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import * as core from "@actions/core";
import test, { ExecutionContext } from "ava";
import * as sinon from "sinon";
import * as actionsUtil from "./actions-util";
import { AnalysisKind } from "./analyses";
import * as apiClient from "./api-client";
import * as codeql from "./codeql";
import * as configUtils from "./config-utils";
import * as debugArtifacts from "./debug-artifacts";
import { EnvVar } from "./environment";
import { Feature } from "./feature-flags";
import * as initActionPostHelper from "./init-action-post-helper";
import { getRunnerLogger } from "./logging";
import { OverlayDatabaseMode } from "./overlay/overlay-database-mode";
import * as overlayStatus from "./overlay/status";
import { parseRepositoryNwo } from "./repository";
import { JobStatus } from "./status-report";
import {
createFeatures,
createTestConfig,
DEFAULT_ACTIONS_VARS,
getTestEnv,
makeMacro,
makeVersionInfo,
RecordingLogger,
setupActionsVars,
setupTests,
} from "./testing-utils";
import * as uploadLib from "./upload-lib";
import * as util from "./util";
import * as workflow from "./workflow";
const NUM_BYTES_PER_GIB = 1024 * 1024 * 1024;
setupTests(test);
test.serial("init-post action with debug mode off", async (t) => {
return await util.withTmpDir(async (tmpDir) => {
setupActionsVars(tmpDir, tmpDir);
const gitHubVersion: util.GitHubVersion = {
type: util.GitHubVariant.DOTCOM,
};
sinon.stub(configUtils, "getConfig").resolves(
createTestConfig({
debugMode: false,
gitHubVersion,
languages: [],
}),
);
const uploadAllAvailableDebugArtifactsSpy = sinon.spy();
const printDebugLogsSpy = sinon.spy();
await initActionPostHelper.uploadFailureInfo(
uploadAllAvailableDebugArtifactsSpy,
printDebugLogsSpy,
codeql.createStubCodeQL({}),
createTestConfig({ debugMode: false }),
parseRepositoryNwo("github/codeql-action"),
createFeatures([]),
"success",
getTestEnv(),
getRunnerLogger(true),
);
t.assert(uploadAllAvailableDebugArtifactsSpy.notCalled);
t.assert(printDebugLogsSpy.notCalled);
});
});
test.serial("init-post action with debug mode on", async (t) => {
return await util.withTmpDir(async (tmpDir) => {
setupActionsVars(tmpDir, tmpDir);
const uploadAllAvailableDebugArtifactsSpy = sinon.spy();
const printDebugLogsSpy = sinon.spy();
await initActionPostHelper.uploadFailureInfo(
uploadAllAvailableDebugArtifactsSpy,
printDebugLogsSpy,
codeql.createStubCodeQL({}),
createTestConfig({ debugMode: true }),
parseRepositoryNwo("github/codeql-action"),
createFeatures([]),
"success",
getTestEnv(),
getRunnerLogger(true),
);
t.assert(uploadAllAvailableDebugArtifactsSpy.called);
t.assert(printDebugLogsSpy.called);
});
});
test.serial(
"uploads failed SARIF run with `diagnostics export` if feature flag is off",
async (t) => {
const actionsWorkflow = createTestWorkflow([
{
name: "Checkout repository",
uses: "actions/checkout@v5",
},
{
name: "Initialize CodeQL",
uses: "github/codeql-action/init@v4",
with: {
languages: "javascript",
},
},
{
name: "Perform CodeQL Analysis",
uses: "github/codeql-action/analyze@v4",
with: {
category: "my-category",
},
},
]);
await testFailedSarifUpload(t, actionsWorkflow, {
category: "my-category",
});
},
);
test.serial(
"uploads failed SARIF run with `diagnostics export` if the database doesn't exist",
async (t) => {
const actionsWorkflow = createTestWorkflow([
{
name: "Checkout repository",
uses: "actions/checkout@v5",
},
{
name: "Initialize CodeQL",
uses: "github/codeql-action/init@v4",
with: {
languages: "javascript",
},
},
{
name: "Perform CodeQL Analysis",
uses: "github/codeql-action/analyze@v4",
with: {
category: "my-category",
},
},
]);
await testFailedSarifUpload(t, actionsWorkflow, {
category: "my-category",
databaseExists: false,
});
},
);
test.serial(
"uploads failed SARIF run with database export-diagnostics if the database exists and feature flag is on",
async (t) => {
const actionsWorkflow = createTestWorkflow([
{
name: "Checkout repository",
