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ReleaseNotesFunctions.ts
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export interface SimpleArtifact {
artifactAlias: string;
buildDefinitionId: string;
buildNumber: string;
buildId: string;
artifactType: string;
isPrimary: boolean;
sourceId: string;
}
interface WorkItemInfo {
id: number;
url: string;
}
interface EnrichedGitPullRequest extends GitPullRequest {
associatedWorkitems: WorkItemInfo[];
associatedCommits: GitCommit[];
}
interface EnrichedTestRun extends TestRun {
TestResults: TestCaseResult[];
}
export class UnifiedArtifactDetails {
build: Build;
commits: Change[];
workitems: WorkItem[];
relatedworkitems: WorkItem[];
tests: TestCaseResult[];
manualtests: EnrichedTestRun[];
constructor ( build: Build, commits: Change[], workitems: WorkItem[], tests: TestCaseResult[], manualtests: EnrichedTestRun[], relatedworkitems: WorkItem[]) {
this.build = build;
if (commits) {
this.commits = commits;
} else {
this.commits = [];
}
if (workitems) {
this.workitems = workitems;
} else {
this.workitems = [];
}
if (relatedworkitems) {
this.relatedworkitems = relatedworkitems;
} else {
this.workitems = [];
}
if (tests) {
this.tests = tests;
} else {
this.tests = [];
}
if (manualtests) {
this.manualtests = manualtests;
} else {
this.manualtests = [];
}
}
}
import { ClientApiBase } from "azure-devops-node-api/ClientApiBases";
import * as vsom from "azure-devops-node-api/VsoClient";
import * as restm from "typed-rest-client/RestClient";
import path = require("path");
import { PersonalAccessTokenCredentialHandler, BasicCredentialHandler } from "typed-rest-client/Handlers";
import tl = require("azure-pipelines-task-lib/task");
import { ReleaseEnvironment, Artifact, Deployment, DeploymentStatus, Release } from "azure-devops-node-api/interfaces/ReleaseInterfaces";
import { IAgentSpecificApi, AgentSpecificApi } from "./agentSpecific";
import { IReleaseApi } from "azure-devops-node-api/ReleaseApi";
import { IRequestHandler } from "azure-devops-node-api/interfaces/common/VsoBaseInterfaces";
import * as webApi from "azure-devops-node-api/WebApi";
import fs = require("fs");
import { Build, Change, Timeline, TimelineRecord, BuildArtifact } from "azure-devops-node-api/interfaces/BuildInterfaces";
import { IGitApi, GitApi } from "azure-devops-node-api/GitApi";
import { ResourceRef } from "azure-devops-node-api/interfaces/common/VSSInterfaces";
import { GitCommit, GitPullRequest, GitPullRequestQueryType, GitPullRequestSearchCriteria, PullRequestStatus } from "azure-devops-node-api/interfaces/GitInterfaces";
import { WebApi } from "azure-devops-node-api";
import { TestApi } from "azure-devops-node-api/TestApi";
import { timeout, async } from "q";
import { ResultDetails, TestCaseResult, TestResolutionState, TestRun } from "azure-devops-node-api/interfaces/TestInterfaces";
import { IWorkItemTrackingApi } from "azure-devops-node-api/WorkItemTrackingApi";
import { WorkItemExpand, WorkItem, ArtifactUriQuery, Wiql, QueryExpand } from "azure-devops-node-api/interfaces/WorkItemTrackingInterfaces";
import { ITfvcApi } from "azure-devops-node-api/TfvcApi";
import * as issue349 from "./Issue349Workaround";
import { ITestApi } from "azure-devops-node-api/TestApi";
import { IBuildApi, BuildApi } from "azure-devops-node-api/BuildApi";
import * as vstsInterfaces from "azure-devops-node-api/interfaces/common/VsoBaseInterfaces";
import { Console, time } from "console";
import { InstalledExtensionQuery } from "azure-devops-node-api/interfaces/ExtensionManagementInterfaces";
import { stringify } from "querystring";
import { Exception } from "handlebars";
import { IdentityDisplayFormat } from "azure-devops-node-api/interfaces/WorkInterfaces";
process.on("uncaughtException", (error) => {
console.error("Uncaught Exception:", error);
});
let agentApi = new AgentSpecificApi();
export function getDeploymentCount(environments: ReleaseEnvironment[], environmentName: string): number {
agentApi.logInfo(`Getting deployment count for stage`);
var attemptCount = 0;
for (let environment of environments) {
if (environment.name.toLowerCase() === environmentName) {
agentApi.logInfo(`Found the stage [${environmentName}]`);
var currentDeployment = environment.preDeployApprovals[environment.preDeployApprovals.length - 1];
if (currentDeployment) {
attemptCount = currentDeployment.attempt;
}
}
}
if (attemptCount === 0) {
agentApi.logInfo(`Cannot find any deployment to [${environmentName}]`);
} else {
agentApi.logInfo(`Identified [${environmentName}] as having deployment count of [${attemptCount}]`);
}
return attemptCount;
}
export function getReleaseDefinitionId(environments: ReleaseEnvironment[], environmentName: string): number {
agentApi.logInfo(`Getting the Environment Id`);
var environmentId: number = 0;
for (let environment of environments) {
if (environment.name.toLowerCase() === environmentName) {
environmentId = environment.definitionEnvironmentId;
}
}
if (environmentId === 0) {
throw `Failed to locate environment with name ${environmentName}`;
}
