/**
 * CyborgDB Service
 * REST API for CyborgDB: The Confidential Vector Database
 *
 * The version of the OpenAPI document: 0.17.1.dev16
 *
 *
 * NOTE: This class is auto generated by OpenAPI Generator (https://openapi-generator.tech).
 * https://openapi-generator.tech
 * Do not edit the class manually.
 */
import { type BinaryQueryRequest } from '../models/BinaryQueryRequest';
import { type BinaryUpsertRequest } from '../models/BinaryUpsertRequest';
import { type CreateIndexRequest } from '../models/CreateIndexRequest';
import { type CreateUserRequest } from '../models/CreateUserRequest';
import { type CreateUserResponse } from '../models/CreateUserResponse';
import { type CyborgdbServiceApiSchemasIndexSuccessResponseModel } from '../models/CyborgdbServiceApiSchemasIndexSuccessResponseModel';
import { type CyborgdbServiceApiSchemasVectorsSuccessResponseModel } from '../models/CyborgdbServiceApiSchemasVectorsSuccessResponseModel';
import { type DeleteRequest } from '../models/DeleteRequest';
import { type GetRequest } from '../models/GetRequest';
import { type GetResponseModel } from '../models/GetResponseModel';
import { type IndexInfoResponseModel } from '../models/IndexInfoResponseModel';
import { type IndexListResponseModel } from '../models/IndexListResponseModel';
import { type IndexOperationRequest } from '../models/IndexOperationRequest';
import { type IndexTrainingStatusResponseModel } from '../models/IndexTrainingStatusResponseModel';
import { type ListIDsRequest } from '../models/ListIDsRequest';
import { type ListIDsResponse } from '../models/ListIDsResponse';
import { type ListUsersResponse } from '../models/ListUsersResponse';
import { type QueryMetadataRequest } from '../models/QueryMetadataRequest';
import { type QueryMetadataResponse } from '../models/QueryMetadataResponse';
import { type QueryResponse } from '../models/QueryResponse';
import { type Request } from '../models/Request';
import { type TrainRequest } from '../models/TrainRequest';
import { type UpsertRequest } from '../models/UpsertRequest';
import * as runtime from '../runtime';
export interface CreateIndexV1IndexesCreatePostRequest {
    createIndexRequest: CreateIndexRequest;
}
export interface CreateUserV1IndexesIndexNameUsersPostRequest {
    indexName: string;
    createUserRequest: CreateUserRequest;
}
export interface DeleteIndexV1IndexesDeletePostRequest {
    indexOperationRequest: IndexOperationRequest;
}
export interface DeleteUserV1IndexesIndexNameUsersUserIdDeleteRequest {
    indexName: string;
    userId: string;
    xIndexKey?: string | null;
}
export interface DeleteVectorsV1VectorsDeletePostRequest {
    deleteRequest: DeleteRequest;
}
export interface GetIndexInfoV1IndexesDescribePostRequest {
    indexOperationRequest: IndexOperationRequest;
}
export interface GetIndexSizeV1VectorsNumVectorsPostRequest {
    indexOperationRequest: IndexOperationRequest;
}
export interface GetVectorsV1VectorsGetPostRequest {
    getRequest: GetRequest;
}
export interface ListIdsV1VectorsListIdsPostRequest {
    listIDsRequest: ListIDsRequest;
}
export interface ListUsersV1IndexesIndexNameUsersGetRequest {
    indexName: string;
    xIndexKey?: string | null;
}
export interface QueryMetadataV1VectorsQueryMetadataPostRequest {
    queryMetadataRequest: QueryMetadataRequest;
}
export interface QueryVectorsBinaryV1VectorsQueryBinaryPostRequest {
    binaryQueryRequest: BinaryQueryRequest;
}
export interface QueryVectorsV1VectorsQueryPostRequest {
    request: Request;
}
export interface TrainIndexV1IndexesTrainPostRequest {
    trainRequest: TrainRequest;
}
export interface UpsertVectorsBinaryV1VectorsUpsertBinaryPostRequest {
    binaryUpsertRequest: BinaryUpsertRequest;
}
export interface UpsertVectorsV1VectorsUpsertPostRequest {
    upsertRequest: UpsertRequest;
}
/**
 *
 */
export declare class DefaultApi extends runtime.BaseAPI {
    /**
     * Creates request options for createIndexV1IndexesCreatePost without sending the request
     */
    createIndexV1IndexesCreatePostRequestOpts(requestParameters: CreateIndexV1IndexesCreatePostRequest): Promise<runtime.RequestOpts>;
    /**
     * Create a new encrypted index with the provided configuration.  Exactly one of `kms_name` / `index_key` must be set; supplying both is rejected with 400.    * `kms_name` set — service generates a random KEK, wraps it via     the named registry slot\'s KMS, persists the envelope, and uses     the plaintext KEK as `index_key` on the core call.  CEI     generates the DEK and wraps it under that KEK internally.   * `index_key` set — SDK-supplied KEK; envelope persisted with     `provider=\"none\"`.  The SDK must re-supply `index_key` on     every subsequent request for this index.