uses: "actions/checkout@v5",
},
{
name: "Initialize CodeQL",
uses: "github/codeql-action/init@v4",
with: {
languages: "javascript",
},
},
{
name: "Perform CodeQL Analysis",
uses: "github/codeql-action/analyze@v4",
with: {
category: "my-category",
},
},
]);
await testFailedSarifUpload(t, actionsWorkflow, {
category: "my-category",
exportDiagnosticsEnabled: true,
});
},
);
const UPLOAD_INPUT_TEST_CASES = [
{
uploadInput: "true",
shouldUpload: true,
},
{
uploadInput: "false",
shouldUpload: true,
},
{
uploadInput: "always",
shouldUpload: true,
},
{
uploadInput: "failure-only",
shouldUpload: true,
},
{
uploadInput: "never",
shouldUpload: false,
},
{
uploadInput: "unrecognized-value",
shouldUpload: true,
},
];
for (const { uploadInput, shouldUpload } of UPLOAD_INPUT_TEST_CASES) {
test.serial(
`does ${
shouldUpload ? "" : "not "
}upload failed SARIF run for workflow with upload: ${uploadInput}`,
async (t) => {
const actionsWorkflow = createTestWorkflow([
{
name: "Checkout repository",
uses: "actions/checkout@v5",
},
{
name: "Initialize CodeQL",
uses: "github/codeql-action/init@v4",
with: {
languages: "javascript",
},
},
{
name: "Perform CodeQL Analysis",
uses: "github/codeql-action/analyze@v4",
with: {
category: "my-category",
upload: uploadInput,
},
},
]);
const result = await testFailedSarifUpload(t, actionsWorkflow, {
category: "my-category",
expectUpload: shouldUpload,
});
if (!shouldUpload) {
t.is(
result.upload_failed_run_skipped_because,
"SARIF upload is disabled",
);
}
},
);
}
test.serial(
"uploading failed SARIF run succeeds when workflow uses an input with a matrix var",
async (t) => {
const actionsWorkflow = createTestWorkflow([
{
name: "Checkout repository",
uses: "actions/checkout@v5",
},
{
name: "Initialize CodeQL",
uses: "github/codeql-action/init@v4",
with: {
languages: "javascript",
},
},
{
name: "Perform CodeQL Analysis",
uses: "github/codeql-action/analyze@v4",
with: {
category: "/language:${{ matrix.language }}",
},
},
]);
await testFailedSarifUpload(t, actionsWorkflow, {
category: "/language:csharp",
matrix: { language: "csharp" },
});
},
);
test.serial(
"uploading failed SARIF run fails when workflow uses a complex upload input",
async (t) => {
const actionsWorkflow = createTestWorkflow([
{
name: "Checkout repository",
uses: "actions/checkout@v5",
},
{
name: "Initialize CodeQL",
uses: "github/codeql-action/init@v4",
with: {
languages: "javascript",
},
},
{
name: "Perform CodeQL Analysis",
uses: "github/codeql-action/analyze@v4",
with: {
upload: "${{ matrix.language != 'csharp' }}",
},
},
]);
const result = await testFailedSarifUpload(t, actionsWorkflow, {
expectUpload: false,
});
t.is(
result.upload_failed_run_error,
"Could not get upload input to github/codeql-action/analyze since it contained an " +
"unrecognized dynamic value.",
);
},
);
test.serial(
"uploading failed SARIF run fails when workflow does not reference github/codeql-action",
async (t) => {
const actionsWorkflow = createTestWorkflow([
{
name: "Checkout repository",
uses: "actions/checkout@v5",
},
]);
const result = await testFailedSarifUpload(t, actionsWorkflow, {
expectUpload: false,
});
t.is(
result.upload_failed_run_error,
"Could not get upload input to github/codeql-action/analyze since the analyze job does not " +
"call github/codeql-action/analyze.",
);
t.truthy(result.upload_failed_run_stack_trace);
},
);
test.serial(
"not uploading failed SARIF when `code-scanning` is not an enabled analysis kind",
async (t) => {
const result = await testFailedSarifUpload(t, createTestWorkflow([]), {
analysisKinds: [AnalysisKind.CodeQuality],
expectUpload: false,
});
t.is(
result.upload_failed_run_skipped_because,
"No analysis kind that supports failed SARIF uploads is enabled.",
);
},
);
test.serial(
"saves overlay status when overlay-base analysis did not complete successfully",
async (t) => {
return await util.withTmpDir(async (tmpDir) => {
setupActionsVars(tmpDir, tmpDir);
// Ensure analyze did not complete successfully.
