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How to use extractMap method in fast-check-monorepo
Best JavaScript code snippet using fast-check-monorepo
tsql.d.ts
Source:tsql.d.ts 
1// TypeScript Version: 3.42import {3 Iter,4 EP,5 ExtractMap,6 CurriedFunction2,7 FlatForInternalFn,8 OuterJoinMap,9 InnerJoinObject,10 OuterJoinObject,11 InnerJoinMap,12 PairRepeat,13} from './utils';14/**15 * https://github.com/rudty/nodekell#groupby16 *17 * @param f18 * @param iter19 */20export function groupBy<K, V>(f: (elem: V) => (K | Promise<K>), iter: Iter<V | Promise<V>>): Promise<Map<K, V[]>>;21// export function groupBy<K, V>(f: (elem: EP<V>) => K, iter: Iter<V>): Promise<Map<EP<K>, EP<V>[]>>;22export function groupBy<K, V extends Iter<any>>(f: (elem: FlatForInternalFn<V>) => K, iter: V): Promise<Map<EP<K>, FlatForInternalFn<V>[]>>;23export function groupBy<K, V extends Iter<any>>(f: (elem: FlatForInternalFn<V>) => K): (iter: V) => Promise<Map<EP<K>, FlatForInternalFn<V>[]>>;24export function groupBy<K, V>(f: (elem: V) => (K | Promise<K>)): (iter: Iter<V | Promise<V>>) => Promise<Map<K, V[]>>;25// export function groupBy<K, V>(f: (elem: EP<V>) => K): (iter: Iter<V>) => Promise<Map<EP<K>, EP<V>[]>>;26/**27 * https://github.com/rudty/nodekell#concat28 *29 * @param iter130 * @param iter231 */32export function concat<T, Y>(iter1: Iter<T | Promise<T>>, iter2: Iter<Y | Promise<Y>>): AsyncIterableIterator<T | Y>;33// export function concat<T, Y>(iter1: Iter<T>, iter2: Iter<Y>): AsyncIterableIterator<EP<T> | EP<Y>>;34export function concat<T extends Iter<any>, Y extends Iter<any>>(iter1: T, iter2: Y): AsyncIterableIterator<FlatForInternalFn<T> | FlatForInternalFn<Y>>;35export function concat<T extends Iter<any>, Y extends Iter<any>>(iter1: T): (iter2: Y) => AsyncIterableIterator<FlatForInternalFn<T> | FlatForInternalFn<Y>>;36export function concat<T, Y>(iter1: Iter<T | Promise<T>>): (iter2: Iter<Y | Promise<Y>>) => AsyncIterableIterator<T | Y>;37// export function concat<T, Y>(iter1: Iter<T>): (iter2: Iter<Y>) => AsyncIterableIterator<EP<T> | EP<Y>>;38/**39 * https://github.com/rudty/nodekell#union40 *41 * @param iter142 * @param iter243 */44export function union<T, Y>(iter1: Iter<T | Promise<T>>, iter2: Iter<Y | Promise<Y>>): AsyncIterableIterator<T | Y>;45// export function union<T, Y>(iter1: Iter<T>, iter2: Iter<Y>): AsyncIterableIterator<EP<T> | EP<Y>>;46export function union<T extends Iter<any>, Y extends Iter<any>>(iter1: T, iter2: Y): AsyncIterableIterator<FlatForInternalFn<T> | FlatForInternalFn<Y>>;47export function union<T extends Iter<any>, Y extends Iter<any>>(iter1: T): (iter2: Y) => AsyncIterableIterator<FlatForInternalFn<T> | FlatForInternalFn<Y>>;48export function union<T, Y>(iter1: Iter<T | Promise<T>>): (iter2: Iter<Y | Promise<Y>>) => AsyncIterableIterator<T | Y>;49// export function union<T, Y>(iter1: Iter<T>): (iter2: Iter<Y>) => AsyncIterableIterator<EP<T> | EP<Y>>;50export type CompareFn<T> = (a: T, b: T) => 1 | 0 | -1 | number;51export type OrderType = 'ASC' | 'DESC' | 'asc' | 'desc';52/**53 * ascending compare function54 *55 * @param a56 * @param b57 */58export function asc<T>(a: T, b: T): 1 | 0 | -1;59/**60 * descending compare function61 *62 * @param a63 * @param b64 */65export function desc<T>(a: T, b: T): 1 | 0 | -1;66/**67 * https://github.com/rudty/nodekell#orderby68 *69 * @param f70 * @param order71 * @param iter72 */73export function orderBy<T, S = T>(f: (e: T) => (S | Promise<S>), order: OrderType | CompareFn<S>, iter: Iter<T | Promise<T>>): AsyncIterableIterator<T>;74export function orderBy<T, S = T>(f: (e: T) => (S | Promise<S>), order: OrderType | CompareFn<S>): (iter: Iter<T | Promise<T>>) => AsyncIterableIterator<T>;75export function orderBy<T, S = T>(f: (e: T) => (S | Promise<S>)): CurriedFunction2<OrderType | CompareFn<S>, Iter<T | Promise<T>>, AsyncIterableIterator<T>>;76/**77 * https://github.com/rudty/nodekell#order78 *79 * ```ts80 * F.order(F.asc, iter);81 * // same as82 * F.orderBy(e => e, F.asc, iter);83 * ```84 *85 * @param order86 * @param iter87 */88export function order<T>(order: OrderType | CompareFn<EP<T>>, iter: Iter<T>): AsyncIterableIterator<EP<T>>;89export function order<T>(order: OrderType | CompareFn<EP<T>>): (iter: Iter<T>) => AsyncIterableIterator<EP<T>>;90/**91 * https://github.com/rudty/nodekell#innerjoin92 *93 * @param f94 * @param iter195 * @param iter296 */97export function innerJoin<T1 extends Map<ExtractMap<T1>[0], ExtractMap<T1>[1]>, T2 extends Map<ExtractMap<T2>[0], ExtractMap<T2>[1]>>(f: (elem1: T1 | Promise<T1>, elem2: T2 | Promise<T2>) => (boolean | Promise<boolean>), iter1: Iter<T1 | Promise<T1>>, iter2: Iter<T2 | Promise<T2>>): AsyncIterableIterator<InnerJoinMap<T1, T2>>;98export function innerJoin<T1 extends Map<ExtractMap<T1>[0], ExtractMap<T1>[1]>, T2 extends Map<ExtractMap<T2>[0], ExtractMap<T2>[1]>>(f: (elem1: T1 | Promise<T1>, elem2: T2 | Promise<T2>) => (boolean | Promise<boolean>), iter1: Iter<T1 | Promise<T1>>): (iter2: Iter<T2 | Promise<T2>>) => AsyncIterableIterator<InnerJoinMap<T1, T2>>;99export function innerJoin<T1 extends Map<ExtractMap<T1>[0], ExtractMap<T1>[1]>, T2 extends Map<ExtractMap<T2>[0], ExtractMap<T2>[1]>>(f: (elem1: T1 | Promise<T1>, elem2: T2 | Promise<T2>) => (boolean | Promise<boolean>)): CurriedFunction2<Iter<T1 | Promise<T1>>, Iter<T2 | Promise<T2>>, AsyncIterableIterator<InnerJoinMap<T1, T2>>>;100export function innerJoin<T1 extends object, T2 extends object>(f: (elem1: T1, elem2: T2) => (boolean | Promise<boolean>), iter1: Iter<T1 | Promise<T1>>, iter2: Iter<T2 | Promise<T2>>): AsyncIterableIterator<InnerJoinObject<T1, T2>>;101export function innerJoin<T1 extends object, T2 extends object>(f: (elem1: T1, elem2: T2) => (boolean | Promise<boolean>), iter1: Iter<T1 | Promise<T1>>): (iter2: Iter<T2 | Promise<T2>>) => AsyncIterableIterator<InnerJoinObject<T1, T2>>;102export function innerJoin<T1 extends object, T2 extends object>(f: (elem1: T2, elem2: T2) => (boolean | Promise<boolean>)): CurriedFunction2<Iter<T1 | Promise<T1>>, Iter<T2 | Promise<T2>>, AsyncIterableIterator<InnerJoinObject<T1, T2>>>;103/**104 * https://github.com/rudty/nodekell#leftinnerjoin105 *106 * as innerJoin107 *108 * @param f109 * @param iter1110 * @param iter2111 */112export function leftInnerJoin<T1 extends Map<ExtractMap<T1>[0], ExtractMap<T1>[1]>, T2 extends Map<ExtractMap<T2>[0], ExtractMap<T2>[1]>>(f: (elem1: T1 | Promise<T1>, elem2: T2 | Promise<T2>) => (boolean | Promise<boolean>), iter1: Iter<T1 | Promise<T1>>, iter2: Iter<T2 | Promise<T2>>): AsyncIterableIterator<InnerJoinMap<T1, T2>>;113export function leftInnerJoin<T1 extends Map<ExtractMap<T1>[0], ExtractMap<T1>[1]>, T2 extends Map<ExtractMap<T2>[0], ExtractMap<T2>[1]>>(f: (elem1: T1 | Promise<T1>, elem2: T2 | Promise<T2>) => (boolean | Promise<boolean>), iter1: Iter<T1 | Promise<T1>>): (iter2: Iter<T2 | Promise<T2>>) => AsyncIterableIterator<InnerJoinMap<T1, T2>>;114export function leftInnerJoin<T1 extends Map<ExtractMap<T1>[0], ExtractMap<T1>[1]>, T2 extends Map<ExtractMap<T2>[0], ExtractMap<T2>[1]>>(f: (elem1: T1 | Promise<T1>, elem2: T2 | Promise<T2>) => (boolean | Promise<boolean>)): CurriedFunction2<Iter<T1 | Promise<T1>>, Iter<T2 | Promise<T2>>, AsyncIterableIterator<InnerJoinMap<T1, T2>>>;115export function leftInnerJoin<T1 extends object, T2 extends object>(f: (elem1: T1, elem2: T2) => (boolean | Promise<boolean>), iter1: Iter<T1 | Promise<T1>>, iter2: Iter<T2 | Promise<T2>>): AsyncIterableIterator<InnerJoinObject<T1, T2>>;116export function leftInnerJoin<T1 extends object, T2 extends object>(f: (elem1: T1, elem2: T2) => (boolean | Promise<boolean>), iter1: Iter<T1 | Promise<T1>>): (iter2: Iter<T2 | Promise<T2>>) => AsyncIterableIterator<InnerJoinObject<T1, T2>>;117export function leftInnerJoin<T1 extends object, T2 extends object>(f: (elem1: T2, elem2: T2) => (boolean | Promise<boolean>)): CurriedFunction2<Iter<T1 | Promise<T1>>, Iter<T2 | Promise<T2>>, AsyncIterableIterator<InnerJoinObject<T1, T2>>>;118/**119 * https://github.com/rudty/nodekell#rightinnerjoin120 *121 * @param f122 * @param iter1123 * @param iter2124 */125export function rightInnerJoin<T1 extends Map<ExtractMap<T1>[0], ExtractMap<T1>[1]>, T2 extends Map<ExtractMap<T2>[0], ExtractMap<T2>[1]>>(f: (elem2: T2 | Promise<T2>, elem1: T1 | Promise<T1>) => (boolean | Promise<boolean>), iter1: Iter<T1 | Promise<T1>>, iter2: Iter<T2 | Promise<T2>>): AsyncIterableIterator<InnerJoinMap<T2, T1>>;126export function rightInnerJoin<T1 extends Map<ExtractMap<T1>[0], ExtractMap<T1>[1]>, T2 extends Map<ExtractMap<T2>[0], ExtractMap<T2>[1]>>(f: (elem2: T2 | Promise<T2>, elem1: T1 | Promise<T1>) => (boolean | Promise<boolean>), iter1: Iter<T1 | Promise<T1>>): (iter2: Iter<T2 | Promise<T2>>) => AsyncIterableIterator<InnerJoinMap<T2, T1>>;127export function rightInnerJoin<T1 extends Map<ExtractMap<T1>[0], ExtractMap<T1>[1]>, T2 extends Map<ExtractMap<T2>[0], ExtractMap<T2>[1]>>(f: (elem2: T2 | Promise<T2>, elem1: T1 | Promise<T1>) => (boolean | Promise<boolean>)): CurriedFunction2<Iter<T1 | Promise<T1>>, Iter<T2 | Promise<T2>>, AsyncIterableIterator<InnerJoinMap<T2, T1>>>;128export function rightInnerJoin<T1 extends object, T2 extends object>(f: (elem2: T2, elem1: T1) => (boolean | Promise<boolean>), iter1: Iter<T1 | Promise<T1>>, iter2: Iter<T2 | Promise<T2>>): AsyncIterableIterator<InnerJoinObject<T2, T1>>;129export function rightInnerJoin<T1 extends object, T2 extends object>(f: (elem2: T2, elem1: T1) => (boolean | Promise<boolean>), iter1: Iter<T1 | Promise<T1>>): (iter2: Iter<T2 | Promise<T2>>) => AsyncIterableIterator<InnerJoinObject<T2, T1>>;130export function rightInnerJoin<T1 extends object, T2 extends object>(f: (elem2: T2, elem1: T1) => (boolean | Promise<boolean>)): CurriedFunction2<Iter<T1 | Promise<T1>>, Iter<T2 | Promise<T2>>, AsyncIterableIterator<InnerJoinObject<T2, T1>>>;131/**132 * https://github.com/rudty/nodekell#outerjoin133 *134 * @param f135 * @param iter1136 * @param iter2137 */138export function outerJoin<T1 extends Map<ExtractMap<T1>[0], ExtractMap<T1>[1]>, T2 extends Map<ExtractMap<T2>[0], ExtractMap<T2>[1]>>(f: (elem1: T1, elem2: T2) => (boolean | Promise<boolean>), iter1: Iter<T1 | Promise<T1>>, iter2: Iter<T2 | Promise<T2>>): AsyncIterableIterator<OuterJoinMap<T1, T2>>;139export function outerJoin<T1 extends Map<ExtractMap<T1>[0], ExtractMap<T1>[1]>, T2 extends Map<ExtractMap<T2>[0], ExtractMap<T2>[1]>>(f: (elem1: T1, elem2: T2) => (boolean | Promise<boolean>), iter1: Iter<T1 | Promise<T1>>): (iter2: Iter<T2 | Promise<T2>>) => AsyncIterableIterator<OuterJoinMap<T1, T2>>;140export function outerJoin<T1 extends Map<ExtractMap<T1>[0], ExtractMap<T1>[1]>, T2 extends Map<ExtractMap<T2>[0], ExtractMap<T2>[1]>>(f: (elem1: T1, elem2: T2) => (boolean | Promise<boolean>)): CurriedFunction2<Iter<T1 | Promise<T1>>, Iter<T2 | Promise<T2>>, AsyncIterableIterator<OuterJoinMap<T1, T2>>>;141export function outerJoin<T1 extends object, T2 extends object>(f: (elem1: T1, elem2: T2) => (boolean | Promise<boolean>), iter1: Iter<T1 | Promise<T1>>, iter2: Iter<T2 | Promise<T2>>): AsyncIterableIterator<OuterJoinObject<T1, T2>>;142export function outerJoin<T1 extends object, T2 extends object>(f: (elem1: T1, elem2: T2) => (boolean | Promise<boolean>), iter1: Iter<T1 | Promise<T1>>): (iter2: Iter<T2 | Promise<T2>>) => AsyncIterableIterator<OuterJoinObject<T1, T2>>;143export function outerJoin<T1 extends object, T2 extends object>(f: (elem1: T1, elem2: T2) => (boolean | Promise<boolean>)): CurriedFunction2<Iter<T1 | Promise<T1>>, Iter<T2 | Promise<T2>>, AsyncIterableIterator<OuterJoinObject<T1, T2>>>;144/**145 * https://github.com/rudty/nodekell#leftouterjoin146 *147 * as outerJoin148 *149 * @param f150 * @param iter1151 * @param iter2152 */153export function leftOuterJoin<T1 extends Map<ExtractMap<T1>[0], ExtractMap<T1>[1]>, T2 extends Map<ExtractMap<T2>[0], ExtractMap<T2>[1]>>(f: (elem1: T1, elem2: T2) => (boolean | Promise<boolean>), iter1: Iter<T1 | Promise<T1>>, iter2: Iter<T2 | Promise<T2>>): AsyncIterableIterator<OuterJoinMap<T1, T2>>;154export function leftOuterJoin<T1 extends Map<ExtractMap<T1>[0], ExtractMap<T1>[1]>, T2 extends Map<ExtractMap<T2>[0], ExtractMap<T2>[1]>>(f: (elem1: T1, elem2: T2) => (boolean | Promise<boolean>), iter1: Iter<T1 | Promise<T1>>): (iter2: Iter<T2 | Promise<T2>>) => AsyncIterableIterator<OuterJoinMap<T1, T2>>;155export function leftOuterJoin<T1 extends Map<ExtractMap<T1>[0], ExtractMap<T1>[1]>, T2 extends Map<ExtractMap<T2>[0], ExtractMap<T2>[1]>>(f: (elem1: T1, elem2: T2) => (boolean | Promise<boolean>)): CurriedFunction2<Iter<T1 | Promise<T1>>, Iter<T2 | Promise<T2>>, AsyncIterableIterator<OuterJoinMap<T1, T2>>>;156export function leftOuterJoin<T1 extends object, T2 extends object>(f: (elem1: T1, elem2: T2) => (boolean | Promise<boolean>), iter1: Iter<T1 | Promise<T1>>, iter2: Iter<T2 | Promise<T2>>): AsyncIterableIterator<OuterJoinObject<T1, T2>>;157export function leftOuterJoin<T1 extends object, T2 extends object>(f: (elem1: T1, elem2: T2) => (boolean | Promise<boolean>), iter1: Iter<T1 | Promise<T1>>): (iter2: Iter<T2 | Promise<T2>>) => AsyncIterableIterator<OuterJoinObject<T1, T2>>;158export function leftOuterJoin<T1 extends object, T2 extends object>(f: (elem1: T1, elem2: T2) => (boolean | Promise<boolean>)): CurriedFunction2<Iter<T1 | Promise<T1>>, Iter<T2 | Promise<T2>>, AsyncIterableIterator<OuterJoinObject<T1, T2>>>;159/**160 * https://github.com/rudty/nodekell#rightouterjoin161 *162 * @param f163 * @param iter1164 * @param iter2165 */166export function rightOuterJoin<T1 extends Map<ExtractMap<T1>[0], ExtractMap<T1>[1]>, T2 extends Map<ExtractMap<T2>[0], ExtractMap<T2>[1]>>(f: (elem2: T2, elem1: T1) => (boolean | Promise<boolean>), iter1: Iter<T1 | Promise<T1>>, iter2: Iter<T2 | Promise<T2>>): AsyncIterableIterator<OuterJoinMap<T2, T1>>;167export function rightOuterJoin<T1 extends Map<ExtractMap<T1>[0], ExtractMap<T1>[1]>, T2 extends Map<ExtractMap<T2>[0], ExtractMap<T2>[1]>>(f: (elem2: T2, elem1: T1) => (boolean | Promise<boolean>), iter1: Iter<T1 | Promise<T1>>): (iter2: Iter<T2 | Promise<T2>>) => AsyncIterableIterator<OuterJoinMap<T2, T1>>;168export function rightOuterJoin<T1 extends Map<ExtractMap<T1>[0], ExtractMap<T1>[1]>, T2 extends Map<ExtractMap<T2>[0], ExtractMap<T2>[1]>>(f: (elem2: T2, elem1: T1) => (boolean | Promise<boolean>)): CurriedFunction2<Iter<T1 | Promise<T1>>, Iter<T2 | Promise<T2>>, AsyncIterableIterator<OuterJoinMap<T2, T1>>>;169export function rightOuterJoin<T1 extends object, T2 extends object>(f: (elem2: T2, elem1: T1) => (boolean | Promise<boolean>), iter1: Iter<T1 | Promise<T1>>, iter2: Iter<T2 | Promise<T2>>): AsyncIterableIterator<OuterJoinObject<T2, T1>>;170export function rightOuterJoin<T1 extends object, T2 extends object>(f: (elem2: T2, elem1: T1) => (boolean | Promise<boolean>), iter1: Iter<T1 | Promise<T1>>): (iter2: Iter<T2 | Promise<T2>>) => AsyncIterableIterator<OuterJoinObject<T2, T1>>;171export function rightOuterJoin<T1 extends object, T2 extends object>(f: (elem2: T2, elem1: T1) => (boolean | Promise<boolean>)): CurriedFunction2<Iter<T1 | Promise<T1>>, Iter<T2 | Promise<T2>>, AsyncIterableIterator<OuterJoinObject<T2, T1>>>;172/**173 * combine elements from two iterables based on the related elements between them.174 * works like TSQL175 * ---------------------176 * create table Orders(177 * orderID int,178 * customerID int,179 * info varchar(30)180 * );181 *182 * create table Customers(183 * customerID int,184 * customerName varchar(30)185 * );186 *187 * insert into Orders values(1,1,'t1');188 * insert into Orders values(2,1,'t2');189 * insert into Orders values(3,1,'t3');190 * insert into Orders values(4,2,'t4');191 * insert into Orders values(5,3,'t5');192 * insert into Orders values(6,4,'t6');193 *194 * insert into Customers values(1, 'ana');195 * insert into Customers values(2, 'cdn');196 * insert into Customers values(3, 'krw');197 * ---------------------198 * select (*)199 * from Customers C200 * join Orders O201 * on C.customerID = O.customerID202 * ---------------------203 * customerID, customerName, orderID, customerID, info204 * '1','ana','1','1','t1'205 * '1','ana','2','1','t2'206 * '1','ana','3','1','t3'207 * '2','cdn','4','2','t4'208 * '3','krw','5','3','t5'209 * ---------------------210 *211 * @param fn (elem1, elem2): bool | Promise<bool>212 * @param xs iterable213 * @param ys iterable214 */215export function innerJoin2<T1, T2>(joinFunc: (l: T1, r: T2) => boolean | Promise<boolean>, left: Iter<T1 | Promise<T1>>, right: Iter<T2 | Promise<T2>>): Promise<AsyncIterableIterator<PairRepeat<2, T1, T2>>>;216export function innerJoin2<T1, T2>(joinFunc: (l: T1, r: T2) => boolean | Promise<boolean>, left: Iter<T1 | Promise<T1>>): (right: Iter<T2 | Promise<T2>>) => Promise<AsyncIterableIterator<PairRepeat<2, T1, T2>>>;...