     * Create Encrypted Index
     */
    createIndexV1IndexesCreatePostRaw(requestParameters: CreateIndexV1IndexesCreatePostRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<runtime.ApiResponse<CyborgdbServiceApiSchemasIndexSuccessResponseModel>>;
    /**
     * Create a new encrypted index with the provided configuration.  Exactly one of `kms_name` / `index_key` must be set; supplying both is rejected with 400.    * `kms_name` set — service generates a random KEK, wraps it via     the named registry slot\'s KMS, persists the envelope, and uses     the plaintext KEK as `index_key` on the core call.  CEI     generates the DEK and wraps it under that KEK internally.   * `index_key` set — SDK-supplied KEK; envelope persisted with     `provider=\"none\"`.  The SDK must re-supply `index_key` on     every subsequent request for this index.
     * Create Encrypted Index
     */
    createIndexV1IndexesCreatePost(requestParameters: CreateIndexV1IndexesCreatePostRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<CyborgdbServiceApiSchemasIndexSuccessResponseModel>;
    /**
     * Creates request options for createUserV1IndexesIndexNameUsersPost without sending the request
     */
    createUserV1IndexesIndexNameUsersPostRequestOpts(requestParameters: CreateUserV1IndexesIndexNameUsersPostRequest): Promise<runtime.RequestOpts>;
    /**
     * Mint a user API key with the given permissions, scoped to this index.  The api_key is returned once and never stored — only the user holds it.
     * Create a user for an index
     */
    createUserV1IndexesIndexNameUsersPostRaw(requestParameters: CreateUserV1IndexesIndexNameUsersPostRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<runtime.ApiResponse<CreateUserResponse>>;
    /**
     * Mint a user API key with the given permissions, scoped to this index.  The api_key is returned once and never stored — only the user holds it.
     * Create a user for an index
     */
    createUserV1IndexesIndexNameUsersPost(requestParameters: CreateUserV1IndexesIndexNameUsersPostRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<CreateUserResponse>;
    /**
     * Creates request options for deleteIndexV1IndexesDeletePost without sending the request
     */
    deleteIndexV1IndexesDeletePostRequestOpts(requestParameters: DeleteIndexV1IndexesDeletePostRequest): Promise<runtime.RequestOpts>;
    /**
     * Delete a specific index.  Admin-only: deleting an index drops the KMS envelope and every user\'s wrapped DEK, so it sits alongside create/train as a root operation rather than a per-user write op.
     * Delete Encrypted Index
     */
    deleteIndexV1IndexesDeletePostRaw(requestParameters: DeleteIndexV1IndexesDeletePostRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<runtime.ApiResponse<CyborgdbServiceApiSchemasIndexSuccessResponseModel>>;
    /**
     * Delete a specific index.  Admin-only: deleting an index drops the KMS envelope and every user\'s wrapped DEK, so it sits alongside create/train as a root operation rather than a per-user write op.