agentApi.logInfo(`Identified [${environmentName}] as having id [${environmentId}]`);
return environmentId;
}
export function getSimpleArtifactArray(artifacts: Artifact[]): SimpleArtifact[] {
var result: SimpleArtifact[] = [];
for (let artifact of artifacts) {
result.push(
{
"artifactAlias": artifact.alias,
"buildDefinitionId": artifact.definitionReference.definition.id,
"buildNumber": artifact.definitionReference.version.name,
"buildId": artifact.definitionReference.version.id,
"artifactType": artifact.type,
"isPrimary": artifact.isPrimary,
"sourceId": artifact.sourceId.split(":")[0]
}
);
}
return result;
}
export async function restoreAzurePipelineArtifactsBuildInfo(artifactsInRelease: SimpleArtifact[], webApi: WebApi): Promise<number> {
let existAzurePipelineArtifacts = false;
for (const artifactInRelease of artifactsInRelease) {
if (artifactInRelease.artifactType === "PackageManagement") {
agentApi.logInfo(`The artifact [${artifactInRelease.artifactAlias}] is an Azure Artifacts, expanding build details`);
existAzurePipelineArtifacts = true;
// FIXME #937: workaround for missing PackagingApi library. Should replace with `const packagingApi = await organisation.getPackagingApi();` when available
interface PackagingPackage { id: string; string; url: string; versions: {id: string; normalizedVersion: string}[]; }
interface PackagingVersionProvenance { TeamProjectId: string; provenance: {data: {"System.DefinitionId": string; "System.TeamProjectId": string; "Build.BuildId": string; "Build.BuildNumber": string}}; }
interface IPackagingApi {
getPackage(project: string, feedId: string, packageId: string, includeAllVersions?: boolean): Promise<PackagingPackage>;
getPackageVersionProvenance(project: string, feedId: string, packageId: string, packageVersionId: string): Promise<PackagingVersionProvenance>;
}
const PackagingApi = class extends ClientApiBase implements IPackagingApi {
constructor(...args) { super(args[0], args[1], "node-Packaging-api", args[2]); }
public static readonly RESOURCE_AREA_ID = "7ab4e64e-c4d8-4f50-ae73-5ef2e21642a5";
public async getPackage(project: string, feedId: string, packageId: string, includeAllVersions?: boolean): Promise<PackagingPackage> {
return new Promise<PackagingPackage>(async (resolve, reject) => {
let routeValues: any = {project: project, feedId: feedId, packageId: packageId};
let queryValues: any = {includeAllVersions: includeAllVersions};
try {
let verData: vsom.ClientVersioningData = await this.vsoClient.getVersioningData("6.1-preview.1", "Packaging", "7a20d846-c929-4acc-9ea2-0d5a7df1b197", routeValues, queryValues);
let res = await this.rest.get<PackagingPackage[]>(verData.requestUrl!, this.createRequestOptions("application/json", verData.apiVersion));
resolve(this.formatResponse(res.result, null, true));
} catch (err) {
reject(err);
}
});
}
public async getPackageVersionProvenance(project: string, feedId: string, packageId: string, packageVersionId: string): Promise<PackagingVersionProvenance> {
return new Promise<PackagingVersionProvenance>(async (resolve, reject) => {
let routeValues: any = {
project: project,
feedId: feedId,
packageId: packageId,
packageVersionId: packageVersionId
};
try {
let verData: vsom.ClientVersioningData = await this.vsoClient.getVersioningData("6.1-preview.1", "Packaging", "0aaeabd4-85cd-4686-8a77-8d31c15690b8", routeValues);
let res = await this.rest.get<PackagingPackage[]>(verData.requestUrl!, this.createRequestOptions("application/json", verData.apiVersion));
resolve(this.formatResponse(res.result, null, true));
} catch (err) {
reject(err);
}
});
}
};
// const packagingApi = await organisation.getPackagingApi();
const packagingApi = await(async (serverUrl?: string, handlers?: IRequestHandler[]): Promise<IPackagingApi> => {
const this_ = webApi as any;
serverUrl = await this_._getResourceAreaUrl(serverUrl || this_.serverUrl, PackagingApi.RESOURCE_AREA_ID);
handlers = handlers || [this_.authHandler];
return new PackagingApi(serverUrl, handlers, this_.options);
})();
// END FIXME #937
const guids = artifactInRelease.sourceId.match(/([0-9a-f-]{36})\/([0-9a-f-]{36})/u);
if (guids !== null) {
const [projectId, feedId] = [guids[1], guids[2]];
const [packageId, packageVersion] = [artifactInRelease.buildDefinitionId, artifactInRelease.buildNumber];
const artifactPackageInfo = await packagingApi.getPackage(projectId, feedId, packageId, true);
const packageVersionId = (artifactPackageInfo.versions.find((version) => version.normalizedVersion === packageVersion) || {id: ""}).id;
const artifactBuildInfo = await packagingApi.getPackageVersionProvenance(projectId, feedId, packageId, packageVersionId);
if (!artifactBuildInfo.provenance.data["Build.BuildId"]) {
agentApi.logInfo(`No build ID found for Azure Artifact [${artifactInRelease.artifactAlias}]. Skipping this artifact.`);
continue; // Guard clause for missing build ID
}
Object.assign(artifactInRelease, {
artifactType: "Build",
buildId: artifactBuildInfo.provenance.data["Build.BuildId"],
buildDefinitionId: artifactBuildInfo.provenance.data["System.DefinitionId"],
buildNumber: artifactBuildInfo.provenance.data["Build.BuildNumber"],
