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import * as fs from "fs";
import { OutgoingHttpHeaders } from "http";
import * as path from "path";
import { performance } from "perf_hooks";
import * as toolcache from "@actions/tool-cache";
import * as semver from "semver";
import { v4 as uuidV4 } from "uuid";
import { ActionState } from "./action-common";
import {
isAnalyzingPullRequest,
isDynamicWorkflow,
isGitHubHostedRunner,
} from "./actions-util";
import * as api from "./api-client";
import {
CodeQLBundle,
CodeQLDownloadSource,
getCodeQLBundleFromUrl,
getCodeQLBundleName,
} from "./codeql-bundle";
import * as defaults from "./defaults.json";
import {
addNoLanguageDiagnostic,
makeDiagnostic,
makeTelemetryDiagnostic,
} from "./diagnostics";
import { EnvVar, exportEnvVar, getEnv } from "./environment";
import {
CODEQL_VERSION_ZSTD_BUNDLE,
CodeQLDefaultVersionInfo,
CodeQLVersionInfo,
Feature,
FeatureEnablement,
} from "./feature-flags";
import { BuiltInLanguage } from "./languages";
import { Logger } from "./logging";
import { getCodeQlVersionsForOverlayBaseDatabases } from "./overlay/caching";
import {
getPerLanguageBundleLanguage,
logPerLanguageBundleFallback,
} from "./per-language-bundles";
import { getBundlePlatform } from "./platform";
import { getCodeQLAssetDownloadURL } from "./setup/repository";
import * as tar from "./tar";
import {
deleteToolcacheBundles,
downloadAndExtract,
getToolcacheDirectory,
isToolcacheOnWorkspaceFilesystem,
ToolsDownloadStatusReport,
writeToolcacheMarkerFile,
} from "./tools-download";
import * as util from "./util";
import { isGoodVersion } from "./util";
export type { CodeQLDownloadSource } from "./codeql-bundle";
export enum ToolsSource {
Unknown = "UNKNOWN",
Local = "LOCAL",
Toolcache = "TOOLCACHE",
Download = "DOWNLOAD",
}
const CODEQL_NIGHTLIES_REPOSITORY_OWNER = "dsp-testing";
const CODEQL_NIGHTLIES_REPOSITORY_NAME = "codeql-cli-nightlies";
const CODEQL_BUNDLE_VERSION_ALIAS: string[] = ["linked", "latest"];
const CODEQL_NIGHTLY_TOOLS_INPUTS = ["nightly", "nightly-latest"];
const CODEQL_TOOLCACHE_INPUT = "toolcache";
function tryGetBundleVersionFromTagName(
tagName: string,
logger: Logger,
): string | undefined {
const match = tagName.match(/^codeql-bundle-(.+)$/);
if (match === null || match.length < 2) {
logger.debug(`Could not determine bundle version from tag ${tagName}.`);
return undefined;
}
return match[1];
}
export function tryGetTagNameFromUrl(
url: string,
logger: Logger,
): string | undefined {
const matches = [...url.matchAll(/\/(codeql-bundle-[^/]*)\//g)];
if (matches.length === 0) {
logger.debug(`Could not determine tag name for URL ${url}.`);
return undefined;
}
// Example: https://github.com/org/codeql-bundle-testing/releases/download/codeql-bundle-v2.19.0/codeql-bundle-linux64.tar.zst
// We require a trailing forward slash to be part of the match, so the last match gives us the tag
// name. An alternative approach would be to also match against `/releases/`, but this approach
// assumes less about the structure of the URL.
