The return type changed from enum to int and it is time to catch
up with it.
vty_interface.c:108:2: warning: initialization from incompatible pointer type
.go_parent_cb = ss7_go_parent,
^
vty_interface.c:108:2: warning: (near initialization for ‘vty_info.go_parent_cb’)
mgcp_ss7_vty.c:36:2: warning: initialization from incompatible pointer type
.go_parent_cb = mgcp_go_parent,
^
mgcp_ss7_vty.c:36:2: warning: (near initialization for ‘vty_info.go_parent_cb’)
Change-Id: I8061df697daf79fa57b8313c15f6567ff152f4a5
Make it possible to configure the transmit power. These settings
will be in effect immediately (there is no lock between the two
threads but it is a read only).
It can be difficult to find the Timeslot/Multiplex for a higher
number virtual trunk. This would be used by default, but normally
the endpoint would be blocked on the switch already.
Instead of assuming which endpoints are blocked there is now a VTY
command to block those. Clean up the init of the trunks, the only difference
between Virtual and E1 is in the way to calculate the start port.
Reduce the number of endpoints to 32, 31 is the last one that can be
used on the E1 trunk, otherwise we move into TS 0 of the following trunk.
The endpoint offset is needed for two reasons, first the API is 0
based here while we are normally 1 based, second because of the trunks
the first usable endpoint would be '2' (0 is CRC, 1 is signalling), but
this endpoint offset falls apart when we would block timeslots inside
this range.
Remove the endpoint offset, in each endpoint we will store the HW DSP
Port (1 based API) and then subtract one to get to the 0 based API for
the Simple API. Print a warning when someone is using the endpoint offset.
* Upstream has a separation of BTS and NET side for RTP ports and
can allocate them dynamically.
* Upstream has gained the concept of trunks. We will now have various
trunks to connect audio things.
* We will now be able to utilize multiple trunks and have the endpoints
used properly.
Holger Hans Peter Freyther