beetle-query-extensions

import beetle = require("beetle.js"); declare module "beetle" { namespace querying { interface ArrayQuery<T> { /** Automatically executed before enumeration (like LINQ). */ length: number; /** * Applies an accumulator function over an array. The specified seed value is used as the initial accumulator value. * @param func A function to test each element for a condition. * @param seed The initial accumulator value. */ aggregate<TAggregate>(func: (aggregate: TAggregate, entity: T) => TAggregate, seed?: TAggregate): beetle.querying.ArrayQuery<TAggregate>; /** * Concatenates two arrays. * @param other The array to concatenate to the query's array. */ concat(other: Array<T>): beetle.querying.ArrayQuery<T>; /** * Determines whether a array contains a specified element. * @param item The value to locate in the array. * @returns true if the source array contains an element that has the specified value; otherwise, false. */ contains(item: T): boolean; /** * Produces the set difference of two arrays. * @param other An array whose elements that also occur in the first array will cause those elements to be removed from the returned array. */ except(other: Array<T>): beetle.querying.ArrayQuery<T>; /** * Correlates the elements of two arrays based on equality of keys and groups the results. * @param other The array to join to the query array. * @param thisKey Key selector for query's array. * @param otherKey Key selector for other array. * @param selector A function to create a result element from an element from the first array and a collection of matching elements from the other array. */ groupJoin<TOther>(other: Array<TOther>, thisKey: string, otherKey: string, selector: (entity: T, other: Array<TOther>) => any): beetle.querying.ArrayQuery<any>; groupJoin<TOther, TKey>(other: Array<TOther>, thisKey: (entity: T) => TKey, otherKey: (entity: TOther) => TKey, selector: (entity: T, other: Array<TOther>) => any): beetle.querying.ArrayQuery<any>; groupJoin<TOther, TResult>(other: Array<TOther>, thisKey: string, otherKey: string, selector: (entity: T, other: Array<TOther>) => TResult): beetle.querying.ArrayQuery<TResult>; groupJoin<TOther, TKey, TResult>(other: Array<TOther>, thisKey: (entity: T) => TKey, otherKey: (entity: TOther) => TKey, selector: (entity: T, other: Array<TOther>) => TResult): beetle.querying.ArrayQuery<TResult>; /** * Correlates the elements of two arrays based on matching keys. * @param other The array to join to the query array. * @param thisKey Key selector for query's array. * @param otherKey Key selector for other array. * @param selector A function to create a result element from two matching elements. */ join<TOther>(other: Array<TOther>, thisKey: string, otherKey: string, selector: (entity: T, other: TOther) => any): beetle.querying.ArrayQuery<any>; join<TOther, TKey>(other: Array<TOther>, thisKey: (entity: T) => TKey, otherKey: (entity: TOther) => TKey, selector: (entity: T, other: TOther) => any): beetle.querying.ArrayQuery<any>; join<TOther, TResult>(other: Array<TOther>, thisKey: string, otherKey: string, selector: (entity: T, other: TOther) => TResult): beetle.querying.ArrayQuery<TResult>; join<TOther, TKey, TResult>(other: Array<TOther>, thisKey: (entity: T) => TKey, otherKey: (entity: TOther) => TKey, selector: (entity: T, other: TOther) => TResult): beetle.querying.ArrayQuery<TResult>; /** * Correlates the elements of two arrays based on matching keys. * @param other The array to join to the query array. * @param thisKey Key selector for query's array. * @param otherKey Key selector for other array. * @param selector A function to create a result element from two matching elements. */ innerJoin<TOther>(other: Array<TOther>, thisKey: string, otherKey: string, selector: (entity: T, other: TOther) => any): beetle.querying.ArrayQuery<any>; innerJoin<TOther, TKey>(other: Array<TOther>, thisKey: (entity: T) => TKey, otherKey: (entity: TOther) => TKey, selector: (entity: T, other: TOther) => any): beetle.querying.ArrayQuery<any>; innerJoin<TOther, TResult>(other: Array<TOther>, thisKey: string, otherKey: string, selector: (entity: T, other: TOther) => TResult): beetle.querying.ArrayQuery<TResult>; innerJoin<TOther, TKey, TResult>(other: Array<TOther>, thisKey: (entity: T) => TKey, otherKey: (entity: TOther) => TKey, selector: (entity: T, other: TOther) => TResult): beetle.querying.ArrayQuery<TResult>; /** * Correlates the elements of two arrays based on matching keys (query array items are taken even they do not have matching item on other array). * @param other The array to join to the query array. * @param thisKey Key selector for query's array. * @param otherKey Key selector for other array. * @param selector A function to create a result element from two matching elements. */ leftJoin<TOther>(other: Array<TOther>, thisKey: string, otherKey: string, selector: (entity: T, other: TOther) => any): beetle.querying.ArrayQuery<any>; leftJoin<TOther, TKey>(other: Array<TOther>, thisKey: (entity: T) => TKey, otherKey: (entity: TOther) => TKey, selector: (entity: T, other: TOther) => any): beetle.querying.ArrayQuery<any>; leftJoin<TOther, TResult>(other: Array<TOther>, thisKey: string, otherKey: string, selector: (entity: T, other: TOther) => TResult): beetle.querying.ArrayQuery<TResult>; leftJoin<TOther, TKey, TResult>(other: Array<TOther>, thisKey: (entity: T) => TKey, otherKey: (entity: TOther) => TKey, selector: (entiy: T, other: TOther) => TResult): beetle.querying.ArrayQuery<TResult>; /** * Correlates the elements of two arrays based on matching keys (other array items are taken even they do not have matching item on query array). * @param other The array to join to the query array. * @param thisKey Key selector for query's array. * @param otherKey Key selector for other array. * @param selector A function to create a result element from two matching elements. */ rightJoin<TOther>(other: Array<TOther>, thisKey: string, otherKey: string, selector: (entity: T, other: TOther) => any): beetle.querying.ArrayQuery<any>; rightJoin<TOther, TKey>(other: Array<TOther>, thisKey: (entity: T) => TKey, otherKey: (entity: TOther) => TKey, selector: (entity: T, other: TOther) => any): beetle.querying.ArrayQuery<any>; rightJoin<TOther, TResult>(other: Array<TOther>, thisKey: string, otherKey: string, selector: (entity: T, other: TOther) => TResult): beetle.querying.ArrayQuery<TResult>; rightJoin<TOther, TKey, TResult>(other: Array<TOther>, thisKey: (entity: T) => TKey, otherKey: (entity: TOther) => TKey, selector: (entity: T, other: TOther) => TResult): beetle.querying.ArrayQuery<TResult>; /** * Correlates the elements of two arrays based on matching keys (all items are taken cross-multiplied). * @param other The array to join to the query array. * @param thisKey Key selector for query's array. * @param otherKey Key selector for other array. * @param selector A function to create a result element from two matching elements. */ fullJoin<TOther>(other: Array<TOther>, thisKey: string, otherKey: string, selector: (entity: T, other: TOther) => any): beetle.querying.ArrayQuery<any>; fullJoin<TOther, TKey>(other: Array<TOther>, thisKey: (entity: T) => TKey, otherKey: (entity: TOther) => TKey, selector: (entity: T, other: TOther) => any): beetle.querying.ArrayQuery<any>; fullJoin<TOther, TResult>(other: Array<TOther>, thisKey: string, otherKey: string, selector: (entity: T, other: TOther) => TResult): beetle.querying.ArrayQuery<TResult>; fullJoin<TOther, TKey, TResult>(other: Array<TOther>, thisKey: (entity: T) => TKey, otherKey: (entity: TOther) => TKey, selector: (entity: T, other: TOther) => TResult): beetle.querying.ArrayQuery<TResult>; /** * Correlates the elements of two arrays based on matching keys (all items are taken cross-multiplied). * @param other The array to join to the query array. * @param thisKey Key selector for query's array. * @param otherKey Key selector for other array. * @param selector A function to create a result element from two matching elements. */ crossJoin<TOther>(other: Array<TOther>, selector: (entity: T, other: TOther) => any): beetle.querying.ArrayQuery<any>; crossJoin<TOther, TResult>(other: Array<TOther>, selector: (entity: T, other: TOther) => TResult): beetle.querying.ArrayQuery<TResult>; /** * Produces the set