sourceId: artifactBuildInfo.TeamProjectId || artifactBuildInfo.provenance.data["System.TeamProjectId"]
} as SimpleArtifact);
}
}
}
return existAzurePipelineArtifacts ? parseInt(artifactsInRelease[0].buildId) : NaN;
}
export async function getPullRequests(
gitApi: GitApi,
projectName: string,
repositoryId?: string,
targetRefName?: string
): Promise<GitPullRequest[]> {
return new Promise<GitPullRequest[]>(async (resolve, reject) => {
let prList: GitPullRequest[] = [];
try {
var filter: GitPullRequestSearchCriteria = {
creatorId: "",
includeLinks: true,
repositoryId: repositoryId ?? "",
reviewerId: "",
sourceRefName: "",
sourceRepositoryId: "",
status: PullRequestStatus.Completed,
targetRefName: targetRefName ?? ""
};
var batchSize: number = 1000; // 1000 seems to be the API max
var skip: number = 0;
do {
agentApi.logDebug(`Get batch of PRs [${skip}] - [${skip + batchSize}]`);
var prListBatch = await (gitApi.getPullRequestsByProject( projectName, filter, 0 , skip, batchSize));
agentApi.logDebug(`Adding batch of ${prListBatch.length} PRs`);
prList.push(...prListBatch);
skip += batchSize;
} while (batchSize === prListBatch.length);
resolve(prList);
} catch (err) {
reject(err);
}
});
}
export async function getMostRecentSuccessfulDeployment(
releaseApi: IReleaseApi,
teamProject: string,
releaseDefinitionId: number,
environmentId: number,
overrideBuildReleaseId: string,
considerPartiallySuccessfulReleases: boolean): Promise<Deployment> {
return new Promise<Deployment>(async (resolve, reject) => {
let mostRecentDeployment: Deployment = null;
try {
// Gets the latest successful deployments - the api returns the deployments in the correct order
agentApi.logInfo (`Finding successful deployments`);
var successfulDeployments = await releaseApi.getDeployments(teamProject, releaseDefinitionId, environmentId, null, null, null, DeploymentStatus.Succeeded, null, true, null, null, null, null).catch((reason) => {
reject(reason);
return;
});
if (considerPartiallySuccessfulReleases === true) {
agentApi.logInfo (`Finding partially successful deployments`);
var partialSuccessfulDeployments = await releaseApi.getDeployments(teamProject, releaseDefinitionId, environmentId, null, null, null, DeploymentStatus.PartiallySucceeded, null, true, null, null, null, null).catch((reason) => {
reject(reason);
return;
});
// merge the arrays
if (successfulDeployments && successfulDeployments.length > 0) {
if (partialSuccessfulDeployments && partialSuccessfulDeployments.length > 0) {
agentApi.logInfo (`Merging and sorting successful and partially successful deployments`);
successfulDeployments.push(...partialSuccessfulDeployments);
successfulDeployments.sort((a, b) => { if (a && b) { return b.id - a.id; } return 0; });
} else {
agentApi.logInfo (`No partially successful deployments to consider only using successful deployments`);
}
} else {
agentApi.logInfo (`No successful deployments using partially successful deployments`);
successfulDeployments = partialSuccessfulDeployments;
}
}
if (successfulDeployments && successfulDeployments.length > 0) {
agentApi.logInfo (`Found ${successfulDeployments.length} releases to consider`);
successfulDeployments.forEach(deployment => {
agentApi.logDebug (`Found DeploymentId ${deployment.id} with ReleaseID ${deployment.release.id} with the Deployment Status ${deployment.deploymentStatus}`);
});
if (overrideBuildReleaseId && !isNaN(parseInt(overrideBuildReleaseId))) {
agentApi.logInfo (`Trying to find successful deployment with the override release ID of '${overrideBuildReleaseId}'`);
mostRecentDeployment = successfulDeployments.find (element => element.release.id === parseInt(overrideBuildReleaseId));
if (mostRecentDeployment) {
agentApi.logInfo (`Found matching override release ${mostRecentDeployment.release.name}`);
} else {
agentApi.logError (`Cannot find matching release`);
reject(-1);
return;
}
} else {
mostRecentDeployment = successfulDeployments[0];
agentApi.logInfo (`Finding the last successful release ${mostRecentDeployment.release.name}`);
}
} else {
// There have been no recent successful deployments
}
resolve(mostRecentDeployment);
} catch (err) {
reject(err);
}
});
}
export async function expandTruncatedCommitMessages(restClient: WebApi, globalCommits: Change[], gitHubPat: string, bitbucketUser: string, bitbucketSecret: string): Promise<Change[]> {
return new Promise<Change[]>(async (resolve, reject) => {
var expanded: number = 0;
agentApi.logInfo(`Expanding the truncated commit messages...`);
for (var change of globalCommits) {
if (change.messageTruncated) {
try {
agentApi.logDebug(`Expanding commit [${change.id}]`);
let res: restm.IRestResponse<GitCommit>;
if (change.location.startsWith("https://api.github.com/")) {
agentApi.logDebug(`Need to expand details from GitHub`);
// we build PAT auth object even if we have no token
// this will still allow access to public repos
// if we have a token it will allow access to private ones
let auth = new PersonalAccessTokenCredentialHandler(gitHubPat);
let rc = new restm.RestClient("rest-client", "", [auth], {});
