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workspace-starter.ts
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/**
* Copyright (c) 2020 Gitpod GmbH. All rights reserved.
* Licensed under the GNU Affero General Public License (AGPL).
* See License-AGPL.txt in the project root for license information.
*/
import {
CloneTargetMode,
FileDownloadInitializer,
GitAuthMethod,
GitConfig,
GitInitializer,
PrebuildInitializer,
SnapshotInitializer,
WorkspaceInitializer,
} from "@gitpod/content-service/lib";
import { CompositeInitializer, FromBackupInitializer } from "@gitpod/content-service/lib/initializer_pb";
import {
DBUser,
DBWithTracing,
ProjectDB,
TeamDB,
TracedUserDB,
TracedWorkspaceDB,
UserDB,
WorkspaceDB,
} from "@gitpod/gitpod-db/lib";
import { BlockedRepositoryDB } from "@gitpod/gitpod-db/lib/blocked-repository-db";
import {
CommitContext,
Disposable,
GitpodToken,
GitpodTokenType,
GitCheckoutInfo,
NamedWorkspaceFeatureFlag,
RefType,
SnapshotContext,
StartWorkspaceResult,
User,
UserEnvVar,
UserEnvVarValue,
WithEnvvarsContext,
WithPrebuild,
Workspace,
WorkspaceContext,
WorkspaceImageSource,
WorkspaceImageSourceDocker,
WorkspaceImageSourceReference,
WorkspaceInstance,
WorkspaceInstanceConfiguration,
WorkspaceInstanceStatus,
WorkspaceProbeContext,
Permission,
HeadlessWorkspaceEvent,
HeadlessWorkspaceEventType,
DisposableCollection,
AdditionalContentContext,
ImageConfigFile,
ProjectEnvVar,
ImageBuildLogInfo,
IDESettings,
} from "@gitpod/gitpod-protocol";
import { IAnalyticsWriter } from "@gitpod/gitpod-protocol/lib/analytics";
import { log } from "@gitpod/gitpod-protocol/lib/util/logging";
import { TraceContext } from "@gitpod/gitpod-protocol/lib/util/tracing";
import {
BuildRegistryAuth,
BuildRegistryAuthSelective,
BuildRegistryAuthTotal,
BuildRequest,
BuildResponse,
BuildSource,
BuildSourceDockerfile,
BuildSourceReference,
BuildStatus,
ImageBuilderClientProvider,
ResolveBaseImageRequest,
ResolveWorkspaceImageRequest,
} from "@gitpod/image-builder/lib";
import { StartWorkspaceSpec, WorkspaceFeatureFlag, StartWorkspaceResponse, IDEImage } from "@gitpod/ws-manager/lib";
import { WorkspaceManagerClientProvider } from "@gitpod/ws-manager/lib/client-provider";
import {
AdmissionLevel,
EnvironmentVariable,
GitSpec,
PortSpec,
PortVisibility,
StartWorkspaceRequest,
WorkspaceMetadata,
WorkspaceType,
VolumeSnapshotInfo,
StopWorkspacePolicy,
StopWorkspaceRequest,
} from "@gitpod/ws-manager/lib/core_pb";
import * as crypto from "crypto";
import { inject, injectable } from "inversify";
import { v4 as uuidv4 } from "uuid";
import { HostContextProvider } from "../auth/host-context-provider";
import { ScopedResourceGuard } from "../auth/resource-access";
import { Config } from "../config";
import { OneTimeSecretServer } from "../one-time-secret-server";
import { AuthorizationService } from "../user/authorization-service";
import { TokenProvider } from "../user/token-provider";
import { UserService } from "../user/user-service";
import { ImageSourceProvider } from "./image-source-provider";
import { MessageBusIntegration } from "./messagebus-integration";
import * as path from "path";
import * as grpc from "@grpc/grpc-js";
import { IDEConfig, IDEConfigService } from "../ide-config";
import { EnvVarWithValue } from "@gitpod/gitpod-protocol/src/protocol";
import { WithReferrerContext } from "@gitpod/gitpod-protocol/lib/protocol";
import { IDEOption, IDEOptions } from "@gitpod/gitpod-protocol/lib/ide-protocol";
import { Deferred } from "@gitpod/gitpod-protocol/lib/util/deferred";
import { ExtendedUser } from "@gitpod/ws-manager/lib/constraints";
import { increaseFailedInstanceStartCounter, increaseSuccessfulInstanceStartCounter } from "../prometheus-metrics";
import { ContextParser } from "./context-parser-service";
import { IDEService } from "../ide-service";
