K8s
Services
Pod
11min
Note: if you are running CloudGraph locally you can view the interactive, automatically generated documentation in either GraphQL Playground or Altair by clicking the docs button on the right-hand side of the screen. After reading the below information we highly suggest you use one of these tools to test your queries as they will autocomplete fields for you and let you know if your queries are valid before you even submit them.
You can currently query the following attributes and connections on a k8s Pod:
GraphQL
type k8sPod { id: String context: String apiVersion: String kind: String metadata { id: String annotations: { id: String! key: String value: String } clusterName: String creationTimestamp: String deletionGracePeriodSeconds: Int deletionTimestamp: String finalizers: [String] generateName: String generation: Int labels: { id: String! key: String value: String } ownerReferences: { id: String! apiVersion: String blockOwnerDeletion: Boolean controller: Boolean kind: String name: String } name: String namespace: String resourceVersion: String selfLink: String } spec { activeDeadlineSeconds: Int affinity { nodeAffinity { requiredDuringSchedulingIgnoredDuringExecution { nodeSelectorTerms { id: String! matchExpressions { id: String! key: String operator: String values: [String] } matchFields { id: String! key: String operator: String values: [String] } } } preferredDuringSchedulingIgnoredDuringExecution { id: String! weight: Int preference { id: String! labelSelector { matchExpressions { id: String! key: String operator: String values: [String] } matchLabels { id: String! key: String value: String } } namespaceSelector { matchExpressions { id: String! key: String operator: String values: [String] } matchLabels { id: String! key: String value: String } } namespaces: [String] topologyKey: String } podAffinityTerm { id: String! labelSelector { matchExpressions { id: String! key: String operator: String values: [String] } matchLabels { id: String! key: String value: String } } namespaceSelector { matchExpressions { id: String! key: String operator: String values: [String] } matchLabels { id: String! key: String value: String } } namespaces: [String] topologyKey: String } } } podAffinity { requiredDuringSchedulingIgnoredDuringExecution { id: String! labelSelector { matchExpressions { id: String! key: String operator: String values: [String] } matchLabels { id: String! key: String value: String } } namespaceSelector { matchExpressions { id: String! key: String operator: String values: [String] } matchLabels { id: String key: String value: String } } namespaces: [String] topologyKey: String } preferredDuringSchedulingIgnoredDuringExecution { id: String! weight: Int preference { id: String! labelSelector { matchExpressions { id: String! key: String operator: String values: [String] } matchLabels { id: String key: String value: String } } namespaceSelector { matchExpressions { id: String! key: String operator: String values: [String] } matchLabels { id: String key: String value: String } } namespaces: [String] topologyKey: String } podAffinityTerm { id: String! labelSelector { matchExpressions { id: String! key: String operator: String values: [String] } matchLabels { id: String key: String value: String } } namespaceSelector { matchExpressions { id: String! key: String operator: String values: [String] } matchLabels { id: String key: String value: String } } namespaces: [String] topologyKey: String } } } podAntiAffinity { requiredDuringSchedulingIgnoredDuringExecution { id: String! labelSelector { matchExpressions { id: String! key: String operator: String values: [String] } matchLabels { id: String! key: String value: String } } namespaceSelector { matchExpressions { id: String! key: String operator: String values: [String] } matchLabels { id: String key: String value: String } } namespaces: [String] topologyKey: String } preferredDuringSchedulingIgnoredDuringExecution { id: String! weight: Int preference { id: String! labelSelector { matchExpressions { id: String! key: String operator: String values: [String] } matchLabels { id: String key: String value: String } } namespaceSelector { matchExpressions { id: String! key: String operator: String values: [String] } matchLabels { id: String key: String value: String } } namespaces: [String] topologyKey: String } podAffinityTerm { id: String! labelSelector { matchExpressions { id: String! key: String operator: String values: [String] } matchLabels { id: String key: String value: String } } namespaceSelector { matchExpressions { id: String! key: String operator: String values: [String] } matchLabels { id: String key: String value: String } } namespaces: [String] topologyKey: String } } } } automountServiceAccountToken: Boolean dnsPolicy: String enableServiceLinks: Boolean hostIpc: Boolean hostNetwork: Boolean hostPid: Boolean hostname: String nodeName: String preemptionPolicy: String