linuxaldl hacking continues
My linuxaldl fork now supports bitfield and lookup table data types, though I'm still quite a ways off from testing anything. Further digging into the Pin-E (aka 160bps) signalling shows that it doesn't use RS232-compatible framing:
[160bps pin-E serial interfacing] (http://wbo2.com.au/~techedge.com.au//vehicle/aldl160/160serial.htm)
To make a long story short, a viable solution is to clock the serial port to 10x the actual bit rate, and treat each "byte" received as a single bit, which we'd then translate into 9-bit sequences to decode.
Unfortunately this is completely incompatible with how linuxaldl handles the pin-M (ie 8192baud) protocol, so it looks like I'll need to figure out the best way to do this and probably throw away a couple of prototypes. So it looks like the plug-it-in-and-see-what-happens test is further off than I'd hoped.
Anway, time for bed. Tomorrow I need to put this on hold so I can hunt down a BUG trigger with the cw1200 driver on some SPI hardware. That and I may have some $dayjob work to take home with me too.