import { WorkspaceClusterImagebuilderClientProvider } from "./workspace-cluster-imagebuilder-client-provider";
import { getExperimentsClientForBackend } from "@gitpod/gitpod-protocol/lib/experiments/configcat-server";
import { WorkspaceClasses, WorkspaceClassesConfig } from "./workspace-classes";
import { EntitlementService } from "../billing/entitlement-service";
import { BillingModes } from "../../ee/src/billing/billing-mode";
import { AttributionId } from "@gitpod/gitpod-protocol/lib/attribution";
import { CachingBillingServiceClientProvider } from "@gitpod/usage-api/lib/usage/v1/sugar";
import { Timestamp } from "google-protobuf/google/protobuf/timestamp_pb";
import { BillingMode } from "@gitpod/gitpod-protocol/lib/billing-mode";
import { System } from "@gitpod/usage-api/lib/usage/v1/billing_pb";
export interface StartWorkspaceOptions {
rethrow?: boolean;
forceDefaultImage?: boolean;
excludeFeatureFlags?: NamedWorkspaceFeatureFlag[];
pvcEnabledForPrebuilds?: boolean;
}
const MAX_INSTANCE_START_RETRIES = 2;
const INSTANCE_START_RETRY_INTERVAL_SECONDS = 2;
// TODO(ak) move to IDE service
export const migrationIDESettings = (user: User) => {
if (!user?.additionalData?.ideSettings || user.additionalData.ideSettings.settingVersion === "2.0") {
return;
}
const newIDESettings: IDESettings = {
settingVersion: "2.0",
};
const ideSettings = user.additionalData.ideSettings;
if (ideSettings.useDesktopIde) {
if (ideSettings.defaultDesktopIde === "code-desktop") {
newIDESettings.defaultIde = "code-desktop";
} else if (ideSettings.defaultDesktopIde === "code-desktop-insiders") {
newIDESettings.defaultIde = "code-desktop";
newIDESettings.useLatestVersion = true;
} else {
newIDESettings.defaultIde = ideSettings.defaultDesktopIde;
newIDESettings.useLatestVersion = ideSettings.useLatestVersion;
}
} else {
const useLatest = ideSettings.defaultIde === "code-latest";
newIDESettings.defaultIde = "code";
newIDESettings.useLatestVersion = useLatest;
}
return newIDESettings;
};
// TODO(ak) move to IDE service
export const chooseIDE = (
ideChoice: string,
ideOptions: IDEOptions,
useLatest: boolean,
hasIdeSettingPerm: boolean,
) => {
const defaultIDEOption = ideOptions.options[ideOptions.defaultIde];
const defaultIdeImage = useLatest ? defaultIDEOption.latestImage ?? defaultIDEOption.image : defaultIDEOption.image;
const data: { desktopIdeImage?: string; ideImage: string } = {
ideImage: defaultIdeImage,
};
const chooseOption = ideOptions.options[ideChoice] ?? defaultIDEOption;
const isDesktopIde = chooseOption.type === "desktop";
if (isDesktopIde) {
data.desktopIdeImage = useLatest ? chooseOption?.latestImage ?? chooseOption?.image : chooseOption?.image;
if (hasIdeSettingPerm) {
data.desktopIdeImage = data.desktopIdeImage || ideChoice;
}
} else {
data.ideImage = useLatest ? chooseOption?.latestImage ?? chooseOption?.image : chooseOption?.image;
if (hasIdeSettingPerm) {
data.ideImage = data.ideImage || ideChoice;
}
}
if (!data.ideImage) {
data.ideImage = defaultIdeImage;
// throw new Error("cannot choose correct browser ide");
}
return data;
};
export async function getWorkspaceClassForInstance(
ctx: TraceContext,
workspace: Workspace,
previousInstance: WorkspaceInstance | undefined,
user: User,
entitlementService: EntitlementService,
config: WorkspaceClassesConfig,
workspaceDb: DBWithTracing<WorkspaceDB>,
): Promise<string> {
const span = TraceContext.startSpan("getWorkspaceClassForInstance", ctx);
try {
let workspaceClass = "";
if (!previousInstance?.workspaceClass) {
if (workspace.type == "regular") {
const prebuildClass = await WorkspaceClasses.getFromPrebuild(ctx, workspace, workspaceDb.trace(ctx));
if (prebuildClass) {
const userClass = await WorkspaceClasses.getConfiguredOrUpgradeFromLegacy(
user,
config,
entitlementService,
);