priority: Int priorityClassName: String restartPolicy: String runtimeClassName: String schedulerName: String serviceAccount: String serviceAccountName: String setHostnameAsFqdn: Boolean shareProcessNamespace: Boolean subdomain: String terminationGracePeriodSeconds: Int containers { id: String args: [String] command: [String] env { id: String name: String value: String valueFrom { configMapKeyRef { key: String name: String optional: Boolean } fieldRef { apiVersion: String fieldPath: String } resourceFieldRef { containerName: String divisor: String resource: String } secretKeyRef { key: String name: String optional: Boolean } } } envFrom { id: String prefix: String configMapRef { key: String name: String optional: Boolean } secretRef { key: String name: String optional: Boolean } } image: String imagePullPolicy: String lifecycle { postStart { httpGet { httpHeaders { id: String name: String value: String } host: String path: String scheme: String port: String } exec { command: [String] } tcpSocket { host: String port: String } } preStop { httpGet { httpHeaders { id: String name: String value: String } host: String path: String scheme: String port: String } exec { command: [String] } tcpSocket { host: String port: String } } } livenessProbe { failureThreshold: Int initialDelaySeconds: Int periodSeconds: Int successThreshold: Int terminationGracePeriodSeconds: Int timeoutSeconds: Int httpGet { httpHeaders { id: String name: String value: String } host: String path: String scheme: String port: String } exec { command: [String] } tcpSocket { host: String port: String } } name: String ports { id: String containerPort: Int hostIp: String hostPort: Int name: String protocol: String } readinessProbe { failureThreshold: Int initialDelaySeconds: Int periodSeconds: Int successThreshold: Int terminationGracePeriodSeconds: Int timeoutSeconds: Int httpGet { httpHeaders { id: String name: String value: String } host: String path: String scheme: String port: String } exec { command: [String] } tcpSocket { host: String port: String } } resources { limits { id: String key: String value: String } requests { id: String key: String value: String } } securityContext { allowPrivilegeEscalation: Boolean capabilities { add: [String] drop: [String] } privileged: Boolean procMount: String sysctls { id: String name: String value: String } fsGroup: Int fsGroupChangePolicy: String readOnlyRootFilesystem: Boolean runAsGroup: Int runAsNonRoot: Boolean runAsUser: Int supplementalGroups: [Int] seLinuxOptions { level: String role: String type: String user: String } seccompProfile { localhostProfile: String type: String } windowsOptions { gmsaCredentialSpec: String gmsaCredentialSpecName: String hostProcess: Boolean runAsUserName: String } } startupProbe { failureThreshold: Int initialDelaySeconds: Int periodSeconds: Int successThreshold: Int terminationGracePeriodSeconds: Int timeoutSeconds: Int httpGet { httpHeaders { id: String name: String value: String } host: String path: String scheme: String port: String } exec { command: [String] } tcpSocket { host: String port: String } } stdin: Boolean stdinOnce: Boolean terminationMessagePath: String terminationMessagePolicy: String tty: Boolean volumeDevices { id: String name: String devicePath: String } volumeMounts { id: String mountPath: String mountPropagation: String name: String readOnly: Boolean subPath: String subPathExpr: String } workingDir: String } ephemeralContainers { id: String args: [String] command: [String] env { id: String name: String value: String valueFrom { configMapKeyRef { key: String name: String optional: Boolean } fieldRef { apiVersion: String fieldPath: String } resourceFieldRef { containerName: String divisor: String resource: String } secretKeyRef { key: String name: String optional: Boolean } } } envFrom { id: String prefix: String configMapRef { key: String name: String optional: Boolean } secretRef { key: String name: String optional: Boolean } } image: String imagePullPolicy: String lifecycle { postStart { httpGet { httpHeaders { id: String name: String value: String } host: String path: String scheme: String port: String } exec { command: [String] } tcpSocket { host: String port: String } } preStop { httpGet { httpHeaders { id: String name: String value: String } host: String path: String scheme: String port: String } exec { command: [String] } tcpSocket { host: String port: String } } } livenessProbe { failureThreshold: Int initialDelaySeconds: Int periodSeconds: Int successThreshold: Int terminationGracePeriodSeconds: Int timeoutSeconds: Int httpGet { httpHeaders { id: String name: String value: String } host: String path: String scheme: String port: String } exec { command: [String] } tcpSocket { host: String port: String } } name: String ports { id: String containerPort: Int hostIp: String hostPort: Int name: String protocol: String } readinessProbe { failureThreshold: Int initialDelaySeconds: Int