func NewMemberInfoFromToken(token *XLRegMsg_Token) (
m *xcl.MemberInfo, err error) {
var (
ck, sk *rsa.PublicKey
ctor xt.ConnectorI
ctors []xt.ConnectorI
farEnd xt.EndPointI
nodeID *xi.NodeID
peer *xn.Peer
)
if token == nil {
err = NilToken
} else {
nodeID, err = xi.New(token.GetID())
if err == nil {
ck, err = xc.RSAPubKeyFromWire(token.GetCommsKey())
if err == nil {
sk, err = xc.RSAPubKeyFromWire(token.GetSigKey())
if err == nil {
attrs := token.GetAttrs()
myEnds := token.GetMyEnds()
for i := 0; i < len(myEnds); i++ {
myEnd := myEnds[i]
farEnd, err = xt.NewTcpEndPoint(myEnd)
if err != nil {
break
}
ctor, err = xt.NewTcpConnector(farEnd)
if err != nil {
break
}
ctors = append(ctors, ctor)
}
if err == nil {
peer, err = xn.NewPeer(token.GetName(), nodeID,
ck, sk, nil, ctors)
if err == nil {
m = &xcl.MemberInfo{
Attrs: attrs,
Peer: peer,
}
}
}
}
//if err == nil {
// m, err = NewMemberInfo(token.GetName(), nodeID,
// ck, sk, token.GetAttrs(), token.GetMyEnds())
//}
}
}
}
return
}
func (s *XLSuite) makeAMemberInfo(c *C, rng *xr.PRNG) *xcl.MemberInfo {
attrs := uint64(rng.Int63())
peer, err := xn.NewPeer(
rng.NextFileName(8),
s.makeANodeID(c, rng),
&s.makeAnRSAKey(c).PublicKey,
&s.makeAnRSAKey(c).PublicKey,
nil, // overlays
nil) // XXX CONNECTORS
c.Assert(err, IsNil)
return &xcl.MemberInfo{
Attrs: attrs,
Peer: peer,
}
} // GEEP
// Given contact information for a registry and the name of a cluster,
// the client joins the cluster, collects information on the other members,
// and terminates when it has info on the entire membership.
func NewMemberMaker(
node *xn.Node, attrs uint64,
regName string, regID *xi.NodeID, regEnd xt.EndPointI,
regCK, regSK *rsa.PublicKey,
clusterName string, clusterAttrs uint64, clusterID *xi.NodeID,
size, epCount uint32, endPoints []xt.EndPointI) (
mm *MemberMaker, err error) {
var (
cm *xcl.ClusterMember
isAdmin = (attrs & xcl.ATTR_ADMIN) != 0
regPeer *xn.Peer
)
// sanity checks on parameter list
if node == nil {
err = MissingNode
} else {
if regName == "" || regID == nil || regEnd == nil ||
regCK == nil {
err = MissingServerInfo
}
if err == nil {
// DEBUG
fmt.Printf("NemMemberMaker: regEnd is %s\n", regEnd.String())
// END
if (attrs & xcl.ATTR_SOLO) == uint64(0) {
if clusterName == "" {
err = MissingClusterNameOrID
if err == nil && size < uint32(1) {
// err = ClusterMustHaveTwo
err = ClusterMustHaveMember
}
}
if err == nil {
// if the client is an admin client epCount applies
// to the cluster
if epCount < uint32(1) {
epCount = uint32(1)
}
if !isAdmin {
// XXX There is some confusion here: we don't require
// that all members have the same number of endpoints
actualEPCount := uint32(len(endPoints))
if actualEPCount == 0 {
err = MemberMustHaveEndPoint
} else if epCount > actualEPCount {
epCount = actualEPCount
}
for i := 0; i < int(epCount); i++ {
_, err = node.AddEndPoint(endPoints[i])
}
}
}
}
}
}
if err == nil {
var ctor xt.ConnectorI
var ctors []xt.ConnectorI
ctor, err = xt.NewTcpConnector(regEnd)
if err == nil {
ctors = append(ctors, ctor)
regPeer, err = xn.NewPeer(regName, regID, regCK, regSK,
nil, ctors)
if err == nil {
_, err = node.AddPeer(regPeer)
}
}
}
if err == nil {
cm = &xcl.ClusterMember{
// Attrs gets negotiated
ClusterName: clusterName,
ClusterAttrs: clusterAttrs,
ClusterID: clusterID,
ClusterMaxSize: size,
EPCount: epCount,
// Members added on the fly
Members: make([]*xcl.MemberInfo, size),
Node: *node,
}
mm = &MemberMaker{
ProposedAttrs: attrs,
DoneCh: make(chan error, 1),
RegPeer: regPeer,
ClusterMember: *cm,
}
}
return
}