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Explanation
This Python code defines a class V1PolicyRule
representing a Kubernetes policy rule. The class is generated by OpenAPI Generator, a tool for automatically generating client libraries for REST APIs.
Here’s a breakdown of the code:
Class Definition:
V1PolicyRule
: The class represents a Kubernetes policy rule that defines access control for resources.
Attributes:
openapi_types
: A dictionary mapping attribute names to their corresponding data types. This is used for type checking and serialization.attribute_map
: A dictionary mapping attribute names to their corresponding JSON keys in the API definition. This is used for serialization and deserialization.api_groups
: A list of API group names that this rule applies to. “*” represents all groups.non_resource_ur_ls
: A list of partial URLs that this rule grants access to. These are not namespaced and only applicable for ClusterRoles.resource_names
: An optional white list of resource names that this rule applies to.resources
: A list of resource types that this rule applies to. “*” represents all resources.verbs
: A list of HTTP verbs (e.g., “get”, “create”) that this rule allows.
Constructor:
- The constructor takes optional arguments for each attribute and initializes them.
Property Accessors (@property
):
- For each attribute,
@property
decorators are used to define getter and setter methods. These ensure proper attribute validation and provide a consistent way to access attribute values.
to_dict()
:
- This method converts the object into a dictionary representation, suitable for serialization into JSON.
to_str()
:
- This method returns a string representation of the object, formatted using
pprint
for readability.
__repr__()
:
- Defines the string representation of the object used when it’s printed.
__eq__()
:
- Defines equality comparison between two
V1PolicyRule
objects, based on their dictionary representations.
__ne__()
:
- Defines inequality comparison between two
V1PolicyRule
objects.
Key Points:
- The class relies on OpenAPI Generator for code generation, streamlining API interaction.
- The code follows Python’s best practices for attribute access, validation, and object representation.
- The code uses a combination of lists and strings to define access rules, which is consistent with Kubernetes API specifications.
This code serves as a model for defining and manipulating Kubernetes policy rules within a Python environment. The structure and functionalities allow for easy integration with the Kubernetes API and implementation of granular access control policies.
Graph
The graph shows the usage of functions within the codebase.
Select a code symbol to view it's graph