/**
 * Interactive API v1
 * Interactive API v1 is a REST API for simple access to geo data.
 *
 * OpenAPI spec version: 1.0.0
 *
 *
 * NOTE: This class is auto generated by the swagger code generator program.
 * https://github.com/swagger-api/swagger-codegen.git
 */
import { RequestBuilder } from "./RequestBuilder";
export interface ApiHealthStatus {
    /**
     * Health status of API.
     */
    status?: string;
}
export interface ApiVersion {
    /**
     * Version of API.
     */
    apiVersion?: string;
}
/**
 * True if the value is only an estimation; false otherwise.
 */
export type Estimated = boolean;
export type SearchParams = Array<{
    key: string;
    operator: "=" | "!=" | ">=" | "<=" | "<" | ">" | "@>";
    value: string | number | ".null";
}>;
export type GetFeaturesBySpatialBody = Feature | FeatureCollection | Geometry | LineString | MultiLineString | MultiPoint | MultiPolygon | Point | Polygon;
export interface Feature extends GeoJSON {
    /**
     * The unique identifier of the feature.
     */
    id?: string;
    geometry?: Geometry;
    properties?: {
        [key: string]: any;
    };
}
export interface FeatureCollection extends GeoJSON {
    /**
     * Features included in the collection.
     */
    features: Array<Feature>;
}
export interface FeatureCollectionIterable extends FeatureCollection {
    /**
     * The handle of the next batch.
     */
    handle?: string;
    /**
     * The token of the next batch.
     */
    nextPageToken?: string;
}
export interface FeatureCollectionModification extends FeatureCollection {
    /**
     * List of inserted feature IDs.
     */
    inserted?: Array<string>;
    /**
     * List of updated features IDs.
     */
    updated?: Array<string>;
    /**
     * List of deleted features IDs.
     */
    deleted?: Array<string>;
}
/**
 * The base type for all possible GeoJSON objects.
 */
export interface GeoJSON {
    type: string;
    /**
     * Describes the coordinate range of the GeoJSON object.
     */
    bbox?: Array<number>;
}
/**
 * A Geometry object represents points, curves, and surfaces in coordinate layer.
 */
export interface Geometry extends GeoJSON {
}
export interface LineString extends Geometry {
    coordinates?: Array<Array<number>>;
}
export interface ModelError {
    title?: string;
    status?: number;
    code?: string;
    cause?: string;
    action?: string;
    correlationId?: string;
}
export interface MultiLineString extends Geometry {
    coordinates?: Array<Array<Array<number>>>;
}
export interface MultiPoint extends Geometry {
    coordinates?: Array<Array<number>>;
}
export interface MultiPolygon extends Geometry {
    coordinates?: Array<Array<Array<Array<number>>>>;
}
export interface Point extends Geometry {
    coordinates?: Array<number>;
}
export interface Polygon extends Geometry {
    coordinates?: Array<Array<Array<number>>>;
}
export interface Statistics {
    count?: StatisticsCount;
    byteSize?: StatisticsCount;
    bbox?: StatisticsBbox;
    geometryTypes?: StatisticsGeometryTypes;
    properties?: StatisticsProperties;
    tags?: StatisticsTags;
    searchable?: string;
}
export interface StatisticsBbox {
    value?: Array<number>;
    estimated?: Estimated;
}
export interface StatisticsCount {
    value?: number;
    estimated?: Estimated;
}
export interface StatisticsGeometryTypes {
    value?: Array<string>;
    estimated?: Estimated;
}
export interface StatisticsProperties {
    value?: Array<StatisticsPropertiesValue>;
    estimated?: Estimated;
}
export interface StatisticsPropertiesValue {
    key?: string;
    count?: number;
    searchable?: boolean;
}
export interface StatisticsTags {
    value?: Array<StatisticsTagsValue>;
    estimated?: Estimated;
}
export interface StatisticsTagsValue {
    key?: string;
    count?: number;
}
/**
 * Retrieves API Specification version information.
 */
export declare function getApiVersion(builder: RequestBuilder): Promise<ApiVersion>;
/**
 * Tests basic health of the service.
 */
export declare function getHealth(builder: RequestBuilder): Promise<ApiHealthStatus>;
/**
 * Retrieves the feature with the provided identifier.
 *
 * @summary Get a feature by ID.
 *
 * @param layerId The unique identified for the Layer ID.
