airframe
- class Component
Bases:
CommonBaseModelRepresents a component within an aircraft’s system, detailing its specifications, functionalities, and interrelations.
- name
The name of the component, acting as a unique identifier.
- Type:
Optional[str]
- description
A brief description of the component’s purpose and functionality.
- Type:
Optional[str]
- parameters
Operational or physical parameters associated with the component.
- Type:
Optional[Parameters]
- metadata
Additional metadata providing context or details about the component.
- Type:
Optional[Metadata]
- subcomponents
A list of sub-components, if any, within this component.
- Type:
Optional[List[Component]]
- requirements
Specific requirements associated with this component.
- Type:
Optional[List[Requirement]]
- performance
List of disciplines analyzing the component.
- Type:
Optional[List[Discipline]]
- behavior
Specific behaviors for the component.
- Type:
Optional[List[Behavior]]
- Raises:
ValueError – If any string field is empty, ensuring all components have meaningful identifiers and descriptions.
Methods:
validate_non_empty_string(value)Validates that the name and description fields are not empty or whitespace only.
Attributes:
__setattr__ handlers.
- classmethod validate_non_empty_string(value)
Validates that the name and description fields are not empty or whitespace only.
- Parameters:
value (Optional[str]) – The value to validate.
- Returns:
The validated string value.
- Return type:
Optional[str]
- Raises:
ValueError – If the input value is empty or consists only of whitespace.
- class Config
Bases:
objectPydantic model configuration.
- __pydantic_setattr_handlers__: ClassVar[Dict[str, Callable[[BaseModel, str, Any], None]]] = {}
__setattr__ handlers. Memoizing the handlers leads to a dramatic performance improvement in __setattr__
Classes
Represents a component within an aircraft's system, detailing its specifications, functionalities, and interrelations. |