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614 lines
16 KiB
TypeScript
614 lines
16 KiB
TypeScript
// deno-lint-ignore-file no-deprecated-deno-api
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// Copyright 2018-2024 the Deno authors. All rights reserved. MIT license.
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import {
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assert,
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assertEquals,
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assertStrictEquals,
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assertStringIncludes,
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assertThrows,
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DENO_FUTURE,
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} from "./test_util.ts";
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Deno.test(
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{ permissions: { read: true, run: false } },
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function runPermissions() {
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assertThrows(() => {
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// @ts-ignore `Deno.run()` was soft-removed in Deno 2.
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Deno.run({
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cmd: [Deno.execPath(), "eval", "console.log('hello world')"],
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});
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}, Deno.errors.PermissionDenied);
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},
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);
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Deno.test(
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{ permissions: { run: true, read: true } },
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async function runSuccess() {
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// @ts-ignore `Deno.run()` was soft-removed in Deno 2.
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const p = Deno.run({
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// freeze the array to ensure it's not modified
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cmd: Object.freeze([
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Deno.execPath(),
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"eval",
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"console.log('hello world')",
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]),
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stdout: "piped",
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stderr: "null",
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});
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const status = await p.status();
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assertEquals(status.success, true);
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assertEquals(status.code, 0);
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assertEquals(status.signal, undefined);
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p.stdout.close();
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p.close();
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},
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);
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Deno.test(
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{ permissions: { run: true, read: true } },
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async function runUrl() {
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// @ts-ignore `Deno.run()` was soft-removed in Deno 2.
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const p = Deno.run({
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cmd: [
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new URL(`file:///${Deno.execPath()}`),
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"eval",
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"console.log('hello world')",
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],
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stdout: "piped",
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stderr: "null",
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});
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const status = await p.status();
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assertEquals(status.success, true);
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assertEquals(status.code, 0);
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assertEquals(status.signal, undefined);
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p.stdout.close();
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p.close();
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},
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);
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Deno.test(
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{ permissions: { run: true, read: true } },
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async function runStdinRid0(): Promise<
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void
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> {
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// @ts-ignore `Deno.run()` was soft-removed in Deno 2.
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const p = Deno.run({
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cmd: [Deno.execPath(), "eval", "console.log('hello world')"],
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stdin: 0,
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stdout: "piped",
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stderr: "null",
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});
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const status = await p.status();
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assertEquals(status.success, true);
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assertEquals(status.code, 0);
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assertEquals(status.signal, undefined);
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p.stdout.close();
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p.close();
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},
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);
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Deno.test(
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{ permissions: { run: true, read: true } },
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function runInvalidStdio() {
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assertThrows(() =>
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// @ts-ignore `Deno.run()` was soft-removed in Deno 2.
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Deno.run({
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cmd: [Deno.execPath(), "eval", "console.log('hello world')"],
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stdin: "a",
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})
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);
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assertThrows(() =>
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// @ts-ignore `Deno.run()` was soft-removed in Deno 2.
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Deno.run({
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cmd: [Deno.execPath(), "eval", "console.log('hello world')"],
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stdout: "b",
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})
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);
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assertThrows(() =>
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// @ts-ignore `Deno.run()` was soft-removed in Deno 2.
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Deno.run({
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cmd: [Deno.execPath(), "eval", "console.log('hello world')"],
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stderr: "c",
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})
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);
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},
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);
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Deno.test(
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{ permissions: { run: true, read: true } },
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async function runCommandFailedWithCode() {
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// @ts-ignore `Deno.run()` was soft-removed in Deno 2.
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const p = Deno.run({
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cmd: [Deno.execPath(), "eval", "Deno.exit(41 + 1)"],
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});
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const status = await p.status();
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assertEquals(status.success, false);
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assertEquals(status.code, 42);
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assertEquals(status.signal, undefined);
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p.close();
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},
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);
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Deno.test(
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{
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permissions: { run: true, read: true },
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},
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async function runCommandFailedWithSignal() {
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// @ts-ignore `Deno.run()` was soft-removed in Deno 2.
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const p = Deno.run({
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cmd: [
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Deno.execPath(),
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"eval",
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"Deno.kill(Deno.pid, 'SIGKILL')",
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],
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});
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const status = await p.status();
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assertEquals(status.success, false);
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if (Deno.build.os === "windows") {
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assertEquals(status.code, 1);
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assertEquals(status.signal, undefined);
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} else {
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assertEquals(status.code, 128 + 9);
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assertEquals(status.signal, 9);
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}
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p.close();
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},
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);
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Deno.test({ permissions: { run: true } }, function runNotFound() {
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let error;
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try {
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// @ts-ignore `Deno.run()` was soft-removed in Deno 2.