 *
 * @param featureId The unique identifier of a feature in the layer.
 *
 * @param selection A list of properties to be returned in the features result list.
 * Multiple attributes can be specified by using comma(,).
 * Example: `?selection=p.name,p.capacity,p.color`.
 *
 * @param force2D If set to `true` the features in the response will have only X's and Y's as coordinates.
 */
export declare function getFeature(builder: RequestBuilder, params: {
    layerId: string;
    featureId: string;
    selection?: string | Array<string>;
    force2D?: boolean;
}): Promise<Feature>;
/**
 * Returns all of the features found for the provided list of ids.
 * The response is always a FeatureCollection, even if there are no features with the provided ids.
 *
 * @summary Get features by ID.
 *
 * @param layerId The unique identified for the Layer ID.
 *
 * @param id A comma separated list of unique feature identifiers.
 * These are the acceptable formats for this field:
 * ```
 * id=value1,value2
 * ```
 *
 * @param selection A list of properties to be returned in the features result list.
 * Multiple attributes can be specified by using comma(,).
 * Example: `?selection=p.name,p.capacity,p.color`.
 *
 * @param force2D If set to `true` the features in the response will have only X's and Y's as coordinates.
 */
export declare function getFeatures(builder: RequestBuilder, params: {
    layerId: string;
    id: string | string[];
    selection?: string | Array<string>;
    force2D?: boolean;
}): Promise<FeatureCollection>;
/**
 * Return the features which are inside a bounding box stipulated by bbox parameter.
 *
 * @summary Get features by bounding box.
 *
 * @param layerId The unique identified for the Layer ID.
 *
 * @param bbox Both west, south, east and north coordinates separated by comma.
 * Example: `bbox=13.082,52.416,13.628,52.626` - Bounding box of Berlin.
 *
 * @param clip If set to true the features' geometries are clipped to the geometry of the
 * tile or bounding box. Default is false.
 *
 * @param limit The maximum number of features in the response. Default is 30000. Hard limit is 100000.
 *
 * @param params Additional feature filters which compares the feature's property's value with the one specified
 * in the query, resulting in a subset of features.
 * The usage of multiple property names represents an AND operation.
 * The usage of a comma (,) separating the properties values, represents an OR operation.
 * Properties initiated with 'f.' are used to access values which are added by default in the stored feature.
 * The possible values are: 'f.id', 'f.createdAt' and 'f.updatedAt'.
 * Properties initiated with 'p.' are used to access values in the stored feature which are under the 'properties' property.
 * Use it as a shorthand accessor for 'properties' values.
 * The format should follow the specification below
 * ```
 * ?p.property_name_1=property_value_1&f.special_property_name_1=special_property_value_1
 * ```
 *
 * For example, the above query, the Features will be filtered by 'property' AND 'special property' equals to their
 * respective values.
 *
 * While in the following example ```?p.property_name_1=value_1,value_2```
 * The resulting Features list will contain all elements having `value_1` OR `value_2`.
 *
 * Additionally to the operators used in the examples above, the query can be written, with the same semantic,
 * by using the long operators: `"=gte=", "=lte=", "=gt=", "=lt=" and "=cs="`.
 *
 * The below queries yield the same result:
 * ```
 * ?p.property_name_1>=10
 * ?p.property_name_1=gte=10
 * ```
 *
 * The available operators are:
 * "=" - equals
 * "!=" - not equals
 * ">=" or "=gte=" - greater than or equals
 * "<=" or "=lte=" - less than or equals
 * ">" or "=gt=" - greater than
 * "<" or "=lt=" - less than
 * "@>" or "=cs=" - contains
 *
 * @param selection A list of properties to be returned in the features result list.
 * Multiple attributes can be specified by using comma(,).
 * Example: `?selection=p.name,p.capacity,p.color`.
 *
 * @param skipCache If set to true the response is not returned from cache. Default is false.
 *
 * @param clustering The clustering algorithm to apply to the data within the result.
 * Providing this query parameter the data will be returned in a clustered way.
 * This means the data won't necessarily be returned in its original shape or with its original properties.
 * Depending on the chosen clustering algorithm there could be different mandatory and/or optional parameters
 * to specify the behavior of the algorithm.
 * Possible values are:
 *
 * `hexbin` - The hexbin algorithm divides the world in hexagonal "bins" on a specified resolution.
