Class AbstractAttribute<T>Abstract

dirty

modelId

onChangeDirty

onValidation

phantom

calculateDeepDirty

• calculateDeepDirty(): boolean

• Returns boolean

calculateDirty

• calculateDirty(): boolean

• Returns boolean

calculateFieldsDirty

• calculateFieldsDirty(): boolean

• Returns boolean

calculateModelDirty

• calculateModelDirty(): boolean

• Returns boolean

checkFieldDirty

• checkFieldDirty(field): boolean

• Parameters

  • field: AbstractField<any, BaseOptions>

  Returns boolean

clearValidationResult

• clearValidationResult(): void

• Returns void

clone

• clone<T>(includeSystemProps?): T

• Cloning model data

  Type Parameters

  • T extends AbstractModel<any>

  Parameters

  • OptionalincludeSystemProps: boolean

    phantom, dirty, original values

  Returns T

  T

commit

• commit(): void

• Returns void

getCollection

• getCollection(name): undefined | NonNullable<{
      [key in string]?: T[ModelFieldCollectionKey<T, any>] & ModelCollection<any>
  }[ModelFieldCollectionKey<T, any>]>

• Parameters

  • name: ModelFieldCollectionKey<T, any>

  Returns undefined | NonNullable<{
      [key in string]?: T[ModelFieldCollectionKey<T, any>] & ModelCollection<any>
  }[ModelFieldCollectionKey<T, any>]>

getDeepDirty

• getDeepDirty(): boolean

• Returns boolean

getDirty

• getDirty(): boolean

• Returns boolean

getErrorMessage

• getErrorMessage(validatorName): string

• Parameters

  • validatorName: string

  Returns string

getField

• getField(name): undefined | AbstractField<any, BaseOptions>

• Parameters

  • name: string | ModelFieldKey<T, any>

  Returns undefined | AbstractField<any, BaseOptions>

getFieldJsonDescriptor

• getFieldJsonDescriptor(propertyName): undefined | ClassPropertyDescriptor<T, AbstractField<any, BaseOptions>>

• Returns a json descriptor for the model field by its name. The Json handle may not exist

  Parameters

  • propertyName: ModelFieldKey<T, any>

  Returns undefined | ClassPropertyDescriptor<T, AbstractField<any, BaseOptions>>

getFieldMainDescriptor

• getFieldMainDescriptor(propertyName): ClassPropertyDescriptor<T, AbstractField<any, BaseOptions>>

• returns the main descriptor for the model field by its name. The main descriptor must exist

  Parameters

  • propertyName: ModelFieldKey<T, any>

  Returns ClassPropertyDescriptor<T, AbstractField<any, BaseOptions>>

getFieldMainDescriptors

• getFieldMainDescriptors(): ClassPropertyDescriptor<T, AbstractField<any, BaseOptions>>[]

• Returns an array of the main descriptors of the model fields. Can include descriptors for which entities have not been created. The main descriptor must exist

  Returns ClassPropertyDescriptor<T, AbstractField<any, BaseOptions>>[]

getFields

• getFields(): (T[ModelFieldKey<T, any>] & AbstractField<any, BaseOptions>)[]

• Returns an array of model fields

  Returns (T[ModelFieldKey<T, any>] & AbstractField<any, BaseOptions>)[]

getFieldsMap

• getFieldsMap(): {
      [key in string]?: T[ModelFieldKey<T, any>] & AbstractField<any, BaseOptions>
  }

• Returns {
      [key in string]?: T[ModelFieldKey<T, any>] & AbstractField<any, BaseOptions>
  }

getHasManyCollection

• getHasManyCollection(): (T[ModelFieldCollectionKey<T, any>] & ModelCollection<any>)[]

• Returns the hasMany array of the model

  Returns (T[ModelFieldCollectionKey<T, any>] & ModelCollection<any>)[]

getHasManyJsonDescriptor

• getHasManyJsonDescriptor(propertyName): undefined | ClassPropertyDescriptor<T, ModelCollection<any>>

• Returns the JSON descriptor of the hasMany model. The Json descriptor may NOT exist

  Parameters

  • propertyName: ModelFieldCollectionKey<T, any>

  Returns undefined | ClassPropertyDescriptor<T, ModelCollection<any>>

getHasManyMainDescriptor

• getHasManyMainDescriptor(propertyName): ClassPropertyDescriptor<T, ModelCollection<any>>

• Returns the main descriptor of the hasMany model. The main descriptor must exist

  Parameters

  • propertyName: ModelFieldCollectionKey<T, any>

  Returns ClassPropertyDescriptor<T, ModelCollection<any>>

getHasManyMainDescriptors

• getHasManyMainDescriptors(): ClassPropertyDescriptor<T, ModelCollection<any>>[]

