<Self, S extends Spec, A = void, E = never, R = never>(
tag: HyperlinkTag<Self, S>,
config: DaemonLayerConfig<A, E, R>
): Layer.Layer<HandlerContextOf<DaemonSpec> | Store.Storage, never, R>Serve a daemon remotely (served-only) — mounts its RPC handlers without granting the local
instance, preserving the requirement R for a per-HyperService Layer.provide.
Soft-defaults Store.Storage. Override with Layer.provide / provideMerge(AppStore).
export function function serveRemote<
Self,
S extends Spec,
A = void,
E = never,
R = never
>(
tag: HyperlinkTag<Self, S>,
config: DaemonLayerConfig<A, E, R>
): Layer.Layer<
HandlerContextOf<DaemonSpec> | Store.Storage,
never,
R
>
Serve a daemon remotely (served-only) — mounts its RPC handlers without granting the local
instance, preserving the requirement R for a per-HyperService Layer.provide.
Soft-defaults
Store.Storage
. Override with Layer.provide / provideMerge(AppStore).
serveRemote<function (type parameter) Self in serveRemote<Self, S extends Spec, A = void, E = never, R = never>(tag: HyperlinkTag<Self, S>, config: DaemonLayerConfig<A, E, R>): Layer.Layer<HandlerContextOf<DaemonSpec> | Store.Storage, never, R>Self, function (type parameter) S in serveRemote<Self, S extends Spec, A = void, E = never, R = never>(tag: HyperlinkTag<Self, S>, config: DaemonLayerConfig<A, E, R>): Layer.Layer<HandlerContextOf<DaemonSpec> | Store.Storage, never, R>S extends Spec, function (type parameter) A in serveRemote<Self, S extends Spec, A = void, E = never, R = never>(tag: HyperlinkTag<Self, S>, config: DaemonLayerConfig<A, E, R>): Layer.Layer<HandlerContextOf<DaemonSpec> | Store.Storage, never, R>A = void, function (type parameter) E in serveRemote<Self, S extends Spec, A = void, E = never, R = never>(tag: HyperlinkTag<Self, S>, config: DaemonLayerConfig<A, E, R>): Layer.Layer<HandlerContextOf<DaemonSpec> | Store.Storage, never, R>E = never, function (type parameter) R in serveRemote<Self, S extends Spec, A = void, E = never, R = never>(tag: HyperlinkTag<Self, S>, config: DaemonLayerConfig<A, E, R>): Layer.Layer<HandlerContextOf<DaemonSpec> | Store.Storage, never, R>R = never>(
tag: HyperlinkTag<Self, S>(parameter) tag: {
description: string | undefined;
key: Identifier;
of: (this: void, self: Simplify<{ readonly [K in keyof S]: S[K] extends Hyperlink.FromLocalMethod<infer M> ? Hyperlink.InjectLocal<M, Self> : S[K] extends Hyperlink.LocalMethod<infer T> ? Hyperlink.LocalEffect<T, never, Self> : S[K] extends Hy…;
context: (self: Simplify<{ readonly [K in keyof S]: S[K] extends Hyperlink.FromLocalMethod<infer M> ? Hyperlink.InjectLocal<M, Self> : S[K] extends Hyperlink.LocalMethod<infer T> ? Hyperlink.LocalEffect<T, never, Self> : S[K] extends Hyperlink.Defa…;
use: (f: (service: Simplify<{ readonly [K in keyof S]: S[K] extends Hyperlink.FromLocalMethod<infer M> ? Hyperlink.InjectLocal<M, Self> : S[K] extends Hyperlink.LocalMethod<infer T> ? Hyperlink.LocalEffect<T, never, Self> : S[K] extends Hyperli…;
useSync: (f: (service: Simplify<{ readonly [K in keyof S]: S[K] extends Hyperlink.FromLocalMethod<infer M> ? Hyperlink.InjectLocal<M, Self> : S[K] extends Hyperlink.LocalMethod<infer T> ? Hyperlink.LocalEffect<T, never, Self> : S[K] extends Hyperli…;
Identifier: Identifier;
Service: Shape;
stack: string | undefined;
pipe: { <A>(this: A): A; <A, B = never>(this: A, ab: (_: A) => B): B; <A, B = never, C = never>(this: A, ab: (_: A) => B, bc: (_: B) => C): C; <A, B = never, C = never, D = never>(this: A, ab: (_: A) => B, bc: (_: B) => C, cd: (_: C) => D): D; <…;
toString: () => string;
toJSON: () => unknown;
}
interface HyperlinkTag<Self, S extends Spec, Svc = Simplify<{ readonly [K in keyof S]: S[K] extends FromLocalMethod<infer M> ? InjectLocal<M, Self> : S[K] extends LocalMethod<infer T> ? LocalEffect<...> : S[K] extends DefaultMethod<...> ? F : S[K] extends { ...; } ? SuccessOf<...> : S[K] extends { ...; } ? Subscribable<...> : S[K] extends { ...; } ? ClientMethod<...> : S[K] extends Spec ? Simplify<...> : never; }>>The type of a HyperService tag carrying spec S — what
Hyperlink.Tag
produces
(and what you extend). Lets a consumer write
<S extends Spec>(tag: HyperlinkTag<Self, S>) and read the spec through named types
(
specOf
/
groupOf
) instead of a Parameters<typeof specOf> workaround.