workspaceClass = WorkspaceClasses.selectClassForRegular(prebuildClass, userClass, config);
} else if (user.additionalData?.workspaceClasses?.regular) {
workspaceClass = user.additionalData?.workspaceClasses?.regular;
}
}
if (workspace.type == "prebuild") {
if (user.additionalData?.workspaceClasses?.prebuild) {
workspaceClass = user.additionalData?.workspaceClasses?.prebuild;
}
}
if (!workspaceClass) {
workspaceClass = WorkspaceClasses.getDefaultId(config);
if (await entitlementService.userGetsMoreResources(user)) {
workspaceClass = WorkspaceClasses.getMoreResourcesIdOrDefault(config);
}
}
} else {
workspaceClass = WorkspaceClasses.getPreviousOrDefault(config, previousInstance.workspaceClass);
}
return workspaceClass;
} finally {
span.finish();
}
}
@injectable()
export class WorkspaceStarter {
@inject(WorkspaceManagerClientProvider) protected readonly clientProvider: WorkspaceManagerClientProvider;
@inject(Config) protected readonly config: Config;
@inject(IDEConfigService) private readonly ideConfigService: IDEConfigService;
@inject(IDEService) private readonly ideService: IDEService;
@inject(TracedWorkspaceDB) protected readonly workspaceDb: DBWithTracing<WorkspaceDB>;
@inject(TracedUserDB) protected readonly userDB: DBWithTracing<UserDB>;
@inject(TokenProvider) protected readonly tokenProvider: TokenProvider;
@inject(HostContextProvider) protected readonly hostContextProvider: HostContextProvider;
@inject(MessageBusIntegration) protected readonly messageBus: MessageBusIntegration;
@inject(AuthorizationService) protected readonly authService: AuthorizationService;
@inject(ImageBuilderClientProvider) protected readonly imagebuilderClientProvider: ImageBuilderClientProvider;
@inject(WorkspaceClusterImagebuilderClientProvider)
protected readonly wsClusterImageBuilderClientProvider: ImageBuilderClientProvider;
@inject(ImageSourceProvider) protected readonly imageSourceProvider: ImageSourceProvider;
@inject(UserService) protected readonly userService: UserService;
@inject(IAnalyticsWriter) protected readonly analytics: IAnalyticsWriter;
@inject(OneTimeSecretServer) protected readonly otsServer: OneTimeSecretServer;
@inject(ProjectDB) protected readonly projectDB: ProjectDB;
@inject(ContextParser) protected contextParser: ContextParser;
@inject(BlockedRepositoryDB) protected readonly blockedRepositoryDB: BlockedRepositoryDB;
@inject(TeamDB) protected readonly teamDB: TeamDB;
@inject(EntitlementService) protected readonly entitlementService: EntitlementService;
@inject(BillingModes) protected readonly billingModes: BillingModes;
@inject(CachingBillingServiceClientProvider)
protected readonly billingServiceClientProvider: CachingBillingServiceClientProvider;
public async startWorkspace(
ctx: TraceContext,
workspace: Workspace,
user: User,
userEnvVars: UserEnvVar[],
projectEnvVars: ProjectEnvVar[],
options?: StartWorkspaceOptions,
): Promise<StartWorkspaceResult> {
const span = TraceContext.startSpan("WorkspaceStarter.startWorkspace", ctx);
span.setTag("workspaceId", workspace.id);
if (workspace.projectId && workspace.type === "regular") {
/* tslint:disable-next-line */
/** no await */ this.projectDB.updateProjectUsage(workspace.projectId, {
lastWorkspaceStart: new Date().toISOString(),
});
}
options = options || {};
try {
await this.checkBlockedRepository(user, workspace.contextURL);
// Some workspaces do not have an image source.
// Workspaces without image source are not only legacy, but also happened due to what looks like a bug.
// Whenever a such a workspace is re-started we'll give it an image source now. This is in line with how this thing used to work.
//
// At this point any workspace that has no imageSource should have a commit context (we don't have any other contexts which don't resolve
// to a commit context prior to being started, or which don't get an imageSource).