const match = matches[matches.length - 1];
if (match?.length !== 2) {
logger.debug(
`Could not determine tag name for URL ${url}. Matched ${JSON.stringify(
match,
)}.`,
);
return undefined;
}
return match[1];
}
export function convertToSemVer(version: string, logger: Logger): string {
if (!semver.valid(version)) {
logger.debug(
`Bundle version ${version} is not in SemVer format. Will treat it as pre-release 0.0.0-${version}.`,
);
version = `0.0.0-${version}`;
}
const s = semver.clean(version);
if (!s) {
throw new Error(`Bundle version ${version} is not in SemVer format.`);
}
return s;
}
export type CodeQLToolsSource =
| {
codeqlTarPath: string;
compressionMethod: tar.CompressionMethod;
sourceType: "local";
/** Human-readable description of the source of the tools for telemetry purposes. */
toolsVersion: "local";
}
| {
codeqlFolder: string;
sourceType: "toolcache";
/** Human-readable description of the source of the tools for telemetry purposes. */
toolsVersion: string;
}
| CodeQLDownloadSource;
/**
* Look for a version of the CodeQL tools in the cache which could override the requested CLI version.
*/
async function findOverridingToolsInCache(
humanReadableVersion: string,
logger: Logger,
): Promise<CodeQLToolsSource | undefined> {
const candidates = toolcache
.findAllVersions("CodeQL")
.filter(isGoodVersion)
.map((version) => ({
folder: toolcache.find("CodeQL", version),
version,
}))
.filter(({ folder }) => fs.existsSync(path.join(folder, "pinned-version")));
if (candidates.length === 1) {
const candidate = candidates[0];
logger.debug(
`CodeQL tools version ${candidate.version} in toolcache overriding version ${humanReadableVersion}.`,
);
return {
codeqlFolder: candidate.folder,
sourceType: "toolcache",
toolsVersion: candidate.version,
};
} else if (candidates.length === 0) {
logger.debug(
"Did not find any candidate pinned versions of the CodeQL tools in the toolcache.",
);
} else {
logger.debug(
"Could not use CodeQL tools from the toolcache since more than one candidate pinned " +
"version was found in the toolcache.",
);
}
return undefined;
}
/**
* Returns the sorted set of enabled versions that have cached overlay-base databases for the
* given languages, or an empty list if neither the `OverlayAnalysisMatchCodeqlVersion` nor the
* `OverlayAnalysisMatchCodeqlVersionDryRun` feature flag is enabled. When only the dry-run flag
* is enabled, this performs the lookup and emits a telemetry diagnostic with the version that
* would have been chosen, but still returns an empty list so the caller falls back.
*/
export async function getEnabledVersionsWithOverlayBaseDatabases(
defaultCliVersion: CodeQLDefaultVersionInfo,
rawLanguages: string[] | undefined,
features: FeatureEnablement,
logger: Logger,
): Promise<CodeQLVersionInfo[]> {
if (rawLanguages === undefined || rawLanguages.length === 0) {
return [];
}
const isEnabled = await features.getValue(
Feature.OverlayAnalysisMatchCodeqlVersion,
);
const isDryRun =
!isEnabled &&
(await features.getValue(Feature.OverlayAnalysisMatchCodeqlVersionDryRun));
if (!isEnabled && !isDryRun) {
return [];
}
let cachedVersions: string[] | undefined;
try {
cachedVersions = await getCodeQlVersionsForOverlayBaseDatabases(
rawLanguages,
logger,
);
} catch (e) {
logger.warning(
"Could not list overlay-base databases in the Actions cache while choosing a default " +
`CodeQL CLI version, falling back to the highest enabled version. Details: ${util.getErrorMessage(e)}`,
);
return [];
}
if (cachedVersions === undefined || cachedVersions.length === 0) {
return [];
}
const cachedVersionsSet = new Set(cachedVersions);
const overlayVersions = defaultCliVersion.enabledVersions.filter((v) =>
cachedVersionsSet.has(v.cliVersion),
);
if (overlayVersions.length === 0) {
return [];
}
const isCachedVersionDifferent =
overlayVersions[0].cliVersion !==
defaultCliVersion.enabledVersions[0].cliVersion;
if (isCachedVersionDifferent) {
addNoLanguageDiagnostic(
undefined,
makeTelemetryDiagnostic(
"codeql-action/overlay-aware-default-codeql-version",
"Overlay-aware default CodeQL version selection",
{
cachedVersions,
enabledVersions: defaultCliVersion.enabledVersions.map(
(v) => v.cliVersion,
),
isDryRun,
overlayAwareVersion: overlayVersions[0].cliVersion,
},
),
);
}
if (isDryRun) {
logger.debug(
`Overlay-aware default CodeQL version selection is running in dry-run mode. Would have used version ${overlayVersions[0].cliVersion}.`,
);
return [];
}
return overlayVersions;
}
/**
* Resolves the newest enabled default CLI version that has a cached overlay-base database for the
* relevant languages, if running a Code Scanning analysis for a pull request and one exists.
