func (this *PodService) PodByName(name string, data k8s_format.Pod) Pod_format {
var _pod Pod_format
// _metadata_name_arr := strings.Split(data.Metadata.Name, "-")
// _metadata_name := strings.Join(_metadata_name_arr[:len(_metadata_name_arr)-1], "-")
// if _metadata_name == "kube-dns-v3" {
// return _pod
// }
_pod.Label = data.Metadata.Labels
_pod.Container_name = data.Metadata.Name
_service_name_arr := strings.Split(data.Metadata.GenerateName, "-")
_service_name := strings.Join(_service_name_arr[:len(_service_name_arr)-1], "-")
_pod.Service_name = _service_name
var herd_service herd_format.Data
herd_service.Containers = append(herd_service.Containers, data.Metadata.Name)
var getHerd herdModel.GetHerdModel
getHerd_data := getHerd.PostData(herd_service)
if len(getHerd_data.Containers) > 0 {
_herd_container := getHerd_data.Containers[0]
_pod.Cpu = _herd_container.Cpu
_pod.Mem = _herd_container.Mem
} else {
_pod.Cpu = 0
_pod.Mem = 0
}
_pod.Ports.Phase = data.Status.Phase
_pod.Ports.Public_ip = data.Status.PodIP
_pod.Ports.Host_ip = data.Status.HostIP
// Test(data.Status.PodIP)
// if data.Status.PodIP != nil {
// _pod.Status.Public_ip = data.Status.PodIP
// }
// if data.Status.HostIP != nil {
// _pod.Status.Host_ip = "2"
// }
var _container Container
for _, _spec_container := range data.Spec.Containers {
_container.Name = _spec_container.Name
_container.Image = _spec_container.Image
}
_pod.Containers = append(_pod.Containers, _container)
return _pod
}
func (this *ReplicationControllerService) GetReplicationControllerList() ClusterList {
_replication_controllerModel := k8sModel.ReplicationControllerModel{}
data := _replication_controllerModel.GetReplicationControllerList()
_podModel := k8sModel.PodModel{}
_pod_data := _podModel.GetPodList()
var _cluster_list ClusterList
for _, data_items := range data.Items {
metadata_name := data_items.Metadata.Name
if metadata_name == "kube-dns-v3" {
continue
}
var _cluster Cluster_format
_cluster = this.RcByName(data_items)
replicas := strconv.Itoa(data_items.Status.Replicas)
_cluster.Status = replicas + "/" + replicas
var herd_service herd_format.Data
herd_service.Clusters = append(herd_service.Clusters, metadata_name)
var scale_herd herdModel.ScaleHerdModel
scale_herd_data := scale_herd.GetScale(herd_service)
if len(scale_herd_data.Clusters) > 0 {
_cluster.Auto_scale = scale_herd_data.Clusters[0].Enable_auto_scale
}
for _, _pod_data_item := range _pod_data.Items {
_metadata_name_arr := strings.Split(_pod_data_item.Metadata.Name, "-")
_metadata_name := strings.Join(_metadata_name_arr[:len(_metadata_name_arr)-1], "-")
if metadata_name != _metadata_name {
continue
}
var _pod pod
_pod.Container_name = _pod_data_item.Metadata.Name
_pod.Label = _pod_data_item.Metadata.Labels
_pod.Public_ip = _pod_data_item.Status.PodIP
_pod.Host_ip = _pod_data_item.Status.HostIP
_pod.Status = _pod_data_item.Status.Phase
var getHerd herdModel.GetHerdModel
getHerd_data := getHerd.PostData(herd_service)
for _, cluster := range getHerd_data.Clusters {
if len(cluster.Containers) > 0 {
for _, _container := range cluster.Containers {
_cluster.Cpu += _container.Cpu
_cluster.Mem += _container.Mem
if _pod_data_item.Metadata.Name == _container.Container_name {
_pod.Cpu = _container.Cpu
_pod.Mem = _container.Mem
}
}
}
}
var _image_file image_file
_image_file.Name = _pod_data_item.Spec.Containers[0].Name
_image_file.Image = _pod_data_item.Spec.Containers[0].Image
_pod.Image_file = append(_pod.Image_file, _image_file)
