Align the behavior of osmo-e1d with that of DAHDI: If a timeslot is
opened once, it cannot be opened again by anyone until it is closed
by the current owner. This way we'd have the same failure semantics
in DAHDI vs. osmo-e1d, which is very useful in case of misconfiguration
when osmo-bsc + osmo-mgw would "fight" over a timeslot.
Add a osmo_e1dp_client_ts_open_force() function that allows to override
and get back the original behavior.
Closes: OS#4654
Change-Id: Ib25adf827ec41e74de15e0e4fdcfc9bcc9a32e58
When opening a timeslot, the client can now specify the (from
application perspective) timeslot read buffer size. This breaks
ABI, but then we're still at a point where only prototype hardware
exists, so we can get away with it.
Change-Id: I6d603778cce14c5d72fe5f54904905ea7e66d7ff
This adds the related code to the server and client side of the CTL
interface to switch a line between CHANNELIZED and SUPERCHANNEL.
Change-Id: I765b5c3bc9e07b2353f8647e8260ff95df3727e6
We treat the superchannel as an extra, separate timeslot. Initially
I thought of simply re-using TS1, but keeping the superchannel
separate ensures that it doesn't inherit any state (like half-sent
HDLC frames) from another timeslot when we switch between the modes
at runtime.
Change-Id: I0aacf251e155de2bb6ad03ffc4181067b22f1c90
This way clients and daemon don't have to be manually configured
to use the same default socket path.
Change-Id: Ibc5bc1bc59056ebaf0f6072de0ff08c2f3bb5457
Harald Welte
Sylvain Munaut