minor changes due to documentation review
Tom Henderson
parent
418ceadc2b
commit
234aafe368
35
INSTALL
35
INSTALL
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@ -1,35 +0,0 @@
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ns-3.0.1 snapshot release, March 2007
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1. Tested platforms:
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- Windows XP 32-bit Cygwin
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- Linux Fedora Core 5 x86
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- OS X 10.4.7 or later with XCode 2.4 or later
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2. Prerequisites:
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- The SCons build system (http://www.scons.org) version 0.96.1 or later
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- gcc (version 3.4 or later)
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3. Installing into your current directory:
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tar xvfz ns-3.0.1.tar.gz
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cd ns-3.0.1
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scons
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cd build-dir/dbg-shared/bin/
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./simple-p2p
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The above steps will run a simple program whose source is found in
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ns-3.0.1/examples/simple-p2p.cc
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Some minimal trace output is found in simple-p2p.tr.
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Note: OS X users may need to set the following env. variable from
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the bin/ directory above:
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setenv DYLD_LIBRARY_PATH `pwd`/../lib
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4. For more information, read
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ns-3.0.1-documentation.pdf
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23
README
23
README
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@ -1,9 +1,9 @@
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The Network Simulator Version 3
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-------------------------------
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The Network Simulator, Version 3
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--------------------------------
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Table of Content:
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-----------------
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Table of Contents:
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------------------
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1) An Open Source project
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2) An overview of the ns-3 project
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@ -16,7 +16,7 @@ Table of Content:
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1) An Open Source project
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-------------------------
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ns-3 is an Open Source project and we intend to make this
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ns-3 is an Open Source project. We intend to make this
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project a successful collaborative project: we hope that
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the missing pieces of the models we have not yet implemented
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will be contributed by the community in an open collaboration
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@ -42,8 +42,9 @@ number of very simple network simulation models:
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- point-to-point physical-layer links
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- OnOff traffic generator
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However, the framework is there to make adding new models as
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simple as possible:
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Our focus to date has been on getting an overall software
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framework in place. The framework is there to make adding
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new models as simple as possible:
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- an extensive tracing system can be used to connect
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any number of arbitrary trace sources to any number
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of trace sinks. This tracing system is decoupled
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@ -65,7 +66,7 @@ simple as possible:
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The code for the framework and the default models provided
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by ns-3 is built as a set of libraries. User simulations
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are expected to be written as simple programs which make
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are expected to be written as simple programs that make
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use of these ns-3 libraries.
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To build the set of default libraries and the example
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@ -92,14 +93,14 @@ the following platforms:
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- gcc 3.3 and earlier
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- optimized builds on linux x86 gcc 4.0
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Other platforms might or might not work: we welcome
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Other platforms may or may not work: we welcome
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patches to improve the portability of the code to these
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other platforms.
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4) Running ns-3
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---------------
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On Recent Linux systems, once you have built ns-3, it
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On recent Linux systems, once you have built ns-3, it
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should be easy to run the sample programs with the
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following command:
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@ -112,7 +113,7 @@ cd build-dir/dbg-shared/bin
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That program should generate a simple-p2p.tr text
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trace file and a set of simple-p2p-xx-xx.pcap binary
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pcap trace files.
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pcap trace files, which can be read by tcpdump.
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5) Getting access to the ns-3 documentation
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-------------------------------------------
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@ -3,7 +3,7 @@
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This file contains ns-3 release notes (most recent releases first).
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Release 0.2 (2007/05/XX)
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Release 3.0.2 (2007/05/18)
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========================
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- Implement a new memory management infrastructure based
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@ -15,7 +15,7 @@ Release 0.2 (2007/05/XX)
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- Add support for a BSD-style socket API for user applications
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Release 0.1 (2007/03/31)
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Release 3.0.1 (2007/03/31)
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========================
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- First public release; not yet pre-alpha.
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@ -1,12 +1,17 @@
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WAF is an alternative build system, similar to SCons. NS-3 now is
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able to build with WAF, in parallel to SCons.
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The main ns-3 build system is SCons. Read the file build.txt
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for SCons instructions.
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Note: the WAF build scripts are experimental at this stage.
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Waf is an alternative build system, similar to SCons. ns-3 now is
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able to build with Waf, in parallel to SCons.
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(http://www.freehackers.org/~tnagy/waf.html)
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=== Building with WAF ===
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Note: the Waf build scripts are experimental at this stage.
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Gustavo Carneiro (gjcarneiro@gmail.com) is the maintainer.
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To build NS-3 with waf type the commands:
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=== Building with Waf ===
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To build ns-3 with waf type the commands:
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1. ./waf configure [options]
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2. ./waf
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@ -30,7 +35,7 @@ Other waf usages include:
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Run code coverage analysis (assuming the project was configured
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with --enable-gcov)
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=== Extending NS-3 ===
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=== Extending ns-3 ===
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To add new modules:
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1. Create the module directory under src (or src/devices, or whatever);
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@ -38,7 +43,7 @@ To add new modules:
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3. Add a 'wscript' describing it;
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4. Add the module subdirectory name to the all_modules list in src/wscript.
