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How to use createReturn method in ts-auto-mock
Best JavaScript code snippet using ts-auto-mock
commands.ts
Source:commands.ts 
...141type ICpReturn = ICommandReturn & Partial<IProcessReturn>;142export async function cp(parameters: ICpParameters): Promise<ICpReturn> {143 const { cwd, destinationDirectoryPath } = parameters;144 if (cwd === destinationDirectoryPath) {145 return createReturn(146 null,147 new Error('Source and destination directory are the same.')148 );149 }150 try {151 const result = await process({ copyMode: true, ...parameters });152 return createReturn(result);153 } catch (e) {154 return createReturn(null, e);155 }156}157type IMvParameters = {158 cwd: string;159 sourcePaths: string[];160 destinationDirectoryPath: string;161 overwrite: boolean;162};163type IMvReturn = ICommandReturn & Partial<IProcessReturn>;164export async function mv(parameters: IMvParameters): Promise<IMvReturn> {165 const { cwd, destinationDirectoryPath, sourcePaths } = parameters;166 if (cwd === destinationDirectoryPath) {167 return createReturn(168 null,169 new Error('Source and destination directory are the same.')170 );171 }172 const queue = sourcePaths.map(async (sourcePath) => {173 const destinationPath = ndPath.join(174 destinationDirectoryPath,175 ndPath.basename(sourcePath)176 );177 const error = await getFsAccessAsError(destinationPath);178 if (error.code !== 'ENOENT') {179 return sourcePath;180 }181 try {182 await fs.rename(sourcePath, destinationPath);183 return '';184 } catch (e) {185 return sourcePath;186 }187 });188 const res = await Promise.all(queue);189 const srcPaths = res.filter((path) => Boolean(path));190 if (srcPaths.length === 0) {191 return createReturn(null);192 }193 try {194 const result = await process({195 copyMode: false,196 ...parameters,197 sourcePaths: srcPaths,198 });199 if (result.failed === 0) {200 srcPaths.forEach((srcPath) => deleteEmptyDirectories(srcPath));201 }202 return createReturn(result);203 } catch (e) {204 return createReturn(null, e);205 }206}207type IZipParameters = {208 cwd: string;209 sourcePaths: string[];210 destinationDirectoryPath: string;211 fileName: string;212};213type IZipReturn = ICommandReturn & {214 path: string;215};216export async function zip(parameters: IZipParameters): Promise<IZipReturn> {217 const { cwd, destinationDirectoryPath, fileName, sourcePaths } = parameters;218 const destinationPath = ndPath.join(destinationDirectoryPath, fileName);219 const result = { path: destinationPath };220 const error = await getFsAccessAsError(destinationPath);221 if (error.code === 'EEXIST') {222 return createReturn(result, error);223 }224 try {225 const zip = new AdmZip();226 const queue = sourcePaths.map(async (sourcePath) => {227 const zipPath = ndPath.relative(cwd, sourcePath);228 const stat = await fs.stat(sourcePath);229 if (!stat.isDirectory()) {230 zip.addLocalFile(sourcePath);231 return;232 }233 const files = await fs.readdir(sourcePath);234 if (files.length > 0) {235 zip.addLocalFolder(sourcePath, zipPath);236 } else {237 zip.addFile(`${zipPath}/`, Buffer.from([0x00]));238 }239 });240 await Promise.all(queue);241 zip.writeZip(destinationPath);242 return createReturn(result);243 } catch (e) {244 return createReturn(result, e);245 }246}247type ITarParameters = {248 cwd: string;249 sourcePaths: string[];250 destinationDirectoryPath: string;251 fileName: string;252 gz: boolean;253};254type ITarReturn = ICommandReturn & {255 path: string;256};257export async function tar(parameters: ITarParameters): Promise<ITarReturn> {258 const { cwd, destinationDirectoryPath, fileName, gz, sourcePaths } =259 parameters;260 const destinationPath = ndPath.join(destinationDirectoryPath, fileName);261 