     * Delete Encrypted Index
     */
    deleteIndexV1IndexesDeletePost(requestParameters: DeleteIndexV1IndexesDeletePostRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<CyborgdbServiceApiSchemasIndexSuccessResponseModel>;
    /**
     * Creates request options for deleteUserV1IndexesIndexNameUsersUserIdDelete without sending the request
     */
    deleteUserV1IndexesIndexNameUsersUserIdDeleteRequestOpts(requestParameters: DeleteUserV1IndexesIndexNameUsersUserIdDeleteRequest): Promise<runtime.RequestOpts>;
    /**
     * Delete (revoke) a user
     */
    deleteUserV1IndexesIndexNameUsersUserIdDeleteRaw(requestParameters: DeleteUserV1IndexesIndexNameUsersUserIdDeleteRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<runtime.ApiResponse<void>>;
    /**
     * Delete (revoke) a user
     */
    deleteUserV1IndexesIndexNameUsersUserIdDelete(requestParameters: DeleteUserV1IndexesIndexNameUsersUserIdDeleteRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<void>;
    /**
     * Creates request options for deleteVectorsV1VectorsDeletePost without sending the request
     */
    deleteVectorsV1VectorsDeletePostRequestOpts(requestParameters: DeleteVectorsV1VectorsDeletePostRequest): Promise<runtime.RequestOpts>;
    /**
     * Delete vectors by their IDs.
     * Delete Items from Encrypted Index
     */
    deleteVectorsV1VectorsDeletePostRaw(requestParameters: DeleteVectorsV1VectorsDeletePostRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<runtime.ApiResponse<CyborgdbServiceApiSchemasVectorsSuccessResponseModel>>;
    /**
     * Delete vectors by their IDs.
     * Delete Items from Encrypted Index
     */
    deleteVectorsV1VectorsDeletePost(requestParameters: DeleteVectorsV1VectorsDeletePostRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<CyborgdbServiceApiSchemasVectorsSuccessResponseModel>;
    /**
     * Creates request options for getIndexInfoV1IndexesDescribePost without sending the request
     */
    getIndexInfoV1IndexesDescribePostRequestOpts(requestParameters: GetIndexInfoV1IndexesDescribePostRequest): Promise<runtime.RequestOpts>;
    /**
     * Get information about a specific index.
     * Describe Encrypted Index
     */
    getIndexInfoV1IndexesDescribePostRaw(requestParameters: GetIndexInfoV1IndexesDescribePostRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<runtime.ApiResponse<IndexInfoResponseModel>>;
    /**
     * Get information about a specific index.
     * Describe Encrypted Index
     */
    getIndexInfoV1IndexesDescribePost(requestParameters: GetIndexInfoV1IndexesDescribePostRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<IndexInfoResponseModel>;
    /**
     * Creates request options for getIndexSizeV1VectorsNumVectorsPost without sending the request
     */
    getIndexSizeV1VectorsNumVectorsPostRequestOpts(requestParameters: GetIndexSizeV1VectorsNumVectorsPostRequest): Promise<runtime.RequestOpts>;
    /**
     * Get the number of vectors stored in an index
     * Get the number of vectors in an index
     */
    getIndexSizeV1VectorsNumVectorsPostRaw(requestParameters: GetIndexSizeV1VectorsNumVectorsPostRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<runtime.ApiResponse<CyborgdbServiceApiSchemasVectorsSuccessResponseModel>>;
    /**
     * Get the number of vectors stored in an index
     * Get the number of vectors in an index
     */
    getIndexSizeV1VectorsNumVectorsPost(requestParameters: GetIndexSizeV1VectorsNumVectorsPostRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<CyborgdbServiceApiSchemasVectorsSuccessResponseModel>;
    /**
     * Creates request options for getTrainingStatusV1IndexesTrainingStatusGet without sending the request
     */
    getTrainingStatusV1IndexesTrainingStatusGetRequestOpts(): Promise<runtime.RequestOpts>;
    /**
     * Get the current training status including indexes being trained and the auto-train configuration.  Returns:     dict: Training status information including:         - training_indexes: List of index names currently being trained         - retrain_threshold: Vector-count floor before the first training
     * Get Training Status
     */
    getTrainingStatusV1IndexesTrainingStatusGetRaw(initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<runtime.ApiResponse<IndexTrainingStatusResponseModel>>;
    /**
     * Get the current training status including indexes being trained and the auto-train configuration.  Returns:     dict: Training status information including:         - training_indexes: List of index names currently being trained         - retrain_threshold: Vector-count floor before the first training
     * Get Training Status
     */
    getTrainingStatusV1IndexesTrainingStatusGet(initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<IndexTrainingStatusResponseModel>;
    /**
     * Creates request options for getVectorsV1VectorsGetPost without sending the request
     */
    getVectorsV1VectorsGetPostRequestOpts(requestParameters: GetVectorsV1VectorsGetPostRequest): Promise<runtime.RequestOpts>;
    /**
     * Retrieve vectors by their IDs.
