Optional
options: { Optional
constraints?: { enumKey?: EnumKeyConstraint<TypeScriptOptions> | undefined; enumValue?: EnumValueConstraint<TypeScriptOptions> | undefined; modelName?: ModelNameConstraint<...> | undefined; propertyKey?: PropertyKeyConstraint<...> | undefined; constant?: ConstantConstraint<...> | undefined; }Optional
defaultOptional
dependencyThis dependency manager type serves two functions.
This depends on context and where it's used.
Optional
enumOptional
indentation?: { type?: IndentationTypes | undefined; size?: number | undefined; }Optional
mapOptional
modelOptional
moduleOptional
presets?: (undefined | ({ class?: { ctor?: ((args: PresetArgs<ClassRenderer, any, ConstrainedObjectModel>) => string | Promise<string>) | undefined; ... 4 more ...; additionalContent?: ((args: PresetArgs<...>) => string | Promise<...>) | undefined; } | undefined; interface?: { ...; } | undefined; enum?: { ...; } | undefined; type?: { ...; ...) | ({ preset?: { class?: { ctor?: ((args: PresetArgs<ClassRenderer, any, ConstrainedObjectModel>) => string | Promise<string>) | undefined; ... 4 more ...; additionalContent?: ((args: PresetArgs<...>) => string | Promise<...>) | undefined; } | undefined; interface?: { ...; } | undefined; enum?: { ...; } | undefined; typ...))[]Optional
processorOptional
rawUse raw property names instead of constrained ones, where you most likely need to access them with obj["propertyName"] instead of obj.propertyName
Optional
renderOptional
typeOptional
useUse JS reserved keywords so the TS output models can easily be transpiled to JS
Readonly
languageReadonly
optionsStatic
defaultStatic
defaultOptional
constraints?: { enumKey?: EnumKeyConstraint<TypeScriptOptions> | undefined; enumValue?: EnumValueConstraint<TypeScriptOptions> | undefined; modelName?: ModelNameConstraint<...> | undefined; propertyKey?: PropertyKeyConstraint<...> | undefined; constant?: ConstantConstraint<...> | undefined; }Optional
defaultOptional
dependencyThis dependency manager type serves two functions.
This depends on context and where it's used.
Optional
enumOptional
indentation?: { type?: IndentationTypes | undefined; size?: number | undefined; }Optional
mapOptional
modelOptional
moduleOptional
presets?: (undefined | ({ class?: { ctor?: ((args: PresetArgs<ClassRenderer, any, ConstrainedObjectModel>) => string | Promise<string>) | undefined; ... 4 more ...; additionalContent?: ((args: PresetArgs<...>) => string | Promise<...>) | undefined; } | undefined; interface?: { ...; } | undefined; enum?: { ...; } | undefined; type?: { ...; ...) | ({ preset?: { class?: { ctor?: ((args: PresetArgs<ClassRenderer, any, ConstrainedObjectModel>) => string | Promise<string>) | undefined; ... 4 more ...; additionalContent?: ((args: PresetArgs<...>) => string | Promise<...>) | undefined; } | undefined; interface?: { ...; } | undefined; enum?: { ...; } | undefined; typ...))[]Optional
processorOptional
rawUse raw property names instead of constrained ones, where you most likely need to access them with obj["propertyName"] instead of obj.propertyName
Optional
renderOptional
typeOptional
useUse JS reserved keywords so the TS output models can easily be transpiled to JS
Generates a scattered model where dependencies and rendered results are separated.
Generates the full output of a model, instead of a scattered model.
OutputModels result is no longer the model itself, but including package, package dependencies and model dependencies.
Generates all the models to an output directory each model with their own separate files.
where you want the models generated to
Optional
options: TypeScriptRenderCompleteModelOptionsverify that the files is completely written before returning, this can happen if the file system is swamped with write requests.
Wrapper to get an instance of the dependency manager
Protected
getThis function returns an instance of the dependency manager which is either a factory or an instance.
Protected
getProtected
processProcess any of the input formats to the appropriate InputMetaModel type and split out the meta models based on the requirements of the generators
Render any ConstrainedMetaModel to code based on the type
Optional
options: { Optional
constraints?: { enumKey?: EnumKeyConstraint<TypeScriptOptions> | undefined; enumValue?: EnumValueConstraint<TypeScriptOptions> | undefined; modelName?: ModelNameConstraint<...> | undefined; propertyKey?: PropertyKeyConstraint<...> | undefined; constant?: ConstantConstraint<...> | undefined; }Optional
defaultOptional
dependencyThis dependency manager type serves two functions.
This depends on context and where it's used.
Optional
enumOptional
indentation?: { type?: IndentationTypes | undefined; size?: number | undefined; }Optional
mapOptional
modelOptional
moduleOptional
presets?: (undefined | ({ class?: { ctor?: ((args: PresetArgs<ClassRenderer, any, ConstrainedObjectModel>) => string | Promise<string>) | undefined; ... 4 more ...; additionalContent?: ((args: PresetArgs<...>) => string | Promise<...>) | undefined; } | undefined; interface?: { ...; } | undefined; enum?: { ...; } | undefined; type?: { ...; ...) | ({ preset?: { class?: { ctor?: ((args: PresetArgs<ClassRenderer, any, ConstrainedObjectModel>) => string | Promise<string>) | undefined; ... 4 more ...; additionalContent?: ((args: PresetArgs<...>) => string | Promise<...>) | undefined; } | undefined; interface?: { ...; } | undefined; enum?: { ...; } | undefined; typ...))[]Optional
processorOptional
rawUse raw property names instead of constrained ones, where you most likely need to access them with obj["propertyName"] instead of obj.propertyName
Optional
renderOptional
typeOptional
useUse JS reserved keywords so the TS output models can easily be transpiled to JS
Render a complete model result where the model code, library and model dependencies are all bundled appropriately.