const result = { path: destinationPath };262 const error = await getFsAccessAsError(destinationPath);263 if (error.code === 'EEXIST') {264 return createReturn(result, error);265 }266 try {267 const writeStream = fsSync.createWriteStream(destinationPath);268 const entries = sourcePaths.map((sourcePath) =>269 ndPath.relative(cwd, sourcePath)270 );271 const pack = tarFs.pack(cwd, { entries });272 if (gz) {273 const gzip = zlib.createGzip();274 pack.pipe(gzip).pipe(writeStream);275 } else {276 pack.pipe(writeStream);277 }278 return createReturn(result);279 } catch (e) {280 return createReturn(result, e);281 }282}283type IUnzipParameters = {284 sourcePath: string;285 destinationDirectoryPath: string;286 directoryName?: string;287};288type IUnzipReturn = ICommandReturn;289export async function unzip(290 parameters: IUnzipParameters291): Promise<IUnzipReturn> {292 const {293 destinationDirectoryPath,294 directoryName = '',295 sourcePath,296 } = parameters;297 const destDirPath = ndPath.join(destinationDirectoryPath, directoryName);298 const error = await getFsAccessAsError(destDirPath);299 if (directoryName && error.code === 'EEXIST') {300 return createReturn(null, error);301 }302 try {303 await fs.mkdir(destDirPath, { recursive: true });304 const zip = new AdmZip(sourcePath);305 zip.extractAllTo(destDirPath, true);306 return createReturn(null);307 } catch (e) {308 return createReturn(null, e);309 }310}311type IUntarParameters = {312 sourcePath: string;313 destinationDirectoryPath: string;314 directoryName?: string;315};316type IUntarReturn = ICommandReturn;317export async function untar(318 parameters: IUntarParameters319): Promise<IUntarReturn> {320 const {321 destinationDirectoryPath,322 directoryName = '',323 sourcePath,324 } = parameters;325 const destDirPath = ndPath.join(destinationDirectoryPath, directoryName);326 const error = await getFsAccessAsError(destDirPath);327 if (directoryName && error.code === 'EEXIST') {328 return createReturn(null, error);329 }330 try {331 const readStream = fsSync.createReadStream(sourcePath);332 const extract = tarFs.extract(destDirPath);333 readStream.pipe(gunzip()).pipe(extract);334 return createReturn(null);335 } catch (e) {336 return createReturn(null, e);337 }338}339type IRmParameters = {340 sourcePaths: string[];341};342type IRmReturn = ICommandReturn;343export async function rm(parameters: IRmParameters): Promise<IRmReturn> {344 const { sourcePaths } = parameters;345 const queue = sourcePaths.map((sourcePath) =>346 // fs.rm(sourcePath, { recursive: true })347 trash(sourcePath)348 );349 try {350 await Promise.all(queue);351 return createReturn(null);352 } catch (e) {353 return createReturn(null, e);354 }355}356type IMkdirParameters = {357 destinationDirectoryPath: string;358 directoryName: string;359};360type IMkdirReturn = ICommandReturn & {361 path: string;362};363export async function mkdir(364 parameters: IMkdirParameters365): Promise<IMkdirReturn> {366 const { destinationDirectoryPath, directoryName } = parameters;367 const destinationPath = ndPath.join(destinationDirectoryPath, directoryName);368 const result = { path: destinationPath };369 try {370 await fs.mkdir(destinationPath);371 return createReturn(result);372 } catch (e) {373 return createReturn(result, e);374 }375}376type ITouchParameters = {377 destinationDirectoryPath: string;378 fileName: string;379};380type ITouchReturn = ICommandReturn & {381 path: string;382};383export async function touch(384 parameters: ITouchParameters385): Promise<ITouchReturn> {386 const { destinationDirectoryPath, fileName } = parameters;387 const destinationPath = ndPath.join(destinationDirectoryPath, fileName);388 const result = { path: destinationPath };389 try {390 await fs.writeFile(destinationPath, '', { flag: 'wx' });391 return createReturn(result);392 } catch (e) {393 return createReturn(result, e);394 }395}396type IRenameParameters = {397 sourcePath: string;398 basename: string;399};400type IRenameReturn = ICommandReturn & {401 oldPath: string;402 newPath: string;403};404export async function rename(405 parameters: IRenameParameters406): Promise<IRenameReturn> {407 const { basename, sourcePath } = parameters;408 const destinationPath = ndPath.join(ndPath.dirname(sourcePath), basename);409 const result = { oldPath: sourcePath, newPath: destinationPath };410 const error = await getFsAccessAsError(destinationPath);411 if (error.code !== 'ENOENT') {412 return createReturn(result, error);413 }414 try {415 await fs.rename(sourcePath, destinationPath);416 return createReturn(result);417 } catch (e) {418 return createReturn(result, e);419 }420}421type IOpenParameters = {422 sourcePath: string;423 app?: IOpenPathApp;424};425type IOpenReturn = ICommandReturn;426export async function open(parameters: IOpenParameters): Promise<IOpenReturn> {427 const { app, sourcePath } = parameters;428 try {429 await openPath(sourcePath, { app });430 return createReturn(null);431 } catch (e) {432 return createReturn(null, e);433 }434}435type IVdParameters = {436 sourcePath: string;437};438type IVdReturn = ICommandReturn & {439 actualPath: string;440 virtualPath: string;441};442export async function vd(parameters: IVdParameters): Promise<IVdReturn> {443 const { sourcePath } = parameters;444 try {445 const prefix = ndPath.join(os.tmpdir(), 'footloose-');446 const destinationDirectoryPath = await fs.mkdtemp(prefix);447 const params = { destinationDirectoryPath, sourcePath };448 const result = /\.(tar(\.gz)?|tgz)$/.test(sourcePath)449 ? await untar(params)450 : await unzip(params);451 if (result.status === 'error') {452 throw new Error(result.error);453 }454 const actualPath = fsSync.realpathSync.native(destinationDirectoryPath);455 const virtualPath = fsSync.realpathSync.native(sourcePath);456 return createReturn({ actualPath, virtualPath });457 } catch (e) {458 return createReturn({ actualPath: '', virtualPath: '' }, e);459 }460}461type IRealpathParameters = {462 cwd?: string;463 sourcePath: string;464};465type IRealpathReturn = ICommandReturn & {466 path: string;467};468export async function realpath(469 parameters: IRealpathParameters470): Promise<IRealpathReturn> {471 const { cwd = '.', sourcePath } = parameters;472 try {473 const path = ndPath.resolve(cwd, sourcePath);474 return createReturn({ path: fsSync.realpathSync.native(path) });475 } catch (e) {476 return createReturn({ path: '' }, e);477 }478}479type IMimetypeParameters = {480 sourcePath: string;481};482type IMimetypeReturn = ICommandReturn & {483 mime?: string;484};485export async function mimetype(486 parameters: IMimetypeParameters487): Promise<IMimetypeReturn> {488 const { sourcePath } = parameters;489 try {490 const mime = await fromFile(sourcePath);491 return createReturn({ mime: mime?.mime });492 } catch (e) {493 return createReturn(null, e);494 }495}496type IExecParameters = {497 command: string;498 options?: childProcess.ExecOptions;499};500type IExecReturn = ICommandReturn & {501 stdout?: string;502};503export async function exec(parameters: IExecParameters): Promise<IExecReturn> {504 const { command, options } = parameters;505 try {506 const { stderr, stdout } = await execChildProcess(command, options);507 const stdErr = stderr.toString();508 const stdOut = stdout.toString();509 if (stdErr) {510 return createReturn(null, new Error(stdErr));511 }512 return createReturn({ stdout: stdOut });513 } catch (e) {514 return createReturn(null, e);515 }...
