Class FloatType

In version 7.21.0: introduced

Hierarchy

PrimitiveType

Implements

Index

Constructors

constructor

Properties

Accessors

Methods

Constructors

constructor

new FloatType(model: AbstractModel, structureTypeName: string, id: string, isPartial: boolean, unit: ModelUnit, container: AbstractElement): FloatType

Overwrites PrimitiveType.constructor

Parameters
- model: AbstractModel
- structureTypeName: string
- id: string
- isPartial: boolean
- unit: ModelUnit
- container: AbstractElement
Returns FloatType

Properties

id

id: string

structureTypeName

structureTypeName: string

Static structureTypeName

structureTypeName: string

Static versionInfo

versionInfo: StructureVersionInfo

Accessors

container

get (): AbstractElement

Inherited from AbstractUnit.container

Returns AbstractElement

containerAsBasicParameterType

get (): BasicParameterType

Overwrites PrimitiveType.containerAsBasicParameterType

Returns BasicParameterType

containerAsCodeAction

get (): CodeAction

Overwrites PrimitiveType.containerAsCodeAction

Returns CodeAction

containerAsListType

get (): ListType

Inherited from Type.containerAsListType

Returns ListType

isLoaded

get (): boolean

Inherited from Element.isLoaded

Overwrites AbstractElement.isLoaded
Checks whether all attributes are available ATM
- if false, a load is required to access these properties.
Returns boolean

model

get (): IModel

Inherited from AbstractUnit.model

Returns IModel

unit

get (): ModelUnit<IAbstractModel>

Inherited from Element.unit

Overwrites AbstractUnit.unit

Returns ModelUnit<IAbstractModel>

Methods

allProperties

allProperties(): AbstractProperty<any, any>[]

Implementation of IFloatType.allProperties

Inherited from AbstractUnit.allProperties

Returns AbstractProperty<any, any>[]

asLoaded

asLoaded(): this

Implementation of IFloatType.asLoaded

Inherited from ModelUnit.asLoaded
Transforms a IElement interface into a Element class, loading the containing unit if necessary. (Those are technically already the same, but this function makes sure its properties are available.)
- If invoked without callback, it checks whether the properties are available or it will throw;
- If invoked with callback, it will load the data from the server if needed, and then invoke the callback.
Returns this

deepCopy

deepCopy(targetModel: IAbstractModel): this

Inherited from Element.deepCopy

Creates a deep copy of this element and its children.

Parameters
- targetModel: IAbstractModel
Returns this

deepCopyWithIdMap

deepCopyWithIdMap(targetModel: IAbstractModel): object

Inherited from Element.deepCopyWithIdMap

Creates a deep copy of this element and its children. Also returns a map from original to new IDs.

Parameters
- targetModel: IAbstractModel
Returns object
- copy: Element
- idMap: IMap<Structure>

delete

delete(): void

Inherited from AbstractElement.delete

Overwrites AbstractUnit.delete

Deletes this element from the model.

Returns void

detach

detach(): this

Inherited from Element.detach

Detaches this element from the model, so that it can be attached in a different place.

Returns this

findElementById

findElementById(id: string): AbstractElement | null

Implementation of IFloatType.findElementById

Inherited from AbstractElement.findElementById

Given an element id, returns the element in this abstract element with that id, otherwise null.

Parameters
- id: string
Returns AbstractElement | null

Protected getContainerAs

getContainerAs<T>(containerType: any): T

Inherited from AbstractUnit.getContainerAs

Type parameters
- T: IContainer
Parameters
- containerType: any
Returns T

load

load(callback: function, forceRefresh?: undefined | false | true): void
load(forceRefresh?: undefined | false | true): Promise<this>

Inherited from ModelUnit.load
Transforms a IElement interface into a Element class, loading the containing unit if necessary. (Those are technically already the same, but this function makes sure its properties are available.)
- If invoked without callback, it checks whether the properties are available or it will throw;
- If invoked with callback, it will load the data from the server if needed, and then invoke the callback.
Parameters
- callback: function
  - - (elem: this): void
    - Parameters
      - elem: this
      Returns void
- Optional forceRefresh: undefined | false | true
Returns void
Implementation of IFloatType.load

Inherited from ModelUnit.load

Parameters
- Optional forceRefresh: undefined | false | true
Returns Promise<this>

loadedProperties

loadedProperties(): AbstractProperty<any, any>[]

Implementation of IFloatType.loadedProperties

Inherited from AbstractUnit.loadedProperties

Returns AbstractProperty<any, any>[]

publicProperties

publicProperties(): AbstractProperty<any, any>[]

Implementation of IFloatType.publicProperties

Inherited from AbstractUnit.publicProperties

Returns AbstractProperty<any, any>[]

toJSON

toJSON(): IStructureJSON

Implementation of IFloatType.toJSON

Inherited from AbstractUnit.toJSON

Returns IStructureJSON

traverse

traverse(visit: function): void

Inherited from AbstractUnit.traverse

Parameters
- visit: function
  - - (structure: IStructure): void
    - Parameters
      - structure: IStructure
      Returns void
Returns void

traverseFind

traverseFind<T>(visit: function): T | null

Inherited from AbstractUnit.traverseFind

Type parameters
- T
Parameters
- visit: function
  - - (structure: IStructure): T
    - Parameters
      - structure: IStructure
      Returns T
Returns T | null

traversePublicParts

traversePublicParts(visit: function): void

Inherited from AbstractUnit.traversePublicParts

Parameters
- visit: function
  - - (structure: IStructure): void
    - Parameters
      - structure: IStructure
      Returns void
Returns void

Static create

create(model: IModel): FloatType

Creates and returns a new FloatType instance in the SDK and on the server. Expects one argument: the IModel object the instance will "live on". After creation, assign or add this instance to a property that accepts this kind of objects.

Parameters
- model: IModel
Returns FloatType

Static createInBasicParameterTypeUnderType

createInBasicParameterTypeUnderType(container: BasicParameterType): FloatType

Creates and returns a new FloatType instance in the SDK and on the server. The new FloatType will be automatically stored in the 'type' property of the parent BasicParameterType element passed as argument.

Warning! Can only be used on models with the following Mendix meta model versions: 7.21.0 and higher

Parameters
- container: BasicParameterType
Returns FloatType

Static createInCodeActionUnderActionReturnType

createInCodeActionUnderActionReturnType(container: CodeAction): FloatType

Creates and returns a new FloatType instance in the SDK and on the server. The new FloatType will be automatically stored in the 'actionReturnType' property of the parent CodeAction element passed as argument.

Warning! Can only be used on models with the following Mendix meta model versions: 7.21.0 and higher

Parameters
- container: CodeAction
Returns FloatType

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