let gitHubRes: any = await rc.get(change.location); // we have to use type any as there is a type mismatch
if (gitHubRes.statusCode === 200) {
change.message = gitHubRes.result.commit.message;
change.messageTruncated = false;
expanded++;
} else {
agentApi.logWarn(`Cannot access API ${gitHubRes.statusCode} accessing ${change.location}`);
agentApi.logWarn(`The most common reason for this failure is that the GitHub Repo is private and a Personal Access Token giving read access needs to be passed as a parameter to this task`);
}
} else if (change.location.startsWith("https://api.bitbucket.org/")) {
agentApi.logDebug(`Need to expand details from BitBucket`);
// we build PAT auth object even if we have no token
// this will still allow access to public repos
// if we have a token it will allow access to private ones
let rc = new restm.RestClient("rest-client");
if (bitbucketUser && bitbucketUser.length > 0 && bitbucketSecret && bitbucketSecret.length > 0 ) {
let auth = new BasicCredentialHandler(bitbucketUser, bitbucketSecret);
rc = new restm.RestClient("rest-client", "", [auth], {});
} else {
agentApi.logInfo(`No Bitbucket user and app secret passed so cannot access private Bitbucket repos`);
}
let bitbucketRes: any = await rc.get(change.location); // we have to use type any as there is a type mismatch
if (bitbucketRes.statusCode === 200) {
change.message = bitbucketRes.result.message;
change.messageTruncated = false;
expanded++;
} else {
agentApi.logWarn(`Cannot access API ${bitbucketRes.statusCode} accessing ${change.location}`);
agentApi.logWarn(`The most common reason for this failure is that the Bitbucket Repo is private and a Personal Access Token giving read access needs to be passed as a parameter to this task`);
}
} else {
agentApi.logDebug(`Need to expand details from Azure DevOps`);
// the REST client is already authorised with the agent token
let vstsRes = await restClient.rest.get<GitCommit>(change.location);
if (vstsRes.statusCode === 200) {
change.message = vstsRes.result.comment;
change.messageTruncated = false;
expanded++;
} else {
agentApi.logWarn(`Cannot access API ${vstsRes.statusCode} accessing ${change.location}`);
agentApi.logWarn(`The most common reason for this failure is that the account defined by the agent access token does not have rights to read the required repo`);
}
}
} catch (err) {
agentApi.logWarn(`Cannot expand message ${err}`);
agentApi.logWarn(`Using ${change.location}`);
}
}
}
agentApi.logInfo(`Expanded truncated commit messages ${expanded}`);
resolve(globalCommits);
});
}
export async function enrichPullRequest(
gitApi: IGitApi,
pullRequests: EnrichedGitPullRequest[]
): Promise<EnrichedGitPullRequest[]> {
return new Promise<EnrichedGitPullRequest[]>(async (resolve, reject) => {
try {
for (let prIndex = 0; prIndex < pullRequests.length; prIndex++) {
const prDetails = pullRequests[prIndex];
// issue1512 the API call that gets the batch of PRs does not return the whole description, so we need to get each one individually
const pr = await gitApi.getPullRequestById(prDetails.pullRequestId);
prDetails.description = pr.description;
// get any missing labels for all the known PRs we are interested in as getPullRequestById does not populate labels, so get those as well
if (!prDetails.labels || prDetails.labels.length === 0 ) {
agentApi.logDebug(`Checking for tags for ${prDetails.pullRequestId}`);
const prLabels = await (gitApi.getPullRequestLabels(prDetails.repository.id, prDetails.pullRequestId));
prDetails.labels = prLabels;
}
// and added the WI IDs
var wiRefs = await (gitApi.getPullRequestWorkItemRefs(prDetails.repository.id, prDetails.pullRequestId));
prDetails.associatedWorkitems = wiRefs.map(wi => {
return {
id: parseInt(wi.id),
url: wi.url
};
}) ;
agentApi.logDebug(`Added ${prDetails.associatedWorkitems.length} work items for ${prDetails.pullRequestId}`);
prDetails.associatedCommits = [];
var csRefs = await (gitApi.getPullRequestCommits(prDetails.repository.id, prDetails.pullRequestId));
for (let csIndex = 0; csIndex < csRefs.length; csIndex++) {
prDetails.associatedCommits.push ( await (gitApi.getCommit(csRefs[csIndex].commitId, prDetails.repository.id)));
}
agentApi.logDebug(`Added ${prDetails.associatedCommits.length} commits for ${prDetails.pullRequestId}, note this includes commits on the PR source branch not associated directly with the build`);
}
resolve(pullRequests);
} catch (err) {
reject(err);
}
});
}
export async function enrichChangesWithFileDetails(
gitApi: IGitApi,
tfvcApi: ITfvcApi,
changes: Change[],
gitHubPat: string
): Promise<Change[]> {
return new Promise<Change[]>(async (resolve, reject) => {
try {
var extraDetail = [];
if (changes && changes.length > 0) {
for (let index = 0; index < changes.length; index++) {
const change = changes[index];
try {
agentApi.logInfo (`Enriched change ${change.id} of type ${change.type}`);
if (change.type === "TfsGit") {
// we need the repository ID for the API call
// the alternative is to take the basic location value and build a rest call from that
// neither are that nice.