create-return.component.ts
Source:create-return.component.ts
...301 "CreatedBy": this.userID,302 "ReturnDetail": productDetails303 }304 this.showLoader = true;305 this.returnService.createReturn(postData).subscribe(res => {306 this.showLoader = false;307 const resp = JSON.parse(JSON.stringify(res));308 if(resp.Error[0].ERROR == 0) {309 if (this.cacheService.has("allReturnsList")) {310 this.cacheService.set("redirectAfterReturnSave", 'returnsaved');311 if (this.cacheService.has("returnListFilterData")) {312 this.cacheService.get("returnListFilterData").subscribe((res) => {313 let resp = JSON.parse(JSON.stringify(res));314 resp.ReturnType = 1;315 resp.VendorID = 1;316 resp.WareHouseID = 1;317 resp.startDate = this.createReturn.ReturnDate;318 resp.endDate = this.createReturn.ReturnDate;319 this.cacheService.set("returnListFilterData", resp);...
cargo.service.ts
Source:cargo.service.ts
...8 private cargoRepository: CargoRepository,9 ) { super() }10 async carregarTodosAtivosSemAdmin(): Promise<BasicResponseInterface> {11 let cargos: any = (await this.cargoRepository.buscaTodosCargos()).filter(cargo => cargo.nome != 'admin' && cargo.ativo_SN == 'S');12 if (!cargos) return this.createReturn(204, "Não foi encontrado registros!")13 return this.createReturn(200, cargos)14 }15 async carregarTodosSemAdmin(): Promise<BasicResponseInterface> {16 let cargos: any = (await this.cargoRepository.buscaTodosCargos()).filter(cargo => cargo.nome != 'admin');17 if (!cargos) return this.createReturn(204, "Não foi encontrado registros!")18 return this.createReturn(200, cargos)19 }20 async criarCargo(cargo): Promise<BasicResponseInterface> {21 const existCargo = await this.cargoRepository.buscaCargoPeloNome(cargo.nome)22 if (existCargo) return this.createReturn(409, "Cargo já foi cadastrado")23 return this.createReturn(201, await this.cargoRepository.cadastrarCargo(cargo))24 }25 async findByNome(nome: string): Promise<BasicResponseInterface> {26 const cargo = await this.cargoRepository.buscaCargoPeloNome(nome)27 if (!cargo) return this.createReturn(404,"Cargo não encontrado!")28 return this.createReturn(200, cargo)29 }30 async toggleAtivoOuInativo(id_cargo: number): Promise<BasicResponseInterface> {31 const cargo = await this.cargoRepository.buscaCargoPeloId(id_cargo);32 if (!cargo) return this.createReturn(404, "Cargo não encontrado!");33 return this.createReturn(200, await this.cargoRepository.toggleAtivoOuInativo(cargo))34 }35 async findById(id_cargo: number): Promise<BasicResponseInterface> {36 const cargo = await this.cargoRepository.buscaCargoPeloId(id_cargo)37 if (!cargo) return this.createReturn(404,"Cargo não encontrado!")38 return this.createReturn(200, cargo)39 }40 async atualizar(id_cargo: number, data): Promise<BasicResponseInterface> {41 const cargo = await this.cargoRepository.buscaCargoPeloId(id_cargo)42 if (!cargo) return this.createReturn(404,"Cargo não encontrado!")43 return this.createReturn(200, await this.cargoRepository.atualizar(id_cargo, data))44 }45 async deletar(id_cargo: number): Promise<BasicResponseInterface> {46 if (!id_cargo) return this.createReturn(422,"Passe o parametro corretamente!")47 const cargo = await this.cargoRepository.buscaCargoPeloId(id_cargo)48 if (!cargo) return this.createReturn(404,"Cargo não encontrado!")49 return this.createReturn(200, await this.cargoRepository.deletar(id_cargo))50 }...