periodSeconds: Int successThreshold: Int terminationGracePeriodSeconds: Int timeoutSeconds: Int httpGet { httpHeaders { id: String name: String value: String } host: String path: String scheme: String port: String } exec { command: [String] } tcpSocket { host: String port: String } } resources { limits { id: String key: String value: String } requests { id: String key: String value: String } } securityContext { allowPrivilegeEscalation: Boolean capabilities { add: [String] drop: [String] } privileged: Boolean procMount: String sysctls { id: String name: String value: String } fsGroup: Int fsGroupChangePolicy: String readOnlyRootFilesystem: Boolean runAsGroup: Int runAsNonRoot: Boolean runAsUser: Int supplementalGroups: [Int] seLinuxOptions { level: String role: String type: String user: String } seccompProfile { localhostProfile: String type: String } windowsOptions { gmsaCredentialSpec: String gmsaCredentialSpecName: String hostProcess: Boolean runAsUserName: String } } startupProbe { failureThreshold: Int initialDelaySeconds: Int periodSeconds: Int successThreshold: Int terminationGracePeriodSeconds: Int timeoutSeconds: Int httpGet { httpHeaders { id: String name: String value: String } host: String path: String scheme: String port: String } exec { command: [String] } tcpSocket { host: String port: String } } stdin: Boolean stdinOnce: Boolean terminationMessagePath: String terminationMessagePolicy: String tty: Boolean volumeDevices { id: String name: String devicePath: String } volumeMounts { id: String mountPath: String mountPropagation: String name: String readOnly: Boolean subPath: String subPathExpr: String } workingDir: String } initContainers { id: String args: [String] command: [String] env { id: String name: String value: String valueFrom { configMapKeyRef { key: String name: String optional: Boolean } fieldRef { apiVersion: String fieldPath: String } resourceFieldRef { containerName: String divisor: String resource: String } secretKeyRef { key: String name: String optional: Boolean } } } envFrom { id: String prefix: String configMapRef { key: String name: String optional: Boolean } secretRef { key: String name: String optional: Boolean } } image: String imagePullPolicy: String lifecycle { postStart { httpGet { httpHeaders { id: String name: String value: String } host: String path: String scheme: String port: String } exec { command: [String] } tcpSocket { host: String port: String } } preStop { httpGet { httpHeaders { id: String name: String value: String } host: String path: String scheme: String port: String } exec { command: [String] } tcpSocket { host: String port: String } } } livenessProbe { failureThreshold: Int initialDelaySeconds: Int periodSeconds: Int successThreshold: Int terminationGracePeriodSeconds: Int timeoutSeconds: Int httpGet { httpHeaders { id: String name: String value: String } host: String path: String scheme: String port: String } exec { command: [String] } tcpSocket { host: String port: String } } name: String ports { id: String containerPort: Int hostIp: String hostPort: Int name: String protocol: String } readinessProbe { failureThreshold: Int initialDelaySeconds: Int periodSeconds: Int successThreshold: Int terminationGracePeriodSeconds: Int timeoutSeconds: Int httpGet { httpHeaders { id: String name: String value: String } host: String path: String scheme: String port: String } exec { command: [String] } tcpSocket { host: String port: String } } resources { limits { id: String key: String value: String } requests { id: String key: String value: String } } securityContext { allowPrivilegeEscalation: Boolean capabilities { add: [String] drop: [String] } privileged: Boolean procMount: String sysctls { id: String name: String value: String } fsGroup: Int fsGroupChangePolicy: String readOnlyRootFilesystem: Boolean runAsGroup: Int runAsNonRoot: Boolean runAsUser: Int supplementalGroups: [Int] seLinuxOptions { level: String role: String type: String user: String } seccompProfile { localhostProfile: String type: String } windowsOptions { gmsaCredentialSpec: String gmsaCredentialSpecName: String hostProcess: Boolean runAsUserName: String } } startupProbe { failureThreshold: Int initialDelaySeconds: Int periodSeconds: Int successThreshold: Int terminationGracePeriodSeconds: Int timeoutSeconds: Int httpGet { httpHeaders { id: String name: String value: String } host: String path: String scheme: String port: String } exec { command: [String] } tcpSocket { host: String port: String } } stdin: Boolean stdinOnce: Boolean terminationMessagePath: String terminationMessagePolicy: String tty: Boolean volumeDevices { id: String name: String devicePath: String } volumeMounts { id: String mountPath: String mountPropagation: String name: String readOnly: Boolean subPath: String subPathExpr: String } workingDir: String } imagePullSecrets { id: String name: String } nodeSelector { id: String key: String value: String } overhead { id: String key: String value: String } readinessGates { id: String conditionType: String } securityContext { allowPrivilegeEscalation: Boolean capabilities { add: [String] drop: [String] } privileged: Boolean procMount: String sysctls { id: String name: String value: String } fsGroup: Int fsGroupChangePolicy: String readOnlyRootFilesystem: Boolean runAsGroup: Int runAsNonRoot: Boolean runAsUser: Int supplementalGroups: [Int] seLinuxOptions { level: String role: String type: String user: String } seccompProfile { localhostProfile: String type: String } windowsOptions { gmsaCredentialSpec: String gmsaCredentialSpecName: String hostProcess: Boolean runAsUserName: String } } dnsConfig { nameservers searches options { id name value } } hostAliases { id: String ip: String hostNames: [String] } tolerations { id: String effect: String key: String operator: String tolerationSeconds: Int value: String } topologySpreadConstraints { id: String labelSelector { matchExpressions { id: String key: String operator: String values: [String] } matchLabels { id: String key: String value: String } } maxSkew: Int topologyKey: String whenUnsatisfiable: String } volumes { id: String name: String awsElasticBlockStore { fsType: String partition: Int readOnly: Boolean volumeId: String } azureDisk { cachingMode: String diskName: String diskUri: String fsType: String kind: String readOnly: Boolean } azureFile { readOnly: Boolean secretName: String shareName: String } cephfs { monitors: [String] path: String readOnly: Boolean secretFile: String user: String secretRef { name: String } } cinder { fsType: String readOnly: Boolean secretRef { name: String } volumeId: String } configMap { defaultMode: Int items { id: String key: String mode: Int path: String } name: String optional: Boolean } csi { driver: String fsType: String readOnly: Boolean nodePublishSecretRef { name: String } volumeAttributes { id: String key: String value: String } } downwardApi { defaultMode: Int items { id: String mode: Int path: String fieldRef { apiVersion: String fieldPath: String } resourceFieldRef { containerName: String divisor: String resource: String } } } emptyDir { medium: String sizeLimit: String } ephemeral { volumeClaimTemplate { metadata { id: String annotations: { id: String! key: String value: String } clusterName: String creationTimestamp: String deletionGracePeriodSeconds: Int deletionTimestamp: String finalizers: [String] generateName: String generation: Int labels: { id: String! key: String value: String } ownerReferences: { id: String! apiVersion: String blockOwnerDeletion: Boolean controller: Boolean kind: String name: String } name: String namespace: String resourceVersion: String selfLink: String } spec { accessModes: [String] dataSource { apiGroup: String kind: String name: String } dataSourceRef { apiGroup: String kind: String name: String } resources { limits { id: String key: String value: String } requests { id: String key: String value: String } } selector { matchExpressions { id: String key: String operator: String values: [String] } matchLabels { id: String key: String value: String } } storageClassName: String volumeMode: String volumeName: String } } } flexVolume { driver: String readOnly: Boolean fsType: String secretRef { name: String } options { id: String key: String value: String } } flocker { datasetName: String datasetUuid: String } fc { fsType: String lun: Int readOnly: Boolean targetWWNs: [String] wwids: [String] } gcePersistentDisk { fsType: String partition: Int pdName: String readOnly: Boolean } gitRepo { directory: String repository: String revision: String } glusterfs { endpoints: String path: String readOnly: Boolean } hostPath { path: String type: String } iscsi { chapAuthDiscovery: Boolean chapAuthSession: Boolean fsType: String initiatorName: String iqn: String iscsiInterface: String lun: Int portals: [String] readOnly: Boolean secretRef { name: String } targetPortal: String } nfs { path: String readOnly: Boolean server: String } persistentVolumeClaim { claimName: String readOnly: Boolean } photonPersistentDisk { fsType: String pdId: String } portworxVolume { fsType: String readOnly: Boolean volumeId: String } projected { defaultMode: Int sources { configMap { defaultMode: Int items { id: String key: String mode: Int path: String } name: String optional: Boolean } downwardApi { items { id: String mode: Int path: String fieldRef { apiVersion: String fieldPath: String } resourceFieldRef { containerName: String divisor: String resource: String } } } secret { defaultMode: Int items { id: String key: String mode: Int path: String } name: String optional: Boolean } serviceAccountToken { audience: String expirationSeconds: Int path: String } } } quobyte { group: String readOnly: Boolean registry: String tenant: String user: String volume: String } rbd { fsType: String image: String keyring: String monitors: [String] pool: String readOnly: Boolean secretRef { name: String } user: String } scaleIo { fsType: String gateway: String protectionDomain: String readOnly: Boolean secretRef { name: String } sslEnabled: Boolean storageMode: String storagePool: String system: String volumeName: String } secret { defaultMode: Int optional: Boolean secretName: String items { id: String key: String mode: Int path: String } } storageos { fsType: String readOnly: Boolean secretRef { name: String } volumeName: String volumeNamespace: String } vsphereVolume { fsType: String storagePolicyId: String storagePolicyName: String volumePath: String } } } status { conditions { id: String lastTransitionTime: String lastProbeTime: String message: String reason: String status: String type: String } containerStatuses { id: String! containerId: String imageId: String name: String ready: Boolean restartCount: Int started: Boolean state { waiting { message: String reason: String } running { startedAt: String } terminated { containerId: String exitCode: Int finishedAt: String message: String reason: String signal: Int startedAt: String } } lastState { waiting { message: String reason: String } running { startedAt: String } terminated { containerId: String exitCode: Int finishedAt: String message: String reason: String signal: Int startedAt: String } } } ephemeralContainerStatuses { id: String! containerId: String imageId: String name: String ready: Boolean restartCount: Int started: Boolean state { waiting { message: String reason: String } running { startedAt: String } terminated { containerId: String exitCode: Int finishedAt: String message: String reason: String signal: Int startedAt: String } } lastState { waiting { message: String reason: String } running { startedAt: String } terminated { containerId: String exitCode: Int finishedAt: String message: String reason: String signal: Int startedAt: String } } } initContainerStatuses { id: String! containerId: String imageId: String name: String ready: Boolean restartCount: Int started: Boolean state { waiting { message: String reason: String } running { startedAt: String } terminated { containerId: String exitCode: Int finishedAt: String message: String reason: String signal: Int startedAt: String } } lastState { waiting { message: String reason: String } running { startedAt: String } terminated { containerId: String exitCode: Int finishedAt: String message: String reason: String signal: Int startedAt: String } } } phase: String message: String hostIp: String podIp: String podIps { id: String! ip: String } nominatedNodeName: String qosClass: String reason: String startTime: String } namespace { id: String! # other namespace fields } }
Get data for a single pod that you know the id for:
GraphQL
query { getk8sPod(id: "12345") { id # Other fields and connections here... } }
Get data for all of the pods in a certain k8s Context:
GraphQL
query { queryk8sPod(filter: { context: { eq: "my-context-name" } }) { id # Other fields and connections here... } }
Get data for all of the pods NOT in a certain k8s Context:
GraphQL
query { queryk8sPod(filter: { not: { context: { eq: "my-context-name" } } }) { id # Other fields and connections here... } }
Get data for all of the pods that have a namespace:
GraphQL
query { queryk8sPod(filter: { has: namespace }) { id # Other fields and connections here... } } # Note that in addition to "namespace" you can filter # Using "has" based on any of the following attributes: # context # apiVersion # kind # metadata # spec # status
Use multiple filter selectors, (i.e. has, and, not, or) to get data for all of the pods that have a namespace AND status OR that do not have a spec. Note that you can use has, and, not, or completely independently of each other:
GraphQL
query { queryk8sPod( filter: { has: namespace and: { has: status } or: { not: { has: spec } } } ) { id # Other fields and connections here... } }
You may also filter using a regex when filtering on a string field like, context if you want to look for a value that matches say, some-value (case insensitive):
GraphQL
query { queryk8sPod( filter: { context: { regexp: "/.*some-value*./i" } } ) { id # Other fields and connections here... } }
You can order the results you get back either asc or desc depending on your preference:
GraphQL
query { queryk8sPod(order: { desc: apiVersion }) { apiVersion # Other fields and connections here... } } # Note that in addition to "apiVersion" you can filter # Using "asc" or "desc" based on any of the following attributes: # id # kind # context
Only select and return the first two pods that are found:
GraphQL
query { queryk8sPod(first: 2, order: { desc: apiVersion }) { apiVersion # Other fields and connections here... } }
Only select and return the first two pods that are found, but offset by one so pods two & three are returned:
GraphQL
query { queryk8sPod(first: 2, order: { desc: apiVersion }, offset: 1) { apiVersion # Other fields and connections here... } }
