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There was a second leak in the processing of the out_data.frag
prs_struct. It needs freeing once the current pdu has been returned
asynchronously.
Jeremy.
A socket where the other side has closed only becomes readable. To catch
errors early when sitting in a pure writev, we need to also test for
readability.
Normally I hate moving around stuff, but this function is only called from the
RPC server side and it pulls in passdb when trying to link in our rpc client
routines. That seems unnecessary to me.
Move struct tevent_req in tevent_internal, and ad getters and setters
for private data and the callback function.
This patch also renames 'private_state' into 'data'. What is held in this
pointer is in fact data and not a state like enum tevent_req_state.
Calling it 'state' is confusing.
The functions addedd are:
tevent_req_set_callback() - sets req->async.fn and req->async.private_data
tevent_req_set_print_fn() - sets req->private_print
tevent_req_callback_data() - gets req->async.private_data
tevent_req_data() - gets rea->data
This way it is much simpler to keep API/ABI compatibility in the future.
The problem with msg-type pipes is that we have to return short reads when a
message ends before the read request. When reading from the unix domain socket,
the message limits are lost. So we would happily return more than a message,
which confuses for example the s4 rpc client horribly. I'd expect other np rpc
clients also to blow up over this.
The real solution is to properly implement a two-byte length field per message
on the unix domain socket, but this requires more changes there. And as we
right now only serve DCE/RPC over the named pipes, this implements a hack that
looks into the fragment headers to figure out hdr.frag_len.