 * Each hexagon has an address being described by the H3 addressing scheme.
 * For more information on that topic see: https://eng.uber.com/h3/.
 *
 * `quadbin` - The quadbin algorithm takes the geometry input from the request (e.g. quadkey / bbox..)
 * and count the features in it.
 * This clustering mode works also for very large layers and can be used for getting an overview
 * where data is present in a given layer. Furthermore, a property filter on one property is applicable.
 *
 * @param clusteringParams Some parameters for the chosen clustering algorithm.
 * Depending on the chosen clustering algorithm there could be different mandatory and/or optional parameters to specify
 * the behavior of the algorithm.
 *
 * Clustering-Parameter reference.
 * NOTE: The actual query parameters in the URL are looking like: `?clustering.aParameterName=aValue`.
 *
 * Clustering-type: "hexbin":
 * There are several parameters needed by the H3 based hexbin algorithm.
 * For more information on that topic see: https://eng.uber.com/h3/.
 *
 * =======================================================================================================
 * |      Parameter       |   Type   |   Mandatory   |                      Meaning                       |
 * ========================================================================================================
 * |  absoluteResolution  |  Number  |       NO      | The H3 hexagon resolution                          |
 * --------------------------------------------------------------------------------------------------------
 * |     resolution	      |  Number  |       NO      | deprecated, renamed to absoluteResolution          |
 * --------------------------------------------------------------------------------------------------------
 * | relativeResolution   |	 Number  |       NO      | integer value [0-4] to be added to current used    |
 * |                      |          |               | resolution                                         |
 * --------------------------------------------------------------------------------------------------------
 * |       property	      |  String  |       NO	     | A property of the original features for which to   |
 * |                      |          |               | calculate statistics                               |
 * --------------------------------------------------------------------------------------------------------
 * |       pointmode	  |  Boolean |       NO	     | retuns the centroid of hexagons as geojson feature |
 * --------------------------------------------------------------------------------------------------------
 *
 *
 * @param force2D If set to `true` the features in the response will have only X's and Y's as coordinates.
 */
export declare function getFeaturesByBBox(builder: RequestBuilder, params: {
    layerId: string;
    bbox?: Array<number>;
    clip?: boolean;
    limit?: number;
    params?: SearchParams;
    selection?: string | Array<string>;
    skipCache?: boolean;
    clustering?: string;
    clusteringParams?: {
        [key: string]: string | number;
    };
    force2D?: boolean;
}): Promise<FeatureCollection>;
/**
 * List the features which are inside the specified radius. The origin radius point is calculated
 * based either on latitude & longitude or by specifying a feature's geometry.
 *
 * @summary Get features with radius search.
 *
 * @param layerId The unique identified for the Layer ID.
 *
 * @param lat The latitude in WGS'84 decimal degree (-90 to +90) of the center Point.
 *
 * @param lng The longitude in WGS'84 decimal degree (-180 to +180) of the center Point.
 *
 * @param refCatalogHrn The catalog HRN where the layer containing the referenced feature is stored.
 * Always to use in combination with refFeatureId.
 *
 * @param refLayerId As alternative for defining center coordinates,
 * it is possible to reference a geometry in a layer.
 * Therefore it is needed to provide the layer id where the referenced feature is stored.
 * Always to use in combination with refFeatureId.
 *
 * @param refFeatureId The unique identifier of a feature in the referenced layer.
 * The geometry of that feature gets used for the spatial query.
 * Always to use in combination with refCatalogHrn and refLayerId.
 *
 * @param radius Radius in meter which defines the diameter of the search request.
 *
 * @param limit The maximum number of features in the response. Default is 30000. Hard limit is 100000.
 *
 * @param params Additional feature filters which compares the feature's property's value with the one specified
 * in the query, resulting in a subset of features.
 * The usage of multiple property names represents an AND operation.
 * The usage of a comma (,) separating the properties values, represents an OR operation.
 * Properties initiated with 'f.' are used to access values which are added by default in the stored feature.
 * The possible values are: 'f.id', 'f.createdAt' and 'f.updatedAt'.
 * Properties initiated with 'p.' are used to access values in the stored feature which are under the 'properties' property.
 * Use it as a shorthand accessor for 'properties' values.