* Otherwise, falls back to the newest enabled default CLI version.
*/
async function resolveDefaultCliVersion(
defaultCliVersion: CodeQLDefaultVersionInfo,
rawLanguages: string[] | undefined,
useOverlayAwareDefaultCliVersion: boolean,
features: FeatureEnablement,
logger: Logger,
): Promise<CodeQLVersionInfo> {
if (!useOverlayAwareDefaultCliVersion || !isAnalyzingPullRequest()) {
return defaultCliVersion.enabledVersions[0];
}
const overlayVersions = await getEnabledVersionsWithOverlayBaseDatabases(
defaultCliVersion,
rawLanguages,
features,
logger,
);
if (overlayVersions.length > 0) {
logger.info(
`Using CodeQL version ${overlayVersions[0].cliVersion} since this is the ` +
`highest enabled version that has a cached overlay-base database.`,
);
return overlayVersions[0];
}
return defaultCliVersion.enabledVersions[0];
}
/**
* Determines where the CodeQL CLI we want to use comes from. This can be from a local file,
* the Actions toolcache, or a download.
*
* @param toolsInput The argument provided for the `tools` input, if any.
* @param defaultCliVersion The default CLI version that's linked to the CodeQL Action.
* @param rawLanguages Raw set of languages.
* @param otherLanguagePacksReason Why the CodeQL CLI may need packs for languages other than
* `rawLanguages`, or `undefined` if it won't. If defined, the combined bundle is used. See
* `PerLanguageBundleOptions.otherLanguagePacksReason`.
* @param useOverlayAwareDefaultCliVersion Whether to select an overlay-aware default CLI version.
* @param apiDetails Information about the GitHub API.
* @param variant The GitHub variant we are running on.
* @param tarSupportsZstd Whether zstd is supported by `tar`.
* @param features Information about enabled features.
* @param logger The logger to use.
*
* @returns Information about where the CodeQL CLI we want to use comes from.
*/
export async function getCodeQLSource(
toolsInput: string | undefined,
defaultCliVersion: CodeQLDefaultVersionInfo,
rawLanguages: string[] | undefined,
otherLanguagePacksReason: string | undefined,
useOverlayAwareDefaultCliVersion: boolean,
apiDetails: api.GitHubApiDetails,
variant: util.GitHubVariant,
tarSupportsZstd: boolean,
features: FeatureEnablement,
logger: Logger,
): Promise<CodeQLToolsSource> {
// If there is an explicit `tools` input, it's not one of the reserved values, and it doesn't appear
// to point to a URL, then we assume it is a local path and use the CLI from there.
// TODO: This appears to misclassify filenames that happen to start with `http` as URLs.
if (
toolsInput &&
!isReservedToolsValue(toolsInput) &&
!toolsInput.startsWith("http")
) {
logger.info(`Using CodeQL CLI from local path ${toolsInput}`);
const compressionMethod = tar.inferCompressionMethod(toolsInput);
if (compressionMethod === undefined) {
throw new util.ConfigurationError(
`Could not infer compression method from path ${toolsInput}. Please specify a path ` +
"ending in '.tar.gz' or '.tar.zst'.",
);
}
return {
codeqlTarPath: toolsInput,
compressionMethod,
sourceType: "local",
toolsVersion: "local",
};
}
/** Requested CLI version number, for example 2.12.6. */
let cliVersion: string | undefined;
/** Tag name of the CodeQL bundle, for example `codeql-bundle-20230120`. */
let tagName: string | undefined;
/**
* URL of the CodeQL bundle.