HyperlinkTag<function (type parameter) Self in serveRemote<Self, S extends Spec, A = void, E = never, R = never>(tag: HyperlinkTag<Self, S>, config: DaemonLayerConfig<A, E, R>): Layer.Layer<HandlerContextOf<DaemonSpec> | Store.Storage, never, R>Self, function (type parameter) S in serveRemote<Self, S extends Spec, A = void, E = never, R = never>(tag: HyperlinkTag<Self, S>, config: DaemonLayerConfig<A, E, R>): Layer.Layer<HandlerContextOf<DaemonSpec> | Store.Storage, never, R>S>,
config: DaemonLayerConfig<A, E, R>(parameter) config: {
effect: Effect.Effect<A, E, R>;
polling: Layer.Layer<PollingTag, never, never>;
}
interface DaemonLayerConfig<A, E, R>Config for
layer
/
serve
/
serveRemote
. The effect is the work each run
performs; its success is captured into result when the tag is value-returning. Scheduling comes
from the tag now (Daemon.schedule(...)), not the config.
DaemonLayerConfig<function (type parameter) A in serveRemote<Self, S extends Spec, A = void, E = never, R = never>(tag: HyperlinkTag<Self, S>, config: DaemonLayerConfig<A, E, R>): Layer.Layer<HandlerContextOf<DaemonSpec> | Store.Storage, never, R>A, function (type parameter) E in serveRemote<Self, S extends Spec, A = void, E = never, R = never>(tag: HyperlinkTag<Self, S>, config: DaemonLayerConfig<A, E, R>): Layer.Layer<HandlerContextOf<DaemonSpec> | Store.Storage, never, R>E, function (type parameter) R in serveRemote<Self, S extends Spec, A = void, E = never, R = never>(tag: HyperlinkTag<Self, S>, config: DaemonLayerConfig<A, E, R>): Layer.Layer<HandlerContextOf<DaemonSpec> | Store.Storage, never, R>R>,
): import LayerLayer.interface Layer<in ROut, out E = never, out RIn = never>A Layer describes how to build one or more services for dependency injection.
When to use
Use to model construction of application services for dependency injection,
especially when services have dependencies, can fail during construction, or
need scoped setup and release.
Details
A Layer<ROut, E, RIn> represents ROut as the services this layer
provides, E as the possible errors during layer construction, and RIn as
the services this layer requires as dependencies.
Layer<type HandlerContextOf<S extends Spec> = RpcUnionOf<S, ""> extends Rpc<infer _Tag extends string, infer _Payload extends Schema.Top, infer _Success extends Schema.Top, infer _Error extends Schema.Top, infer _Middleware extends AnyService, infer _Requires> ? Handler<_Tag> : neverThe context a server layer for a
Spec
provides: the handler for every method.
Used to pin the server layers' output type so their requirement channel stays
never — RpcGroup's own ToHandlerFn defaults that channel to any, so without
this the inferred server layer would re-leak any into anything that consumes it.
