.

go/neo/t_cluster_test.go

@@ -44,14 +44,14 @@ import (
 // Create it with tNewCluster.
 // Create nodes with .NewMaster, .NewStorage and .NewClient.
 //
-// NOTE about network addresses being predictable due to using pipenet/lonet for inter-networking.
+// NOTE network addresses are predictable due to using pipenet/lonet for inter-networking.
 //
 // XXX text about events tracing
 type tCluster struct {
 	*tracetest.T // original testing env this cluster was created at
 
 	name	string              // name of the cluster
-	network *virtnet.SubNetwork // nodes interoperate via netowrk
+	network *virtnet.SubNetwork // nodes interoperate via network
 
 	gotracer *TraceCollector // for tracing go nodes XXX -> GoTracer
 	//tpy	 *PyTracer       // for tracing py nodes
@@ -248,7 +248,7 @@ func (t *tCluster) NewMaster(name string) ITestMaster {
 	return m
 }
 
-// Master returns master node that was previouslt created via NewMaster(name).
+// Master returns master node that was previously created via NewMaster(name).
 func (t *tCluster) Master(name string) ITestMaster {
 	tnode := t.getNode(name)
 	m, ok := tnode.itest.(ITestMaster)
@@ -358,16 +358,13 @@ func (m *tMaster) Run(ctx context.Context) error {
 func tNewCluster_MS(t0 *tracetest.T, name string, Sback storage.Backend) *tCluster {
 	t := tNewCluster(t0, name)
 	t.NewMaster("m")
-
-	// NOTE all network addresses are predictable
+	t.NewStorage("s", "m:1", Sback)
 
 	// M starts listening
 	t.Expect("m", netlisten("m:1"))
 	t.Expect("m", δnode("m", "m:1", proto.MASTER, 1, proto.RUNNING, proto.IdTimeNone))
 	t.Expect("m", clusterState("m", proto.ClusterRecovering))
 
-	t.NewStorage("s", "m:1", Sback)
-
 	// S starts listening
 	t.Expect("s", netlisten("s:1"))