*
* This does not always include a tag name.
*/
let url: string | undefined;
let bundle: CodeQLBundle | undefined;
// We allow forcing the nightly CLI via the FF for `dynamic` events (or in test mode) where the
// `tools` input cannot be adjusted to explicitly request it.
const canForceNightlyWithFF = isDynamicWorkflow() || util.isInTestMode();
const forceNightlyValueFF = await features.getValue(Feature.ForceNightly);
const forceNightly = forceNightlyValueFF && canForceNightlyWithFF;
// For advanced workflows, a value from `CODEQL_NIGHTLY_TOOLS_INPUTS` can be specified explicitly
// for the `tools` input. This is the computed input, so it may come from the repository property
// rather than the workflow file.
const nightlyRequestedByToolsInput =
toolsInput !== undefined &&
CODEQL_NIGHTLY_TOOLS_INPUTS.includes(toolsInput);
if (forceNightly || nightlyRequestedByToolsInput) {
if (forceNightly) {
logger.info(
`Using the latest CodeQL CLI nightly, as forced by the ${Feature.ForceNightly} feature flag.`,
);
addNoLanguageDiagnostic(
undefined,
makeDiagnostic(
"codeql-action/forced-nightly-cli",
"A nightly release of CodeQL was used",
{
markdownMessage:
"GitHub configured this analysis to use a nightly release of CodeQL to allow you to preview changes from an upcoming release.\n\n" +
"Nightly releases do not undergo the same validation as regular releases and may lead to analysis instability.\n\n" +
"If use of a nightly CodeQL release for this analysis is unexpected, please contact GitHub support.",
visibility: {
cliSummaryTable: true,
statusPage: true,
telemetry: true,
},
severity: "note",
},
),
);
} else {
logger.info(
`Using the latest CodeQL CLI nightly, as requested by 'tools: ${toolsInput}'.`,
);
}
bundle = await getLatestNightlyBundle(
{ env: getEnv(), features, logger },
rawLanguages,
otherLanguagePacksReason,
variant,
);
toolsInput = bundle.url;
}
/**
* Whether the tools shipped with the Action, i.e. those in `defaults.json`, have been forced.
*
* We use the special value of 'linked' to prioritize the version in `defaults.json` over the
* version specified by the feature flags on Dotcom and over any pinned cached version on
* Enterprise Server.
*
* Previously we have been using 'latest' to force the shipped tools, but this was not clear
* enough for the users, so it has been changed to `linked`. We're keeping around `latest` for
* backwards compatibility.
*/
const forceShippedTools =
toolsInput && CODEQL_BUNDLE_VERSION_ALIAS.includes(toolsInput);
if (forceShippedTools) {
cliVersion = defaults.cliVersion;
tagName = defaults.bundleVersion;
logger.info(
`'tools: ${toolsInput}' was requested, so using CodeQL version ${cliVersion}, the version shipped with the Action.`,
);
if (toolsInput === "latest") {
logger.warning(
"`tools: latest` has been renamed to `tools: linked`, but the old name is still supported. No action is required.",
);
}
} else if (
toolsInput !== undefined &&
toolsInput === CODEQL_TOOLCACHE_INPUT
) {
let latestToolcacheVersion: string | undefined;
// We only allow `toolsInput === "toolcache"` for `dynamic` events. In general, using `toolsInput === "toolcache"`
// can lead to alert wobble and so it shouldn't be used for an analysis where results are intended to be uploaded.