HandlerContextOf<type DaemonSpec = {
events: Hyperlink.Method<undefined, Schema.Union<readonly [Schema.TaggedStruct<"Started", {
readonly key: Schema.String;
readonly scheduleKey: Schema.NullOr<Schema.String>;
readonly startedAt: Schema.Number;
readonly isStartupRun: Schema.Boolean;
}>, Schema.TaggedStruct<"Completed", {
readonly key: Schema.String;
readonly scheduleKey: Schema.NullOr<Schema.String>;
readonly startedAt: Schema.Number;
readonly completedAt: Schema.Number;
readonly durationMs: Schema.Number;
readonly isStartupRun: Schema.Boolean;
} | {
...;
}>, Schema.TaggedStruct<...>, Schema.TaggedStruct<...>]>, Schema.Never, true, Hyperlink.MethodAnnotations & {
...;
}, Hyperlink.Derive>;
... 5 more ...;
resetCadence: Hyperlink.Method<...>;
}
The base (schedule-less, result-less) daemon spec.
DaemonSpec> | import StoreStore.class Storageclass Storage {
key: Identifier;
Service: {
at: <Input extends StoreSpec | StoreContractValue>(scopeKey: string, input: Input) => Effect.Effect<StoreHandleOf<Input>, StoreScopeNotRegistered>;
changes: (scopeKey: string) => Effect.Effect<Stream.Stream<StoreChangeEvent, StoreJournalDecodeError>, StoreScopeNotRegistered, Scope>;
};
}
Scope bridge every store handle resolves through — provided by an app
Service
layer or
the soft-default
layerDefaultMemory
(via
withDefaultStorage
). Engines resolve
handles via
withDefault
/
withStorage
(preferred) or bridge.at.
Storage, never, function (type parameter) R in serveRemote<Self, S extends Spec, A = void, E = never, R = never>(tag: HyperlinkTag<Self, S>, config: DaemonLayerConfig<A, E, R>): Layer.Layer<HandlerContextOf<DaemonSpec> | Store.Storage, never, R>R>;
export function function serveRemote<
Self,
S extends Spec,
A = void,
E = never,
R = never
>(
tag: HyperlinkTag<Self, S>,
config: DaemonLayerConfig<A, E, R>
): Layer.Layer<
HandlerContextOf<DaemonSpec> | Store.Storage,
never,
R
>
Serve a daemon remotely (served-only) — mounts its RPC handlers without granting the local
instance, preserving the requirement R for a per-HyperService Layer.provide.
Soft-defaults
Store.Storage
. Override with Layer.provide / provideMerge(AppStore).
serveRemote(
tag: HyperlinkTag<any, any, any>(parameter) tag: {
description: string | undefined;
key: Identifier;
of: (this: void, self: any) => any;
context: (self: any) => Context.Context<any>;
use: (f: (service: any) => Effect.Effect<A, E, R>) => Effect.Effect<A, E, any>;
useSync: (f: (service: any) => A) => Effect.Effect<A, never, any>;
Identifier: Identifier;
Service: Shape;
stack: string | undefined;
pipe: { <A>(this: A): A; <A, B = never>(this: A, ab: (_: A) => B): B; <A, B = never, C = never>(this: A, ab: (_: A) => B, bc: (_: B) => C): C; <A, B = never, C = never, D = never>(this: A, ab: (_: A) => B, bc: (_: B) => C, cd: (_: C) => D): D; <…;
toString: () => string;
toJSON: () => unknown;
}
interface HyperlinkTag<Self, S extends Spec, Svc = Simplify<{ readonly [K in keyof S]: S[K] extends FromLocalMethod<infer M> ? InjectLocal<M, Self> : S[K] extends LocalMethod<infer T> ? LocalEffect<...> : S[K] extends DefaultMethod<...> ? F : S[K] extends { ...; } ? SuccessOf<...> : S[K] extends { ...; } ? Subscribable<...> : S[K] extends { ...; } ? ClientMethod<...> : S[K] extends Spec ? Simplify<...> : never; }>>The type of a HyperService tag carrying spec S — what
Hyperlink.Tag
produces
(and what you extend). Lets a consumer write
<S extends Spec>(tag: HyperlinkTag<Self, S>) and read the spec through named types
(
specOf
/
groupOf
) instead of a Parameters<typeof specOf> workaround.