intersection of two arrays. * @param other The array whose distinct elements that also appear in the first array will be returned. */ intersect(other: Array<T>): beetle.querying.ArrayQuery<T>; /** * Determines whether two arrays are equal by comparing the elements. * @param other An array to compare to the query array. */ sequenceEqual(other: Array<T>): boolean; /** * Creates a array from query array according to specified key selector and element selector functions. * @param keySelector A function to extract a key from each element. * @param elementSelector An array to compare to the query array. */ toLookup(keySelector: (entity: T) => any, elementSelector: (group: beetle.interfaces.Grouping<T, any>) => any): beetle.querying.ArrayQuery<any>; toLookup<TKey>(keySelector: (entity: T) => TKey, elementSelector: (group: beetle.interfaces.Grouping<T, any>) => any): beetle.querying.ArrayQuery<any>; toLookup<TKey, TResult>(keySelector: (entity: T) => TKey, elementSelector: (group: beetle.interfaces.Grouping<T, TKey>) => any): beetle.querying.ArrayQuery<TResult>; /** * Produces the set union of two arrays' distinct elements. * @param other An array whose distinct elements form the second set for the union. */ union(other: Array<T>): beetle.querying.ArrayQuery<T>; /** * Applies a specified function to the corresponding elements of two arrays, producing a array of the results. * @param other The second array to merge. * @param selector A function that specifies how to merge the elements from the two arrays. */ zip<TOther>(other: Array<TOther>, selector: (entity: T, other: TOther) => any): beetle.querying.ArrayQuery<any>; zip<TOther, TResult>(other: Array<TOther>, selector: (entity: T, other: TOther) => TResult): beetle.querying.ArrayQuery<TResult>; /** Automatically executes before enumeration. */ forEach(callback: (item: T) => void); } } } declare global { interface Array<T> { /** * Indicates wheter or not include total count in result. * @param isEnabled When true, total count will be included in result. Default value: true. */ inlineCount(isEnabled?: boolean): beetle.querying.ArrayQuery<T>; /** * If model has inheritance, when querying base type we can tell which derived type we want to load. * @param typeName Derived type name. */ ofType<TResult extends T>(type: string | (new () => TResult)): beetle.querying.ArrayQuery<TResult>; /** * Filter query based on given expression. * @param predicate A function to test each element for a condition (can be string expression). * @param varContext Variable context for the expression. */ where(predicate: string | ((entity: T) => boolean), varContext?: any): beetle.querying.ArrayQuery<T>; /** * Sorts results based on given properties. * @param properties The properties to sort by. * @param isDesc Indicates if sorting will be descending. Default value is false. */ orderBy(keySelector?: string | ((entity: T) => any) | ((entity1: T, entity2: T) => number)): beetle.querying.ArrayQuery<T>; /** * Sorts results based on given properties descendingly. * @param properties The properties to sort by. */ orderByDesc(keySelector?: string | ((entity: T) => any) | ((entity1: T, entity2: T) => number)): beetle.querying.ArrayQuery<T>; /** * Selects only given properties using projection. * @param properties Properties or PropertyPaths to select (project). */ select<TResult>(selector: string | string[] | ((entity: T) => TResult)): beetle.querying.ArrayQuery<TResult>; select<TResult>(...selectors: string[]): beetle.querying.ArrayQuery<TResult>; select(selector: string | string[] | ((entity: T) => any)): beetle.querying.ArrayQuery<any>; select(...selectors: string[]): beetle.querying.ArrayQuery<any>; /** * Skips given count records and start reading. * @paramcount The number of items to skip. */ skip(count: number): beetle.querying.ArrayQuery<T>; /** * Takes only given count records. * @param count The number of items to take. */ take(count: number): beetle.querying.ArrayQuery<T>; /** * Takes only given count records . * @param count The number of items to take. */ top(count: number): beetle.querying.ArrayQuery<T>; /** * Groups query by given keys (projects them into a new