var url = require("url");
// split the url up, check it is the expected format and then get the ID
var urlParts = url.parse(change.location);
try {
var pathParts = urlParts.path.split("/");
var repoId = "";
for (let index = 0; index < pathParts.length; index++) {
if (pathParts[index] === "repositories") {
repoId = pathParts[index + 1];
break;
}
}
let gitDetails = await gitApi.getChanges(change.id, repoId);
agentApi.logInfo (`Enriched with details of ${gitDetails.changes.length} files`);
extraDetail = gitDetails.changes;
} catch (ex) {
agentApi.logInfo (`Cannot enriched ${ex}`);
}
} else if (change.type === "TfsVersionControl") {
var tfvcDetail = await tfvcApi.getChangesetChanges(parseInt(change.id.substring(1)));
agentApi.logInfo (`Enriched with details of ${tfvcDetail.length} files`);
extraDetail = tfvcDetail;
} else if (change.type === "GitHub") {
let res: restm.IRestResponse<GitCommit>;
// we build PAT auth object even if we have no token
// this will still allow access to public repos
// if we have a token it will allow access to private ones
let auth = new PersonalAccessTokenCredentialHandler(gitHubPat);
let rc = new restm.RestClient("rest-client", "", [auth], {});
let gitHubRes: any = await rc.get(change.location); // we have to use type any as there is a type mismatch
if (gitHubRes.statusCode === 200) {
var gitHubFiles = gitHubRes.result.files;
agentApi.logInfo (`Enriched with details of ${gitHubFiles.length} files`);
extraDetail = gitHubFiles;
} else {
agentApi.logWarn(`Cannot access API ${gitHubRes.statusCode} accessing ${change.location}`);
agentApi.logWarn(`The most common reason for this failure is that the GitHub Repo is private and a Personal Access Token giving read access needs to be passed as a parameter to this task`);
}
} else if (change.type === "Bitbucket") {
agentApi.logWarn(`This task does not currently support getting file details associated to a commit on Bitbucket`);
} else {
agentApi.logWarn(`Cannot preform enrichment as type ${change.type} is not supported for enrichment`);
}
change["changes"] = extraDetail;
} catch (err) {
agentApi.logWarn(`Error ${err} enriching ${change.location}`);
}
}
} else {
changes = [];
}
resolve(changes);
} catch (err) {
reject(err);
}
});
}
// Gets the credential handler. Supports both PAT and OAuth tokens
export function getCredentialHandler(pat: string, accessToken: string): IRequestHandler {
if ( !(!accessToken || accessToken.length === 0) || (!pat || pat.length === 0)) {
// no pat passed so we need the system token
agentApi.logDebug("Getting System.AccessToken");
if (!accessToken || accessToken.length === 0) {
accessToken = agentApi.getSystemAccessToken();
}
let credHandler: IRequestHandler;
if (!accessToken || accessToken.length === 0) {
throw "Unable to locate access token that will allow access to Azure DevOps API.";
} else {
agentApi.logInfo("Creating the credential handler from the OAUTH token");
// used for local debugging. Allows switching between PAT token and Bearer Token for debugging
credHandler = webApi.getHandlerFromToken(accessToken, true);
}
return credHandler;
} else {
agentApi.logInfo("Creating the credential handler using override PAT (suitable for local testing or if the OAUTH token cannot be used)");
return webApi.getPersonalAccessTokenHandler(pat, true);
}
}
export async function getTestsForBuild(
testAPI: TestApi,
teamProject: string,
buildId: number
): Promise<TestCaseResult[]> {
return new Promise<TestCaseResult[]>(async (resolve, reject) => {
let testList: TestCaseResult[] = [];
try {
let buildTestResults = await (testAPI.getTestResultsByBuild(teamProject, buildId));
tl.debug(`Found ${buildTestResults.length} automated test results associated with the build`);
if ( buildTestResults.length > 0 ) {
for (let index = 0; index < buildTestResults.length; index++) {
const test = buildTestResults[index];
if (testList.filter(e => e.testRun.id === `${test.runId}`).length === 0) {
var skip = 0;
var batchSize = 1000; // the API max is 1000
do {
agentApi.logDebug(`Get batch of automated tests [${skip}] - [${skip + batchSize}] for test run ${test.runId}`);
var runBatch = await (testAPI.getTestResults(teamProject, test.runId, null, skip, batchSize));
tl.debug(`Adding ${runBatch.length} tests`);
testList.push(...runBatch);
skip += batchSize;
} while (batchSize === runBatch.length);
} else {
tl.debug(`Skipping adding tests for test run ${test.runId} as already added`);
}
}
tl.debug(`Test results expanded to unique ${testList.length} test results`);
} else {
tl.debug(`No automated tests associated with build ${buildId}`);
}
resolve(testList);
} catch (err) {
reject(err);
}
