)

Success for getting the output.

Thanks for watching my youtube videos.

Subscribe to my channel and share it to the world.

To download the soruce codes, please follow https://www.nsnam.com

Stay tuned for more lectures..

Download the source code here. 

T S Pradeep Kumar