type) and returns values (projecting into new type). * @param keySelector A projection to extract the key for each element. * @param valueSelector A projection to create a result value from each group. */ groupBy<TKey, TResult>(keySelector: (entity: T) => TKey, valueSelector: (group: beetle.interfaces.Grouping<T, TKey>) => TResult): beetle.querying.ArrayQuery<TResult>; groupBy<TKey>(keySelector: (entity: T) => TKey): beetle.querying.ArrayQuery<beetle.interfaces.Grouped<T, TKey>>; groupBy<TResult>(keySelector: string | ((entity: T) => any), valueSelector: string | ((group: beetle.interfaces.Grouping<T, any>) => TResult)): beetle.querying.ArrayQuery<TResult>; groupBy(keySelector: string | ((entity: T) => any)): beetle.querying.ArrayQuery<beetle.interfaces.Grouped<T, any>>; groupBy(keySelector: string | ((entity: T) => any), valueSelector: string | ((group: beetle.interfaces.Grouping<T, any>) => any)): beetle.querying.ArrayQuery<any>; /** * Gets only distinct items, when selector is given it will be used as comparer (project and compares projected objects). * @param selector A projection to extract the key for each element. */ distinct(): beetle.querying.ArrayQuery<T>; distinct<TResult>(selector: string | ((entity: T) => TResult)): beetle.querying.ArrayQuery<TResult>; distinct(selector: string | ((entity: T) => any)): beetle.querying.ArrayQuery<any>; /** Reverse the collection. */ reverse(): beetle.querying.ArrayQuery<T>; /** * Selects given collection property for each element and returns all in a new array. * @param properties Properties or PropertyPaths to select (project). */ selectMany<TResult>(selector: string | ((entity: T) => Array<TResult>)): beetle.querying.ArrayQuery<TResult>; selectMany(selector: string | ((entity: T) => any)): beetle.querying.ArrayQuery<any>; /** * Gets all the items after first succesful predicate. * @param predicate A function to test each element for a condition (can be string expression). * @param varContext Variable context for the expression. */ skipWhile(predicate: string | ((entity: T) => boolean), varContext?: any): beetle.querying.ArrayQuery<T>; /** * Gets all the items before first succesful predicate. * @param predicate A function to test each element for a condition (can be string expression). * @param varContext Variable context for the expression. */ takeWhile(predicate: string | ((entity: T) => boolean), varContext?: any): beetle.querying.ArrayQuery<T>; /** * If all items suits given predication returns true, otherwise false. * @param predicate A function to test each element for a condition (can be string expression). * @param varContext Variable context for the expression. */ all(predicate?: string | ((entity: T) => boolean), varContext?: any): boolean; /** * If there is at least one item in query result (or any item suits given predication) returns true, otherwise false. * @param predicate A function to test each element for a condition (can be string expression). * @param varContext Variable context for the expression. */ any(predicate?: string | ((entity: T) => boolean), varContext?: any): boolean; /** * Calculates average of items of query (or from given projection result). * @param selector Property path to use on calculation. */ avg(selector?: string | ((entity: T) => number)): number; /** * Finds maximum value from items of query (or from given projection result). * @param selector Property path to use on calculation. */ max(selector?: string | ((entity: T) => number)): number; /** * Finds minimum value from items of query (or from given projection result). * @param selector Property path to use on calculation. */ min(selector?: string | ((entity: T) => number)): number; /** * Finds summary value from items of query (or from given projection result). * @param selector Property path to use on calculation. */ sum(selector?: string | ((entity: T) => number)): number; /** * Gets the count of items of query. * @param predicate A function to test each element for a condition (can be string expression). * @param varContext Variable context for the expression. */ count(predicate?: string | ((entity: T) => boolean), varContext?: any): number; /** * Gets