     * Get Items from Encrypted Index
     */
    getVectorsV1VectorsGetPostRaw(requestParameters: GetVectorsV1VectorsGetPostRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<runtime.ApiResponse<GetResponseModel>>;
    /**
     * Retrieve vectors by their IDs.
     * Get Items from Encrypted Index
     */
    getVectorsV1VectorsGetPost(requestParameters: GetVectorsV1VectorsGetPostRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<GetResponseModel>;
    /**
     * Creates request options for healthCheckV1HealthGet without sending the request
     */
    healthCheckV1HealthGetRequestOpts(): Promise<runtime.RequestOpts>;
    /**
     * Check if the API is running.
     * Health check endpoint
     */
    healthCheckV1HealthGetRaw(initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<runtime.ApiResponse<{
        [key: string]: string;
    }>>;
    /**
     * Check if the API is running.
     * Health check endpoint
     */
    healthCheckV1HealthGet(initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<{
        [key: string]: string;
    }>;
    /**
     * Creates request options for listIdsV1VectorsListIdsPost without sending the request
     */
    listIdsV1VectorsListIdsPostRequestOpts(requestParameters: ListIdsV1VectorsListIdsPostRequest): Promise<runtime.RequestOpts>;
    /**
     * List all item IDs currently stored in the index.  Returns a list of all IDs and the total count.
     * List all IDs in an index
     */
    listIdsV1VectorsListIdsPostRaw(requestParameters: ListIdsV1VectorsListIdsPostRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<runtime.ApiResponse<ListIDsResponse>>;
    /**
     * List all item IDs currently stored in the index.  Returns a list of all IDs and the total count.
     * List all IDs in an index
     */
    listIdsV1VectorsListIdsPost(requestParameters: ListIdsV1VectorsListIdsPostRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<ListIDsResponse>;
    /**
     * Creates request options for listIndexesV1IndexesListGet without sending the request
     */
    listIndexesV1IndexesListGetRequestOpts(): Promise<runtime.RequestOpts>;
    /**
     * List all available indexes.
     * List Encrypted Indexes
     */
    listIndexesV1IndexesListGetRaw(initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<runtime.ApiResponse<IndexListResponseModel>>;
    /**
     * List all available indexes.