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Deno.run({ cmd: ["this file hopefully doesn't exist"] });
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} catch (e) {
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error = e;
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}
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assert(error !== undefined);
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assert(error instanceof Deno.errors.NotFound);
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});
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Deno.test(
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{ permissions: { write: true, run: true, read: true } },
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async function runWithCwdIsAsync() {
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const enc = new TextEncoder();
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const cwd = await Deno.makeTempDir({ prefix: "deno_command_test" });
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const exitCodeFile = "deno_was_here";
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const programFile = "poll_exit.ts";
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const program = `
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async function tryExit() {
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try {
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const code = parseInt(await Deno.readTextFile("${exitCodeFile}"));
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Deno.exit(code);
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} catch {
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// Retry if we got here before deno wrote the file.
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setTimeout(tryExit, 0.01);
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}
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}
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tryExit();
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`;
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Deno.writeFileSync(`${cwd}/${programFile}`, enc.encode(program));
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// @ts-ignore `Deno.run()` was soft-removed in Deno 2.
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const p = Deno.run({
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cwd,
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cmd: [Deno.execPath(), "run", "--allow-read", programFile],
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});
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// Write the expected exit code *after* starting deno.
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// This is how we verify that `run()` is actually asynchronous.
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const code = 84;
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Deno.writeFileSync(`${cwd}/${exitCodeFile}`, enc.encode(`${code}`));
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const status = await p.status();
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assertEquals(status.success, false);
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assertEquals(status.code, code);
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assertEquals(status.signal, undefined);
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p.close();
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},
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);
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Deno.test(
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{ permissions: { run: true, read: true } },
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async function runStdinPiped(): Promise<
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void
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> {
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// @ts-ignore `Deno.run()` was soft-removed in Deno 2.
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const p = Deno.run({
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cmd: [
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Deno.execPath(),
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"eval",
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`
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const buffer = new Uint8Array(5);
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await Deno.stdin.read(buffer);
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if (new TextDecoder().decode(buffer) !== "hello") {
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throw new Error('Expected \\'hello\\'')
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}
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`,
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],
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stdin: "piped",
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});
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assert(p.stdin);
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assert(!p.stdout);
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assert(!p.stderr);
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const msg = new TextEncoder().encode("hello");
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const n = await p.stdin.write(msg);
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assertEquals(n, msg.byteLength);
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p.stdin.close();
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const status = await p.status();
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assertEquals(status.success, true);
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assertEquals(status.code, 0);
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assertEquals(status.signal, undefined);
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p.close();
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},
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);
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Deno.test(
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{ permissions: { run: true, read: true } },
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async function runStdoutPiped(): Promise<
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void
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> {
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// @ts-ignore `Deno.run()` was soft-removed in Deno 2.
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const p = Deno.run({
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cmd: [
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Deno.execPath(),
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"eval",
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"await Deno.stdout.write(new TextEncoder().encode('hello'))",
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],
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stdout: "piped",
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});
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assert(!p.stdin);
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assert(!p.stderr);
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const data = new Uint8Array(10);
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let r = await p.stdout.read(data);
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if (r === null) {
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throw new Error("p.stdout.read(...) should not be null");
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}
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assertEquals(r, 5);
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const s = new TextDecoder().decode(data.subarray(0, r));
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assertEquals(s, "hello");
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r = await p.stdout.read(data);
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assertEquals(r, null);
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p.stdout.close();
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const status = await p.status();
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assertEquals(status.success, true);
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assertEquals(status.code, 0);
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assertEquals(status.signal, undefined);
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p.close();
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},
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);
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Deno.test(
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{ permissions: { run: true, read: true } },
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async function runStderrPiped(): Promise<
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void
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> {
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// @ts-ignore `Deno.run()` was soft-removed in Deno 2.
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const p = Deno.run({
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cmd: [
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Deno.execPath(),
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"eval",
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"await Deno.stderr.write(new TextEncoder().encode('hello'))",
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],
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stderr: "piped",
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});
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assert(!p.stdin);
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assert(!p.stdout);
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const data = new Uint8Array(10);
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let r = await p.stderr.read(data);
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if (r === null) {
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throw new Error("p.stderr.read should not return null here");
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}
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assertEquals(r, 5);
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const s = new TextDecoder().decode(data.subarray(0, r));
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assertEquals(s, "hello");
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r = await p.stderr.read(data);
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assertEquals(r, null);
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p.stderr!.close();
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const status = await p.status();
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assertEquals(status.success, true);
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assertEquals(status.code, 0);
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assertEquals(status.signal, undefined);
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p.close();
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},
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);
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Deno.test(
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{ permissions: { run: true, read: true } },
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async function runOutput() {
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// @ts-ignore `Deno.run()` was soft-removed in Deno 2.
