11144

Committed 22 Oct 2025 03:03PM UTC coverage: 65.289% (-0.6%) from 65.843%

Build # 11144

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push

travis-pro

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web-flow

Commit Message

Merge pull request #1597 from noironetworks/mmr-6.1.1-vmm_lite_bridge_nad

Add optional NAD bridge configuration fields to ControllerConfig

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68.56

/pkg/controller/controller.go

// Copyright 2017 Cisco Systems, Inc.
//
// Licensed under the Apache License, Version 2.0 (the "License");
// you may not use this file except in compliance with the License.
// You may obtain a copy of the License at
//
//     http://www.apache.org/licenses/LICENSE-2.0
//
// Unless required by applicable law or agreed to in writing, software
// distributed under the License is distributed on an "AS IS" BASIS,
// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
// See the License for the specific language governing permissions and
// limitations under the License.

package controller

import (
        "encoding/json"
        "fmt"
        "net"
        "os"
        "reflect"
        "strconv"
        "strings"
        "sync"
        "time"

        "github.com/sirupsen/logrus"
        "github.com/yl2chen/cidranger"
        "golang.org/x/time/rate"

        v1 "k8s.io/api/core/v1"
        discovery "k8s.io/api/discovery/v1"
        v1net "k8s.io/api/networking/v1"
        "k8s.io/apimachinery/pkg/labels"
        "k8s.io/apimachinery/pkg/util/wait"
        "k8s.io/client-go/kubernetes"
        "k8s.io/client-go/tools/cache"
        "k8s.io/client-go/util/workqueue"

        "github.com/noironetworks/aci-containers/pkg/apicapi"
        fabattv1 "github.com/noironetworks/aci-containers/pkg/fabricattachment/apis/aci.fabricattachment/v1"
        fabattclset "github.com/noironetworks/aci-containers/pkg/fabricattachment/clientset/versioned"
        hppv1 "github.com/noironetworks/aci-containers/pkg/hpp/apis/aci.hpp/v1"
        "github.com/noironetworks/aci-containers/pkg/index"
        "github.com/noironetworks/aci-containers/pkg/ipam"
        istiov1 "github.com/noironetworks/aci-containers/pkg/istiocrd/apis/aci.istio/v1"
        "github.com/noironetworks/aci-containers/pkg/metadata"
        nodeinfo "github.com/noironetworks/aci-containers/pkg/nodeinfo/apis/aci.snat/v1"
        rdConfig "github.com/noironetworks/aci-containers/pkg/rdconfig/apis/aci.snat/v1"
        snatglobalinfo "github.com/noironetworks/aci-containers/pkg/snatglobalinfo/apis/aci.snat/v1"
        "github.com/noironetworks/aci-containers/pkg/util"
)

type podUpdateFunc func(*v1.Pod) (*v1.Pod, error)
type nodeUpdateFunc func(*v1.Node) (*v1.Node, error)
type serviceUpdateFunc func(*v1.Service) (*v1.Service, error)
type listNetworkPoliciesFunc func(string) (*v1net.NetworkPolicyList, error)
type listNamespacesFunc func() (*v1.NamespaceList, error)

type AciController struct {
        log    *logrus.Logger
        config *ControllerConfig
        env    Environment

        defaultEg string
        defaultSg string

        unitTestMode bool

        podQueue               workqueue.RateLimitingInterface
        netPolQueue            workqueue.RateLimitingInterface
        qosQueue               workqueue.RateLimitingInterface
        serviceQueue           workqueue.RateLimitingInterface
        snatQueue              workqueue.RateLimitingInterface
        netflowQueue           workqueue.RateLimitingInterface
        erspanQueue            workqueue.RateLimitingInterface
        snatNodeInfoQueue      workqueue.RateLimitingInterface
        rdConfigQueue          workqueue.RateLimitingInterface
        istioQueue             workqueue.RateLimitingInterface
        nodeFabNetAttQueue     workqueue.RateLimitingInterface
        netFabConfigQueue      workqueue.RateLimitingInterface
        nadVlanMapQueue        workqueue.RateLimitingInterface
        fabricVlanPoolQueue    workqueue.RateLimitingInterface
        netFabL3ConfigQueue    workqueue.RateLimitingInterface
        remIpContQueue         workqueue.RateLimitingInterface
        epgDnCacheUpdateQueue  workqueue.RateLimitingInterface
        aaepMonitorConfigQueue workqueue.RateLimitingInterface

        namespaceIndexer                     cache.Indexer
        namespaceInformer                    cache.Controller
        podIndexer                           cache.Indexer
        podInformer                          cache.Controller
        endpointsIndexer                     cache.Indexer
        endpointsInformer                    cache.Controller
        serviceIndexer                       cache.Indexer
        serviceInformer                      cache.Controller
        replicaSetIndexer                    cache.Indexer
        replicaSetInformer                   cache.Controller
        deploymentIndexer                    cache.Indexer
        deploymentInformer                   cache.Controller
        nodeIndexer                          cache.Indexer
        nodeInformer                         cache.Controller
        networkPolicyIndexer                 cache.Indexer
        networkPolicyInformer                cache.Controller
        snatIndexer                          cache.Indexer
        snatInformer                         cache.Controller
        snatNodeInfoIndexer                  cache.Indexer
        snatNodeInformer                     cache.Controller
        snatLocalInfoInformer                cache.Controller
        crdInformer                          cache.Controller
        rdConfigInformer                     cache.Controller
        rdConfigIndexer                      cache.Indexer
        qosIndexer                           cache.Indexer
        qosInformer                          cache.Controller
        netflowIndexer                       cache.Indexer
        netflowInformer                      cache.Controller
        erspanIndexer                        cache.Indexer
        erspanInformer                       cache.Controller
        nodePodIfIndexer                     cache.Indexer
        nodePodIfInformer                    cache.Controller
        istioIndexer                         cache.Indexer
        istioInformer                        cache.Controller
        endpointSliceIndexer                 cache.Indexer
        endpointSliceInformer                cache.Controller
        snatCfgInformer                      cache.Controller
        updatePod                            podUpdateFunc
        updateNode                           nodeUpdateFunc
        updateServiceStatus                  serviceUpdateFunc
        listNetworkPolicies                  listNetworkPoliciesFunc
        listNamespaces                       listNamespacesFunc
        nodeFabNetAttInformer                cache.SharedIndexInformer
        netFabConfigInformer                 cache.SharedIndexInformer
        nadVlanMapInformer                   cache.SharedIndexInformer
        fabricVlanPoolInformer               cache.SharedIndexInformer
        networkFabricL3ConfigurationInformer cache.SharedIndexInformer
        fabNetAttClient                      *fabattclset.Clientset
        proactiveConfInformer                cache.SharedIndexInformer
        aaepMonitorInformer                  cache.SharedIndexInformer
        poster                               *EventPoster

        indexMutex sync.Mutex
        hppMutex   sync.Mutex

        configuredPodNetworkIps *netIps
        podNetworkIps           *netIps
        serviceIps              *ipam.IpCache
        staticServiceIps        *netIps
        nodeServiceIps          *netIps