HyperlinkTag<any, any, any>,
config: DaemonLayerConfig<any, any, any>(parameter) config: {
effect: Effect.Effect<A, E, R>;
polling: Layer.Layer<PollingTag, never, never>;
}
interface DaemonLayerConfig<A, E, R>Config for
layer
/
serve
/
serveRemote
. The effect is the work each run
performs; its success is captured into result when the tag is value-returning. Scheduling comes
from the tag now (Daemon.schedule(...)), not the config.
DaemonLayerConfig<any, any, any>,
): import LayerLayer.Any {
const const baseTag: HyperlinkTag<
unknown,
DaemonSpec
>
const baseTag: {
key: Identifier;
Service: {
events: Stream.Stream<Schema.Struct.ReadonlySide<{ readonly _tag: Schema.tag<'Started'>; readonly key: Schema.String; readonly scheduleKey: Schema.NullOr<Schema.String>; readonly startedAt: Schema.Number; readonly isStartupRun: Schema.Boolean }, '…;
run: Effect.Effect<void, never, never>;
status: Hyperlink.Subscribable<{ readonly supervising: boolean; readonly armed: boolean; readonly activeInstances: number; readonly runsStarted: number; readonly runsSucceeded: number; readonly runsFailed: number; readonly nextTriggerRun?: DateTim…;
start: Effect.Effect<void, never, never>;
stop: Effect.Effect<void, never, never>;
wake: Effect.Effect<void, never, never>;
resetCadence: Effect.Effect<void, never, never>;
};
description: string | undefined;
of: (this: void, self: { readonly events: Stream.Stream<Schema.Struct.ReadonlySide<{ readonly _tag: Schema.tag<'Started'>; readonly key: Schema.String; readonly scheduleKey: Schema.NullOr<Schema.String>; readonly startedAt: Schema.Number; read…;
context: (self: { readonly events: Stream.Stream<Schema.Struct.ReadonlySide<{ readonly _tag: Schema.tag<'Started'>; readonly key: Schema.String; readonly scheduleKey: Schema.NullOr<Schema.String>; readonly startedAt: Schema.Number; readonly isStart…;
use: (f: (service: { readonly events: Stream.Stream<Schema.Struct.ReadonlySide<{ readonly _tag: Schema.tag<'Started'>; readonly key: Schema.String; readonly scheduleKey: Schema.NullOr<Schema.String>; readonly startedAt: Schema.Number; readonly …;
useSync: (f: (service: { readonly events: Stream.Stream<Schema.Struct.ReadonlySide<{ readonly _tag: Schema.tag<'Started'>; readonly key: Schema.String; readonly scheduleKey: Schema.NullOr<Schema.String>; readonly startedAt: Schema.Number; readonly …;
Identifier: Identifier;
stack: string | undefined;
pipe: { <A>(this: A): A; <A, B = never>(this: A, ab: (_: A) => B): B; <A, B = never, C = never>(this: A, ab: (_: A) => B, bc: (_: B) => C): C; <A, B = never, C = never, D = never>(this: A, ab: (_: A) => B, bc: (_: B) => C, cd: (_: C) => D): D; <…;
toString: () => string;
toJSON: () => unknown;
}
interface HyperlinkTag<Self, S extends Spec, Svc = Simplify<{ readonly [K in keyof S]: S[K] extends FromLocalMethod<infer M> ? InjectLocal<M, Self> : S[K] extends LocalMethod<infer T> ? LocalEffect<...> : S[K] extends DefaultMethod<...> ? F : S[K] extends { ...; } ? SuccessOf<...> : S[K] extends { ...; } ? Subscribable<...> : S[K] extends { ...; } ? ClientMethod<...> : S[K] extends Spec ? Simplify<...> : never; }>>The type of a HyperService tag carrying spec S — what
Hyperlink.Tag
produces
(and what you extend). Lets a consumer write
<S extends Spec>(tag: HyperlinkTag<Self, S>) and read the spec through named types
(
specOf
/
groupOf
) instead of a Parameters<typeof specOf> workaround.
