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import * as fs from "fs";
import * as path from "path";
import * as github from "@actions/github";
import { HTTPError } from "@actions/tool-cache";
import test from "ava";
import * as sinon from "sinon";
import * as analyses from "./analyses";
import { AnalysisKind, CodeQuality, CodeScanning } from "./analyses";
import * as api from "./api-client";
import * as diffUtils from "./diff-informed-analysis-utils";
import { getRunnerLogger, Logger } from "./logging";
import * as sarif from "./sarif";
import { setupTests } from "./testing-utils";
import * as uploadLib from "./upload-lib";
import { UploadPayload } from "./upload-lib/types";
import { GitHubVariant, initializeEnvironment, withTmpDir } from "./util";
setupTests(test);
test.beforeEach(() => {
initializeEnvironment("1.2.3");
});
test.serial("validateSarifFileSchema - valid", (t) => {
const inputFile = `${__dirname}/../src/testdata/valid-sarif.sarif`;
t.notThrows(() =>
uploadLib.validateSarifFileSchema(
uploadLib.readSarifFileOrThrow(inputFile),
inputFile,
getRunnerLogger(true),
),
);
});
test.serial("validateSarifFileSchema - invalid", (t) => {
const inputFile = `${__dirname}/../src/testdata/invalid-sarif.sarif`;
t.throws(() =>
uploadLib.validateSarifFileSchema(
uploadLib.readSarifFileOrThrow(inputFile),
inputFile,
getRunnerLogger(true),
),
);
});
test.serial(
"validate correct payload used for push, PR merge commit, and PR head",
async (t) => {
process.env["GITHUB_EVENT_NAME"] = "push";
const pushPayload: any = uploadLib.buildPayload(
"commit",
"refs/heads/master",
"key",
undefined,
"",
1234,
1,
"/opt/src",
undefined,
["CodeQL", "eslint"],
"mergeBaseCommit",
);
// Not triggered by a pull request
t.falsy(pushPayload.base_ref);
t.falsy(pushPayload.base_sha);
process.env["GITHUB_EVENT_NAME"] = "pull_request";
process.env["GITHUB_SHA"] = "commit";
process.env["GITHUB_BASE_REF"] = "master";
process.env["GITHUB_EVENT_PATH"] =
`${__dirname}/../src/testdata/pull_request.json`;
const prMergePayload: any = uploadLib.buildPayload(
"commit",
"refs/pull/123/merge",
"key",
undefined,
"",
1234,
1,
"/opt/src",
undefined,
["CodeQL", "eslint"],
"mergeBaseCommit",
);
// Uploads for a merge commit use the merge base
t.deepEqual(prMergePayload.base_ref, "refs/heads/master");
t.deepEqual(prMergePayload.base_sha, "mergeBaseCommit");
const prHeadPayload: any = uploadLib.buildPayload(
"headCommit",
"refs/pull/123/head",
"key",
undefined,
"",
1234,
1,
"/opt/src",
undefined,
["CodeQL", "eslint"],
"mergeBaseCommit",
);
// Uploads for the head use the PR base
t.deepEqual(prHeadPayload.base_ref, "refs/heads/master");
t.deepEqual(
prHeadPayload.base_sha,
"f95f852bd8fca8fcc58a9a2d6c842781e32a215e",
);
},
);
test.serial("finding SARIF files", async (t) => {
await withTmpDir(async (tmpDir) => {
// include a couple of sarif files
fs.writeFileSync(path.join(tmpDir, "a.sarif"), "");
fs.writeFileSync(path.join(tmpDir, "b.sarif"), "");
// other random files shouldn't be returned
fs.writeFileSync(path.join(tmpDir, "c.foo"), "");
// we should recursively look in subdirectories
fs.mkdirSync(path.join(tmpDir, "dir1"));
fs.writeFileSync(path.join(tmpDir, "dir1", "d.sarif"), "");
fs.mkdirSync(path.join(tmpDir, "dir1", "dir2"));
fs.writeFileSync(path.join(tmpDir, "dir1", "dir2", "e.sarif"), "");
// we should ignore symlinks