        // index of pods matched by deployments
        depPods *index.PodSelectorIndex
        // index of pods matched by network policies
        netPolPods *index.PodSelectorIndex
        // index of pods matched by network policy ingress rules
        netPolIngressPods *index.PodSelectorIndex
        // index of pods matched by network policy egress rules
        netPolEgressPods *index.PodSelectorIndex
        // index of IP addresses contained in endpoints objects
        endpointsIpIndex cidranger.Ranger
        // index of service target ports
        targetPortIndex map[string]*portIndexEntry
        // index of ip blocks referenced by network policy egress rules
        netPolSubnetIndex cidranger.Ranger
        // index of pods matched by erspan policies
        erspanPolPods *index.PodSelectorIndex

        apicConn *apicapi.ApicConnection

        nodeServiceMetaCache map[string]*nodeServiceMeta
        nodeACIPod           map[string]aciPodAnnot
        nodeACIPodAnnot      map[string]aciPodAnnot
        nodeOpflexDevice     map[string]apicapi.ApicSlice
        nodePodNetCache      map[string]*nodePodNetMeta
        serviceMetaCache     map[string]*serviceMeta
        snatPolicyCache      map[string]*ContSnatPolicy
        delayedEpSlices      []*DelayedEpSlice
        snatServices         map[string]bool
        snatNodeInfoCache    map[string]*nodeinfo.NodeInfo
        rdConfigCache        map[string]*rdConfig.RdConfig
        rdConfigSubnetCache  map[string]*rdConfig.RdConfigSpec
        istioCache           map[string]*istiov1.AciIstioOperator
        podIftoEp            map[string]*EndPointData
        // Node Name and Policy Name
        snatGlobalInfoCache map[string]map[string]*snatglobalinfo.GlobalInfo
        nodeSyncEnabled     bool
        serviceSyncEnabled  bool
        snatSyncEnabled     bool
        syncQueue           workqueue.RateLimitingInterface
        syncProcessors      map[string]func() bool
        serviceEndPoints    ServiceEndPointType
        crdHandlers         map[string]func(*AciController, <-chan struct{})
        stopCh              <-chan struct{}
        //index of containerportname to ctrPortNameEntry
        ctrPortNameCache map[string]*ctrPortNameEntry
        // named networkPolicies
        nmPortNp map[string]bool
        //maps network policy hash to hpp
        hppRef map[string]hppReference
        //map for ns to remoteIpConts
        nsRemoteIpCont map[string]remoteIpConts
        // cache to look for Epg DNs which are bound to Vmm domain
        cachedEpgDns             []string
        vmmClusterFaultSupported bool
        additionalNetworkCache   map[string]*AdditionalNetworkMeta
        //Used in Shared mode
        sharedEncapCache       map[int]*sharedEncapData
        sharedEncapAepCache    map[string]map[int]bool
        sharedEncapSviCache    map[int]*NfL3Data
        sharedEncapVrfCache    map[string]*NfVrfData
        sharedEncapTenantCache map[string]*NfTenantData
        nfl3configGenerationId int64
        // vlan to propertiesList
        sharedEncapNfcCache         map[int]*NfcData
        sharedEncapNfcVlanMap       map[int]*NfcData
        sharedEncapNfcLabelMap      map[string]*NfcData
        sharedEncapNfcAppProfileMap map[string]bool
        // nadVlanMap encapLabel to vlan
        sharedEncapLabelMap      map[string][]int
        lldpIfCache              map[string]*NfLLDPIfData
        globalVlanConfig         globalVlanConfig
        fabricVlanPoolMap        map[string]map[string]string
        openStackFabricPathDnMap map[string]openstackOpflexOdevInfo
        hostFabricPathDnMap      map[string]hostFabricInfo
        openStackSystemId        string
        sharedAaepMonitor        map[string]map[string]*AaepEpgAttachData
}

type hostFabricInfo struct {
        fabricPathDn string
        host         string
        vpcIfDn      map[string]struct{}
}

type NfLLDPIfData struct {
        LLDPIf string
        // As of now, manage at the NAD level
        // more granular introduces intf tracking complexities
        // for not sufficient benefits
        Refs map[string]bool
}

type NfL3OutData struct {
        // +kubebuilder:validation:Enum:"import"
        RtCtrl     string
        PodId      int
        RtrNodeMap map[int]*fabattv1.FabricL3OutRtrNode
        ExtEpgMap  map[string]*fabattv1.PolicyPrefixGroup
        SviMap     map[int]bool
}

type NfTenantData struct {
        CommonTenant     bool
        L3OutConfig      map[string]*NfL3OutData
        BGPPeerPfxConfig map[string]*fabattv1.BGPPeerPrefixPolicy
}

type NfVrfData struct {
        TenantConfig map[string]*NfTenantData
}

type NfL3Networks struct {
        fabattv1.PrimaryNetwork
        Subnets map[string]*fabattv1.FabricL3Subnet
}

type NfL3Data struct {
        Tenant      string
        Vrf         fabattv1.VRF
        PodId       int
        ConnectedNw *NfL3Networks
        NetAddr     map[string]*RoutedNetworkData
        Nodes       map[int]fabattv1.FabricL3OutNode
}

// maps pod name to remoteIpCont
type remoteIpConts map[string]remoteIpCont

// remoteIpCont maps ip to pod labels
type remoteIpCont map[string]map[string]string

type NfcData struct {
        Aeps map[string]bool
        Epg  fabattv1.Epg
}

type sharedEncapData struct {
        //node to NAD to pods
        Pods   map[string]map[string][]string
        NetRef map[string]*AdditionalNetworkMeta
        Aeps   map[string]bool
}

type globalVlanConfig struct {
        SharedPhysDom apicapi.ApicObject
        SharedL3Dom   apicapi.ApicObject
}

type hppReference struct {
        RefCount uint              `json:"ref-count,omitempty"`
        Npkeys   []string          `json:"npkeys,omitempty"`
        HppObj   apicapi.ApicSlice `json:"hpp-obj,omitempty"`
        HppCr    hppv1.HostprotPol `json:"hpp-cr,omitempty"`
}

type DelayedEpSlice struct {
        ServiceKey  string
        OldEpSlice  *discovery.EndpointSlice
        NewEpSlice  *discovery.EndpointSlice
        DelayedTime time.Time
}

type aciPodAnnot struct {
        aciPod             string
        isSingleOpflexOdev bool
        disconnectTime     time.Time
        connectTime        time.Time
        lastErrorTime      time.Time
}

