// Wait until the Vault servers are booted the very first time on the Compute Instances. As a simple solution, we simply
// wait for the leader to boot and assume if it's up, the other nodes will be, too.
Wait until the Vault servers are booted the very first time on the Compute Instances. As a simple solution, we simply
wait for the leader to boot and assume if it's up, the other nodes will be, too.
// Wait until the Vault servers are booted the very first time on the Compute Instances . As a simple solution we simply // wait for the leader to boot and assume if it ' s up the other nodes will be too .
func assertAllNodesBooted(t *testing.T, cluster *VaultCluster, bastionHost *ssh.Host) {
	for _, node := range cluster.GetSshHosts() {
		if node.Hostname != "" {
			logger.Logf(t, "Waiting for Vault to boot the first time on host %s. Expecting it to be in uninitialized status (%d).", node.Hostname, int(Uninitialized))
			assertNodeStatus(t, node, bastionHost, Uninitialized)
		}
	}
}
func assertAllNodesBooted ( t * testing . T , cluster * VaultCluster , bastionHost * ssh . Host ) { for _ , node := range cluster . GetSshHosts ( ) { if node . Hostname != " " { logger . Logf ( t , " " , node . Hostname , int ( Uninitialized ) ) assertNodeStatus ( t , node , bastionHost , Uninitialized ) } } }
Wait until the Vault servers are booted the very first time on the Compute Instances.
Wait until the Vault servers are booted the very first time on the Compute Instances .