     * List Encrypted Indexes
     */
    listIndexesV1IndexesListGet(initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<IndexListResponseModel>;
    /**
     * Creates request options for listUsersV1IndexesIndexNameUsersGet without sending the request
     */
    listUsersV1IndexesIndexNameUsersGetRequestOpts(requestParameters: ListUsersV1IndexesIndexNameUsersGetRequest): Promise<runtime.RequestOpts>;
    /**
     * List an index\'s users
     */
    listUsersV1IndexesIndexNameUsersGetRaw(requestParameters: ListUsersV1IndexesIndexNameUsersGetRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<runtime.ApiResponse<ListUsersResponse>>;
    /**
     * List an index\'s users
     */
    listUsersV1IndexesIndexNameUsersGet(requestParameters: ListUsersV1IndexesIndexNameUsersGetRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<ListUsersResponse>;
    /**
     * Creates request options for queryMetadataV1VectorsQueryMetadataPost without sending the request
     */
    queryMetadataV1VectorsQueryMetadataPostRequestOpts(requestParameters: QueryMetadataV1VectorsQueryMetadataPostRequest): Promise<runtime.RequestOpts>;
    /**
     * Find items by metadata alone — no query vector.  With no `text`, resolves the filter entirely from the encrypted metadata index and returns the matching items, unscored. With `text`, runs BM25 over the index\'s full_text fields and returns the top matches ranked by score; a filter given alongside acts as a pre-filter. Works on untrained indexes.  Because there is no post-filter stage to fall back on, the index\'s `metadata_schema` is enforced here: `$regex` / `$contains` need a `pattern` field, and a `filterable: false` field cannot be filtered on. Both come back as 400 with the reason. `/query` with a vector has no such restriction.
     * Query an Encrypted Index by Metadata Only
     */
    queryMetadataV1VectorsQueryMetadataPostRaw(requestParameters: QueryMetadataV1VectorsQueryMetadataPostRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<runtime.ApiResponse<QueryMetadataResponse>>;
    /**
     * Find items by metadata alone — no query vector.  With no `text`, resolves the filter entirely from the encrypted metadata index and returns the matching items, unscored. With `text`, runs BM25 over the index\'s full_text fields and returns the top matches ranked by score; a filter given alongside acts as a pre-filter. Works on untrained indexes.  Because there is no post-filter stage to fall back on, the index\'s `metadata_schema` is enforced here: `$regex` / `$contains` need a `pattern` field, and a `filterable: false` field cannot be filtered on. Both come back as 400 with the reason. `/query` with a vector has no such restriction.
     * Query an Encrypted Index by Metadata Only
     */
    queryMetadataV1VectorsQueryMetadataPost(requestParameters: QueryMetadataV1VectorsQueryMetadataPostRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<QueryMetadataResponse>;
    /**
     * Creates request options for queryVectorsBinaryV1VectorsQueryBinaryPost without sending the request
     */
    queryVectorsBinaryV1VectorsQueryBinaryPostRequestOpts(requestParameters: QueryVectorsBinaryV1VectorsQueryBinaryPostRequest): Promise<runtime.RequestOpts>;
    /**
     * Search for nearest neighbors using binary format for query vectors.  This endpoint is optimized for large batch queries. Query vectors are sent as base64-encoded float32 numpy arrays, which is more efficient than JSON arrays for large batches.
     * Query Encrypted Index (Binary Format)
     */
    queryVectorsBinaryV1VectorsQueryBinaryPostRaw(requestParameters: QueryVectorsBinaryV1VectorsQueryBinaryPostRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<runtime.ApiResponse<QueryResponse>>;
    /**
     * Search for nearest neighbors using binary format for query vectors.  This endpoint is optimized for large batch queries. Query vectors are sent as base64-encoded float32 numpy arrays, which is more efficient than JSON arrays for large batches.
     * Query Encrypted Index (Binary Format)
     */
    queryVectorsBinaryV1VectorsQueryBinaryPost(requestParameters: QueryVectorsBinaryV1VectorsQueryBinaryPostRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<QueryResponse>;
    /**
     * Creates request options for queryVectorsV1VectorsQueryPost without sending the request
     */
    queryVectorsV1VectorsQueryPostRequestOpts(requestParameters: QueryVectorsV1VectorsQueryPostRequest): Promise<runtime.RequestOpts>;
    /**
     * Search for nearest neighbors in the index.
     * Query Encrypted Index
     */
    queryVectorsV1VectorsQueryPostRaw(requestParameters: QueryVectorsV1VectorsQueryPostRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<runtime.ApiResponse<QueryResponse>>;
    /**
     * Search for nearest neighbors in the index.
