func (this *Clusters) verifyBrokers(zkzone *zk.ZkZone) {
this.Ui.Output(zkzone.Name())
zkzone.ForSortedBrokers(func(cluster string, liveBrokers map[string]*zk.BrokerZnode) {
zkcluster := zkzone.NewCluster(cluster)
registeredBrokers := zkcluster.RegisteredInfo().Roster
// find diff between registeredBrokers and liveBrokers
// loop1 find liveBrokers>registeredBrokers
for _, broker := range liveBrokers {
foundInRoster := false
for _, b := range registeredBrokers {
bid := strconv.Itoa(b.Id)
if bid == broker.Id && broker.Addr() == b.Addr() {
foundInRoster = true
break
}
}
if !foundInRoster {
// should manually register the broker
this.Ui.Output(strings.Repeat(" ", 4) +
color.Green("+ gk clusters -z %s -s -c %s -addbroker %s:%s",
zkzone.Name(), cluster, broker.Id, broker.Addr()))
}
}
// loop2 find liveBrokers<registeredBrokers
for _, b := range registeredBrokers {
foundInLive := false
for _, broker := range liveBrokers {
bid := strconv.Itoa(b.Id)
if bid == broker.Id && broker.Addr() == b.Addr() {
foundInLive = true
break
}
}
if !foundInLive {
// the broker is dead
this.Ui.Output(strings.Repeat(" ", 4) +
color.Red("cluster[%s] broker[%d] %s is dead", cluster, b.Id, b.Addr()))
}
}
})
}
func (this *Topology) displayZoneTopology(zkzone *zk.ZkZone) {
this.Ui.Output(zkzone.Name())
// {cluster: {topic: brokerHostInfo}}
brokerInstances := make(map[string]map[string]*brokerHostInfo)
zkzone.ForSortedBrokers(func(cluster string, liveBrokers map[string]*zk.BrokerZnode) {
if len(liveBrokers) == 0 {
this.Ui.Warn(fmt.Sprintf("empty brokers in cluster[%s]", cluster))
return
}
if this.cluster != "" && this.cluster != cluster {
return
}
brokerInstances[cluster] = make(map[string]*brokerHostInfo)
for _, broker := range liveBrokers {
if !patternMatched(broker.Host, this.hostPattern) {
continue
}
if _, present := brokerInstances[cluster][broker.Host]; !present {
brokerInstances[cluster][broker.Host] = newBrokerHostInfo()
}
brokerInstances[cluster][broker.Host].addPort(broker.Port, broker.Uptime())
}
// find how many partitions a broker is leading
zkcluster := zkzone.NewCluster(cluster)
brokerList := zkcluster.BrokerList()
if len(brokerList) == 0 {
this.Ui.Warn(fmt.Sprintf("empty brokers in cluster[%s]", cluster))
return
}
kfk, err := sarama.NewClient(brokerList, sarama.NewConfig())
if err != nil {
this.Ui.Error(color.Red(" %+v %s", brokerList, err.Error()))
return
}
topics, err := kfk.Topics()
swallow(err)
for _, topic := range topics {
partions, err := kfk.WritablePartitions(topic)
swallow(err)
for _, partitionID := range partions {
leader, err := kfk.Leader(topic, partitionID)
swallow(err)
host, _, err := net.SplitHostPort(leader.Addr())
swallow(err)
if !patternMatched(host, this.hostPattern) {
continue
}
latestOffset, err := kfk.GetOffset(topic, partitionID, sarama.OffsetNewest)
if err != nil {
this.Ui.Error(fmt.Sprintf("%s %s %v", cluster, topic, err))
continue
}
oldestOffset, err := kfk.GetOffset(topic, partitionID, sarama.OffsetOldest)
if err != nil {
this.Ui.Error(fmt.Sprintf("%s %s %v", cluster, topic, err))
continue
}
brokerInstances[cluster][host].topicMsgs[topic] += (latestOffset - oldestOffset)
brokerInstances[cluster][host].addTopicPartition(topic, partitionID)
}
}
})
hosts := make(map[string]struct{})
zkzone.ForSortedClusters(func(zkcluster *zk.ZkCluster) {
for host, _ := range brokerInstances[zkcluster.Name()] {
hosts[host] = struct{}{}
}
})
sortedHosts := make([]string, 0)
for host, _ := range hosts {
sortedHosts = append(sortedHosts, host)
}
sort.Strings(sortedHosts)
// sort by host ip
sortedClusters := make([]string, 0, len(brokerInstances))
for c, _ := range brokerInstances {
sortedClusters = append(sortedClusters, c)
}
sort.Strings(sortedClusters)
portN := 0
hostN := 0
topicN := 0
partitionN := 0
for _, host := range sortedHosts {
tn := 0
pn := 0
mn := int64(0)
ports := make([]int, 0)
for _, cluster := range sortedClusters {
if _, present := brokerInstances[cluster][host]; !present {
continue
}
tn += len(brokerInstances[cluster][host].topicPartitions)
pn += brokerInstances[cluster][host].leadingPartitions()
mn += brokerInstances[cluster][host].totalMsgsInStock()
ports = append(ports, brokerInstances[cluster][host].tcpPorts...)
}
portN += len(ports)
topicN += tn
partitionN += pn
hostN += 1
this.Ui.Output(fmt.Sprintf(" %s leading: %2dT %3dP %15sM ports %2d:%+v",
color.Green("%15s", host),
tn,
pn,
gofmt.Comma(mn),
len(ports),
ports))
if this.verbose {
for _, cluster := range sortedClusters {
if _, present := brokerInstances[cluster][host]; !present {
continue
}
for _, tcpPort := range brokerInstances[cluster][host].tcpPorts {
this.Ui.Output(fmt.Sprintf("%40d %s", tcpPort,
gofmt.PrettySince(brokerInstances[cluster][host].uptimes[tcpPort])))
}
}
for _, cluster := range sortedClusters {
if _, present := brokerInstances[cluster][host]; !present {
continue
}
this.Ui.Output(color.Magenta("%30s", cluster))
for topic, partitions := range brokerInstances[cluster][host].topicPartitions {
this.Ui.Output(fmt.Sprintf("%40s: %15sM P%2d %+v",
topic,
gofmt.Comma(brokerInstances[cluster][host].topicMsgs[topic]),
len(partitions), partitions))
}
}
}
}
this.Ui.Output(fmt.Sprintf("%17s host:%d, topic:%d, partition:%d, instance:%d",
"-TOTAL-",
hostN, topicN, partitionN, portN))
}
