PfSense on a Celestix S-X MSA 4000
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The device is listed in Win2K3 as a Jungo lcd. The driver is windrvr6.sys. Googlefu: http://www.jungo.com/st/products/windriver/
Not sure if that helps or not. Let me know if I can provide anything else.
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I been doing some research on the same hardware that seems to be used by celestix all across it's product line.
For now I've been able to fetch some characteristics about the device:
- It's a composite USB HID device (Keyboard + Alphanumeric LCD pages)
- It will output 8 fields (1 bit each) when a keyboard event occurs.
- The input for the LCD is a 88 byte array probably some 8 byte control preamble followed to up to 80 characters (40x2 chars)
HID table for those interested:
USAGE_PAGE (Generic Desktop Controls) USAGE (Keyboard) COLLECTION (Application) REPORT_ID(1) USAGE_PAGE (Keyboard) USAGE_MINIMUM(Control Left) USAGE_MAXIMUM(GUI Right) LOGICAL_MINIMUM(0) LOGICAL_MAXIMUM(1) REPORT_SIZE(1) REPORT_COUNT(8) INPUT(Data, Var, Absolute, No Wrap, Linear, Preferred_State, No_Null_Position,Non_Volatile, Bitfield) REPORT_SIZE(8) REPORT_COUNT(1) LOGICAL_MINIMUM(0) LOGICAL_MAXIMUM(104) USAGE_PAGE (Keyboard) USAGE_MINIMUM(0) USAGE_MAXIMUM(104) INPUT(Data, Array, Absolute, No Wrap, Linear, Preferred_State, No_Null_Position,Non_Volatile, Bitfield) END COLLECTION USAGE_PAGE (Alphanumeric Display) USAGE (Alphanumeric Display) COLLECTION (Application) REPORT_ID(2) USAGE(Display Data) LOGICAL_MINIMUM(128) LOGICAL_MAXIMUM(127) REPORT_SIZE(8) REPORT_COUNT(88) OUTPUT(Data, Var, Absolute, No Wrap, Linear, Preferred_State, No_Null_Position,Non_Volatile, Bitfield) END COLLECTION
If any of you have access to binaries (either windows or linux) please let me know because they can be very helpful in decoding the command schema for the LCD operation.
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Got it working!
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The alert LED is GPIO. Here's the linux source. Please share back if anyone can get it to work on FreeBSD.
#include <stdio.h>#include <stdlib.h>#include <sys io.h="">/* for outb() and inb() */
#define IOADDR 0x50e
void usage()
{
printf("ngled [0|1|2]\n");
printf(" 0 : off \n");
printf(" 1 : on \n");
printf(" 2 : blink \n");
printf("\nShows status if no command is passed.\n");
exit(1);
}int main(int argc, char **argv)
{
if (iopl(3) < 0) {
printf("iopl fail\n");
return;
}if (argc < 2)
{
if ( inb(0x51a) == 0x84 ) printf("2\n");
else if ( inb(IOADDR) == 0x7b ) printf("0\n");
else printf("1\n");
return;
} else if ( argc > 2 ) usage();switch (*argv[1])
{
case '0':
/fprintf(stderr, "OFF!!");/
outb(inb(0x50e)&0x7f,IOADDR);
outb(0x4,0x51a);
break;case '1':
/fprintf(stderr, "ON!!");/
outb(inb(0x51a)&0x7f,0x51a);
outb(inb(0x50e)|0x80,IOADDR);
break;
case '2':
outb(inb(0x50e)&0x7f,IOADDR);
outb(inb(0x51a)|0x80,0x51a);
break;
default:
usage();
}return 0;
}</sys></stdlib.h></stdio.h> -
I have a couple of Celestix boxes with intact stock software. Will be posting USB captures soon, stay tuned…
How's this going? I received my MSA 4000 today, put pfSense on it, would like to get the front panel running and help where possible. ;- )
Sorry this took so long!
