import type { IngestRundown, IngestSegment } from '@sofie-automation/shared-lib/dist/peripheralDevice/ingest';
import type { IStudioContext } from './studioContext';
import type { IngestDefaultChangesOptions, MutableIngestRundown, NrcsIngestChangeDetails } from '../ingest';
export interface IProcessIngestDataContext extends IStudioContext {
    /**
     * Perform the default syncing of changes from the ingest data to the rundown.
     *
     * Please note that this may be overly aggressive at removing any changes made by user operations
     * If you are using user operations, you may need to perform some pre and post fixups to ensure
     * changes aren't wiped unnecessarily.
     *
     * @param ingestRundown NRCS version of the IngestRundown to copy from
     * @param ingestChanges A description of the changes that have been made to the rundown and should be propagated
     * @param options Options for how to apply the changes
     */
    defaultApplyIngestChanges<TRundownPayload, TSegmentPayload, TPartPayload>(mutableIngestRundown: MutableIngestRundown<TRundownPayload, TSegmentPayload, TPartPayload>, ingestRundown: IngestRundown, ingestChanges: NrcsIngestChangeDetails, options?: IngestDefaultChangesOptions<TRundownPayload, TSegmentPayload, TPartPayload>): void;
    /**
     * Group the Parts in a MOS Rundown and return a new changes object
     * This will group the Parts based on the segment name, using the separator provided to extract the segment name from the part name
     *
     * Please note that this ignores some of the granularity of the `ingestChanges` object, and relies more on the `previousIngestRundown` instead
     * If you are using user operations, you may need to perform some pre and post fixups to ensure changes aren't wiped unnecessarily.
     *
     * @param ingestRundown The rundown whose parts needs grouping
     * @param previousIngestRundown The rundown prior to the changes, if known
     * @param ingestChanges The changes which have been performed in `ingestRundown`, that need to translating
     * @param partNameSeparator A string to split the part name on
     * @returns A transformed rundown and changes object
     */
    groupMosPartsInRundownAndChangesWithSeparator(ingestRundown: IngestRundown, previousIngestRundown: IngestRundown | undefined, ingestChanges: NrcsIngestChangeDetails, partNameSeparator: string): GroupPartsInMosRundownAndChangesResult;
    /**
     * Group Parts in a Rundown and return a new changes object
     *
     * Please note that this ignores some of the granularity of the `ingestChanges` object, and relies more on the `previousIngestRundown` instead
     * If you are using user operations, you may need to perform some pre and post fixups to ensure changes aren't wiped unnecessarily.
     *
     * @param ingestRundown The rundown whose parts needs grouping
     * @param previousIngestRundown The rundown prior to the changes, if known
     * @param ingestChanges The changes which have been performed in `ingestRundown`, that need to translating
     * @param groupPartsIntoSegments A function to group parts into segments
     * @returns A transformed rundown and changes object
     */
    groupPartsInRundownAndChanges<TRundownPayload = unknown, TSegmentPayload = unknown, TPartPayload = unknown>(ingestRundown: IngestRundown, previousIngestRundown: IngestRundown | undefined, ingestChanges: NrcsIngestChangeDetails, groupPartsIntoSegments: (ingestSegments: IngestSegment[]) => IngestSegment<TSegmentPayload, TPartPayload>[]): GroupPartsInMosRundownAndChangesResult<TRundownPayload, TSegmentPayload, TPartPayload>;
}
export interface GroupPartsInMosRundownAndChangesResult<TRundownPayload = unknown, TSegmentPayload = unknown, TPartPayload = unknown> {
    nrcsIngestRundown: IngestRundown<TRundownPayload, TSegmentPayload, TPartPayload>;
    ingestChanges: NrcsIngestChangeDetails;
}
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