Differenze tra le versioni 12 e 52 (in 40 versioni)
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Dimensione: 4057
Commento: Fixed all the links that now point to the new SVN server
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Dimensione: 197
Commento: FreeRingtones
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| = OBAMP = Overlay Borůvka Based Ad-hoc Multicast Protocol [[BR]] Project home page: http://www.radiolabs.it/obamp/ [[BR]] The source code of OBAMP is on our SVN server https://svn.ninux.org/svn/ninuxdeveloping/ You can use the nice Trac interface https://svn.ninux.org/ninuxdeveloping/browser/OBAMPxP/trunk == Download Binary Distribution == Here is a zip file with the binary distribution: attachment:OBAMPxP.zip Please read the README file inside the archive! :) Or you can grab it directly from the SVN Download the folder with the OBAMPxP.jar file, and just use it! Please read the README file! :) {{{ svn co http://svn.ninux.org/svn/ninuxdeveloping/OBAMPxP/trunk/dist OBAMPxP }}} == Compile the sources with Apache Ant == Checkout the code {{{ svn co http://test.ninux.org/svn/OBAMPxP/trunk }}} Download the last version of Ant at the following URL: http://ant.apache.org/bindownload.cgi Untar the file somewhere in your file system. Export the {{{ANT_HOME}}} variable and update your {{{PATH}}} variable. We assume you have already installed a JDK and correctly exported the JAVA_HOME variable For example, if {{{ant_home}}} is the directory where you untarred Apache Ant and {{{java_home}}} is the directory where is your Java JDK: 1) On a Linux Box: {{{ export ANT_HOME=/usr/local/ant_home export JAVA_HOME=/usr/local/jdk_home export PATH=${PATH}:${ANT_HOME}/bin:${JAVA_HOME}/bin }}} 2) On a Windows PC: {{{ set ANT_HOME=C:\ant_home set JAVA_HOME=C:\jdk_home set PATH=%PATH%;%ANT_HOME%\bin;%JAVA_HOME%\bin }}} At this point go with your shell into the trunk directory of the source code {{{ OBAMPxP\trunk }}} and execute {{{ ant dist }}} to compile automatically all the sources When the compiling process is finished you will find a bin directory with all the compiled classes and a dist directory with the binary distribution {{{OBAMPxP.jar}}} and the needed configuration files. == Compile on Gentoo Quick Guide == As root emerge the Apache Ant ebuild {{{ emerge dev-java/ant }}} Now with your normal user you can compile and execute! {{{ cd svn co http://svn.ninux.org/svn/ninuxdeveloping/OBAMPxP/trunk/ obamp cd obamp ant dist cd dist chmod 755 obamp.sh ./obamp.sh }}} Gentoo specific guidelines are over... follow the rest of the documentation! == Using OBAMPxP proxy == Before starting the proxy, you must edit the following files: {{{ obamp.cfg obamp_nodes.txt }}} In the first file insert the IP address of your machine, and the operating system you are using. Currently only ipv4 is supported Currently only Windows and Linux are supported. Mac OS X and BSD support is coming soon. {{{ <local_address> <Operative_System> }}} In the second file we have to write the list of the IP addresses that are running OBAMP on the network This file must be exactly the same on every PC partecipating to the multicast session, so it could be a good idea to place it on a web server on a RSS feed stuff. I know this sounds stupid, but a patch is on the way to avoid this step. Once parameters are set correcty you can execute the OBAMPxP.jar . Click on it with the mouse or open a shell and type {{{ java -cp OBAMPxP.jar:lib/log4j-1.2.14.jar CollabTool }}} on Unix/Linux. Are just use the shellscript wrapper: {{{ chmod 755 obamp.sh ./obamp.sh }}} On Windows run: {{{ java -cp OBAMPxP.jar;lib\log4j-1.2.14.jar CollabTool }}} or just start the script wrapper by executing: {{{ obamp.bat }}} To start the OBAMP session click on the Join button on the GUI == Sending and receiving multicast data == Local ports for sending and receiving on the multicast overlay tree are sending 9000 receiving 9002 For example if you want to trasmit data with VLC to the multicast group you have to set VLC so that it trasmits to current IP address on port 9000 To receive data we have to set VLC to listen on current IP address on port 9002 Of course ALL ports mentioned are UDP |
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