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A module's wscript file is basically a regular WAF script. A NS-3
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A module's wscript file is basically a regular Waf script. A ns-3
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module is created as a cpp/shlib object, like this:
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def build(bld):
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@ -65,7 +70,7 @@ def build(bld):
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=== Note for developers ===
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The NS-3 code repository does not contain the waf script. Instead,
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The ns-3 code repository does not contain the waf script. Instead,
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developers should check it out from a subversion repository:
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svn checkout http://waf.googlecode.com/svn/tags/ns3/ waf
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@ -77,8 +82,8 @@ tested to work correctly with ns3, although 'trunk' will likely work
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Then it can be installed system-wide with 'sudo ./waf-light install'.
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When preparing a distribution, the resulting 'waf' script, which is
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self contained (no external files needed), can be easily included in
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the tarball so that users downloading NS-3 can easily build it without
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having WAF installed (although Python >= 2.3 is still needed).
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the tarball so that users downloading ns-3 can easily build it without
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having Waf installed (although Python >= 2.3 is still needed).
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The command 'waf dist' can be used to create a distribution tarball.
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It includes all files in the source directory, except some particular
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@ -16,6 +16,9 @@ the executable binaries generated link explicitely against
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the right libraries. This saves you the pain of having to
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setup environment variables to point to the right libraries.
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(Note: An experimental, alternative build system is described
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in build-waf.txt)
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1) Options
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----------
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@ -0,0 +1,210 @@
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The Ns-3 Coding Style
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/*
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* Note: This file is incomplete and will be converted to non-text (html,pdf)
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* formats at a future date
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*/
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1) Code layout
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-----------
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The code layout follows the GNU coding standard layout for C and extends
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it to C++. Do not use tabs for indentation. Indentation spacing is 2
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spaces as outlined below:
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void
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Foo (void)
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{
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if (test)
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{
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// do stuff here
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}
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else
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{
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// do other stuff here
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}
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for (int i = 0; i < 100; i++)
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{
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// do loop
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}
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while (test)
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{
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// do while
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}
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do
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{
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// do stuff
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} while ();
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}
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The following is not recommended:
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if (test) statement
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if (test)
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statement
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for (...) statement
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Each statement should be put on a separate line to increase readability.
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Short one-line comments can use the C++ comment style, that is, '//'
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but longer comments should use C-style comments:
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/*
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*
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*
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*/
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2) Naming Patterns
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---------------
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2.1) Name encoding
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-------------
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Function, Method, and Type names should follow the CamelCase convention:
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words are joined without spaces and are capitalized. For example,
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"my computer" is transformed into MyComputer. Do not use all capital
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letters such as MAC or, PHY, but choose instead Mac or Phy. Do not use
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all capital letters, even for acronyms such as EDCA: use Edca instead.
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The goal of the CamelCase convention is to ensure that the words which
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make up a name can be separated by the eye: the initial Caps fills
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that role.
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Variable names should follow a slight variation on the base CamelCase
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convention: camelBack. For example, the variable "user name" would be
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named "userName". This variation on the basic naming pattern is used to
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allow a reader to distinguish a variable name from its type. For example,
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"UserName userName;" would be used to declare a variable named userName
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of type UserName.
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Global variables should be prefixed with a "g_" and member variables
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(including static member variables) should be prefixed with a "m_". The
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goal of that prefix is to give a reader a sense of where a variable of
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a given name is declared to allow the reader to locate the variable
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declaration and infer the variable type from that declaration. For example
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you could declare in your class header my-class.h:
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class MyClass
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{
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void MyMethod (int aVar);
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int m_aVar;
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static int m_anotherVar;
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};
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and implement in your class file my-class.cc:
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int MyClass::m_anotherVar = 10;
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static int g_aStaticVar = 100;
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int g_aGlobalVar = 1000;
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void
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MyClass::MyMethod (int aVar)
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{
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m_aVar = aVar;
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}
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2.2) Choosing names
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Variable, function, method, and type names should be based on the
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english language. Furthermore, always try to choose descriptive
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names for them. Types are often english names such as: Packet,
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Buffer, Mac, or Phy. Functions and Methods are often named
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based on verbs and adjectives: GetX, DoDispose, ClearArray, etc.
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A long descriptive name which requires a lot of typing is always
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better than a short name which is hard to decipher. Do not use
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abbreviations in names unless the abbreviation is really unambiguous
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and obvious to everyone. Do not use short inapropriate names such
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as foo, bar, or baz. The name of an item should always match its
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purpose. As such, names such as tmp to identify a temporary
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variable or such as 'i' to identify a loop index are ok.