// We also allow this in test mode.
const allowToolcacheValue = isDynamicWorkflow() || util.isInTestMode();
if (allowToolcacheValue) {
// If `toolsInput === "toolcache"`, try to find the latest version of the CLI that's available in the toolcache
// and use that. We perform this check here since we can set `cliVersion` directly and don't want to default to
// the linked version.
logger.info(
`Attempting to use the latest CodeQL CLI version in the toolcache, as requested by 'tools: ${toolsInput}'.`,
);
latestToolcacheVersion = getLatestToolcacheVersion(logger);
if (latestToolcacheVersion) {
cliVersion = latestToolcacheVersion;
}
}
if (latestToolcacheVersion === undefined) {
if (allowToolcacheValue) {
logger.info(
`Found no CodeQL CLI in the toolcache, ignoring 'tools: ${toolsInput}'...`,
);
} else {
logger.warning(
`Ignoring 'tools: ${toolsInput}' because the workflow was not triggered dynamically.`,
);
}
const version = await resolveDefaultCliVersion(
defaultCliVersion,
rawLanguages,
useOverlayAwareDefaultCliVersion,
features,
logger,
);
cliVersion = version.cliVersion;
tagName = version.tagName;
}
} else if (toolsInput !== undefined) {
// If a tools URL was provided, then use that.
tagName = tryGetTagNameFromUrl(toolsInput, logger);
url = toolsInput;
if (tagName) {
const bundleVersion = tryGetBundleVersionFromTagName(tagName, logger);
// If the bundle version is a semantic version, it is a CLI version number.
if (bundleVersion !== undefined && semver.valid(bundleVersion)) {
cliVersion = convertToSemVer(bundleVersion, logger);
}
}
} else {
const version = await resolveDefaultCliVersion(
defaultCliVersion,
rawLanguages,
useOverlayAwareDefaultCliVersion,
features,
logger,
);
cliVersion = version.cliVersion;
tagName = version.tagName;
}
const bundleVersion =
tagName !== undefined
? tryGetBundleVersionFromTagName(tagName, logger)
: undefined;
const resolvedVersion =
cliVersion ??
(bundleVersion !== undefined
? convertToSemVer(bundleVersion, logger)
: undefined);
const humanReadableVersion = resolvedVersion ?? tagName ?? url ?? "unknown";
logger.debug(
"Attempting to obtain CodeQL tools. " +
`CLI version: ${cliVersion ?? "unknown"}, ` +
`bundle tag name: ${tagName ?? "unknown"}, ` +
`URL: ${url ?? "unspecified"}.`,
);
let codeqlFolder: string | undefined;
if (cliVersion) {
// If we find the specified CLI version, we always use that.
codeqlFolder = toolcache.find("CodeQL", cliVersion);
// Fall back to matching `x.y.z-<tagName>`.
if (!codeqlFolder) {
logger.debug(
"Didn't find a version of the CodeQL tools in the toolcache with a version number " +
`exactly matching ${cliVersion}.`,
);
const allVersions = toolcache.findAllVersions("CodeQL");
logger.debug(
`Found the following versions of the CodeQL tools in the toolcache: ${JSON.stringify(
allVersions,
)}.`,
);
// If there is exactly one version of the CodeQL tools in the toolcache, and that version is
// the form `x.y.z-<tagName>`, then use it.
const candidateVersions = allVersions.filter((version) =>
version.startsWith(`${cliVersion}-`),
);
if (candidateVersions.length === 1) {
logger.debug(
`Exactly one version of the CodeQL tools starting with ${cliVersion} found in the ` +
"toolcache, using that.",
);
codeqlFolder = toolcache.find("CodeQL", candidateVersions[0]);
} else if (candidateVersions.length === 0) {
logger.debug(
`Didn't find any versions of the CodeQL tools starting with ${cliVersion} ` +
`in the toolcache. Trying next fallback method.`,
);
} else {
logger.warning(
`Found ${candidateVersions.length} versions of the CodeQL tools starting with ` +
`${cliVersion} in the toolcache, but at most one was expected.`,
);
logger.debug("Trying next fallback method.");
}
}
}
// Fall back to matching `0.0.0-<bundleVersion>`.
if (!codeqlFolder && tagName) {
const fallbackVersion = await tryGetFallbackToolcacheVersion(
cliVersion,
tagName,
logger,
);
if (fallbackVersion) {
codeqlFolder = toolcache.find("CodeQL", fallbackVersion);
} else {
logger.debug(
"Could not determine a fallback toolcache version number for CodeQL tools version " +
`${humanReadableVersion}.`,
);
}
}
if (codeqlFolder) {
logger.info(
`Found CodeQL tools version ${humanReadableVersion} in the toolcache.`,
);
} else {
logger.info(
`Did not find CodeQL tools version ${humanReadableVersion} in the toolcache.`,
);
}
if (codeqlFolder) {
if (cliVersion) {
logger.info(
`Using CodeQL CLI version ${cliVersion} from toolcache at ${codeqlFolder}`,
);
} else {
logger.info(`Using CodeQL CLI from toolcache at ${codeqlFolder}`);
}
return {
codeqlFolder,
sourceType: "toolcache",
toolsVersion: cliVersion ?? humanReadableVersion,
};
}
// If we don't find the requested version on Enterprise, we may allow a
// different version to save download time if the version hasn't been
// specified explicitly (in which case we always honor it).
if (
variant === util.GitHubVariant.GHES &&
!forceShippedTools &&
!toolsInput
) {
const result = await findOverridingToolsInCache(
humanReadableVersion,
logger,
);
if (result !== undefined) {
return result;
}
}
let compressionMethod: tar.CompressionMethod;
if (!url) {
const bundleTagName = tagName;
if (bundleTagName === undefined) {
throw new Error(
"Could not determine a release tag for the requested CodeQL bundle.",
);
}
compressionMethod =
cliVersion !== undefined &&
(await useZstdBundle(cliVersion, tarSupportsZstd))
? "zstd"
: "gzip";
const action = { env: getEnv(), logger };
const platform = getBundlePlatform();
const perLanguageBundleLanguage = await getPerLanguageBundleLanguage(
{ ...action, features },
{
rawLanguages,
otherLanguagePacksReason,
cliVersion,
compressionMethod,
platform,
variant,
},
);
// Resolves the combined or per-language bundle URL for the requested release.
const resolveBundleURL = (language?: BuiltInLanguage) =>
getCodeQLAssetDownloadURL(
action,
apiDetails,
bundleTagName,
getCodeQLBundleName(compressionMethod, platform, language),
);
const combinedBundleURL = await resolveBundleURL();
if (perLanguageBundleLanguage !== undefined) {
logger.info(
`Selected the per-language CodeQL bundle for '${perLanguageBundleLanguage}'.`,
);
url = await resolveBundleURL(perLanguageBundleLanguage);
bundle = {
kind: "per-language",
url,
language: perLanguageBundleLanguage,
combinedBundleURL,
};
} else {
url = combinedBundleURL;
bundle = { kind: "combined", url };
}
} else {
const method = tar.inferCompressionMethod(url);
if (method === undefined) {
throw new util.ConfigurationError(
`Could not infer compression method from URL ${url}. Please specify a URL ` +
"ending in '.tar.gz' or '.tar.zst'.",
);
}
compressionMethod = method;
bundle ??= getCodeQLBundleFromUrl(url);
if (bundle.kind === "per-language") {
logger.info(
`${url} appears to be a CodeQL bundle that contains only ${bundle.language}.`,
);
}
}
if (cliVersion) {
logger.info(`Using CodeQL CLI version ${cliVersion} sourced from ${url} .`);
} else {
logger.info(`Using CodeQL CLI sourced from ${url} .`);
}
return {
bundle,
bundleVersion,
cliVersion,
compressionMethod,
sourceType: "download",
toolsVersion: resolvedVersion ?? "unknown",
};
}
/**
* Gets a fallback version number to use when looking for CodeQL in the toolcache if we didn't find
* the `x.y.z` version. This is to support old versions of the toolcache.
*/
async function tryGetFallbackToolcacheVersion(
cliVersion: string | undefined,
tagName: string,
logger: Logger,
): Promise<string | undefined> {
const bundleVersion = tryGetBundleVersionFromTagName(tagName, logger);
if (bundleVersion === undefined) {
return undefined;
}
const fallbackVersion = convertToSemVer(bundleVersion, logger);
logger.debug(
`Computed a fallback toolcache version number of ${fallbackVersion} for CodeQL version ` +
`${cliVersion ?? tagName}.`,
);
return fallbackVersion;
}
// Exported using `export const` for testing purposes. Specifically, we want to
// be able to stub this function and have other functions in this file use that stub.
export const downloadCodeQL = async function (
source: CodeQLDownloadSource,
apiDetails: api.GitHubApiDetails,
tarVersion: tar.TarVersion | undefined,
tempDir: string,
logger: Logger,
): Promise<{
codeqlFolder: string;
statusReport: ToolsDownloadStatusReport;
}> {
const { bundle, compressionMethod } = source;
const codeqlURL = bundle.url;
const parsedCodeQLURL = new URL(codeqlURL);
const searchParams = new URLSearchParams(parsedCodeQLURL.search);
const headers: OutgoingHttpHeaders = {
accept: "application/octet-stream",
};
let authorization: string | undefined = undefined;
// We don't want to send an authorization header if there's already a token provided in the URL.
if (searchParams.has("token")) {
logger.debug("CodeQL tools URL contains an authorization token.");
} else {
authorization = api.getAuthorizationHeaderFor(
logger,
apiDetails,
codeqlURL,
);
}
const toolcacheDestination = getToolcacheDestination({ logger }, source);
const extractedBundlePath = toolcacheDestination.orElse(
getTempExtractionDir(tempDir),
);
const statusReport = await downloadAndExtract(
codeqlURL,
compressionMethod,
extractedBundlePath,
authorization,
{ "User-Agent": "CodeQL Action", ...headers },
tarVersion,
logger,
);
if (toolcacheDestination.isSuccess()) {
writeToolcacheMarkerFile(toolcacheDestination.value, logger);
} else {
logger.debug(toolcacheDestination.value);
}
return {
codeqlFolder: extractedBundlePath,
statusReport:
bundle.kind === "per-language"
? {
...statusReport,
perLanguage: { tools_bundle_language: bundle.language },
}
: statusReport,
};
};
/**
* Returns the canonical toolcache directory, or the reason the bundle cannot be cached.
*/
function getToolcacheDestination(
{ logger }: ActionState<["Logger"]>,
source: CodeQLDownloadSource,
): util.Result<string, string> {
if (source.bundle.kind !== "combined") {
return new util.Failure(
"Not caching the CodeQL tools because they came from a bundle that contains only a " +
"single language.",
);
}
if (!source.bundleVersion) {
return new util.Failure(
"Could not cache CodeQL tools because we could not determine the bundle version from the " +
`URL ${source.bundle.url}.`,
);
}
return new util.Success(
getToolcacheDirectory(
getCanonicalToolcacheVersion(
source.cliVersion,
source.bundleVersion,
logger,
),
),
);
}
/**
* Reclaims disk space by deleting the CodeQL tools from the toolcache on GitHub-hosted runners.
*
* On GitHub-hosted runners the toolcache shares a filesystem with the workspace, so tools left in
* the toolcache take up space that the analysis could use instead. This holds wherever we extract
* the tools we are obtaining, since the toolcache is on that filesystem either way.
*/
async function tryDeleteToolcacheBundles({
env,
logger,
}: ActionState<["Logger", "ReadOnlyEnv"]>): Promise<void> {
// A step that has already set up CodeQL may hand out a path into the toolcache that a later step
// runs, so only the first step to set it up can know that nothing else relies on the toolcache.
if (env.getOptional(EnvVar.HAS_SET_UP_CODEQL) !== undefined) {
logger.debug(
"Not deleting the CodeQL tools from the toolcache since a previous step in this job has " +
"already set up CodeQL.",
);
return;
}
if (!isGitHubHostedRunner(env) || !isToolcacheOnWorkspaceFilesystem(logger)) {
return;
}
const result = await deleteToolcacheBundles({ env, logger });
addNoLanguageDiagnostic(
undefined,
makeTelemetryDiagnostic(
"codeql-action/toolcache-bundle-cleanup",
"Toolcache CodeQL bundle cleanup",
{ ...result },
),
);
}
export function getCodeQLURLVersion(url: string): string {
const match = url.match(/\/codeql-bundle-(.*)\//);
if (match === null || match.length < 2) {
throw new util.ConfigurationError(
`Malformed tools url: ${url}. Version could not be inferred`,
);
}
return match[1];
}
/**
* Returns the toolcache version number to use to store the bundle with the associated CLI version
* and bundle version.
*
* This is the canonical version number, since toolcaches populated by different versions of the
* CodeQL Action or different runner image creation scripts may store the bundle using a different
* version number. Functions like `getCodeQLSource` that fetch the bundle from rather than save the
* bundle to the toolcache should handle these different version numbers.
*/
function getCanonicalToolcacheVersion(
cliVersion: string | undefined,
bundleVersion: string,
logger: Logger,
): string {
// If the CLI version is a pre-release or contains build metadata, then cache the
// bundle as `0.0.0-<bundleVersion>` to avoid the bundle being interpreted as containing a stable
// CLI release. In principle, it should be enough to just check that the CLI version isn't a
// pre-release, but the version numbers of CodeQL nightlies have the format `x.y.z+<timestamp>`,
// and we don't want these nightlies to override stable CLI versions in the toolcache.
if (!cliVersion?.match(/^[0-9]+\.[0-9]+\.[0-9]+$/)) {
return convertToSemVer(bundleVersion, logger);
}
// Bundles are now semantically versioned and can be looked up based on just the CLI version
// number, so we can version them in the toolcache using just the CLI version number.
return cliVersion;
}
interface SetupCodeQLResult {
codeqlFolder: string;
toolsDownloadStatusReport?: ToolsDownloadStatusReport;
toolsSource: ToolsSource;
toolsVersion: string;
}
/**
* Obtains the CodeQL bundle, installs it in the toolcache if appropriate, and extracts it.
*
* @returns the path to the extracted bundle, and the version of the tools
*/
export async function setupCodeQLBundle(
toolsInput: string | undefined,
apiDetails: api.GitHubApiDetails,
tempDir: string,
variant: util.GitHubVariant,
defaultCliVersion: CodeQLDefaultVersionInfo,
rawLanguages: string[] | undefined,
otherLanguagePacksReason: string | undefined,
useOverlayAwareDefaultCliVersion: boolean,
features: FeatureEnablement,
logger: Logger,
): Promise<SetupCodeQLResult> {
if (!(await util.isBinaryAccessible("tar", logger))) {
throw new util.ConfigurationError(
"Could not find tar in PATH, so unable to extract CodeQL bundle.",
);
}
const zstdAvailability = await tar.isZstdAvailable(logger);
const source = await getCodeQLSource(
toolsInput,
defaultCliVersion,
rawLanguages,
otherLanguagePacksReason,
useOverlayAwareDefaultCliVersion,
apiDetails,
variant,
zstdAvailability.available,
features,
logger,
);
let codeqlFolder: string;
let toolsDownloadStatusReport: ToolsDownloadStatusReport | undefined;
let toolsSource: ToolsSource;
switch (source.sourceType) {
case "local": {
codeqlFolder = await tar.extract(
source.codeqlTarPath,
getTempExtractionDir(tempDir),
source.compressionMethod,
zstdAvailability.version,
logger,
);
toolsSource = ToolsSource.Local;
break;
}
case "toolcache":
codeqlFolder = source.codeqlFolder;
logger.debug(`CodeQL found in cache ${codeqlFolder}`);
toolsSource = ToolsSource.Toolcache;
break;
case "download": {
const result = await downloadCodeQLBundle(
{ env: getEnv(), logger },
source,
apiDetails,
zstdAvailability.version,
tempDir,
);
codeqlFolder = result.codeqlFolder;
toolsDownloadStatusReport = result.statusReport;
toolsSource = ToolsSource.Download;
break;
}
default:
util.assertNever(source);
}
// Record that this job now has a copy of the CodeQL tools, so that a later step doesn't delete
// the toolcache out from under the path we are about to return.
exportEnvVar(EnvVar.HAS_SET_UP_CODEQL, "true");
return {
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