});
}
export async function getManualTestsForBuild(
restClient: restm.RestClient,
testAPI: TestApi,
tpcUri: string,
teamProject: string,
buildid: number,
globalManualTestConfigurations
): Promise<EnrichedTestRun[]> {
return new Promise<EnrichedTestRun[]>(async (resolve, reject) => {
let testRunList: EnrichedTestRun[] = [];
try {
let buildTestRuns = [];
var runSkip = 0;
var batchSize = 1000; // the API max
let usedConfigurations = [];
do {
agentApi.logDebug(`Get batch of manual test runs [${runSkip}] - [${runSkip + batchSize}]`);
var runs = await (testAPI.getTestRuns(
teamProject,
`vstfs:///Build/Build/${buildid}`,
null, // owner
null, // tmpiRunId
null, // planId
true, // include details
false, // shows both manual and automated
runSkip,
batchSize));
// this returns both manual and automated we need to filter
runs = runs.filter(run => run.isAutomated === false);
buildTestRuns.push(...runs);
} while (batchSize === runs.length);
tl.debug(`Found ${buildTestRuns.length} manual test runs associated with the build`);
if ( buildTestRuns.length > 0 ) {
for (let index = 0; index < buildTestRuns.length; index++) {
const testRun = <EnrichedTestRun>buildTestRuns[index];
testRun.TestResults = [];
var resultSkip = 0;
do {
agentApi.logDebug(`Get batch of tests [${resultSkip}] - [${resultSkip + batchSize}] for test run ${testRun.id}`);
// get the test steps
var batch = await testAPI.getTestResults(teamProject, testRun.id, ResultDetails.Point, resultSkip, batchSize );
testRun.TestResults.push (...batch);
// get the list of unique configurations
var uniqueIDs = [...new Set(batch.map(item => item.configuration.id))];
uniqueIDs.forEach(id => {
if (!usedConfigurations.includes(id)) {
usedConfigurations.push(id);
}
});
} while (batchSize === batch.length);
testRunList.push(testRun);
tl.debug(`Manual Test Run ${testRun.id} enriched with ${testRun.TestResults.length} individual test results`);
}
// get the details of the test configurations. There is no SDK call for this, so making a base REST call
try {
// extract a URL to use with the client
for (let index = 0; index < usedConfigurations.length; index++) {
tl.debug(`Getting details of the test configuration ${usedConfigurations[index]}`);
let response = await restClient.get(`${tpcUri}/${teamProject}/_apis/test/configurations/${usedConfigurations[index]}?api-version=5.0-preview.2`);
globalManualTestConfigurations.push(response.result);
}
} catch (err) {
tl.warning(`Cannot get the details of the test configuration`);
}
} else {
tl.debug(`No manual test plans associated with build`);
}
resolve(testRunList);
} catch (err) {
reject(err);
}
});
}
export async function getConsumedArtifactsForBuild(
restClient: restm.RestClient,
tpcUri: string,
teamProject: string,
buildid: number
): Promise<[]> {
return new Promise<[]>(async (resolve, reject) => {
let consumedArtifacts: [] = [];
try {
var payload = {
"contributionIds": [
"ms.vss-build-web.run-consumed-artifacts-data-provider"
],
"dataProviderContext": {
"properties": {
"buildId": `${buildid}`,
"sourcePage": {
"url": `${tpcUri}/${teamProject}/_build/results?buildId=${buildid}&view=results`,
"routeId": "ms.vss-build-web.ci-results-hub-route",
"routeValues": {
"project": `${teamProject}`,
"viewname": "build-results",
"controller": "ContributedPage",
"action": "Execute"
}
}
}
}
};
let response = await restClient.create(
`${tpcUri}/_apis/Contribution/HierarchyQuery/project/${teamProject}?api-version=5.1-preview`,
payload);
var result = response.result;
resolve(response.result["dataProviders"]["ms.vss-build-web.run-consumed-artifacts-data-provider"].consumedSources);
} catch (err) {
tl.warning(`Cannot get the details of the consumed artifacts ${err}`);
resolve([]);
}
});
}
export function addUniqueTestToArray (
masterArray: TestCaseResult[],
newArray: TestCaseResult[]
) {
tl.debug(`The global test array contains ${masterArray.length} items`);
if (newArray.length > 0) {
newArray.forEach(test => {
if (masterArray.filter(e => e.testCaseReferenceId === test.testCaseReferenceId && e.testRun.id === test.testRun.id).length === 0) {
tl.debug(`Adding the test case ${test.testCaseReferenceId} for test run ${test.testRun.id} as not present in the master list`);
masterArray.push(test);
} else {
tl.debug(`Skipping the test case ${test.testCaseReferenceId} for test run ${test.testRun.id} as already present in the master list`);
}
});
}
tl.debug(`The updated global test array contains ${masterArray.length} items`);
return masterArray;
}
export async function getTestsForRelease(
testAPI: TestApi,
teamProject: string,
release: Release
): Promise<TestCaseResult[]> {