HyperlinkTag<unknown, type DaemonSpec = {
events: Hyperlink.Method<undefined, Schema.Union<readonly [Schema.TaggedStruct<"Started", {
readonly key: Schema.String;
readonly scheduleKey: Schema.NullOr<Schema.String>;
readonly startedAt: Schema.Number;
readonly isStartupRun: Schema.Boolean;
}>, Schema.TaggedStruct<"Completed", {
readonly key: Schema.String;
readonly scheduleKey: Schema.NullOr<Schema.String>;
readonly startedAt: Schema.Number;
readonly completedAt: Schema.Number;
readonly durationMs: Schema.Number;
readonly isStartupRun: Schema.Boolean;
} | {
...;
}>, Schema.TaggedStruct<...>, Schema.TaggedStruct<...>]>, Schema.Never, true, Hyperlink.MethodAnnotations & {
...;
}, Hyperlink.Derive>;
... 5 more ...;
resetCadence: Hyperlink.Method<...>;
}
The base (schedule-less, result-less) daemon spec.
DaemonSpec> = tag: HyperlinkTag<any, any, any>(parameter) tag: {
description: string | undefined;
key: Identifier;
of: (this: void, self: any) => any;
context: (self: any) => Context.Context<any>;
use: (f: (service: any) => Effect.Effect<A, E, R>) => Effect.Effect<A, E, any>;
useSync: (f: (service: any) => A) => Effect.Effect<A, never, any>;
Identifier: Identifier;
Service: Shape;
stack: string | undefined;
pipe: { <A>(this: A): A; <A, B = never>(this: A, ab: (_: A) => B): B; <A, B = never, C = never>(this: A, ab: (_: A) => B, bc: (_: B) => C): C; <A, B = never, C = never, D = never>(this: A, ab: (_: A) => B, bc: (_: B) => C, cd: (_: C) => D): D; <…;
toString: () => string;
toJSON: () => unknown;
}
const closedConfig: DaemonLayerConfig<
unknown,
never,
never
>
const closedConfig: {
effect: Effect.Effect<A, E, R>;
polling: Layer.Layer<PollingTag, never, never>;
}
retype<DaemonLayerConfig<unknown, never, never>>(value: never): DaemonLayerConfig<unknown, never, never>Overload-impl retype through never (not any/unknown channels). Use when a factory's
Effect-bounded signature will not assign to a closed target without a bridge.
retype<interface DaemonLayerConfig<A, E, R>Config for
layer
/
serve
/
serveRemote
. The effect is the work each run
performs; its success is captured into result when the tag is value-returning. Scheduling comes
from the tag now (Daemon.schedule(...)), not the config.
DaemonLayerConfig<unknown, never, never>>(config: DaemonLayerConfig<any, any, any>(parameter) config: {
effect: Effect.Effect<A, E, R>;
polling: Layer.Layer<PollingTag, never, never>;
}
const withDefaultMemory: <A, E, R>(
layer: Layer.Layer<A, E, R | Store.Storage>
) => Layer.Layer<A | Store.Storage, E, R>
Soft-default
Store.Storage
(
Store.withDefaultStorage
) — R fulfilled; override by
providing an app store into this layer.
withDefaultMemory(
import LayerLayer.const unwrap: <A, E1, R1, E, R>(
self: Effect<Layer<A, E1, R1>, E, R>
) => Layer<
A,
E | E1,
R1 | Exclude<R, Scope.Scope>
>
Unwraps a Layer from an Effect, flattening the nested structure.
When to use
Use when you have an Effect that produces a Layer and you want to
use that layer directly.
Details
The resulting Layer will have the combined error and dependency types from
both the outer Effect and the inner Layer.
Example (Unwrapping an effectful layer)
import { Context, Effect, Layer } from "effect"
class Database extends Context.Service<Database, {
readonly query: (sql: string) => Effect.Effect<string>
}>()("Database") {}
const layerEffect = Effect.succeed(
Layer.succeed(Database, { query: Effect.fn("Database.query")((sql: string) => Effect.succeed("result")) })
)
const unwrappedLayer = Layer.unwrap(layerEffect)
unwrap(
import EffectEffect.const map: {
<A, B>(f: (a: A) => B): <E, R>(
self: Effect<A, E, R>
) => Effect<B, E, R>
<A, E, R, B>(
self: Effect<A, E, R>,
f: (a: A) => B
): Effect<B, E, R>
}
Transforms the value inside an effect by applying a function to it.