delete process.env[EnvVar.ANALYZE_DID_COMPLETE_SUCCESSFULLY];
const diskUsage: util.DiskUsage = {
numAvailableBytes: 100 * NUM_BYTES_PER_GIB,
numTotalBytes: 200 * NUM_BYTES_PER_GIB,
};
sinon.stub(util, "checkDiskUsage").resolves(diskUsage);
const saveOverlayStatusStub = sinon
.stub(overlayStatus, "saveOverlayStatus")
.resolves(true);
const stubCodeQL = codeql.createStubCodeQL({});
await initActionPostHelper.uploadFailureInfo(
sinon.spy(),
sinon.spy(),
stubCodeQL,
createTestConfig({
debugMode: false,
languages: ["javascript"],
overlayDatabaseMode: OverlayDatabaseMode.OverlayBase,
}),
parseRepositoryNwo("github/codeql-action"),
createFeatures([Feature.OverlayAnalysisStatusSave]),
"success",
getTestEnv(),
getRunnerLogger(true),
);
t.true(
saveOverlayStatusStub.calledOnce,
"saveOverlayStatus should be called exactly once",
);
t.deepEqual(
saveOverlayStatusStub.firstCall.args[0],
stubCodeQL,
"first arg should be the CodeQL instance",
);
t.deepEqual(
saveOverlayStatusStub.firstCall.args[1],
["javascript"],
"second arg should be the languages",
);
t.deepEqual(
saveOverlayStatusStub.firstCall.args[2],
diskUsage,
"third arg should be the disk usage",
);
t.deepEqual(
saveOverlayStatusStub.firstCall.args[3],
{
attemptedToBuildOverlayBaseDatabase: true,
builtOverlayBaseDatabase: false,
job: {
checkRunId: undefined,
workflowRunId: Number(DEFAULT_ACTIONS_VARS.GITHUB_RUN_ID),
workflowRunAttempt: Number(DEFAULT_ACTIONS_VARS.GITHUB_RUN_ATTEMPT),
name: DEFAULT_ACTIONS_VARS.GITHUB_JOB,
},
},
"fourth arg should be the overlay status recording an unsuccessful build attempt with job details",
);
});
},
);
test.serial(
"does not save overlay status when OverlayAnalysisStatusSave feature flag is disabled",
async (t) => {
return await util.withTmpDir(async (tmpDir) => {
setupActionsVars(tmpDir, tmpDir);
// Ensure analyze did not complete successfully.
delete process.env[EnvVar.ANALYZE_DID_COMPLETE_SUCCESSFULLY];
sinon.stub(util, "checkDiskUsage").resolves({
numAvailableBytes: 100 * NUM_BYTES_PER_GIB,
numTotalBytes: 200 * NUM_BYTES_PER_GIB,
});
const saveOverlayStatusStub = sinon
.stub(overlayStatus, "saveOverlayStatus")
.resolves(true);
await initActionPostHelper.uploadFailureInfo(
sinon.spy(),
sinon.spy(),
codeql.createStubCodeQL({}),
createTestConfig({
debugMode: false,
languages: ["javascript"],
overlayDatabaseMode: OverlayDatabaseMode.OverlayBase,
}),
parseRepositoryNwo("github/codeql-action"),
createFeatures([]),
"success",
getTestEnv(),
getRunnerLogger(true),
);
t.true(
saveOverlayStatusStub.notCalled,
"saveOverlayStatus should not be called when OverlayAnalysisStatusSave feature flag is disabled",
);
});
},
);
test.serial("does not save overlay status when build successful", async (t) => {
return await util.withTmpDir(async (tmpDir) => {
setupActionsVars(tmpDir, tmpDir);
// Mark analyze as having completed successfully. `tryUploadSarifIfRunFailed` reads this from
// the process environment, while `recordOverlayStatus` reads it from the environment it is
// given.
