This repo is obsolete, please see git://git.code.sf.net/p/dummynet/code@master

[ipfw.git] / README

diff --git a/README b/README
index c65b91a..9c33bab 100644 (file)
--- a/README
+++ b/README
@@ -1,5 +1,5 @@
 #
 #

-# $Id: README 6070 2010-04-15 11:58:21Z marta $
+# $Id: README 8977 2011-07-04 11:47:59Z luigi $

 #
 
 This directory contains a port of ipfw and dummynet to Linux/OpenWrt
 #
 
 This directory contains a port of ipfw and dummynet to Linux/OpenWrt


@@ -78,18 +78,18 @@ Windows:
 
 =================== BUILD INSTRUCTIONS ==========================
 
 
 =================== BUILD INSTRUCTIONS ==========================
 

-***** Windows XP ******
+***** Windows (XPi, Windows7) ******

     You can find a pre-built version in the binary/ subdirectory.
     To build your own version of the package you need:
     You can find a pre-built version in the binary/ subdirectory.
     To build your own version of the package you need:

-       - MSVC DDK available from ...
-           http://www.microsoft.com/whdc/DevTools/WDK/WDKpkg.mspx
+       - MSVC DDK available from
+           http://msdn.microsoft.com/en-us/windows/hardware/gg487463.aspx

 
        - optionally, DbgView if you want to see diagnostic
            http://technet.microsoft.com/en-us/sysinternals/bb896647.aspx
 
        - cygwin, http://www.cygwin.com/
          with base packages, make, c compiler, possibly an editor
 
        - optionally, DbgView if you want to see diagnostic
            http://technet.microsoft.com/en-us/sysinternals/bb896647.aspx
 
        - cygwin, http://www.cygwin.com/
          with base packages, make, c compiler, possibly an editor

-         and subversion.
+         and subversion (suggest: tortoiseSvn)

 
     Edit Makefile in the root directory, and set configuration
     variables to match your current system (hard drive
 
     Edit Makefile in the root directory, and set configuration
     variables to match your current system (hard drive


@@ -101,6 +101,10 @@ Windows:
        ipfw.sys (an NDIS intermediate filter driver)
        dummynet.inf and dummynet_m.inf (installer files)
 
        ipfw.sys (an NDIS intermediate filter driver)
        dummynet.inf and dummynet_m.inf (installer files)
 

+    Cross compilation of the userland side under FreeBSD is possible with
+       gmake TCC=`pwd`/tcc-0.9.25-bsd/win32 CC=`pwd`/tcc-0.9.25-bsd/win32/bin/wintcc
+    (wintcc is a custom version of tcc which produces Windows code)
+

 ***** Windows crosscompilation for 64 bit using DDK ******
     Edit root directory's Makefile and set target
     operating system
 ***** Windows crosscompilation for 64 bit using DDK ******
     Edit root directory's Makefile and set target
     operating system


@@ -249,19 +253,20 @@ nodes with dummynet emulation capabilities.
        sudo yum -y install subversion rpm-build rpm-devel m4 redhat-rpm-config make gcc
        # new build installation requires the gnupg package
        sudo yum -y install gnupg
        sudo yum -y install subversion rpm-build rpm-devel m4 redhat-rpm-config make gcc
        # new build installation requires the gnupg package
        sudo yum -y install gnupg

+       # the linux kernel and the ipfw source can be fetched by git
+       sudo yum -y install git

 
        # create and move to a work directory
        mkdir -p test
        # extract a planetlab distribution to directory XYZ
 
        # create and move to a work directory
        mkdir -p test
        # extract a planetlab distribution to directory XYZ

-       (cd test; svn co http://svn.planet-lab.org/svn/build/trunk XYZ)
-       # copy the planetlab/*mk files here, overriding existing ones
-       cp planetlab/*mk test/XYZ
+       (cd test; git clone git://git.onelab.eu/build ./XYZ)

        # download the specfiles and do some patching.
        # Results are into SPEC/ (takes 5 minutes)
        # download the specfiles and do some patching.
        # Results are into SPEC/ (takes 5 minutes)

-       (cd test/XYZ; make stage1=true PLDISTRO=planetlab )
+       (cd test/XYZ; make stage1=true PLDISTRO=onelab)

        # Building the slice code is fast, the root code takes longer
        # as it needs to rebuild the whole kernel
        # Building the slice code is fast, the root code takes longer
        # as it needs to rebuild the whole kernel

-       (cd test/XYZ; sudo make ipfwslice ipfwroot)
+       (cd test/XYZ; sudo make ipfwslice PLDISTRO=onelab)
+       (cd test/XYZ; sudo make ipfwroot PLDISTRO=onelab)

 
     The kernel dependency phase is a bit time consuming, but does not
     need to be redone if we are changing the ipfw sources only.
 
     The kernel dependency phase is a bit time consuming, but does not
     need to be redone if we are changing the ipfw sources only.