if (!workspace.imageSource) {
const imageSource = await this.imageSourceProvider.getImageSource(
ctx,
user,
workspace.context as CommitContext,
workspace.config,
);
log.debug("Found workspace without imageSource, generated one", { imageSource });
workspace.imageSource = imageSource;
await this.workspaceDb.trace({ span }).store(workspace);
}
if (options.forceDefaultImage) {
const req = new ResolveBaseImageRequest();
req.setRef(this.config.workspaceDefaults.workspaceImage);
const allowAll = new BuildRegistryAuthTotal();
allowAll.setAllowAll(true);
const auth = new BuildRegistryAuth();
auth.setTotal(allowAll);
req.setAuth(auth);
const client = await this.getImageBuilderClient(user, workspace, undefined);
const res = await client.resolveBaseImage({ span }, req);
workspace.imageSource = <WorkspaceImageSourceReference>{
baseImageResolved: res.getRef(),
};
}
// check if there has been an instance before, i.e. if this is a restart
const pastInstances = await this.workspaceDb.trace({ span }).findInstances(workspace.id);
const hasValidBackup = pastInstances.some(
(i) => !!i.status && !!i.status.conditions && !i.status.conditions.failed,
);
let lastValidWorkspaceInstance: WorkspaceInstance | undefined;
if (hasValidBackup) {
lastValidWorkspaceInstance = pastInstances.reduce((previousValue, currentValue) =>
currentValue.creationTime > previousValue.creationTime ? currentValue : previousValue,
);
}
const ideConfig = await this.ideConfigService.config;
// create and store instance
let instance = await this.workspaceDb
.trace({ span })
.storeInstance(
await this.newInstance(
ctx,
workspace,
lastValidWorkspaceInstance,
user,
options.excludeFeatureFlags || [],
ideConfig,
options.pvcEnabledForPrebuilds || false,
),
);
span.log({ newInstance: instance.id });
const forceRebuild = !!workspace.context.forceImageBuild;
let needsImageBuild: boolean;
try {
// if we need to build the workspace image we musn't wait for actuallyStartWorkspace to return as that would block the
// frontend until the image is built.
const additionalAuth = await this.getAdditionalImageAuth(projectEnvVars);
needsImageBuild =
forceRebuild || (await this.needsImageBuild({ span }, user, workspace, instance, additionalAuth));
if (needsImageBuild) {
instance.status.conditions = {
neededImageBuild: true,
};
}
span.setTag("needsImageBuild", needsImageBuild);
} catch (err) {
// if we fail to check if the workspace needs an image build (e.g. becuase the image builder is unavailable),
// we must properly fail the workspace instance, i.e. set its status to stopped, deal with prebuilds etc.
//
// Once we've reached actuallyStartWorkspace that function will take care of failing the instance.
await this.failInstanceStart({ span }, err, workspace, instance);
throw err;
}
// If the caller requested that errors be rethrown we must await the actual workspace start to be in the exception path.
// To this end we disable the needsImageBuild behaviour if rethrow is true.
if (needsImageBuild && !options.rethrow) {
this.actuallyStartWorkspace(
{ span },
instance,
workspace,
user,
lastValidWorkspaceInstance?.id ?? "",
ideConfig,
userEnvVars,
projectEnvVars,
options.rethrow,
forceRebuild,
).catch((err) => log.error("actuallyStartWorkspace", err));
return { instanceID: instance.id };
}
return await this.actuallyStartWorkspace(
{ span },
instance,
workspace,
user,
lastValidWorkspaceInstance?.id ?? "",
ideConfig,
userEnvVars,
projectEnvVars,
options.rethrow,
forceRebuild,
);
} catch (e) {
TraceContext.setError({ span }, e);
throw e;
} finally {
span.finish();
}
}
public async stopWorkspaceInstance(
ctx: TraceContext,
instanceId: string,
instanceRegion: string,
policy?: StopWorkspacePolicy,
): Promise<void> {
const req = new StopWorkspaceRequest();
req.setId(instanceId);
req.setPolicy(policy || StopWorkspacePolicy.NORMALLY);
const client = await this.clientProvider.get(instanceRegion);
await client.stopWorkspace(ctx, req);
}
protected async checkBlockedRepository(user: User, contextURL: string) {
const blockedRepository = await this.blockedRepositoryDB.findBlockedRepositoryByURL(contextURL);
if (!blockedRepository) return;
if (blockedRepository.blockUser) {
try {
await this.userService.blockUser(user.id, true);
log.info({ userId: user.id }, "Blocked user.", { contextURL });
} catch (error) {
log.error({ userId: user.id }, "Failed to block user.", error, { contextURL });
}
}
throw new Error(`${contextURL} is blocklisted on Gitpod.`);
}
// Note: this function does not expect to be awaited for by its caller. This means that it takes care of error handling itself.
