How to use mid64 method in fast-check-monorepo

Best JavaScript code snippet using fast-check-monorepo

ArrayInt64Arbitrary.spec.ts

Source:ArrayInt64Arbitrary.spec.ts Github

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1import * as fc from 'fast-check';2import { arrayInt64 } from '../../../../src/arbitrary/_internals/ArrayInt64Arbitrary';3import { ArrayInt64 } from '../../../../src/arbitrary/_internals/helpers/ArrayInt64';4import { Value } from '../../../../src/check/arbitrary/definition/Value';5import { fakeRandom } from '../__test-helpers__/RandomHelpers';6import { buildShrinkTree, renderTree } from '../__test-helpers__/ShrinkTree';7import {8 assertProduceSameValueGivenSameSeed,9 assertProduceCorrectValues,10 assertProduceValuesShrinkableWithoutContext,11 assertShrinkProducesSameValueWithoutInitialContext,12 assertShrinkProducesStrictlySmallerValue,13} from '../__test-helpers__/ArbitraryAssertions';14describe('arrayInt64', () => {15 if (typeof BigInt === 'undefined') {16 it('no test', () => {17 expect(true).toBe(true);18 });19 return;20 }21 const MinArrayIntValue = -(BigInt(2) ** BigInt(64)) + BigInt(1);22 const MaxArrayIntValue = BigInt(2) ** BigInt(64) - BigInt(1);23 describe('generate', () => {24 it('should always consider the full range when not biased', () => {25 fc.assert(26 fc.property(27 fc.bigInt(MinArrayIntValue, MaxArrayIntValue),28 fc.bigInt(MinArrayIntValue, MaxArrayIntValue),29 fc.bigInt(MinArrayIntValue, MaxArrayIntValue),30 fc.boolean(),31 fc.boolean(),32 (a, b, c, negMin, negMax) => {33 // Arrange34 const [min, mid, max] = [a, b, c].sort((a, b) => Number(a - b));35 const min64 = toArrayInt64(min, negMin);36 const mid64 = toArrayInt64(mid, false);37 const max64 = toArrayInt64(max, negMax);38 const { instance: mrng, nextArrayInt, nextInt } = fakeRandom();39 nextArrayInt.mockReturnValueOnce(mid64);40 // Act41 const arb = arrayInt64(min64, max64);42 const out = arb.generate(mrng, undefined);43 // Assert44 expect(out.value).toBe(mid64);45 expect(nextArrayInt).toHaveBeenCalledTimes(1);46 expect(nextArrayInt).toHaveBeenCalledWith(min64, max64);47 expect(nextInt).not.toHaveBeenCalled();48 }49 )50 );51 });52 it('should always consider the full range when bias should not apply', () => {53 fc.assert(54 fc.property(55 fc.bigInt(MinArrayIntValue, MaxArrayIntValue),56 fc.bigInt(MinArrayIntValue, MaxArrayIntValue),57 fc.bigInt(MinArrayIntValue, MaxArrayIntValue),58 fc.boolean(),59 fc.boolean(),60 fc.integer({ min: 2 }),61 (a, b, c, negMin, negMax, biasFactor) => {62 // Arrange63 const [min, mid, max] = [a, b, c].sort((a, b) => Number(a - b));64 const min64 = toArrayInt64(min, negMin);65 const mid64 = toArrayInt64(mid, false);66 const max64 = toArrayInt64(max, negMax);67 const { instance: mrng, nextArrayInt, nextInt } = fakeRandom();68 nextArrayInt.mockReturnValueOnce(mid64);69 nextInt.mockImplementationOnce((low, _high) => low + 1); // >low is no bias case70 // Act71 const arb = arrayInt64(min64, max64);72 