Count the number of pods across all scanned K8s contexts:
GraphQL
query { aggregatek8sPod { count # Other fields and connections here... } } # Note that in addition to "count" you can request the # Following min and max values based on attributes of your Namespaces: # idMin # idMax # contextMin # contextMax # kindMin # kindMax # apiVersionMin # apiVersionMax
Count the number of pods in a single context. Note that you can apply all of the same filters that are listed above to aggregate queries:
GraphQL
query { aggregatek8s(filter: { context: { eq: "my-context-name" } }) { count # Other fields and connections here... } }
Putting it all together; get all data for all pods across all k8s contexts in a single query. For the purposes of this example we will only get direct children of the service but if you want to it's easy to go from say, pod -> namespace -> service ...etc:
GraphQL
query { queryk8sPod { id context apiVersion kind metadata { id annotations { id key value } clusterName creationTimestamp deletionGracePeriodSeconds deletionTimestamp finalizers generateName generation labels{ id key value } ownerReferences { id apiVersion blockOwnerDeletion controller kind name } name namespace resourceVersion selfLink } spec { activeDeadlineSeconds affinity { nodeAffinity { requiredDuringSchedulingIgnoredDuringExecution { nodeSelectorTerms { id matchExpressions { id key operator values } matchFields { id key operator values } } } preferredDuringSchedulingIgnoredDuringExecution { id weight preference { id labelSelector { matchExpressions { id key operator values } matchLabels { id key value } } namespaceSelector { matchExpressions { id key operator values } matchLabels { id key value } } namespaces topologyKey } podAffinityTerm { id labelSelector { matchExpressions { id key operator values } matchLabels { id key value } } namespaceSelector { matchExpressions { id key operator values } matchLabels { id key value } } namespaces topologyKey } } } podAffinity { requiredDuringSchedulingIgnoredDuringExecution { id labelSelector { matchExpressions { id key operator values } matchLabels { id key value } } namespaceSelector { matchExpressions { id key operator values } matchLabels { id key value } } namespaces topologyKey } preferredDuringSchedulingIgnoredDuringExecution { id weight preference { id labelSelector { matchExpressions { id key operator values } matchLabels { id key value } } namespaceSelector { matchExpressions { id key operator values } matchLabels { id key value } } namespaces topologyKey } podAffinityTerm { id labelSelector { matchExpressions { id key operator values } matchLabels { id key value } } namespaceSelector { matchExpressions { id key operator values } matchLabels { id key value } } namespaces topologyKey } } } podAntiAffinity { requiredDuringSchedulingIgnoredDuringExecution { id labelSelector { matchExpressions { id key operator values } matchLabels { id key value } } namespaceSelector { matchExpressions { id key operator values } matchLabels { id key value } } namespaces topologyKey } preferredDuringSchedulingIgnoredDuringExecution { id weight preference { id labelSelector { matchExpressions { id key operator values } matchLabels { id key value } } namespaceSelector { matchExpressions { id key operator values } matchLabels { id key value } } namespaces topologyKey } podAffinityTerm { id labelSelector { matchExpressions { id key operator values } matchLabels { id key value } } namespaceSelector { matchExpressions { id key operator values } matchLabels { id key value } } namespaces topologyKey } } } } automountServiceAccountToken dnsPolicy enableServiceLinks hostIpc hostNetwork hostPid hostname nodeName preemptionPolicy priority priorityClassName restartPolicy runtimeClassName schedulerName serviceAccount serviceAccountName setHostnameAsFqdn shareProcessNamespace subdomain terminationGracePeriodSeconds containers { id args command env { id name value valueFrom { configMapKeyRef { key name optional } fieldRef { apiVersion fieldPath } resourceFieldRef { containerName divisor resource } secretKeyRef { key name optional } } } envFrom { id prefix configMapRef { key name optional } secretRef { key name optional } } image imagePullPolicy lifecycle { postStart { httpGet { httpHeaders { id name value } host path scheme port } exec { command } tcpSocket { host port } } preStop { httpGet { httpHeaders { id name value } host path scheme port } exec { command } tcpSocket { host port } } } livenessProbe { failureThreshold initialDelaySeconds periodSeconds successThreshold terminationGracePeriodSeconds timeoutSeconds httpGet { httpHeaders { id name value } host path scheme port } exec { command } tcpSocket { host port } } name ports { id containerPort hostIp hostPort name protocol } readinessProbe { failureThreshold initialDelaySeconds periodSeconds successThreshold terminationGracePeriodSeconds timeoutSeconds httpGet { httpHeaders { id name value } host path