Fix warnings

README.rst

@@ -212,7 +212,7 @@ Now you can expand your custom simulation as you like. If you use additional
 ns-3 modules, then you need to add them in the wscript (most likely, you will
 get a build error if you are missing a module).
 
-If your simulation has multiple source files (*.cc files), then you can add
+If your simulation has multiple source files (.cc files), then you can add
 these in the wscript like this::
 
   obj.source = ['my-simulation.cc', 'source2.cc', 'source3.cc']

docs/before_you_start.rst

@@ -5,14 +5,13 @@ Before You Start
 
 The project description, licensing, source code and how to compile
 are available `here <https://github.com/steinwurf/kodo-ns3-examples>`_.
-**Once you have built the project**, you can follow this tutorial.
-Otherwise, please be sure to have the project up and running first.
+**Once you have compiled the project**, you can follow this tutorial.
 
 Overview
 --------
 
-Currently the repository ``kodo-ns3-examples`` contains 3 basic examples
-in its main path regarding how to use the library with ns-3, namely:
+Currently the ``kodo-ns3-examples`` repository contains the following
+basic examples:
 
 * ``kodo-wifi-broadcast``: This example consists on broadcasting packets
   with RLNC from a transmitter to N receivers with an IEEE 802.11b WiFi
@@ -24,17 +23,6 @@ in its main path regarding how to use the library with ns-3, namely:
   a decoder with different erasure rates. Recoding can be set on or off and
   erasure rates modified by command-line parsing.
 
-Automated Builds
-----------------
-
-You can check the build status of the repository master branch on our
-`buildbot <http://buildbot.steinwurf.dk/stats?projects=kodo-ns3-examples>`_
-page. Our buildbot displays the supported combinations of platforms,
-operating systems, and compilers. At the link, you can check
-build status and build statistics for them in the respective waterfall link.
-This information is provided also for other Steinwurf projects such as Kodo
-itself.
-
 What You Should Know Before the Tutorial
 ----------------------------------------
 
@@ -46,47 +34,23 @@ recommended. If you are also a C++ beginner, you can refer to this
 `tutorial <http://www.cplusplus.com/doc/tutorial/>`_ as a guide from the basics
 to more advanced features of the language. Given that both ns-3 and Kodo are
 highly object-oriented projects, we strongly recommend you to spend some
-time on class related topics, particularly object properties (polymorphism,
+time on class-related topics, particularly object properties (polymorphism,
 inheritance) and templates (generic classes or functions based on abstract
-types). In the mentioned C++ tutorial you may find plenty examples for this.
-
+types). In the mentioned C++ tutorial you can find plenty of examples.
 
 Kodo
 ^^^^
 
 Kodo is a C++ library from `Steinwurf <http://www.steinwurf.com>`_ that
 implements Random Linear Network Coding and its variants, but also other
-codes like Reed-Solomon. The links you should review first to get a
-clear idea of what the library does, are:
-
-* `Kodo documentation <http://docs.steinwurf.com/>`_
-* `Kodo source code <https://github.com/steinwurf/kodo>`_
-
+codes like Reed-Solomon. You can read more about Kodo at:
+http://docs.steinwurf.com
 
-Kodo C++ bindings
-^^^^^^^^^^^^^^^^^
-
-To ease the development process, we use C++
-`bindings <https://github.com/steinwurf/kodo-cpp>`_ that are high level
-wrappers of the basic core application programming interfaces of Kodo.
-Besides making the process easier, the bindings provide encapsulation
-and abstraction from the library. If you want to get more details, please
-refer to the previous link. There you will find documentation and examples
-regading on how to use the bindings on their own.
 
 ns-3
 ^^^^
 
 `ns-3 <http://www.nsnam.org/>`_ is a network simulator of the OSI layers
 written in C++ for research and educational purposes under the GPLv2 license.
-You can find documentation regarding a tutorial, a manual and a model
-description in this `link <http://www.nsnam.org/documentation/>`_.
-
-Waf
-^^^
-
-Our main building tool is ``waf`` in the same way it is for ns-3. So, if you
-have used ns-3 before this should be transparent to you. If you have not used
-``waf`` , you can review a description of the tool with some examples in the
-`waf project <https://waf.io/>`_. For this reason, we highly recommend you to follow the
-instructions in the repository link mentioned at the beginning of this document.
+You can find documentation including a tutorial, a manual and a model
+description here: http://www.nsnam.org/documentation