Differences

This shows you the differences between two versions of the page.

--- uberbus:moodlamp [2011/02/13 10:03] – udev rules 2001:a60:10ff:c401:4eed:deff:fe2d:4546
+++ uberbus:moodlamp [2015/12/02 20:32] – [Preparations] 9r
@@ Line 1: / Line 1: @@
-To use moodlamps with the IPv6 enabled uberbus you have to follow the steps outlined on this page.
+To use moodlamps with the IPv6 enabled [[start|uberbus]] you have to follow the steps outlined on this page.
 ====== Preparations ======
@@ Line 5: / Line 5: @@
 To use the lamp with the uberbus a new firmware has to be flashed. To build your new firmware follow these steps on a Debian based Linux computer:
+:!: Note: There seems to be an obscure issue with current versions (tested with 4.9.2 and 5.2.0) of gcc that results in non-functional firmware even though the build process finishes successfully. Working firmware can be build using gcc 4.5.3 included in e.g. ubuntu precise.
 <code>
-apt-get install gcc-avr avr-libc avrdude make subversion
+apt-get install gcc-avr avr-libc avrdude make git
-svn co https://brezn.muc.ccc.de/svn/uberbus/
+git clone git://github.com/muccc/uberbus.git
-cd uberbus/trunk/fimrware/moodlamp-rf
+cd uberbus/fimrware/moodlamp-rf
 make
 </code>
@@ Line 29: / Line 31: @@
 If your lamp has a RF chip you have to set the jumper JP1 on the 6 pin connector on the bottom of the lamp to enable it. See the following picture:
-TODO: insert picture
+{{:uberbus:moodlamp_rf-jumper.jpg?250}}
 ====== Software ======
@@ Line 45: / Line 47: @@
 <code>
-cd uberbus/trunk/software/simplelamp
+cd uberbus/software/simplelamp
 ./simplelamp.py /dev/ttyUSB0
 </code>
@@ Line 84: / Line 86: @@
 ===== ubd =====
-When running an installation using ubd have a look at its wiki page for instructions.
+When running an installation using ubd have a look at its [[uberbus:ubd|wiki page]] for instructions.
 ====== Clients ======
@@ Line 91: / Line 93: @@
 Currently there are two folders with example scripts for lamps attached to the uberbus:
 ===== Python clients =====
-Under uberbus/trunk/software/pythonlib a small library to access the uberbus and lamps attached to the ueberbus is provided.
+Under uberbus/software/pythonlib a small library to access the uberbus and lamps attached to the ueberbus is provided.
 See the Readme file included in this directory on how to use those scripts. TODO: create Readme file
@@ Line 97: / Line 99: @@
 A simple example to fade a lamp to a specified color in a specified time is fade.py. You can use it the following way:
 <code>
-uberbus/trunk/software/pythonlib/fade.py <IPv6 address of lamp> <Red value> <Green value> <Blue value> <Time in seconds>
+uberbus/software/pythonlib/fade.py <IPv6 address of lamp> <Red value> <Green value> <Blue value> <Time in seconds>
 </code>
 The fadeexample script fades a lamp in a loop by sending fade commands to an IPv6 address associated with a lamp.
 <code>
-uberbus/trunk/software/bashscripts/fadeexample <IPv6 address of lamp> <Time in seconds>
+uberbus/software/bashscripts/fadeexample <IPv6 address of lamp> <Time in seconds>
 </code>
@@ Line 111: / Line 113: @@
 ===== bash clients =====
-Under uberbus/trunk/software/bashscripts some examples using bash and netcat are provided.
+Under uberbus/software/bashscripts some examples using bash and netcat are provided.
 The blink script blinks a lamp by sending color commands via UDP to an IPv6 address associated with a lamp.
 <code>
-uberbus/trunk/software/bashscripts/blink <IPv6 address of lamp>
+uberbus/software/bashscripts/blink <IPv6 address of lamp>
 </code>
 When using this script with the simplelamp server all lamps connected via RS485 or in reach of the wireless transmitter will start to fade if
 they receive the commands.