  We assume a full-duplex (FD) cooperative network subject to hostile attacks
and undergoing composite fading channels. We focus on two scenarios:
\textit{a)} the transmitter has full CSI, for which we derive closed-form
expressions for the \textit{average secrecy rate}; and \textit{b)} the
transmitter only knows the CSI of the legitimate nodes, for which we obtain
closed-form expressions for the \textit{secrecy outage probability}. We show
that secure FD relaying is feasible, even under strong self-interference and in
the presence of sophisticated multiple antenna eavesdropper.
