Click framework - Revision history

Oepen: /* Prerequisits */

2012-08-02T08:37:22Z

Prerequisits

← Older revision		Revision as of 08:37, 2 August 2012
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	=Prerequisits=		=Prerequisits=
	* Install git		* Install git
	* ~~get~~ ~~new~~ ~~fresh git~~-~~account~~ ~~(ask~~ Robert Sombrutzki)		* Generate SSH key-pair and send public key to Robert Sombrutzki in order to get access to the repositories
	*		*

	=Scripts=		=Scripts=

Crk: /* References */

2011-11-26T18:52:59Z

References

← Older revision		Revision as of 18:52, 26 November 2011
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	=References=		=References=
	* Search click documentation: http://read.cs.ucla.edu/click/docs		* Search click documentation: http://read.cs.ucla.edu/click/docs
			* Publications about click and stuff that uses click: http://read.cs.ucla.edu/click/publications
	* Manual how to program click elements: http://read.cs.ucla.edu/click/doxygen/class_element.html		* Manual how to program click elements: http://read.cs.ucla.edu/click/doxygen/class_element.html
	* Information about click elements: http://www.read.cs.ucla.edu/click/elements		* Information about click elements: http://www.read.cs.ucla.edu/click/elements
			* Network Simulator 2 (NS2) Docu: http://isi.edu/nsnam/ns/

Crk at 18:49, 26 November 2011

2011-11-26T18:49:18Z

← Older revision		Revision as of 18:49, 26 November 2011
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	* Des-Files contain a gross description for the experiment. E.g.: Duration of the experiment; Directory for log-files; network topology; etc...		* Des-Files contain a gross description for the experiment. E.g.: Duration of the experiment; Directory for log-files; network topology; etc...

			=Prerequisits=
			* Install git
			* get new fresh git-account (ask Robert Sombrutzki)
			*

	=Scripts=		=Scripts=

	* /helper/host/bin/clickctrl.sh:		== /helper/host/bin/clickctrl.sh ==
	This scripts allows communication with every node. This is made available from the node through an click element called "ControlSocket" (more: http://read.cs.ucla.edu/click/elements/controlsocket) which receives the remote commands from the user. Example of usage: Get statistics of the experiment while the node is running.		This scripts allows communication with every node. This is made available from the node through an click element called "ControlSocket" (more: http://read.cs.ucla.edu/click/elements/controlsocket) which receives the remote commands from the user. Example of usage: Get statistics of the experiment while the node is running.

	* /helper/simulation/bin/run_sim.sh:		== /helper/simulation/bin/run_sim.sh ==
	Execute the simulation within simulator.		Execute the simulation within simulator.
	Usage: run_sim.sh ns <des-File>		Usage: run_sim.sh ns <des-File>

	* /click-brn/elements/brn2/tools/brn-tools.sh:		== /click-brn/elements/brn2/tools/brn-tools.sh ==
	This powerful tool downloads automatically all important sources, including the NS-Simulator. Additionally it builds the click framework and the simulator.		This powerful tool downloads automatically all important sources, including the NS-Simulator. Additionally it builds the click framework and the simulator. Steps to go:
			# Download brn-tools.sh over ssh@testbed@192.168.4.117 being connected to the "4er-Netz" (ask Robert for password) OR ask Robert for the actual "brn-tools.sh"-script
			# copy to destination folder
			# Establish an ssh-tunnel using ''ssh <YOUR HU-USERNAME>@gruenau.informatik.hu-berlin.de -L 23452:sar.informatik.hu-berlin.de:2222''
			# Change to the local directory where you want your own version of the HWL-Suite (click, ns, ...)
			# execute "sh ./brn-tools.sh" in destination folder

	* /click-brn-scripts/test.sh		== /click-brn-scripts/test.sh ==
	This script executes a group of click-scripts (located in click-brn-scripts) for testing and starts the simulation.		This script executes a group of click-scripts (located in click-brn-scripts) for testing and starts the simulation.

Crk at 15:20, 21 October 2011

2011-10-21T15:20:45Z

← Older revision		Revision as of 15:20, 21 October 2011
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	=Introduction=		=Introduction=
			The folder "simulation/click-brn-scripts/" contains different click scripts for different experiments. Running this scripts (see below) the click framework generates dumps of the communicating nodes. These dumps are then automatically analyzed and evaluated, putting the results into the folder "simulation/click-brn-scripts/<SOME_SCRIPT>/<NUMBER_OF_EXPERIMENT>".

			The click scripts use the following files:
	* Mes-files contain the devices which will be prepared for the experiment.		* Mes-files contain the devices which will be prepared for the experiment.
	* Des-Files contain a gross description for the experiment. E.g.: Duration of the experiment; Directory for log-files; network topology; etc...		* Des-Files contain a gross description for the experiment. E.g.: Duration of the experiment; Directory for log-files; network topology; etc...
	* The folder "simulation/click-brn-scripts/" contains special scripts to analyze and evaluate the dumps generated by the participating devices of the experiment. The results are stored at "simulation/click-brn-scripts/<SOME_SCRIPT>/1/Evaluation"

Crk at 14:57, 21 October 2011

2011-10-21T14:57:16Z

@@ Line 1: / Line 1: @@
 =Scripts=
@@ Line 13: / Line 18: @@
 * /click-brn-scripts/test.sh
-dieses bash-script ruft alle click-scripte in click-brn-scripts auf, die zum testen ausgewählt worden sind und startet die Simulation.
+This script executes a group of click-scripts (located in click-brn-scripts) for testing and starts the simulation.
-http://read.cs.ucla.edu/click/docs (Suchfunktion der Webseite auch sehr nützlich)
+* Manual how to program click elements: http://read.cs.ucla.edu/click/doxygen/class_element.html

Crk at 13:42, 21 October 2011

2011-10-21T13:42:24Z

New page

=Scripts=

* /helper/host/bin/clickctrl.sh:
This scripts allows communication with every node. This is made available from the node through an click element called "ControlSocket" (more: http://read.cs.ucla.edu/click/elements/controlsocket) which receives the remote commands from the user. Example of usage: Get statistics of the experiment while the node is running.

* /helper/simulation/bin/run_sim.sh:
Execute the simulation within simulator.
Usage: run_sim.sh ns <des-File>

* /click-brn/elements/brn2/tools/brn-tools.sh:
This powerful tool downloads automatically all important sources, including the NS-Simulator. Additionally it builds the click framework and the simulator.

* /click-brn-scripts/test.sh
dieses bash-script ruft alle click-scripte in click-brn-scripts auf, die zum testen ausgewählt worden sind und startet die Simulation.

mes-Datein enthalten die Geräte, die in der Sim eingesetzt werden sollen.

des-Datein enthalten eine grobe Beschreibung der Simulation

Später lassen sich Analysetools in des scrip-Verzeichnis legen (als Beispiel in das send_and_receiver-Verzeichnis). Diese Analysetools dienen dazu, die dumps zu analysieren und die Evaluation in ein Verzeichnis zu speichern, dass unter einer Messung liegt und Evaluation heißt (als Beispiel: send_and_receiver/1/Evaluation)
Referenzen
http://read.cs.ucla.edu/click/docs (Suchfunktion der Webseite auch sehr nützlich)
http://read.cs.ucla.edu/click/doxygen/class_element.html (sehr gutes Manual dazu, wie man Elemente programmiert; „click-Programmierer“ entwickeln hauptsäch)
http://www.read.cs.ucla.edu/click/elements (Informationen über click-Elemente)