process.env[EnvVar.ANALYZE_DID_COMPLETE_SUCCESSFULLY] = "true";
const env = getTestEnv({
[EnvVar.ANALYZE_DID_COMPLETE_SUCCESSFULLY]: "true",
});
sinon.stub(util, "checkDiskUsage").resolves({
numAvailableBytes: 100 * NUM_BYTES_PER_GIB,
numTotalBytes: 200 * NUM_BYTES_PER_GIB,
});
const saveOverlayStatusStub = sinon
.stub(overlayStatus, "saveOverlayStatus")
.resolves(true);
await initActionPostHelper.uploadFailureInfo(
sinon.spy(),
sinon.spy(),
codeql.createStubCodeQL({}),
createTestConfig({
debugMode: false,
languages: ["javascript"],
overlayDatabaseMode: OverlayDatabaseMode.OverlayBase,
}),
parseRepositoryNwo("github/codeql-action"),
createFeatures([Feature.OverlayAnalysisStatusSave]),
"success",
env,
getRunnerLogger(true),
);
t.true(
saveOverlayStatusStub.notCalled,
"saveOverlayStatus should not be called when build completed successfully",
);
});
});
test.serial(
"does not save overlay status when overlay not enabled",
async (t) => {
return await util.withTmpDir(async (tmpDir) => {
setupActionsVars(tmpDir, tmpDir);
delete process.env[EnvVar.ANALYZE_DID_COMPLETE_SUCCESSFULLY];
sinon.stub(util, "checkDiskUsage").resolves({
numAvailableBytes: 100 * NUM_BYTES_PER_GIB,
numTotalBytes: 200 * NUM_BYTES_PER_GIB,
});
const saveOverlayStatusStub = sinon
.stub(overlayStatus, "saveOverlayStatus")
.resolves(true);
await initActionPostHelper.uploadFailureInfo(
sinon.spy(),
sinon.spy(),
codeql.createStubCodeQL({}),
createTestConfig({
debugMode: false,
languages: ["javascript"],
overlayDatabaseMode: OverlayDatabaseMode.None,
}),
parseRepositoryNwo("github/codeql-action"),
createFeatures([]),
"success",
getTestEnv(),
getRunnerLogger(true),
);
t.true(
saveOverlayStatusStub.notCalled,
"saveOverlayStatus should not be called when overlay is not enabled",
);
});
},
);
/**
* Runs `uploadFailureInfo` for an overlay-base job that did not complete successfully, with the
* given job status from the Actions runtime environment.