 * The format should follow the specification below
 * ```
 * ?p.property_name_1=property_value_1&f.special_property_name_1=special_property_value_1
 * ```
 *
 * For example, the above query, the Features will be filtered by 'property' AND 'special property' equals to their
 * respective values.
 *
 * While in the following example ```?p.property_name_1=value_1,value_2```
 * The resulting Features list will contain all elements having `value_1` OR `value_2`.
 *
 * Additionally to the operators used in the examples above, the query can be written, with the same semantic,
 * by using the long operators: `"=gte=", "=lte=", "=gt=", "=lt=" and "=cs="`.
 *
 * The below queries yield the same result:
 * ```
 * ?p.property_name_1>=10
 * ?p.property_name_1=gte=10
 * ```
 *
 * The available operators are:
 * "=" - equals
 * "!=" - not equals
 * ">=" or "=gte=" - greater than or equals
 * "<=" or "=lte=" - less than or equals
 * ">" or "=gt=" - greater than
 * "<" or "=lt=" - less than
 * "@>" or "=cs=" - contains
 *
 * @param selection A list of properties to be returned in the features result list.
 * Multiple attributes can be specified by using comma(,).
 * Example: `?selection=p.name,p.capacity,p.color`.
 *
 * @param skipCache If set to true the response is not returned from cache. Default is false.
 *
 * @param force2D If set to `true` the features in the response will have only X's and Y's as coordinates.
 */
export declare function getFeaturesBySpatial(builder: RequestBuilder, params: {
    layerId: string;
    lat?: number;
    lng?: number;
    refCatalogHrn?: string;
    refLayerId?: string;
    refFeatureId?: string;
    radius?: number;
    limit?: number;
    params?: SearchParams;
    selection?: string | Array<string>;
    skipCache?: boolean;
    force2D?: boolean;
}): Promise<FeatureCollection>;
/**
 * List the features which are inside the specified radius. The origin point is calculated based
 * on the geometry provided as payload.
 *
 * @summary Get features which intersects the provided geometry.
 *
 * @param layerId The unique identified for the Layer ID.
 *
 * @param body A geometry request.
 *
 * @param radius Radius in meter which defines the diameter of the search request.
 *
 * @param limit The maximum number of features in the response.
 * Default is 30000. Hard limit is 100000.
 *
 * @param params Additional feature filters which compares the feature's property's value with the one specified
 * in the query, resulting in a subset of features.
 * The usage of multiple property names represents an AND operation.
 * The usage of a comma (,) separating the properties values, represents an OR operation.
 * Properties initiated with 'f.' are used to access values which are added by default in the stored feature.
 * The possible values are: 'f.id', 'f.createdAt' and 'f.updatedAt'.
 * Properties initiated with 'p.' are used to access values in the stored feature which are under the 'properties' property.
 * Use it as a shorthand accessor for 'properties' values.
 * The format should follow the specification below
 * ```
 * ?p.property_name_1=property_value_1&f.special_property_name_1=special_property_value_1
 * ```
 *
 * For example, the above query, the Features will be filtered by 'property' AND 'special property' equals to their
 * respective values.
 *
 * While in the following example ```?p.property_name_1=value_1,value_2```
 * The resulting Features list will contain all elements having `value_1` OR `value_2`.
 *
 * Additionally to the operators used in the examples above, the query can be written, with the same semantic,
 * by using the long operators: `"=gte=", "=lte=", "=gt=", "=lt=" and "=cs="`.
 *
 * The below queries yield the same result:
 * ```
 * ?p.property_name_1>=10
 * ?p.property_name_1=gte=10
 * ```
 *
 * The available operators are:
 * "=" - equals
 * "!=" - not equals
 * ">=" or "=gte=" - greater than or equals
 * "<=" or "=lte=" - less than or equals
 * ">" or "=gt=" - greater than
 * "<" or "=lt=" - less than
 * "@>" or "=cs=" - contains
 *
 * @param selection A list of properties to be returned in the features result list.
 * Multiple attributes can be specified by using comma(,).
 * Example: `?selection=p.name,p.capacity,p.color`.
 *
 * @param skipCache If set to true the response is not returned from cache. Default is false.
 *
 * @param force2D If set to `true` the features in the response will have only X's and Y's as coordinates.