• Returns an array of hasMany model descriptors. Can include descriptors for which entities have not been created. The main descriptor must exist

  Returns ClassPropertyDescriptor<T, ModelCollection<any>>[]

getHasManyMap

• getHasManyMap(): {
      [key in string]?: T[ModelFieldCollectionKey<T, any>] & ModelCollection<any>
  }

• Returns {
      [key in string]?: T[ModelFieldCollectionKey<T, any>] & ModelCollection<any>
  }

getHasOneCollection

• getHasOneCollection(): (T[ModelFieldModelKey<T, any>] & AbstractModel<any>)[]

• Returns the model's hasOne array

  Returns (T[ModelFieldModelKey<T, any>] & AbstractModel<any>)[]

getHasOneJsonDescriptor

• getHasOneJsonDescriptor(propertyName): undefined | ClassPropertyDescriptor<T, AbstractModel<any>>

• Returns the model's has One json descriptor. Json handle may not exist

  Parameters

  • propertyName: ModelFieldModelKey<T, any>

  Returns undefined | ClassPropertyDescriptor<T, AbstractModel<any>>

getHasOneMainDescriptor

• getHasOneMainDescriptor(propertyName): ClassPropertyDescriptor<T, AbstractModel<any>>

• Returns the main hasone descriptor of the model. The main descriptor must exist

  Parameters

  • propertyName: ModelFieldModelKey<T, any>

  Returns ClassPropertyDescriptor<T, AbstractModel<any>>

getHasOneMainDescriptors

• getHasOneMainDescriptors(): ClassPropertyDescriptor<T, AbstractModel<any>>[]

• Returns an array of hasone model descriptors. Can include descriptors for which entities have not been created. The main descriptor must exist

  Returns ClassPropertyDescriptor<T, AbstractModel<any>>[]

getHasOneMap

• getHasOneMap(): {
      [key in string]?: T[ModelFieldModelKey<T, any>] & AbstractModel<any>
  }

• Returns {
      [key in string]?: T[ModelFieldModelKey<T, any>] & AbstractModel<any>
  }

getHasOneOriginalCollection

• getHasOneOriginalCollection(): {
      [key in string]?: T[ModelFieldModelKey<T, any>] & AbstractModel<any>
  }

• Returns an array of original hasOne

  Returns {
      [key in string]?: T[ModelFieldModelKey<T, any>] & AbstractModel<any>
  }

getLogicErrors

• getLogicErrors(): string[]

• This method is called at the validation. If there is logical errors in model, here will be list of them

  Returns string[]

getModelDirty

• getModelDirty(): boolean

• Returns boolean

getPhantom

• getPhantom(): boolean

• Returns whether a new record is selected

  Returns boolean

getPrimaryKeyValue

• getPrimaryKeyValue(): string

• Returns the primary key value

  Returns string

getReferencesChanged

• getReferencesChanged(): boolean

• Returns boolean

getValidationResult

• getValidationResult(level?): Map<string, string[]>

• Parameters

  • Optionallevel: number

  Returns Map<string, string[]>

isEqual

• isEqual(model, config?): boolean

• Parameters

  • model: AbstractModel<T>
  • Optionalconfig: EqualConfig

  Returns boolean

revert

• revert(): void

• Returns void

serialize

• serialize(config?): Partial<Pick<GetTypes<T>, GetNames<T>>>

• Returns a serialized view of the model

  Parameters

  • Optionalconfig: SerializationConfig

  Returns Partial<Pick<GetTypes<T>, GetNames<T>>>

setDeepDirty

• setDeepDirty(flag): void

• Parameters

  • flag: boolean

  Returns void

setDirty

• setDirty(flag): void

• Parameters

  • flag: boolean

  Returns void

setPhantomCascade

• setPhantomCascade(phantom): void

• Sets the phantom attribute cascadingly for the model

  Parameters

  • phantom: boolean

  Returns void

setReactive

• setReactive(props): void

• Make some of the system properties reactive in the current model

  Parameters

  • props: ReactiveProp[]

    list of system properties

  Returns void

setReactiveCascade

• setReactiveCascade(props): void

• Make some of the system properties reactive cascading throughout the model

  Parameters

  • props: ReactiveProp[]

    list of system properties

  Returns void

setReferencesChanged

• setReferencesChanged(flag): void

• Parameters

  • flag: boolean

  Returns void

updateDeepDirty

• updateDeepDirty(): void

• Returns void

updateDirty

• updateDirty(): void

• Returns void

updateModelDirty

• updateModelDirty(): void

• Returns void

validate

• validate(disablePropagation?): IValidationResult

• Parameters

  • OptionaldisablePropagation: boolean

    Parent cmp notification flag about validation

  Returns IValidationResult