fingerprints.test.js

"use strict";
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    if (k2 === undefined) k2 = k;
    Object.defineProperty(o, k2, { enumerable: true, get: function() { return m[k]; } });
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var __importStar = (this && this.__importStar) || function (mod) {
    if (mod && mod.__esModule) return mod;
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    if (mod != null) for (var k in mod) if (k !== "default" && Object.prototype.hasOwnProperty.call(mod, k)) __createBinding(result, mod, k);
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var __importDefault = (this && this.__importDefault) || function (mod) {
    return (mod && mod.__esModule) ? mod : { "default": mod };
};
Object.defineProperty(exports, "__esModule", { value: true });
const fs = __importStar(require("fs"));
const path = __importStar(require("path"));
const ava_1 = __importDefault(require("ava"));
const fingerprints = __importStar(require("./fingerprints"));
const logging_1 = require("./logging");
const testing_utils_1 = require("./testing-utils");
const util = __importStar(require("./util"));
(0, testing_utils_1.setupTests)(ava_1.default);
async function testHash(t, input, expectedHashes) {
    await util.withTmpDir(async (tmpDir) => {
        const tmpFile = path.resolve(tmpDir, "testfile");
        fs.writeFileSync(tmpFile, input);
        let index = 0;
        const callback = function (lineNumber, hash) {
            t.is(lineNumber, index + 1);
            t.is(hash, expectedHashes[index]);
            index++;
        };
        await fingerprints.hash(callback, tmpFile);
        t.is(index, input.split(/\r\n|\r|\n/).length);
    });
}
(0, ava_1.default)("hash", async (t) => {
    // Try empty file
    await testHash(t, "", ["c129715d7a2bc9a3:1"]);
    // Try various combinations of newline characters
    await testHash(t, " a\nb\n  \t\tc\n d", [
        "271789c17abda88f:1",
        "54703d4cd895b18:1",
        "180aee12dab6264:1",
        "a23a3dc5e078b07b:1",
    ]);
    await testHash(t, " hello; \t\nworld!!!\n\n\n  \t\tGreetings\n End", [
        "8b7cf3e952e7aeb2:1",
        "b1ae1287ec4718d9:1",
        "bff680108adb0fcc:1",
        "c6805c5e1288b612:1",
        "b86d3392aea1be30:1",
        "e6ceba753e1a442:1",
    ]);
    await testHash(t, " hello; \t\nworld!!!\n\n\n  \t\tGreetings\n End\n", [
        "e9496ae3ebfced30:1",
        "fb7c023a8b9ccb3f:1",
        "ce8ba1a563dcdaca:1",
        "e20e36e16fcb0cc8:1",
        "b3edc88f2938467e:1",
        "c8e28b0b4002a3a0:1",
        "c129715d7a2bc9a3:1",
    ]);
    await testHash(t, " hello; \t\nworld!!!\r\r\r  \t\tGreetings\r End\r", [
        "e9496ae3ebfced30:1",
        "fb7c023a8b9ccb3f:1",
        "ce8ba1a563dcdaca:1",
        "e20e36e16fcb0cc8:1",
        "b3edc88f2938467e:1",
        "c8e28b0b4002a3a0:1",
        "c129715d7a2bc9a3:1",
    ]);
    await testHash(t, " hello; \t\r\nworld!!!\r\n\r\n\r\n  \t\tGreetings\r\n End\r\n", [
        "e9496ae3ebfced30:1",
        "fb7c023a8b9ccb3f:1",
        "ce8ba1a563dcdaca:1",
        "e20e36e16fcb0cc8:1",
        "b3edc88f2938467e:1",
        "c8e28b0b4002a3a0:1",
        "c129715d7a2bc9a3:1",
    ]);
    await testHash(t, " hello; \t\nworld!!!\r\n\n\r  \t\tGreetings\r End\r\n", [
        "e9496ae3ebfced30:1",
        "fb7c023a8b9ccb3f:1",
        "ce8ba1a563dcdaca:1",
        "e20e36e16fcb0cc8:1",
        "b3edc88f2938467e:1",
        "c8e28b0b4002a3a0:1",
        "c129715d7a2bc9a3:1",
    ]);
    // Try repeating line that will generate identical hashes
    await testHash(t, "Lorem ipsum dolor sit amet.\n".repeat(10), [
        "a7f2ff13bc495cf2:1",
        "a7f2ff13bc495cf2:2",
        "a7f2ff13bc495cf2:3",
        "a7f2ff13bc495cf2:4",
        "a7f2ff13bc495cf2:5",
        "a7f2ff13bc495cf2:6",
        "a7f2ff1481e87703:1",
        "a9cf91f7bbf1862b:1",
        "55ec222b86bcae53:1",
        "cc97dc7b1d7d8f7b:1",
        "c129715d7a2bc9a3:1",
    ]);
    await testHash(t, "x = 2\nx = 1\nprint(x)\nx = 3\nprint(x)\nx = 4\nprint(x)\n", [
        "e54938cc54b302f1:1",
        "bb609acbe9138d60:1",
        "1131fd5871777f34:1",
        "5c482a0f8b35ea28:1",
        "54517377da7028d2:1",
        "2c644846cb18d53e:1",
        "f1b89f20de0d133:1",
        "c129715d7a2bc9a3:1",
    ]);
});
function testResolveUriToFile(uri, index, artifactsURIs) {
    const location = { uri, index };
    const artifacts = artifactsURIs.map((artifactURI) => ({
        location: { uri: artifactURI },
    }));
    return fingerprints.resolveUriToFile(location, artifacts, process.cwd(), (0, logging_1.getRunnerLogger)(true));
}
(0, ava_1.default)("resolveUriToFile", (t) => {
    // The resolveUriToFile method checks that the file exists and is in the right directory
    // so we need to give it real files to look at. We will use this file as an example.
