Kubernetes 资源预留（一）

废物才会开启防护 發表於 2021-8-13 20:12:00

<h1>Node Allocatable Resources</h1>
<h4 style="margin-left: 30px">Allcatable</h4>
除了 kubelet、runtime 等 kubernetes 守护进程和用户 pod 之外，Kubernetes 节点通常还运行许多操作系统系统守护进程。 Kubernetes 假设节点中的所有可用计算资源（称为容量）都可用于用户 Pod。实际上，系统守护进程使用大量资源，它们的可用性对于系统的稳定性至关重要。为了解决这个问题，该提案引入了 Allocatable 的概念，它标识了用户 Pod 可用的计算资源量。具体来说，kubelet 将提供一些旋钮来为 OS 系统守护进程和 kubernetes 守护进程保留资源
Kubernetes 的节点可以按照 Capacity调度。默认情况下 pod 能够使用节点全部可用容量。但这样也存在问题，因为节点自己通常运行了不少驱动 OS 和 Kubernetes 的系统守护进程。除非为这些系统守护进程留出资源，否则它们将与 pod 争夺资源并导致节点资源短缺问题。kubelet公开了一个名为node allocatable的特性，有助于为系统守护进程预留计算资源。 Kubernetes 推荐集群管理员按照每个节点上的工作负载密度配置node allocatable
<pre> Node Capacity
---------------------------
| kube-reserved |
|-------------------------|
| system-reserved |
|-------------------------|
| eviction-threshold |
|-------------------------|
| allocatable |
| (available for pods)|
---------------------------</pre>
<table style="height: 170px; margin-left: 30px; width: 1222px" border="0">
<tbody>
<tr>
<td>Node Capacity </td>
<td>是指Kubernetes Node所有资源总量</td>
</tr>
<tr>
<td>Kube-reserved</td>
<td>是指为Kubernetes组件预留的资源量，如（Docker deamon, kubelet, kube proxy）</td>
</tr>
<tr>
<td>System-reserved</td>
<td>是指为系统守护进程预留的资源量，如不受kubernetes 管理的进程、一般涵盖在/system 下的raw container的所有进程</td>
</tr>
<tr>
<td>eviction-threshold</td>
<td>是指节点的驱逐策略，根据kubelet启动时注入的参数（--eviction-hard等其它）设定的阈值，如果触发该阈值，kubelet会根据Kubenetes中的Qos的等级进行驱逐Pod</td>
</tr>
<tr>
<td>allocatable    </td>
<td>是指节点上的Pod所完全能够分配的资源，具体公式如： =  -  -  - </td>
</tr>
</tbody>
</table>
Kubernetes 节点上的 Allocatable 被定义为 pod 可用计算资源量。调度器不会超额申请 Allocatable。目前支持 CPU, memory 和 ephemeral-storage 这几个参数
<h4 style="margin-left: 30px">Kube-Reserved</h4>
kubereserved是为kubernetes组件预留资源而设立的参数配置，设置此参数必须需要重启kubelet（在kublet启动时通过cmd-line引入），因此kubelet正常运行时无法将其更改（不排除在以后的版本fix这一缺陷实现热加载）
--kube-reserved=cpu=500m,memory=500Mi
早期的功能仅支持CPU & MEM资源预留，但在以后kubernetes会相继支持更多的资源限制，比如本地存储 & IO 权重以实现kubernetes node的资源分配可靠性
<h4 style="margin-left: 30px">System-Reserved</h4>
最初实现，systemreserved 与 kubereserved 的功能是一样的，同样都是资源预留功能，但是二者的意义是不同的，很明显kubereserved是为kubernetes组件实现资源预留；而systemreserved是为非kubernetes组件的系统进程而预留的资源值
<h4 style="margin-left: 30px">Evictions Thresholds</h4>
为了提高节点的可靠性，每当节点内存或本地存储耗尽时，kubelet 都会驱逐 pod， evictions & node allocatable可共同有助于提高节点稳定性
自1.5版本开始，evictions是基于节点整体的capacity的使用情况，kubelet驱逐pod是基于Qos与自定义的eviction thresholds，更多的细节请参考文档
从1.6版本开始，默认情况下，节点上的所有pod使用 cgroups 强制执行 Allocatable，pod 不能超过 Allocatable的值，cgroups强制执行 meory & cpu resource.limits
官方范例参考
<div><ol>
<li style="list-style-type: none"><ol>
<li>Node Capacity is 32Gi, kube-reserved is 2Gi, system-reserved is 1Gi, eviction-hard is set to <100Mi</li>
<li>For this node, the effective Node Allocatable is 28.9Gi only; i.e. if kube and system components use up all their reservation, the memory available for pods is only 28.9Gi and kubelet will evict pods once overall usage of pods crosses that threshold.</li>
<li>If we enforce Node Allocatable (28.9Gi) via top level cgroups, then pods can never exceed 28.9Gi in which case evictions will not be performed unless kernel memory consumption is above 100Mi.（如果我们通过顶级 cgroup 强制执行节点可分配 (28.9Gi)，那么 pod 永远不会超过 28.9Gi，在这种情况下，除非内核内存消耗超过 100Mi，否则不会执行驱逐）</li>
</ol></li>
</ol>
<h4 style="margin-left: 30px">注意事项</h4>
<div style="margin-left: 30px">通过systemreserved为系统预留资源时，一定要谨慎操作，如果预留的资源不足以满足OS进程正常运行那么必定带来的是致命错误（OOM完犊子），但是也不是不可以使用，前提条件是你必须对自己系统的资源使用情况了如指掌，那具体的策略操作必定是神来之手</div>
<div style="margin-left: 30px">systemd-logind ssh session资源是在/user.slice，具体的资源使用率则不会计入node，具体资源限制是在/user.slice下，理想的状况是放在SystemReserved的顶层的cgroup</div>
</div>
<h2 style="text-align: left">具体配置</h2>
<h4 style="margin-left: 30px">前提条件</h4>
<ol>
<li>启用cgroupsPerQOS，默认值是 true，即启动</li>
<li>配置 cgroup driver，kubelet支持在主机上使用 cgroup 驱动操作 cgroup 层次结构，可通过--cgroup-driver配置（这里的cgroup driver一定要与Container runtimes一致）参考地址</li>
</ol>
<div>
<ul>
<li style="margin-left: 30px">cgroupfs 是默认的驱动，在主机上直接操作 cgroup 文件系统以对 cgroup 沙箱进行管理</li>
<li style="margin-left: 30px">systemd 是可选的驱动，使用 init 系统支持的资源的瞬时切片管理 cgroup 沙箱</li>
</ul>
</div>
<h4 style="text-align: left; margin-left: 30px"> 配置参数</h4>
<ul>
<li>--enforce-node-allocatable=[,][,]</li>
</ul>
参数默认值是 pods
如果--cgroups-per-qos=false，那么该值必须空，否则kublet启动报错
如果指定了kube-reserved & system-reserved ，那么对应的参数--kube-resrved-cgroup & --system-reserved-cgroup要必须指定，否则为此资源预留失败
以上值pods, kube-reserved, system-reserved，如果指定了代表enable对应资源预留
<ul>
<li>--cgroups-per-qos=true
启用基于 QoS 的 Cgroup 层次结构（官方原文：Enable QoS based Cgroup hierarchy: top level cgroups for QoS Classes And all Burstable and BestEffort pods are brought up under their specific top level QoS cgroup. Dynamic Kubelet Config (beta): This field should not be updated without a full node reboot. It is safest to keep this value the same as the local config. Default: true）此值为 true 时创建顶级的 QoS 和 Pod cgroup。（默认值为 true）（已弃用：在 --config 指定的配置文件中进行设置。有关更多信息，请参阅 https://kubernetes.io/docs/tasks/administer-cluster/kubelet-config-file/。）
为了更好的在Node节点范围上实施Node Allocatable功能，您必须通过 --cgroups-per-qos 标志启用新的 cgroup 层次结构。该参数是默认设置是true。启用后，kubelet 将在其管理的 cgroup 层次结构中创建所有终端用户的 Pod。
更多详细说明，看下文cgroup的推荐配置
在系统与之对应的配置，如下
<div class="cnblogs_code">
<pre><root@HK-K8S-WN1 /sys/fs/cgroup/memory># pwd
/sys/fs/cgroup/memory
<root@HK-K8S-WN1 /sys/fs/cgroup/memory># ls -l
total 0
drwxr-xr-x 2 root root 0 Jul 20 22:31 assist
-rw-r--r-- 1 root root 0 Aug 14 14:37 cgroup.clone_children
--w--w--w- 1 root root 0 Aug 14 15:37 cgroup.event_control
-rw-r--r-- 1 root root 0 Aug 14 15:37 cgroup.procs
-r--r--r-- 1 root root 0 Aug 14 15:37 cgroup.sane_behavior
drwxr-xr-x 5 root root 0 Mar 16 14:04 kubepods.slice
-rw-r--r-- 1 root root 0 Aug 14 14:37 memory.failcnt
--w------- 1 root root 0 Aug 14 15:37 memory.force_empty
-rw-r--r-- 1 root root 0 Aug 14 14:37 memory.kmem.failcnt
-rw-r--r-- 1 root root 0 Aug 14 14:37 memory.kmem.limit_in_bytes
-rw-r--r-- 1 root root 0 Aug 14 14:37 memory.kmem.max_usage_in_bytes
-r--r--r-- 1 root root 0 Aug 14 15:37 memory.kmem.slabinfo
-rw-r--r-- 1 root root 0 Aug 14 14:37 memory.kmem.tcp.failcnt
-rw-r--r-- 1 root root 0 Aug 14 14:37 memory.kmem.tcp.limit_in_bytes
-rw-r--r-- 1 root root 0 Aug 14 14:37 memory.kmem.tcp.max_usage_in_bytes
-r--r--r-- 1 root root 0 Aug 14 14:37 memory.kmem.tcp.usage_in_bytes
-r--r--r-- 1 root root 0 Aug 14 14:37 memory.kmem.usage_in_bytes
-rw-r--r-- 1 root root 0 Aug 14 14:37 memory.limit_in_bytes
-rw-r--r-- 1 root root 0 Aug 14 14:37 memory.max_usage_in_bytes
-rw-r--r-- 1 root root 0 Aug 14 14:37 memory.memsw.failcnt
-rw-r--r-- 1 root root 0 Aug 14 14:37 memory.memsw.limit_in_bytes
-rw-r--r-- 1 root root 0 Aug 14 14:37 memory.memsw.max_usage_in_bytes
-r--r--r-- 1 root root 0 Aug 14 14:37 memory.memsw.usage_in_bytes
-rw-r--r-- 1 root root 0 Aug 14 15:37 memory.move_charge_at_immigrate
-r--r--r-- 1 root root 0 Aug 14 15:37 memory.numa_stat
-rw-r--r-- 1 root root 0 Aug 14 15:37 memory.oom_control
---------- 1 root root 0 Aug 14 15:37 memory.pressure_level
-rw-r--r-- 1 root root 0 Aug 14 14:37 memory.soft_limit_in_bytes
-r--r--r-- 1 root root 0 Aug 14 14:37 memory.stat
-rw-r--r-- 1 root root 0 Aug 14 15:37 memory.swappiness
-r--r--r-- 1 root root 0 Aug 14 14:37 memory.usage_in_bytes
-rw-r--r-- 1 root root 0 Aug 14 14:37 memory.use_hierarchy
-rw-r--r-- 1 root root 0 Aug 14 15:37 notify_on_release
-rw-r--r-- 1 root root 0 Aug 14 15:37 release_agent
drwxr-xr-x 111 root root 0 Mar 16 14:01 system.slice
-rw-r--r-- 1 root root 0 Aug 14 15:37 tasks
drwxr-xr-x 2 root root 0 Mar 16 14:01 user.slice
<root@HK-K8S-WN1 /sys/fs/cgroup/memory># cd kubepods.slice/
<root@HK-K8S-WN1 /sys/fs/cgroup/memory/kubepods.slice># ls
cgroup.clone_children memory.failcnt memory.kmem.tcp.failcnt memory.max_usage_in_bytes memory.numa_stat memory.usage_in_bytes
cgroup.event_control memory.force_empty memory.kmem.tcp.limit_in_bytes memory.memsw.failcnt memory.oom_control memory.use_hierarchy
cgroup.procs memory.kmem.failcnt memory.kmem.tcp.max_usage_in_bytesmemory.memsw.limit_in_bytes memory.pressure_level notify_on_release
kubepods-besteffort.slice memory.kmem.limit_in_bytes memory.kmem.tcp.usage_in_bytes memory.memsw.max_usage_in_bytesmemory.soft_limit_in_bytestasks
kubepods-burstable.slice memory.kmem.max_usage_in_bytesmemory.kmem.usage_in_bytes memory.memsw.usage_in_bytes memory.stat
kubepods-pod1d216a46_5b77_4afe_8df7_c7a3af8f737e.slicememory.kmem.slabinfo memory.limit_in_bytes memory.move_charge_at_immigratememory.swappiness
<root@HK-K8S-WN1 /sys/fs/cgroup/memory/kubepods.slice># </pre>
</div>
</li>
</ul>
<ul>
<li>--kube-reserved</li>
</ul>
kubernetes 系统预留的资源配置，以一组 ResourceName=ResourceQuantity 格式表示。（例如：cpu=200m,memory=500Mi,ephemeral-storage=1Gi）。当前支持用于根文件系统的 CPU、内存（memory）和本地临时存储。请参阅 http://kubernetes.io/docs/user-guide/compute-resources 获取更多信息。（默认值为 none）（已弃用：在 --config 指定的配置文件中进行设置。有关更多信息，请参阅 https://kubernetes.io/docs/tasks/administer-cluster/kubelet-config-file/。）
<ul>
<li>--kube-reserved-cgroup</li>
</ul>
通过--kube-reserved参数配置为 kubernetes 组件其保留计算资源而设置的最顶层cgroup的绝对路径，与--kube-reserved相呼应，成对配置
Example /kube.slice
<ul>
<li style="text-align: left">--system-reserved</li>
</ul>
系统预留的资源配置，以一组 ”ResourceName=ResourceQuantity“ 的格式表示，（例如：cpu=200m,memory=500Mi,ephemeral-storage=1Gi）。目前仅支持 CPU 和内存（memory）的设置【官方原文，但是可以支持本地存储限额配置】。请参考 http://kubernetes.io/docs/user-guide/compute-resources 获取更多信息。（默认值为 ”none“）（已弃用：在 --config 指定的配置文件中进行设置。有关更多信息，请参阅 https://kubernetes.io/docs/tasks/administer-cluster/kubelet-config-file/。）
<ul>
<li>--system-reserved-cgroup</li>
</ul>
简单来讲就是使用--system-reserved为非Kubernetes组件的系统进程而预留的一部分资源，就等于是为系统进程预留的资源配置，但是必须设置--system-reserved的最顶层的cgroup的绝对路径，（默认值为 ‘’ 空）（已弃用：在 --config 指定的配置文件中进行设置。有关更多信息，请参阅 https://kubernetes.io/docs/tasks/administer-cluster/kubelet-config-file/。）
Example /system.slice
<ul>
<li>--eviction-hard </li>
</ul>
<div style="margin-left: 60px">强驱逐阈值，代表如果触发此值，立即驱逐节点的Pod，具体如何驱逐Pod则根本Kubernetes定义的Qos等级（例如：memory.available < 1Gi（内存可用值小于 1 G））设置。（默认值为 imagefs.available<15%,memory.available<100Mi,nodefs.available<10%,nodefs.inodesFree<5%）（已弃用：在 --config 指定的配置文件中进行设置。有关更多信息，请参阅 https://kubernetes.io/docs/tasks/administer-cluster/kubelet-config-file/。）</div>
<h4 style="margin-left: 30px">配置过程</h4>
规则说明：如果--enforce-node-allocatable（enforceNodeAllocatable）指定systemReserved & kubeReserved值时，那么必须配置对应的cgroup参数（systemReservedCgroup & kubeReservedCgroup），相反如果enforceNodeAllocatable没有指定（systemReserved & kubeReserved）则不会生效，虽然从kubectl describe nodes看到的Allocatable的值减少，但是并没有真正限制Kubernetes组件及OS守护进程的资源限制，也就说OS守护进程及组件在资源请求分配时是无限的
解释说明：为什么Kubernetes官方默认并没有限制kubeReserved & systemReserved是因为它他们资源使用很难控制，如果设置不当后果很严重直接会影响整个平台或者是OS无法正常运行，将是致命性问题，但是Kubernetes保留了evictionHard默认驱逐策略
<ul>
<li>具体配置如下
<div class="cnblogs_code">
<pre>"evictionHard": {
 "imagefs.available": "15%",
 "memory.available": "100Mi",
 "nodefs.available": "10%",
 "nodefs.inodesFree": "5%"
}</pre>
</div>
</li>
</ul>
<ul>
<li>验证参数设置关联性
开启kubelet日志等级模式，如下
<div class="cnblogs_code">
<pre><root@HK-K8S-WN4 /var/lib/kubelet># cat kubeadm-flags.env
#KUBELET_KUBEADM_ARGS="--cgroup-driver=systemd --network-plugin=cni --pod-infra-container-image=k8s.gcr.io/pause:3.2"
# 上面--cgroup-driver=systemd 因为在新版本此方法虽然还可以使用，但是启动时会报错，需要在config.yaml配置，所以删除了此部分配置，具体配置如下文
KUBELET_KUBEADM_ARGS="--network-plugin=cni --pod-infra-container-image=k8s.gcr.io/pause:3.2 --v=5"</pre>
</div>
</li>
</ul>
 
配置kubeReserved（具体的配置在/var/lib/kubelet目录下，配置文件config.yaml安装之后默认生成的配置文件，当然kubelet启动的时候会指向该配置--config=/var/lib/kubelet/config.yaml），如下
在原文件的基础上，修改或新增需要的配置，可能不理解的是为什么没有ephemeral-storage的配置，解释一下，这年头硬盘值几个钱，有必要限额吗？关键是目前硬盘不像CPU&MEM更有实际意义的限额，而且目前也不能按IO的权重来配置，还有重复上文，最好不要做systemReserved的限额，以免引火上身
<ul>
<li>详细配置
<div class="cnblogs_code">
<pre>apiVersion: kubelet.config.k8s.io/v1beta1
authentication:
anonymous:
enabled: false
webhook:
cacheTTL: 0s
enabled: true
x509:
clientCAFile: /etc/kubernetes/pki/ca.crt
authorization:
mode: Webhook
webhook:
cacheAuthorizedTTL: 0s
cacheUnauthorizedTTL: 0s
clusterDNS:
- 10.10.0.10
clusterDomain: nflow.so
# 只开启对kube-reserved资源预留
enforceNodeAllocatable:
- pods
- kube-reserved
# - system-reserved
# 以下仅仅是验证，是在以上enforceNodeAllocatable只开启kube-reserved时，但下文同时一配置kubeRserved & systemReserved，在kubelet启动时是否报错
systemReserved:
cpu: 200m
memory: 2000Mi
kubeReserved:
cpu: 200m
memory: 500Mi
kubeReservedCgroup: /kube.slice
systemReservedCgroup: /system.slice
cgroupDriver: systemd
maxPods: 64
cpuManagerReconcilePeriod: 0s
evictionPressureTransitionPeriod: 4m0s
fileCheckFrequency: 0s
healthzBindAddress: 127.0.0.1
healthzPort: 10248
httpCheckFrequency: 0s
imageMinimumGCAge: 0s
kind: KubeletConfiguration
nodeStatusReportFrequency: 0s
nodeStatusUpdateFrequency: 0s
rotateCertificates: true