scheme port } exec { command } tcpSocket { host port } } resources { limits { id key value } requests { id key value } } securityContext { allowPrivilegeEscalation capabilities { add drop } privileged procMount sysctls { id name value } fsGroup fsGroupChangePolicy readOnlyRootFilesystem runAsGroup runAsNonRoot runAsUser supplementalGroups seLinuxOptions { level role type user } seccompProfile { localhostProfile type } windowsOptions { gmsaCredentialSpec gmsaCredentialSpecName hostProcess runAsUserName } } startupProbe { failureThreshold initialDelaySeconds periodSeconds successThreshold terminationGracePeriodSeconds timeoutSeconds httpGet { httpHeaders { id name value } host path scheme port } exec { command } tcpSocket { host port } } stdin stdinOnce terminationMessagePath terminationMessagePolicy tty volumeDevices { id name devicePath } volumeMounts { id mountPath mountPropagation name readOnly subPath subPathExpr } workingDir } ephemeralContainers { id args command env { id name value valueFrom { configMapKeyRef { key name optional } fieldRef { apiVersion fieldPath } resourceFieldRef { containerName divisor resource } secretKeyRef { key name optional } } } envFrom { id prefix configMapRef { key name optional } secretRef { key name optional } } image imagePullPolicy lifecycle { postStart { httpGet { httpHeaders { id name value } host path scheme port } exec { command } tcpSocket { host port } } preStop { httpGet { httpHeaders { id name value } host path scheme port } exec { command } tcpSocket { host port } } } livenessProbe { failureThreshold initialDelaySeconds periodSeconds successThreshold terminationGracePeriodSeconds timeoutSeconds httpGet { httpHeaders { id name value } host path scheme port } exec { command } tcpSocket { host port } } name ports { id containerPort hostIp hostPort name protocol } readinessProbe { failureThreshold initialDelaySeconds periodSeconds successThreshold terminationGracePeriodSeconds timeoutSeconds httpGet { httpHeaders { id name value } host path scheme port } exec { command } tcpSocket { host port } } resources { limits { id key value } requests { id key value } } securityContext { allowPrivilegeEscalation capabilities { add drop } privileged procMount sysctls { id name value } fsGroup fsGroupChangePolicy readOnlyRootFilesystem runAsGroup runAsNonRoot runAsUser supplementalGroups seLinuxOptions { level role type user } seccompProfile { localhostProfile type } windowsOptions { gmsaCredentialSpec gmsaCredentialSpecName hostProcess runAsUserName } } startupProbe { failureThreshold initialDelaySeconds periodSeconds successThreshold terminationGracePeriodSeconds timeoutSeconds httpGet { httpHeaders { id name value } host path scheme port } exec { command } tcpSocket { host port } } stdin stdinOnce terminationMessagePath terminationMessagePolicy tty volumeDevices { id name devicePath } volumeMounts { id mountPath mountPropagation name readOnly subPath subPathExpr } workingDir } initContainers { id args command env { id name value valueFrom { configMapKeyRef { key name optional } fieldRef { apiVersion fieldPath } resourceFieldRef { containerName divisor resource } secretKeyRef { key name optional } } } envFrom { id prefix configMapRef { key name optional } secretRef { key name optional } } image imagePullPolicy lifecycle { postStart { httpGet { httpHeaders { id name value } host path scheme port } exec { command } tcpSocket { host port } } preStop { httpGet { httpHeaders { id name value } host path scheme port } exec { command } tcpSocket { host port } } } livenessProbe { failureThreshold initialDelaySeconds periodSeconds successThreshold terminationGracePeriodSeconds timeoutSeconds httpGet { httpHeaders { id name value } host path scheme port } exec { command } tcpSocket { host port } } name ports { id containerPort hostIp hostPort name protocol } readinessProbe { failureThreshold initialDelaySeconds periodSeconds successThreshold terminationGracePeriodSeconds timeoutSeconds httpGet { httpHeaders { id name value } host path scheme port } exec { command } tcpSocket { host port } } resources { limits { id key value } requests { id key value } } securityContext { allowPrivilegeEscalation capabilities { add drop } privileged procMount sysctls { id name value } fsGroup fsGroupChangePolicy readOnlyRootFilesystem runAsGroup runAsNonRoot runAsUser supplementalGroups seLinuxOptions { level role type user } seccompProfile { localhostProfile type } windowsOptions { gmsaCredentialSpec gmsaCredentialSpecName hostProcess runAsUserName } } startupProbe { failureThreshold initialDelaySeconds periodSeconds successThreshold terminationGracePeriodSeconds timeoutSeconds httpGet { httpHeaders { id name value } host path scheme port } exec { command } tcpSocket { host port } } stdin stdinOnce terminationMessagePath terminationMessagePolicy tty volumeDevices { id name devicePath } volumeMounts { id mountPath mountPropagation name readOnly