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--- civilinfrastructureplatform:renesasboard [2018/04/27 13:09]
rajmarshall [Renesas IWG20M Setup & Configuration (3/5)] get link correct!
+++ civilinfrastructureplatform:renesasboard [2018/09/13 13:10] (current)
rajmarshall add punctuation for clarity
@@ Line 7: / Line 7: @@
 ==== Cabling to the IWG20M ====
+   * The IWG20M should be powered using the wall plug - however the LAVA tests will require automated power on and off of the device so we recommend at this is done using a remote power switch such as http://www.aviosys.com/.
+   * The USB-to-Serial cable provides a way to view the IWG20M console.
+   * The Ethernet cable is used to connect the IWG20M to the LAN and allows the user to make an SSH connection to the IWG20M.
 ==== Connecting the USB to Serial Cable ====
-nn. Next, before you test the B@D Virtual Machine Setup with the Renesas IWG20M and the CIP Linux Kernel, you will need to [[cipsystembuildhowto|create an initramfs with BusyBox for the IWG20M]].
+. Verify on your host machine (if necessary installing ser2net first) the ''ser2net.conf'' configuration file to ensure the serial port is correct for the CIP B@D Virtual Machine.
+''user@host:~$ **tail /etc/ser2net.conf**''
+The last line below shows that serial port ''/dev/ttyUSB0'' is routed to the host PC's IP Address, port 8020.
+   # The original config file shipped with the upstream sources can be
+   # found in /usr/share/doc/ser2net/examples
+   BANNER:banner:\r\nser2net port \p device \d [\s] (Debian GNU/Linux)\r\n\r\n
+:telnet:600:/dev/ttyS0:9600 8DATABITS NONE 1STOPBIT banner
+:telnet:600:/dev/ttyS1:9600 8DATABITS NONE 1STOPBIT banner
+:telnet:600:/dev/ttyS0:19200 8DATABITS NONE 1STOPBIT banner
+:telnet:600:/dev/ttyS1:19200 8DATABITS NONE 1STOPBIT banner
+:telnet:0:/dev/ttyUSB0:115200 8DATABITS NONE 1STOPBIT banner
+. If your USB cable uses a different USB port, edit the ''ser2net.conf'' file on the host.
+''user@host:~$  **sudo nano /etc/ser2net.conf**''
+. Restart the ''ser2net'' daemon.
+''user@host: **sudo systemctl restart ser2net.service**''
+. B@D now uses a private network so that the host IP address no longer needs setting in the device dictionary. If your local IP address settings are such that a change is necessary from the default 192.168.22.1,
+ edit myrenesas.dat appropriately  and then copy it into the device dictionary:
+''vagrant@guest:$ **<nowiki>sudo cp myrenesas.dat /etc/lava-server/dispatcher-config/devices/iwg20m01.jinja2</nowiki>**''
+Note: If you have multiple IP addresses (e.g. due to WiFi and Ethernet both being active) then it is recommended that you disable all but one network interface.
+In addition you will need to configure the device dictionary entry so that the power commands are set, the git repos has this
+   {# Ensure to set 'FILL REMOTE POWER COMMAND' appropriately #}
+   {% set power_on_command = 'FILL REMOTE POWER COMMAND' %}
+   {% set power_off_command = 'FILL REMOTE POWER COMMAND' %}
+   {% set hard_reset_command = 'FILL REMOTE POWER COMMAND' %}
+You should also replace FILL REMOTE POWER COMMAND with the appropriate command; for the 9258 switch the following can be set (assuming that switch has the IP address of 10.24.1.50)
+   {% set power_on_command = 'curl http://10.24.1.50/set.cmd?user=admin+pass=12345678+cmd=setpower+p63=1' %}
+   {% set power_off_command = 'curl http://10.24.1.50/set.cmd?user=admin+pass=12345678+cmd=setpower+p63=0' %}
+   {% set hard_reset_command = 'curl http://10.24.1.50/set.cmd?user=admin+pass=12345678+cmd=setpower+p63=0+p63n=1+t63=5' %}
+Installing those changes in the  /etc/lava-server/dispatcher-config/devices/iwg20m01.jinja2 file.
+. Next, before you test the B@D Virtual Machine Setup with the Renesas IWG20M and the CIP Linux Kernel, you will need to [[cipsystembuildhowto|create an initramfs with BusyBox for the IWG20M]].

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