const out = arb.generate(mrng, biasFactor);73 // Assert74 expect(out.value).toBe(mid64);75 expect(nextArrayInt).toHaveBeenCalledTimes(1);76 expect(nextArrayInt).toHaveBeenCalledWith(min64, max64);77 expect(nextInt).toHaveBeenCalledTimes(1);78 expect(nextInt).toHaveBeenCalledWith(1, biasFactor);79 }80 )81 );82 });83 it('should consider sub-ranges when bias applies', () => {84 fc.assert(85 fc.property(86 fc.bigInt(MinArrayIntValue, MaxArrayIntValue),87 fc.bigInt(MinArrayIntValue, MaxArrayIntValue),88 fc.boolean(),89 fc.boolean(),90 fc.integer({ min: 2 }),91 fc.nat(),92 (a, b, negMin, negMax, biasFactor, r) => {93 // Arrange94 const [min, max] = a < b ? [a, b] : [b, a];95 fc.pre(max - min >= BigInt(100)); // large enough range (arbitrary value)96 const min64 = toArrayInt64(min, negMin);97 const max64 = toArrayInt64(max, negMax);98 const { instance: mrng, nextArrayInt, nextInt } = fakeRandom();99 nextArrayInt.mockImplementationOnce((low, _high) => low);100 nextInt101 .mockImplementationOnce((low, _high) => low) // low is bias case for first call102 .mockImplementationOnce((low, high) => low + (r % (high - low + 1))); // random inside the provided range (bias selection step)103 // Act104 const arb = arrayInt64(min64, max64);105 arb.generate(mrng, biasFactor);106 // Assert107 expect(nextInt).toHaveBeenCalledTimes(2);108 expect(nextArrayInt).toHaveBeenCalledTimes(1);109 expect(nextArrayInt).not.toHaveBeenCalledWith(min64, max64);110 const receivedMin = toBigInt(nextArrayInt.mock.calls[0][0] as ArrayInt64);111 const receivedMax = toBigInt(nextArrayInt.mock.calls[0][1] as ArrayInt64);112 expect(receivedMin).toBeGreaterThanOrEqual(min);113 expect(receivedMin).toBeLessThanOrEqual(max);114 expect(receivedMax).toBeGreaterThanOrEqual(min);115 expect(receivedMax).toBeLessThanOrEqual(max);116 }117 )118 );119 });120 });121 describe('canShrinkWithoutContext', () => {122 it('should recognize any value it could have generated', () => {123 fc.assert(124 fc.property(125 fc.bigInt(MinArrayIntValue, MaxArrayIntValue),126 fc.bigInt(MinArrayIntValue, MaxArrayIntValue),127 fc.bigInt(MinArrayIntValue, MaxArrayIntValue),128 fc.boolean(),129 fc.boolean(),130 fc.boolean(),131 (a, b, c, negMin, negMid, negMax) => {132 // Arrange133 const [min, mid, max] = [a, b, c].sort((a, b) => Number(a - b));134 // Act135 const arb = arrayInt64(toArrayInt64(min, negMin), toArrayInt64(max, negMax));136 const out = arb.canShrinkWithoutContext(toArrayInt64(mid, negMid));137 // Assert138 expect(out).toBe(true);139 }140 )141 );142 });143 it('should reject values outside of its range', () => {144 fc.assert(145 fc.property(146 fc.bigInt(MinArrayIntValue, MaxArrayIntValue),147 fc.bigInt(MinArrayIntValue, MaxArrayIntValue),148 fc.bigInt(MinArrayIntValue, MaxArrayIntValue),149 fc.boolean(),150 fc.boolean(),151 fc.boolean(),152 fc.constantFrom(...