type nodeServiceMeta struct {
        serviceEp metadata.ServiceEndpoint
}

type nodePodNetMeta struct {
        nodePods            map[string]bool
        podNetIps           metadata.NetIps
        podNetIpsAnnotation string
}

type openstackOpflexOdevInfo struct {
        opflexODevDn map[string]struct{}
        fabricPathDn string
}

type serviceMeta struct {
        requestedIps     []net.IP
        ingressIps       []net.IP
        staticIngressIps []net.IP
}

type ipIndexEntry struct {
        ipNet net.IPNet
        keys  map[string]bool
}

type targetPort struct {
        proto v1.Protocol
        ports []int
}

type portIndexEntry struct {
        port              targetPort
        serviceKeys       map[string]bool
        networkPolicyKeys map[string]bool
}

type portRangeSnat struct {
        start int
        end   int
}

// EndPointData holds PodIF data in controller.
type EndPointData struct {
        MacAddr    string
        EPG        string
        Namespace  string
        AppProfile string
}

type ctrPortNameEntry struct {
        // Proto+port->pods
        ctrNmpToPods map[string]map[string]bool
}

type LinkData struct {
        Link []string
        Pods []string
}

type RoutedNodeData struct {
        addr string
        idx  int
}

type RoutedNetworkData struct {
        subnet       string
        netAddress   string
        maskLen      int
        numAllocated int
        maxAddresses int
        baseAddress  net.IP
        nodeMap      map[string]RoutedNodeData
        availableMap map[int]bool
}

type AdditionalNetworkMeta struct {
        NetworkName string
        EncapVlan   string
        //node+localiface->fabricLinks
        FabricLink map[string]map[string]LinkData
        NodeCache  map[string]*fabattv1.NodeFabricNetworkAttachment
        Mode       util.EncapMode
}

type ServiceEndPointType interface {
        InitClientInformer(kubeClient *kubernetes.Clientset)
        Run(stopCh <-chan struct{})
        Wait(stopCh <-chan struct{})
        UpdateServicesForNode(nodename string)
        GetnodesMetadata(key string, service *v1.Service, nodeMap map[string]*metadata.ServiceEndpoint)
        SetServiceApicObject(aobj apicapi.ApicObject, service *v1.Service) bool
        SetNpServiceAugmentForService(servicekey string, service *v1.Service, prs *portRemoteSubnet,
                portAugments map[string]*portServiceAugment, subnetIndex cidranger.Ranger, logger *logrus.Entry)
}

type serviceEndpoint struct {
        cont *AciController
}
type serviceEndpointSlice struct {
        cont *AciController
}

type AaepEpgAttachData struct {
        encapVlan     int
        nadName       string
        namespaceName string
        nadCreated    bool
}

type EpgVlanMap struct {
        epgDn     string
        encapVlan int
}

func (sep *serviceEndpoint) InitClientInformer(kubeClient *kubernetes.Clientset) {
        sep.cont.initEndpointsInformerFromClient(kubeClient)
}

func (seps *serviceEndpointSlice) InitClientInformer(kubeClient *kubernetes.Clientset) {
        seps.cont.initEndpointSliceInformerFromClient(kubeClient)
}

func (sep *serviceEndpoint) Run(stopCh <-chan struct{}) {
        go sep.cont.endpointsInformer.Run(stopCh)
}

func (seps *serviceEndpointSlice) Run(stopCh <-chan struct{}) {
        go seps.cont.endpointSliceInformer.Run(stopCh)
}

func (sep *serviceEndpoint) Wait(stopCh <-chan struct{}) {
        cache.WaitForCacheSync(stopCh,
                sep.cont.endpointsInformer.HasSynced,
                sep.cont.serviceInformer.HasSynced)
}

func (seps *serviceEndpointSlice) Wait(stopCh <-chan struct{}) {
        seps.cont.log.Debug("Waiting for EndPointSlicecache sync")
        cache.WaitForCacheSync(stopCh,
                seps.cont.endpointSliceInformer.HasSynced,
                seps.cont.serviceInformer.HasSynced)
}

func (e *ipIndexEntry) Network() net.IPNet {
        return e.ipNet
}

func newNodePodNetMeta() *nodePodNetMeta {
        return &nodePodNetMeta{
                nodePods: make(map[string]bool),
        }
}

func createQueue(name string) workqueue.RateLimitingInterface {
        return workqueue.NewNamedRateLimitingQueue(
                workqueue.NewMaxOfRateLimiter(
                        workqueue.NewItemExponentialFailureRateLimiter(5*time.Millisecond,
                                10*time.Second),
                        &workqueue.BucketRateLimiter{
                                Limiter: rate.NewLimiter(rate.Limit(10), int(100)),
                        },
                ),
                "delta")
}

func NewController(config *ControllerConfig, env Environment, log *logrus.Logger, unittestmode bool) *AciController {
        cont := &AciController{
                log:          log,
                config:       config,
                env:          env,
                defaultEg:    "",
                defaultSg:    "",
                unitTestMode: unittestmode,

                podQueue:               createQueue("pod"),
                netPolQueue:            createQueue("networkPolicy"),
                qosQueue:               createQueue("qos"),
                netflowQueue:           createQueue("netflow"),
                erspanQueue:            createQueue("erspan"),
                serviceQueue:           createQueue("service"),
                snatQueue:              createQueue("snat"),
                snatNodeInfoQueue:      createQueue("snatnodeinfo"),
                rdConfigQueue:          createQueue("rdconfig"),
                istioQueue:             createQueue("istio"),
                nodeFabNetAttQueue:     createQueue("nodefabricnetworkattachment"),
                netFabConfigQueue:      createQueue("networkfabricconfiguration"),
                nadVlanMapQueue:        createQueue("nadvlanmap"),
                fabricVlanPoolQueue:    createQueue("fabricvlanpool"),
                netFabL3ConfigQueue:    createQueue("networkfabricl3configuration"),
                remIpContQueue:         createQueue("remoteIpContainer"),
                epgDnCacheUpdateQueue:  createQueue("epgDnCache"),
                aaepMonitorConfigQueue: createQueue("aaepepgmap"),
                syncQueue: workqueue.NewNamedRateLimitingQueue(
                        &workqueue.BucketRateLimiter{
                                Limiter: rate.NewLimiter(rate.Limit(10), int(100)),
                        }, "sync"),

                configuredPodNetworkIps: newNetIps(),
                podNetworkIps:           newNetIps(),
                serviceIps:              ipam.NewIpCache(),
                staticServiceIps:        newNetIps(),
                nodeServiceIps:          newNetIps(),

                nodeACIPod:       make(map[string]aciPodAnnot),
                nodeACIPodAnnot:  make(map[string]aciPodAnnot),
                nodeOpflexDevice: make(map[string]apicapi.ApicSlice),