*/
async function runOverlayPostStep({
jobStatus,
codeQlReportedError = false,
}: {
jobStatus: string | undefined;
codeQlReportedError?: boolean;
}) {
return await util.withTmpDir(async (tmpDir) => {
setupActionsVars(tmpDir, tmpDir);
delete process.env[EnvVar.ANALYZE_DID_COMPLETE_SUCCESSFULLY];
const env = getTestEnv(
codeQlReportedError
? { [EnvVar.JOB_STATUS]: JobStatus.FailureStatus }
: {},
);
sinon.stub(util, "checkDiskUsage").resolves({
numAvailableBytes: 100 * NUM_BYTES_PER_GIB,
numTotalBytes: 200 * NUM_BYTES_PER_GIB,
});
const saveOverlayStatusStub = sinon
.stub(overlayStatus, "saveOverlayStatus")
.resolves(true);
await initActionPostHelper.uploadFailureInfo(
sinon.spy(),
sinon.spy(),
codeql.createStubCodeQL({}),
createTestConfig({
debugMode: false,
languages: ["javascript"],
overlayDatabaseMode: OverlayDatabaseMode.OverlayBase,
}),
parseRepositoryNwo("github/codeql-action"),
createFeatures([Feature.OverlayAnalysisStatusSave]),
jobStatus,
env,
getRunnerLogger(true),
);
return { saveOverlayStatusStub };
});
}
test.serial(
"does not save overlay status when the job was cancelled",
async (t) => {
const { saveOverlayStatusStub } = await runOverlayPostStep({
jobStatus: "cancelled",
});
t.true(
saveOverlayStatusStub.notCalled,
"a cancellation tells us nothing about whether the analysis would have succeeded",
);
},
);
test.serial(
"does not save overlay status when the job status is not recognised",
async (t) => {
const { saveOverlayStatusStub } = await runOverlayPostStep({
jobStatus: "some-new-status",
});
t.true(
saveOverlayStatusStub.notCalled,
"a status we do not recognise tells us nothing about whether the analysis would have succeeded",
);
},
);
test.serial(
"does not save overlay status when the job status is unavailable",
async (t) => {
const { saveOverlayStatusStub } = await runOverlayPostStep({
jobStatus: undefined,
});
t.true(
saveOverlayStatusStub.notCalled,
"without a job status we cannot tell whether the analysis would have succeeded",
);
},
);
test.serial(
"saves overlay status when the job failed rather than being cancelled",
async (t) => {
const { saveOverlayStatusStub } = await runOverlayPostStep({
jobStatus: "failure",
});
t.true(
saveOverlayStatusStub.calledOnce,
"a failed job indicates that the analysis itself failed",
);
},
);
test.serial("saves overlay status when the job succeeded", async (t) => {
const { saveOverlayStatusStub } = await runOverlayPostStep({
jobStatus: "success",
});
t.true(
saveOverlayStatusStub.calledOnce,
"the analysis did not complete successfully even though the job as a whole succeeded",
);
});
test.serial(
"saves overlay status when a CodeQL Action reported an error before the run was cancelled",
async (t) => {
const { saveOverlayStatusStub } = await runOverlayPostStep({
jobStatus: "cancelled",
codeQlReportedError: true,
});
t.true(
saveOverlayStatusStub.calledOnce,
"the analysis genuinely failed, even though the run was later cancelled",
);
},
);
function createTestWorkflow(
steps: workflow.WorkflowJobStep[],
): workflow.Workflow {
return {
name: "CodeQL",
on: {
push: {
branches: ["main"],
},
pull_request: {
branches: ["main"],
},
},
jobs: {
analyze: {
name: "CodeQL Analysis",
"runs-on": "ubuntu-latest",
steps,
},
},
};
}
async function testFailedSarifUpload(
t: ExecutionContext<unknown>,
actionsWorkflow: workflow.Workflow,
{
category,
databaseExists = true,
expectUpload = true,
exportDiagnosticsEnabled = false,
matrix = {},
analysisKinds = [AnalysisKind.CodeScanning],
}: {
category?: string;
databaseExists?: boolean;
expectUpload?: boolean;
exportDiagnosticsEnabled?: boolean;
matrix?: { [key: string]: string };
analysisKinds?: AnalysisKind[];
} = {},
): Promise<initActionPostHelper.UploadFailedSarifResult> {
const config = createTestConfig({
analysisKinds,
codeQLCmd: "codeql",