return new Promise<TestCaseResult[]>(async (resolve, reject) => {
let testList: TestCaseResult[] = [];
try {
for (let envIndex = 0; envIndex < release.environments.length; envIndex++) {
const env = release.environments[envIndex];
let envTestResults = await (testAPI.getTestResultDetailsForRelease(teamProject, release.id, env.id));
if (envTestResults.resultsForGroup.length > 0) {
for (let index = 0; index < envTestResults.resultsForGroup[0].results.length; index++) {
const test = envTestResults.resultsForGroup[0].results[index];
if (testList.filter(e => e.testRun.id === `${test.testRun.id}`).length === 0) {
tl.debug(`Adding tests for test run ${test.testRun.id}`);
let run = await (testAPI.getTestResults(teamProject, parseInt(test.testRun.id)));
testList.push(...run);
} else {
tl.debug(`Skipping adding tests for test run ${test.testRun.id} as already added`);
}
}
} else {
tl.debug(`No tests associated with release ${release.id} environment ${env.name}`);
}
}
resolve(testList);
} catch (err) {
reject(err);
}
});
}
export function getTemplate(
templateLocation: string,
templateFile: string ,
inlinetemplate: string
): Array<string> {
agentApi.logDebug(`Using template mode ${templateLocation}`);
var template;
const handlebarIndicator = "{{";
if (templateLocation === "File") {
if (fs.existsSync(templateFile)) {
agentApi.logInfo (`Loading template file ${templateFile}`);
template = fs.readFileSync(templateFile, "utf8").toString();
} else {
agentApi.logError (`Cannot find template file ${templateFile}`);
return template;
}
} else {
agentApi.logInfo ("Using in-line template");
template = inlinetemplate;
}
// we now only handle handlebar templates
if (template.includes(handlebarIndicator)) {
agentApi.logDebug("Loading handlebar template");
}
else {
agentApi.logError("The template is not on handlebars format, load template has been skipped");
template = "";
}
return template;
}
export async function getAllDirectRelatedWorkitems (
workItemTrackingApi: IWorkItemTrackingApi,
workItems: WorkItem[]
) {
var relatedWorkItems = [...workItems]; // a clone
for (let wiIndex = 0; wiIndex < workItems.length; wiIndex++) {
var wi = workItems[wiIndex];
agentApi.logInfo(`Looking for parents and children of WI [${wi.id}]`);
if (wi.relations) {
for (let relIndex = 0; relIndex < wi.relations.length; relIndex++) {
var relation = wi.relations[relIndex];
if ((relation.attributes.name === "Child") ||
(relation.attributes.name === "Parent")) {
var urlParts = relation.url.split("/");
var id = parseInt(urlParts[urlParts.length - 1]);
if (!relatedWorkItems.find(element => element.hasOwnProperty("id") && element.id === id)) {
agentApi.logInfo(`Add ${relation.attributes.name} WI ${id}`);
relatedWorkItems.push(await (workItemTrackingApi.getWorkItem(id, null, null, WorkItemExpand.All, null)));
} else {
agentApi.logInfo(`Skipping ${id} as already in the relations list`);
}
}
}
}
}
return relatedWorkItems;
}
export async function getAllDirectRelatedTestCases (
workItemTrackingApi: IWorkItemTrackingApi,
workItems: WorkItem[]
) {
var testedBy = [];
for (let wiIndex = 0; wiIndex < workItems.length; wiIndex++) {
var wi = workItems[wiIndex];
agentApi.logInfo(`Looking for Tests of WI [${wi.id}]`);
if (wi.relations) {
for (let relIndex = 0; relIndex < wi.relations.length; relIndex++) {
var relation = wi.relations[relIndex];
if (relation.attributes.name === "Tested By") {
var urlParts = relation.url.split("/");
var id = parseInt(urlParts[urlParts.length - 1]);
if (!testedBy.find(element => element.id === id)) {
agentApi.logInfo(`Add Test ${relation.attributes.name} WI ${id}`);
testedBy.push(await (workItemTrackingApi.getWorkItem(id, null, null, WorkItemExpand.All, null)));
} else {
agentApi.logInfo(`Skipping Test ${id} as already in the relations list`);
}
}
}
}
}
return testedBy;
}
export async function getAllParentWorkitems (
workItemTrackingApi: IWorkItemTrackingApi,
relatedWorkItems: WorkItem[]
) {
var allRelatedWorkItems = [...relatedWorkItems]; // a clone
var knownWI = allRelatedWorkItems.length;
var addedOnThisPass = 0;
do {
// reset the count
addedOnThisPass = 0;
// look for all the parent
for (let wiIndex = 0; wiIndex < allRelatedWorkItems.length; wiIndex++) {
var wi = allRelatedWorkItems[wiIndex];
agentApi.logInfo(`Looking for parents of WI [${wi.id}]`);
if (wi.relations) {
for (let relIndex = 0; relIndex < wi.relations.length; relIndex++) {
var relation = wi.relations[relIndex];
if (relation.attributes.name === "Parent") {
var urlParts = relation.url.split("/");
var id = parseInt(urlParts[urlParts.length - 1]);
if (!allRelatedWorkItems.find(element => element.id === id)) {
agentApi.logInfo(`Add ${relation.attributes.name} WI ${id}`);