fs.mkdirSync(path.join(tmpDir, "dir3"));
fs.symlinkSync(tmpDir, path.join(tmpDir, "dir3", "symlink1"), "dir");
fs.symlinkSync(
path.join(tmpDir, "a.sarif"),
path.join(tmpDir, "dir3", "symlink2.sarif"),
"file",
);
// add some non-Code Scanning files that should be ignored, unless we look for them specifically
for (const analysisKind of analyses.supportedAnalysisKinds) {
if (analysisKind === AnalysisKind.CodeScanning) continue;
const analysis = analyses.getAnalysisConfig(analysisKind);
fs.writeFileSync(path.join(tmpDir, `a${analysis.sarifExtension}`), "");
fs.writeFileSync(
path.join(tmpDir, "dir1", `b${analysis.sarifExtension}`),
"",
);
}
const expectedSarifFiles: Partial<Record<AnalysisKind, string[]>> = {};
expectedSarifFiles[AnalysisKind.CodeScanning] = [
path.join(tmpDir, "a.sarif"),
path.join(tmpDir, "b.sarif"),
path.join(tmpDir, "dir1", "d.sarif"),
path.join(tmpDir, "dir1", "dir2", "e.sarif"),
];
const sarifFiles = uploadLib.findSarifFilesInDir(
tmpDir,
CodeScanning.sarifPredicate,
);
t.deepEqual(sarifFiles, expectedSarifFiles[AnalysisKind.CodeScanning]);
for (const analysisKind of analyses.supportedAnalysisKinds) {
if (analysisKind === AnalysisKind.CodeScanning) continue;
const analysis = analyses.getAnalysisConfig(analysisKind);
expectedSarifFiles[analysisKind] = [
path.join(tmpDir, `a${analysis.sarifExtension}`),
path.join(tmpDir, "dir1", `b${analysis.sarifExtension}`),
];
const foundSarifFiles = uploadLib.findSarifFilesInDir(
tmpDir,
analysis.sarifPredicate,
);
t.deepEqual(foundSarifFiles, expectedSarifFiles[analysisKind]);
}
const groupedSarifFiles = await uploadLib.getGroupedSarifFilePaths(
getRunnerLogger(true),
tmpDir,
);
t.not(groupedSarifFiles, undefined);
for (const analysisKind of analyses.supportedAnalysisKinds) {
t.not(groupedSarifFiles[analysisKind], undefined);
t.deepEqual(
groupedSarifFiles[analysisKind],
expectedSarifFiles[analysisKind],
);
}
});
});
test.serial("getGroupedSarifFilePaths - Risk Assessment files", async (t) => {
await withTmpDir(async (tmpDir) => {
const sarifPath = path.join(tmpDir, "a.csra.sarif");
fs.writeFileSync(sarifPath, "");
const groupedSarifFiles = await uploadLib.getGroupedSarifFilePaths(
getRunnerLogger(true),
sarifPath,
);
t.not(groupedSarifFiles, undefined);
t.is(groupedSarifFiles[AnalysisKind.CodeScanning], undefined);
t.is(groupedSarifFiles[AnalysisKind.CodeQuality], undefined);
t.not(groupedSarifFiles[AnalysisKind.RiskAssessment], undefined);
t.deepEqual(groupedSarifFiles[AnalysisKind.RiskAssessment], [sarifPath]);
});
});
test.serial("getGroupedSarifFilePaths - Code Quality file", async (t) => {
await withTmpDir(async (tmpDir) => {
const sarifPath = path.join(tmpDir, "a.quality.sarif");
fs.writeFileSync(sarifPath, "");
const groupedSarifFiles = await uploadLib.getGroupedSarifFilePaths(
getRunnerLogger(true),
sarifPath,
);
t.not(groupedSarifFiles, undefined);
t.is(groupedSarifFiles[AnalysisKind.CodeScanning], undefined);
t.not(groupedSarifFiles[AnalysisKind.CodeQuality], undefined);
t.is(groupedSarifFiles[AnalysisKind.RiskAssessment], undefined);
t.deepEqual(groupedSarifFiles[AnalysisKind.CodeQuality], [sarifPath]);
});
});
test.serial("getGroupedSarifFilePaths - Code Scanning file", async (t) => {
await withTmpDir(async (tmpDir) => {
const sarifPath = path.join(tmpDir, "a.sarif");
fs.writeFileSync(sarifPath, "");
const groupedSarifFiles = await uploadLib.getGroupedSarifFilePaths(
