Version: Next

createExtensionBlueprint()

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A simpler replacement for wrapping up createExtension inside a kind or type. This allows for a cleaner API for creating types and instances of those types.

Signature:

function createExtensionBlueprint<TParams extends object, UOutput extends AnyExtensionDataRef, TInputs extends {
    [inputName in string]: ExtensionInput<AnyExtensionDataRef, {
        optional: boolean;
        singleton: boolean;
    }>;
}, TConfigSchema extends {
    [key in string]: (zImpl: typeof z) => z.ZodType;
}, UFactoryOutput extends ExtensionDataValue<any, any>, TKind extends string, TName extends string | undefined = undefined, TDataRefs extends {
    [name in string]: AnyExtensionDataRef;
} = never>(options: CreateExtensionBlueprintOptions<TKind, TName, TParams, UOutput, TInputs, TConfigSchema, UFactoryOutput, TDataRefs>): ExtensionBlueprint<{
    kind: TKind;
    name: TName;
    params: TParams;
    output: UOutput;
    inputs: string extends keyof TInputs ? {} : TInputs;
    config: string extends keyof TConfigSchema ? {} : {
        [key in keyof TConfigSchema]: z.infer<ReturnType<TConfigSchema[key]>>;
    };
    configInput: string extends keyof TConfigSchema ? {} : z.input<z.ZodObject<{
        [key in keyof TConfigSchema]: ReturnType<TConfigSchema[key]>;
    }>>;
    dataRefs: TDataRefs;
}>;

Parameters

Parameter	Type	Description
options	CreateExtensionBlueprintOptions<TKind, TName, TParams, UOutput, TInputs, TConfigSchema, UFactoryOutput, TDataRefs>

**Returns:**

ExtensionBlueprint<{ kind: TKind; name: TName; params: TParams; output: UOutput; inputs: string extends keyof TInputs ? {} : TInputs; config: string extends keyof TConfigSchema ? {} : { [key in keyof TConfigSchema]: z.infer<ReturnType<TConfigSchema[key]>>; }; configInput: string extends keyof TConfigSchema ? {} : z.input<z.ZodObject<{ [key in keyof TConfigSchema]: ReturnType<TConfigSchema[key]>; }>>; dataRefs: TDataRefs; }>

Parameters​

Parameters