Function: makeWorkflowMachine()
makeWorkflowMachine<
C,I>>(config):StateMachine<Context,AnyEventObject, {[key:string]:undefined|ActorRefFromLogic<PromiseActorLogic<unknown,NonReducibleUnknown,EventObject>>>>; }, {id:undefined|string;logic:PromiseActorLogic<unknown,NonReducibleUnknown,EventObject>>;src:"noop"; },Values<{log: {params:LogParams;type:"log"; };prompt: {params:unknown;type:"prompt"; }; }>,never,never,string,string,Input,WorkflowOutput,EventObject,MetaObject, {context: (__namedParameters) =>Context;description:string;entry:ActionFunction<DoNotInfer<Context>>,AnyEventObject,AnyEventObject,undefined,never,never,never,never,never>>;id:string;initial:string;output: (__namedParameters) =>object;states:Record<string,object>>; }>
Takes a WorkflowsDefinition, as well as its Context and Input types, and creates an XState machine.
This basically translates my simplified and scoped workflow machine definition to the full XState machine definition.
Type Parameters
| Type Parameter |
|---|
C |
I extends readonly WorkflowArgument[] |
Parameters
| Parameter | Type |
|---|---|
config | WorkflowDefinition<I, C> |
Returns
StateMachine<Context, AnyEventObject, {[key: string]: undefined | ActorRefFromLogic<PromiseActorLogic<unknown, NonReducibleUnknown, EventObject>>; }, { id: undefined | string; logic: PromiseActorLogic<unknown, NonReducibleUnknown, EventObject>; src: "noop"; }, Values<{ log: { params: LogParams; type: "log"; }; prompt: { params: unknown; type: "prompt"; }; }>, never, never, string, string, Input, WorkflowOutput, EventObject, MetaObject, { context: (__namedParameters) => Context; description: string; entry: ActionFunction<DoNotInfer<Context>, AnyEventObject, AnyEventObject, undefined, never, never, never, never, never>; id: string; initial: string; output: (__namedParameters) => object; states: Record<string, object>; }>