getRunnerLogger(true),
sarifPath,
);
t.not(groupedSarifFiles, undefined);
t.not(groupedSarifFiles[AnalysisKind.CodeScanning], undefined);
t.is(groupedSarifFiles[AnalysisKind.CodeQuality], undefined);
t.is(groupedSarifFiles[AnalysisKind.RiskAssessment], undefined);
t.deepEqual(groupedSarifFiles[AnalysisKind.CodeScanning], [sarifPath]);
});
});
test.serial("getGroupedSarifFilePaths - Other file", async (t) => {
await withTmpDir(async (tmpDir) => {
const sarifPath = path.join(tmpDir, "a.json");
fs.writeFileSync(sarifPath, "");
const groupedSarifFiles = await uploadLib.getGroupedSarifFilePaths(
getRunnerLogger(true),
sarifPath,
);
t.not(groupedSarifFiles, undefined);
t.not(groupedSarifFiles[AnalysisKind.CodeScanning], undefined);
t.is(groupedSarifFiles[AnalysisKind.CodeQuality], undefined);
t.is(groupedSarifFiles[AnalysisKind.RiskAssessment], undefined);
t.deepEqual(groupedSarifFiles[AnalysisKind.CodeScanning], [sarifPath]);
});
});
test.serial("populateRunAutomationDetails", (t) => {
const tool = { driver: { name: "test tool" } };
let sarifLog: sarif.Log = {
version: "2.1.0",
runs: [{ tool }],
};
const analysisKey = ".github/workflows/codeql-analysis.yml:analyze";
let expectedSarif: sarif.Log = {
version: "2.1.0",
runs: [
{ tool, automationDetails: { id: "language:javascript/os:linux/" } },
],
};
// Category has priority over analysis_key/environment
let modifiedSarif = uploadLib.populateRunAutomationDetails(
sarifLog,
"language:javascript/os:linux",
analysisKey,
'{"language": "other", "os": "other"}',
);
t.deepEqual(modifiedSarif, expectedSarif);
// It doesn't matter if the category has a slash at the end or not
modifiedSarif = uploadLib.populateRunAutomationDetails(
sarifLog,
"language:javascript/os:linux/",
analysisKey,
"",
);
t.deepEqual(modifiedSarif, expectedSarif);
// check that the automation details doesn't get overwritten
sarifLog = {
version: "2.1.0",
runs: [{ tool, automationDetails: { id: "my_id" } }],
};
expectedSarif = {
version: "2.1.0",
runs: [{ tool, automationDetails: { id: "my_id" } }],
};
modifiedSarif = uploadLib.populateRunAutomationDetails(
sarifLog,
undefined,
analysisKey,
'{"os": "linux", "language": "javascript"}',
);
t.deepEqual(modifiedSarif, expectedSarif);
// check multiple runs
sarifLog = {
version: "2.1.0",
runs: [{ tool, automationDetails: { id: "my_id" } }, { tool }],
};
expectedSarif = {
version: "2.1.0",
runs: [
{ tool, automationDetails: { id: "my_id" } },
{
tool,
automationDetails: {
id: ".github/workflows/codeql-analysis.yml:analyze/language:javascript/os:linux/",
},
},
],
};
modifiedSarif = uploadLib.populateRunAutomationDetails(
sarifLog,
undefined,
analysisKey,
'{"os": "linux", "language": "javascript"}',
);
t.deepEqual(modifiedSarif, expectedSarif);
});
test.serial("validateUniqueCategory when empty", (t) => {
t.notThrows(() =>
uploadLib.validateUniqueCategory(
createMockSarif(),
CodeScanning.sentinelPrefix,
),
);
t.throws(() =>
uploadLib.validateUniqueCategory(
createMockSarif(),
CodeScanning.sentinelPrefix,
),
);
});
test.serial("validateUniqueCategory for automation details id", (t) => {
t.notThrows(() =>
uploadLib.validateUniqueCategory(
createMockSarif("abc"),
CodeScanning.sentinelPrefix,
),
);
t.throws(() =>
uploadLib.validateUniqueCategory(
createMockSarif("abc"),
CodeScanning.sentinelPrefix,
),
);
t.throws(() =>