 */
export declare function getFeaturesBySpatialPost(builder: RequestBuilder, params: {
    layerId: string;
    body?: GetFeaturesBySpatialBody;
    radius?: number;
    limit?: number;
    params?: SearchParams;
    selection?: string | Array<string>;
    skipCache?: boolean;
    force2D?: boolean;
}): Promise<FeatureCollection>;
/**
 * Get features in tile
 *
 * @param layerId The unique identified for the Layer ID.
 *
 * @param tileType The type of tile identifier.
 * Default: "quadkey".
 * Enum: "quadkey" "web" "tms" "here".
 * "quadkey" - Virtual Earth,
 * "web" - Web Mercator,
 * "tms" - OSGEO Tile Map Service,
 * "here" - Here Tile Schema.
 *
 * @param tileId The tile identifier can be provided as quadkey (1),
 * Web Mercator level,x,y coordinates (1_1_0) or OSGEO Tile Map Service level,x,y (1_1_0).
 *
 * @param clip If set to true the features' geometries are clipped to the geometry of the tile or bounding box.
 * Default is false.
 *
 * @param params Additional feature filters which compares the feature's property's value with the one specified
 * in the query, resulting in a subset of features.
 * The usage of multiple property names represents an AND operation.
 * The usage of a comma (,) separating the properties values, represents an OR operation.
 * Properties initiated with 'f.' are used to access values which are added by default in the stored feature.
 * The possible values are: 'f.id', 'f.createdAt' and 'f.updatedAt'.
 * Properties initiated with 'p.' are used to access values in the stored feature which are under the 'properties' property.
 * Use it as a shorthand accessor for 'properties' values.
 * The format should follow the specification below
 * ```
 * ?p.property_name_1=property_value_1&f.special_property_name_1=special_property_value_1
 * ```
 *
 * For example, the above query, the Features will be filtered by 'property' AND 'special property' equals to their
 * respective values.
 *
 * While in the following example ```?p.property_name_1=value_1,value_2```
 * The resulting Features list will contain all elements having `value_1` OR `value_2`.
 *
 * Additionally to the operators used in the examples above, the query can be written, with the same semantic,
 * by using the long operators: `"=gte=", "=lte=", "=gt=", "=lt=" and "=cs="`.
 *
 * The below queries yield the same result:
 * ```
 * ?p.property_name_1>=10
 * ?p.property_name_1=gte=10
 * ```
 *
 * The available operators are:
 * "=" - equals
 * "!=" - not equals
 * ">=" or "=gte=" - greater than or equals
 * "<=" or "=lte=" - less than or equals
 * ">" or "=gt=" - greater than
 * "<" or "=lt=" - less than
 * "@>" or "=cs=" - contains
 *
 * @param selection A list of properties to be returned in the features result list.
 * Multiple attributes can be specified by using comma(,).
 * Example: `?selection=p.name,p.capacity,p.color`.
 *
 * @param skipCache If set to true the response is not returned from cache. Default is false.
 *
 * @param clustering The clustering algorithm to apply to the data within the result.
 * Providing this query parameter the data will be returned in a clustered way.
 * This means the data won't necessarily be returned in its original shape or with its original properties.
 * Depending on the chosen clustering algorithm there could be different mandatory and/or optional parameters
 * to specify the behavior of the algorithm.
 * Possible values are:
 *
 * `hexbin` - The hexbin algorithm divides the world in hexagonal "bins" on a specified resolution.
 * Each hexagon has an address being described by the H3 addressing scheme.
 * For more information on that topic see: https://eng.uber.com/h3/.
 *
 * `quadbin` - The quadbin algorithm takes the geometry input from the request (e.g. quadkey / bbox..)
 * and count the features in it.
 * This clustering mode works also for very large layers and can be used for getting an overview
 * where data is present in a given layer. Furthermore, a property filter on one property is applicable.
 *
 * @param clusteringParams Some parameters for the chosen clustering algorithm.
 * Depending on the chosen clustering algorithm there could be different mandatory and/or optional parameters to specify
 * the behavior of the algorithm.
 *
 * Clustering-Parameter reference.
 * NOTE: The actual query parameters in the URL are looking like: `?clustering.aParameterName=aValue`.
 *
 * Clustering-type: "hexbin":
 * There are several parameters needed by the H3 based hexbin algorithm.
 * For more information on that topic see: https://eng.uber.com/h3/.