runtimeRequestTimeout: 0s
staticPodPath: /etc/kubernetes/manifests
streamingConnectionIdleTimeout: 0s
syncFrequency: 0s
volumeStatsAggPeriod: 0s</pre>
</div>
</li>
</ul>
以下kubelet启动过程，挑重要的看
<ul>
<li>kubelet启动输出的详细日志
<div class="cnblogs_code">
<pre>Aug 15 18:55:05 HK-K8S-WN4 systemd[1]: Started kubelet: The Kubernetes Node Agent.
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372383 21987 flags.go:33] FLAG: --add-dir-header="false"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372440 21987 flags.go:33] FLAG: --address="0.0.0.0"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372453 21987 flags.go:33] FLAG: --allowed-unsafe-sysctls="[]"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372463 21987 flags.go:33] FLAG: --alsologtostderr="false"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372468 21987 flags.go:33] FLAG: --anonymous-auth="true"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372475 21987 flags.go:33] FLAG: --application-metrics-count-limit="100"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372480 21987 flags.go:33] FLAG: --authentication-token-webhook="false"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372485 21987 flags.go:33] FLAG: --authentication-token-webhook-cache-ttl="2m0s"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372491 21987 flags.go:33] FLAG: --authorization-mode="AlwaysAllow"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372497 21987 flags.go:33] FLAG: --authorization-webhook-cache-authorized-ttl="5m0s"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372503 21987 flags.go:33] FLAG: --authorization-webhook-cache-unauthorized-ttl="30s"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372508 21987 flags.go:33] FLAG: --azure-container-registry-config=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372513 21987 flags.go:33] FLAG: --boot-id-file="/proc/sys/kernel/random/boot_id"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372519 21987 flags.go:33] FLAG: --bootstrap-checkpoint-path=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372523 21987 flags.go:33] FLAG: --bootstrap-kubeconfig="/etc/kubernetes/bootstrap-kubelet.conf"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372529 21987 flags.go:33] FLAG: --cert-dir="/var/lib/kubelet/pki"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372534 21987 flags.go:33] FLAG: --cgroup-driver="cgroupfs"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372539 21987 flags.go:33] FLAG: --cgroup-root=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372544 21987 flags.go:33] FLAG: --cgroups-per-qos="true"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372549 21987 flags.go:33] FLAG: --chaos-chance="0"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372558 21987 flags.go:33] FLAG: --client-ca-file=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372563 21987 flags.go:33] FLAG: --cloud-config=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372567 21987 flags.go:33] FLAG: --cloud-provider=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372572 21987 flags.go:33] FLAG: --cluster-dns="[]"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372579 21987 flags.go:33] FLAG: --cluster-domain=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372595 21987 flags.go:33] FLAG: --cni-bin-dir="/opt/cni/bin"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372601 21987 flags.go:33] FLAG: --cni-cache-dir="/var/lib/cni/cache"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372607 21987 flags.go:33] FLAG: --cni-conf-dir="/etc/cni/net.d"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372612 21987 flags.go:33] FLAG: --config="/var/lib/kubelet/config.yaml"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372618 21987 flags.go:33] FLAG: --container-hints="/etc/cadvisor/container_hints.json"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372624 21987 flags.go:33] FLAG: --container-log-max-files="5"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372631 21987 flags.go:33] FLAG: --container-log-max-size="10Mi"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372636 21987 flags.go:33] FLAG: --container-runtime="docker"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372642 21987 flags.go:33] FLAG: --container-runtime-endpoint="unix:///var/run/dockershim.sock"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372648 21987 flags.go:33] FLAG: --containerd="/run/containerd/containerd.sock"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372654 21987 flags.go:33] FLAG: --contention-profiling="false"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372659 21987 flags.go:33] FLAG: --cpu-cfs-quota="true"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372664 21987 flags.go:33] FLAG: --cpu-cfs-quota-period="100ms"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372670 21987 flags.go:33] FLAG: --cpu-manager-policy="none"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372677 21987 flags.go:33] FLAG: --cpu-manager-reconcile-period="10s"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372683 21987 flags.go:33] FLAG: --docker="unix:///var/run/docker.sock"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372690 21987 flags.go:33] FLAG: --docker-endpoint="unix:///var/run/docker.sock"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372696 21987 flags.go:33] FLAG: --docker-env-metadata-whitelist=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372702 21987 flags.go:33] FLAG: --docker-only="false"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372707 21987 flags.go:33] FLAG: --docker-root="/var/lib/docker"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372713 21987 flags.go:33] FLAG: --docker-tls="false"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372718 21987 flags.go:33] FLAG: --docker-tls-ca="ca.pem"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372723 21987 flags.go:33] FLAG: --docker-tls-cert="cert.pem"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372728 21987 flags.go:33] FLAG: --docker-tls-key="key.pem"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372734 21987 flags.go:33] FLAG: --dynamic-config-dir=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372741 21987 flags.go:33] FLAG: --enable-cadvisor-json-endpoints="false"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372746 21987 flags.go:33] FLAG: --enable-controller-attach-detach="true"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372753 21987 flags.go:33] FLAG: --enable-debugging-handlers="true"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372759 21987 flags.go:33] FLAG: --enable-load-reader="false"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372764 21987 flags.go:33] FLAG: --enable-server="true"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372768 21987 flags.go:33] FLAG: --enforce-node-allocatable=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372780 21987 flags.go:33] FLAG: --event-burst="10"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372785 21987 flags.go:33] FLAG: --event-qps="5"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372790 21987 flags.go:33] FLAG: --event-storage-age-limit="default=0"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372795 21987 flags.go:33] FLAG: --event-storage-event-limit="default=0"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372800 21987 flags.go:33] FLAG: --eviction-hard="imagefs.available<15%,memory.available<100Mi,nodefs.available<10%,nodefs.inodesFree<5%"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372816 21987 flags.go:33] FLAG: --eviction-max-pod-grace-period="0"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372821 21987 flags.go:33] FLAG: --eviction-minimum-reclaim=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372829 21987 flags.go:33] FLAG: --eviction-pressure-transition-period="5m0s"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372834 21987 flags.go:33] FLAG: --eviction-soft=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372839 21987 flags.go:33] FLAG: --eviction-soft-grace-period=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372844 21987 flags.go:33] FLAG: --exit-on-lock-contention="false"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372849 21987 flags.go:33] FLAG: --experimental-allocatable-ignore-eviction="false"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372855 21987 flags.go:33] FLAG: --experimental-bootstrap-kubeconfig="/etc/kubernetes/bootstrap-kubelet.conf"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372861 21987 flags.go:33] FLAG: --experimental-check-node-capabilities-before-mount="false"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372866 21987 flags.go:33] FLAG: --experimental-dockershim="false"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372871 21987 flags.go:33] FLAG: --experimental-dockershim-root-directory="/var/lib/dockershim"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372877 21987 flags.go:33] FLAG: --experimental-kernel-memcg-notification="false"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372881 21987 flags.go:33] FLAG: --experimental-mounter-path=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372885 21987 flags.go:33] FLAG: --fail-swap-on="true"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372890 21987 flags.go:33] FLAG: --feature-gates=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372897 21987 flags.go:33] FLAG: --file-check-frequency="20s"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372903 21987 flags.go:33] FLAG: --global-housekeeping-interval="1m0s"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372908 21987 flags.go:33] FLAG: --hairpin-mode="promiscuous-bridge"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372913 21987 flags.go:33] FLAG: --healthz-bind-address="127.0.0.1"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372919 21987 flags.go:33] FLAG: --healthz-port="10248"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372924 21987 flags.go:33] FLAG: --help="false"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372930 21987 flags.go:33] FLAG: --hostname-override=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372935 21987 flags.go:33] FLAG: --housekeeping-interval="10s"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372942 21987 flags.go:33] FLAG: --http-check-frequency="20s"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372948 21987 flags.go:33] FLAG: --image-gc-high-threshold="85"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372953 21987 flags.go:33] FLAG: --image-gc-low-threshold="80"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372958 21987 flags.go:33] FLAG: --image-pull-progress-deadline="1m0s"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372964 21987 flags.go:33] FLAG: --image-service-endpoint=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372969 21987 flags.go:33] FLAG: --iptables-drop-bit="15"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372975 21987 flags.go:33] FLAG: --iptables-masquerade-bit="14"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372981 21987 flags.go:33] FLAG: --keep-terminated-pod-volumes="false"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372987 21987 flags.go:33] FLAG: --kube-api-burst="10"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372992 21987 flags.go:33] FLAG: --kube-api-content-type="application/vnd.kubernetes.protobuf"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.372998 21987 flags.go:33] FLAG: --kube-api-qps="5"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373003 21987 flags.go:33] FLAG: --kube-reserved=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373009 21987 flags.go:33] FLAG: --kube-reserved-cgroup=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373014 21987 flags.go:33] FLAG: --kubeconfig="/etc/kubernetes/kubelet.conf"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373020 21987 flags.go:33] FLAG: --kubelet-cgroups=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373027 21987 flags.go:33] FLAG: --lock-file=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373032 21987 flags.go:33] FLAG: --log-backtrace-at=":0"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373039 21987 flags.go:33] FLAG: --log-cadvisor-usage="false"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373044 21987 flags.go:33] FLAG: --log-dir=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373050 21987 flags.go:33] FLAG: --log-file=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373055 21987 flags.go:33] FLAG: --log-file-max-size="1800"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373060 21987 flags.go:33] FLAG: --log-flush-frequency="5s"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373066 21987 flags.go:33] FLAG: --logtostderr="true"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373071 21987 flags.go:33] FLAG: --machine-id-file="/etc/machine-id,/var/lib/dbus/machine-id"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373078 21987 flags.go:33] FLAG: --make-iptables-util-chains="true"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373083 21987 flags.go:33] FLAG: --manifest-url=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373088 21987 flags.go:33] FLAG: --manifest-url-header=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373097 21987 flags.go:33] FLAG: --master-service-namespace="default"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373103 21987 flags.go:33] FLAG: --max-open-files="1000000"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373110 21987 flags.go:33] FLAG: --max-pods="110"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373116 21987 flags.go:33] FLAG: --maximum-dead-containers="-1"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373121 21987 flags.go:33] FLAG: --maximum-dead-containers-per-container="1"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373128 21987 flags.go:33] FLAG: --minimum-container-ttl-duration="0s"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373134 21987 flags.go:33] FLAG: --minimum-image-ttl-duration="2m0s"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373139 21987 flags.go:33] FLAG: --network-plugin="cni"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373144 21987 flags.go:33] FLAG: --network-plugin-mtu="0"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373149 21987 flags.go:33] FLAG: --node-ip=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373155 21987 flags.go:33] FLAG: --node-labels=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373163 21987 flags.go:33] FLAG: --node-status-max-images="50"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373168 21987 flags.go:33] FLAG: --node-status-update-frequency="10s"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373183 21987 flags.go:33] FLAG: --non-masquerade-cidr="10.0.0.0/8"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373188 21987 flags.go:33] FLAG: --oom-score-adj="-999"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373194 21987 flags.go:33] FLAG: --pod-cidr=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373199 21987 flags.go:33] FLAG: --pod-infra-container-image="k8s.gcr.io/pause:3.2"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373205 21987 flags.go:33] FLAG: --pod-manifest-path=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373210 21987 flags.go:33] FLAG: --pod-max-pids="-1"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373215 21987 flags.go:33] FLAG: --pods-per-core="0"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373221 21987 flags.go:33] FLAG: --port="10250"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373227 21987 flags.go:33] FLAG: --protect-kernel-defaults="false"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373232 21987 flags.go:33] FLAG: --provider-id=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373237 21987 flags.go:33] FLAG: --qos-reserved=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373243 21987 flags.go:33] FLAG: --read-only-port="10255"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373249 21987 flags.go:33] FLAG: --really-crash-for-testing="false"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373256 21987 flags.go:33] FLAG: --redirect-container-streaming="false"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373261 21987 flags.go:33] FLAG: --register-node="true"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373266 21987 flags.go:33] FLAG: --register-schedulable="true"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373271 21987 flags.go:33] FLAG: --register-with-taints=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373279 21987 flags.go:33] FLAG: --registry-burst="10"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373285 21987 flags.go:33] FLAG: --registry-qps="5"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373290 21987 flags.go:33] FLAG: --reserved-cpus=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373295 21987 flags.go:33] FLAG: --resolv-conf="/etc/resolv.conf"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373300 21987 flags.go:33] FLAG: --root-dir="/var/lib/kubelet"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373306 21987 flags.go:33] FLAG: --rotate-certificates="false"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373312 21987 flags.go:33] FLAG: --rotate-server-certificates="false"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373319 21987 flags.go:33] FLAG: --runonce="false"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373325 21987 flags.go:33] FLAG: --runtime-cgroups=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373331 21987 flags.go:33] FLAG: --runtime-request-timeout="2m0s"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373336 21987 flags.go:33] FLAG: --seccomp-profile-root="/var/lib/kubelet/seccomp"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373342 21987 flags.go:33] FLAG: --serialize-image-pulls="true"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373347 21987 flags.go:33] FLAG: --skip-headers="false"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373352 21987 flags.go:33] FLAG: --skip-log-headers="false"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373359 21987 flags.go:33] FLAG: --stderrthreshold="2"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373364 21987 flags.go:33] FLAG: --storage-driver-buffer-duration="1m0s"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373369 21987 flags.go:33] FLAG: --storage-driver-db="cadvisor"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373375 21987 flags.go:33] FLAG: --storage-driver-host="localhost:8086"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373380 21987 flags.go:33] FLAG: --storage-driver-password="root"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373386 21987 flags.go:33] FLAG: --storage-driver-secure="false"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373392 21987 flags.go:33] FLAG: --storage-driver-table="stats"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373398 21987 flags.go:33] FLAG: --storage-driver-user="root"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373403 21987 flags.go:33] FLAG: --streaming-connection-idle-timeout="4h0m0s"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373410 21987 flags.go:33] FLAG: --sync-frequency="1m0s"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373415 21987 flags.go:33] FLAG: --system-cgroups=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373420 21987 flags.go:33] FLAG: --system-reserved=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373426 21987 flags.go:33] FLAG: --system-reserved-cgroup=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373431 21987 flags.go:33] FLAG: --tls-cert-file=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373436 21987 flags.go:33] FLAG: --tls-cipher-suites="[]"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373444 21987 flags.go:33] FLAG: --tls-min-version=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373449 21987 flags.go:33] FLAG: --tls-private-key-file=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373454 21987 flags.go:33] FLAG: --topology-manager-policy="none"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373459 21987 flags.go:33] FLAG: --v="5"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373465 21987 flags.go:33] FLAG: --version="false"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373474 21987 flags.go:33] FLAG: --vmodule=""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373480 21987 flags.go:33] FLAG: --volume-plugin-dir="/usr/libexec/kubernetes/kubelet-plugins/volume/exec/"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373487 21987 flags.go:33] FLAG: --volume-stats-agg-period="1m0s"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.373542 21987 feature_gate.go:243] feature gates: &{map[]}
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.376643 21987 feature_gate.go:243] feature gates: &{map[]}
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.376722 21987 feature_gate.go:243] feature gates: &{map[]}
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.386413 21987 mount_linux.go:178] Detected OS with systemd
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.386524 21987 server.go:272] KubeletConfiguration: config.KubeletConfiguration{TypeMeta:v1.TypeMeta{Kind:"", APIVersion:""}, StaticPodPath:"/etc/kubernetes/manifests", SyncFrequency:v1.Duration{Duration:60000000000}, FileCheckFrequency:v1.Duration{Duration:20000000000}, HTTPCheckFrequency:v1.Duration{Duration:20000000000}, StaticPodURL:"", StaticPodURLHeader:map[string][]string(nil), Address:"0.0.0.0", Port:10250, ReadOnlyPort:0, TLSCertFile:"/var/lib/kubelet/pki/kubelet.crt", TLSPrivateKeyFile:"/var/lib/kubelet/pki/kubelet.key", TLSCipherSuites:[]string(nil), TLSMinVersion:"", RotateCertificates:true, ServerTLSBootstrap:false, Authentication:config.KubeletAuthentication{X509:config.KubeletX509Authentication{ClientCAFile:"/etc/kubernetes/pki/ca.crt"}, Webhook:config.KubeletWebhookAuthentication{Enabled:true, CacheTTL:v1.Duration{Duration:120000000000}}, Anonymous:config.KubeletAnonymousAuthentication{Enabled:false}}, Authorization:config.KubeletAuthorization{Mode:"Webhook", Webhook:config.KubeletWebhookAuthorization{CacheAuthorizedTTL:v1.Duration{Duration:300000000000}, CacheUnauthorizedTTL:v1.Duration{Duration:30000000000}}}, RegistryPullQPS:5, RegistryBurst:10, EventRecordQPS:5, EventBurst:10, EnableDebuggingHandlers:true, EnableContentionProfiling:false, HealthzPort:10248, HealthzBindAddress:"127.0.0.1", OOMScoreAdj:-999, ClusterDomain:"nflow.so", ClusterDNS:[]string{"10.10.0.10"}, StreamingConnectionIdleTimeout:v1.Duration{Duration:14400000000000}, NodeStatusUpdateFrequency:v1.Duration{Duration:10000000000}, NodeStatusReportFrequency:v1.Duration{Duration:300000000000}, NodeLeaseDurationSeconds:40, ImageMinimumGCAge:v1.Duration{Duration:120000000000}, ImageGCHighThresholdPercent:85, ImageGCLowThresholdPercent:80, VolumeStatsAggPeriod:v1.Duration{Duration:60000000000}, KubeletCgroups:"", SystemCgroups:"", CgroupRoot:"", CgroupsPerQOS:true, CgroupDriver:"systemd", CPUManagerPolicy:"none", CPUManagerReconcilePeriod:v1.Duration{Duration:10000000000}, TopologyManagerPolicy:"none", QOSReserved:map[string]string(nil), RuntimeRequestTimeout:v1.Duration{Duration:120000000000}, HairpinMode:"promiscuous-bridge", MaxPods:64, PodCIDR:"", PodPidsLimit:-1, ResolverConfig:"/etc/resolv.conf", CPUCFSQuota:true, CPUCFSQuotaPeriod:v1.Duration{Duration:100000000}, MaxOpenFiles:1000000, ContentType:"application/vnd.kubernetes.protobuf", KubeAPIQPS:5, KubeAPIBurst:10, SerializeImagePulls:true, EvictionHard:map[string]string{"imagefs.available":"15%", "memory.available":"100Mi", "nodefs.available":"10%", "nodefs.inodesFree":"5%"}, EvictionSoft:map[string]string(nil), EvictionSoftGracePeriod:map[string]string(nil), EvictionPressureTransitionPeriod:v1.Duration{Duration:240000000000}, EvictionMaxPodGracePeriod:0, EvictionMinimumReclaim:map[string]string(nil), PodsPerCore:0, EnableControllerAttachDetach:true, ProtectKernelDefaults:false, MakeIPTablesUtilChains:true, IPTablesMasqueradeBit:14, IPTablesDropBit:15, FeatureGates:map[string]bool(nil), FailSwapOn:true, ContainerLogMaxSize:"10Mi", ContainerLogMaxFiles:5, ConfigMapAndSecretChangeDetectionStrategy:"Watch", AllowedUnsafeSysctls:[]string(nil), SystemReserved:map[string]string{"cpu":"200m", "memory":"2000Mi"}, KubeReserved:map[string]string{"cpu":"200m", "memory":"500Mi"}, SystemReservedCgroup:"/system.slice", KubeReservedCgroup:"/kube.slice", EnforceNodeAllocatable:[]string{"pods", "kube-reserved"}, ReservedSystemCPUs:"", ShowHiddenMetricsForVersion:""}
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.386672 21987 server.go:417] Version: v1.18.5
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.391547 21987 feature_gate.go:243] feature gates: &{map[]}
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.391880 21987 feature_gate.go:243] feature gates: &{map[]}
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.392288 21987 plugins.go:100] No cloud provider specified.
