Git Commands
Primary template for NDN Campus simulator

This is the first main commit for the NDN campus simulation we are going to
start working on.

Scenarios, which are C++ files should be placed in the scenarios/ subdirectory.

WAF takes care of all the building.

Cheers.
nms-disaster-ccn.cc

By robin
Schedul for April.21th and HOMEWORK
Tutorial information for ndnSIM

This PPT, given to me by Wu Chao is a nice initial step to understanding
ndnSIM.

It is only in English, unfortunately.

Cheers.
Cleaning of code

I have read through the code uploaded by Bun-san and have cleaned it up
so that it is far easier to read.

I have also integrated Eclipse for C/C++ with the git and the scenario
folder so that writing code is made somewhat simpler. The complete
instructions will be placed in the repository Wiki as soon as possible.
It is not a simple movement.

So that Eclipse does not complain about libraries and actually helps to
find the respective header files, the includes have been changed to
search via the LD_LIBRARY_PATH instead of the local directory.
Fortunately the waf building tools do not suffer from immediate issues
with these changes.

Cheers.
Period Goals from April.21th to May.5th
Papers and Presentation about Routing & Forwarding(Update on April.25th)
This is TCP based topology.
It refers to tcp-bulk-send and tcp-star-server.
It still has some problems like there is no communication between
two nodes, but compiles ok.

2014-4-25 Robin Wen
docs
Pseudocode of Interest processing(Smart Flooding)
TCP-Client: Net2 Net3

TCP-Server: Net1

Bug fix
del
Cleaning TCP code

I took the code that was uploaded and cleaned it up a little to make it
easier to read.

Also changed the library additions so that Eclipse doesn't show the
libraries as having inherent errors. Fortunately the WAF script takes
care of the library inconsistencies.
Found the tracers for the L3, L2 and App Delay tracers for NDN and
TCP/IP and have added them to the corresponding files.

Cheers.
Fixing the output files for tracers

This is a small change of the code to be the same as the CCN scenario. The
output of the files created by the tracers now go into results/ in the folder
containing the WAF scripts.
Files to make it easier to run ns3 scenarios

In the random/ directory there is a random number generator based on the
geometric distribution to generate the size of content.

In the ndn-campus directory there is a bash script run-sim.sh that passes
arguments to the scenarios, making it easier to run them from the command line.
For run-sim.sh to work, the ns3 scenarios must at least implement the
following command line options:

--clients=NUM     Number of consumers (clients) in the scenario
--contentsize=NUM Size of the content in bytes for the scenario
--networks=NUM    Number of networks to be produced in the scenario
--producers=NUM   Number of producers (servers) in the scenario

Cheers.
Program for csma_bus topology
add clientApps
Changes to clientApps