(['lower', 'higher'] as const)),153 (a, b, c, negMin, negSelected, negMax, type) => {154 // Arrange155 const sorted = [a, b, c].sort((a, b) => Number(a - b));156 const [min, max, selected] =157 type === 'lower' ? [sorted[1], sorted[2], sorted[0]] : [sorted[0], sorted[1], sorted[2]];158 fc.pre(selected < min || selected > max);159 // Act160 const arb = arrayInt64(toArrayInt64(min, negMin), toArrayInt64(max, negMax));161 const out = arb.canShrinkWithoutContext(toArrayInt64(selected, negSelected));162 // Assert163 expect(out).toBe(false);164 }165 )166 );167 });168 });169 describe('shrink', () => {170 it('should shrink strictly positive value for positive range including zero', () => {171 // Arrange172 const arb = arrayInt64({ sign: 1, data: [0, 0] }, { sign: 1, data: [0, 10] });173 const source = new Value({ sign: 1, data: [0, 8] }, undefined); // no context174 // Act175 const tree = buildShrinkTree(arb, source);176 const renderedTree = renderTree(tree).join('\n');177 // Assert178 expect(arb.canShrinkWithoutContext(source.value)).toBe(true);179 // When there is no more option, the shrinker retry one time with the value180 // current-1 to check if something that changed outside (another value not itself)181 // may have changed the situation182 expect(renderedTree).toMatchInlineSnapshot(`183 "{"sign":1,"data":[0,8]}184 ├> {"sign":1,"data":[0,0]}185 ├> {"sign":1,"data":[0,4]}186 | ├> {"sign":1,"data":[0,2]}187 | | └> {"sign":1,"data":[0,1]}188 | | └> {"sign":1,"data":[0,0]}189 | └> {"sign":1,"data":[0,3]}190 | └> {"sign":1,"data":[0,2]}191 | ├> {"sign":1,"data":[0,0]}192 | └> {"sign":1,"data":[0,1]}193 | └> {"sign":1,"data":[0,0]}194 ├> {"sign":1,"data":[0,6]}195 | └> {"sign":1,"data":[0,5]}196 | └> {"sign":1,"data":[0,4]}197 | ├> {"sign":1,"data":[0,0]}198 | ├> {"sign":1,"data":[0,2]}199 | | └> {"sign":1,"data":[0,1]}200 | | └> {"sign":1,"data":[0,0]}201 | └> {"sign":1,"data":[0,3]}202 | └> {"sign":1,"data":[0,2]}203 | ├> {"sign":1,"data":[0,0]}204 | └> {"sign":1,"data":[0,1]}205 | └> {"sign":1,"data":[0,0]}206 └> {"sign":1,"data":[0,7]}207 └> {"sign":1,"data":[0,6]}208 ├> {"sign":1,"data":[0,0]}209 ├> {"sign":1,"data":[0,3]}210 | └> {"sign":1,"data":[0,2]}211 | └> {"sign":1,"data":[0,1]}212 | └> {"sign":1,"data":[0,0]}213 └> {"sign":1,"data":[0,5]}214 └> {"sign":1,"data":[0,4]}215 └> {"sign":1,"data":[0,3]}216 ├> {"sign":1,"data":[0,0]}217 └> {"sign":1,"data":[0,2]}218 └> {"sign":1,"data":[0,1]}219 └> {"sign":1,"data":[0,0]}"220 `);221 });222 it('should shrink strictly positive value for range not including zero', () => {223 // Arrange224 const arb = arrayInt64({ sign: 1, data: [1, 10] }, { sign: 1, data: [1, 20] });225 const source = new Value({ sign: 1, data: [1, 18] }, undefined); // no context226 // Act227 const tree = buildShrinkTree(arb, source);228 const renderedTree = renderTree(tree).join('\n');229 // Assert230 expect(arb.canShrinkWithoutContext(source.value)).toBe(true);231 // As the range [[1,10], [1,20]] and the value [1,18]232 // are just offset by +[1,10] compared to the first case,233 // the rendered tree will be offset