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const p = Deno.run({
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cmd: [
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Deno.execPath(),
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"eval",
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"await Deno.stdout.write(new TextEncoder().encode('hello'))",
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],
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stdout: "piped",
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});
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const output = await p.output();
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const s = new TextDecoder().decode(output);
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assertEquals(s, "hello");
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p.close();
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},
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);
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Deno.test(
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{ permissions: { run: true, read: true } },
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async function runStderrOutput(): Promise<
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void
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> {
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// @ts-ignore `Deno.run()` was soft-removed in Deno 2.
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const p = Deno.run({
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cmd: [
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Deno.execPath(),
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"eval",
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"await Deno.stderr.write(new TextEncoder().encode('error'))",
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],
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stderr: "piped",
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});
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const error = await p.stderrOutput();
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const s = new TextDecoder().decode(error);
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assertEquals(s, "error");
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p.close();
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},
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);
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Deno.test(
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{
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// Ignoring because uses `file.rid`
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ignore: DENO_FUTURE,
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permissions: { run: true, write: true, read: true },
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},
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async function runRedirectStdoutStderr() {
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const tempDir = await Deno.makeTempDir();
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const fileName = tempDir + "/redirected_stdio.txt";
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using file = await Deno.open(fileName, {
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create: true,
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write: true,
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});
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// @ts-ignore `Deno.run()` was soft-removed in Deno 2.
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const p = Deno.run({
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cmd: [
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Deno.execPath(),
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"eval",
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"Deno.stderr.write(new TextEncoder().encode('error\\n')); Deno.stdout.write(new TextEncoder().encode('output\\n'));",
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],
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stdout: file.rid,
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stderr: file.rid,
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});
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await p.status();
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p.close();
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const fileContents = await Deno.readFile(fileName);
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const decoder = new TextDecoder();
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const text = decoder.decode(fileContents);
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assertStringIncludes(text, "error");
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assertStringIncludes(text, "output");
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// deno-lint-ignore no-console
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console.log("finished tgis test");
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},
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);
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Deno.test(
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{
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// Ignoring because uses `file.rid`
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ignore: DENO_FUTURE,
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permissions: { run: true, write: true, read: true },
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},
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async function runRedirectStdin() {
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const tempDir = await Deno.makeTempDir();
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const fileName = tempDir + "/redirected_stdio.txt";
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await Deno.writeTextFile(fileName, "hello");
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using file = await Deno.open(fileName);
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// @ts-ignore `Deno.run()` was soft-removed in Deno 2.
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const p = Deno.run({
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cmd: [
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Deno.execPath(),
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"eval",
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`
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const buffer = new Uint8Array(5);
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await Deno.stdin.read(buffer);
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if (new TextDecoder().decode(buffer) !== "hello") {
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throw new Error('Expected \\'hello\\'')
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}
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`,
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],
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stdin: file.rid,
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});
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const status = await p.status();
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assertEquals(status.code, 0);
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p.close();
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},
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);
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Deno.test(
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{ permissions: { run: true, read: true } },
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async function runEnv() {
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// @ts-ignore `Deno.run()` was soft-removed in Deno 2.
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const p = Deno.run({
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cmd: [
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Deno.execPath(),
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"eval",
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"Deno.stdout.write(new TextEncoder().encode(Deno.env.get('FOO') + Deno.env.get('BAR')))",
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],
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env: {
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FOO: "0123",
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BAR: "4567",
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},
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stdout: "piped",
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});
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const output = await p.output();
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const s = new TextDecoder().decode(output);
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assertEquals(s, "01234567");
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p.close();
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},
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);
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Deno.test(
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{ permissions: { run: true, read: true } },
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async function runClose() {
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// @ts-ignore `Deno.run()` was soft-removed in Deno 2.
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const p = Deno.run({
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cmd: [
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Deno.execPath(),
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"eval",
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"setTimeout(() => Deno.stdout.write(new TextEncoder().encode('error')), 10000)",
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],
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stderr: "piped",
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});
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assert(!p.stdin);
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assert(!p.stdout);
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p.close();
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const data = new Uint8Array(10);
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const r = await p.stderr.read(data);
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assertEquals(r, null);
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p.stderr.close();
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},
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);
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Deno.test(
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{ permissions: { run: true, read: true } },
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async function runKillAfterStatus() {
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// @ts-ignore `Deno.run()` was soft-removed in Deno 2.