Here is a ZIP file containing captures of LCD and jogdial activity:
https://kirkovsky.com/junkbin/celestix.zipThis activity was captured on the stock Windows system that comes with these boxes. Included in the ZIP is USBLyzer (Windows only AFAIK) format, HTML & CSV export from USBLyzer, and standard pcap USB capture format (should be Wireshark compatible). Hope this helps!
Also noticed a red LED flashes above the exclamation symbol, does this happen on yours too?
Yes, this happens on mine too. It looks like there's some kind of watchdog function that allows the OS to tell the LCD module not to flash that LED, but if no signal is being sent it flashes constantly.
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If any of you have access to binaries (either windows or linux) please let me know because they can be very helpful in decoding the command schema for the LCD operation.
I have default/stock system images for both Windows and Linux (recovery partition) of the ScorpioX machines (the Celestix MSA/WSA/etc and certain RSA-branded boxes all share the same base platform).
The Linux recovery partition has some control binaries and kernel modules (a module for the LCD + jogdial and a module for the alert LED). The Windows side has basically the same setup, but the display/jogdial/LED are all rolled into one driver binary.
I don't want to widely distribute these due to copyright concerns. PM me for further details.
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Got it working!
Was this Linux or FreeBSD?
EDIT: Must be Linux; hidtest-hidraw appears to be a https://github.com/signal11/hidapi utility. I'm curious what the equivalent FreeBSD approach is - when I looked at LCDProc, the [pfSense] config asked a lot of questions I didn't know!
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The alert LED is GPIO. Here's the linux source….
@stephenw10 - your WGXepc program set GPIO values for the arm/disarm LED on the WG FB boxes, didn't it? (I don't know much about this….) Could the program be used in similar way to probe the GPIO for the LCD/Keyboard controls of this device?
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Here are the kernel modules and utility scripts for the LCD and warning LED from the Linux restore partition on my Celestix device. Running
strings
suggests that these are under GPL, so I'm putting them here: -
Any progress on this? I would love to see it working. Just picked up a wsa-4200, and all that is left is the LCD :)
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Waiting on this too, would be great if we could get it working.
Also, anybody know how to make this thing any more quiet? Different fans? Mulling over swapping out the motherboard, just not sure how the daughter board of NICs connects.
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Has anybody gotten the screens to work under pfSense? I just picked one up, got it installed, and would love for the LCD / Jog to do something other than –------------ SYSTEM READY -------------
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Got it working!
Hi yeyus,
Would it be possible to post the code you used to get the display working please?
Thanks!
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The alert LED is GPIO. Here's the linux source. Please share back if anyone can get it to work on FreeBSD.
Hi twisted2k3,
How did you determine the IOADDR (base address?) of the GPIO controller? I am trying to recompile for Linux with an WSA-4200 which has a different motherboard to the MSA…
Thanks!
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Sorry to bring back an older thread but did you guys ever get this working?
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Yeah so in Linux it is recognised and creates /dev/hidraw0. That doesn't happen in FreeBSD so you would need to address the USB device directly or create some other driver.
The GPIO LED is probably controllable though.
Steve
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I was able to find this out there not sure if it would help:
https://github.com/camerongray1515/Celestix-Scorpio-X-LCD
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Unfortunately it doesn't. It still uses the same Linux driver:
def lcd_display(message, line=1): message = str(message) line_selection = "\x00" if line == 1 else "\x01" preamble = "\x02\x00\x00{0}\x28\x00\x00\x00".format(line_selection) endpad = "\x20"*(40-len(message)) data = preamble + message + endpad with open("/dev/hidraw0", "w") as lcd: lcd.write(data)
Addresses /dev/hidraw0.
Interesting that that driver is in VyOS though…. if it's a standard Linux driver we might be able to see some clues.
Steve
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dmesg on system yields:
ukbd0: <vendor 0="" 2="" 0x0cb6="" keyboard="" +="" lcd,="" class="" 0,="" rev="" 1.10="" 1.00,="" addr="">on usbus1</vendor>