uploadLib.validateUniqueCategory(
createMockSarif("AbC"),
CodeScanning.sentinelPrefix,
),
);
t.notThrows(() =>
uploadLib.validateUniqueCategory(
createMockSarif("def"),
CodeScanning.sentinelPrefix,
),
);
t.throws(() =>
uploadLib.validateUniqueCategory(
createMockSarif("def"),
CodeScanning.sentinelPrefix,
),
);
// Our category sanitization is not perfect. Here are some examples
// of where we see false clashes
t.notThrows(() =>
uploadLib.validateUniqueCategory(
createMockSarif("abc/def"),
CodeScanning.sentinelPrefix,
),
);
t.throws(() =>
uploadLib.validateUniqueCategory(
createMockSarif("abc@def"),
CodeScanning.sentinelPrefix,
),
);
t.throws(() =>
uploadLib.validateUniqueCategory(
createMockSarif("abc_def"),
CodeScanning.sentinelPrefix,
),
);
t.throws(() =>
uploadLib.validateUniqueCategory(
createMockSarif("abc def"),
CodeScanning.sentinelPrefix,
),
);
// this one is fine
t.notThrows(() =>
uploadLib.validateUniqueCategory(
createMockSarif("abc_ def"),
CodeScanning.sentinelPrefix,
),
);
});
test.serial("validateUniqueCategory for tool name", (t) => {
t.notThrows(() =>
uploadLib.validateUniqueCategory(
createMockSarif(undefined, "abc"),
CodeScanning.sentinelPrefix,
),
);
t.throws(() =>
uploadLib.validateUniqueCategory(
createMockSarif(undefined, "abc"),
CodeScanning.sentinelPrefix,
),
);
t.throws(() =>
uploadLib.validateUniqueCategory(
createMockSarif(undefined, "AbC"),
CodeScanning.sentinelPrefix,
),
);
t.notThrows(() =>
uploadLib.validateUniqueCategory(
createMockSarif(undefined, "def"),
CodeScanning.sentinelPrefix,
),
);
t.throws(() =>
uploadLib.validateUniqueCategory(
createMockSarif(undefined, "def"),
CodeScanning.sentinelPrefix,
),
);
// Our category sanitization is not perfect. Here are some examples
// of where we see false clashes
t.notThrows(() =>
uploadLib.validateUniqueCategory(
createMockSarif(undefined, "abc/def"),
CodeScanning.sentinelPrefix,
),
);
t.throws(() =>
uploadLib.validateUniqueCategory(
createMockSarif(undefined, "abc@def"),
CodeScanning.sentinelPrefix,
),
);
t.throws(() =>
uploadLib.validateUniqueCategory(
createMockSarif(undefined, "abc_def"),
CodeScanning.sentinelPrefix,
),
);
t.throws(() =>
uploadLib.validateUniqueCategory(
createMockSarif(undefined, "abc def"),
CodeScanning.sentinelPrefix,
),
);
// this one is fine
t.notThrows(() =>
uploadLib.validateUniqueCategory(
createMockSarif("abc_ def"),
CodeScanning.sentinelPrefix,
),
);
});
test.serial(
"validateUniqueCategory for automation details id and tool name",
(t) => {
t.notThrows(() =>
uploadLib.validateUniqueCategory(
createMockSarif("abc", "abc"),
CodeScanning.sentinelPrefix,
),
);
t.throws(() =>
uploadLib.validateUniqueCategory(
createMockSarif("abc", "abc"),
CodeScanning.sentinelPrefix,
),
);
t.notThrows(() =>
uploadLib.validateUniqueCategory(
createMockSarif("abc_", "def"),
CodeScanning.sentinelPrefix,
),
);
t.throws(() =>
uploadLib.validateUniqueCategory(
createMockSarif("abc_", "def"),
CodeScanning.sentinelPrefix,
),
);
t.notThrows(() =>
uploadLib.validateUniqueCategory(
createMockSarif("ghi", "_jkl"),
CodeScanning.sentinelPrefix,
),
);
t.throws(() =>
uploadLib.validateUniqueCategory(
createMockSarif("ghi", "_jkl"),
CodeScanning.sentinelPrefix,
),
);
// Our category sanitization is not perfect. Here are some examples
// of where we see false clashes because we replace some characters
// with `_` in `sanitize`.
