InvertedIndex: GenericIndex & { analyzer: string; cache?: boolean; cleanupIntervalStep: number; commitIntervalMsec: number; consolidationIntervalMsec: number; consolidationPolicy: Required<TierConsolidationPolicy>; features: AnalyzerFeature[]; fields: { analyzer?: string; cache?: boolean; features?: AnalyzerFeature[]; includeAllFields?: boolean; name: string; nested?: InvertedIndexNestedField[]; searchField?: boolean; trackListPositions?: boolean; }[]; includeAllFields: boolean; optimizeTopK: string[]; parallelism: number; primaryKeyCache?: boolean; primarySort: { cache?: boolean; compression: Compression; fields: { direction: Direction; field: string; }[]; }; searchField: boolean; storedValues: { cache?: boolean; compression: Compression; fields: string[]; }[]; trackListPositions: boolean; type: "inverted"; writeBufferActive: number; writeBufferIdle: number; writeBufferSizeMax: number; } Type declaration
analyzer: string
Optional
cache?: boolean
cleanupIntervalStep: number
commitIntervalMsec: number
consolidationIntervalMsec: number
fields: {
analyzer?: string;
cache?: boolean;
features?: AnalyzerFeature[];
includeAllFields?: boolean;
name: string;
nested?: InvertedIndexNestedField[];
searchField?: boolean;
trackListPositions?: boolean;
}[]
includeAllFields: boolean
optimizeTopK: string[]
parallelism: number
Optional
primaryKeyCache?: boolean
primarySort: {
cache?: boolean;
compression: Compression;
fields: {
direction: Direction;
field: string;
}[];
}
Optional
cache?: boolean
fields: {
direction: Direction;
field: string;
}[]
searchField: boolean
storedValues: {
cache?: boolean;
compression: Compression;
fields: string[];
}[]
trackListPositions: boolean
type: "inverted"
writeBufferActive: number
writeBufferIdle: number
writeBufferSizeMax: number
An object representing an inverted index.