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// - Chalk -
// -- Instance --
expectType(new chalk.Instance({level: 1}));
// -- Properties --
expectType(chalk.level);
// -- Template literal --
expectType(chalk``);
const name = 'John';
expectType(chalk`Hello {bold.red ${name}}`);
expectType(chalk`Works with numbers {bold.red ${1}}`);
// -- Color methods --
expectType(chalk.hex('#DEADED'));
expectType(chalk.keyword('orange'));
expectType(chalk.rgb(0, 0, 0));
expectType(chalk.hsl(0, 0, 0));
expectType(chalk.hsv(0, 0, 0));
expectType(chalk.hwb(0, 0, 0));
expectType(chalk.ansi(30));
expectType(chalk.ansi256(0));
expectType(chalk.bgHex('#DEADED'));
expectType(chalk.bgKeyword('orange'));
expectType(chalk.bgRgb(0, 0, 0));
expectType(chalk.bgHsl(0, 0, 0));
expectType(chalk.bgHsv(0, 0, 0));
expectType(chalk.bgHwb(0, 0, 0));
expectType(chalk.bgAnsi(30));
expectType(chalk.bgAnsi256(0));
null: null,
undefined: undefined, // eslint-disable-line object-shorthand
map: new Map(),
set: new Set(),
array: ['foo'],
tuple: ['foo'] as ['foo'],
readonlyMap: new Map() as ReadonlyMap,
readonlySet: new Set() as ReadonlySet,
readonlyArray: ['foo'] as readonly string[],
readonlyTuple: ['foo'] as const
}
};
let partialDeepFoo: PartialDeep = foo;
expectError(expectType>(partialDeepFoo));
const partialDeepBar: PartialDeep = foo.bar;
expectType(partialDeepFoo.bar);
expectType<((_: string) => void) | undefined>(partialDeepFoo.bar!.function);
expectType(partialDeepFoo.bar!.object);
expectType(partialDeepFoo.bar!.string);
expectType(partialDeepFoo.bar!.number);
expectType(partialDeepFoo.bar!.boolean);
expectType
.afterEach(async () => 'anything')
);
expectType(
fc
.asyncProperty(fc.nat(), async () => {})
.beforeEach(() => 123)
.afterEach(() => 'anything')
);
expectError(fc.asyncProperty(fc.nat(), fc.string(), async (a: number, b: number) => {}));
// record arbitrary
expectType>(fc.record({ a: fc.nat(), b: fc.string() }));
expectType>(
fc.record({ a: fc.nat(), b: fc.string() }, { withDeletedKeys: true })
);
expectError(fc.record({ a: 1 }));
// dictionary arbitrary
expectType>>(fc.dictionary(fc.string(), fc.nat()));
expectError(fc.dictionary(fc.nat(), fc.nat()));
// tuple arbitrary
expectType>(fc.tuple(fc.nat()));
expectType>(fc.tuple(fc.nat(), fc.string()));
expectError(fc.tuple(fc.nat(), ''));
// oneof arbitrary
expectType>(fc.oneof(fc.string(), fc.fullUnicodeString()));
expectType>(fc.oneof(fc.string() as fc.Arbitrary, fc.nat()));
expectError(fc.oneof(fc.string(), fc.nat())); // TODO Typings should be improved
expectError(fc.oneof(fc.string(), '1'));
expectType(fc.assert(fc.property(fc.nat(), () => {})));
expectType>(fc.assert(fc.asyncProperty(fc.nat(), async () => {})));
// property
expectType(fc.property(fc.nat(), a => {}) as fc.IProperty<[number]>);
expectType(fc.property(fc.nat(), fc.string(), (a, b) => {}) as fc.IProperty<[number, string]>);
expectType(
fc.assert(
fc
.property(fc.nat(), () => {})
.beforeEach(() => 123)
.afterEach(() => 'anything')
)
);
expectError(fc.property(fc.nat(), fc.string(), (a: number, b: number) => {}));
expectError(fc.assert(fc.property(fc.nat(), () => {}).beforeEach(async () => {})));
expectError(fc.assert(fc.property(fc.nat(), () => {}).afterEach(async () => {})));
// asyncProperty
expectType(fc.asyncProperty(fc.nat(), async a => {}) as fc.IAsyncProperty<[number]>);
expectType(fc.asyncProperty(fc.nat(), fc.string(), async (a, b) => {}) as fc.IAsyncProperty<[number, string]>);
expectType(
fc
.asyncProperty(fc.nat(), async () => {})
.beforeEach(async () => 123)
.afterEach(async () => 'anything')
);
expectType(
fc
.asyncProperty(fc.nat(), async () => {})
.beforeEach(() => 123)
.afterEach(() => 'anything')
.asyncProperty(fc.nat(), async () => {})
.beforeEach(() => 123)
.afterEach(() => 'anything')
);
expectError(fc.asyncProperty(fc.nat(), fc.string(), async (a: number, b: number) => {}));
// record arbitrary
expectType>(fc.record({ a: fc.nat(), b: fc.string() }));
expectType>(
fc.record({ a: fc.nat(), b: fc.string() }, { withDeletedKeys: true })
);
expectError(fc.record({ a: 1 }));
// dictionary arbitrary
expectType>>(fc.dictionary(fc.string(), fc.nat()));
expectError(fc.dictionary(fc.nat(), fc.nat()));
// tuple arbitrary
expectType>(fc.tuple(fc.nat()));
expectType>(fc.tuple(fc.nat(), fc.string()));
expectError(fc.tuple(fc.nat(), ''));
// oneof arbitrary
expectType>(fc.oneof(fc.string(), fc.fullUnicodeString()));