allRelatedWorkItems.push(await (workItemTrackingApi.getWorkItem(id, null, null, WorkItemExpand.All, null)));
// if we add something add to the count
addedOnThisPass ++;
} else {
agentApi.logInfo(`Skipping ${id} as already in the found parent list`);
}
}
}
}
}
} while (addedOnThisPass !== 0); // exit if we added nothing in this pass
agentApi.logInfo(`Added ${allRelatedWorkItems.length - knownWI} parent WI to the list of direct relations`);
return allRelatedWorkItems;
}
export async function getFullWorkItemDetails (
workItemTrackingApi: IWorkItemTrackingApi,
workItemRefs: ResourceRef[]
) {
let fullWorkItems: WorkItem[] = [];
if (workItemRefs && workItemRefs.length > 0) {
var workItemIds = workItemRefs.map(wi => parseInt(wi.id));
agentApi.logInfo(`Get details of [${workItemIds.length}] WIs`);
if (workItemIds && workItemIds.length > 0) {
var indexStart = 0;
var indexEnd = (workItemIds.length > 200) ? 200 : workItemIds.length ;
while ((indexEnd <= workItemIds.length) && (indexStart !== indexEnd)) {
var subList = workItemIds.slice(indexStart, indexEnd);
agentApi.logInfo(`Getting full details of WI batch from index: [${indexStart}] to [${indexEnd}]`);
var subListDetails = await workItemTrackingApi.getWorkItems(subList, null, null, WorkItemExpand.All, null);
agentApi.logInfo(`Adding [${subListDetails.length}] items`);
fullWorkItems = fullWorkItems.concat(subListDetails);
indexStart = indexEnd;
indexEnd = ((workItemIds.length - indexEnd) > 200) ? indexEnd + 200 : workItemIds.length;
}
}
}
return fullWorkItems;
}
// The Argument compareReleaseDetails is used in the template processing. Renaming or removing will break the templates
export function processTemplate(
template,
workItems: WorkItem[],
commits: Change[],
buildDetails: Build,
releaseDetails: Release,
compareReleaseDetails: Release,
customHandlebarsExtensionCodeAsFile: string,
customHandlebarsExtensionCode: string,
customHandlebarsExtensionFile: string,
customHandlebarsExtensionFolder: string,
pullRequests: EnrichedGitPullRequest[],
globalBuilds: UnifiedArtifactDetails[],
globalTests: TestCaseResult[],
releaseTests: TestCaseResult[],
relatedWorkItems: WorkItem[],
compareBuildDetails: Build,
currentStage: TimelineRecord,
inDirectlyAssociatedPullRequests: EnrichedGitPullRequest[],
globalManualTests: EnrichedTestRun[],
globalManualTestConfigurations: [],
stopOnError: boolean,
globalConsumedArtifacts: any[],
queryWorkItems: WorkItem[],
testedByWorkItems: WorkItem[],
publishedArtifacts: BuildArtifact[]
): string {
var output = "";
if (template.length > 0) {
agentApi.logDebug("Processing template");
agentApi.logDebug(` WI: ${workItems.length}`);
agentApi.logDebug(` CS: ${commits.length}`);
agentApi.logDebug(` PR: ${pullRequests.length}`);
agentApi.logDebug(` Builds: ${globalBuilds.length}`);
agentApi.logDebug(` Manual Tests: ${globalManualTests.length}`);
agentApi.logDebug(` Manual TestConfigurations: ${globalManualTestConfigurations.length}`);
agentApi.logDebug(` Release Tests: ${releaseTests.length}`);
agentApi.logDebug(` Related WI: ${relatedWorkItems.length}`);
agentApi.logDebug(` Related Tests: ${testedByWorkItems.length}`);
agentApi.logDebug(` Indirect PR: ${inDirectlyAssociatedPullRequests.length}`);
agentApi.logDebug(` Consumed Artifacts: ${globalConsumedArtifacts.length}`);
agentApi.logDebug(` Published Artifacts: ${publishedArtifacts.length}`);
agentApi.logDebug(` Query WI: ${queryWorkItems.length}`);
// it is a handlebar template
agentApi.logDebug("Processing handlebar template");
const handlebars = require("handlebars");
// load the extension library so it can be accessed in templates
agentApi.logInfo("Loading handlebars-helpers extension");
const helpers = require("handlebars-helpers")({
handlebars: handlebars
});
// add a custom helper to expand json
handlebars.registerHelper("json", function(context) {
return JSON.stringify(context);
});
// add our helper to find children and parents
handlebars.registerHelper("lookup_a_work_item", function (array, url) {
var urlParts = url.split("/");
var wiId = parseInt(urlParts[urlParts.length - 1]);
return array.find(element => element?.id === wiId);
});
// add our helper to find test configuration
handlebars.registerHelper("lookup_a_test_configuration", function (array, id) {
return array.find(element => element.id === Number(id));
});
// add our helper to find PR
handlebars.registerHelper("lookup_a_pullrequest", function (array, url) {
var urlParts = url.toLowerCase().split("%2f"); // issue #1980 fix
var prId = parseInt(urlParts[urlParts.length - 1]);
return array.find(element => element.pullRequestId === prId);
});