Method async_accept

implementation/endpoints/src/local_acceptor_uds_impl.cpp:96–111

}

void local_acceptor_uds_impl::async_accept(connection_handler _handler) {
    std::scoped_lock const lock{mtx_};
    // tmp_socket is a `shared_ptr` due to the `std::function`  below which requires everything to be copyable
    std::shared_ptr<uds_socket> tmp_socket = abstract_socket_factory::get()->create_uds_socket(io_);
    // Use the peer-endpoint overload so the remote address is captured by the kernel at accept() time.
    // If the client disconnects immediately after connecting, calling remote_endpoint() on the socket
    // in the callback would fail
    auto tmp_remote_ep = std::make_shared<endpoint>();
    uds_socket& socket_ref = *tmp_socket;
    acceptor_->async_accept(socket_ref, *tmp_remote_ep,
                            [weak_self = weak_from_this(), h = std::move(_handler), tmp_socket, tmp_remote_ep](auto const& _ec) {
                                if (auto self = weak_self.lock(); self) {
                                    self->accept_cbk(_ec, std::move(h), tmp_socket, tmp_remote_ep);
                                }
                            });
}

port_t local_acceptor_uds_impl::get_local_port() {
    return VSOMEIP_SEC_PORT_UNUSED;