 *
 * =======================================================================================================
 * |      Parameter       |   Type   |   Mandatory   |                      Meaning                       |
 * ========================================================================================================
 * |  absoluteResolution  |  Number  |       NO      | The H3 hexagon resolution                          |
 * --------------------------------------------------------------------------------------------------------
 * |     resolution	      |  Number  |       NO      | deprecated, renamed to absoluteResolution          |
 * --------------------------------------------------------------------------------------------------------
 * | relativeResolution   |	 Number  |       NO      | integer value [0-4] to be added to current used    |
 * |                      |          |               | resolution                                         |
 * --------------------------------------------------------------------------------------------------------
 * |       property	      |  String  |       NO	     | A property of the original features for which to   |
 * |                      |          |               | calculate statistics                               |
 * --------------------------------------------------------------------------------------------------------
 * |       pointmode	  |  Boolean |       NO	     | retuns the centroid of hexagons as geojson feature |
 * --------------------------------------------------------------------------------------------------------
 *
 * @param margin Margin in pixels on the respective projected level around the tile. Default is 0.
 *
 * @param limit The maximum number of features in the response. Default is 30000. Hard limit is 100000.
 *
 * @param force2D If set to `true` the features in the response will have only X's and Y's as coordinates.
 */
export declare function getFeaturesByTile(builder: RequestBuilder, params: {
    layerId: string;
    tileType: string;
    tileId: string;
    clip?: boolean;
    params?: SearchParams;
    selection?: string | Array<string>;
    skipCache?: boolean;
    clustering?: string;
    clusteringParams?: {
        [key: string]: string | number;
    };
    margin?: number;
    limit?: number;
    force2D?: boolean;
}): Promise<FeatureCollection>;
/**
 * Returns statistical information about this layer.
 *
 * @summary Get statistics.
 *
 * @param layerId The unique identified for the Layer ID.
 *
 * @param skipCache If set to true the response is not returned from cache.
 * Default is false.
 */
export declare function getStatistics(builder: RequestBuilder, params: {
    layerId: string;
    skipCache?: boolean;
}): Promise<Statistics>;
/**
 * Iterates all of the features in the layer. The features in the response are ordered so
 * that no feature is returned twice. If there are more features, which could be loaded,
 * the response FeatureCollection will contain the root attribute nextPageToken.
 * The value of this attribute can be passed as a query parameter for the following request
 * in order to continue the iteration from the marked position.
 *
 * @summary Iterate features in the layer.
 *
 * @param layerId The unique identified for the Layer ID.
 *
 * @param limit The maximum number of features in the response. Default is 30000. Hard limit is 100000.
 *
 * @param pageToken The page token where the iteration will continue.
 *
 * @param part Requests disjunct parts of iteration results (used with sort).
 * List of two integers "part,total". part=1,4 read as first part out of 4, ... until part=4,4 .
 * Example: ?part=7,9
 *
 * @param selection A list of properties to be returned in the features result list.
 * Multiple attributes can be specified by using comma(,).
 * Example: `?selection=p.name,p.capacity,p.color`.
 *
 * @param sort Specifies the sort order by a list of properties.
 * Ascending assumed if no sort direction (:asc, :desc) is specified.
 * Example: sort = ["p.name:asc", "p.color:desc"] => ?sort=p.name:asc,p.color:desc.
 *
 * @param skipCache If set to true the response is not returned from cache. Default is false.
 *
 * @param force2D If set to true the features in the response will have only X's and Y's as coordinates.
 */
export declare function iterateFeatures(builder: RequestBuilder, params: {
    layerId: string;
    limit?: number;
    pageToken?: string;
    part?: Array<number>;
    selection?: string | Array<string>;
    sort?: string | Array<string>;
    skipCache?: boolean;
    force2D?: boolean;
}): Promise<FeatureCollectionIterable>;
/**
 * Searches for features in the layer. The results are unordered and the request does not allow to continue
 * the search, which is the main difference when compared to the iterate request.
 *
 * @summary Search for features.
 *
 * @param layerId The unique identified for the Layer ID.
 *
 * @param limit The maximum number of features in the response. Default is 30000. Hard limit is 100000.
 *
 * @param params Additional feature filters which compares the feature's property's value with the one specified
 * in the query, resulting in a subset of features.
 * The usage of multiple property names represents an AND operation.
 * The usage of a comma (,) separating the properties values, represents an OR operation.
 * Properties initiated with 'f.' are used to access values which are added by default in the stored feature.