t.notThrows(() =>
uploadLib.validateUniqueCategory(
createMockSarif("abc", "def__"),
CodeScanning.sentinelPrefix,
),
);
t.throws(() =>
uploadLib.validateUniqueCategory(
createMockSarif("abc_def", "_"),
CodeScanning.sentinelPrefix,
),
);
t.notThrows(() =>
uploadLib.validateUniqueCategory(
createMockSarif("mno_", "pqr"),
CodeScanning.sentinelPrefix,
),
);
t.throws(() =>
uploadLib.validateUniqueCategory(
createMockSarif("mno", "_pqr"),
CodeScanning.sentinelPrefix,
),
);
},
);
test.serial("validateUniqueCategory for multiple runs", (t) => {
const sarif1 = createMockSarif("abc", "def");
const sarif2 = createMockSarif("ghi", "jkl");
// duplicate categories are allowed within the same sarif file
const multiSarif: sarif.Log = {
version: "2.1.0",
runs: [sarif1.runs[0], sarif1.runs[0], sarif2.runs[0]],
};
t.notThrows(() =>
uploadLib.validateUniqueCategory(multiSarif, CodeScanning.sentinelPrefix),
);
// should throw if there are duplicate categories in separate validations
t.throws(() =>
uploadLib.validateUniqueCategory(sarif1, CodeScanning.sentinelPrefix),
);
t.throws(() =>
uploadLib.validateUniqueCategory(sarif2, CodeScanning.sentinelPrefix),
);
});
test.serial("validateUniqueCategory with different prefixes", (t) => {
t.notThrows(() =>
uploadLib.validateUniqueCategory(
createMockSarif(),
CodeScanning.sentinelPrefix,
),
);
t.notThrows(() =>
uploadLib.validateUniqueCategory(
createMockSarif(),
CodeQuality.sentinelPrefix,
),
);
});
test.serial("accept results with invalid artifactLocation.uri value", (t) => {
const loggedMessages: string[] = [];
const mockLogger = {
info: (message: string) => {
loggedMessages.push(message);
},
} as Logger;
const sarifFile = `${__dirname}/../src/testdata/with-invalid-uri.sarif`;
uploadLib.validateSarifFileSchema(
uploadLib.readSarifFileOrThrow(sarifFile),
sarifFile,
mockLogger,
);
t.deepEqual(loggedMessages.length, 3);
t.deepEqual(
loggedMessages[1],
"Warning: 'not a valid URI' is not a valid URI in 'instance.runs[0].tool.driver.rules[0].helpUri'.",
"Warning: 'not a valid URI' is not a valid URI in 'instance.runs[0].results[0].locations[0].physicalLocation.artifactLocation.uri'.",
);
});
test.serial(
"shouldShowCombineSarifFilesDeprecationWarning when on dotcom",
async (t) => {
t.true(
await uploadLib.shouldShowCombineSarifFilesDeprecationWarning([
createMockSarif("abc", "def"),
createMockSarif("abc", "def"),
]),
);
},
);
test.serial(
"shouldShowCombineSarifFilesDeprecationWarning with only 1 run",
async (t) => {
t.false(
await uploadLib.shouldShowCombineSarifFilesDeprecationWarning([
createMockSarif("abc", "def"),
]),
);
},
);
test.serial(
"shouldShowCombineSarifFilesDeprecationWarning with distinct categories",
async (t) => {
t.false(
await uploadLib.shouldShowCombineSarifFilesDeprecationWarning([
createMockSarif("abc", "def"),
createMockSarif("def", "def"),
]),
);
},
);
test.serial(
"shouldShowCombineSarifFilesDeprecationWarning with distinct tools",
async (t) => {
t.false(
await uploadLib.shouldShowCombineSarifFilesDeprecationWarning([
createMockSarif("abc", "abc"),
createMockSarif("abc", "def"),
]),
);
},
);
test.serial(
"shouldShowCombineSarifFilesDeprecationWarning when environment variable is already set",
async (t) => {
process.env["CODEQL_MERGE_SARIF_DEPRECATION_WARNING"] = "true";
t.false(
await uploadLib.shouldShowCombineSarifFilesDeprecationWarning([
createMockSarif("abc", "def"),
createMockSarif("abc", "def"),
]),
);
},
);
test.serial("throwIfCombineSarifFilesDisabled when on dotcom", async (t) => {
await t.throwsAsync(
uploadLib.throwIfCombineSarifFilesDisabled(
[createMockSarif("abc", "def"), createMockSarif("abc", "def")],
{
type: GitHubVariant.DOTCOM,
},
),
{
message:
/The CodeQL Action does not support uploading multiple SARIF runs with the same category/,
},
);
});
test.serial("throwIfCombineSarifFilesDisabled when on GHES 3.14", async (t) => {
