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I think you've gotten me wrong. I just want to know the difference between the rtn and the d build of wl500w. Not the difference between the two kernel version. The components that concerns me are the webcam support and wireless stability.Quote:
Originally Posted by lly
As you can read in forum, wireless driver provided by Broadcom in binary blob, so we can't modify it.Quote:
Originally Posted by snowx
Single major difference between rtn & d branches is ... kernel 2.6. Key points is here - http://code.google.com/p/wl500g/wiki/News
Hi wpte,
this sounds very interesting. I was looking for such sw two years ago for the MGB100 but couldn't find anything free (no, there was one abandoned version in japan); still was hopeing that AVM would release/leak the code for the fritzboxQuote:
Originally Posted by wpte
schufti
So, I was experimenting to link httpd with mini-lzo.
http://www.oberhumer.com/opensource/lzo/#minilzo
it only adds around ~5kb to the binary, while it can decompress webpages.
If we pre-compress the webpages, it's possible to save around 40-50% of the total size, which is around 300kb.
good idea?:D
Since webpages resides on root filesystem(squashfs) which already has lzma compression support, IMHO it will take no effect.Quote:
Originally Posted by wpte
*slaps in his face*Quote:
Originally Posted by lly
Yes, I was thinking about it while I should have remembered that part:o
foolish me:p
don't be :)Quote:
Originally Posted by wpte
whatever, you could try whether it will take an effect in lzma over lzo
Hey, I'm using the new firmware, with a WL500GPv2.
I was wondering if it would be possible to see a list of all attached devices.
I saw the DHCP leases, where you find a MAC address an IP and some host name.
When you click at wireless, you see (I think) the devices attached, but just with MAC address. Could it be possible to also show the hostname and IP?
Also, another question, if I would like to packet sniff everything what goes through the router (so LAN & WAN), what would be the best way to do this? (If possible of course)
Many thanks for this great firmware!
For snifing try t-shark, for a client-list install net-tools (then use "arp")Quote:
Originally Posted by JendaB
recent patches for the memory use less swap I see :D
http://i54.tinypic.com/2vxf61i.png
(green swap, blue RAM)
:D
There is USB/IP open source project with working solution on OpenWRT. Server side includes two kernel modules and userspace daemon.Quote:
Originally Posted by wpte
Windows client is ready, kernel modules for RTN-fork too. But userspace daemon with two dependencies still hard to compile.
Could you please explain these dependencies more detailed? Didn't check it by myself yetQuote:
Originally Posted by ryzhov_al
Since r2486 revision rtn fork supports USB/IP, which helps you to use USB devices without specific linux drivers at all!
USB/IP project now has restrictions with some compound USB-devices. We tested a number of USB-devices. Successfully:
- USB-HDD. R/W speed is ~5,5MB/s at ~60% CPU load,
- Canon printer with CARPS drivers,
- D-Link DBT-122 bluetooth dongle,
- USB mouse.
Won't work:
- USB-sound card,
- ZTE MF626 3G-modem.
To use USB/IP it is necessary to tune a server part on a router and a client part on the PC where the USB-device will work on.
1. Tuning of the server part.
The server part consists of two kernel modules and a userspace daemon.
1.1. USB/IP modules are included in modules-1.9.2.7-rtn-rÕÕÕÕ.tgz. Download and plug them:
1.2. The userspace daemon is compiled as a ipk-package. You can attach a corresponding repository and do not think about manual updating. It is necessary to add following lines in a file/opt/etc/ipkg.confCode:$ cd /opt
$ wget ftp://core.dumped.ru/rt-n/2486/modules-1.9.2.7-rtn-r2486.tar.gz
$ tar -xzvf ./modules-1.9.2.7-rtn-r2486.tar.gz
$ modprobe usbip
and install the daemon:Code:src/gz wl500g-d http://wl500g.googlecode.com/svn/ipkg/optware-d
src/gz wl500g-optware http://wl500g.googlecode.com/svn/ipkg/optware
Start the server part:Code:$ ipkg install usbip
Now we have to look at the list of USB-devices which can be exported:Code:$ usbipd -D
The last USB-device 1-1 is a USB-HDD. Do not use uspip with it! Now it is necessary to make the device 2-2 accessible on the client side:Code:$ usbip_bind_driver --list
List USB devices
- busid 2-2 (2001:f111)
2-2:1.0 -> none
2-2:1.1 -> none
2-2:1.2 -> none
- busid 1-1 (04fc:0c25)
1-1:1.0 -> usb-storage
2. Tuning the client part.Code:$ usbip_bind_driver --usbip 2-2
The client part for Linux exists and is packaged in most of popular distributions. Windows client is here, lets make it work.