expectType>(fc.oneof(fc.string() as fc.Arbitrary, fc.nat()));
expectError(fc.oneof(fc.string(), fc.nat())); // TODO Typings should be improved
expectError(fc.oneof(fc.string(), '1'));
// frequency arbitrary
expectType>(
fc.frequency({ arbitrary: fc.string(), weight: 1 }, { arbitrary: fc.fullUnicodeString(), weight: 1 })
);
expectType>(fc.oneof(fc.string(), fc.fullUnicodeString()));
expectType>(fc.oneof(fc.string() as fc.Arbitrary, fc.nat()));
expectError(fc.oneof(fc.string(), fc.nat())); // TODO Typings should be improved
expectError(fc.oneof(fc.string(), '1'));
// frequency arbitrary
expectType>(
fc.frequency({ arbitrary: fc.string(), weight: 1 }, { arbitrary: fc.fullUnicodeString(), weight: 1 })
);
expectType>(
fc.frequency(
{ arbitrary: fc.string() as fc.Arbitrary, weight: 1 },
{ arbitrary: fc.nat(), weight: 1 }
)
);
expectError(fc.frequency({ arbitrary: fc.string(), weight: 1 }, { arbitrary: fc.nat(), weight: 1 })); // TODO Typings should be improved
expectError(fc.frequency({ arbitrary: fc.string(), weight: 1 }, { arbitrary: '1', weight: 1 }));
// option arbitrary
expectType>(fc.option(fc.nat()));
expectType>(fc.option(fc.nat(), { nil: null }));
expectType>(fc.option(fc.nat(), { nil: 'custom_default' as const }));
expectError(fc.option(1));
// tie arbitrary
expectType<{}>(fc.letrec(tie => ({})));
expectType<{ a: fc.Arbitrary; b: fc.Arbitrary }>(
fc.letrec(tie => ({
a: fc.nat(),
b: fc.string()
}))
);
undefined: undefined, // eslint-disable-line object-shorthand
map: new Map(),
set: new Set(),
array: ['foo'],
tuple: ['foo'] as ['foo'],
readonlyMap: new Map() as ReadonlyMap,
readonlySet: new Set() as ReadonlySet,
readonlyArray: ['foo'] as readonly string[],
readonlyTuple: ['foo'] as const
};
const readonlyData: ReadonlyDeep = data;
readonlyData.fn('foo');
expectError(readonlyData.string = 'bar');
expectType<{readonly foo: string}>(readonlyData.object);
expectType(readonlyData.string);
expectType(readonlyData.number);
expectType(readonlyData.boolean);
expectType
gulp.task('tsd', function() {
var tsdAPI = tsd.getAPI('tsd.json');
return tsdAPI.readConfig({}, true).then(function() {
return tsdAPI.reinstall(
tsd.Options.fromJSON({}) // https://github.com/DefinitelyTyped/tsd/blob/bb2dc91ad64f159298657805154259f9e68ea8a6/src/tsd/Options.ts
).then(function() {
return tsdAPI.updateBundle(tsdAPI.context.config.bundle, true);
});
});
});
expectType>(objects);
}
expectType(AWSXRay.captureHTTPs(http, true));
expectType(AWSXRay.captureHTTPs(https, true));
expectType(AWSXRay.captureHTTPsGlobal(http, true));
expectType(AWSXRay.captureHTTPsGlobal(https, true));
expectType(AWSXRay.capturePromise());
expectType(AWSXRay.capturePromise.patchThirdPartyPromise(Promise));
expectType<'error' | 'fault' | undefined>(AWSXRay.utils.getCauseTypeFromHttpStatus(200));
expectType(AWSXRay.utils.wildcardMatch('*', 'foo'));
expectType(AWSXRay.utils.LambdaUtils.validTraceData('moop'));
expectType(AWSXRay.utils.LambdaUtils.validTraceData());
expectType(AWSXRay.utils.LambdaUtils.populateTraceData(segment, 'moop'));
expectType<{ [key: string]: string }>(AWSXRay.utils.processTraceData());
expectType<{ [key: string]: string }>(AWSXRay.utils.processTraceData('Root=1-58ed6027-14afb2e09172c337713486c0;'));
const urlWithoutQuery: Omit = AWSXRay.utils.objectWithoutProperties(
url.parse('url'), ['query'],
true
);
expectError(urlWithoutQuery.query);
new AWSXRay.database.SqlData('databaseVer', 'driverVer', 'user', 'url', 'queryType');
const sqlData: AWSXRay.database.SqlData = new AWSXRay.database.SqlData();
expectType(sqlData.database_version);
expectType(sqlData.driver_version);
expectType(sqlData.preparation);
expectType(sqlData.url);
import {expectType} from 'tsd';
import {PackageJson, LiteralUnion} from '..';
const packageJson: PackageJson = {};
expectType(packageJson.name);
expectType(packageJson.version);
expectType(packageJson.description);
expectType(packageJson.keywords);
expectType | undefined>(packageJson.homepage);
expectType(packageJson.bugs);
expectType(packageJson.license);
expectType | undefined>(packageJson.licenses);
expectType(packageJson.author);
expectType(packageJson.contributors);
expectType(packageJson.maintainers);
expectType(packageJson.files);
expectType(packageJson.main);
expectType(packageJson.bin);
expectType(packageJson.types);
expectType(packageJson.typings);
expectType(packageJson.man);
expectType(packageJson.directories);