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import {  assert,  assertEquals,  assertStrictEquals,  sinon,} from "./support/test_deps.ts";import { testWrapper } from "./support/test_utils.ts";import { faker } from "../mod.ts";const { test } = Deno;
test({  name: "firstName() returns a random name",  fn(): void {    sinon.stub(faker.name, "firstName").returns("foo");    const first_name = faker.name.firstName();    assertEquals(first_name, "foo");    faker.name.firstName.restore();  },});
test({  name: "lastName() returns a random name",  fn(): void {    sinon.stub(faker.name, "lastName").returns("foo");    const last_name = faker.name.lastName();    assertEquals(last_name, "foo");    faker.name.lastName.restore();  },});
test({  name: "findName() usually returns a first name and last name",  fn(): void {    sinon.stub(faker.random, "number").returns(5);    const name = faker.name.findName();    assert(name);    const parts = name.split(" ");    assertStrictEquals(parts.length, 2);    faker.random.number.restore();  },});
test({  name:    "findName() occasionally returns a first name and last name with a prefix",  fn(): void {    sinon.stub(faker.random, "number").returns(0);    const name = faker.name.findName();    const parts = name.split(" ");    assert(parts.length >= 3);    faker.random.number.restore();  },});
test({  name: "findName() occasionally returns a male full name with a prefix",  fn(): void {    sinon.stub(faker.random, "number")      .withArgs(8).returns(0) // with prefix      .withArgs(1).returns(0); // gender male    sinon.stub(faker.name, "prefix").withArgs(0).returns("X");    sinon.stub(faker.name, "firstName").withArgs(0).returns("Y");    sinon.stub(faker.name, "lastName").withArgs(0).returns("Z");    const name = faker.name.findName();    assertEquals(name, "X Y Z");    faker.random.number.restore();    faker.name.prefix.restore();    faker.name.firstName.restore();    faker.name.lastName.restore();  },});
test({  name: "findName() occasionally returns a female full name with a prefix",  fn(): void {    sinon.stub(faker.random, "number")      .withArgs(8).returns(0) // with prefix      .withArgs(1).returns(1); // gender female    sinon.stub(faker.name, "prefix").withArgs(1).returns("J");    sinon.stub(faker.name, "firstName").withArgs(1).returns("K");    sinon.stub(faker.name, "lastName").withArgs(1).returns("L");    const name = faker.name.findName();    assertEquals(name, "J K L");    faker.random.number.restore();    faker.name.prefix.restore();    faker.name.firstName.restore();    faker.name.lastName.restore();  },});
test({  name:    "findName() occasionally returns a first name and last name with a suffix",  fn(): void {    sinon.stub(faker.random, "number").returns(1);    sinon.stub(faker.name, "suffix").returns("Jr.");    const name = faker.name.findName();    const parts = name.split(" ");    assert(parts.length >= 3);    assertEquals(parts[parts.length - 1], "Jr.");    faker.name.suffix.restore();    faker.random.number.restore();  },});
test({  name:    "findName() needs to work with specific locales and respect the fallbacks",  fn(): void {    faker.locale = "pl";    // this will throw if this is broken    const name = faker.name.findName();    // reset locale    faker.locale = "en";  },});test({  name: "title() returns a random title",  fn(): void {    sinon.stub(faker.name, "title").returns("Lead Solutions Supervisor");    const title = faker.name.title();    assertEquals(title, "Lead Solutions Supervisor");    faker.name.title.restore();  },});
test({  name:    "jobTitle() returns a job title consisting of a descriptor, area, and type",  fn(): void {    sinon.spy(faker.random, "arrayElement");    sinon.spy(faker.name, "jobDescriptor");    sinon.spy(faker.name, "jobArea");    sinon.spy(faker.name, "jobType");    const jobTitle = faker.name.jobTitle();    assert(typeof jobTitle === "string");    assert(faker.random.arrayElement.calledThrice);    assert(faker.name.jobDescriptor.calledOnce);    assert(faker.name.jobArea.calledOnce);    assert(faker.name.jobType.calledOnce);    faker.random.arrayElement.restore();    faker.name.jobDescriptor.restore();    faker.name.jobArea.restore();    faker.name.jobType.restore();  },});
let oldLocale: string;function localePrefixes() {  oldLocale = faker.locale;  faker.locale = "TEST";  faker.locales = {    ...faker.locales,    TEST: {      name: {        male_prefix: ["Mp"],        female_prefix: ["Fp"],      },    },  };}function localePrefix() {  oldLocale = faker.locale;  faker.locale = "TEST";  faker.locales = {    ...faker.locales,    TEST: {      name: {        prefix: ["P"],      },    },  };}function resetLocale() {  faker.locale = oldLocale;  delete faker.locale["TEST"];}
testWrapper(  {    name:      "prefix() returns male prefix when using a locale with gender specific name prefixes",    fn(): void {      const prefix = faker.name.prefix(0);      assertEquals(prefix, "Mp");    },  },  localePrefixes,  resetLocale,);
testWrapper(  {    name:      "prefix() returns female prefix when using a locale with gender specific name prefixes",    fn(): void {      const prefix = faker.name.prefix(1);      assertEquals(prefix, "Fp");    },  },  localePrefixes,  resetLocale,);
testWrapper(  {    name:      "prefix() returns either prefix when using a locale with gender specific name prefixes",    fn(): void {      const prefix = faker.name.prefix();      assert(["Mp", "Fp"].indexOf(prefix) >= 0);    },  },  localePrefixes,  resetLocale,);
testWrapper(  {    name:      "prefix() returns a prefix when using a locale without gender specific name prefixes",    fn(): void {      const prefix = faker.name.prefix();      assertEquals(prefix, "P");    },  },  localePrefix,  resetLocale,);