Optional
options: { Optional
constraints?: { enumKey?: EnumKeyConstraint<TypeScriptOptions> | undefined; enumValue?: EnumValueConstraint<TypeScriptOptions> | undefined; modelName?: ModelNameConstraint<...> | undefined; propertyKey?: PropertyKeyConstraint<...> | undefined; constant?: ConstantConstraint<...> | undefined; }Optional
defaultOptional
dependencyThis dependency manager type serves two functions.
This depends on context and where it's used.
Optional
enumOptional
indentation?: { type?: IndentationTypes | undefined; size?: number | undefined; }Optional
mapOptional
modelOptional
moduleOptional
presets?: (undefined | ({ class?: { ctor?: ((args: PresetArgs<ClassRenderer, any, ConstrainedObjectModel>) => string | Promise<string>) | undefined; ... 4 more ...; additionalContent?: ((args: PresetArgs<...>) => string | Promise<...>) | undefined; } | undefined; interface?: { ...; } | undefined; enum?: { ...; } | undefined; type?: { ...; ...) | ({ preset?: { class?: { ctor?: ((args: PresetArgs<ClassRenderer, any, ConstrainedObjectModel>) => string | Promise<string>) | undefined; ... 4 more ...; additionalContent?: ((args: PresetArgs<...>) => string | Promise<...>) | undefined; } | undefined; interface?: { ...; } | undefined; enum?: { ...; } | undefined; typ...))[]Optional
processorOptional
rawUse raw property names instead of constrained ones, where you most likely need to access them with obj["propertyName"] instead of obj.propertyName
Optional
renderOptional
typeOptional
useUse JS reserved keywords so the TS output models can easily be transpiled to JS
Optional
options: Partial<TypeScriptOptions>Optional
options: { Optional
constraints?: { enumKey?: EnumKeyConstraint<TypeScriptOptions> | undefined; enumValue?: EnumValueConstraint<TypeScriptOptions> | undefined; modelName?: ModelNameConstraint<...> | undefined; propertyKey?: PropertyKeyConstraint<...> | undefined; constant?: ConstantConstraint<...> | undefined; }Optional
defaultOptional
dependencyThis dependency manager type serves two functions.
This depends on context and where it's used.
Optional
enumOptional
indentation?: { type?: IndentationTypes | undefined; size?: number | undefined; }Optional
mapOptional
modelOptional
moduleOptional
presets?: (undefined | ({ class?: { ctor?: ((args: PresetArgs<ClassRenderer, any, ConstrainedObjectModel>) => string | Promise<string>) | undefined; ... 4 more ...; additionalContent?: ((args: PresetArgs<...>) => string | Promise<...>) | undefined; } | undefined; interface?: { ...; } | undefined; enum?: { ...; } | undefined; type?: { ...; ...) | ({ preset?: { class?: { ctor?: ((args: PresetArgs<ClassRenderer, any, ConstrainedObjectModel>) => string | Promise<string>) | undefined; ... 4 more ...; additionalContent?: ((args: PresetArgs<...>) => string | Promise<...>) | undefined; } | undefined; interface?: { ...; } | undefined; enum?: { ...; } | undefined; typ...))[]Optional
processorOptional
rawUse raw property names instead of constrained ones, where you most likely need to access them with obj["propertyName"] instead of obj.propertyName
Optional
renderOptional
typeOptional
useUse JS reserved keywords so the TS output models can easily be transpiled to JS
Static
getReturns the TypeScript options by merging custom options with default ones.
Optional
options: { Optional
constraints?: { enumKey?: EnumKeyConstraint<TypeScriptOptions> | undefined; enumValue?: EnumValueConstraint<TypeScriptOptions> | undefined; modelName?: ModelNameConstraint<...> | undefined; propertyKey?: PropertyKeyConstraint<...> | undefined; constant?: ConstantConstraint<...> | undefined; }Optional
defaultOptional
dependencyThis dependency manager type serves two functions.
This depends on context and where it's used.
Optional
enumOptional
indentation?: { type?: IndentationTypes | undefined; size?: number | undefined; }Optional
mapOptional
modelOptional
moduleOptional
presets?: (undefined | ({ class?: { ctor?: ((args: PresetArgs<ClassRenderer, any, ConstrainedObjectModel>) => string | Promise<string>) | undefined; ... 4 more ...; additionalContent?: ((args: PresetArgs<...>) => string | Promise<...>) | undefined; } | undefined; interface?: { ...; } | undefined; enum?: { ...; } | undefined; type?: { ...; ...) | ({ preset?: { class?: { ctor?: ((args: PresetArgs<ClassRenderer, any, ConstrainedObjectModel>) => string | Promise<string>) | undefined; ... 4 more ...; additionalContent?: ((args: PresetArgs<...>) => string | Promise<...>) | undefined; } | undefined; interface?: { ...; } | undefined; enum?: { ...; } | undefined; typ...))[]Optional
processorOptional
rawUse raw property names instead of constrained ones, where you most likely need to access them with obj["propertyName"] instead of obj.propertyName
Optional
renderOptional
typeOptional
useUse JS reserved keywords so the TS output models can easily be transpiled to JS
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