import { blue, green, red } from "./deps.ts";import { assertEquals, StringReader } from "./dev_deps.ts";import { xrun } from "./util.ts";import copy = Deno.copy;
const normalize = (output: string) => output .trim() .replace(/\\/g, "/") .split(/\r?\n/) .sort();
const baseArgs = [ Deno.execPath(), "run", "--unstable", "--allow-read", "--allow-run", "--allow-write",];
Deno.test("normal", async () => { const data = normalize( await xrun([...baseArgs, "../../main.ts"], "testdata/normal"), ); assertEquals( data, normalize(`1.js ... ${green("ok")}1.ts ... ${green("ok")}2.js ${red("missing copyright!")}foo/1.js ... ${green("ok")}foo/2.js ${red("missing copyright!")}foo/bar/1.js ... ${green("ok")}foo/bar/2.js ${red("missing copyright!")}foo/bar/baz/1.js ... ${green("ok")}foo/bar/baz/2.js ${red("missing copyright!")}`), );});
Deno.test("quiet", async () => { const data = normalize( await xrun([...baseArgs, "../../main.ts", "-q"], "testdata/normal"), ); assertEquals( data, normalize(`2.js ${red("missing copyright!")}foo/2.js ${red("missing copyright!")}foo/bar/2.js ${red("missing copyright!")}foo/bar/baz/2.js ${red("missing copyright!")}`), );});
Deno.test("multiline", async () => { const data = normalize( await xrun([...baseArgs, "../../main.ts"], "testdata/multiline"), ); assertEquals( data, normalize(`1.ts ... ${green("ok")}foo/bar/baz/1.ts ... ${green("ok")}foo/bar/baz/2.ts ${red("missing copyright!")}`), );});
Deno.test("multiconfig", async () => { const data = normalize( await xrun([...baseArgs, "../../main.ts"], "testdata/multiconfig"), ); assertEquals( data, normalize(`1.ts ... ${green("ok")}2.ts ... ${green("ok")}`), );});
Deno.test("inject", async () => { try { const confJson = JSON.parse( await readFileText("testdata/inject/.licenserc.json"), ); const liceses = confJson["**/*.ts"].join("\n"); const t1 = await readFileText("testdata/inject/1.ts.tmp"); const t2 = await readFileText("testdata/inject/2.ts.tmp"); let f1 = await Deno.open( "testdata/inject/1.ts", { write: true, truncate: true }, ); let f2 = await Deno.open( "testdata/inject/2.ts", { write: true, truncate: true }, ); await Deno.copy(new StringReader(t1), f1); await Deno.copy(new StringReader(t2), f2); f1.close(); f2.close(); const data = normalize( await xrun( [...baseArgs, "../../main.ts", "--inject"], "testdata/inject", ), ); assertEquals( data, normalize(`1.ts ... ${green("ok")}2.ts ${blue("missing copyright. injecting ... done")}`), ); assertEquals(await readFileText("testdata/inject/1.ts"), t1); assertEquals( await readFileText("testdata/inject/2.ts"), `${liceses}\n${t2}`, ); } catch (e) { console.error(e); throw e; } finally { const f1 = await Deno.open("testdata/inject/1.ts", { write: true }); const f2 = await Deno.open("testdata/inject/2.ts", { write: true }); f1.close(); f2.close(); }});
async function readFileText(file: string) { return new TextDecoder().decode(await Deno.readFileSync(file));}