2.1. Install USB Bus enumerator driver with USBIPEnum.inf. If successfully installed, the device will be named "Virtual USB Bus Enumerator" in section "System Devices" on Device Manager.
2.2. Starting the userspace part. Usbip.exe must be started with Local Administrator credentials.
Lets look what devices are exported by the server:
We see earlier exported device 2-2. Now connect it:Code:C:\usbip>usbip.exe -l 192.168.0.1
usbip dbg: usbip_network.c: 229 (tcp_connect ) trying 192.168.0.1 port 3240
usbip dbg: usbip_network.c: 249 (tcp_connect ) connected to 192.168.0.1:3240
- RTRouter
usbip dbg: usbip.c: 423 (query_exported_devices) exportable 1 devices
2-2: unknown vendor : unknown product (2001:f111)
: /sys/devices/pci0000:00/0000:00:04.0/usb2/2-2
: unknown class / unknown subclass / unknown protocol (e0/01/01)
: 0 - unknown class / unknown subclass / unknown protocol (e0/01/01)
: 1 - unknown class / unknown subclass / unknown protocol (e0/01/01)
: 2 - unknown class / unknown subclass / unknown protocol (ff/ff/ff)
Then there should be a driver installation dialogue of the device connected to the router. The device will be visible in the Device Manager as if its connected not to a router, but to windows PC:). Don't close the window with the usbip.exe started!Code:C:\usbip>usbip.exe -a 192.168.0.1 2-2
usbip dbg: usbip_network.c: 229 (tcp_connect ) trying 192.168.0.1 port 3240
usbip dbg: usbip_network.c: 249 (tcp_connect ) connected to 192.168.0.1:3240
usbip dbg: usbip.c: 147 (query_interface0) exportable 1 devices
usbip dbg: usbip.c: 164 (query_interface0) 2-2: unknown vendor : unknown product (2001:f111)
usbip dbg: usbip.c: 165 (query_interface0) : /sys/devices/pci0000:00/0000:00:04.0/usb2/2-2
usbip dbg: usbip.c: 166 (query_interface0) : unknown class / unknown subclass / unknown protocol (e0/01/01)
usbip dbg: usbip.c: 186 (query_interface0) : 0 - unknown class /unknown subclass / unknown protocol (e0/01/01)
usbip dbg: usbip.c: 186 (query_interface0) : 1 - unknown class /unknown subclass / unknown protocol (e0/01/01)
usbip dbg: usbip.c: 186 (query_interface0) : 2 - unknown class /unknown subclass / unknown protocol (ff/ff/ff)
usbip dbg: usbip.c: 189 (query_interface0)
usbip dbg: usbip_network.c: 229 (tcp_connect ) trying 192.168.0.1 port 3240
usbip dbg: usbip_network.c: 249 (tcp_connect ) connected to 192.168.0.1:3240
call from attch here
return from attch here
devfd:0022FF0C
new usb device attached to usbvbus port 1
3. Shutting down.
To shut down USB/IP correctly, it is necessary to execute above listed step in reverse order.
3.1. On the client side open a new cmd.exe window and type:
3.2. On the server side (the router), disconnect USB/IP driver from USB devices:Code:C:\usbip>usbip.exe -d 2-2
Then stop the daemon:Code:$ usbip_bind_driver --other 2-2
** (process:385): DEBUG: write "del 2-2" to /sys/bus/usb/drivers/usbip/match_busid
** Message: bind 2-2 to other drivers than usbip, complete while using USB-device!
4. Notes.Code:$ killall usbipd
All the hard work for USB/IP adapting is done by theMIROn è lly. Thanks guys!
thanks for the short how-to ryzhov_al :)
Now I don't need to read all documentation first:p
hmm...
I followed the steps above but eventually my ubuntu laptop says "failed" after 10s waiting :p
starting the daemon:
dunno if that's a debug message, but I modprobed usbip.koQuote:
Bind usbip.ko to a usb device to be exportable!
devices are detected properly and while mounting:
works fine as wellQuote:
usbip_bind_driver --usbip 1-2.1
** (process:5888): DEBUG: 1-2.1:1.0 -> usb-storage
** (process:5888): DEBUG: unbinding interface
** (process:5888): DEBUG: write "add 1-2.1" to /sys/bus/usb/drivers/usbip/match_busid
** Message: bind 1-2.1 to usbip, complete!