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.392314 21987 server.go:537] No cloud provider specified: "" from the config file: ""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.392332 21987 server.go:838] Client rotation is on, will bootstrap in background
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.430340 21987 bootstrap.go:84] Current kubeconfig file contents are still valid, no bootstrap necessary
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.430451 21987 certificate_store.go:130] Loading cert/key pair from "/var/lib/kubelet/pki/kubelet-client-current.pem".
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.430889 21987 server.go:865] Starting client certificate rotation.
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.430909 21987 certificate_manager.go:282] Certificate rotation is enabled.
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.431619 21987 dynamic_cafile_content.go:129] Loaded a new CA Bundle and Verifier for "client-ca-bundle::/etc/kubernetes/pki/ca.crt"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.432074 21987 manager.go:146] cAdvisor running in container: "/sys/fs/cgroup/cpu,cpuacct/system.slice/kubelet.service"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.432271 21987 plugin.go:40] CRI-O not connected: Get http://%2Fvar%2Frun%2Fcrio%2Fcrio.sock/info: dial unix /var/run/crio/crio.sock: connect: no such file or directory
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.432432 21987 certificate_manager.go:553] Certificate expiration is 2022-08-15 06:58:46 +0000 UTC, rotation deadline is 2022-05-13 05:07:22.359802602 +0000 UTC
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.432453 21987 certificate_manager.go:288] Waiting 6498h12m16.927353019s for next certificate rotation
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.432505 21987 dynamic_cafile_content.go:167] Starting client-ca-bundle::/etc/kubernetes/pki/ca.crt
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.481957 21987 fs.go:125] Filesystem UUIDs: map
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.481987 21987 fs.go:126] Filesystem partitions: map
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.483815 21987 manager.go:193] Machine: {NumCores:2 CpuFrequency:2499988 MemoryCapacity:4126961664 HugePages:[{PageSize:1048576 NumPages:0} {PageSize:2048 NumPages:0}] MachineID:20191225111607875619293640639763 SystemUUID:c886c8fa-a1e6-45b5-9c9a-ed72dd7ca192 BootID:88e6fa2c-7d81-4449-bd0c-2d06877e2746 Filesystems:[{Device:/dev/shm DeviceMajor:0 DeviceMinor:23 Capacity:2063478784 Type:vfs Inodes:503779 HasInodes:true} {Device:/sys/fs/cgroup DeviceMajor:0 DeviceMinor:26 Capacity:2063478784 Type:vfs Inodes:503779 HasInodes:true} {Device:/var/lib/kubelet/pods/75aa6245-eac7-46ee-9d13-7b521071074d/volumes/kubernetes.io~secret/kube-router-token-btqcq DeviceMajor:0 DeviceMinor:47 Capacity:2063478784 Type:vfs Inodes:503779 HasInodes:true} {Device:/var/lib/kubelet/pods/410f3b52-3fa2-4a75-8811-bd2b4e60b1bd/volumes/kubernetes.io~secret/cilium-token-8lbcl DeviceMajor:0 DeviceMinor:49 Capacity:2063478784 Type:vfs Inodes:503779 HasInodes:true} {Device:overlay_0-85 DeviceMajor:0 DeviceMinor:85 Capacity:316933124096 Type:vfs Inodes:19660800 HasInodes:true} {Device:/data/docker/containers/7e0790e192702a3f04ee841347556628862876a8c443061db6043b539ba0c2d7/mounts/shm DeviceMajor:0 DeviceMinor:111 Capacity:67108864 Type:vfs Inodes:503779 HasInodes:true} {Device:/var/lib/kubelet/pods/410f3b52-3fa2-4a75-8811-bd2b4e60b1bd/volumes/kubernetes.io~secret/clustermesh-secrets DeviceMajor:0 DeviceMinor:48 Capacity:2063478784 Type:vfs Inodes:503779 HasInodes:true} {Device:/data/docker/containers/bc5d2ea198a9e1c423ad5867290fc99db482d24d8729cd8a42ce69de5b2e3619/mounts/shm DeviceMajor:0 DeviceMinor:65 Capacity:67108864 Type:vfs Inodes:503779 HasInodes:true} {Device:overlay_0-91 DeviceMajor:0 DeviceMinor:91 Capacity:316933124096 Type:vfs Inodes:19660800 HasInodes:true} {Device:overlay_0-129 DeviceMajor:0 DeviceMinor:129 Capacity:316933124096 Type:vfs Inodes:19660800 HasInodes:true} {Device:overlay_0-120 DeviceMajor:0 DeviceMinor:120 Capacity:316933124096 Type:vfs Inodes:19660800 HasInodes:true} {Device:/run DeviceMajor:0 DeviceMinor:25 Capacity:2063478784 Type:vfs Inodes:503779 HasInodes:true} {Device:/dev/vda1 DeviceMajor:253 DeviceMinor:1 Capacity:316933124096 Type:vfs Inodes:19660800 HasInodes:true} {Device:overlay_0-52 DeviceMajor:0 DeviceMinor:52 Capacity:316933124096 Type:vfs Inodes:19660800 HasInodes:true} {Device:/data/docker/containers/e26bef869e39e8cd04c94f62f585ef454d2293afc9a7ba398d562379a1cfac54/mounts/shm DeviceMajor:0 DeviceMinor:54 Capacity:67108864 Type:vfs Inodes:503779 HasInodes:true} {Device:overlay_0-63 DeviceMajor:0 DeviceMinor:63 Capacity:316933124096 Type:vfs Inodes:19660800 HasInodes:true} {Device:/var/lib/kubelet/pods/9d01c4c7-6c73-4bd0-8cf2-468b4a70d0f5/volumes/kubernetes.io~secret/csi-admin-token-r4x5b DeviceMajor:0 DeviceMinor:108 Capacity:2063478784 Type:vfs Inodes:503779 HasInodes:true} {Device:/run/user/501 DeviceMajor:0 DeviceMinor:45 Capacity:412696576 Type:vfs Inodes:503779 HasInodes:true} {Device:/var/lib/kubelet/pods/410f3b52-3fa2-4a75-8811-bd2b4e60b1bd/volumes/kubernetes.io~projected/hubble-tls DeviceMajor:0 DeviceMinor:50 Capacity:2063478784 Type:vfs Inodes:503779 HasInodes:true} {Device:overlay_0-109 DeviceMajor:0 DeviceMinor:109 Capacity:316933124096 Type:vfs Inodes:19660800 HasInodes:true}] DiskMap:map[253:0:{Name:vda Major:253 Minor:0 Size:322122547200 Scheduler:mq-deadline}] NetworkDevices:[{Name:cilium_host MacAddress:ee:6b:ad:ca:17:06 Speed:10000 Mtu:1500} {Name:cilium_net MacAddress:76:b1:f7:1a:fd:b2 Speed:10000 Mtu:1500} {Name:eth0 MacAddress:00:16:3e:02:92:2d Speed:-1 Mtu:1500} {Name:kube-bridge MacAddress:aa:31:02:a9:46:d6 Speed:-1 Mtu:1500} {Name:lxc_health MacAddress:aa:14:67:c3:fc:bc Speed:10000 Mtu:1500}] Topology:[{Id:0 Memory:4126961664 HugePages:[{PageSize:1048576 NumPages:0} {PageSize:2048 NumPages:0}] Cores:[{Id:0 Threads:[0 1] Caches:[{Size:32768 Type:Data Level:1} {Size:32768 Type:Instruction Level:1} {Size:1048576 Type:Unified Level:2}]}] Caches:[{Size:34603008 Type:Unified Level:3}]}] CloudProvider:Unknown InstanceType:Unknown InstanceID:None}
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.501454 21987 manager.go:199] Version: {KernelVersion:5.11.1-1.el7.elrepo.x86_64 ContainerOsVersion:CentOS Linux 7 (Core) DockerVersion:19.03.12 DockerAPIVersion:1.40 CadvisorVersion: CadvisorRevision:}
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.501551 21987 server.go:471] Sending events to api server.