_joi_extract.ts
Source:_joi_extract.ts
1/** @format */2import 'joi';3/**4 * Helpers5 */6type Map<T> = { [P in keyof T]: T[P] };7type Diff<T, U> = T extends U ? never : T;8declare module 'joi' {9 /**10 * Field requirements interface11 */12 interface Box<T, R extends boolean> {13 /** Type the schema holds */14 T: T;15 /** If this attribute is required when inside an object */16 R: R;17 }18 type BoxType<B, nT> = B extends Box<infer oT, infer oR> ? Box<nT, oR> : B;19 type BoxUnion<B, nT> = B extends Box<infer oT, infer oR> ? Box<oT | nT, oR> : B;20 type BoxReq<B, nR extends boolean> = B extends Box<infer oT, infer oR> ? Box<oT, nR> : B;21 /**22 * Every Schema that implements the Box to allow the extraction23 */24 type BoxedPrimitive<T extends Box<any, any> = any> =25 | StringSchema<T>26 | NumberSchema<T>27 | BooleanSchema<T>28 | DateSchema<T>29 | FunctionSchema<T>30 | ArraySchema<T>31 | ObjectSchema<T>32 | AlternativesSchema<T>;33 // Base types34 type primitiveType = string | number | boolean | Function | Date | undefined | null | void;35 type thruthyPrimitiveType = NonNullable<primitiveType>;36 export type mappedSchema = SchemaLike | BoxedPrimitive;37 export type mappedSchemaMap<T = any> = { [K: string]: mappedSchema };38 // export type mappedSchemaMap<T extends mappedSchema = any> = { [K in keyof T]: T[K] };39 export type extendsGuard<T, S> = S extends T ? S : T;40 /**41 * Validation: extraction decorated methods42 */43 export function validate<T, S extends mappedSchemaMap>(44 value: T,45 schema: S,46 ): ValidationResult<extendsGuard<T, extractType<S>>>;47 export function validate<T, S extends mappedSchemaMap>(48 value: T,49 schema: S,50 options: ValidationOptions,51 ): ValidationResult<extendsGuard<T, extractType<S>>>;52 export function validate<T, R, S extends mappedSchemaMap>(53 value: T,54 schema: S,55 options: ValidationOptions,56 callback: (err: ValidationError, value: extendsGuard<T, extractType<S>>) => R,57 ): R;58 export function validate<T, R, S extends mappedSchemaMap>(59 value: T,60 schema: S,61 callback: (err: ValidationError, value: extendsGuard<T, extractType<S>>) => R,62 ): R;63 /**64 * String: extraction decorated schema65 */66 export interface StringSchema<N extends Box<string, boolean> = any> {67 default(): this;68 default(value: any, description?: string): this;69 default<T extends string>(value: T, description?: string): StringSchema<BoxType<N, N['T'] | T>>;70 valid<T extends string>(...values: T[]): StringSchema<BoxType<N, typeof values[number]>>;71 valid<T extends string>(values: T[]): StringSchema<BoxType<N, typeof values[number]>>;72 valid(...values: any[]): this;73 valid(values: any[]): this;74 required(): StringSchema<BoxReq<N, true>>;75 required(): this;76 exist(): StringSchema<BoxReq<N, true>>;77 exist(): this;78 optional(): StringSchema<BoxReq<N, false>>;79 optional(): this;80 }81 export function string<T extends string>(): StringSchema<{ T: extractType<T>; R: false }>;82 /**83 * Number: extraction decorated schema84 */85 export interface NumberSchema<N extends Box<number, boolean> = any> {86 default(): this;87 default(value: any, description?: string): this;88 default<T extends number>(value: T, description?: string): NumberSchema<BoxType<N, N['T'] | T>>;89 valid<T extends number>(...values: T[]): NumberSchema<BoxType<N, typeof values[number]>>;90 valid<T extends number>(values: T[]): NumberSchema<BoxType<N, typeof values[number]>>;91 valid(...values: any[]): this;92 valid(values: any[]): this;93 required(): NumberSchema<BoxReq<N, true>>;94 required(): this;95 exist(): NumberSchema<BoxReq<N, true>>;96 exist(): this;97 optional(): NumberSchema<BoxReq<N, false>>;98 optional(): this;99 }100 export function number<T extends number>(): NumberSchema<Box<extractType<T>, false>>;101 /**102 * Boolean: extraction decorated schema103 */104 export interface BooleanSchema<N extends Box<boolean, boolean> = any> {105 default(): this;106 default(value: any, description?: string): this;107 default<T extends boolean>(108 value: T,109 description?: string,110 ): BooleanSchema<BoxType<N, N['T'] | T>>;111 valid<T extends boolean>(...values: T[]): BooleanSchema<BoxType<N, typeof values[number]>>;112 valid<T extends boolean>(values: T[]): BooleanSchema<BoxType<N, typeof values[number]>>;113 valid(...values: any[]): this;114 valid(values: any[]): this;115 required(): BooleanSchema<BoxReq<N, true>>;116 required(): this;117 exist(): BooleanSchema<BoxReq<N, true>>;118 exist(): this;119 optional(): BooleanSchema<BoxReq<N, false>>;120 optional(): this;121 }122 export function boolean<T extends boolean>(): BooleanSchema<Box<T, false>>;123 export function bool<T extends boolean>(): BooleanSchema<Box<T, false>>;124 /**125 * Date: extraction decorated schema126 */127 export interface DateSchema<N extends Box<Date, boolean> = any> {128 default(): this;129 default(value: any, description?: string): this;130 default<T extends Date>(value: T, description?: string): DateSchema<BoxType<N, N['T'] | T>>;131 valid<T extends Date>(...values: T[]): DateSchema<BoxType<N, typeof values[number]>>;132 