Using AI Code Generation
1const createReturn = require('ts-auto-mock').createReturn;2const test1 = createReturn('test1');3const createReturn = require('ts-auto-mock').createReturn;4const test2 = createReturn('test2');5const createReturn = require('ts-auto-mock').createReturn;6const test3 = createReturn('test3');7export class Test1 {8 public test1: string;9}10export class Test2 {11 public test2: string;12}13export class Test3 {14 public test3: string;15}16const createMock = require('ts-auto-mock').createMock;17const mock = createMock({18});19{20 test1: {21 },22 test2: {23 },24 test3: {25 },26}27export class Test1 {28 public test1: string;29}30export class Test2 {31 public test2: string;32}33export class Test3 {34 public test3: string;35}36const createSpy = require('ts-auto-mock').createSpy;37const spy = createSpy({38});39{40 test1: jasmine.createSpy('test1'),41 test2: jasmine.createSpy('test2'),42 test3: jasmine.createSpy('test3'),43}
Using AI Code Generation
1import { createReturn } from 'ts-auto-mock/extension';2import { Test2 } from './test2';3export class Test1 {4 test2: Test2;5 method1() {6 return createReturn<Test2>();7 }8 method2() {9 return createReturn<Test2>();10 }11}
Using AI Code Generation
1import { createReturn } from 'ts-auto-mock/extension';2const mock: Test1 = createReturn<Test1>('test1.js', 'Test1');3export { mock };4import { createReturn } from 'ts-auto-mock/extension';5const mock: Test2 = createReturn<Test2>('test2.js', 'Test2');6export { mock };7import { createReturn } from 'ts-auto-mock/extension';8const mock: Test3 = createReturn<Test3>('test3.js', 'Test3');9export { mock };10import { createReturn } from 'ts-auto-mock/extension';11const mock: Test4 = createReturn<Test4>('test4.js', 'Test4');12export { mock };13import { createReturn } from 'ts-auto-mock/extension';14const mock: Test5 = createReturn<Test5>('test5.js', 'Test5');15export { mock };16import { createReturn } from 'ts-auto-mock/extension';
Using AI Code Generation
1import { createReturn } from 'ts-auto-mock';2export function test1() {3 const result = createReturn<Test1>();4}5import { createReturn } from 'ts-auto-mock';6describe('test2', () => {7 it('should do something', () => {8 const result = createReturn<Test2>();9 });10});11import { createReturn } from 'ts-auto-mock';12beforeEach(() => {13 const result = createReturn<Test3>();14});15import { createReturn } from 'ts-auto-mock';16const result = createReturn<Test4>();17import { createReturn } from 'ts-auto-mock';18const result = createReturn<Test5>();19import { createReturn } from 'ts-auto-mock';20const result = createReturn<Test6>();21import { createReturn } from 'ts-auto-mock';22const result = createReturn<Test7>();23import { createReturn } from 'ts-auto-mock';24const result = createReturn<Test8>();25import { createReturn } from 'ts-auto-mock';26const result = createReturn<Test9>();27import { createReturn } from 'ts-auto-mock';28const result = createReturn<Test10>();29import { createReturn } from 'ts-auto-mock';30const result = createReturn<Test11>();
Using AI Code Generation
1const { createReturn } = require("ts-auto-mock");2const { test1 } = require("./test1");3test1(createReturn());4export function test1(some: string): string {5 return some;6}7import { test1 } from "./test1";8import { createMock } from "ts-auto-mock";9describe("test1", () => {10 it("should mock test1", () => {11 const result = createMock<typeof test1>({12 implementation: (some: string) => {13 return "test";14 },15 });16 expect(result("test")).toBe("test");17 });18});19export function test1(some: string): string {20 return some;21}22import { test1 } from "./test1";23import { createMock } from "ts-auto-mock";24describe("test1", () => {25 it("should mock test1", () => {26 const result = createMock<typeof test1>({27 implementation: (some: string) => {28 return "test";29 },30 });31 expect(result("test")).toBe("test2");32 });33});34### Mocking with custom implementation and custom return (with import)35export function test1(some: string): string {36 return some;37}38import { test1 } from "./test1";39import { createMock } from "ts-auto-mock";40describe("test1", () => {41 it("should mock test1", () => {42 const result = createMock<typeof test1>({
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