Interface ExtensionBlueprint<T>

dataRefs

make

• make<
      TName extends string
      | undefined,
      TParamsInput extends
      
              | object
              | ParamsFactory<ExtensionBlueprintDefineParams<object, any> & object>
              | ParamsFactory<ExtensionBlueprintDefineParams<object, object>>
              | ParamsFactory<ExtensionBlueprintDefineParams<object, any>>,
      UParentInputs extends ExtensionDataRef,
  >(
      args: {
          attachTo?: ExtensionDefinitionAttachTo<UParentInputs> & VerifyExtensionAttachTo<NonNullable<T["output"]>, UParentInputs>;
          disabled?: boolean;
          name?: TName;
          params: TParamsInput extends ExtensionBlueprintDefineParams<object, any>
              ? TParamsInput<TParamsInput>
              : T["params"] extends ExtensionBlueprintDefineParams<object, any>
                  ? "Error: This blueprint uses advanced parameter types and requires you to pass parameters as using the following callback syntax: `<blueprint>.make({ params: defineParams => defineParams(<params>) })`"
                  : T["params"];
      },
  ): OverridableExtensionDefinition<
      {
          config: T["config"];
          configInput: T["configInput"];
          inputs: T["inputs"];
          kind: T["kind"];
          name: (string | undefined) extends TName ? undefined : TName;
          output: T["output"];
          params: T["params"];
      },
  >

  Type Parameters

  • TName extends string | undefined
  • TParamsInput extends
        | object
        | ParamsFactory<ExtensionBlueprintDefineParams<object, any> & object>
        | ParamsFactory<ExtensionBlueprintDefineParams<object, object>>
        | ParamsFactory<ExtensionBlueprintDefineParams<object, any>>
  • UParentInputs extends ExtensionDataRef

  Parameters

  • args: {
        attachTo?: ExtensionDefinitionAttachTo<UParentInputs> & VerifyExtensionAttachTo<NonNullable<T["output"]>, UParentInputs>;
        disabled?: boolean;
        name?: TName;
        params: TParamsInput extends ExtensionBlueprintDefineParams<object, any>
            ? TParamsInput<TParamsInput>
            : T["params"] extends ExtensionBlueprintDefineParams<object, any>
                ? "Error: This blueprint uses advanced parameter types and requires you to pass parameters as using the following callback syntax: `<blueprint>.make({ params: defineParams => defineParams(<params>) })`"
                : T["params"];
    }

  Returns OverridableExtensionDefinition<
      {
          config: T["config"];
          configInput: T["configInput"];
          inputs: T["inputs"];
          kind: T["kind"];
          name: (string | undefined) extends TName ? undefined : TName;
          output: T["output"];
          params: T["params"];
      },
  >

makeWithOverrides

• makeWithOverrides<
      TName extends string
      | undefined,
      TExtensionConfigSchema extends
          { [key: string]: (zImpl: __module) => ZodType },
      UFactoryOutput extends ExtensionDataValue<any, any>,
      UNewOutput extends ExtensionDataRef,
      UParentInputs extends ExtensionDataRef,
      TExtraInputs extends
          {
              [key: string]: ExtensionInput<
                  ExtensionDataRef,
                  { optional: boolean; singleton: boolean },
              >;
          } = {},
  >(
      args: {
          attachTo?: ExtensionDefinitionAttachTo<UParentInputs> & VerifyExtensionAttachTo<ExtensionDataRef extends UNewOutput ? NonNullable<...> : UNewOutput, UParentInputs>;
          config?: {
              schema: TExtensionConfigSchema & {
                  [KName in string | number | symbol]?: `Error: Config key '${KName & string}' is already defined in parent schema`
              };
          };
          disabled?: boolean;
          inputs?: TExtraInputs & {
              [KName in string
              | number
              | symbol]?: `Error: Input '${KName & string}' is already defined in parent definition`
          };
          name?: TName;
          output?: UNewOutput[];
          factory(
              originalFactory: <
                  TParamsInput extends
                      | object
                      | ParamsFactory<ExtensionBlueprintDefineParams<object, any> & object>
                      | ParamsFactory<ExtensionBlueprintDefineParams<object, object>>
                      | ParamsFactory<ExtensionBlueprintDefineParams<object, any>>,
              >(
                  params: TParamsInput extends ExtensionBlueprintDefineParams<
                      object,
                      any,
                  >
                      ? TParamsInput<TParamsInput>
                      : T["params"] extends ExtensionBlueprintDefineParams<object, any>
                          ? "Error: This blueprint uses advanced parameter types and requires you to pass parameters as using the following callback syntax: `originalFactory(defineParams => defineParams(<params>))`"
                          : T["params"],
                  context?: {
                      config?: T["config"];
                      inputs?: ResolvedInputValueOverrides<NonNullable<T["inputs"]>>;
                  },
              ) => ExtensionDataContainer<NonNullable<T["output"]>>,
              context: {
                  apis: ApiHolder;
                  config: T["config"] & {
                      [key in string | number | symbol]: TypeOf<
                          ReturnType<TExtensionConfigSchema[key]>,
                      >
                  };
                  inputs: Expand<ResolvedExtensionInputs<T["inputs"] & TExtraInputs>>;
                  node: AppNode;
              },
          ): Iterable<UFactoryOutput, any, any> & VerifyExtensionFactoryOutput<
              ExtensionDataRef extends UNewOutput
                  ? NonNullable<T["output"]>
                  : UNewOutput,
              UFactoryOutput,
          >;
      },
  ): OverridableExtensionDefinition<
      {
          config: Expand<
              (
                  string extends keyof TExtensionConfigSchema
                      ? {}
                      : {
                          [key in string
                          | number
                          | symbol]: TypeOf<ReturnType<TExtensionConfigSchema[key]>>
                      }
              ) & T["config"],
          >;
          configInput: Expand<
              (
                  string extends keyof TExtensionConfigSchema
                      ? {}
                      : {
                          [k in string
                          | number
                          | symbol]: baseObjectInputType<
                              { [key in string
                              | number
                              | symbol]: ReturnType<(...)[(...)]> },
                          >[k]
                      }
              ) & T["configInput"],
          >;
          inputs: Expand<T["inputs"] & TExtraInputs>;
          kind: T["kind"];
          name: (string | undefined) extends TName ? undefined : TName;
          output: ExtensionDataRef extends UNewOutput ? T["output"] : UNewOutput;
          params: T["params"];
      },
  >