subPath subPathExpr } workingDir } imagePullSecrets { id name } nodeSelector { id key value } overhead { id key value } readinessGates { id conditionType } securityContext { allowPrivilegeEscalation capabilities { add drop } privileged procMount sysctls { id name value } fsGroup fsGroupChangePolicy readOnlyRootFilesystem runAsGroup runAsNonRoot runAsUser supplementalGroups seLinuxOptions { level role type user } seccompProfile { localhostProfile type } windowsOptions { gmsaCredentialSpec gmsaCredentialSpecName hostProcess runAsUserName } } dnsConfig { nameservers searches options { id name value } } hostAliases { id ip hostNames } tolerations { id effect key operator tolerationSeconds value } topologySpreadConstraints { id labelSelector { matchExpressions { id key operator values } matchLabels { id key value } } maxSkew topologyKey whenUnsatisfiable } volumes { id name awsElasticBlockStore { fsType partition readOnly volumeId } azureDisk { cachingMode diskName diskUri fsType kind readOnly } azureFile { readOnly secretName shareName } cephfs { monitors path readOnly secretFile user secretRef { name } } cinder { fsType readOnly secretRef { name } volumeId } configMap { defaultMode items { id key mode path } name optional } csi { driver fsType readOnly nodePublishSecretRef { name } volumeAttributes { id key value } } downwardApi { defaultMode items { id mode path fieldRef { apiVersion fieldPath } resourceFieldRef { containerName divisor resource } } } emptyDir { medium sizeLimit } ephemeral { volumeClaimTemplate { metadata { id annotations { id key value } clusterName creationTimestamp deletionGracePeriodSeconds deletionTimestamp finalizers generateName generation labels { id key value } ownerReferences { id apiVersion blockOwnerDeletion controller kind name } name namespace resourceVersion selfLink } spec { accessModes dataSource { apiGroup kind name } dataSourceRef { apiGroup kind name } resources { limits { id key value } requests { id key value } } selector { matchExpressions { id key operator values } matchLabels { id key value } } storageClassName volumeMode volumeName } } } flexVolume { driver readOnly fsType secretRef { name } options { id key value } } flocker { datasetName datasetUuid } fc { fsType lun readOnly targetWWNs wwids } gcePersistentDisk { fsType partition pdName readOnly } gitRepo { directory repository revision } glusterfs { endpoints path readOnly } hostPath { path type } iscsi { chapAuthDiscovery chapAuthSession fsType initiatorName iqn iscsiInterface lun portals readOnly secretRef { name } targetPortal } nfs { path readOnly server } persistentVolumeClaim { claimName readOnly } photonPersistentDisk { fsType pdId } portworxVolume { fsType readOnly volumeId } projected { defaultMode sources { configMap { defaultMode items { id key mode path } name optional } downwardApi { items { id mode path fieldRef { apiVersion fieldPath } resourceFieldRef { containerName divisor resource } } } secret { defaultMode items { id key mode path } name optional } serviceAccountToken { audience expirationSeconds path } } } quobyte { group readOnly registry tenant user volume } rbd { fsType image keyring monitors pool readOnly secretRef { name } user } scaleIo { fsType gateway protectionDomain readOnly secretRef { name } sslEnabled storageMode storagePool system volumeName } secret { defaultMode optional secretName items { id key mode path } } storageos { fsType readOnly secretRef { name } volumeName volumeNamespace } vsphereVolume { fsType storagePolicyId storagePolicyName volumePath } } } status { conditions { id lastProbeTime lastTransitionTime message reason status type } containerStatuses { id containerId imageId name ready restartCount started state { waiting { message reason } running { startedAt } terminated { containerId exitCode finishedAt message reason signal startedAt } } lastState { waiting { message reason } running { startedAt } terminated { containerId exitCode finishedAt message reason signal startedAt } } } ephemeralContainerStatuses { id containerId imageId name ready restartCount started state { waiting { message reason } running { startedAt } terminated { containerId exitCode finishedAt message reason signal startedAt } } lastState { waiting { message reason } running { startedAt } terminated { containerId exitCode finishedAt message reason signal startedAt } } } initContainerStatuses { id containerId imageId name ready restartCount started state { waiting { message reason } running { startedAt } terminated { containerId exitCode finishedAt message reason signal startedAt } } lastState { waiting { message reason } running { startedAt } terminated { containerId exitCode finishedAt message reason signal startedAt } } } phase message hostIp podIp podIps { id ip } nominatedNodeName qosClass reason startTime } namespace { id # other namespace fields } } }
Updated 03 Mar 2023
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