                nodeServiceMetaCache:        make(map[string]*nodeServiceMeta),
                nodePodNetCache:             make(map[string]*nodePodNetMeta),
                serviceMetaCache:            make(map[string]*serviceMeta),
                snatPolicyCache:             make(map[string]*ContSnatPolicy),
                snatServices:                make(map[string]bool),
                snatNodeInfoCache:           make(map[string]*nodeinfo.NodeInfo),
                rdConfigCache:               make(map[string]*rdConfig.RdConfig),
                rdConfigSubnetCache:         make(map[string]*rdConfig.RdConfigSpec),
                podIftoEp:                   make(map[string]*EndPointData),
                snatGlobalInfoCache:         make(map[string]map[string]*snatglobalinfo.GlobalInfo),
                istioCache:                  make(map[string]*istiov1.AciIstioOperator),
                crdHandlers:                 make(map[string]func(*AciController, <-chan struct{})),
                ctrPortNameCache:            make(map[string]*ctrPortNameEntry),
                nmPortNp:                    make(map[string]bool),
                hppRef:                      make(map[string]hppReference),
                additionalNetworkCache:      make(map[string]*AdditionalNetworkMeta),
                sharedEncapCache:            make(map[int]*sharedEncapData),
                sharedEncapAepCache:         make(map[string]map[int]bool),
                sharedEncapSviCache:         make(map[int]*NfL3Data),
                sharedEncapVrfCache:         make(map[string]*NfVrfData),
                sharedEncapTenantCache:      make(map[string]*NfTenantData),
                sharedEncapNfcCache:         make(map[int]*NfcData),
                sharedEncapNfcVlanMap:       make(map[int]*NfcData),
                sharedEncapNfcLabelMap:      make(map[string]*NfcData),
                sharedEncapNfcAppProfileMap: make(map[string]bool),
                sharedEncapLabelMap:         make(map[string][]int),
                lldpIfCache:                 make(map[string]*NfLLDPIfData),
                fabricVlanPoolMap:           make(map[string]map[string]string),
                openStackFabricPathDnMap:    make(map[string]openstackOpflexOdevInfo),
                hostFabricPathDnMap:         make(map[string]hostFabricInfo),
                nsRemoteIpCont:              make(map[string]remoteIpConts),
                sharedAaepMonitor:           make(map[string]map[string]*AaepEpgAttachData),
        }
        cont.syncProcessors = map[string]func() bool{
                "snatGlobalInfo": cont.syncSnatGlobalInfo,
                "rdConfig":       cont.syncRdConfig,
                /* Commenting code to remove dependency from istio.io/istio package.
                   Vulnerabilties were detected by quay.io security scan of aci-containers-controller
                   and aci-containers-operator images for istio.io/istio package

                "istioCR":        cont.createIstioCR,
                */
        }
        return cont
}

func (cont *AciController) Init() {
        if cont.config.ChainedMode {
                cont.log.Info("In chained mode")
        }
        if cont.config.VmmLite {
                cont.log.Info("In VMM lite mode")
        }

        egdata, err := json.Marshal(cont.config.DefaultEg)
        if err != nil {
                cont.log.Error("Could not serialize default endpoint group")
                panic(err.Error())
        }
        cont.defaultEg = string(egdata)

        sgdata, err := json.Marshal(cont.config.DefaultSg)
        if err != nil {
                cont.log.Error("Could not serialize default security groups")
                panic(err.Error())
        }
        cont.defaultSg = string(sgdata)

        cont.log.Debug("Initializing IPAM")
        cont.initIpam()
        // check if the cluster supports endpoint slices
        // if cluster doesn't have the support fallback to endpoints
        kubeClient := cont.env.(*K8sEnvironment).kubeClient
        if util.IsEndPointSlicesSupported(kubeClient) {
                cont.serviceEndPoints = &serviceEndpointSlice{}
                cont.serviceEndPoints.(*serviceEndpointSlice).cont = cont
                cont.log.Info("Initializing ServiceEndpointSlices")
        } else {
                cont.serviceEndPoints = &serviceEndpoint{}
                cont.serviceEndPoints.(*serviceEndpoint).cont = cont
                cont.log.Info("Initializing ServiceEndpoints")
        }

        err = cont.env.Init(cont)
        if err != nil {
                panic(err.Error())
        }
}

func (cont *AciController) processQueue(queue workqueue.RateLimitingInterface,
        store cache.Store, handler func(interface{}) bool,
        deleteHandler func(string) bool,
        postDelHandler func() bool, stopCh <-chan struct{}) {
        go wait.Until(func() {
                for {
                        key, quit := queue.Get()
                        if quit {
                                break
                        }

                        var requeue bool
                        switch key := key.(type) {
                        case chan struct{}:
                                close(key)
                        case string:
                                if strings.HasPrefix(key, "DELETED_") {
                                        delKey := strings.Trim(key, "DELETED_")
                                        requeue = deleteHandler(delKey)
                                } else {
                                        obj, exists, err := store.GetByKey(key)
                                        if err != nil {
                                                cont.log.Debugf("Error fetching object with key %s from store: %v", key, err)
                                        }
                                        //Handle Add/Update/Delete
                                        if exists && handler != nil {
                                                requeue = handler(obj)
                                        }
                                        //Handle Post Delete
                                        if !exists && postDelHandler != nil {
                                                requeue = postDelHandler()
                                        }
                                }
                        }
                        if requeue {
                                queue.AddRateLimited(key)
                        } else {
                                queue.Forget(key)
                        }
                        queue.Done(key)
                }
        }, time.Second, stopCh)
        <-stopCh
        queue.ShutDown()
}

func (cont *AciController) processRemIpContQueue(queue workqueue.RateLimitingInterface,
        handler func(interface{}) bool,
        postDelHandler func() bool, stopCh <-chan struct{}) {
        go wait.Until(func() {
                for {
                        key, quit := queue.Get()
                        if quit {
                                break
                        }

                        var requeue bool
                        switch key := key.(type) {
                        case chan struct{}:
                                close(key)
                        case string:
                                if handler != nil {
                                        requeue = handler(key)
                                }
                                if postDelHandler != nil {
                                        requeue = postDelHandler()
                                }
                        }
                        if requeue {
                                queue.AddRateLimited(key)
                        } else {
                                queue.Forget(key)
                        }
                        queue.Done(key)

                }
        }, time.Second, stopCh)
        <-stopCh
        queue.ShutDown()
}

func (cont *AciController) processEpgDnCacheUpdateQueue(queue workqueue.RateLimitingInterface,
        handler func(interface{}) bool,
        postDelHandler func() bool, stopCh <-chan struct{}) {
        go wait.Until(func() {
                for {
                        key, quit := queue.Get()
                        if quit {
                                break
                        }

