I will post files in minute.
What is the size of the disk you want to install ? I will prepare a default database for two disks. Currently the firmware doesn't support raid yet. You will see the disks as two individual. Anyhow as you are offline a prepared a database for 2 pcs 2 TB disk, but can be changed later easy and will also work with bigger or smaller disk. Only total size reading in some menu's will not be correct.
To get correct reading of the size we need to set the disksize manually in the database. Soon a script will come to do that automatically.
To install the firmware you need to use the fvdw-sl console and choose action install fvdw-sl firmware (read the help tekst in the separate help menu first...).
The disk you are going to use must be empty without partitions. if there are any you must delete them using either fdisk (for ms-dos tabel) or gdisk for GPT table. Both are include in the standalone kernel.
Put the standalone kernel (#108) that I will sent you in the tftp directory of the fvdw-sl console (this can be found in the directory were you installed the fvdw-sl console). Also put there the normal operation kernel (#109) and the database file (unpack the zip archives first of course)
Now connect your 2big2 to the network and put a disk in slot 1. Keep it switched off.
Choose the action install fvdw-sl firmware as action in the fvdw-sl menu
Pretend that you have a nwsp2
Choose the correct standalone kernel (the one I have sent you)
And wait until the command window comes up mentioning that it waits for u-boot.
Start the 2big2
It should be detected by the command window and it will interrupt boot and load the kernel. After that it will wait 12 seconds and then starts a telnet client that you can use to connect to the 2big2 running the standalone kernel.
Username: root
password: giveit2me
You will get a command prompt
If you disk is not empty you can now use fdisk or gdisk to delete the partitions (fdisk /dev/sda or gdisk /dev/sda to enter these programs give command p to show the partition table and use d command to delete any of them. After deleting them all give command w to leave fdisk or gdisk and write the new table to disk)
Now follow the rest of the instructions and let the installer script prepare your disk. Device id is sda, select do not make a backup of lacie partitions
if you disk is smaller then 2TB you can use either ms-dos partition bale or GPT, if it is bigger then 2 TB you must use GPT as partition table.
When the script mentions 100% completed do not reboot yet
We need to write a newer kernel to sda6 and replace the default database
To do this we upload the production kernel and the database via tftp
In the telnet client give the commands
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tftp -r UIMAGE-26394-NWSP2CL-109 -l UIMAGE-26394-NWSP2CL-109 -g ip-pc
replace "ip-nas" in this code by the actual ip address of your pc running the fvdw-sl console
write it to sda6
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dd if=UIMAGE-26394-NWSP2CL-109 of=/dev/sda6
upload the new database
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tftp -r nas_conf_db.xml -l nas_conf_db.xml -g ip-pc
replace "ip-nas" in this code by the actual ip address of your pc running the fvdw-sl console
Make a mountpoint for sda5
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mkdir /sda5
mount sda5
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mount /dev/sda5 /sda5
copy the database
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cp nas_conf_db.xml /sda5/etc/nas_conf_db.xml
umount sda5
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umount /sda5
Done reboot the nas to see if it accessible via fvdw-sl webinterface
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reboot -f
note that the normal kernel is not accessible on 192.168.1.252 or 0.252 it will have an ip address assigned by your dhcp server
let us know the result so far
write the new database
After that we reboot the box with command reboot -f in the telnet client.