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3) File layout and code organization
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---------------------------------
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A class named MyClass should be declared in a header named my-class.h
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and implemented in a source file named my-class.cc. The goal of this
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naming pattern is to allow a reader to quickly navigate through
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the ns-3 codebase to locate the source file relevant to a specific
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type.
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Each my-class.h header should start with the following comments: the
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first line ensures that developers who use the emacs editor will be
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able to indent your code correctly. The following lines ensure that
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your code is licensed under the GPL, that the copyright holders
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are properly identified (typically, you or your employer), and
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that the actual author of the code is identified. The latter is
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purely informational and we use it to try to track the most
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appropriate person to review a patch or fix a bug.
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/* -*- Mode:C++; c-file-style:"gnu"; indent-tabs-mode:nil; -*- */
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/*
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* Copyright (c) YEAR COPYRIGHTHOLDER
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*
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* 3-paragran GPL blurb
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*
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* Author: MyName <myemail@foo.com>
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*/
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Below these C-style comments, always include the following which
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defines a set of header guards (MY_CLASS_H) used to avoid multiple
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header includes, which ensures that your code is included
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in the "ns3" namespace and which provides a set of doxygen comments
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for the public part of your class API. Detailed information
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on the set of tags available for doxygen documentation is described
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in the doxygen website: http://www.doxygen.org.
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#ifndef MY_CLASS_H
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#define MY_CLASS_H
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namespace n3 {
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/**
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* \brief short one-line description of the purpose of your class
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*
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* A longer description of the purpose of your class after a blank
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* empty line.
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*/
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class MyClass
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{
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public:
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MyClass ();
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/**
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* \param firstParam a short description of the purpose of this parameter
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* \returns a short description of what is returned from this function.
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*
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* A detailed description of the purpose of the method.
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*/
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int DoFoo (int firstParam);
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private:
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void MyPrivateMethod (void);
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int m_myPrivateMemberVariable;
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};
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} // namespace ns3
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#endif /* MY_CLASS_H */
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The my-class.cc file is structured similarly:
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/* -*- Mode:C++; c-file-style:"gnu"; indent-tabs-mode:nil; -*- */
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/*
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* Copyright (c) YEAR COPYRIGHTHOLDER
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*
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* 3-paragran GPL blurb
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*
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* Author: MyName <myemail@foo.com>
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*/
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#include "my-class.h"
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namespace ns3 {
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MyClass::MyClass ()
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{}
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...
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} // namespace ns3
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@ -1,7 +1,13 @@
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Contributing to the ns-3 project
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--------------------------------
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ns-3 is an open source project backed by an NSF CISE CRI grant.
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Although the NSF PIs have specific aims to fulfill, we want others to
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contribute, and we'd like to have a broad community of users and
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developers, with the goal of a self-sustaining project downstream.
|
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The project is currently in a bootstrapping phase, but we welcome
|
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ambitious developers who might want to help shape the early design.
|
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|
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Despite the lack of a formal contribution process to the ns-3
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project, there are a number of steps which we expect every
|
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potential contributor to follow. These naturally stem from
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@ -46,8 +52,12 @@ the open-source roots of the project:
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also expect model authors to act as responsible maintainers
|
||||
and be reactive to bug reports concerning their models.
|
||||
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||||
- you should make sure that you understand that contributed
|
||||
models should be licensed under the GPLv2. You do not have
|
||||
to assign your copyright to the ns-3 project but you must
|
||||
accept the terms of the GPLv2. See the following link:
|
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- The project has decided upon GNU GPLv2 as the licensing structure.
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All simulation software in the ns-3 repositories will be GNU GPLv2
|
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or GNU GPLv2-compatible (with non-GPLv2 licensing reserved for
|
||||
ports of pre-existing code under a different license, such as BSD).
|
||||
You do not have to assign your copyright to the ns-3 project but
|
||||
you must accept the terms of the GPLv2 and attest that your
|
||||
contributions can be licensed under those terms. See the
|
||||
following link:
|
||||
http://www.fsf.org/licensing/licenses/info/GPLv2.html
|
||||
|
|
|
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|
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@ -3,7 +3,7 @@ Introduction
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|||
|
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ns-3 uses the Mercurial software revision control system which
|
||||
is a replacement for tools liks cvs or subversion. Thus, to get
|
||||
access to the developement versions of ns-3, you need to install
|
||||
access to the development versions of ns-3, you need to install
|
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mercurial first. See http://www.selenic.com/mercurial/wiki/
|
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|
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Mercurial cheat sheet
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@ -38,6 +38,7 @@ push upwards (developers access only):
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--------------------------------------
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To the main repository:
|
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hg push ssh://code@code.nsnam.org/repos/ns-3-dev
|
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To your private repository:
|
||||
hg push ssh://username@code.nsnam.org//home/username/repositories/username/repository
|
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|
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|
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Reference in New Issue