                        var requeue bool
                        switch key := key.(type) {
                        case chan struct{}:
                                close(key)
                        case bool:
                                if handler != nil {
                                        requeue = handler(key)
                                }
                                if postDelHandler != nil {
                                        requeue = postDelHandler()
                                }
                        }
                        if requeue {
                                queue.AddRateLimited(key)
                        } else {
                                queue.Forget(key)
                        }
                        queue.Done(key)

                }
        }, time.Second, stopCh)
        <-stopCh
        queue.ShutDown()
}

func (cont *AciController) globalStaticObjs() apicapi.ApicSlice {
        return apicapi.ApicSlice{}
}

func (cont *AciController) aciNameForKey(ktype, key string) string {
        return util.AciNameForKey(cont.config.AciPrefix, ktype, key)
}

func (cont *AciController) initStaticObjs() {
        cont.env.InitStaticAciObjects()
        cont.apicConn.WriteStaticApicObjects(cont.config.AciPrefix+"_static",
                cont.globalStaticObjs())
}

func (cont *AciController) vmmDomainProvider() (vmmProv string) {
        vmmProv = "Kubernetes"
        if strings.ToLower(cont.config.AciVmmDomainType) == "openshift" {
                vmmProv = "OpenShift"
        }
        return
}

func (cont *AciController) Run(stopCh <-chan struct{}) {
        var err error
        var privKey []byte
        var apicCert []byte

        cont.config.AciVrfDn = "uni/tn-" + cont.config.AciVrfTenant + "/ctx-" + cont.config.AciVrf

        if cont.config.ApicPrivateKeyPath != "" {
                privKey, err = os.ReadFile(cont.config.ApicPrivateKeyPath)
                if err != nil {
                        panic(err)
                }
        }
        if cont.config.ApicCertPath != "" {
                apicCert, err = os.ReadFile(cont.config.ApicCertPath)
                if err != nil {
                        panic(err)
                }
        }
        // If not defined, default is 1800
        if cont.config.ApicRefreshTimer == "" {
                cont.config.ApicRefreshTimer = "1800"
        }
        refreshTimeout, err := strconv.Atoi(cont.config.ApicRefreshTimer)
        if err != nil {
                panic(err)
        }
        cont.log.Info("ApicRefreshTimer conf is set to: ", refreshTimeout)

        // Bailout if the refreshTimeout is more than 12Hours or less than 5Mins
        if refreshTimeout > (12*60*60) || refreshTimeout < (5*60) {
                cont.log.Info("ApicRefreshTimer can't be more than 12Hrs or less than 5Mins")
                panic(err)
        }

        // If RefreshTickerAdjustInterval is not defined, default to 150Sec.
        if cont.config.ApicRefreshTickerAdjust == "" {
                cont.config.ApicRefreshTickerAdjust = "210"
        }
        refreshTickerAdjust, err := strconv.Atoi(cont.config.ApicRefreshTickerAdjust)
        if err != nil {
                panic(err)
        }

        //If ApicSubscriptionDelay is not defined, default to 100ms
        if cont.config.ApicSubscriptionDelay == 0 {
                cont.config.ApicSubscriptionDelay = 100
        }
        cont.log.Info("ApicSubscriptionDelay conf is set to: ", cont.config.ApicSubscriptionDelay)

        // If OpflexDeviceDeleteTimeout is not defined, default to 1800s
        if cont.config.OpflexDeviceDeleteTimeout == 0 {
                cont.config.OpflexDeviceDeleteTimeout = 1800
        }

        // If OpflexDeviceReconnectWaitTimeout is not defined, default to 25s
        if cont.config.OpflexDeviceReconnectWaitTimeout == 0 {
                cont.config.OpflexDeviceReconnectWaitTimeout = 25
        }
        cont.log.Debug("OpflexDeviceReconnectWaitTimeout set to: ", cont.config.OpflexDeviceReconnectWaitTimeout)

        // If SleepTimeSnatGlobalInfoSync is not defined, default to 60
        if cont.config.SleepTimeSnatGlobalInfoSync == 0 {
                cont.config.SleepTimeSnatGlobalInfoSync = 60
        }

        // If not defined, default to 32
        if cont.config.PodIpPoolChunkSize == 0 {
                cont.config.PodIpPoolChunkSize = 32
        }
        if !cont.isCNOEnabled() {
                cont.log.Info("PodIpPoolChunkSize conf is set to: ", cont.config.PodIpPoolChunkSize)
        }

        // If ApicConnectionRetryLimit is not defined, default to 5
        if cont.config.ApicConnectionRetryLimit == 0 {
                cont.config.ApicConnectionRetryLimit = 5
        }
        cont.log.Debug("ApicConnectionRetryLimit set to: ", cont.config.ApicConnectionRetryLimit)

        // If not valid, default to 5000-65000
        // other permissible values 1-65000
        defStart := 5000
        defEnd := 65000
        if cont.config.SnatDefaultPortRangeStart == 0 {
                cont.config.SnatDefaultPortRangeStart = defStart
        }
        if cont.config.SnatDefaultPortRangeEnd == 0 {
                cont.config.SnatDefaultPortRangeEnd = defEnd
        }
        if cont.config.SnatDefaultPortRangeStart < 0 || cont.config.SnatDefaultPortRangeEnd < 0 ||
                cont.config.SnatDefaultPortRangeStart > defEnd || cont.config.SnatDefaultPortRangeEnd > defEnd ||
                cont.config.SnatDefaultPortRangeStart > cont.config.SnatDefaultPortRangeEnd {
                cont.config.SnatDefaultPortRangeStart = defStart
                cont.config.SnatDefaultPortRangeEnd = defEnd
        }

        // Set default value for pbr programming delay if services list is not empty
        // and delay value is empty
        if cont.config.ServiceGraphEndpointAddDelay.Delay == 0 &&
                cont.config.ServiceGraphEndpointAddDelay.Services != nil &&
                len(cont.config.ServiceGraphEndpointAddDelay.Services) > 0 {
                cont.config.ServiceGraphEndpointAddDelay.Delay = 90
        }
        if cont.config.ServiceGraphEndpointAddDelay.Delay > 0 {
                cont.log.Info("ServiceGraphEndpointAddDelay set to: ", cont.config.ServiceGraphEndpointAddDelay.Delay)
        }