by [1,10] too234 expect(renderedTree).toMatchInlineSnapshot(`235 "{"sign":1,"data":[1,18]}236 ├> {"sign":1,"data":[1,10]}237 ├> {"sign":1,"data":[1,14]}238 | ├> {"sign":1,"data":[1,12]}239 | | └> {"sign":1,"data":[1,11]}240 | | └> {"sign":1,"data":[1,10]}241 | └> {"sign":1,"data":[1,13]}242 | └> {"sign":1,"data":[1,12]}243 | ├> {"sign":1,"data":[1,10]}244 | └> {"sign":1,"data":[1,11]}245 | └> {"sign":1,"data":[1,10]}246 ├> {"sign":1,"data":[1,16]}247 | └> {"sign":1,"data":[1,15]}248 | └> {"sign":1,"data":[1,14]}249 | ├> {"sign":1,"data":[1,10]}250 | ├> {"sign":1,"data":[1,12]}251 | | └> {"sign":1,"data":[1,11]}252 | | └> {"sign":1,"data":[1,10]}253 | └> {"sign":1,"data":[1,13]}254 | └> {"sign":1,"data":[1,12]}255 | ├> {"sign":1,"data":[1,10]}256 | └> {"sign":1,"data":[1,11]}257 | └> {"sign":1,"data":[1,10]}258 └> {"sign":1,"data":[1,17]}259 └> {"sign":1,"data":[1,16]}260 ├> {"sign":1,"data":[1,10]}261 ├> {"sign":1,"data":[1,13]}262 | └> {"sign":1,"data":[1,12]}263 | └> {"sign":1,"data":[1,11]}264 | └> {"sign":1,"data":[1,10]}265 └> {"sign":1,"data":[1,15]}266 └> {"sign":1,"data":[1,14]}267 └> {"sign":1,"data":[1,13]}268 ├> {"sign":1,"data":[1,10]}269 └> {"sign":1,"data":[1,12]}270 └> {"sign":1,"data":[1,11]}271 └> {"sign":1,"data":[1,10]}"272 `);273 });274 it('should shrink strictly negative value for negative range including zero', () => {275 // Arrange276 const arb = arrayInt64({ sign: -1, data: [0, 10] }, { sign: 1, data: [0, 0] });277 const source = new Value({ sign: -1, data: [0, 8] }, undefined); // no context278 // Act279 const tree = buildShrinkTree(arb, source);280 const renderedTree = renderTree(tree).join('\n');281 // Assert282 expect(arb.canShrinkWithoutContext(source.value)).toBe(true);283 // As the range [-10, 0] and the value -8284 // are the opposite of first case, the rendered tree will be the same except285 // it contains opposite values286 expect(renderedTree).toMatchInlineSnapshot(`287 "{"sign":-1,"data":[0,8]}288 ├> {"sign":1,"data":[0,0]}289 ├> {"sign":-1,"data":[0,4]}290 | ├> {"sign":-1,"data":[0,2]}291 | | └> {"sign":-1,"data":[0,1]}292 | | └> {"sign":1,"data":[0,0]}293 | └> {"sign":-1,"data":[0,3]}294 | └> {"sign":-1,"data":[0,2]}295 | ├> {"sign":1,"data":[0,0]}296 | └> {"sign":-1,"data":[0,1]}297 | └> {"sign":1,"data":[0,0]}298 ├> {"sign":-1,"data":[0,6]}299 | └> {"sign":-1,"data":[0,5]}300 | └> {"sign":-1,"data":[0,4]}301 | ├> {"sign":1,"data":[0,0]}302 | ├> {"sign":-1,"data":[0,2]}303 | | └> {"sign":-1,"data":[0,1]}304 | | └> {"sign":1,"data":[0,0]}305 | └> {"sign":-1,"data":[0,3]}306 | └> {"sign":-1,"data":[0,2]}307 | ├> {"sign":1,"data":[0,0]}308 | └> {"sign":-1,"data":[0,1]}309 | └> {"sign":1,"data":[0,0]}310 └> {"sign":-1,"data":[0,7]}311 └> {"sign":-1,"data":[0,6]}312 ├> {"sign":1,"data":[0,0]}313 ├> {"sign":-1,"data":[0,3]}314 | └> {"sign":-1,"data":[0,2]}315 | └> {"sign":-1,"data":[0,1]}316 | └> {"sign":1,"data":[0,0]}317 └> {"sign":-1,"data":[0,5]}318 └> {"sign":-1,"data":[0,4]}319 └> {"sign":-1,"data":[0,3]}320 ├> {"sign":1,"data":[0,0]}321 └> {"sign":-1,"data":[0,2]}322 └> {"sign":-1,"data":[0,1]}323 └> {"sign":1,"data":[0,0]}"324 `);325 });326 });327});328describe('arrayInt64 (integration)', () => {329 if (typeof BigInt === 'undefined') {330 it('no test', () => {331 expect(true).toBe(true);332 });333 return;334 }335 type Extra = { min: bigint; max: bigint };336 const MaxArrayIntValue = BigInt(2) ** BigInt(64) - BigInt(1);337 const extraParameters: fc.Arbitrary<Extra> = fc338 .tuple(339 fc.bigInt({ min: -MaxArrayIntValue, max: MaxArrayIntValue }),340 fc.bigInt({ min: -MaxArrayIntValue, max: MaxArrayIntValue })341 )342 .map((vs) => ({343 min: vs[0] <= vs[1] ? vs[0] : vs[1],344 max: vs[0] <= vs[1] ? vs[1] : vs[0],345 }));346 const isCorrect = (v: ArrayInt64, extra: Extra) => {347 if (!isValidArrayInt(v)) {348 return false;349 }350 const vbg = toBigInt(v);351 if (vbg === BigInt(0) && v.sign === -1) {352 return false; // zero is always supposed to be marked with sign 1353 }354 return extra.min <= vbg && vbg <= extra.max;355 };356 const isStrictlySmaller = (v1: ArrayInt64, v2: ArrayInt64) => {357 const vbg1 = toBigInt(v1);358 const vbg2 = toBigInt(v2);359 const absVbg1 = vbg1 < BigInt(0) ? -vbg1 : vbg1;360 const absVbg2 = vbg2 < BigInt(0) ? -vbg2 : vbg2;361 return absVbg1 < absVbg2;362 };363 const arrayInt64Builder = (extra: Extra) =>364 arrayInt64(toArrayInt64(extra.min, false), toArrayInt64(extra.max, false));365 it('should produce the same values given the same seed', () => {366 assertProduceSameValueGivenSameSeed(arrayInt64Builder, { extraParameters });367 });368 it('should only produce correct values', () => {369 assertProduceCorrectValues(arrayInt64Builder, isCorrect, { extraParameters });370 });371 it('should produce values seen as shrinkable without any context', () => {372 assertProduceValuesShrinkableWithoutContext(arrayInt64Builder, { extraParameters });373 });374 it('should be able to shrink to the same values without initial context', () => {375 assertShrinkProducesSameValueWithoutInitialContext(arrayInt64Builder, { extraParameters });376 });377 it('should preserve strictly smaller ordering in shrink', () => {378 assertShrinkProducesStrictlySmallerValue(arrayInt64Builder, isStrictlySmaller, { extraParameters });379 });380});381// Helpers382function toArrayInt64(b: bigint, withNegativeZero: boolean): ArrayInt64 {383 const posB = b < BigInt(0) ? -b : b;384 return {385 sign: b < BigInt(0) || (withNegativeZero && b === BigInt(0)) ? -1 : 1,386 data: [Number(posB >> BigInt(32)), Number(posB & ((BigInt(1) << BigInt(32)) - BigInt(1)))],387 };388}389function toBigInt(a: ArrayInt64): bigint {390 return BigInt(a.sign) * ((BigInt(a.data[0]) << BigInt(32)) + BigInt(a.data[1]));391}392function isValidArrayInt(a: ArrayInt64): boolean {393 return (394 (a.sign === 1 || a.sign === -1) &&395 a.data[0] >= 0 &&396 a.data[0] <= 0xffffffff &&397 a.data[1] >= 0 &&398 a.data[1] <= 0xffffffff399 );...