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.501602 21987 server.go:647] --cgroups-per-qos enabled, but --cgroup-root was not specified.defaulting to /
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.502100 21987 container_manager_linux.go:266] container manager verified user specified cgroup-root exists: []
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.502116 21987 container_manager_linux.go:271] Creating Container Manager object based on Node Config: {RuntimeCgroupsName: SystemCgroupsName: KubeletCgroupsName: ContainerRuntime:docker CgroupsPerQOS:true CgroupRoot:/ CgroupDriver:systemd KubeletRootDir:/var/lib/kubelet ProtectKernelDefaults:false NodeAllocatableConfig:{KubeReservedCgroupName:/kube.slice SystemReservedCgroupName:/system.slice ReservedSystemCPUs: EnforceNodeAllocatable:map KubeReserved:map SystemReserved:map HardEvictionThresholds:[{Signal:memory.available Operator:LessThan Value:{Quantity:100Mi Percentage:0} GracePeriod:0s MinReclaim:<nil>} {Signal:nodefs.available Operator:LessThan Value:{Quantity:<nil> Percentage:0.1} GracePeriod:0s MinReclaim:<nil>} {Signal:nodefs.inodesFree Operator:LessThan Value:{Quantity:<nil> Percentage:0.05} GracePeriod:0s MinReclaim:<nil>} {Signal:imagefs.available Operator:LessThan Value:{Quantity:<nil> Percentage:0.15} GracePeriod:0s MinReclaim:<nil>}]} QOSReserved:map[] ExperimentalCPUManagerPolicy:none ExperimentalCPUManagerReconcilePeriod:10s ExperimentalPodPidsLimit:-1 EnforceCPULimits:true CPUCFSQuotaPeriod:100ms ExperimentalTopologyManagerPolicy:none}
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.502277 21987 topology_manager.go:126] Creating topology manager with none policy
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.502288 21987 container_manager_linux.go:301] Initializing Topology Manager with none policy
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.502296 21987 container_manager_linux.go:306] Creating device plugin manager: true
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.502305 21987 manager.go:133] Creating Device Plugin manager at /var/lib/kubelet/device-plugins/kubelet.sock
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.502341 21987 oom_linux.go:65] attempting to set "/proc/self/oom_score_adj" to "-999"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.502395 21987 client.go:75] Connecting to docker on unix:///var/run/docker.sock
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.502410 21987 client.go:92] Start docker client with request timeout=2m0s
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: W0815 18:55:05.513729 21987 docker_service.go:561] Hairpin mode set to "promiscuous-bridge" but kubenet is not enabled, falling back to "hairpin-veth"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.513754 21987 docker_service.go:238] Hairpin mode set to "hairpin-veth"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.540226 21987 cni.go:206] Using CNI configuration file /etc/cni/net.d/05-cilium.conf
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.568437 21987 cni.go:206] Using CNI configuration file /etc/cni/net.d/05-cilium.conf
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.568464 21987 plugins.go:166] Loaded network plugin "cni"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.568513 21987 docker_service.go:253] Docker cri networking managed by cni
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.587883 21987 docker_service.go:258] Docker Info: &{ID:EFHU:36UO:VNUN:HLL2:RFUN:56FC:YVPO:Y4J6:VMVW:X2FK:675K:LKGX Containers:8 ContainersRunning:7 ContainersPaused:0 ContainersStopped:1 Images:8 Driver:overlay2 DriverStatus:[ ] SystemStatus:[] Plugins:{Volume: Network: Authorization:[] Log:} MemoryLimit:true SwapLimit:true KernelMemory:true KernelMemoryTCP:true CPUCfsPeriod:true CPUCfsQuota:true CPUShares:true CPUSet:true PidsLimit:true IPv4Forwarding:true BridgeNfIptables:true BridgeNfIP6tables:true Debug:false NFd:58 OomKillDisable:true NGoroutines:64 SystemTime:2021-08-15T18:55:05.570729171+08:00 LoggingDriver:json-file CgroupDriver:systemd NEventsListener:0 KernelVersion:5.11.1-1.el7.elrepo.x86_64 OperatingSystem:CentOS Linux 7 (Core) OSType:linux Architecture:x86_64 IndexServerAddress:https://index.docker.io/v1/ RegistryConfig:0xc000773b20 NCPU:2 MemTotal:4126961664 GenericResources:[] DockerRootDir:/data/docker HTTPProxy: HTTPSProxy: NoProxy: Name:HK-K8S-WN4 Labels:[] ExperimentalBuild:false ServerVersion:19.03.12 ClusterStore: ClusterAdvertise: Runtimes:map}] DefaultRuntime:runc Swarm:{NodeID: NodeAddr: LocalNodeState:inactive ControlAvailable:false Error: RemoteManagers:[] Nodes:0 Managers:0 Cluster:<nil> Warnings:[]} LiveRestoreEnabled:false Isolation: InitBinary:docker-init ContainerdCommit:{ID:7ad184331fa3e55e52b890ea95e65ba581ae3429 Expected:7ad184331fa3e55e52b890ea95e65ba581ae3429} RuncCommit:{ID:dc9208a3303feef5b3839f4323d9beb36df0a9dd Expected:dc9208a3303feef5b3839f4323d9beb36df0a9dd} InitCommit:{ID:fec3683 Expected:fec3683} SecurityOptions: ProductLicense: Warnings:[]}
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.587981 21987 docker_service.go:271] Setting cgroupDriver to systemd
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.588072 21987 kubelet.go:367] RemoteRuntimeEndpoint: "unix:///var/run/dockershim.sock", RemoteImageEndpoint: "unix:///var/run/dockershim.sock"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.588084 21987 kubelet.go:370] Starting the GRPC server for the docker CRI shim.
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.588112 21987 docker_server.go:59] Start dockershim grpc server
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.611906 21987 container_manager_linux.go:870] attempting to apply oom_score_adj of -999 to pid 1025
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.611931 21987 oom_linux.go:65] attempting to set "/proc/1025/oom_score_adj" to "-999"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.627934 21987 cni.go:206] Using CNI configuration file /etc/cni/net.d/05-cilium.conf
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.628614 21987 remote_runtime.go:51] Connecting to runtime service unix:///var/run/dockershim.sock
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.628672 21987 remote_runtime.go:59] parsed scheme: ""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.628683 21987 remote_runtime.go:59] scheme "" not registered, fallback to default scheme
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.628719 21987 passthrough.go:48] ccResolverWrapper: sending update to cc: {[{/var/run/dockershim.sock<nil> 0 <nil>}] <nil> <nil>}
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.628730 21987 clientconn.go:933] ClientConn switching balancer to "pick_first"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.628762 21987 remote_image.go:41] Connecting to image service unix:///var/run/dockershim.sock
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.628778 21987 remote_image.go:50] parsed scheme: ""
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.628783 21987 remote_image.go:50] scheme "" not registered, fallback to default scheme
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.628792 21987 passthrough.go:48] ccResolverWrapper: sending update to cc: {[{/var/run/dockershim.sock<nil> 0 <nil>}] <nil> <nil>}
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.628797 21987 clientconn.go:933] ClientConn switching balancer to "pick_first"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.628816 21987 server.go:1072] Using root directory: /var/lib/kubelet
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.628829 21987 kubelet.go:292] Adding pod path: /etc/kubernetes/manifests
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.628847 21987 file.go:68] Watching path "/etc/kubernetes/manifests"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.628859 21987 kubelet.go:317] Watching apiserver
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.629142 21987 balancer_conn_wrappers.go:78] pickfirstBalancer: HandleSubConnStateChange: 0xc000258060, {CONNECTING <nil>}
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.629325 21987 balancer_conn_wrappers.go:78] pickfirstBalancer: HandleSubConnStateChange: 0xc0002581e0, {CONNECTING <nil>}
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.631755 21987 balancer_conn_wrappers.go:78] pickfirstBalancer: HandleSubConnStateChange: 0xc000258060, {READY <nil>}
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.631794 21987 balancer_conn_wrappers.go:78] pickfirstBalancer: HandleSubConnStateChange: 0xc0002581e0, {READY <nil>}
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.631885 21987 config.go:303] Setting pods for source file
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.634401 21987 reflector.go:175] Starting reflector *v1.Pod (0s) from k8s.io/kubernetes/pkg/kubelet/config/apiserver.go:46
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.634421 21987 reflector.go:211] Listing and watching *v1.Pod from k8s.io/kubernetes/pkg/kubelet/config/apiserver.go:46
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.634753 21987 reflector.go:175] Starting reflector *v1.Service (0s) from k8s.io/kubernetes/pkg/kubelet/kubelet.go:517
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.634766 21987 reflector.go:211] Listing and watching *v1.Service from k8s.io/kubernetes/pkg/kubelet/kubelet.go:517
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.634997 21987 reflector.go:175] Starting reflector *v1.Node (0s) from k8s.io/kubernetes/pkg/kubelet/kubelet.go:526
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.635017 21987 reflector.go:211] Listing and watching *v1.Node from k8s.io/kubernetes/pkg/kubelet/kubelet.go:526
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.637246 21987 plugins.go:64] Registering credential provider: .dockercfg
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.643276 21987 config.go:303] Setting pods for source api
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.643323 21987 config.go:412] Receiving a new pod "kube-router-7zjsg_kube-system(75aa6245-eac7-46ee-9d13-7b521071074d)"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.643343 21987 config.go:412] Receiving a new pod "csi-plugin-nssx2_kube-system(9d01c4c7-6c73-4bd0-8cf2-468b4a70d0f5)"
Aug 15 18:55:05 HK-K8S-WN4 kubelet[21987]: I0815 18:55:05.643354 21987 config.go:412] Receiving a new pod "cilium-44mzg_kube-system(410f3b52-3fa2-4a75-8811-bd2b4e60b1bd)"
Aug 15 18:55:10 HK-K8S-WN4 kubelet[21987]: I0815 18:55:10.655929 21987 cni.go:206] Using CNI configuration file /etc/cni/net.d/05-cilium.conf
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: E0815 18:55:11.773874 21987 aws_credentials.go:77] while getting AWS credentials NoCredentialProviders: no valid providers in chain. Deprecated.
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: For verbose messaging see aws.Config.CredentialsChainVerboseErrors
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.773930 21987 azure_credentials.go:158] Azure config unspecified, disabling
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.784323 21987 kuberuntime_manager.go:211] Container runtime docker initialized, version: 19.03.12, apiVersion: 1.40.0
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.784559 21987 plugins.go:628] Loaded volume plugin "kubernetes.io/aws-ebs"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.784576 21987 plugins.go:628] Loaded volume plugin "kubernetes.io/gce-pd"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.784601 21987 plugins.go:628] Loaded volume plugin "kubernetes.io/cinder"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.784612 21987 plugins.go:628] Loaded volume plugin "kubernetes.io/azure-disk"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.784621 21987 plugins.go:628] Loaded volume plugin "kubernetes.io/azure-file"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.784631 21987 plugins.go:628] Loaded volume plugin "kubernetes.io/vsphere-volume"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.784648 21987 plugins.go:628] Loaded volume plugin "kubernetes.io/empty-dir"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.784657 21987 plugins.go:628] Loaded volume plugin "kubernetes.io/git-repo"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.784670 21987 plugins.go:628] Loaded volume plugin "kubernetes.io/host-path"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.784680 21987 plugins.go:628] Loaded volume plugin "kubernetes.io/nfs"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.784690 21987 plugins.go:628] Loaded volume plugin "kubernetes.io/secret"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.784699 21987 plugins.go:628] Loaded volume plugin "kubernetes.io/iscsi"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.784712 21987 plugins.go:628] Loaded volume plugin "kubernetes.io/glusterfs"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.784728 21987 plugins.go:628] Loaded volume plugin "kubernetes.io/rbd"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.784738 21987 plugins.go:628] Loaded volume plugin "kubernetes.io/quobyte"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.784750 21987 plugins.go:628] Loaded volume plugin "kubernetes.io/cephfs"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.784762 21987 plugins.go:628] Loaded volume plugin "kubernetes.io/downward-api"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.784772 21987 plugins.go:628] Loaded volume plugin "kubernetes.io/fc"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.784781 21987 plugins.go:628] Loaded volume plugin "kubernetes.io/flocker"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.784793 21987 plugins.go:628] Loaded volume plugin "kubernetes.io/configmap"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.784817 21987 plugins.go:628] Loaded volume plugin "kubernetes.io/projected"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.784844 21987 plugins.go:628] Loaded volume plugin "kubernetes.io/portworx-volume"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.784860 21987 plugins.go:628] Loaded volume plugin "kubernetes.io/scaleio"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.784871 21987 plugins.go:628] Loaded volume plugin "kubernetes.io/local-volume"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.784881 21987 plugins.go:628] Loaded volume plugin "kubernetes.io/storageos"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.784916 21987 plugins.go:628] Loaded volume plugin "kubernetes.io/csi"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.785047 21987 server.go:1126] Started kubelet
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.785066 21987 healthz.go:120] No default health checks specified. Installing the ping handler.