_cluster.Pods = append(_cluster.Pods, _pod)
}
_cluster_list.Status = "ok"
_cluster_list.Data = append(_cluster_list.Data, _cluster)
}
return _cluster_list
}
//未完成
func (this *OverviewService) GetServiceInfo() OverviewList {
service_model := k8sModel.ServiceModel{}
data := service_model.GetServiceList()
rc_model := k8sModel.ReplicationControllerModel{}
rc_data := rc_model.GetReplicationControllerList()
machine_data := this.GetMachineInfo()
var total_mem float64 = 0
for _, _machine_data := range machine_data.Data.Machine_info {
total_mem += _machine_data.Mem
}
var _overview_list OverviewList
_overview_list.Status = "ok"
for _, data_items := range data.Items {
metadata_name := data_items.Metadata.Name
if metadata_name == "kube-dns" || metadata_name == "kubernetes" {
continue
}
var _service_info service_info
_service_info.Name = metadata_name
var herd_service herd_format.Data
herd_service.Services = append(herd_service.Services, metadata_name)
var getHerd herdModel.GetHerdModel
getHerd_data := getHerd.PostData(herd_service)
var cpu int = 0
var mem int = 0
for _, service_herd := range getHerd_data.Services {
if len(service_herd.Clusters) > 0 {
for _, cluster_herd := range service_herd.Clusters {
if len(cluster_herd.Containers) > 0 {
for _, container_herd := range cluster_herd.Containers {
cpu += container_herd.Cpu
mem += container_herd.Mem
}
}
}
}
}
_service_info.Cpu = cpu
_service_info.Mem = (float64(mem) / total_mem) * 100
for _, _rc_data_itme := range rc_data.Items {
if data_items.Spec.Selector != nil {
if data_items.Spec.Selector["name"] == _rc_data_itme.Spec.Selector["name"] {
_service_info.Container_total += _rc_data_itme.Spec.Replicas
_service_info.Container_run += _rc_data_itme.Spec.Replicas
}
}
}
_overview_list.Data.Service_info = append(_overview_list.Data.Service_info, _service_info)
}
return _overview_list
}
func (this *ServiceService) ServiceByName(name string, data k8s_format.Service) Service_format {
// service_model := k8sModel.ServiceModel{}
// data := service_model.GetService(name)
// var _service_list ServiceList
var _service Service_format
metadata_name := data.Metadata.Name
if metadata_name == "kube-dns" || metadata_name == "kubernetes" {
// _service.Status = "fail"
// _service.Errmsg = "no found service"
return _service
}
_service.Service_name = metadata_name
_service.Label = data.Metadata.Labels
var herd_service herd_format.Data
herd_service.Services = append(herd_service.Services, metadata_name)
var getHerd herdModel.GetHerdModel
getHerd_data := getHerd.PostData(herd_service)
var cpuAndMem struct {
Cpu []int
Mem []int
}
for _, service := range getHerd_data.Services {
if len(service.Clusters) > 0 {
for _, _cluster := range service.Clusters {
if len(_cluster.Containers) > 0 {
for _, _container := range _cluster.Containers {
cpuAndMem.Cpu = append(cpuAndMem.Cpu, _container.Cpu)
cpuAndMem.Mem = append(cpuAndMem.Mem, _container.Mem)
}
}
}
}
}
var _sub_Port sub_Ports
for _, port := range data.Spec.Ports {
_sub_Port.Port = port.Port
_sub_Port.External_port = port.NodePort
_service.Ports = append(_service.Ports, _sub_Port)
}
if len(data.Spec.Selector) < 1 {
// _service.Status = "Forward"
// _service.Cpu = "0"
// _service.Mem = "0"
} else {
cpu := strconv.Itoa(len(cpuAndMem.Cpu))
mem := strconv.Itoa(len(cpuAndMem.Mem))
_service.Status = cpu + "/" + mem
_service.Cpu = strconv.Itoa(len(cpuAndMem.Cpu))
_service.Mem = strconv.Itoa(len(cpuAndMem.Mem))
}
return _service
}