[lacost]

I have a self-written utility for interacting with E-series via requests throw ediabas (via 32-bit java library apijav32.dll).

This is not very convenient. Since there is a full IP in F/G-series, there is probably an alternative way then the old ediabas?

Is there an analog of tool32+ediabas for the F-series via IP (API for java or .NET)?

[Node]

Ediabas can work via IP too. ISTA still uses ediabas under the hood for ALL cars.

[lacost]

I know that ediabas can work via IP.
But, ediabas should be installed and configured.
In other words, I want to download and run the program and access the machine without third-party utilities. Just by ip via Enet.
I ask for API, documentation and so on to communicate via IP directly.

[Node]

But ediabas is THE API you ask for It executes prg files and communicates with a car. There is a try by some enthusiasts to reimplement ediabas called ediabaslib on github. But IDK if they implemented IP yet. Nothing on main page about that.

Or you want to parse prgs yourself??? I still don't understand what you want. Communication over IP is only a small portion of what ediabas does!

[lacost]

I want to do exactly what I wrote. Access the machine without installing ediabas. Using only IP.
If you don't know how to do it, why convince me to use ediabas?

[Wibbles]

I want to do exactly what I wrote. Access the machine without installing ediabas. Using only IP.
If you don't know how to do it, why convince me to use ediabas?

Then the only library is Ediabaslib as Node told you. I've used it and it's ok but not perfect. It can be used via IP I have done that very thing.

[Enabled]

Of course you can do it, you just have to have all the telegrams defined and deciphered.

[BugFix]

transmitter.jar



   

[BugFix]

an alternative could be to use socket

very primitive it looks something like this:

connection = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
connection.connect((zgw_ip, zgw_port)
connection.settimeout(2.0)
connection.send(data)
resp = (connection.recv(1024).hex())
print(resp)
sockobj.close()

# zgw_ip = your ip (can find with socket and broadcast)
# zgw_port = '6801'
# tester = 'F4'
# diag_adr = '10'
# data = bytearray.fromhex(f"00 00 00 05 00 01 {tester} {diag_adr} 22 F1 90") # READ ZGW VIN

[pshoey]

it is trivial to communicate over IP to the car - sockets are easy to use - the much more involved part is gathering all the messages together into a framework that provides the functionality you need.

not super hard - all the information you could need is either in the many odx files shipped with psdz data or the prg files shipped with ISTA or Standard tools.