protected async actuallyStartWorkspace(
ctx: TraceContext,
instance: WorkspaceInstance,
workspace: Workspace,
user: User,
lastValidWorkspaceInstanceId: string,
ideConfig: IDEConfig,
userEnvVars: UserEnvVar[],
projectEnvVars: ProjectEnvVar[],
rethrow?: boolean,
forceRebuild?: boolean,
): Promise<StartWorkspaceResult> {
const span = TraceContext.startSpan("actuallyStartWorkspace", ctx);
try {
// build workspace image
const additionalAuth = await this.getAdditionalImageAuth(projectEnvVars);
instance = await this.buildWorkspaceImage(
{ span },
user,
workspace,
instance,
additionalAuth,
forceRebuild,
forceRebuild,
);
let type: WorkspaceType = WorkspaceType.REGULAR;
if (workspace.type === "prebuild") {
type = WorkspaceType.PREBUILD;
} else if (workspace.type === "probe") {
type = WorkspaceType.PROBE;
}
// create spec
const spec = await this.createSpec(
{ span },
user,
workspace,
instance,
lastValidWorkspaceInstanceId,
ideConfig,
userEnvVars,
projectEnvVars,
);
// create start workspace request
const metadata = await this.createMetadata(workspace);
const startRequest = new StartWorkspaceRequest();
startRequest.setId(instance.id);
startRequest.setMetadata(metadata);
startRequest.setType(type);
startRequest.setSpec(spec);
startRequest.setServicePrefix(workspace.id);
// we add additional information to the user to help with cluster selection
const euser: ExtendedUser = {
...user,
};
// choose a cluster and start the instance
let resp: StartWorkspaceResponse.AsObject | undefined = undefined;
let retries = 0;
try {
for (; retries < MAX_INSTANCE_START_RETRIES; retries++) {
resp = await this.tryStartOnCluster({ span }, startRequest, euser, workspace, instance);
if (resp) {
break;
}
await new Promise((resolve) => setTimeout(resolve, INSTANCE_START_RETRY_INTERVAL_SECONDS * 1000));
}
} catch (err) {
increaseFailedInstanceStartCounter("startOnClusterFailed");
await this.failInstanceStart({ span }, err, workspace, instance);
throw err;
}
if (!resp) {
increaseFailedInstanceStartCounter("clusterSelectionFailed");
const err = new Error("cannot start a workspace because no workspace clusters are available");
await this.failInstanceStart({ span }, err, workspace, instance);
throw err;
}
increaseSuccessfulInstanceStartCounter(retries);
span.log({ resp: resp });
if (instance.usageAttributionId) {
const creationTime = new Date(instance.creationTime);
const timestamped = Timestamp.fromDate(creationTime);
const parsedAttributionId = AttributionId.parse(instance.usageAttributionId);
if (parsedAttributionId) {
const billingMode = await this.billingModes.getBillingMode(parsedAttributionId, creationTime);
if (billingMode && billingMode.mode === "chargebee") {
const billingClient = this.billingServiceClientProvider.getDefault();
await billingClient.setBilledSession(instance.id, timestamped, System.SYSTEM_CHARGEBEE);
}
}
}
this.analytics.track({
userId: user.id,
event: "workspace_started",
properties: {
workspaceId: workspace.id,
instanceId: instance.id,
projectId: workspace.projectId,
contextURL: workspace.contextURL,
type: workspace.type,
usesPrebuild: spec.getInitializer()?.hasPrebuild(),
},
});
{
if (type === WorkspaceType.PREBUILD) {
// do not await
this.notifyOnPrebuildQueued(ctx, workspace.id).catch((err) => {
log.error("failed to notify on prebuild queued", err);
});
}
}
return { instanceID: instance.id, workspaceURL: resp.url };
} catch (err) {
if (rethrow) {
throw err;
} else {
log.error("error starting instance", err, { instanceId: instance.id });
}
return { instanceID: instance.id };
} finally {
span.finish();
}
}
protected async createMetadata(workspace: Workspace): Promise<WorkspaceMetadata> {
let metadata = new WorkspaceMetadata();
metadata.setOwner(workspace.ownerId);
metadata.setMetaId(workspace.id);
if (workspace.projectId) {
metadata.setProject(workspace.projectId);
let project = await this.projectDB.findProjectById(workspace.projectId);
if (project && project.teamId) {
metadata.setTeam(project.teamId);
}
}
return metadata;
}
protected async tryStartOnCluster(
ctx: TraceContext,
startRequest: StartWorkspaceRequest,
euser: ExtendedUser,
workspace: Workspace,
instance: WorkspaceInstance,
): Promise<StartWorkspaceResponse.AsObject | undefined> {
let lastInstallation = "";
const clusters = await this.clientProvider.getStartClusterSets(euser, workspace, instance);
for await (let cluster of clusters) {
try {
// getStartManager will throw an exception if there's no cluster available and hence exit the loop
const { manager, installation } = cluster;
lastInstallation = installation;
instance.status.phase = "pending";
instance.region = installation;
await this.workspaceDb.trace(ctx).storeInstance(instance);
try {
await this.messageBus.notifyOnInstanceUpdate(workspace.ownerId, instance);
} catch (err) {
// if sending the notification fails that's no reason to stop the workspace creation.
