NET-Web-API-w-Angular/my-app/node_modules/piscina/test/option-validation.ts

129 lines
4.1 KiB
TypeScript
Executable file

import Piscina from '..';
import { test } from 'tap';
test('filename cannot be non-null/non-string', async ({ throws }) => {
throws(() => new Piscina(({
filename: 12
}) as any), /options.filename must be a string or null/);
});
test('name cannot be non-null/non-string', async ({ throws }) => {
throws(() => new Piscina(({
name: 12
}) as any), /options.name must be a string or null/);
});
test('minThreads must be non-negative integer', async ({ throws }) => {
throws(() => new Piscina(({
minThreads: -1
}) as any), /options.minThreads must be a non-negative integer/);
throws(() => new Piscina(({
minThreads: 'string'
}) as any), /options.minThreads must be a non-negative integer/);
});
test('maxThreads must be positive integer', async ({ throws }) => {
throws(() => new Piscina(({
maxThreads: -1
}) as any), /options.maxThreads must be a positive integer/);
throws(() => new Piscina(({
maxThreads: 0
}) as any), /options.maxThreads must be a positive integer/);
throws(() => new Piscina(({
maxThreads: 'string'
}) as any), /options.maxThreads must be a positive integer/);
});
test('concurrentTasksPerWorker must be positive integer', async ({ throws }) => {
throws(() => new Piscina(({
concurrentTasksPerWorker: -1
}) as any), /options.concurrentTasksPerWorker must be a positive integer/);
throws(() => new Piscina(({
concurrentTasksPerWorker: 0
}) as any), /options.concurrentTasksPerWorker must be a positive integer/);
throws(() => new Piscina(({
concurrentTasksPerWorker: 'string'
}) as any), /options.concurrentTasksPerWorker must be a positive integer/);
});
test('idleTimeout must be non-negative integer', async ({ throws }) => {
throws(() => new Piscina(({
idleTimeout: -1
}) as any), /options.idleTimeout must be a non-negative integer/);
throws(() => new Piscina(({
idleTimeout: 'string'
}) as any), /options.idleTimeout must be a non-negative integer/);
});
test('maxQueue must be non-negative integer', async ({ throws, equal }) => {
throws(() => new Piscina(({
maxQueue: -1
}) as any), /options.maxQueue must be a non-negative integer/);
throws(() => new Piscina(({
maxQueue: 'string'
}) as any), /options.maxQueue must be a non-negative integer/);
const p = new Piscina({ maxQueue: 'auto', maxThreads: 2 });
equal(p.options.maxQueue, 4);
});
test('useAtomics must be a boolean', async ({ throws }) => {
throws(() => new Piscina(({
useAtomics: -1
}) as any), /options.useAtomics must be a boolean/);
throws(() => new Piscina(({
useAtomics: 'string'
}) as any), /options.useAtomics must be a boolean/);
});
test('resourceLimits must be an object', async ({ throws }) => {
throws(() => new Piscina(({
resourceLimits: 0
}) as any), /options.resourceLimits must be an object/);
});
test('taskQueue must be a TaskQueue object', async ({ throws }) => {
throws(() => new Piscina(({
taskQueue: 0
}) as any), /options.taskQueue must be a TaskQueue object/);
throws(() => new Piscina(({
taskQueue: 'test'
}) as any), /options.taskQueue must be a TaskQueue object/);
throws(() => new Piscina(({
taskQueue: null
}) as any), /options.taskQueue must be a TaskQueue object/);
throws(() => new Piscina(({
taskQueue: new Date()
}) as any), /options.taskQueue must be a TaskQueue object/);
throws(() => new Piscina(({
taskQueue: { } as any
}) as any), /options.taskQueue must be a TaskQueue object/);
});
test('niceIncrement must be non-negative integer', async ({ throws }) => {
throws(() => new Piscina(({
niceIncrement: -1
}) as any), /options.niceIncrement must be a non-negative integer/);
throws(() => new Piscina(({
niceIncrement: 'string'
}) as any), /options.niceIncrement must be a non-negative integer/);
});
test('trackUnmanagedFds must be a boolean', async ({ throws }) => {
throws(() => new Piscina(({
trackUnmanagedFds: -1
}) as any), /options.trackUnmanagedFds must be a boolean/);
throws(() => new Piscina(({
trackUnmanagedFds: 'string'
}) as any), /options.trackUnmanagedFds must be a boolean/);
});