        // Set contract scope for snat svc graph to global by default
        if cont.config.SnatSvcContractScope == "" {
                cont.config.SnatSvcContractScope = "global"
        }
        if cont.config.MaxSvcGraphNodes == 0 {
                cont.config.MaxSvcGraphNodes = 32
        }
        if !cont.isCNOEnabled() {
                cont.log.Info("Max number of nodes per svc graph is set to: ", cont.config.MaxSvcGraphNodes)
        }
        cont.apicConn, err = apicapi.New(cont.log, cont.config.ApicHosts,
                cont.config.ApicUsername, cont.config.ApicPassword,
                privKey, apicCert, cont.config.AciPrefix,
                refreshTimeout, refreshTickerAdjust, cont.config.ApicSubscriptionDelay,
                cont.config.AciVrfTenant, cont.UpdateLLDPIfLocked)
        if err != nil {
                panic(err)
        }

        cont.apicConn.FilterOpflexDevice = cont.config.FilterOpflexDevice
        cont.apicConn.Flavor = cont.config.Flavor
        cont.apicConn.VmmDomain = cont.config.AciVmmDomain
        cont.apicConn.ReconnectRetryLimit = cont.config.ApicConnectionRetryLimit
        cont.apicConn.RequestRetryDelay = cont.config.ApicRequestRetryDelay
        cont.apicConn.EnableRequestRetry = cont.config.EnableApicRequestRetry

        if len(cont.config.ApicHosts) != 0 {
        APIC_SWITCH:
                cont.log.WithFields(logrus.Fields{
                        "mod":  "APICAPI",
                        "host": cont.apicConn.Apic[cont.apicConn.ApicIndex],
                }).Debug("Connecting to APIC to determine the Version")

                version, err := cont.apicConn.GetVersion()
                if err != nil {
                        cont.log.Error("Could not get APIC version, switching to next APIC")
                        cont.apicConn.ApicIndex = (cont.apicConn.ApicIndex + 1) % len(cont.apicConn.Apic)
                        time.Sleep(cont.apicConn.ReconnectInterval)
                        goto APIC_SWITCH
                }
                cont.apicConn.CachedVersion = version
                apicapi.ApicVersion = version
                if version >= "4.2(4i)" {
                        cont.apicConn.SnatPbrFltrChain = true
                } else {
                        cont.apicConn.SnatPbrFltrChain = false
                }
                if version >= "5.2" {
                        cont.vmmClusterFaultSupported = true
                }
        } else { // For unit-tests
                cont.apicConn.SnatPbrFltrChain = true
        }

        if !cont.isCNOEnabled() {
                cont.log.Debug("SnatPbrFltrChain set to:", cont.apicConn.SnatPbrFltrChain)
                // Make sure Pod/NodeBDs are assoicated to same VRF.
                if len(cont.config.ApicHosts) != 0 && cont.config.AciPodBdDn != "" && cont.config.AciNodeBdDn != "" {
                        var expectedVrfRelations []string
                        expectedVrfRelations = append(expectedVrfRelations, cont.config.AciPodBdDn, cont.config.AciNodeBdDn)
                        cont.log.Debug("expectedVrfRelations:", expectedVrfRelations)
                        err = cont.apicConn.ValidateAciVrfAssociation(cont.config.AciVrfDn, expectedVrfRelations)
                        if err != nil {
                                cont.log.Error("Pod/NodeBDs and AciL3Out VRF association is incorrect")
                                panic(err)
                        }
                }
        }

        if len(cont.config.ApicHosts) != 0 && cont.vmmClusterFaultSupported && !cont.isCNOEnabled() {
                //Clear fault instances when the controller starts
                cont.clearFaultInstances()
                //Subscribe for vmmEpPD for a given domain
                var tnTargetFilterEpg string
                tnTargetFilterEpg += fmt.Sprintf("uni/vmmp-%s/dom-%s/", cont.vmmDomainProvider(), cont.config.AciVmmDomain)
                subnetTargetFilterEpg := fmt.Sprintf("and(wcard(vmmEpPD.dn,\"%s\"))", tnTargetFilterEpg)
                cont.apicConn.AddSubscriptionClass("vmmEpPD",
                        []string{"vmmEpPD"}, subnetTargetFilterEpg)
                cont.apicConn.SetSubscriptionHooks("vmmEpPD",
                        func(obj apicapi.ApicObject) bool {
                                cont.vmmEpPDChanged(obj)
                                return true
                        },
                        func(dn string) {
                                cont.vmmEpPDDeleted(dn)
                        })
        }

        cont.initStaticObjs()

        err = cont.env.PrepareRun(stopCh)
        if err != nil {
                panic(err.Error())
        }

        cont.apicConn.FullSyncHook = func() {
                // put a channel into each work queue and wait on it to
                // checkpoint object syncing in response to new subscription
                // updates
                cont.log.Debug("Starting checkpoint")
                var chans []chan struct{}
                qs := make([]workqueue.RateLimitingInterface, 0)
                _, ok := cont.env.(*K8sEnvironment)
                if ok {
                        qs = []workqueue.RateLimitingInterface{cont.podQueue}
                        if !cont.isCNOEnabled() {
                                if !cont.config.DisableHppRendering {
                                        qs = append(qs, cont.netPolQueue)
                                }
                                if cont.config.EnableHppDirect {
                                        qs = append(qs, cont.remIpContQueue)
                                }
                                qs = append(qs, cont.qosQueue, cont.serviceQueue,
                                        cont.snatQueue, cont.netflowQueue, cont.snatNodeInfoQueue,
                                        cont.rdConfigQueue, cont.erspanQueue,
                                        cont.epgDnCacheUpdateQueue)
                        }
                }
                for _, q := range qs {
                        c := make(chan struct{})
                        chans = append(chans, c)
                        q.Add(c)
                }
                for _, c := range chans {
                        <-c
                }
                cont.log.Debug("Checkpoint complete")
        }

        if len(cont.config.ApicHosts) != 0 && !cont.isCNOEnabled() {
                cont.BuildSubnetDnCache(cont.config.AciVrfDn, cont.config.AciVrfDn)
                cont.scheduleRdConfig()
                if strings.Contains(cont.config.Flavor, "openstack") {
                        cont.setOpenStackSystemId()
                }
        }

        if !cont.isCNOEnabled() {
                if cont.config.AciPolicyTenant != cont.config.AciVrfTenant {
                        cont.apicConn.AddSubscriptionDn("uni/tn-"+cont.config.AciPolicyTenant,
                                []string{"hostprotPol"})
                }
        } else {
                cont.apicConn.AddSubscriptionDn("uni/tn-"+cont.config.AciPolicyTenant,
                        []string{"fvBD", "fvAp"})
                cont.apicConn.AddSubscriptionClass("fvnsVlanInstP",
                        []string{"fvnsVlanInstP"}, "")
                cont.apicConn.AddSubscriptionClass("infraRsDomP",
                        []string{"infraRsDomP"}, "")
                cont.apicConn.AddSubscriptionClass("physDomP",
                        []string{"physDomP"}, "")
                cont.apicConn.AddSubscriptionClass("l3extDomP",
                        []string{"l3extDomP"}, "")
                cont.apicConn.AddSubscriptionClass("infraRsVlanNs",
                        []string{"infraRsVlanNs"}, "")
                cont.apicConn.AddSubscriptionClass("infraGeneric",
                        []string{"infraGeneric", "infraRsFuncToEpg"}, "")
                cont.apicConn.AddSubscriptionClass("l3extOut",
                        []string{"l3extInstP", "l3extSubnet", "fvRsCons", "fvRsProv", "l3extRsEctx", "l3extRsL3DomAtt", "l3extLNodeP", "l3extRsNodeL3OutAtt", "ipRouteP", "ipNexthopP", "l3extLIfP", "l3extVirtualLIfP", "l3extRsDynPathAtt",
                                "l3extRsPathL3OutAtt", "l3extMember", "l3extIp", "bgpExtP", "bgpPeerP", "bgpAsP", "bgpLocalAsnP", "bgpRsPeerPfxPol"}, "")
                cont.apicConn.AddSubscriptionClass("bgpPeerPfxPol",
                        []string{"bgpPeerPfxPol"}, "")
        }