// If the dashboard misses this event it will catch up at the next one.
ctx.span?.log({ "notifyOnInstanceUpdate.error": err });
log.debug("cannot send instance update - this should be mostly inconsequential", err);
}
// start that thing
log.info({ instanceId: instance.id }, "starting instance");
return (await manager.startWorkspace(ctx, startRequest)).toObject();
} catch (err: any) {
if ("code" in err && err.code !== grpc.status.OK && lastInstallation !== "") {
log.error({ instanceId: instance.id }, "cannot start workspace on cluster, might retry", err, {
cluster: lastInstallation,
});
} else {
throw err;
}
}
}
return undefined;
}
protected async getAdditionalImageAuth(projectEnvVars: ProjectEnvVar[]): Promise<Map<string, string>> {
const res = new Map<string, string>();
const imageAuth = projectEnvVars.find((e) => e.name === "GITPOD_IMAGE_AUTH");
if (!imageAuth) {
return res;
}
const imageAuthValue = (await this.projectDB.getProjectEnvironmentVariableValues([imageAuth]))[0];
(imageAuthValue.value || "")
.split(",")
.map((e) => e.trim().split(":"))
.filter((e) => e.length == 2)
.forEach((e) => res.set(e[0], e[1]));
return res;
}
protected async notifyOnPrebuildQueued(ctx: TraceContext, workspaceId: string) {
const span = TraceContext.startSpan("notifyOnPrebuildQueued", ctx);
try {
const prebuild = await this.workspaceDb.trace({ span }).findPrebuildByWorkspaceID(workspaceId);
if (prebuild) {
const info = (await this.workspaceDb.trace({ span }).findPrebuildInfos([prebuild.id]))[0];
if (info) {
await this.messageBus.notifyOnPrebuildUpdate({ info, status: "queued" });
}
}
} catch (e) {
TraceContext.setError({ span }, e);
throw e;
} finally {
span.finish();
}
}
/**
* failInstanceStart properly fails a workspace instance if something goes wrong before the instance ever reaches
* workspace manager. In this case we need to make sure we also fulfil the tasks of the bridge (e.g. for prebulds).
*/
protected async failInstanceStart(
ctx: TraceContext,
err: Error,
workspace: Workspace,
instance: WorkspaceInstance,
) {
const span = TraceContext.startSpan("failInstanceStart", ctx);
try {
// We may have never actually started the workspace which means that ws-manager-bridge never set a workspace status.
// We have to set that status ourselves.
instance.status.phase = "stopped";
instance.stoppingTime = new Date().toISOString();
instance.stoppedTime = new Date().toISOString();
instance.status.conditions.failed = err.toString();
instance.status.message = `Workspace cannot be started: ${err}`;
await this.workspaceDb.trace({ span }).storeInstance(instance);
await this.messageBus.notifyOnInstanceUpdate(workspace.ownerId, instance);
// If we just attempted to start a workspace for a prebuild - and that failed, we have to fail the prebuild itself.
if (workspace.type === "prebuild") {
const prebuild = await this.workspaceDb.trace({ span }).findPrebuildByWorkspaceID(workspace.id);
if (prebuild && prebuild.state !== "failed") {
prebuild.state = "failed";
prebuild.error = err.toString();
await this.workspaceDb.trace({ span }).storePrebuiltWorkspace(prebuild);
await this.messageBus.notifyHeadlessUpdate({ span }, workspace.ownerId, workspace.id, <
HeadlessWorkspaceEvent
>{
type: HeadlessWorkspaceEventType.Failed,
// TODO: `workspaceID: workspace.id` not needed here? (found in ee/src/prebuilds/prebuild-queue-maintainer.ts and ee/src/bridge.ts)
});
}
}
} catch (err) {
TraceContext.setError({ span }, err);
log.error(
{ workspaceId: workspace.id, instanceId: instance.id, userId: workspace.ownerId },
"cannot properly fail workspace instance during start",
err,
);
} finally {
span.finish();
}
}
/**
* Creates a new instance for a given workspace and its owner
*
* @param workspace the workspace to create an instance for
*/
protected async newInstance(
ctx: TraceContext,
workspace: Workspace,
previousInstance: WorkspaceInstance | undefined,
user: User,
excludeFeatureFlags: NamedWorkspaceFeatureFlag[],
ideConfig: IDEConfig,
pvcEnabledForPrebuilds: boolean,
): Promise<WorkspaceInstance> {
const span = TraceContext.startSpan("buildWorkspaceImage", ctx);
//#endregion IDE resolution TODO(ak) move to IDE service
// TODO: Compatible with ide-config not deployed, need revert after ide-config deployed
delete ideConfig.ideOptions.options["code-latest"];
delete ideConfig.ideOptions.options["code-desktop-insiders"];
try {
const migrated = migrationIDESettings(user);
if (user.additionalData?.ideSettings && migrated) {
user.additionalData.ideSettings = migrated;
}
const ideChoice = user.additionalData?.ideSettings?.defaultIde;
const useLatest = !!user.additionalData?.ideSettings?.useLatestVersion;
// TODO(cw): once we allow changing the IDE in the workspace config (i.e. .gitpod.yml), we must
// give that value precedence over the default choice.