  Creates a new extension from the blueprint.

  You must either pass params directly, or define a factory that can optionally call the original factory with the same params.

  Type Parameters

  • TName extends string | undefined
  • TExtensionConfigSchema extends { [key: string]: (zImpl: __module) => ZodType }
  • UFactoryOutput extends ExtensionDataValue<any, any>
  • UNewOutput extends ExtensionDataRef
  • UParentInputs extends ExtensionDataRef
  • TExtraInputs extends {
        [key: string]: ExtensionInput<
            ExtensionDataRef,
            { optional: boolean; singleton: boolean },
        >;
    } = {}

  Parameters

  • args: {
        attachTo?: ExtensionDefinitionAttachTo<UParentInputs> & VerifyExtensionAttachTo<ExtensionDataRef extends UNewOutput ? NonNullable<...> : UNewOutput, UParentInputs>;
        config?: {
            schema: TExtensionConfigSchema & {
                [KName in string | number | symbol]?: `Error: Config key '${KName & string}' is already defined in parent schema`
            };
        };
        disabled?: boolean;
        inputs?: TExtraInputs & {
            [KName in string
            | number
            | symbol]?: `Error: Input '${KName & string}' is already defined in parent definition`
        };
        name?: TName;
        output?: UNewOutput[];
        factory(
            originalFactory: <
                TParamsInput extends
                    | object
                    | ParamsFactory<ExtensionBlueprintDefineParams<object, any> & object>
                    | ParamsFactory<ExtensionBlueprintDefineParams<object, object>>
                    | ParamsFactory<ExtensionBlueprintDefineParams<object, any>>,
            >(
                params: TParamsInput extends ExtensionBlueprintDefineParams<
                    object,
                    any,
                >
                    ? TParamsInput<TParamsInput>
                    : T["params"] extends ExtensionBlueprintDefineParams<object, any>
                        ? "Error: This blueprint uses advanced parameter types and requires you to pass parameters as using the following callback syntax: `originalFactory(defineParams => defineParams(<params>))`"
                        : T["params"],
                context?: {
                    config?: T["config"];
                    inputs?: ResolvedInputValueOverrides<NonNullable<T["inputs"]>>;
                },
            ) => ExtensionDataContainer<NonNullable<T["output"]>>,
            context: {
                apis: ApiHolder;
                config: T["config"] & {
                    [key in string | number | symbol]: TypeOf<
                        ReturnType<TExtensionConfigSchema[key]>,
                    >
                };
                inputs: Expand<ResolvedExtensionInputs<T["inputs"] & TExtraInputs>>;
                node: AppNode;
            },
        ): Iterable<UFactoryOutput, any, any> & VerifyExtensionFactoryOutput<
            ExtensionDataRef extends UNewOutput
                ? NonNullable<T["output"]>
                : UNewOutput,
            UFactoryOutput,
        >;
    }

  Returns OverridableExtensionDefinition<
      {
          config: Expand<
              (
                  string extends keyof TExtensionConfigSchema
                      ? {}
                      : {
                          [key in string
                          | number
                          | symbol]: TypeOf<ReturnType<TExtensionConfigSchema[key]>>
                      }
              ) & T["config"],
          >;
          configInput: Expand<
              (
                  string extends keyof TExtensionConfigSchema
                      ? {}
                      : {
                          [k in string
                          | number
                          | symbol]: baseObjectInputType<
                              { [key in string
                              | number
                              | symbol]: ReturnType<(...)[(...)]> },
                          >[k]
                      }
              ) & T["configInput"],
          >;
          inputs: Expand<T["inputs"] & TExtraInputs>;
          kind: T["kind"];
          name: (string | undefined) extends TName ? undefined : TName;
          output: ExtensionDataRef extends UNewOutput ? T["output"] : UNewOutput;
          params: T["params"];
      },
  >