Waits a little to check we get evetns, and if not, fail.

* 0 1 2 3 * 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 * +-+-

* @short iobuffer to read and write bin data. * * It always references an external buffer, normally stack allocated, and * does NOT manage the buff

* @short A local ALSA port waiting for connections. When connected connects to * a remote rtpmidi. * * The connection is empty, but if we connect t

* @short Just the exported Network entry point (`ALSA / Network`) * * This is the ALSA `Network` port, which has these functionalities: * * * New

* @short ALSA port that just receives data and send to another midipeer_t */

* @short ALSA port that just receives data and send to another midipeer_t */

* @short This class allows to feed midi data and loops over the given function * * As the midi data can be partial, it keeps some state to allow sev

* @short Any peer that can read and write midi * * Must be inherited by the real clients */

* @short A remote peer connection * * Just does the basic communication with the given remote peer. * * Data from network to the peer is managed s

* @short Creates a new rtpmidi server, all connections share the data bus * * The idea is that ALSA connected a port to Network, so we export the rt

* @short A rtpmidi server that creates local listen ALSA ports * * This midipeer does not actually send or receive data, but creates * a local ALSA