Class: DeclaredSeriesSignal

server.DeclaredSeriesSignal One temporal expression with an explicit acquisition boundary. External observations first become an original accepted Question result. The same series kernel then consumes native or retained inputs; large captures can instead be passed directly to a customer computation’s seriesInput port.

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Constructors

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constructor

• new DeclaredSeriesSignal(seriesId, policy, owner)

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Parameters

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Properties

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policy

• Readonly policy: Readonly<DeclaredSignalPolicy>

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execution

• Readonly execution: "operational" | "analytical"

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seriesId

• Readonly seriesId: string

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Methods

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apply

▸ apply(input): SeriesNumbers Compose this interpretation with other sources using the existing AST.

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Parameters

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Returns

SeriesNumbers

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plans

▸ plans(reader, interval): SeriesExpressionPlans Bounded operational execution. Analytical selections require capture().

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Parameters

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Returns

SeriesExpressionPlans

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capture

▸ capture(questions, interval, bounds?, options?): Promise<Readonly<{ request: SeriesPopulationRequest ; resolve: (reader: NativeSeriesReader<any>, observation: ObservationOptions) => Promise<{ status: "pending" ; request: RequestRef } | { status: "unavailable" ; request: RequestRef ; reason: string } | { status: "ready" ; source: SeriesInputValue<SeriesOutputManifest> = resolved.source; input: { source: SeriesInputValue<SeriesOutputManifest> = resolved.source; series_id: string = seriesId } ; plans: SeriesExpressionPlans }> }>> Retains the original request, including pending and uncertain outcomes. Context includes both neighbours within maxGap. Examination coverage is coverage of this accepted input, never a provider completeness claim.

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Parameters

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Returns

Promise<Readonly<{ request: SeriesPopulationRequest ; resolve: (reader: NativeSeriesReader<any>, observation: ObservationOptions) => Promise<{ status: "pending" ; request: RequestRef } | { status: "unavailable" ; request: RequestRef ; reason: string } | { status: "ready" ; source: SeriesInputValue<SeriesOutputManifest> = resolved.source; input: { source: SeriesInputValue<SeriesOutputManifest> = resolved.source; series_id: string = seriesId } ; plans: SeriesExpressionPlans }> }>>