x/udd@0.7.3/test.ts

Update Deno Dependencies - update dependency urls to their latest published versions
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import { udd, UddOptions, UddResult } from "./mod.ts";import { RegistryCtor } from "./registry.ts";import { assertEquals, FakeDenoLand, FakeRegistry } from "./test_deps.ts";
async function testUdd( before: string, after: string, registries: RegistryCtor[] = [FakeRegistry],) { const fn = await Deno.makeTempFile(); try { const encoder = new TextEncoder(); await Deno.writeFile(fn, encoder.encode(before)); const results: UddResult[] = await udd( fn, { _registries: registries, quiet: true } as UddOptions, );
const decoder = new TextDecoder(); const altered = decoder.decode(await Deno.readFile(fn)); assertEquals(after, altered); return results; } finally { await Deno.remove(fn); }}
Deno.test("uddFakeregistry", async () => { const contents = 'import "https://fakeregistry.com/foo@0.0.1/mod.ts";'; const expected = 'import "https://fakeregistry.com/foo@0.0.2/mod.ts";'; await testUdd(contents, expected);});
Deno.test("uddFakeregistryNotFound", async () => { const contents = 'import "https://fakeregistry.com/foo@0.0.3/mod.ts#=";'; const expected = 'import "https://fakeregistry.com/foo@0.0.3/mod.ts#=";'; const results = await testUdd(contents, expected); assertEquals(1, results.length); assertEquals(false, results[0].success); assertEquals("no compatible version found", results[0].message);});
Deno.test("uddFakeDenolandStd", async () => { const contents = 'import "https://deno.land/std@0.34.0/mod.ts";'; const expected = 'import "https://deno.land/std@0.35.0/mod.ts";'; await testUdd(contents, expected, [FakeDenoLand]);});
Deno.test("uddFakeregistryEqToken", async () => { const contents = 'import "https://fakeregistry.com/foo@0.0.1/mod.ts#=0.0.1";'; const expected = 'import "https://fakeregistry.com/foo@0.0.1/mod.ts#=0.0.1";'; await testUdd(contents, expected);});
Deno.test("uddFakeregistryTildeToken", async () => { const contents = 'import "https://fakeregistry.com/foo@0.0.1/mod.ts#~0.0.1";'; const expected = 'import "https://fakeregistry.com/foo@0.0.2/mod.ts#~0.0.1";'; await testUdd(contents, expected);});
Deno.test("uddFakeregistryLtToken", async () => { const contents = 'import "https://fakeregistry.com/foo@0.0.1/mod.ts#<0.1.0";'; const expected = 'import "https://fakeregistry.com/foo@0.0.2/mod.ts#<0.1.0";'; await testUdd(contents, expected);});
Deno.test("uddFakeregistryLtTokenSpaces", async () => { const contents = 'import "https://fakeregistry.com/foo@0.0.1/mod.ts# < 0.1.0";'; const expected = 'import "https://fakeregistry.com/foo@0.0.2/mod.ts# < 0.1.0";'; await testUdd(contents, expected);});
Deno.test("uddFakeregistryInvalidFragmentSemver", async () => { const contents = 'import "https://fakeregistry.com/foo@0.0.1/mod.ts# < 0.1.b";'; const expected = 'import "https://fakeregistry.com/foo@0.0.1/mod.ts# < 0.1.b";'; const results = await testUdd(contents, expected); assertEquals(results.length, 1); assertEquals(results[0].success, false); assertEquals(results[0].message, "invalid semver version: 0.1.b");});
Deno.test("uddFakeregistryInvalidFragmentFoo", async () => { const contents = 'import "https://fakeregistry.com/foo@0.0.1/mod.ts#foo";'; const expected = 'import "https://fakeregistry.com/foo@0.0.1/mod.ts#foo";'; const results = await testUdd(contents, expected); assertEquals(results.length, 1); assertEquals(results[0].success, false); assertEquals(results[0].message, "invalid semver fragment: foo");});
Deno.test("uddFakeregistryEq", async () => { const contents = 'import "https://fakeregistry.com/foo@0.0.1/mod.ts#=";'; const expected = 'import "https://fakeregistry.com/foo@0.0.1/mod.ts#=";'; await testUdd(contents, expected);});
Deno.test("uddFakeregistryTilde", async () => { const contents = 'import "https://fakeregistry.com/foo@0.0.1/mod.ts#~";'; const expected = 'import "https://fakeregistry.com/foo@0.0.2/mod.ts#~";'; await testUdd(contents, expected);});
Deno.test("uddFakeregistryCaret", async () => { const contents = 'import "https://fakeregistry.com/foo@0.0.1/mod.ts#^";'; const expected = 'import "https://fakeregistry.com/foo@0.0.2/mod.ts#^";'; await testUdd(contents, expected);});
Deno.test("uddFakeMultiple", async () => { const contents = `import "https://deno.land/std@0.34.0/mod.ts";import "https://deno.land/std@0.34.0/foo.ts";import { foo } from "https://fakeregistry.com/foo@0.0.1/mod.ts";import { bar } from "https://fakeregistry.com/foo@0.0.1/bar.ts#=";`; const expected = `import "https://deno.land/std@0.35.0/mod.ts";import "https://deno.land/std@0.35.0/foo.ts";import { foo } from "https://fakeregistry.com/foo@0.0.2/mod.ts";import { bar } from "https://fakeregistry.com/foo@0.0.1/bar.ts#=";`; const results = await testUdd( contents, expected, [FakeRegistry, FakeDenoLand], ); assertEquals(4, results.length); // the ordering is a little weird... // (it corresponds to the order passed registries) // FIXME make less fragile by improving search.ts to provide urls in order assertEquals([true, undefined, true, true], results.map((x) => x.success));});
Deno.test("uddFakeregistryFragmentMove", async () => { const contents = 'import "https://fakeregistry.com/foo@~0.0.1/mod.ts";'; const expected = 'import "https://fakeregistry.com/foo@0.0.2/mod.ts#~";'; await testUdd(contents, expected);});
Deno.test("uddFakeregistryFragmentMoveEq", async () => { const contents = 'import "https://fakeregistry.com/foo@=0.0.1/mod.ts";'; const expected = 'import "https://fakeregistry.com/foo@0.0.1/mod.ts#=";'; await testUdd(contents, expected);});
Deno.test("uddGitHubRawBranchName", async () => { const contents = `import "https://raw.githubusercontent.com/foo/bar/main/mod.ts";import "https://raw.githubusercontent.com/foo/bar/main/mod.ts#=";`; const expected = `import "https://raw.githubusercontent.com/foo/bar/main/mod.ts";import "https://raw.githubusercontent.com/foo/bar/main/mod.ts#=";`; const results = await testUdd(contents, expected); assertEquals(results.length, 0);});