debugMode: true,
languages: [],
});
if (databaseExists) {
config.dbLocation = "path/to/database";
}
process.env["GITHUB_JOB"] = "analyze";
process.env["GITHUB_REPOSITORY"] = DEFAULT_ACTIONS_VARS.GITHUB_REPOSITORY;
process.env["GITHUB_WORKSPACE"] = "/tmp";
sinon
.stub(actionsUtil, "getRequiredInput")
.withArgs("matrix")
.returns(JSON.stringify(matrix));
const codeqlObject = await codeql.getCodeQLForTesting();
sinon.stub(codeql, "getCodeQL").resolves(codeqlObject);
sinon.stub(codeqlObject, "getVersion").resolves(makeVersionInfo("2.17.6"));
const databaseExportDiagnosticsStub = sinon.stub(
codeqlObject,
"databaseExportDiagnostics",
);
const diagnosticsExportStub = sinon.stub(codeqlObject, "diagnosticsExport");
sinon.stub(workflow, "getWorkflow").resolves(actionsWorkflow);
const uploadFiles = sinon.stub(uploadLib, "uploadFiles");
uploadFiles.resolves({
sarifID: "42",
statusReport: { raw_upload_size_bytes: 20, zipped_upload_size_bytes: 10 },
});
const waitForProcessing = sinon.stub(uploadLib, "waitForProcessing");
const features = [] as Feature[];
if (exportDiagnosticsEnabled) {
features.push(Feature.ExportDiagnosticsEnabled);
}
const result = await initActionPostHelper.tryUploadSarifIfRunFailed(
config,
parseRepositoryNwo("github/codeql-action"),
createFeatures(features),
getRunnerLogger(true),
);
if (expectUpload) {
t.deepEqual(result, {
sarifID: "42",
raw_upload_size_bytes: 20,
zipped_upload_size_bytes: 10,
});
if (databaseExists && exportDiagnosticsEnabled) {
t.true(
databaseExportDiagnosticsStub.calledOnceWith(
config.dbLocation,
sinon.match.string,
category,
),
`Actual args were: ${JSON.stringify(databaseExportDiagnosticsStub.args)}`,
);
} else {
t.true(
diagnosticsExportStub.calledOnceWith(
sinon.match.string,
category,
config,
),
`Actual args were: ${JSON.stringify(diagnosticsExportStub.args)}`,
);
}
t.true(
uploadFiles.calledOnceWith(
config,
sinon.match.string,
sinon.match.string,
category,
sinon.match.any,
sinon.match.any,
),
`Actual args were: ${JSON.stringify(uploadFiles.args)}`,
);
t.true(
waitForProcessing.calledOnceWith(sinon.match.any, "42", sinon.match.any, {
isUnsuccessfulExecution: true,
}),
);
} else {
t.true(diagnosticsExportStub.notCalled);
t.true(uploadFiles.notCalled);
t.true(waitForProcessing.notCalled);
}
return result;
}
const singleLanguageMatrix = JSON.stringify({
language: "javascript",
category: "/language:javascript",
"build-mode": "none",
runner: "ubuntu-latest",
});
async function mockRiskAssessmentEnv(matrix: string) {
process.env[EnvVar.ANALYZE_DID_COMPLETE_SUCCESSFULLY] = "false";
process.env["GITHUB_JOB"] = "analyze";
process.env["GITHUB_REPOSITORY"] = "github/codeql-action-fake-repository";
process.env["GITHUB_WORKSPACE"] =
"/home/runner/work/codeql-action-fake-repository/codeql-action-fake-repository";
sinon
.stub(apiClient, "getGitHubVersion")
.resolves({ type: util.GitHubVariant.GHES, version: "3.0.0" });
const codeqlObject = await codeql.getCodeQLForTesting();
const databaseExportDiagnostics = sinon
.stub(codeqlObject, "databaseExportDiagnostics")
.resolves();
const diagnosticsExport = sinon
.stub(codeqlObject, "diagnosticsExport")
.resolves();
sinon.stub(codeql, "getCodeQL").resolves(codeqlObject);
sinon.stub(core, "getInput").withArgs("matrix").returns(matrix);
const uploadArtifact = sinon.stub().resolves();
const artifactClient = { uploadArtifact };
sinon
.stub(debugArtifacts, "getArtifactUploaderClient")
.value(() => artifactClient);
return { uploadArtifact, databaseExportDiagnostics, diagnosticsExport };
}
test.serial(
"tryUploadSarifIfRunFailed - uploads as artifact for risk assessments (diagnosticsExport)",
async (t) => {
const logger = new RecordingLogger();
const { uploadArtifact, databaseExportDiagnostics, diagnosticsExport } =
await mockRiskAssessmentEnv(singleLanguageMatrix);
const config = createTestConfig({
analysisKinds: [AnalysisKind.RiskAssessment],
codeQLCmd: "codeql-for-testing",
languages: ["javascript"],
});
const features = createFeatures([]);
const result = await initActionPostHelper.tryUploadSarifIfRunFailed(
config,
parseRepositoryNwo("github/codeql-action-fake-repository"),
features,
logger,
);
const expectedName = debugArtifacts.sanitizeArtifactName(
`sarif-artifact-${debugArtifacts.getArtifactSuffix(singleLanguageMatrix)}`,
);
const expectedFilePattern = /codeql-failed-sarif-javascript\.csra\.sarif$/;
t.is(result.upload_failed_run_skipped_because, undefined);
t.is(result.upload_failed_run_error, undefined);
t.is(result.sarifID, expectedName);
t.assert(
uploadArtifact.calledOnceWith(
expectedName,
[sinon.match(expectedFilePattern)],
sinon.match.string,
),
);
t.assert(databaseExportDiagnostics.notCalled);
t.assert(
diagnosticsExport.calledOnceWith(
sinon.match(expectedFilePattern),
"/language:javascript",
config,
),
);
},
);
test.serial(
"tryUploadSarifIfRunFailed - uploads as artifact for risk assessments (databaseExportDiagnostics)",
async (t) => {
const logger = new RecordingLogger();
const { uploadArtifact, databaseExportDiagnostics, diagnosticsExport } =
await mockRiskAssessmentEnv(singleLanguageMatrix);
const dbLocation = "/some/path";
const config = createTestConfig({
analysisKinds: [AnalysisKind.RiskAssessment],
codeQLCmd: "codeql-for-testing",
languages: ["javascript"],
dbLocation: "/some/path",
});
const features = createFeatures([Feature.ExportDiagnosticsEnabled]);
const result = await initActionPostHelper.tryUploadSarifIfRunFailed(
config,
parseRepositoryNwo("github/codeql-action-fake-repository"),
features,
logger,
);
const expectedName = debugArtifacts.sanitizeArtifactName(
`sarif-artifact-${debugArtifacts.getArtifactSuffix(singleLanguageMatrix)}`,
);
const expectedFilePattern = /codeql-failed-sarif-javascript\.csra\.sarif$/;
t.is(result.upload_failed_run_skipped_because, undefined);
t.is(result.upload_failed_run_error, undefined);
t.is(result.sarifID, expectedName);
t.assert(
uploadArtifact.calledOnceWith(
expectedName,
[sinon.match(expectedFilePattern)],
sinon.match.string,
),
);
t.assert(diagnosticsExport.notCalled);
t.assert(
databaseExportDiagnostics.calledOnceWith(
dbLocation,
sinon.match(expectedFilePattern),
"/language:javascript",
),
);
},
);
const skippedUploadTest = makeMacro({
exec: async (
t: ExecutionContext<unknown>,
config: Partial<configUtils.Config>,
expectedSkippedReason: string,
) => {
const logger = new RecordingLogger();
const { uploadArtifact, diagnosticsExport } =
await mockRiskAssessmentEnv(singleLanguageMatrix);
const features = createFeatures([]);
const result = await initActionPostHelper.tryUploadSarifIfRunFailed(
createTestConfig(config),
parseRepositoryNwo("github/codeql-action-fake-repository"),
features,
logger,
);
t.is(result.upload_failed_run_skipped_because, expectedSkippedReason);
t.assert(uploadArtifact.notCalled);
t.assert(diagnosticsExport.notCalled);
},
title: (providedTitle: string = "") =>
`tryUploadSarifIfRunFailed - skips upload ${providedTitle}`,
});
skippedUploadTest.serial(
"without CodeQL command",
// No codeQLCmd
{
analysisKinds: [AnalysisKind.RiskAssessment],
languages: ["javascript"],
} satisfies Partial<configUtils.Config>,
"CodeQL command not found",
);
skippedUploadTest.serial(
"if no language is configured",
// No explicit language configuration
{
analysisKinds: [AnalysisKind.RiskAssessment],
codeQLCmd: "codeql-for-testing",
} satisfies Partial<configUtils.Config>,
"Unexpectedly, the configuration is not for a single language.",
);
skippedUploadTest.serial(
"if multiple languages is configured",
// Multiple explicit languages configured
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