const configuration: WorkspaceInstanceConfiguration = {
ideImage: ideConfig.ideOptions.options[ideConfig.ideOptions.defaultIde].image,
supervisorImage: ideConfig.supervisorImage,
ideConfig: {
// We only check user setting because if code(insider) but desktopIde has no latestImage
// it still need to notice user that this workspace is using latest IDE
useLatest: user.additionalData?.ideSettings?.useLatestVersion,
},
};
if (!!ideChoice) {
const choose = chooseIDE(
ideChoice,
ideConfig.ideOptions,
useLatest,
this.authService.hasPermission(user, "ide-settings"),
);
configuration.ideImage = choose.ideImage;
configuration.desktopIdeImage = choose.desktopIdeImage;
}
const referrerIde = this.resolveReferrerIDE(workspace, user, ideConfig);
if (referrerIde) {
configuration.desktopIdeImage = useLatest
? referrerIde.option.latestImage ?? referrerIde.option.image
: referrerIde.option.image;
if (!user.additionalData?.ideSettings) {
// A user does not have IDE settings configured yet configure it with a referrer ide as default.
const additionalData = user?.additionalData || {};
const settings = additionalData.ideSettings || {};
settings.settingVersion = "2.0";
settings.defaultIde = referrerIde.id;
additionalData.ideSettings = settings;
user.additionalData = additionalData;
this.userDB
.trace(ctx)
.updateUserPartial(user)
.catch((e) => {
log.error({ userId: user.id }, "cannot configure default desktop ide", e);
});
}
}
//#endregion
let featureFlags: NamedWorkspaceFeatureFlag[] = workspace.config._featureFlags || [];
featureFlags = featureFlags.concat(this.config.workspaceDefaults.defaultFeatureFlags);
if (user.featureFlags && user.featureFlags.permanentWSFeatureFlags) {
featureFlags = featureFlags.concat(featureFlags, user.featureFlags.permanentWSFeatureFlags);
}
// if the user has feature preview enabled, we need to add the respective feature flags.
// Beware: all feature flags we add here are not workspace-persistent feature flags, e.g. no full-workspace backup.
if (!!user.additionalData?.featurePreview) {
featureFlags = featureFlags.concat(
this.config.workspaceDefaults.previewFeatureFlags.filter((f) => !featureFlags.includes(f)),
);
}
if (await getExperimentsClientForBackend().getValueAsync("protected_secrets", false, { user })) {
// We roll out the protected secrets feature using a ConfigCat feature flag, to ensure
// a smooth, gradual roll out without breaking users.
featureFlags = featureFlags.concat(["protected_secrets"]);
}
featureFlags = featureFlags.filter((f) => !excludeFeatureFlags.includes(f));
if (workspace.type === "prebuild") {
if (pvcEnabledForPrebuilds === true) {
featureFlags = featureFlags.concat(["persistent_volume_claim"]);
} else {
// If PVC is disabled for prebuilds, we need to remove the PVC feature flag.
// This is necessary to ensure if user has PVC enabled on their account, that they
// will not hijack prebuild with PVC and make everyone who use this prebuild to auto enroll into PVC feature.