valid<T extends Date>(values: T[]): DateSchema<BoxType<N, typeof values[number]>>;133 valid(...values: any[]): this;134 valid(values: any[]): this;135 required(): DateSchema<BoxReq<N, true>>;136 required(): this;137 exist(): DateSchema<BoxReq<N, true>>;138 exist(): this;139 optional(): DateSchema<BoxReq<N, false>>;140 optional(): this;141 }142 export function date<T extends Date>(): DateSchema<Box<T, false>>;143 // TOOD: implement DecoratedExtractedValue at:144 // T extends DateSchema145 // T extends FunctionSchema146 /**147 * Function: extraction decorated schema148 */149 export interface FunctionSchema<N extends Box<Function, boolean> = any> {150 required(): FunctionSchema<BoxReq<N, true>>;151 required(): this;152 exist(): FunctionSchema<BoxReq<N, true>>;153 exist(): this;154 optional(): FunctionSchema<BoxReq<N, false>>;155 optional(): this;156 }157 export function func<T extends Function>(): FunctionSchema<Box<T, false>>;158 /**159 * Array: extraction decorated schema160 */161 export interface ArraySchema<N = null> {162 items<T extends mappedSchema>(163 type: T,164 ): this extends ArraySchema<infer O>165 ? O extends Box<infer oT, infer oR>166 ? ArraySchema<BoxType<O, oT | extractType<T>>>167 : ArraySchema<Box<extractType<T>, false>>168 : ArraySchema<Box<extractType<T>, false>>;169 required(): ArraySchema<BoxReq<N, true>>;170 required(): this;171 exist(): ArraySchema<BoxReq<N, true>>;172 exist(): this;173 optional(): ArraySchema<BoxReq<N, false>>;174 optional(): this;175 }176 export function array(): ArraySchema<Box<never, false>>;177 /**178 * Object: extraction decorated schema179 */180 export interface ObjectSchema<N = null> extends AnySchema {181 keys<T extends mappedSchemaMap>(182 schema: T,183 ): this extends ObjectSchema<infer O>184 ? O extends Box<infer oT, infer oR>185 ? ObjectSchema<BoxType<O, oT & extractMap<T>>>186 : ObjectSchema<Box<extractMap<T>, false>>187 : ObjectSchema<Box<extractMap<T>, false>>;188 pattern<S extends StringSchema, T extends mappedSchema>(189 pattern: S,190 schema: T,191 ): this extends ObjectSchema<infer O>192 ? O extends Box<infer oT, infer oR>193 ? ObjectSchema<BoxType<O, oT | extractMap<{ [key in extractType<S>]: T }>>>194 : ObjectSchema<Box<extractMap<{ [key in extractType<S>]: T }>, false>>195 : ObjectSchema<Box<extractMap<{ [key in extractType<S>]: T }>, false>>;196 pattern<T extends mappedSchema>(197 pattern: RegExp,198 schema: T,199 ): this extends ObjectSchema<infer O>200 ? O extends Box<infer oT, infer oR>201 ? ObjectSchema<BoxType<O, oT | extractMap<{ [key: string]: T }>>>202 : ObjectSchema<Box<extractMap<{ [key: string]: T }>, false>>203 : ObjectSchema<Box<extractMap<{ [key: string]: T }>, false>>;204 // this extends ObjectSchema<infer O>205 // ? (O extends null206 // ? ObjectSchema<extractMap<{ [key: string]: T }>>207 // : ObjectSchema<extractMap<{ [key: string]: T }> | O>)208 // : ObjectSchema<extractMap<{ [key: string]: T }>>;209 pattern(pattern: RegExp | SchemaLike, schema: SchemaLike): this;210 required(): ObjectSchema<BoxReq<N, true>>;211 required(): this;212 exist(): ObjectSchema<BoxReq<N, true>>;213 exist(): this;214 optional(): ObjectSchema<BoxReq<N, false>>;215 optional(): this;216 }217 export function object<T extends mappedSchemaMap>(218 schema: T,219 ): ObjectSchema<Box<extractMap<T>, false>>;220 /**221 * Alternatives: extraction decorated schema222 */223 export interface AlternativesSchema<N = any> extends AnySchema {224 try<T extends mappedSchema[]>(225 ...values: T226 ): this extends AlternativesSchema<infer O>227 ? O extends Box<infer oT, infer oR>228 ? AlternativesSchema<BoxType<O, oT | extractType<T>>>229 : AlternativesSchema<Box<extractType<T>, false>>230 : AlternativesSchema<Box<extractType<T>, false>>;231 try<T extends mappedSchema[]>(232 values: T,233 ): this extends AlternativesSchema<infer O>234 ? O extends Box<infer oT, infer oR>235 ? AlternativesSchema<BoxType<O, oT | extractType<T>>>236 : AlternativesSchema<Box<extractType<T>, false>>237 : AlternativesSchema<Box<extractType<T>, false>>;238 try(...types: SchemaLike[]): this;239 try(types: SchemaLike[]): this;240 required(): AlternativesSchema<BoxReq<N, true>>;241 required(): this;242 exist(): AlternativesSchema<BoxReq<N, true>>;243 exist(): this;244 optional(): AlternativesSchema<BoxReq<N, false>>;245 optional(): this;246 when<247 R,248 T1 extends mappedSchema,249 T2 extends mappedSchema,250 T extends { then: T1; otherwise: T2 }251 >(252 ref: R,253 defs: T,254 ): this extends AlternativesSchema<infer O>255 ? O extends Box<infer oT, infer oR>256 ? AlternativesSchema<BoxType<O, oT | extractType<T['then']> | extractType<T['otherwise']>>>257 : AlternativesSchema<Box<extractType<T['then']> | extractType<T['otherwise']>, false>>258 : AlternativesSchema<Box<extractType<T['then']> | extractType<T['otherwise']>, false>>;259 }260 export function alternatives<T extends mappedSchema[]>(261 ...alts: T262 ): AlternativesSchema<Box<extractType<typeof alts[number]>, false>>;263 export function alternatives<T extends mappedSchema[]>(264 alts: T,265 ): AlternativesSchema<Box<extractType<typeof alts[number]>, false>>;266 export function alt<T extends mappedSchema[]>(267 ...alts: T268 ): AlternativesSchema<Box<extractType<typeof alts[number]>, false>>;269 export function alt<T extends mappedSchema[]>(270 alts: T,271 ): AlternativesSchema<Box<extractType<typeof alts[number]>, false>>;272 // Required | Optional properties engine273 type FilterVoid<T extends string | number | symbol, O extends any> = {274 [K in T extends string | number | symbol275 ? O[T] extends null | undefined | void276 ? never277 : T278 : never]: O[K];279 };280 type MarkRequired<T, B> = {281 [K in keyof T]: T[K] extends BoxedPrimitive<infer D>282 ? D['R'] extends B283 ? T[K]284 : void285 : B extends false286 ? T[K]287 : void;288 };289 type Required<T> = FilterVoid<keyof T, MarkRequired<T, true>>;290 type Optional<T> = FilterVoid<keyof T, MarkRequired<T, false>>;291 type extractMap<T extends mappedSchemaMap> = Map<292 { [K in keyof Optional<T>]?: extractType<T[K]> } &293 { [K in keyof Required<T>]: extractType<T[K]> }294 >;295 type maybeExtractBox<T> = T extends Box<infer O, infer R> ? O : T;296 // prettier-ignore297 type extractOne<T extends mappedSchema> =298 /** Primitive types */299 T extends primitiveType ? T :300 /** Holds the extracted type */301 T extends BooleanSchema<infer O> ? maybeExtractBox<O> :302 T extends StringSchema<infer O> ? maybeExtractBox<O> :303 T extends NumberSchema<infer O> ? maybeExtractBox<O> :304 T extends DateSchema<infer O> ? maybeExtractBox<O> :305 T extends FunctionSchema<infer O> ? maybeExtractBox<O> :306 T extends ArraySchema<infer O> ? maybeExtractBox<O>[] :307 T extends ObjectSchema<infer O> ? maybeExtractBox<O> :308 /** Supports Joi.alternatives(Schema1, schema2, ...) */309 T extends AlternativesSchema<infer O> ? maybeExtractBox<O> :310 T extends mappedSchemaMap<infer O> ? maybeExtractBox<O> :311 T extends AnySchema ? any :312 any;313 // prettier-ignore314 export type extractType<T extends mappedSchema> =315 /**316 * Hack to support [Schema1, Schema2, ...N] alternatives notation317 * Can't use extractType directly here because of cycles:318 * ```319 * T extends Array<infer O> ? extractType<O> :320 * ^ cycle321 * ```322 */323 T extends Array<infer O> ? (324 O extends mappedSchema ? extractOne<O> : O325 ) :326 /**327 * Handle Objects as schemas, without Joi.object at the root.328 * It needs to come first than mappedSchema.329 * It is difficult to avoid it to be inferred from extends clause.330 */331 T extends mappedSchemaMap ? extractMap<T> :332 /**333 * This is the base case for every schema implemented334 */335 T extends mappedSchema ? extractOne<T> :336 /**337 * Default case to handle primitives and schemas338 */339 extractOne<T>;...
schemas.d.ts
Source:schemas.d.ts
1import Joi from '@hapi/joi';2import "joi-extract-type";3export declare const ChangedPairingSchema: Joi.BoxObjectSchema<Joi.Box<Joi.extractMap<{4 text: Joi.BoxStringSchema<Joi.Box<string, true>>;5 changed: Joi.BoxBooleanSchema<Joi.Box<boolean, false>>;6 commited: Joi.BoxBooleanSchema<Joi.Box<boolean, false>>;7}>, false>>;8export declare const YourVoiceTranscriptTheirVoiceSchema: Joi.BoxObjectSchema<Joi.Box<Joi.extractMap<{9 yourVoice: Joi.BoxObjectSchema<Joi.Box<Joi.extractMap<{10 text: Joi.BoxStringSchema<Joi.Box<string, true>>;11 changed: Joi.BoxBooleanSchema<Joi.Box<boolean, false>>;12 commited: Joi.BoxBooleanSchema<Joi.Box<boolean, false>>;13 }>, true>>;14 transcript: Joi.BoxObjectSchema<Joi.Box<Joi.extractMap<{15 text: Joi.BoxStringSchema<Joi.Box<string, true>>;16 changed: Joi.BoxBooleanSchema<Joi.Box<boolean, false>>;17 commited: Joi.BoxBooleanSchema<Joi.Box<boolean, false>>;18 }>, true>>;19 theirVoice: Joi.BoxObjectSchema<Joi.Box<Joi.extractMap<{20 text: Joi.BoxStringSchema<Joi.Box<string, true>>;21 changed: Joi.BoxBooleanSchema<Joi.Box<boolean, false>>;22 commited: Joi.BoxBooleanSchema<Joi.Box<boolean, false>>;23 }>, true>>;24 characterId: Joi.BoxStringSchema<Joi.Box<string, true>>;25 soundId: Joi.BoxStringSchema<Joi.Box<string, false>>;26}>, false>>;27export declare const ListYourVoiceTranscriptTheirVoiceSchema: Joi.BoxObjectSchema<Joi.Box<Joi.extractMap<{28 items: Joi.BoxArraySchema<Joi.Box<Joi.extractMap<{29 yourVoice: Joi.BoxObjectSchema<Joi.Box<Joi.extractMap<{30 text: Joi.BoxStringSchema<Joi.Box<string, true>>;31 changed: Joi.BoxBooleanSchema<Joi.Box<boolean, false>>;32 commited: Joi.BoxBooleanSchema<Joi.Box<boolean, false>>;33 }>, true>>;34 transcript: Joi.BoxObjectSchema<Joi.Box<Joi.extractMap<{35 text: Joi.BoxStringSchema<Joi.Box<string, true>>;36 changed: Joi.BoxBooleanSchema<Joi.Box<boolean, false>>;37 commited: Joi.BoxBooleanSchema<Joi.Box<boolean, false>>;38 }>, true>>;39 theirVoice: Joi.BoxObjectSchema<Joi.Box<Joi.extractMap<{40 text: Joi.BoxStringSchema<Joi.Box<string, true>>;41 changed: Joi.BoxBooleanSchema<Joi.Box<boolean, false>>;42 commited: Joi.BoxBooleanSchema<Joi.Box<boolean, false>>;43 }>, true>>;44 characterId: Joi.BoxStringSchema<Joi.Box<string, true>>;45 soundId: Joi.BoxStringSchema<Joi.Box<string, false>>;46 }>, true>>;47}>, false>>;...