the first value from items of query (or from given predication result). When there is no item, throws exception. * @param predicate A function to test each element for a condition (can be string expression). * @param varContext Variable context for the expression. */ first(predicate?: string | ((entity: T) => boolean), varContext?: any): T; /** * Gets the first value (or null when there is no items) from items of query (or from given predication result). * @param predicate A function to test each element for a condition (can be string expression). * @param varContext Variable context for the expression. */ firstOrDefault(predicate?: string | ((entity: T) => boolean), varContext?: any): T; /** * Gets the single value from items (or from given predication result). Where zero or more than one item exists throws exception. * @param predicate A function to test each element for a condition (can be string expression). * @param varContext Variable context for the expression. */ single(predicate?: string | ((entity: T) => boolean), varContext?: any): T; /** * Gets the single value (or null when there is no items) from items (or from given predication result). Where more than one item exists throws exception. * @param predicate A function to test each element for a condition (can be string expression). * @param varContext Variable context for the expression. */ singleOrDefault(predicate?: string | ((entity: T) => boolean), varContext?: any): T; /** * Gets the last value from items of query (or from given predication result). When there is no item, throws exception. * @param predicate A function to test each element for a condition (can be string expression). * @param varContext Variable context for the expression. */ last(predicate?: string | ((entity: T) => boolean), varContext?: any): T; /** * Gets the last value (or null when there is no items) from items of query (or from given predication result). * @param predicate A function to test each element for a condition (can be string expression). * @param varContext Variable context for the expression. */ lastOrDefault(predicate?: string | ((entity: T) => boolean), varContext?: any): T; /** * Applies an accumulator function over an array. The specified seed value is used as the initial accumulator value. * @param func A function to test each element for a condition. * @param seed The initial accumulator value. */ aggregate<TAggregate>(func: (aggregate: TAggregate, entity: T) => TAggregate, seed?: TAggregate): beetle.querying.ArrayQuery<TAggregate>; /** * Concatenates two arrays. * @param other The array to concatenate to the query's array. */ concat(other: Array<T>): beetle.querying.ArrayQuery<T>; /** * Determines whether a array contains a specified element. * @param item The value to locate in the array. * @returns true if the source array contains an element that has the specified value; otherwise, false. */ contains(item: T): boolean; /** * Produces the set difference of two arrays. * @param other An array whose elements that also occur in the first array will cause those elements to be removed from the returned array. */ except(other: Array<T>): beetle.querying.ArrayQuery<T>; /** * Correlates the elements of two arrays based on equality of keys and groups the results. * @param other The array to join to the query array. * @param thisKey Key selector for query's array. * @param otherKey Key selector for other array. * @param selector A function to create a result element from an element from the first array and a collection of matching elements from the other array. */ groupJoin<TOther>(other: Array<TOther>, thisKey: string, otherKey: string, selector: (entity: T, other: Array<TOther>) => any): beetle.querying.ArrayQuery<any>; groupJoin<TOther, TKey>(other: Array<TOther>, thisKey: (entity: T) => TKey, otherKey: (entity: TOther) => TKey, selector: (entity: T, other: Array<TOther>) => any): beetle.querying.ArrayQuery<any>; groupJoin<TOther, TResult>(other: Array<TOther>, thisKey: string, otherKey: string, selector: (entity: T, other: Array<TOther>) => TResult): beetle.querying.ArrayQuery<TResult>; groupJoin<TOther, TKey, TResult>(other: Array<TOther>, thisKey: (entity: T) => TKey, otherKey: (entity: TOther) => TKey, selector: (entity: T, other: Array<TOther>) => TResult): beetle.querying.ArrayQuery<TResult>; /** * Correlates the elements of two arrays based on matching keys. * @param other The array to join to the query array. * @param thisKey Key selector for query's array. * @param otherKey Key selector for other array. * @param selector A function to create a result element from two matching elements. */ join<TOther>(other: Array<TOther>, thisKey: string, otherKey: string, selector: (entity: T, other: TOther) => any): beetle.querying.ArrayQuery<any>; join<TOther, TKey>(other: Array<TOther>, thisKey: (entity: T) => TKey, otherKey: (entity: TOther) => TKey, selector: (entity: T, other: TOther) => any): beetle.querying.ArrayQuery<any>; join<TOther, TResult>(other: Array<TOther>, thisKey: string, otherKey: string, selector: (entity: T, other: TOther) => TResult): beetle.querying.ArrayQuery<TResult>; join<TOther, TKey, TResult>(other: Array<TOther>, thisKey: (entity: T) => TKey, otherKey: (entity: TOther) => TKey, selector: (entity: T, other: TOther) => TResult): beetle.querying.ArrayQuery<TResult>; /** * Correlates the elements of two arrays based on matching keys. * @param other The array to join to the query array. * @param thisKey Key selector for query's array. * @param otherKey Key selector for other array. * @param selector A function to create a result element from two matching elements. */ innerJoin<TOther>(other: Array<TOther>, thisKey: string, otherKey: string, selector: (entity: T, other: TOther) => any): beetle.querying.ArrayQuery<any>; innerJoin<TOther, TKey>(other: Array<TOther>, thisKey: (entity: T) => TKey, otherKey: (entity: TOther) => TKey, selector: (entity: T, other: TOther) => any): beetle.querying.ArrayQuery<any>; innerJoin<TOther, TResult>(other: Array<TOther>, thisKey: string, otherKey: string, selector: (entity: T, other: TOther) => TResult): beetle.querying.ArrayQuery<TResult>; innerJoin<TOther, TKey, TResult>(other: Array<TOther>, thisKey: (entity: T) => TKey, otherKey: (entity: TOther) => TKey, selector: (entity: T, other: TOther) => TResult): beetle.querying.ArrayQuery<TResult>; /** * Correlates the elements of two arrays based on matching keys (query array items are taken even they do not have matching item on other array). * @param other The array to join to the query array. * @param thisKey Key selector for query's array. * @param otherKey Key selector for other array. * @param selector A function to create a result element from two matching elements. */ leftJoin<TOther>(other: Array<TOther>, thisKey: string, otherKey: string, selector: (entity: T, other: TOther) => any): beetle.querying.ArrayQuery<any>; leftJoin<TOther, TKey>(other: Array<TOther>, thisKey: (entity: T) => TKey, otherKey: (entity: TOther) => TKey, selector: (entity: T, other: TOther) => any): beetle.querying.ArrayQuery<any>; leftJoin<TOther, TResult>(other: Array<TOther>, thisKey: string, otherKey: string, selector: (entity: T, other: TOther) => TResult): beetle.querying.ArrayQuery<TResult>; leftJoin<TOther, TKey, TResult>(other: Array<TOther>, thisKey: (entity: T) => TKey, otherKey: (entity: TOther) => TKey, selector: (entiy: T, other: TOther) => TResult): beetle.querying.ArrayQuery<TResult>; /** * Correlates the elements of two arrays based on matching keys (other array items are taken even they do not have matching item on query array). * @param other The array to join to the query array. * @param thisKey Key selector for query's array. * @param otherKey Key selector for other array. * @param selector A function to create a result element from two matching elements. */ rightJoin<TOther>(other: Array<TOther>, thisKey: string, otherKey: string, selector: (entity: T, other: TOther) => any): beetle.querying.ArrayQuery<any>; rightJoin<TOther, TKey>(other: Array<TOther>, thisKey: (entity: T) => TKey, otherKey: (entity: TOther) => TKey, selector: (entity: T, other: TOther) => any): beetle.querying.ArrayQuery<any>; rightJoin<TOther, TResult>(other: Array<TOther>, thisKey: string, otherKey: string, selector: (entity: T, other: TOther) => TResult): beetle.querying.ArrayQuery<TResult>; rightJoin<TOther, TKey, TResult>(other: Array<TOther>, thisKey: (entity: T) => TKey, otherKey: (entity: TOther) => TKey, selector: (entity: T, other: TOther) => TResult): beetle.querying.ArrayQuery<TResult>; /** * Correlates the elements of two arrays based on matching keys (all items are taken cross-multiplied). * @param other The array to join to the query array. * @param thisKey Key selector for query's array. * @param otherKey Key selector for other array. * @param selector A function to create a result element from two matching elements. */ fullJoin<TOther>(other: Array<TOther>, thisKey: string, otherKey: string, selector: (entity: T, other: TOther) => any): beetle.querying.ArrayQuery<any>; fullJoin<TOther, TKey>(other: Array<TOther>, thisKey: (entity: T) => TKey, otherKey: (entity: TOther) => TKey, selector: (entity: T, other: TOther) => any): beetle.querying.ArrayQuery<any>; fullJoin<TOther, TResult>(other: Array<TOther>, thisKey: string, otherKey: string, selector: (entity: T, other: TOther) => TResult): beetle.querying.ArrayQuery<TResult>; fullJoin<TOther, TKey, TResult>(other: Array<TOther>, thisKey: (entity: T) => TKey, otherKey: (entity: TOther) => TKey, selector: (entity: T, other: TOther) => TResult): beetle.querying.ArrayQuery<TResult>; /** * Correlates the elements of two arrays based on matching keys (all items are taken cross-multiplied). * @param other The array to join to the query array. * @param thisKey Key selector for query's array. * @param otherKey Key selector for other array. * @param selector A function to create a result element from two matching elements. */ crossJoin<TOther>(other: Array<TOther>, selector: (entity: T, other: TOther) => any): beetle.querying.ArrayQuery<any>; crossJoin<TOther, TResult>(other: Array<TOther>, selector: (entity: T, other: TOther) => TResult): beetle.querying.ArrayQuery<TResult>; /** * Produces the set intersection of two arrays. * @param other The array whose distinct elements that also appear in the first array will be returned. */ intersect(other: Array<T>): beetle.querying.ArrayQuery<T>; /** * Determines whether two arrays are equal by comparing the elements. * @param other An array to compare to the query array. */ sequenceEqual(other: Array<T>): boolean; /** * Creates a array from query array according to specified key selector and element selector functions. * @param keySelector A function to extract a key from each element. * @param elementSelector An array to compare to the query array. */ toLookup(keySelector: (entity: T) => any, elementSelector: (group: beetle.interfaces.Grouping<T, any>) => any): beetle.querying.ArrayQuery<any>; toLookup<TKey>(keySelector: (entity: T) => TKey, elementSelector: (group: beetle.interfaces.Grouping<T, any>) => any): beetle.querying.ArrayQuery<any>; toLookup<TKey, TResult>(keySelector: (entity: T) => TKey, elementSelector: (group: beetle.interfaces.Grouping<T, TKey>) => any): beetle.querying.ArrayQuery<TResult>; /** * Produces the set union of two arrays' distinct elements. * @param other An array whose distinct elements form the second set for the union. */ union(other: Array<T>): beetle.querying.ArrayQuery<T>; /** * Applies a specified function to the corresponding elements of two arrays, producing a array of the results. * @param other The second array to merge. * @param selector A function that specifies how to merge the elements from the two arrays. */ zip<TOther>(other: Array<TOther>, selector: (entity: T, other: TOther) => any): beetle.querying.ArrayQuery<any>; zip<TOther, TResult>(other: Array<TOther>, selector: (entity: T, other: TOther) => TResult): beetle.querying.ArrayQuery<TResult>; /** Register forEach method to Array */ forEach(callback: (item: T) => void); } interface ArrayConstructor { /** Register static range method to Array */ range(start: number, count: number): Array<number>; /** Register static repeat method to Array */ repeat(item: any, count: number): Array<number>; } } /** Re-export all beetle module. */ export = beetle; /** Also re-export as namespace to support UMD. */ export as namespace beetle;