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What I'm trying to solve is,
A leg ----> call ---> B leg. then A leg execute att_xfer to C leg and hangup.
Is there any way to keep the socket open while still observing the new channel with C and B?
I had no problem transferring B to C, but when it is the origin(A leg) that execute att_xfer the socket closes the connection.
The text was updated successfully, but these errors were encountered:
@matheuspazesteves once the call is transferred it might not be present on the server anymore — the connection between A and C might not go through FreeSWITCH.
If you know for sure that the transferred call stays on the server I'm happy to spend some time investigating how to get ahold of it, feel free to send me a request through e.g. Github Sponsor.
What I'm trying to solve is,
A leg ----> call ---> B leg. then A leg execute att_xfer to C leg and hangup.
Is there any way to keep the socket open while still observing the new channel with C and B?
I had no problem transferring B to C, but when it is the origin(A leg) that execute att_xfer the socket closes the connection.
The text was updated successfully, but these errors were encountered: