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dynamic-client
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- apply_from_single_file.py
- cluster_scoped_custom_object.py
- cronjob_crud.py
- deployment_create.py
- deployment_crud.py
- duration-gep2257.py
- in_cluster_config.py
- ingress_create.py
- job_crud.py
- multiple_clusters.py
- namespaced_custom_object.py
- node_labels.py
- out_of_cluster_config.py
- pick_kube_config_context.py
- pod_config_list.py
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Explanation
This Python code defines a model representing a Kubernetes Service CIDR object, a resource for managing IP address ranges for services.
The code is auto-generated by OpenAPI Generator, which means it’s designed to be a direct reflection of the Kubernetes API specification. It handles the complex task of mapping the Kubernetes API schema to a Python class.
Class Breakdown
V1beta1ServiceCIDR
: This class represents theServiceCIDR
resource. It holds attributes corresponding to the fields defined in the Kubernetes API.api_version
,kind
,metadata
: These are standard Kubernetes API fields that are common across resource types.spec
: Contains the configuration details for the Service CIDR, such as the desired IP range, the network, and the service account to use.status
: Represents the current state of the Service CIDR, including information about allocated IP addresses and whether the resource is ready.
Key Points
- Attributes: The
openapi_types
dictionary maps attribute names to their corresponding Python data types, whileattribute_map
maps them to the JSON keys used in the Kubernetes API. - Constructor (
__init__
): It initializes the object with default values and allows passing custom values for the attributes. - Getters and Setters (
@property
): These functions provide controlled access to the attributes, enforcing data validation and consistency. - Serialization (
to_dict()
,to_str()
): These functions allow converting the object to dictionary or string representations for convenient use in other contexts. - Equality (
__eq__
) and Inequality (__ne__
): These methods enable comparison between objects based on their content.
Usage
This model can be used to create, update, or retrieve Service CIDR objects in a Kubernetes cluster. It provides a high-level abstraction over the underlying Kubernetes API, simplifying interactions with the resource. Developers would typically use a Kubernetes client library (such as the one provided by this repository) to work with this model.
Note: The specific implementation of the V1beta1ServiceCIDRSpec
and V1beta1ServiceCIDRStatus
classes would reside in other files within the project, reflecting the nested structure of the Kubernetes API.
Graph
The graph shows the usage of functions within the codebase.
Select a code symbol to view it's graph