    // For this to work we require the current working directory to be a parent, but this
    // should generally always be the case so this is fine.
    const cwd = process.cwd();
    const filepath = __filename;
    t.true(filepath.startsWith(`${cwd}/`));
    const relativeFilepath = filepath.substring(cwd.length + 1);
    // Absolute paths are unmodified
    t.is(testResolveUriToFile(filepath, undefined, []), filepath);
    t.is(testResolveUriToFile(`file://${filepath}`, undefined, []), filepath);
    // Relative paths are made absolute
    t.is(testResolveUriToFile(relativeFilepath, undefined, []), filepath);
    t.is(testResolveUriToFile(`file://${relativeFilepath}`, undefined, []), filepath);
    // Absolute paths outside the src root are discarded
    t.is(testResolveUriToFile("/src/foo/bar.js", undefined, []), undefined);
    t.is(testResolveUriToFile("file:///src/foo/bar.js", undefined, []), undefined);
    // Other schemes are discarded
    t.is(testResolveUriToFile(`https://${filepath}`, undefined, []), undefined);
    t.is(testResolveUriToFile(`ftp://${filepath}`, undefined, []), undefined);
    // Invalid URIs are discarded
    t.is(testResolveUriToFile(1, undefined, []), undefined);
    t.is(testResolveUriToFile(undefined, undefined, []), undefined);
    // Non-existent files are discarded
    t.is(testResolveUriToFile(`${filepath}2`, undefined, []), undefined);
    // Index is resolved
    t.is(testResolveUriToFile(undefined, 0, [filepath]), filepath);
    t.is(testResolveUriToFile(undefined, 1, ["foo", filepath]), filepath);
    // Invalid indexes are discarded
    t.is(testResolveUriToFile(undefined, 1, [filepath]), undefined);
    t.is(testResolveUriToFile(undefined, "0", [filepath]), undefined);
    // Directories are discarded
    const dirpath = __dirname;
    t.is(testResolveUriToFile(dirpath, undefined, []), undefined);
    t.is(testResolveUriToFile(`file://${dirpath}`, undefined, []), undefined);
});
(0, ava_1.default)("addFingerprints", async (t) => {
    // Run an end-to-end test on a test file
    const input = JSON.parse(fs
        .readFileSync(`${__dirname}/../src/testdata/fingerprinting.input.sarif`)
        .toString());
    const expected = JSON.parse(fs
        .readFileSync(`${__dirname}/../src/testdata/fingerprinting.expected.sarif`)
        .toString());
    // The URIs in the SARIF files resolve to files in the testdata directory
    const sourceRoot = path.normalize(`${__dirname}/../src/testdata`);
    t.deepEqual(await fingerprints.addFingerprints(input, sourceRoot, (0, logging_1.getRunnerLogger)(true)), expected);
});
(0, ava_1.default)("missingRegions", async (t) => {
    // Run an end-to-end test on a test file
    const input = JSON.parse(fs
        .readFileSync(`${__dirname}/../src/testdata/fingerprinting2.input.sarif`)
        .toString());
    const expected = JSON.parse(fs
        .readFileSync(`${__dirname}/../src/testdata/fingerprinting2.expected.sarif`)
        .toString());
    // The URIs in the SARIF files resolve to files in the testdata directory
    const sourceRoot = path.normalize(`${__dirname}/../src/testdata`);
    t.deepEqual(await fingerprints.addFingerprints(input, sourceRoot, (0, logging_1.getRunnerLogger)(true)), expected);
});
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