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.785076 21987 healthz.go:124] Installing health checkers for (/healthz): "ping"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: E0815 18:55:11.785218 21987 kubelet.go:1305] Image garbage collection failed once. Stats initialization may not have completed yet: failed to get imageFs info: unable to find data in memory cache
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.786490 21987 config.go:100] Looking for , have seen map[]
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.787140 21987 event.go:278] Event(v1.ObjectReference{Kind:"Node", Namespace:"", Name:"hk-k8s-wn4", UID:"hk-k8s-wn4", APIVersion:"", ResourceVersion:"", FieldPath:""}): type: 'Normal' reason: 'Starting' Starting kubelet.
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.787451 21987 server.go:145] Starting to listen on 0.0.0.0:10250
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.787525 21987 healthz.go:124] Installing health checkers for (/healthz): "ping","log","syncloop"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.790564 21987 server.go:393] Adding debug handlers to kubelet server.
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.796426 21987 hostutil_linux.go:209] Directory /var/lib/kubelet is already on a shared mount
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.796527 21987 fs_resource_analyzer.go:64] Starting FS ResourceAnalyzer
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.796551 21987 iptables.go:442] running iptables: iptables [-w -N KUBE-MARK-DROP -t nat]
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.797458 21987 csi_plugin.go:280] Initializing migrated drivers on CSINode
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.806105 21987 volume_manager.go:263] The desired_state_of_world populator starts
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.806122 21987 volume_manager.go:265] Starting Kubelet Volume Manager
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.806408 21987 reflector.go:175] Starting reflector *v1.CSIDriver (0s) from k8s.io/client-go/informers/factory.go:135
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.806421 21987 reflector.go:211] Listing and watching *v1.CSIDriver from k8s.io/client-go/informers/factory.go:135
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.806647 21987 desired_state_of_world_populator.go:139] Desired state populator starts to run
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.814855 21987 iptables.go:442] running iptables: iptables [-w -C KUBE-MARK-DROP -t nat -j MARK --set-xmark 0x00008000/0x00008000]
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.816187 21987 iptables.go:442] running iptables: iptables [-w -N KUBE-FIREWALL -t filter]
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.817438 21987 kubelet.go:1287] Container garbage collection succeeded
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822136 21987 image_gc_manager.go:231] Pod kube-system/csi-plugin-nssx2, container csi-plugin uses image registry.cn-hangzhou.aliyuncs.com/acs/csi-plugin@sha256:37aa7701b108f291acac92b554b1cf53eacc9f1302440e0ec49ec0c77535106e(sha256:03c3f08975c9bd6b7614eea5ffb475a3408cb3ae30b72f0a1cf560b8a70c17d4)
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822152 21987 image_gc_manager.go:231] Pod kube-system/csi-plugin-nssx2, container disk-driver-registrar uses image registry.cn-hangzhou.aliyuncs.com/acs/csi-node-driver-registrar@sha256:273175c272162d480d06849e09e6e3cdb0245239e3a82df6630df3bc059c6571(sha256:c2103589e99f907333422ae78702360ad258a8f0366c20e341c9e0c53743e78a)
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822164 21987 image_gc_manager.go:231] Pod kube-system/cilium-44mzg, container cilium-agent uses image sha256:aaf366dbd941c0565213f676e90715df61f8ecc14ed2b87a3ac23d57a8e28b67(sha256:aaf366dbd941c0565213f676e90715df61f8ecc14ed2b87a3ac23d57a8e28b67)
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822191 21987 image_gc_manager.go:231] Pod kube-system/cilium-44mzg, container clean-cilium-state uses image quay.io/cilium/cilium@sha256:97daafddef3b6180b7dbfa7f45e07c673ee50441dc271b75779a689be22b3882(sha256:aaf366dbd941c0565213f676e90715df61f8ecc14ed2b87a3ac23d57a8e28b67)
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822198 21987 image_gc_manager.go:231] Pod kube-system/kube-router-7zjsg, container kube-router uses image cloudnativelabs/kube-router@sha256:31a87823700700c6ca3271fc72b413c682f890cb1e21b223fc2fabfdcf636f2f(sha256:32e7524455b959260146ba0b1d515bf4fc5f71413ea7154239cd3b164cf377f8)
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822208 21987 image_gc_manager.go:242] Adding image ID sha256:32e7524455b959260146ba0b1d515bf4fc5f71413ea7154239cd3b164cf377f8 to currentImages
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822219 21987 image_gc_manager.go:247] Image ID sha256:32e7524455b959260146ba0b1d515bf4fc5f71413ea7154239cd3b164cf377f8 is new
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822229 21987 image_gc_manager.go:255] Setting Image ID sha256:32e7524455b959260146ba0b1d515bf4fc5f71413ea7154239cd3b164cf377f8 lastUsed to 2021-08-15 18:55:11.822203539 +0800 CST m=+6.498045011
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822245 21987 image_gc_manager.go:259] Image ID sha256:32e7524455b959260146ba0b1d515bf4fc5f71413ea7154239cd3b164cf377f8 has size 97879110
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822252 21987 image_gc_manager.go:242] Adding image ID sha256:6d6859d1a42a2395a8eacc41c718a039210b377f922d19076ebbdd74aa047e89 to currentImages
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822260 21987 image_gc_manager.go:247] Image ID sha256:6d6859d1a42a2395a8eacc41c718a039210b377f922d19076ebbdd74aa047e89 is new
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822268 21987 image_gc_manager.go:259] Image ID sha256:6d6859d1a42a2395a8eacc41c718a039210b377f922d19076ebbdd74aa047e89 has size 169410912
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822275 21987 image_gc_manager.go:242] Adding image ID sha256:c19ae228f0699185488b6a1c0debb9c6b79672181356ad455c9a7924a41a01bb to currentImages
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822284 21987 image_gc_manager.go:247] Image ID sha256:c19ae228f0699185488b6a1c0debb9c6b79672181356ad455c9a7924a41a01bb is new
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822291 21987 image_gc_manager.go:259] Image ID sha256:c19ae228f0699185488b6a1c0debb9c6b79672181356ad455c9a7924a41a01bb has size 25967786
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822298 21987 image_gc_manager.go:242] Adding image ID sha256:aaf366dbd941c0565213f676e90715df61f8ecc14ed2b87a3ac23d57a8e28b67 to currentImages
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822307 21987 image_gc_manager.go:247] Image ID sha256:aaf366dbd941c0565213f676e90715df61f8ecc14ed2b87a3ac23d57a8e28b67 is new
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822317 21987 image_gc_manager.go:255] Setting Image ID sha256:aaf366dbd941c0565213f676e90715df61f8ecc14ed2b87a3ac23d57a8e28b67 lastUsed to 2021-08-15 18:55:11.822203539 +0800 CST m=+6.498045011
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822327 21987 image_gc_manager.go:259] Image ID sha256:aaf366dbd941c0565213f676e90715df61f8ecc14ed2b87a3ac23d57a8e28b67 has size 433944370
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822333 21987 image_gc_manager.go:242] Adding image ID sha256:d771cc9785a13659c0e9363cae1d238bb58114a3340f805564daaed2494475f8 to currentImages
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822341 21987 image_gc_manager.go:247] Image ID sha256:d771cc9785a13659c0e9363cae1d238bb58114a3340f805564daaed2494475f8 is new
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822349 21987 image_gc_manager.go:259] Image ID sha256:d771cc9785a13659c0e9363cae1d238bb58114a3340f805564daaed2494475f8 has size 9988981
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822356 21987 image_gc_manager.go:242] Adding image ID sha256:03c3f08975c9bd6b7614eea5ffb475a3408cb3ae30b72f0a1cf560b8a70c17d4 to currentImages
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822365 21987 image_gc_manager.go:247] Image ID sha256:03c3f08975c9bd6b7614eea5ffb475a3408cb3ae30b72f0a1cf560b8a70c17d4 is new
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822374 21987 image_gc_manager.go:255] Setting Image ID sha256:03c3f08975c9bd6b7614eea5ffb475a3408cb3ae30b72f0a1cf560b8a70c17d4 lastUsed to 2021-08-15 18:55:11.822203539 +0800 CST m=+6.498045011
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822383 21987 image_gc_manager.go:259] Image ID sha256:03c3f08975c9bd6b7614eea5ffb475a3408cb3ae30b72f0a1cf560b8a70c17d4 has size 440410596
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822391 21987 image_gc_manager.go:242] Adding image ID sha256:80d28bedfe5dec59da9ebf8e6260224ac9008ab5c11dbbe16ee3ba3e4439ac2c to currentImages
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822400 21987 image_gc_manager.go:247] Image ID sha256:80d28bedfe5dec59da9ebf8e6260224ac9008ab5c11dbbe16ee3ba3e4439ac2c is new
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822409 21987 image_gc_manager.go:255] Setting Image ID sha256:80d28bedfe5dec59da9ebf8e6260224ac9008ab5c11dbbe16ee3ba3e4439ac2c lastUsed to 2021-08-15 18:55:11.822203539 +0800 CST m=+6.498045011
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822418 21987 image_gc_manager.go:259] Image ID sha256:80d28bedfe5dec59da9ebf8e6260224ac9008ab5c11dbbe16ee3ba3e4439ac2c has size 682696
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822425 21987 image_gc_manager.go:242] Adding image ID sha256:c2103589e99f907333422ae78702360ad258a8f0366c20e341c9e0c53743e78a to currentImages
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822433 21987 image_gc_manager.go:247] Image ID sha256:c2103589e99f907333422ae78702360ad258a8f0366c20e341c9e0c53743e78a is new
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822441 21987 image_gc_manager.go:255] Setting Image ID sha256:c2103589e99f907333422ae78702360ad258a8f0366c20e341c9e0c53743e78a lastUsed to 2021-08-15 18:55:11.822203539 +0800 CST m=+6.498045011
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.822451 21987 image_gc_manager.go:259] Image ID sha256:c2103589e99f907333422ae78702360ad258a8f0366c20e341c9e0c53743e78a has size 17057647
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.824391 21987 iptables.go:442] running iptables: iptables [-w -C KUBE-FIREWALL -t filter -m comment --comment kubernetes firewall for dropping marked packets -m mark --mark 0x00008000/0x00008000 -j DROP]
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.825707 21987 iptables.go:442] running iptables: iptables [-w -C KUBE-FIREWALL -t filter -m comment --comment block incoming localnet connections --dst 127.0.0.0/8 ! --src 127.0.0.0/8 -m conntrack ! --ctstate RELATED,ESTABLISHED,DNAT -j DROP]
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.826971 21987 iptables.go:442] running iptables: iptables [-w -C OUTPUT -t filter -j KUBE-FIREWALL]
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.828038 21987 iptables.go:442] running iptables: iptables [-w -C INPUT -t filter -j KUBE-FIREWALL]
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.830020 21987 kubelet.go:2184] Container runtime status: Runtime Conditions: RuntimeReady=true reason: message:, NetworkReady=true reason: message:
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.830132 21987 clientconn.go:106] parsed scheme: "unix"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.830145 21987 clientconn.go:106] scheme "unix" not registered, fallback to default scheme
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.830236 21987 passthrough.go:48] ccResolverWrapper: sending update to cc: {[{unix:///run/containerd/containerd.sock<nil> 0 <nil>}] <nil> <nil>}
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.830249 21987 clientconn.go:933] ClientConn switching balancer to "pick_first"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.830412 21987 balancer_conn_wrappers.go:78] pickfirstBalancer: HandleSubConnStateChange: 0xc00021c3e0, {CONNECTING <nil>}
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.830914 21987 balancer_conn_wrappers.go:78] pickfirstBalancer: HandleSubConnStateChange: 0xc00021c3e0, {READY <nil>}
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.833893 21987 factory.go:137] Registering containerd factory
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.834021 21987 factory.go:122] Registration of the crio container factory failed: Get http://%2Fvar%2Frun%2Fcrio%2Fcrio.sock/info: dial unix /var/run/crio/crio.sock: connect: no such file or directory
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.834957 21987 iptables.go:442] running iptables: iptables [-w -N KUBE-MARK-MASQ -t nat]
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.838765 21987 iptables.go:442] running iptables: iptables [-w -N KUBE-POSTROUTING -t nat]
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.840624 21987 iptables.go:442] running iptables: iptables [-w -C KUBE-MARK-MASQ -t nat -j MARK --set-xmark 0x00004000/0x00004000]
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.842706 21987 iptables.go:442] running iptables: iptables [-w -C POSTROUTING -t nat -m comment --comment kubernetes postrouting rules -j KUBE-POSTROUTING]
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.844552 21987 kubelet_network_linux.go:136] Not using `--random-fully` in the MASQUERADE rule for iptables because the local version of iptables does not support it
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.844573 21987 iptables.go:442] running iptables: iptables [-w -C KUBE-POSTROUTING -t nat -m comment --comment kubernetes service traffic requiring SNAT -m mark --mark 0x00004000/0x00004000 -j MASQUERADE]
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.846705 21987 status_manager.go:158] Starting to sync pod status with apiserver
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.846733 21987 kubelet.go:1821] Starting kubelet main sync loop.