When to use
Use to transform an effect's success value with a function that returns a
plain value, producing a new effect without changing the original effect's
typed error or context requirements.
Details
map takes a function and applies it to the value contained within an
effect, creating a new effect with the transformed value.
It's important to note that effects are immutable, meaning that the original
effect is not modified. Instead, a new effect is returned with the updated
value.
Example (Choosing map syntax variants)
import { Effect, pipe } from "effect"
const myEffect = Effect.succeed(1)
const transformation = (n: number) => n + 1
const mappedWithPipe = pipe(myEffect, Effect.map(transformation))
const mappedWithDataFirst = Effect.map(myEffect, transformation)
const mappedWithMethod = myEffect.pipe(Effect.map(transformation))
Example (Adding a service charge)
import { Effect, pipe } from "effect"
const addServiceCharge = (amount: number) => amount + 1
const fetchTransactionAmount = Effect.promise(() => Promise.resolve(100))
const finalAmount = pipe(
fetchTransactionAmount,
Effect.map(addServiceCharge)
)
Effect.runPromise(finalAmount).then(console.log)
// Output: 101
map(const buildDaemonImpl: <A, E, R>(
tag: HyperlinkTag<any, any, any>,
baseConfig: DaemonLayerConfig<A, E, R>
) => Effect.Effect<
Hyperlink.Driver<DaemonSpec, R>,
never,
R | Scope.Scope | Store.Storage
>
Build the live daemon driver behind tag and map it onto the toolkit service impl — the adapter
shared by
layer
/
serve
/
serveRemote
. The returned record is shaped to the
tag's composed spec (base, + schedule, + result); Hyperlink.layer flattens it against the
tag's flat spec, so extra members are simply present when the spec declares them.
buildDaemonImpl(tag: HyperlinkTag<any, any, any>(parameter) tag: {
description: string | undefined;
key: Identifier;
of: (this: void, self: any) => any;
context: (self: any) => Context.Context<any>;
use: (f: (service: any) => Effect.Effect<A, E, R>) => Effect.Effect<A, E, any>;
useSync: (f: (service: any) => A) => Effect.Effect<A, never, any>;
Identifier: Identifier;
Service: Shape;
stack: string | undefined;
pipe: { <A>(this: A): A; <A, B = never>(this: A, ab: (_: A) => B): B; <A, B = never, C = never>(this: A, ab: (_: A) => B, bc: (_: B) => C): C; <A, B = never, C = never, D = never>(this: A, ab: (_: A) => B, bc: (_: B) => C, cd: (_: C) => D): D; <…;
toString: () => string;
toJSON: () => unknown;
}
const closedConfig: DaemonLayerConfig<
unknown,
never,
never
>
const closedConfig: {
effect: Effect.Effect<A, E, R>;
polling: Layer.Layer<PollingTag, never, never>;
}
built: Hyperlink.Driver<{
events: Hyperlink.Method<undefined, Schema.Union<readonly [Schema.TaggedStruct<"Started", {
readonly key: Schema.String;
readonly scheduleKey: Schema.NullOr<Schema.String>;
readonly startedAt: Schema.Number;
readonly isStartupRun: Schema.Boolean;
}>, Schema.TaggedStruct<"Completed", {
readonly key: Schema.String;
readonly scheduleKey: Schema.NullOr<Schema.String>;
readonly startedAt: Schema.Number;
readonly completedAt: Schema.Number;
readonly durationMs: Schema.Number;
readonly isStartupRun: Schema.Boolean;
} | {
...;
}>, Schema.TaggedStruct<...>, Schema.TaggedStruct<...>]>, Schema.Never, true, Hyperlink.MethodAnnotations & {
...;
}, Hyperlink.Derive>;
... 5 more ...;
resetCadence: Hyperlink.Method<...>;
}, never>
(parameter) built: {
impl: WithRequirement<ImplOf<S>, R>;
workerContext: Context.Context<R>;
}
import HyperlinkHyperlink.const serveRemoteDriver: <
S extends Spec,
R
>(
tag: {
readonly [wireKeySym]: string
readonly [specSym]: FlatSpec
readonly [specTypeSym]?: S
readonly [groupSym]: {
readonly toLayer: (
handlers: never
) => Layer.Any
}
},
driver: Hyperlink.Driver<S, R>
) => Layer.Layer<HandlerContextOf<S>, never, R>
Served-only mount for a
Driver
— preserves the driver's requirement R on the Layer.