        if cont.config.VmmLite {
                cont.apicConn.AddSubscriptionClass("infraAttEntityP",
                        []string{"infraRsFuncToEpg"}, "")

                cont.apicConn.SetSubscriptionHooks(
                        "infraAttEntityP",
                        func(obj apicapi.ApicObject) bool {
                                cont.log.Debug("EPG attached to AAEP")
                                cont.handleAaepEpgAttach(obj)
                                return true
                        },
                        func(dn string) {
                                cont.log.Debug("EPG detached from AAEP")
                                cont.handleAaepEpgDetach(dn)
                        },
                )
        }

        if !cont.isCNOEnabled() {
                // When a new class is added for subscriptio, check if its name attribute
                // is in the format aciPrefix-<some value>, if so add it in nameAttrClass
                // in apicapi.go
                subscribeMo := []string{"fvBD", "vnsLDevVip", "vnsAbsGraph", "vnsLDevCtx",
                        "vzFilter", "vzBrCP", "l3extInstP", "vnsSvcRedirectPol",
                        "vnsRedirectHealthGroup", "fvIPSLAMonitoringPol"}
                if cont.config.AciPolicyTenant == cont.config.AciVrfTenant {
                        subscribeMo = append(subscribeMo, "hostprotPol")
                }
                cont.apicConn.AddSubscriptionDn("uni/tn-"+cont.config.AciVrfTenant,
                        subscribeMo)
                cont.apicConn.AddSubscriptionDn(fmt.Sprintf("uni/tn-%s/out-%s",
                        cont.config.AciVrfTenant, cont.config.AciL3Out),
                        []string{"fvRsCons"})
                vmmDn := fmt.Sprintf("comp/prov-%s/ctrlr-[%s]-%s/injcont",
                        cont.env.VmmPolicy(), cont.config.AciVmmDomain,
                        cont.config.AciVmmController)
                // Before subscribing to vmm objects, add vmmInjectedLabel as a child after explicit APIC version check
                // Since it is not supported for APIC versions < "5.0"
                cont.addVmmInjectedLabel()
                cont.apicConn.AddSubscriptionDn(vmmDn,
                        []string{"vmmInjectedHost", "vmmInjectedNs"})

                var tnTargetFilter string
                if len(cont.config.AciVrfRelatedTenants) > 0 {
                        for _, tn := range cont.config.AciVrfRelatedTenants {
                                tnTargetFilter += fmt.Sprintf("tn-%s/|", tn)
                        }
                } else {
                        tnTargetFilter += fmt.Sprintf("tn-%s/|tn-%s/",
                                cont.config.AciPolicyTenant, cont.config.AciVrfTenant)
                }
                subnetTargetFilter := fmt.Sprintf("and(wcard(fvSubnet.dn,\"%s\"))",
                        tnTargetFilter)
                cont.apicConn.AddSubscriptionClass("fvSubnet",
                        []string{"fvSubnet"}, subnetTargetFilter)

                cont.apicConn.SetSubscriptionHooks("fvSubnet",
                        func(obj apicapi.ApicObject) bool {
                                cont.SubnetChanged(obj, cont.config.AciVrfDn)
                                return true
                        },
                        func(dn string) {
                                cont.SubnetDeleted(dn)
                        })

                cont.apicConn.AddSubscriptionClass("opflexODev",
                        []string{"opflexODev"}, "")

                cont.apicConn.SetSubscriptionHooks("opflexODev",
                        func(obj apicapi.ApicObject) bool {
                                cont.opflexDeviceChanged(obj)
                                return true
                        },
                        func(dn string) {
                                cont.opflexDeviceDeleted(dn)
                        })

                if !cont.config.DisableServiceVlanPreprovisioning && !strings.Contains(cont.config.Flavor, "openstack") {
                        if cont.config.AEP == "" {
                                cont.log.Error("AEP is missing in configuration, preprovisioning of service vlan will be disabled")
                        } else {
                                infraRtAttEntPFilter := fmt.Sprintf("and(wcard(infraRtAttEntP.dn,\"/attentp-%s/\"))", cont.config.AEP)
                                cont.apicConn.AddSubscriptionClass("infraRtAttEntP",
                                        []string{"infraRtAttEntP"}, infraRtAttEntPFilter)

                                // For bare metal, the infraRtAttEntP associated with an AEP will be empty.
                                // We should not receive any updates for such cases.
                                cont.apicConn.SetSubscriptionHooks("infraRtAttEntP",
                                        func(obj apicapi.ApicObject) bool {
                                                cont.infraRtAttEntPChanged(obj)
                                                return true
                                        },
                                        func(dn string) {
                                                cont.infraRtAttEntPDeleted(dn)
                                        })

                                cont.apicConn.AddSubscriptionClass("vpcIf",
                                        []string{"vpcIf"}, "")

                                cont.apicConn.SetSubscriptionHooks("vpcIf",
                                        func(obj apicapi.ApicObject) bool {
                                                cont.vpcIfChanged(obj)
                                                return true
                                        },
                                        func(dn string) {
                                                cont.vpcIfDeleted(dn)
                                        })
                        }
                }

                cont.apicConn.VersionUpdateHook =
                        func() {
                                cont.initStaticServiceObjs()
                        }
        }
        go cont.apicConn.Run(stopCh)
}

func (cont *AciController) syncNodeAciPods(stopCh <-chan struct{}, seconds time.Duration) {
        cont.log.Debug("Go routine to periodically check the aci pod information in the opflexOdev of a node")
        ticker := time.NewTicker(seconds * time.Second)
        defer ticker.Stop()

        for {
                select {
                case <-ticker.C:
                        if cont.config.EnableOpflexAgentReconnect {
                                cont.checkChangeOfOpflexOdevAciPod()
                        }
                        if cont.config.AciMultipod {
                                cont.checkChangeOfOdevAciPod()
                        }
                case <-stopCh:
                        return
                }
        }
}