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: E0815 18:55:11.846780 21987 kubelet.go:1845] skipping pod synchronization -
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.846806 21987 generic.go:191] GenericPLEG: Relisting
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.846891 21987 iptables.go:442] running iptables: iptables [-w -N KUBE-KUBELET-CANARY -t mangle]
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.847396 21987 reflector.go:175] Starting reflector *v1beta1.RuntimeClass (0s) from k8s.io/client-go/informers/factory.go:135
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.847412 21987 reflector.go:211] Listing and watching *v1beta1.RuntimeClass from k8s.io/client-go/informers/factory.go:135
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.849229 21987 iptables.go:442] running iptables: iptables [-w -N KUBE-KUBELET-CANARY -t nat]
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.852559 21987 iptables.go:442] running iptables: iptables [-w -N KUBE-KUBELET-CANARY -t filter]
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.854368 21987 generic.go:155] GenericPLEG: 410f3b52-3fa2-4a75-8811-bd2b4e60b1bd/edede45c07948ccf6481c412f4baa01c2bfa35e2a3112f3f1c3e4fff6bce02e4: non-existent -> running
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.854387 21987 generic.go:155] GenericPLEG: 410f3b52-3fa2-4a75-8811-bd2b4e60b1bd/96eea5f3e430c09edf3eb45335a76ddd8bae3ecb40ca3fa9ecc68079d49d37d5: non-existent -> exited
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.854395 21987 generic.go:155] GenericPLEG: 410f3b52-3fa2-4a75-8811-bd2b4e60b1bd/bc5d2ea198a9e1c423ad5867290fc99db482d24d8729cd8a42ce69de5b2e3619: non-existent -> running
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.854403 21987 generic.go:155] GenericPLEG: 75aa6245-eac7-46ee-9d13-7b521071074d/6a6ffc658ca662a5687233778315e696ffa2feda94cc5cca5c9b5d7c44396fed: non-existent -> running
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.854411 21987 generic.go:155] GenericPLEG: 75aa6245-eac7-46ee-9d13-7b521071074d/e26bef869e39e8cd04c94f62f585ef454d2293afc9a7ba398d562379a1cfac54: non-existent -> running
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.854420 21987 generic.go:155] GenericPLEG: 9d01c4c7-6c73-4bd0-8cf2-468b4a70d0f5/2050ed38bda21ca20bc0b43a1e4bced9b91ff1822f25ac50faf276628d641aa3: non-existent -> running
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.854427 21987 generic.go:155] GenericPLEG: 9d01c4c7-6c73-4bd0-8cf2-468b4a70d0f5/4177ed13c65dd6d4aaa1199c071d336449095d197c827719b18b5523129b9829: non-existent -> running
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.854434 21987 generic.go:155] GenericPLEG: 9d01c4c7-6c73-4bd0-8cf2-468b4a70d0f5/7e0790e192702a3f04ee841347556628862876a8c443061db6043b539ba0c2d7: non-existent -> running
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.857642 21987 kuberuntime_manager.go:930] getSandboxIDByPodUID got sandbox IDs ["bc5d2ea198a9e1c423ad5867290fc99db482d24d8729cd8a42ce69de5b2e3619"] for pod "cilium-44mzg_kube-system(410f3b52-3fa2-4a75-8811-bd2b4e60b1bd)"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.862818 21987 factory.go:356] Registering Docker factory
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.862838 21987 factory.go:54] Registering systemd factory
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.863114 21987 factory.go:101] Registering Raw factory
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.863403 21987 manager.go:1158] Started watching for new ooms in manager
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.865549 21987 nvidia.go:53] No NVIDIA devices found.
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.865566 21987 factory.go:177] Factory "containerd" was unable to handle container "/"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.865600 21987 factory.go:177] Factory "docker" was unable to handle container "/"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.865612 21987 factory.go:166] Error trying to work out if we can handle /: / not handled by systemd handler
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.865618 21987 factory.go:177] Factory "systemd" was unable to handle container "/"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.865629 21987 factory.go:173] Using factory "raw" for container "/"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.865922 21987 manager.go:950] Added container: "/" (aliases: [], namespace: "")
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.866152 21987 handler.go:325] Added event &{/ 2021-08-15 18:48:02.761929273 +0800 CST containerCreation {<nil>}}
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.866199 21987 manager.go:272] Starting recovery of all containers
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.871132 21987 container.go:467] Start housekeeping for container "/"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.875459 21987 generic.go:386] PLEG: Write status for cilium-44mzg/kube-system: &container.PodStatus{ID:"410f3b52-3fa2-4a75-8811-bd2b4e60b1bd", Name:"cilium-44mzg", Namespace:"kube-system", IPs:[]string{}, ContainerStatuses:[]*container.ContainerStatus{(*container.ContainerStatus)(0xc0005828c0), (*container.ContainerStatus)(0xc0005829a0)}, SandboxStatuses:[]*v1alpha2.PodSandboxStatus{(*v1alpha2.PodSandboxStatus)(0xc00018ec00)}} (err: <nil>)
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.876396 21987 kuberuntime_manager.go:930] getSandboxIDByPodUID got sandbox IDs ["e26bef869e39e8cd04c94f62f585ef454d2293afc9a7ba398d562379a1cfac54"] for pod "kube-router-7zjsg_kube-system(75aa6245-eac7-46ee-9d13-7b521071074d)"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.878700 21987 factory.go:177] Factory "containerd" was unable to handle container "/system.slice"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.878716 21987 factory.go:177] Factory "docker" was unable to handle container "/system.slice"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.878728 21987 factory.go:166] Error trying to work out if we can handle /system.slice: /system.slice not handled by systemd handler
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.878735 21987 factory.go:177] Factory "systemd" was unable to handle container "/system.slice"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.878745 21987 factory.go:170] Factory "raw" can handle container "/system.slice", but ignoring.
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.878757 21987 manager.go:908] ignoring container "/system.slice"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.878763 21987 factory.go:177] Factory "containerd" was unable to handle container "/system.slice/chronyd.service"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.878770 21987 factory.go:177] Factory "docker" was unable to handle container "/system.slice/chronyd.service"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.878778 21987 factory.go:166] Error trying to work out if we can handle /system.slice/chronyd.service: /system.slice/chronyd.service not handled by systemd handler
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.878784 21987 factory.go:177] Factory "systemd" was unable to handle container "/system.slice/chronyd.service"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.878793 21987 factory.go:170] Factory "raw" can handle container "/system.slice/chronyd.service", but ignoring.
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.878803 21987 manager.go:908] ignoring container "/system.slice/chronyd.service"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.878810 21987 factory.go:177] Factory "containerd" was unable to handle container "/aegis"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.878816 21987 factory.go:177] Factory "docker" was unable to handle container "/aegis"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.878825 21987 factory.go:166] Error trying to work out if we can handle /aegis: /aegis not handled by systemd handler
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.878830 21987 factory.go:177] Factory "systemd" was unable to handle container "/aegis"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.878838 21987 factory.go:170] Factory "raw" can handle container "/aegis", but ignoring.
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.878847 21987 manager.go:908] ignoring container "/aegis"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.878853 21987 factory.go:177] Factory "containerd" was unable to handle container "/system.slice/run-user-501.mount"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.878860 21987 factory.go:177] Factory "docker" was unable to handle container "/system.slice/run-user-501.mount"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.878867 21987 factory.go:170] Factory "systemd" can handle container "/system.slice/run-user-501.mount", but ignoring.