Separate from
serveRemote
so plain-impl ServeRequirements inference stays sharp and
open-S Driver overloads don't hit TS2589. Used by Gate / Daemon / WorkPool /
serve
.
Success channel is
HandlerContextOf
<S> when S is concrete on the tag; callers that
already name handler slots on their public return can treat this as the R-preserving mount.
serveRemoteDriver(const baseTag: HyperlinkTag<
unknown,
DaemonSpec
>
const baseTag: {
key: Identifier;
Service: {
events: Stream.Stream<Schema.Struct.ReadonlySide<{ readonly _tag: Schema.tag<'Started'>; readonly key: Schema.String; readonly scheduleKey: Schema.NullOr<Schema.String>; readonly startedAt: Schema.Number; readonly isStartupRun: Schema.Boolean }, '…;
run: Effect.Effect<void, never, never>;
status: Hyperlink.Subscribable<{ readonly supervising: boolean; readonly armed: boolean; readonly activeInstances: number; readonly runsStarted: number; readonly runsSucceeded: number; readonly runsFailed: number; readonly nextTriggerRun?: DateTim…;
start: Effect.Effect<void, never, never>;
stop: Effect.Effect<void, never, never>;
wake: Effect.Effect<void, never, never>;
resetCadence: Effect.Effect<void, never, never>;
};
description: string | undefined;
of: (this: void, self: { readonly events: Stream.Stream<Schema.Struct.ReadonlySide<{ readonly _tag: Schema.tag<'Started'>; readonly key: Schema.String; readonly scheduleKey: Schema.NullOr<Schema.String>; readonly startedAt: Schema.Number; read…;
context: (self: { readonly events: Stream.Stream<Schema.Struct.ReadonlySide<{ readonly _tag: Schema.tag<'Started'>; readonly key: Schema.String; readonly scheduleKey: Schema.NullOr<Schema.String>; readonly startedAt: Schema.Number; readonly isStart…;
use: (f: (service: { readonly events: Stream.Stream<Schema.Struct.ReadonlySide<{ readonly _tag: Schema.tag<'Started'>; readonly key: Schema.String; readonly scheduleKey: Schema.NullOr<Schema.String>; readonly startedAt: Schema.Number; readonly …;
useSync: (f: (service: { readonly events: Stream.Stream<Schema.Struct.ReadonlySide<{ readonly _tag: Schema.tag<'Started'>; readonly key: Schema.String; readonly scheduleKey: Schema.NullOr<Schema.String>; readonly startedAt: Schema.Number; readonly …;
Identifier: Identifier;
stack: string | undefined;
pipe: { <A>(this: A): A; <A, B = never>(this: A, ab: (_: A) => B): B; <A, B = never, C = never>(this: A, ab: (_: A) => B, bc: (_: B) => C): C; <A, B = never, C = never, D = never>(this: A, ab: (_: A) => B, bc: (_: B) => C, cd: (_: C) => D): D; <…;
toString: () => string;
toJSON: () => unknown;
}
built: Hyperlink.Driver<{
events: Hyperlink.Method<undefined, Schema.Union<readonly [Schema.TaggedStruct<"Started", {
readonly key: Schema.String;
readonly scheduleKey: Schema.NullOr<Schema.String>;
readonly startedAt: Schema.Number;
readonly isStartupRun: Schema.Boolean;
}>, Schema.TaggedStruct<"Completed", {
readonly key: Schema.String;
readonly scheduleKey: Schema.NullOr<Schema.String>;
readonly startedAt: Schema.Number;
readonly completedAt: Schema.Number;
readonly durationMs: Schema.Number;
readonly isStartupRun: Schema.Boolean;
} | {
...;
}>, Schema.TaggedStruct<...>, Schema.TaggedStruct<...>]>, Schema.Never, true, Hyperlink.MethodAnnotations & {
...;
}, Hyperlink.Derive>;
... 5 more ...;
resetCadence: Hyperlink.Method<...>;
}, never>
(parameter) built: {
impl: WithRequirement<ImplOf<S>, R>;
workerContext: Context.Context<R>;
}