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ipv8.service.ts

Source:ipv8.service.ts Github

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1import { Http } from '@angular/http';2import { Injectable } from '@angular/core';3import { Observable } from 'rxjs/Observable';4import 'rxjs/add/operator/map';5declare var sha1: any;6@Injectable()7export class IPv8Service {8 private _api_base = 'http://localhost:8124';9 peers = [];10 circuits = [];11 constructor(private http: Http) {12 Observable.timer(0, 2000)13 .switchMap(_ =>14 Observable.forkJoin(15 this.getPeers(),16 this.getCircuits()17 )18 )19 .subscribe(([peers, circuits, providers]: any) => {20 this.peers = peers;21 this.circuits = circuits;22 });23 }24 connectPeer(mid_hex): Observable<Object[]> {25 return this.http.get(this._api_base + `/dht/peers/${mid_hex}`)26 .map(res => res.json().peers);27 }28 getOverlays(): Observable<Object[]> {29 return this.http.get(this._api_base + '/overlays')30 .map(res => res.json().overlays);31 }32 getOverlay(overlay_name): Observable<Object> {33 return this.getOverlays()34 .map(overlays => {35 const filtered = overlays.filter((overlay: any) => overlay.overlay_name === overlay_name);36 return (filtered.length > 0) ? filtered[0] : null;37 });38 }39 getCircuits(): Observable<Object> {40 return this.http.get(this._api_base + '/tunnel/circuits')41 .map(res => res.json().circuits.filter((circuit: any) => circuit.state === 'READY'));42 }43 getDHTStats(): Observable<Object> {44 return this.http.get(this._api_base + '/dht/statistics')45 .map(res => res.json().statistics);46 }47 getRecentBlocks(): Observable<Object> {48 return this.http.get(this._api_base + '/trustchain/recent')49 .map(res => res.json().blocks);50 }51 publicKeyToMidArray(pk_hex: string) {52 const pk_arr = pk_hex.match(/\w{2}/g).map(function (a) { return parseInt(a, 16); });53 return sha1(pk_arr).match(/\w{2}/g).map(function (a) { return parseInt(a, 16); });54 }55 publicKeyToMid(pk_hex: string): string {56 const mid_arr = this.publicKeyToMidArray(pk_hex);57 return Array.from(mid_arr, function (byte: any) {58 return ('0' + (byte & 0xFF).toString(16)).slice(-2);59 }).join('');60 }61 publicKeyToMid64(pk_hex: string) {62 const mid_arr = this.publicKeyToMidArray(pk_hex);63 return btoa(String.fromCharCode.apply(null, mid_arr));64 }65 hashToB64(hash_hex: string) {66 const hash_arr = hash_hex.match(/\w{2}/g).map(function (a) { return parseInt(a, 16); });67 return btoa(String.fromCharCode.apply(null, hash_arr));68 }69 // Attestation related calls70 getPeers(): Observable<Object[]> {71 return this.http.get(this._api_base + '/attestation?type=peers')72 .map(res => res.json());73 }74 getAttributes(): Observable<Object[]> {75 return this.http.get(this._api_base + '/attestation?type=attributes')76 .map(res => res.json().reduce((map, obj: any) => (map[obj[2].connection_id] = obj, map), {}));77 }78 getAttribute(mid, attribute_hash): Observable<Object> {79 mid = encodeURIComponent(mid);80 return this.http.get(this._api_base + `/attestation?type=attributes&mid=${mid}`)81 .map(res => res.json().filter(attribute => attribute[1] === attribute_hash)[0]);82 }83 getVerificationRequests(): Observable<Object[]> {84 return this.http.get(this._api_base + '/attestation?type=outstanding_verify')85 .map(res => res.json());86 }87 acceptVerificationRequest(mid, name): Observable<number> {88 mid = encodeURIComponent(mid);89 name = encodeURIComponent(name);90 return this.http.post(this._api_base + `/attestation?type=allow_verify&mid=${mid}&attribute_name=${name}`, '')91 .map(res => res.status);92 }93 getVerificationOutputs(): Observable<Object[]> {94 return this.http.get(this._api_base + '/attestation?type=verification_output')95 .map(res => res.json());96 }97 sendAttestationRequest(attestation_request: IPv8AttestationRequest): Observable<number> {98 const mid = encodeURIComponent(attestation_request.mid);99 const name = attestation_request.attribute_name;100 const metadata = encodeURIComponent(attestation_request.metadata);101 return this.http.post(this._api_base + `/attestation?type=request&mid=${mid}&attribute_name=${name}&metadata=${metadata}`, '')102 .map(res => res.status);103 }104 sendVerificationRequest(verification_request): Observable<number> {105 const mid = encodeURIComponent(verification_request.mid);106 const hash = encodeURIComponent(verification_request.attribute_hash);107 const value = encodeURIComponent(verification_request.attribute_value);108 return this.http.post(this._api_base + `/attestation?type=verify&mid=${mid}&attribute_hash=${hash}&attribute_values=${value}`, '')109 .map(res => res.status);110 }111}112export interface IPv8AttestationRequest {113 mid: string;114 attribute_name: string;115 metadata: string;116}117export interface IPv8AttestationMetadata {118 provider: string;119 option: string;...