func (cont *AciController) syncOpflexDevices(stopCh <-chan struct{}, seconds time.Duration) {
        cont.log.Debug("Go routine to periodically delete old opflexdevices started")
        ticker := time.NewTicker(seconds * time.Second)
        defer ticker.Stop()

        for {
                select {
                case <-ticker.C:
                        cont.deleteOldOpflexDevices()
                case <-stopCh:
                        return
                }
        }
}

func (cont *AciController) syncDelayedEpSlices(stopCh <-chan struct{}, seconds time.Duration) {
        cont.log.Debug("Go routine to periodically check and process the epslices having delay adding in service")
        ticker := time.NewTicker(seconds * time.Second)
        defer ticker.Stop()

        for {
                select {
                case <-ticker.C:
                        cont.processDelayedEpSlices()
                case <-stopCh:
                        return
                }
        }
}

func (cont *AciController) snatGlobalInfoSync(stopCh <-chan struct{}, seconds int) {
        time.Sleep(time.Duration(seconds) * time.Second)
        cont.log.Debug("Go routine to periodically sync globalinfo and nodeinfo started")
        iteration := 0
        for {
                // To avoid noisy logs, only printing once in 5 minutes
                if iteration%5 == 0 {
                        cont.log.Debug("Syncing GlobalInfo with Node infos")
                }
                var nodeInfos []*nodeinfo.NodeInfo
                cont.indexMutex.Lock()
                cache.ListAll(cont.snatNodeInfoIndexer, labels.Everything(),
                        func(nodeInfoObj interface{}) {
                                nodeInfo := nodeInfoObj.(*nodeinfo.NodeInfo)
                                nodeInfos = append(nodeInfos, nodeInfo)
                        })
                expectedmap := make(map[string]map[string]bool)
                for _, glinfo := range cont.snatGlobalInfoCache {
                        for nodename, entry := range glinfo {
                                if _, found := expectedmap[nodename]; !found {
                                        newentry := make(map[string]bool)
                                        newentry[entry.SnatPolicyName] = true
                                        expectedmap[nodename] = newentry
                                } else {
                                        currententry := expectedmap[nodename]
                                        currententry[entry.SnatPolicyName] = true
                                        expectedmap[nodename] = currententry
                                }
                        }
                }
                cont.indexMutex.Unlock()

                for _, value := range nodeInfos {
                        marked := false
                        policyNames := value.Spec.SnatPolicyNames
                        nodeName := value.ObjectMeta.Name
                        _, ok := expectedmap[nodeName]
                        if !ok && len(policyNames) > 0 {
                                cont.log.Info("Adding missing entry in snatglobalinfo for node: ", nodeName)
                                cont.log.Debug("No snat policies found in snatglobalinfo")
                                cont.log.Debug("Snatpolicy list according to nodeinfo: ", policyNames)
                                marked = true
                        } else if len(policyNames) != len(expectedmap[nodeName]) {
                                cont.log.Info("Adding missing snatpolicy entry in snatglobalinfo for node: ", nodeName)
                                cont.log.Debug("Snatpolicy list according to snatglobalinfo: ", expectedmap[nodeName])
                                cont.log.Debug("Snatpolicy list according to nodeinfo: ", policyNames)
                                marked = true
                        } else {
                                if len(policyNames) == 0 && len(expectedmap[nodeName]) == 0 {
                                        // No snatpolicies present
                                        continue
                                }
                                eq := reflect.DeepEqual(expectedmap[nodeName], policyNames)
                                if !eq {
                                        cont.log.Debug("Syncing inconsistent snatpolicy entry in snatglobalinfo for node: ", nodeName)
                                        cont.log.Debug("Snatpolicy list according to snatglobalinfo: ", expectedmap[nodeName])
                                        cont.log.Debug("Snatpolicy list according to nodeinfo: ", policyNames)
                                        marked = true
                                }
                        }
                        if marked {
                                cont.log.Info("Nodeinfo and globalinfo out of sync for node: ", nodeName)
                                nodeinfokey, err := cache.MetaNamespaceKeyFunc(value)
                                if err != nil {
                                        cont.log.Error("Not able to get key for node: ", nodeName)
                                        continue
                                }
                                cont.log.Info("Queuing nodeinfokey for globalinfo sync: ", nodeinfokey)
                                cont.queueNodeInfoUpdateByKey(nodeinfokey)
                        } else if iteration%5 == 0 {
                                cont.log.Info("Nodeinfo and globalinfo in sync for node: ", nodeName)
                        }
                }
                time.Sleep(time.Duration(seconds) * time.Second)
                iteration++
        }
}

func (cont *AciController) processSyncQueue(queue workqueue.RateLimitingInterface,
        queueStop <-chan struct{}) {
        go wait.Until(func() {
                for {
                        syncType, quit := queue.Get()
                        if quit {
                                break
                        }
                        var requeue bool
                        if sType, ok := syncType.(string); ok {
                                if f, ok := cont.syncProcessors[sType]; ok {
                                        requeue = f()
                                }
                        }
                        if requeue {
                                queue.AddRateLimited(syncType)
                        } else {
                                queue.Forget(syncType)
                        }
                        queue.Done(syncType)
                }
        }, time.Second, queueStop)
        <-queueStop
        queue.ShutDown()
}

func (cont *AciController) scheduleSyncGlobalInfo() {
        cont.syncQueue.AddRateLimited("snatGlobalInfo")
}
func (cont *AciController) scheduleRdConfig() {
        cont.syncQueue.AddRateLimited("rdConfig")
}
func (cont *AciController) scheduleCreateIstioCR() {
        cont.syncQueue.AddRateLimited("istioCR")
}

func (cont *AciController) addVmmInjectedLabel() {
        if apicapi.ApicVersion >= "5.2" {
                err := apicapi.AddMetaDataChild("vmmInjectedNs", "vmmInjectedLabel")
                if err != nil {
                        panic(err.Error())
                }
                err = apicapi.AddMetaDataChild("vmmInjectedSvc", "vmmInjectedLabel")
                if err != nil {
                        panic(err.Error())
                }
        }
        if apicapi.ApicVersion >= "5.0" {
                err := apicapi.AddMetaDataChild("vmmInjectedReplSet", "vmmInjectedLabel")
                if err != nil {
                        panic(err.Error())
                }
                err = apicapi.AddMetaDataChild("vmmInjectedContGrp", "vmmInjectedLabel")
                if err != nil {
                        panic(err.Error())
                }
                err = apicapi.AddMetaDataChild("vmmInjectedDepl", "vmmInjectedLabel")
                if err != nil {
                        panic(err.Error())
                }
        }
}

func (cont *AciController) isCNOEnabled() bool {
        return cont.config.ChainedMode || cont.config.VmmLite
}

noironetworks / aci-containers / 11144

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