     * Query Encrypted Index
     */
    queryVectorsV1VectorsQueryPost(requestParameters: QueryVectorsV1VectorsQueryPostRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<QueryResponse>;
    /**
     * Creates request options for trainIndexV1IndexesTrainPost without sending the request
     */
    trainIndexV1IndexesTrainPostRequestOpts(requestParameters: TrainIndexV1IndexesTrainPostRequest): Promise<runtime.RequestOpts>;
    /**
     * Train the index for efficient querying.  Training is queued and processed asynchronously. If the index is already being trained or queued, returns the current status.
     * Train Encrypted index
     */
    trainIndexV1IndexesTrainPostRaw(requestParameters: TrainIndexV1IndexesTrainPostRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<runtime.ApiResponse<CyborgdbServiceApiSchemasIndexSuccessResponseModel>>;
    /**
     * Train the index for efficient querying.  Training is queued and processed asynchronously. If the index is already being trained or queued, returns the current status.
     * Train Encrypted index
     */
    trainIndexV1IndexesTrainPost(requestParameters: TrainIndexV1IndexesTrainPostRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<CyborgdbServiceApiSchemasIndexSuccessResponseModel>;
    /**
     * Creates request options for upsertVectorsBinaryV1VectorsUpsertBinaryPost without sending the request
     */
    upsertVectorsBinaryV1VectorsUpsertBinaryPostRequestOpts(requestParameters: UpsertVectorsBinaryV1VectorsUpsertBinaryPostRequest): Promise<runtime.RequestOpts>;
    /**
     * Add or update vectors in the index using binary format.  This endpoint is optimized for large batches of vectors. Vectors are sent as base64-encoded float32 numpy arrays, which is much more efficient than JSON arrays for large datasets.  After upserting, checks if the index needs training/retraining based on the number of vectors and triggers automatic training if needed.
     * Add Items to Encrypted Index (Binary Format)
     */
    upsertVectorsBinaryV1VectorsUpsertBinaryPostRaw(requestParameters: UpsertVectorsBinaryV1VectorsUpsertBinaryPostRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<runtime.ApiResponse<CyborgdbServiceApiSchemasVectorsSuccessResponseModel>>;
    /**
     * Add or update vectors in the index using binary format.  This endpoint is optimized for large batches of vectors. Vectors are sent as base64-encoded float32 numpy arrays, which is much more efficient than JSON arrays for large datasets.  After upserting, checks if the index needs training/retraining based on the number of vectors and triggers automatic training if needed.
     * Add Items to Encrypted Index (Binary Format)
     */
    upsertVectorsBinaryV1VectorsUpsertBinaryPost(requestParameters: UpsertVectorsBinaryV1VectorsUpsertBinaryPostRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<CyborgdbServiceApiSchemasVectorsSuccessResponseModel>;
    /**
     * Creates request options for upsertVectorsV1VectorsUpsertPost without sending the request
     */
    upsertVectorsV1VectorsUpsertPostRequestOpts(requestParameters: UpsertVectorsV1VectorsUpsertPostRequest): Promise<runtime.RequestOpts>;
    /**
     * Add or update vectors in the index.  After upserting, checks if the index needs training/retraining based on the number of vectors and triggers automatic training if needed.
     * Add Items to Encrypted Index
     */
    upsertVectorsV1VectorsUpsertPostRaw(requestParameters: UpsertVectorsV1VectorsUpsertPostRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<runtime.ApiResponse<CyborgdbServiceApiSchemasVectorsSuccessResponseModel>>;
    /**
     * Add or update vectors in the index.  After upserting, checks if the index needs training/retraining based on the number of vectors and triggers automatic training if needed.
     * Add Items to Encrypted Index
     */
    upsertVectorsV1VectorsUpsertPost(requestParameters: UpsertVectorsV1VectorsUpsertPostRequest, initOverrides?: RequestInit | runtime.InitOverrideFunction): Promise<CyborgdbServiceApiSchemasVectorsSuccessResponseModel>;
}