EphemeralContainerV1 Class

Represents the list of arguments to be passed to the container at runtime. This property is used to explicitly specify the arguments for the container's entrypoint command. If not specified, the container runtime will use the default arguments defined in the image.

Gets the list of commands to be executed within the ephemeral container. This property represents the command-line instructions or entrypoint which will override the default entrypoint of the container's image.

Env is a collection of environment variables defined for the container. It represents the list of key-value pairs that provide configuration or additional information to the container processes at runtime.

Represents a list of environment variable sources for the container. Environment variables can be populated using ConfigMap or Secret objects. Each item in the list is an instance of EnvFromSourceV1, which specifies the source of the environment variables and an optional prefix to prepend to this container's environment variables.

Gets or sets the container image to be used by the ephemeral container. The Image property specifies the Docker container image, including the repository, image name, and optionally the tag or digest. This property is required to define which container image will be pulled and deployed.

Defines the policy for pulling container images. Possible values include:

• "Always": Always pull the image even if it is present locally.
• "IfNotPresent": Pull the image only if it is not present locally. This is the default value.
• "Never": Never pull the image; use the image that is already present locally. This property determines how Kubernetes fetches container images when deploying a pod.

Specifies the lifecycle settings for the ephemeral container. This property represents actions that the system should take in response to specific container lifecycle events, such as PostStart and PreStop handlers. These handlers allow you to define behavior that executes before or after certain lifecycle milestones, enhancing container manageability.

Represents the liveness probe configuration for a container. The liveness probe is used by the Kubernetes system to determine if the container is still running. If the liveness probe fails, the container will be restarted. This property defines the specifics of how the liveness check is performed, such as command execution, GRPC actions, or configuration thresholds.

Gets or sets the name of the ephemeral container. This is a required property that uniquely identifies the container within the pod specification.

Gets the list of ports associated with the ephemeral container. Each port is defined as an instance of the ContainerPortV1 class, which specifies the configuration options such as the container port number, host port number, protocol, and associated host IP address.

Represents the readiness probe configuration for the ephemeral container. A readiness probe is used to determine if the container is ready to accept traffic. It can be configured using different actions such as executing a command, sending HTTP requests, or other custom logic. This helps in controlling whether a container should be added to the load balancer based on its current state.

Gets the list of container resize policies applied to the ephemeral container.

Represents the compute resource requirements for the ephemeral container.

Gets or sets the restart policy for the ephemeral container. Specifies the behavior for restarting the container in case of failure or termination. Common values include "Always", "OnFailure", or "Never".

Gets or sets the security context for the container, which defines the security settings and privileges applicable to the container instance. These settings include information such as user and group IDs, file system access levels, and privilege escalation permissions. The security context provides control over container's runtime environment by applying specific security policies.

Specifies the startup probe configuration for the container. A startup probe is used to determine whether the application within the container has started successfully. It is particularly useful for applications that take a long time to start. If the startup probe fails, the container is killed and subject to the pod's restart policy. The probe configuration can include parameters such as initial delay, timeout, period between checks, and thresholds for success or failure.

Gets or sets a value indicating whether standard input (stdin) should be opened. When enabled, the container can accept input via stdin.

Gets or sets a value indicating whether the container's standard input (stdin) will be closed after the first time it's opened. When set to true, stdin will be available only once, closing automatically after the first use. This can be used for containers that require user input during initialization or execution, but do not need stdin to remain open throughout the container's lifecycle.

Gets or sets the name of the target container where the ephemeral container will be attached. This property specifies the existing container in the pod that the ephemeral container is intended to target, typically used for debugging or troubleshooting.

Specifies the file path where the termination message for the container will be written. This message typically contains information about the container's termination state, such as the reason for termination or the exit code. If not specified, a default path is used.

Specifies how the termination message of the container is populated. It can be set to control the source of termination messages, choosing between "File" or "FallbackToLogsOnError".

• "File": The termination message is read from the file at the path specified by the TerminationMessagePath property.
• "FallbackToLogsOnError": The termination message will default to container logs if the file at TerminationMessagePath is empty and the container exits with an error. Defaults to "File" if not explicitly set.

Specifies whether a terminal (TTY) should be allocated for the container.

Represents a collection of volume devices mapped within the container. Each entry in this collection describes a specific mapping of a raw block device to a container using the VolumeDeviceV1 class.

Represents the list of volume mounts for the container. Each volume mount specifies how a volume should be mounted into the container's filesystem.

Gets or sets the working directory for the container. This specifies the directory where the command will execute. If not set, the container runtime's default working directory will be used.