Using AI Code Generation
1const { extractMap } = require('fast-check-monorepo');2const map = new Map();3map.set('key1', 'value1');4map.set('key2', 'value2');5console.log(extractMap(map));6const { extractSet } = require('fast-check-monorepo');7const set = new Set();8set.add('value1');9set.add('value2');10console.log(extractSet(set));11const { extractMap } = require('fast-check-monorepo');12const map = new Map();13map.set('key1', 'value1');14map.set('key2', 'value2');15console.log(extractMap(map));16const { extractSet } = require('fast-check-monorepo');17const set = new Set();18set.add('value1');19set.add('value2');20console.log(extractSet(set));21const { extractMap } = require('fast-check-monorepo');22const map = new Map();23map.set('key1', 'value1');24map.set('key2', 'value2');25console.log(extractMap(map));26const { extractSet } = require('fast-check-monorepo');27const set = new Set();28set.add('value1');29set.add('value2');30console.log(extractSet(set));31const { extractMap } = require('fast-check-monorepo');32const map = new Map();33map.set('key1', '
Using AI Code Generation
1const { extractMap } = require("fast-check");2const { fc } = require("fast-check");3const { property } = require("fast-check");4const { pre } = require("fast-check");5const { post } = require("fast-check");6const { tuple } = require("fast-check");7const { record } = require("fast-chec
Using AI Code Generation
1const { extractMap } = require("fast-check-monorepo");2const { extractMap } = require("fast-check-monorepo");3const myMap = extractMap({4});5const { extractMap } = require("fast-check");6const { extractMap } = require("fast-check");7const myMap = extractMap({8});9const { extractMap } = require("fast-check-monorepo");10const { extractMap } = require("fast-check-monorepo");11const myMap = extractMap({12});13const { extractMap } = require("fast-check");14const { extractMap } = require("fast-check");15const myMap = extractMap({16});17const { extractMap } = require("fast-check-monorepo");18const { extractMap } = require("fast-check-monorepo");19const myMap = extractMap({20});21const { extractMap } = require("fast-check");22const { extractMap } = require("fast-check");23const myMap = extractMap({24});25const { extractMap } = require("fast-check-monorepo");26const { extractMap } = require("fast-check-monorepo");27const myMap = extractMap({28});29const { extractMap } = require("fast-check");30const { extractMap } = require("fast-check");31const myMap = extractMap({
Using AI Code Generation
1const { extractMap } = require('fast-check');2const arb = extractMap(3 fc.integer(),4 fc.string(),5 (k, v) => `${k} -> ${v}`6);7fc.assert(8 fc.property(arb, m => {9 })10);11const arb = extractMap(fc.string(), fc.integer());12const arb = extractMap(13 fc.date(),14 fc.string(),15 (k, v) => [k.toISOString(), v]16);17const arb = extractMap(18 fc.date(),19 fc.string(),20 (k, v) => [k.toISOString(), v]21);22const arb = extractMap(fc.string(), fc.integer());
Using AI Code Generation
1const { extractMap } = require('fast-check-monorepo');2const map = extractMap('test1.js', 'test2.js');3console.log(map);4const { extractMap } = require('fast-check-monorepo');5const map = extractMap('test1.js', 'test3.js');6console.log(map);7const { extractMap } = require('fast-check-monorepo');8const map = extractMap('test1.js', 'test4.js');9console.log(map);10const { extractMap } = require('fast-check-monorepo');11const map = extractMap('test1.js', 'test5.js');12console.log(map);13const { extractMap } = require('fast-check-monorepo');14const map = extractMap('test1.js', 'test6.js');15console.log(map);16const { extractMap } = require('fast-check-monorepo');17const map = extractMap('test1.js', 'test7.js');18console.log(map);
Using AI Code Generation
1const { extractMap } = require('@fast-check/runner');2const { property } = require('ava-fast-check');3const { map } = require('lodash');4const { isString } = require('lodash');5const { isNumber } = require('lodash');6property('extractMap', [map(isString, isNumber)], (t, aMap) => {7 const extractedMap = extractMap(aMap);8 t.deepEqual(extractedMap, aMap);9});10const { extractMap } = require('@fast-check/runner');11const { property } = require('ava-fast-check');12const { map } = require('lodash');13const { isString } = require('lodash');14const { isNumber } = require('lodash');15property('extractMap', [map(isString, isNumber)], (t, aMap) => {16 const extractedMap = extractMap(aMap);17 t.deepEqual(extractedMap, aMap);18});19const { extractMap } = require('@fast-check/runner');20const { property } = require('ava-fast-check');21const { map } = require('lodash');22const { isString } = require('lodash');23const { isNumber } = require('lodash');24property('extractMap', [map(isString, isNumber)], (t, aMap) => {25 const extractedMap = extractMap(aMap);26 t.deepEqual(extractedMap, aMap);27});28const { extractMap } = require('@fast-check/runner');29const { property } = require('ava-fast-check');30const { map } = require('lodash');31const { isString } = require('lodash');32const { isNumber } = require('lodash');33property('extractMap', [map(isString, isNumber)], (t, aMap) => {34 const extractedMap = extractMap(aMap);35 t.deepEqual(extractedMap, aMap);36});
Using AI Code Generation
1var fastCheck = require('fast-check');2var extractMap = fastCheck.extractMap;3var map = extractMap();4var randomString = fastCheck.map(map);5console.log(randomString);6var fastCheck = require('fast-check');7var extractMap = fastCheck.extractMap;8var map = extractMap();9var randomString = fastCheck.map(map);10console.log(randomString);11var fastCheck = require('fast-check');12var extractMap = fastCheck.extractMap;13var map = extractMap();14var randomString = fastCheck.map(map);15console.log(randomString);16var fastCheck = require('fast-check');17var extractMap = fastCheck.extractMap;18var map = extractMap();19var randomString = fastCheck.map(map);20console.log(randomString);21var fastCheck = require('fast-check');22var extractMap = fastCheck.extractMap;23var map = extractMap();24var randomString = fastCheck.map(map);25console.log(randomString);26var fastCheck = require('fast-check');27var extractMap = fastCheck.extractMap;
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