await t.notThrowsAsync(
uploadLib.throwIfCombineSarifFilesDisabled(
[createMockSarif("abc", "def"), createMockSarif("abc", "def")],
{
type: GitHubVariant.GHES,
version: "3.14.0",
},
),
);
});
test.serial("throwIfCombineSarifFilesDisabled when on GHES 3.17", async (t) => {
await t.notThrowsAsync(
uploadLib.throwIfCombineSarifFilesDisabled(
[createMockSarif("abc", "def"), createMockSarif("abc", "def")],
{
type: GitHubVariant.GHES,
version: "3.17.0",
},
),
);
});
test.serial(
"throwIfCombineSarifFilesDisabled when on GHES 3.18 pre",
async (t) => {
await t.throwsAsync(
uploadLib.throwIfCombineSarifFilesDisabled(
[createMockSarif("abc", "def"), createMockSarif("abc", "def")],
{
type: GitHubVariant.GHES,
version: "3.18.0.pre1",
},
),
{
message:
/The CodeQL Action does not support uploading multiple SARIF runs with the same category/,
},
);
},
);
test.serial(
"throwIfCombineSarifFilesDisabled when on GHES 3.18 alpha",
async (t) => {
await t.throwsAsync(
uploadLib.throwIfCombineSarifFilesDisabled(
[createMockSarif("abc", "def"), createMockSarif("abc", "def")],
{
type: GitHubVariant.GHES,
version: "3.18.0-alpha.1",
},
),
{
message:
/The CodeQL Action does not support uploading multiple SARIF runs with the same category/,
},
);
},
);
test.serial("throwIfCombineSarifFilesDisabled when on GHES 3.18", async (t) => {
await t.throwsAsync(
uploadLib.throwIfCombineSarifFilesDisabled(
[createMockSarif("abc", "def"), createMockSarif("abc", "def")],
{
type: GitHubVariant.GHES,
version: "3.18.0",
},
),
{
message:
/The CodeQL Action does not support uploading multiple SARIF runs with the same category/,
},
);
});
test.serial(
"throwIfCombineSarifFilesDisabled with an invalid GHES version",
async (t) => {
await t.notThrowsAsync(
uploadLib.throwIfCombineSarifFilesDisabled(
[createMockSarif("abc", "def"), createMockSarif("abc", "def")],
{
type: GitHubVariant.GHES,
version: "foobar",
},
),
);
},
);
test.serial("throwIfCombineSarifFilesDisabled with only 1 run", async (t) => {
await t.notThrowsAsync(
uploadLib.throwIfCombineSarifFilesDisabled(
[createMockSarif("abc", "def")],
{
type: GitHubVariant.DOTCOM,
},
),
);
});
test.serial(
"throwIfCombineSarifFilesDisabled with distinct categories",
async (t) => {
await t.notThrowsAsync(
uploadLib.throwIfCombineSarifFilesDisabled(
[createMockSarif("abc", "def"), createMockSarif("def", "def")],
{
type: GitHubVariant.DOTCOM,
},
),
);
},
);
test.serial(
"throwIfCombineSarifFilesDisabled with distinct tools",
async (t) => {
await t.notThrowsAsync(
uploadLib.throwIfCombineSarifFilesDisabled(
[createMockSarif("abc", "abc"), createMockSarif("abc", "def")],
{
type: GitHubVariant.DOTCOM,
},
),
);
},
);
test.serial(
"shouldConsiderConfigurationError correctly detects configuration errors",
(t) => {
const error1 = [
"CodeQL analyses from advanced configurations cannot be processed when the default setup is enabled",
];
t.true(uploadLib.shouldConsiderConfigurationError(error1));
const error2 = [
"rejecting delivery as the repository has too many logical alerts",
];
t.true(uploadLib.shouldConsiderConfigurationError(error2));
// We fail cases where we get > 1 error messages back
const error3 = [
"rejecting delivery as the repository has too many alerts",
"extra error message",
];
t.false(uploadLib.shouldConsiderConfigurationError(error3));
},
);
test.serial(
"shouldConsiderInvalidRequest returns correct recognises processing errors",
(t) => {
const error1 = [
"rejecting SARIF",
"an invalid URI was provided as a SARIF location",
];
t.true(uploadLib.shouldConsiderInvalidRequest(error1));
const error2 = [
"locationFromSarifResult: expected artifact location",
"an invalid URI was provided as a SARIF location",
];
t.true(uploadLib.shouldConsiderInvalidRequest(error2));
// We expect ALL errors to be of processing errors, for the outcome to be classified as
// an invalid SARIF upload error.
const error3 = [
"could not convert rules: invalid security severity value, is not a number",
"an unknown error occurred",
];
t.false(uploadLib.shouldConsiderInvalidRequest(error3));
},
);
function createMockSarif(id?: string, tool?: string): sarif.Log {
return {
version: "2.1.0",
runs: [
{
automationDetails: {
id,
},
tool: {
driver: {
name: tool || "test tool",
},
},
},
],
};
}
function uploadPayloadFixtures(analysis: analyses.AnalysisConfig) {
const mockData = {
payload: {
commit_oid: "abc123",
ref: "ref",
sarif: "base64data",
workflow_run_id: 1,
workflow_run_attempt: 1,
checkout_uri: "uri",
tool_names: ["codeql"],
} satisfies UploadPayload,
owner: "test-owner",
repo: "test-repo",
response: {
status: 200,
data: { id: "uploaded-sarif-id" },
headers: {},
url: analysis.target,
},
};
const client = github.getOctokit("123");
sinon.stub(api, "getApiClient").value(() => client);
const requestStub = sinon.stub(client, "request");
const upload = async () =>
uploadLib.uploadPayload(
mockData.payload,
{
owner: mockData.owner,
repo: mockData.repo,
},
getRunnerLogger(true),
analysis,
);
return {
upload,
requestStub,
mockData,
};
}
for (const analysisKind of analyses.supportedAnalysisKinds) {
const analysis = analyses.getAnalysisConfig(analysisKind);
test.serial(
`uploadPayload on ${analysis.name} uploads successfully`,
async (t) => {
const { upload, requestStub, mockData } = uploadPayloadFixtures(analysis);
requestStub
.withArgs(analysis.target, {
owner: mockData.owner,
repo: mockData.repo,
data: mockData.payload,
})
.onFirstCall()
.returns(Promise.resolve(mockData.response));
const result = await upload();
t.is(result, mockData.response.data.id);
t.true(requestStub.calledOnce);
},
);
for (const envVar of [
"CODEQL_ACTION_SKIP_SARIF_UPLOAD",
"CODEQL_ACTION_TEST_MODE",
]) {
test.serial(
`uploadPayload on ${analysis.name} skips upload when ${envVar} is set`,
async (t) => {
const { upload, requestStub, mockData } =
uploadPayloadFixtures(analysis);
await withTmpDir(async (tmpDir) => {
process.env.RUNNER_TEMP = tmpDir;
process.env[envVar] = "true";
const result = await upload();
t.is(result, "dummy-sarif-id");
t.false(requestStub.called);
const payloadFile = path.join(
tmpDir,
`payload-${analysis.kind}.json`,
);
t.true(fs.existsSync(payloadFile));
const savedPayload = JSON.parse(fs.readFileSync(payloadFile, "utf8"));
t.deepEqual(savedPayload, mockData.payload);
});
},
);
}
test.serial(
`uploadPayload on ${analysis.name} wraps request errors using wrapApiConfigurationError`,
async (t) => {
const { upload, requestStub } = uploadPayloadFixtures(analysis);
const wrapApiConfigurationErrorStub = sinon.stub(