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.878878 21987 manager.go:908] ignoring container "/system.slice/run-user-501.mount"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.884381 21987 factory.go:166] Error trying to work out if we can handle /kubepods.slice/kubepods-burstable.slice/kubepods-burstable-pod75aa6245_eac7_46ee_9d13_7b521071074d.slice/docker-6a6ffc658ca662a5687233778315e696ffa2feda94cc5cca5c9b5d7c44396fed.scope: failed to load container: container "6a6ffc658ca662a5687233778315e696ffa2feda94cc5cca5c9b5d7c44396fed" in namespace "k8s.io": not found
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.884396 21987 factory.go:177] Factory "containerd" was unable to handle container "/kubepods.slice/kubepods-burstable.slice/kubepods-burstable-pod75aa6245_eac7_46ee_9d13_7b521071074d.slice/docker-6a6ffc658ca662a5687233778315e696ffa2feda94cc5cca5c9b5d7c44396fed.scope"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.884650 21987 generic.go:386] PLEG: Write status for kube-router-7zjsg/kube-system: &container.PodStatus{ID:"75aa6245-eac7-46ee-9d13-7b521071074d", Name:"kube-router-7zjsg", Namespace:"kube-system", IPs:[]string{}, ContainerStatuses:[]*container.ContainerStatus{(*container.ContainerStatus)(0xc000582c40)}, SandboxStatuses:[]*v1alpha2.PodSandboxStatus{(*v1alpha2.PodSandboxStatus)(0xc000f4e000)}} (err: <nil>)
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.886339 21987 factory.go:173] Using factory "docker" for container "/kubepods.slice/kubepods-burstable.slice/kubepods-burstable-pod75aa6245_eac7_46ee_9d13_7b521071074d.slice/docker-6a6ffc658ca662a5687233778315e696ffa2feda94cc5cca5c9b5d7c44396fed.scope"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.886714 21987 kuberuntime_manager.go:930] getSandboxIDByPodUID got sandbox IDs ["7e0790e192702a3f04ee841347556628862876a8c443061db6043b539ba0c2d7"] for pod "csi-plugin-nssx2_kube-system(9d01c4c7-6c73-4bd0-8cf2-468b4a70d0f5)"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.888434 21987 manager.go:950] Added container: "/kubepods.slice/kubepods-burstable.slice/kubepods-burstable-pod75aa6245_eac7_46ee_9d13_7b521071074d.slice/docker-6a6ffc658ca662a5687233778315e696ffa2feda94cc5cca5c9b5d7c44396fed.scope" (aliases: , namespace: "docker")
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.889039 21987 handler.go:325] Added event &{/kubepods.slice/kubepods-burstable.slice/kubepods-burstable-pod75aa6245_eac7_46ee_9d13_7b521071074d.slice/docker-6a6ffc658ca662a5687233778315e696ffa2feda94cc5cca5c9b5d7c44396fed.scope 2021-08-15 07:04:08.260947258 +0000 UTC containerCreation {<nil>}}
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.889071 21987 factory.go:177] Factory "containerd" was unable to handle container "/kubepods.slice/kubepods-besteffort.slice"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.889081 21987 factory.go:177] Factory "docker" was unable to handle container "/kubepods.slice/kubepods-besteffort.slice"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.889092 21987 factory.go:166] Error trying to work out if we can handle /kubepods.slice/kubepods-besteffort.slice: /kubepods.slice/kubepods-besteffort.slice not handled by systemd handler
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.889098 21987 factory.go:177] Factory "systemd" was unable to handle container "/kubepods.slice/kubepods-besteffort.slice"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.889107 21987 factory.go:173] Using factory "raw" for container "/kubepods.slice/kubepods-besteffort.slice"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.889386 21987 manager.go:950] Added container: "/kubepods.slice/kubepods-besteffort.slice" (aliases: [], namespace: "")
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.889646 21987 handler.go:325] Added event &{/kubepods.slice/kubepods-besteffort.slice 2021-08-15 18:47:53.833242529 +0800 CST containerCreation {<nil>}}
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.889670 21987 factory.go:177] Factory "containerd" was unable to handle container "/assist"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.889678 21987 factory.go:177] Factory "docker" was unable to handle container "/assist"
Aug 15 18:55:11 HK-K8S-WN4 kubelet[21987]: I0815 18:55:11.889688 21987 factory.go:166] Error trying to work out if we can handle /assist: /assist not handled by systemd handler
Aug 15 18:55:12 HK-K8S-WN4 kubelet[21987]: I0815 18:55:12.107535 21987 config.go:100] Looking for , have seen map[]
Aug 15 18:55:12 HK-K8S-WN4 kubelet[21987]: I0815 18:55:12.108392 21987 cpu_manager.go:184] starting with none policy
Aug 15 18:55:12 HK-K8S-WN4 kubelet[21987]: I0815 18:55:12.108402 21987 cpu_manager.go:185] reconciling every 10s
Aug 15 18:55:12 HK-K8S-WN4 kubelet[21987]: I0815 18:55:12.108418 21987 state_mem.go:36] initializing new in-memory state store
Aug 15 18:55:12 HK-K8S-WN4 kubelet[21987]: I0815 18:55:12.108640 21987 state_mem.go:88] updated default cpuset: ""
Aug 15 18:55:12 HK-K8S-WN4 kubelet[21987]: I0815 18:55:12.108652 21987 state_mem.go:96] updated cpuset assignments: "map[]"
Aug 15 18:55:12 HK-K8S-WN4 kubelet[21987]: I0815 18:55:12.108664 21987 state_checkpoint.go:136] state checkpoint: restored state from checkpoint
Aug 15 18:55:12 HK-K8S-WN4 kubelet[21987]: I0815 18:55:12.108671 21987 state_checkpoint.go:137] state checkpoint: defaultCPUSet:
Aug 15 18:55:12 HK-K8S-WN4 kubelet[21987]: I0815 18:55:12.108679 21987 policy_none.go:43] none policy: Start
Aug 15 18:55:12 HK-K8S-WN4 kubelet[21987]: I0815 18:55:12.109957 21987 node_container_manager_linux.go:75] Attempting to enforce Node Allocatable with config: {KubeReservedCgroupName:/kube.slice SystemReservedCgroupName:/system.slice ReservedSystemCPUs: EnforceNodeAllocatable:map KubeReserved:map SystemReserved:map HardEvictionThresholds:[{Signal:memory.available Operator:LessThan Value:{Quantity:100Mi Percentage:0} GracePeriod:0s MinReclaim:<nil>} {Signal:nodefs.available Operator:LessThan Value:{Quantity:<nil> Percentage:0.1} GracePeriod:0s MinReclaim:<nil>} {Signal:nodefs.inodesFree Operator:LessThan Value:{Quantity:<nil> Percentage:0.05} GracePeriod:0s MinReclaim:<nil>} {Signal:imagefs.available Operator:LessThan Value:{Quantity:<nil> Percentage:0.15} GracePeriod:0s MinReclaim:<nil>}]}
Aug 15 18:55:12 HK-K8S-WN4 kubelet[21987]: I0815 18:55:12.110066 21987 node_container_manager_linux.go:121] Enforcing kube reserved on cgroup "/kube.slice" with limits: map
Aug 15 18:55:12 HK-K8S-WN4 kubelet[21987]: I0815 18:55:12.110090 21987 node_container_manager_linux.go:141] Enforcing limits on cgroup ["kube"] with 824649664312 cpu shares, 824649664304 bytes of memory, and 0 processes
Aug 15 18:55:12 HK-K8S-WN4 kubelet[21987]: I0815 18:55:12.110149 21987 cgroup_manager_linux.go:276] The Cgroup has some missing paths:
Aug 15 18:55:12 HK-K8S-WN4 kubelet[21987]: F0815 18:55:12.110207 21987 kubelet.go:1383] Failed to start ContainerManager Failed to enforce Kube Reserved Cgroup Limits on "/kube.slice": ["kube"] cgroup does not exist</pre>
</div>
</li>
</ul>
根据上文的报错信息，手动创建缺少的cgroup，如下
cgroup_manager_linux.go:276] The Cgroup has some missing paths: 
<div class="cnblogs_code">
<pre>mkdir /sys/fs/cgroup/systemd/kube.slice
mkdir /sys/fs/cgroup/pids/kube.slice
mkdir /sys/fs/cgroup/hugetlb/kube.slice
mkdir /sys/fs/cgroup/cpu,cpuacct/kube.slice</pre>
</div>
再次启动
验证kubeRserved的资源限额，如下
<div class="cnblogs_code">
<pre># 具体内存限额 <root@HK-K8S-WN4 /sys/fs/cgroup/memory/kube.slice># cat memory.limit_in_bytes 
524288000
 # 具体CPU限额
<root@HK-K8S-WN4 /sys/fs/cgroup/cpu/kube.slice># cat cpu.shares 
204
<root@HK-K8S-WN4 /sys/fs/cgroup/cpu/kube.slice># cat cpuacct.stat 
user 0
system 0
<root@HK-K8S-WN4 /sys/fs/cgroup/cpu/kube.slice># cat cgroup.procs 
<root@HK-K8S-WN4 /sys/fs/cgroup/cpu/kube.slice># cat cpu.cfs_period_us
100000</pre>
</div>
<h4 style="margin-left: 30px">参考配置</h4>
<div class="cnblogs_code">
<pre>apiVersion: kubelet.config.k8s.io/v1beta1
authentication:
anonymous:
enabled: false
webhook:
cacheTTL: 0s
enabled: true
x509:
clientCAFile: /etc/kubernetes/pki/ca.crt
authorization:
mode: Webhook
webhook:
cacheAuthorizedTTL: 0s
cacheUnauthorizedTTL: 0s
clusterDNS:
- 10.10.0.10
clusterDomain: nflow.so
enforceNodeAllocatable:
- pods
- kube-reserved
- system-reserved
systemReserved:
cpu: 200m
memory: 2000Mi
kubeReserved:
cpu: 200m
memory: 500Mi
kubeReservedCgroup: /kube.slice
systemReservedCgroup: /system.slice
evictionHard:
memory.available: "500Mi"
imagefs.available": "15%"
nodefs.available": "10%"
nodefs.inodesFree": "5%"
evictionMinimumReclaim:
memory.available: "300Mi"
nodefs.available: "500Mi"
imagefs.available: "2Gi"
cgroupDriver: systemd
maxPods: 64
cpuManagerReconcilePeriod: 0s
evictionPressureTransitionPeriod: 4m0s
fileCheckFrequency: 0s
healthzBindAddress: 127.0.0.1
healthzPort: 10248
httpCheckFrequency: 0s
imageMinimumGCAge: 0s</pre>
</div>
<h2 style="margin-left: 30px"> kubelet.service（这里存在一个问题，node节点重启时会清除上面创建的cgroup.slice）可以参考以下方法解决</h2>
<div class="cnblogs_code">
<pre>
Description=kubelet: The Kubernetes Node Agent
Documentation=https://kubernetes.io/docs/
Wants=network-online.target
After=network-online.target

ExecStartPre=-/bin/mkdir /sys/fs/cgroup/cpuset/system.slice
ExecStartPre=-/bin/mkdir /sys/fs/cgroup/hugetlb/system.slice
ExecStartPre=-/bin/mkdir /sys/fs/cgroup/hugetlb/system.slic
ExecStartPre=-/bin/mkdir /sys/fs/cgroup/cpu,cpetacct/kube.slice
ExecStartPre=-/bin/mkdir /sys/fs/cgroup/systemd/kube.slice
ExecStartPre=-/bin/mkdir /sys/fs/cgroup/pids/kube.slice
ExecStartPre=-/bin/mkdir /sys/fs/cgroup/hugetlb/kube.slice
ExecStartPre=-/bin/mkdir /sys/fs/cgroup/cpu,cpuacct/kube.slice
ExecStartPre=-/bin/mkdir /sys/fs/cgroup/cpuset/kube.slice
ExecStartPre=-/bin/mkdir /sys/fs/cgroup/memory/kube.slice

ExecStart=/usr/bin/kubelet
Restart=always
StartLimitInterval=0
RestartSec=10

WantedBy=multi-user.target</pre>
</div>
 
<h2>Cgroups推荐配置</h2>
<h4 style="margin-left: 30px">Kubernetes node的cgroup推荐配置如下</h4>
<ul>
<li>所有OS的守护进程统一放在SystemReserved的顶级cgroup下
/sys/fs/cgroup/memory/system.slice
</li>
<li>Kubelet & Container Runtime统一放在KubeReserved的顶级cgroup下（如果配置kubereserved策略时，kubereservedcgroup需要在kubelet的config.yaml配置文件中指定，同时需要在节点手动创建）为什么将Container Runtime放在KubeReserved的cgroup下，官方的理由如下2点</li>
</ul>
<ol>
<li>Kubernetes 节点上的Container Runtime肯定是受Kubelet来管控的（换句话意思就是，既然使用Kubernetes平台作为Container Runtime管理，那么就应该受kubelet来管控）；这里还有一种情况就是手动创建的容器，所以肯定的是不受kubelet管控，那理应不属于KuebeReserved的cgroup来做资源限制</li>
<li>KubeRserved的cgroup中的资源消耗一定是与节点上运行Pod的数量息息相关的，简单理解来说就是多则所以耗资源</li>
</ol>
下文的cgroup的层级结构推荐使用专用的cgroups以便于为kubelet & runtime独立追踪在使用时
<div class="cnblogs_code">
<pre>/ (Cgroup Root)
.
+..systemreserved or system.slice (Specified via `--system-reserved-cgroup`; `SystemReserved` enforced here *optionally* by kubelet)
. . .tasks(sshd,udev,etc)
.
.
+..podruntime or podruntime.slice (Specified via `--kube-reserved-cgroup`; `KubeReserved` enforced here *optionally* by kubelet)
. .
. +..kubelet
. . .tasks(kubelet)
. .
. +..runtime
. .tasks(docker-engine, containerd)
.
.
+..kubepods or kubepods.slice (Node Allocatable enforced here by Kubelet)
. .
. +..PodGuaranteed
. . .
. . +..Container1
. . . .tasks(container processes)
. . .
. . +..PodOverhead
. . . .tasks(per-pod processes)
. . ...
. .
. +..Burstable
. . .
. . +..PodBurstable
. . . .
. . . +..Container1
. . . . .tasks(container processes)
. . . +..Container2
. . . . .tasks(container processes)
. . . .
. . . ...
. . .
. . ...
. .
. .
. +..Besteffort
. . .
. . +..PodBesteffort
. . . .
. . . +..Container1
. . . . .tasks(container processes)
. . . +..Container2
. . . . .tasks(container processes)
. . . .
. . . ...
. . .
. . ...</pre>
</div>
SystemReservedCgroup & KebeReservedCgroup 需要手动创建，（如果kubelet是给自身与docker deamon创建cgroups，那么它将会自动的创建KubeRservedCgroup未验证，官方是这样说的）
kubepods cgroups如果不存在，kuelet会自动创建它
<ol>
<li>如果 cgroup 驱动设置为 systemd，那么 Kubelet 将通过 systemd 创建一个 kubepods.slice</li>
<li> 默认情况下，Kubelet 会通过 cgroupfs 直接 mkdir /kubepods cgroup</li>
</ol>
如果 Kubelet 是使用容器化管理的，那么kubelet的Container Runtime的cgroups是在KuberReservedCgroup下 
来源：https://www.cnblogs.com/apink/p/15138971.html

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Kubernetes 资源预留（一）