 * The possible values are: 'f.id', 'f.createdAt' and 'f.updatedAt'.
 * Properties initiated with 'p.' are used to access values in the stored feature which are under the 'properties' property.
 * Use it as a shorthand accessor for 'properties' values.
 * The format should follow the specification below
 * ```
 * ?p.property_name_1=property_value_1&f.special_property_name_1=special_property_value_1
 * ```
 *
 * For example, the above query, the Features will be filtered by 'property' AND 'special property' equals to their
 * respective values.
 *
 * While in the following example ```?p.property_name_1=value_1,value_2```
 * The resulting Features list will contain all elements having `value_1` OR `value_2`.
 *
 * Additionally to the operators used in the examples above, the query can be written, with the same semantic,
 * by using the long operators: `"=gte=", "=lte=", "=gt=", "=lt=" and "=cs="`.
 *
 * The below queries yield the same result:
 * ```
 * ?p.property_name_1>=10
 * ?p.property_name_1=gte=10
 * ```
 *
 * The available operators are:
 * "=" - equals
 * "!=" - not equals
 * ">=" or "=gte=" - greater than or equals
 * "<=" or "=lte=" - less than or equals
 * ">" or "=gt=" - greater than
 * "<" or "=lt=" - less than
 * "@>" or "=cs=" - contains
 *
 * @param selection A list of properties to be returned in the features result list.
 * Multiple attributes can be specified by using comma(,).
 * Example: `?selection=p.name,p.capacity,p.color`.
 *
 * @param skipCache If set to true the response is not returned from cache. Default is false.
 *
 * @param force2D If set to true the features in the response will have only X's and Y's as coordinates.
 */
export declare function searchFeatures(builder: RequestBuilder, params: {
    layerId: string;
    limit?: number;
    params?: SearchParams;
    selection?: string | Array<string>;
    skipCache?: boolean;
    force2D?: boolean;
}): Promise<FeatureCollection>;
/**
 * Deletes an existing feature.
 *
 * @summary Deletes a feature.
 *
 * @param layerId The unique identified for the Layer ID.
 *
 * @param featureId The unique identifier of a feature in the layer.
 */
export declare function deleteFeature(builder: RequestBuilder, params: {
    layerId: string;
    featureId: string;
}): Promise<Response>;
/**
 * The wildcard sign(*) could be used to delete all features in the layer.
 *
 * @summary Delete multiple features from the layer.
 *
 * @param layerId The unique identified for the Layer ID.
 *
 * @param id A comma separated list of unique feature identifiers.
 * These are the acceptable formats for this field:
 * ```
 * id=value1,value2
 * id=value1,id=value2
 * ```
 */
export declare function deleteFeatures(builder: RequestBuilder, params: {
    layerId: string;
    id?: Array<string>;
}): Promise<Response>;
/**
 * Patches an existing feature.
 *
 * @summary Patch a feature.
 *
 * @param body A feature request.
 *
 * @param layerId The unique identified for the Layer ID.
 *
 * @param featureId The unique identifier of a feature in the layer.
 */
export declare function patchFeature(builder: RequestBuilder, params: {
    body: Feature;
    layerId: string;
    featureId: string;
}): Promise<Feature>;
/**
 * Create or patch features.
 *
 * @summary Modify features.
 *
 * @param body A FeatureCollection object or a FeatureModificationList object.
 *
 * @param layerId The unique identified for the Layer ID.
 */
export declare function postFeatures(builder: RequestBuilder, params: {
    body: FeatureCollection;
    layerId: string;
}): Promise<FeatureCollectionModification>;
/**
 * Creates or replaces a feature in the layer.
 *
 * @summary Create or replace a feature.
 *
 * @param body A feature request.
 *
 * @param layerId The unique identified for the Layer ID.
 *
 * @param featureId The unique identifier of a feature in the layer.
 */
export declare function putFeature(builder: RequestBuilder, params: {
    body: Feature;
    layerId: string;
    featureId: string;
}): Promise<Feature>;
/**
 * Create or replace the provided features.
 *
 * @summary Create or replace multiple features.
 *
 * @param body A feature collection request.
 *
 * @param layerId The unique identified for the Layer ID.
 */
export declare function putFeatures(builder: RequestBuilder, params: {
    body: FeatureCollection;
    layerId: string;
}): Promise<FeatureCollectionModification>;