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const p = Deno.run({
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cmd: [Deno.execPath(), "eval", 'console.log("hello")'],
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});
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await p.status();
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let error = null;
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try {
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p.kill("SIGTERM");
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} catch (e) {
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error = e;
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}
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assert(
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error instanceof Deno.errors.NotFound ||
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// On Windows, the underlying Windows API may return
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// `ERROR_ACCESS_DENIED` when the process has exited, but hasn't been
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// completely cleaned up yet and its `pid` is still valid.
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(Deno.build.os === "windows" &&
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error instanceof Deno.errors.PermissionDenied),
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);
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p.close();
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},
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);
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Deno.test({ permissions: { run: false } }, function killPermissions() {
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assertThrows(() => {
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// Unlike the other test cases, we don't have permission to spawn a
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// subprocess we can safely kill. Instead we send SIGCONT to the current
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// process - assuming that Deno does not have a special handler set for it
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// and will just continue even if a signal is erroneously sent.
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Deno.kill(Deno.pid, "SIGCONT");
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}, Deno.errors.PermissionDenied);
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});
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Deno.test(
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{ ignore: Deno.build.os !== "windows", permissions: { run: true } },
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function negativePidInvalidWindows() {
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assertThrows(() => {
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Deno.kill(-1, "SIGTERM");
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}, TypeError);
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},
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);
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Deno.test(
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{ ignore: Deno.build.os !== "windows", permissions: { run: true } },
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function invalidSignalNameWindows() {
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assertThrows(() => {
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Deno.kill(Deno.pid, "SIGUSR1");
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}, TypeError);
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},
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);
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Deno.test(
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{ permissions: { run: true, read: true } },
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async function killSuccess() {
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// @ts-ignore `Deno.run()` was soft-removed in Deno 2.
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const p = Deno.run({
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cmd: [Deno.execPath(), "eval", "setTimeout(() => {}, 10000)"],
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});
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try {
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Deno.kill(p.pid, "SIGKILL");
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const status = await p.status();
|
|
|
|
assertEquals(status.success, false);
|
|
if (Deno.build.os === "windows") {
|
|
assertEquals(status.code, 1);
|
|
assertEquals(status.signal, undefined);
|
|
} else {
|
|
assertEquals(status.code, 137);
|
|
assertEquals(status.signal, 9);
|
|
}
|
|
} finally {
|
|
p.close();
|
|
}
|
|
},
|
|
);
|
|
|
|
Deno.test({ permissions: { run: true, read: true } }, function killFailed() {
|
|
// @ts-ignore `Deno.run()` was soft-removed in Deno 2.
|
|
const p = Deno.run({
|
|
cmd: [Deno.execPath(), "eval", "setTimeout(() => {}, 10000)"],
|
|
});
|
|
assert(!p.stdin);
|
|
assert(!p.stdout);
|
|
|
|
assertThrows(() => {
|
|
// @ts-expect-error testing runtime error of bad signal
|
|
Deno.kill(p.pid, "foobar");
|
|
}, TypeError);
|
|
|
|
p.close();
|
|
});
|
|
|
|
Deno.test(
|
|
{
|
|
permissions: { run: true, read: true, write: true },
|
|
ignore: Deno.build.os === "windows",
|
|
},
|
|
async function non_existent_cwd(): Promise<void> {
|
|
// @ts-ignore `Deno.run()` was soft-removed in Deno 2.
|
|
const p = Deno.run({
|
|
cmd: [
|
|
Deno.execPath(),
|
|
"eval",
|
|
`const dir = Deno.makeTempDirSync();
|
|
Deno.chdir(dir);
|
|
Deno.removeSync(dir);
|
|
const p = Deno.run({cmd:[Deno.execPath(), "eval", "console.log(1);"]});
|
|
const { code } = await p.status();
|
|
p.close();
|
|
Deno.exit(code);
|
|
`,
|
|
],
|
|
stdout: "piped",
|
|
stderr: "piped",
|
|
});
|
|
|
|
const { code } = await p.status();
|
|
const stderr = new TextDecoder().decode(await p.stderrOutput());
|
|
p.close();
|
|
p.stdout.close();
|
|
assertStrictEquals(code, 1);
|
|
assertStringIncludes(stderr, "failed resolving cwd:");
|
|
},
|
|
);
|