func (peers *Peers) Descriptions() []PeerDescription {
	peers.RLock()
	defer peers.RUnlock()
	descriptions := make([]PeerDescription, 0, len(peers.byName))
	for _, peer := range peers.byName {
		descriptions = append(descriptions, PeerDescription{
			Name:           peer.Name,
			NickName:       peer.peerSummary.NickName,
			UID:            peer.UID,
			Self:           peer.Name == peers.ourself.Name,
			NumConnections: len(peer.connections),
		})
	}
	return descriptions
}
func (peers *Peers) Descriptions() []PeerDescription {
	peers.RLock()
	defer peers.RUnlock()
	descriptions := make([]PeerDescription, 0, len(peers.byName))
	for _, peer := range peers.byName {
		descriptions = append(descriptions, PeerDescription{
			Name:           peer.Name,
			NickName:       peer.peerSummary.NickName,
			UID:            peer.UID,
			Self:           peer.Name == peers.ourself.Name,
			NumConnections: len(peer.connections),
		})
	}
	return descriptions
}
func ( peers * Peers ) Descriptions ( ) [ ] PeerDescription { peers . RLock ( ) defer peers . RUnlock ( ) descriptions := make ( [ ] PeerDescription , 0 , len ( peers . byName ) ) for _ , peer := range peers . byName { descriptions = append ( descriptions , PeerDescription { Name : peer . Name , NickName : peer . peerSummary . NickName , UID : peer . UID , Self : peer . Name == peers . ourself . Name , NumConnections : len ( peer . connections ) , } ) } return descriptions }
// Descriptions returns descriptions for all known peers.
Descriptions returns descriptions for all known peers .