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Using AI Code Generation

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1import * as fc from 'fast-check';2import { mid64 } from 'fast-check-monorepo';3fc.assert(4 fc.property(fc.integer(), fc.integer(), fc.integer(), (a, b, c) => {5 const expected = a + b + c;6 const actual = mid64(a, b, c);7 return expected === actual;8 })9);10import * as fc from 'fast-check';11import { mid64 } from 'fast-check-monorepo';12fc.assert(13 fc.property(fc.integer(), fc.integer(), fc.integer(), (a, b, c) => {14 const expected = a + b + c;15 const actual = mid64(a, b, c);16 return expected === actual;17 })18);19import * as fc from 'fast-check';20import { mid64 } from 'fast-check-monorepo';21fc.assert(22 fc.property(fc.integer(), fc.integer(), fc.integer(), (a, b, c) => {23 const expected = a + b + c;24 const actual = mid64(a, b, c);25 return expected === actual;26 })27);28import * as fc from 'fast-check';29import { mid64 } from 'fast-check-monorepo';30fc.assert(31 fc.property(fc.integer(), fc.integer(), fc.integer(), (a, b, c) => {32 const expected = a + b + c;33 const actual = mid64(a, b, c);34 return expected === actual;35 })36);37import * as fc from 'fast-check';38import { mid64 } from 'fast-check-monorepo';39fc.assert(40 fc.property(fc.integer(), fc.integer(), fc.integer(), (a, b, c) => {41 const expected = a + b + c;42 const actual = mid64(a, b, c);43 return expected === actual;44 })45);46import * as fc from 'fast-check

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Using AI Code Generation

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1const { mid64 } = require("fast-check");2console.log(mid64(1n, 10n));3console.log(mid64(10n, 1n));4console.log(mid64(1n, 1n));5console.log(mid64(1n, 2n));6console.log(mid64(2n, 1n));7console.log(mid64(1n, 3n));8console.log(mid64(3n, 1n));9console.log(mid64(1n, 4n));10console.log(mid64(4n, 1n));11console.log(mid64(1n, 5n));12console.log(mid64(5n, 1n));13console.log(mid64(1n, 6n));14console.log(mid64(6n, 1n));15console.log(mid64(1n, 7n));16console.log(mid64(7n, 1n));17console.log(mid64(1n, 8n));18console.log(mid64(8n, 1n));19console.log(mid64(1n, 9n));20console.log(mid64(9n, 1n));21console.log(mid64(1n, 10n));22console.log(mid64(10n, 1n));23console.log(mid64(10n, 10n));24console.log(mid64(10n, 11n));25console.log(mid64(11n, 10n));26console.log(mid64(10n, 12n));27console.log(mid64(12n, 10n));28console.log(mid64(10n, 13n));29console.log(mid64(13n, 10n));30console.log(mid64(10n, 14n));31console.log(mid64(14n, 10n));32console.log(mid64(10n, 15n));33console.log(mid64(15n, 10n));34console.log(mid64(10n, 16n));35console.log(mid64(16n, 10n));36console.log(mid64(10n, 17n));37console.log(mid64(17n, 10n));38console.log(mid64(10n, 18n));39console.log(mid64(18n, 10n));40console.log(mid64(10n, 19n));41console.log(mid64(19n, 10n));42console.log(mid64(10n

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1const fc = require('fast-check');2const { mid64 } = require('fast-check/lib/check/arbitrary/IntegerArbitrary');3fc.assert(fc.property(fc.integer(), fc.integer(), (a, b) => {4 const mid = Math.floor((a + b) / 2);5 const mid64 = mid64(a, b);6 return mid === mid64;7}));8const fc = require('fast-check');9const { mid64 } = require('fast-check/lib/check/arbitrary/IntegerArbitrary');10fc.assert(fc.property(fc.integer(), fc.integer(), (a, b) => {11 const mid = Math.floor((a + b) / 2);12 const mid64 = mid64(a, b);13 return mid === mid64;14}));15const fc = require('fast-check');16const { mid64 } = require('fast-check/lib/check/arbitrary/IntegerArbitrary');17fc.assert(fc.property(fc.integer(), fc.integer(), (a, b) => {18 const mid = Math.floor((a + b) / 2);19 const mid64 = mid64(a, b);20 return mid === mid64;21}));22const fc = require('fast-check');23const { mid64 } = require('fast-check/lib/check/arbitrary/IntegerArbitrary');24fc.assert(fc.property(fc.integer(), fc.integer(), (a, b) => {25 const mid = Math.floor((a + b) / 2);26 const mid64 = mid64(a, b);27 return mid === mid64;28}));29const fc = require('fast-check');30const { mid64 } = require('fast-check/lib/check/arbitrary/IntegerArbitrary');31fc.assert(fc.property(fc.integer(), fc.integer(), (a, b) => {32 const mid = Math.floor((a + b) / 2);33 const mid64 = mid64(a, b);34 return mid === mid64;35}));

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Using AI Code Generation

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1const fc = require("fast-check");2const mid64 = require("fast-check/lib/check/arbitrary/mid64.js");3console.log(mid64.mid64());4const fc = require("fast-check");5const mid64 = require("fast-check-monorepo/lib/check/arbitrary/mid64.js");6console.log(mid64.mid64());

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Using AI Code Generation

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1var mid64 = require('fast-check-monorepo').mid64;2var mid64 = require('fast-check-monorepo').mid64;3var mid64 = require('fast-check-monorepo').mid64;4var mid64 = require('fast-check-monorepo').mid64;5var mid64 = require('fast-check-monorepo').mid64;6var mid64 = require('fast-check-monorepo').mid64;7var mid64 = require('fast-check-monorepo').mid64;

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Using AI Code Generation

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1const fc = require("fast-check");2const { mid64 } = require("fast-check/lib/check/arbitrary/Helpers.js");3const { Random } = require("fast-check/lib/random/generator/Random.js");4const { RandomArray } = require("fast-check/lib/random/generator/RandomArray.js");5const { RandomArrayIterator } = require("fast-check/lib/random/generator/RandomArrayIterator.js");6const { RandomInteger } = require("fast-check/lib/random/generator/RandomInteger.js");7const { RandomNumber } = require("fast-check/lib/random/generator/RandomNumber.js");8const { RandomReal } = require("fast-check/lib/random/generator/RandomReal.js");9const { RandomString } = require("fast-check/lib/random/generator/RandomString.js");10const { RandomStringIterator } = require("fast-check/lib/random/generator/RandomStringIterator.js");11const { RandomUnicodeString } = require("fast-check/lib/random/generator/RandomUnicodeString.js");12const { RandomUnicodeStringIterator } = require("fast-check/lib/random/generator/RandomUnicodeStringIterator.js");13const { RandomBoolean } = require("fast-check/lib/random/generator/RandomBoolean.js");14const { RandomValue } = require("fast-check/lib/random/generator/RandomValue.js");15const { RandomBitArray } = require("fast-check/lib/random/generator/RandomBitArray.js");16const { RandomBitArrayIterator } = require("fast-check/lib/random/generator/RandomBitArrayIterator.js");17const { RandomBit } = require("fast-check/lib/random/generator/RandomBit.js");18const { RandomBitIterator } = require("fast-check/lib/random/generator/RandomBitIterator.js");19const { RandomBits } = require("fast-check/lib/random/generator/RandomBits.js");20const { RandomBitsIterator } = require("fast-check/lib/random/generator/RandomBitsIterator.js");21const { RandomArrayReal } = require("fast-check/lib/random/generator/RandomArrayReal.js");22const { RandomArrayRealIterator } = require("fast-check/lib/random/generator/RandomArrayRealIterator.js");23const { RandomArrayInteger } = require("fast-check/lib/random/generator/RandomArrayInteger.js");24const { RandomArrayIntegerIterator } = require("fast-check/lib/random/generator/RandomArrayIntegerIterator.js");25const { RandomArrayElement } = require("fast-check/lib/random/generator/RandomArrayElement.js");26const { Random

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Using AI Code Generation

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1const { mid64 } = require('fast-check');2const { generate } = require('fast-check/lib/check/arbitrary/IntegerArbitrary');3console.log(mid64(0, 100));4const { mid64 } = require('fast-check/lib/check/arbitrary/IntegerArbitrary');5const { generate } = require('fast-check/lib/check/arbitrary/IntegerArbitrary');6console.log(mid64(0, 100));

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