featureFlags = featureFlags.filter((f) => f !== "persistent_volume_claim");
}
}
let workspaceClass = "";
const userTeams = await this.teamDB.findTeamsByUser(user.id);
let classesEnabled = await getExperimentsClientForBackend().getValueAsync("workspace_classes", false, {
user: user,
teams: userTeams,
});
const usageAttributionId = await this.userService.getWorkspaceUsageAttributionId(user, workspace.projectId);
const billingMode = await this.billingModes.getBillingMode(usageAttributionId, new Date());
if (classesEnabled || BillingMode.canSetWorkspaceClass(billingMode)) {
// this is either the first time we start the workspace or the workspace was started
// before workspace classes and does not have a class yet
workspaceClass = await getWorkspaceClassForInstance(
ctx,
workspace,
previousInstance,
user,
this.entitlementService,
this.config.workspaceClasses,
this.workspaceDb,
);
if (featureFlags.includes("persistent_volume_claim")) {
if (workspaceClass === "g1-standard" || workspaceClass === "g1-large") {
workspaceClass = workspaceClass + "-pvc";
}
}
featureFlags = featureFlags.concat(["workspace_class_limiting"]);
} else {
workspaceClass = "default";
if (await this.entitlementService.userGetsMoreResources(user)) {
workspaceClass = "gitpodio-internal-xl";
}
}
if (!!featureFlags) {
// only set feature flags if there actually are any. Otherwise we waste the
// few bytes of JSON in the database for no good reason.
configuration.featureFlags = featureFlags;
}
const now = new Date().toISOString();
const instance: WorkspaceInstance = {
id: uuidv4(),
workspaceId: workspace.id,
creationTime: now,
ideUrl: "", // Initially empty, filled during starting process
region: this.config.installationShortname, // Shortname set to bridge can cleanup workspaces stuck preparing
workspaceImage: "", // Initially empty, filled during starting process
status: {
version: 0,
conditions: {},
phase: "preparing",
},
configuration,
usageAttributionId: usageAttributionId && AttributionId.render(usageAttributionId),
workspaceClass,
};
if (WithReferrerContext.is(workspace.context)) {
this.analytics.track({
userId: user.id,
event: "ide_referrer",
properties: {
workspaceId: workspace.id,
instanceId: instance.id,
referrer: workspace.context.referrer,
referrerIde: workspace.context.referrerIde,
},
});
}
return instance;
} finally {
span.finish();
}
}
// TODO(ak) move to IDE service
protected resolveReferrerIDE(
workspace: Workspace,
user: User,
ideConfig: IDEConfig,
): { id: string; option: IDEOption } | undefined {
if (!WithReferrerContext.is(workspace.context)) {
return undefined;
}
const referrer = ideConfig.ideOptions.clients?.[workspace.context.referrer];
if (!referrer) {
return undefined;
}
const providedIde = workspace.context.referrerIde;
const providedOption = providedIde && ideConfig.ideOptions.options[providedIde];
if (providedOption && referrer.desktopIDEs?.some((ide) => ide === providedIde)) {
return { id: providedIde, option: providedOption };
}
const defaultDesktopIde = user.additionalData?.ideSettings?.defaultDesktopIde;
const userOption = defaultDesktopIde && ideConfig.ideOptions.options[defaultDesktopIde];
if (userOption && referrer.desktopIDEs?.some((ide) => ide === defaultDesktopIde)) {
return { id: defaultDesktopIde, option: userOption };
}
const defaultIde = referrer.defaultDesktopIDE;
const defaultOption = defaultIde && ideConfig.ideOptions.options[defaultIde];
if (defaultOption) {
return { id: defaultIde, option: defaultOption };
}
return undefined;
}
protected async prepareBuildRequest(
ctx: TraceContext,
workspace: Workspace,
imgsrc: WorkspaceImageSource,
user: User,
additionalAuth: Map<string, string>,
ignoreBaseImageresolvedAndRebuildBase: boolean = false,
): Promise<{ src: BuildSource; auth: BuildRegistryAuth; disposable?: Disposable }> {
const span = TraceContext.startSpan("prepareBuildRequest", ctx);
try {
// if our workspace ever had its base image built, we do not want to build it again. In this case we use a build source reference
// and dismiss the original image source.
if (workspace.baseImageNameResolved && !ignoreBaseImageresolvedAndRebuildBase) {
span.setTag("hasBaseImageNameResolved", true);
span.log({ baseImageNameResolved: workspace.baseImageNameResolved });
const ref = new BuildSourceReference();
ref.setRef(workspace.baseImageNameResolved);
const src = new BuildSource();
src.setRef(ref);
// It doesn't matter what registries the user has access to at this point.
// All they need access to is the base image repository, as we're building the Gitpod layer only.
const nauth = new BuildRegistryAuthSelective();
nauth.setAllowBaserep(true);
// The base image is not neccesarily stored on the Gitpod registry, but might also come
// from a private whitelisted registry also. Hence allowBaserep is not enough, and we also
// need to explicitly allow all whitelisted registry when resolving the base image.
nauth.setAnyOfList(this.config.defaultBaseImageRegistryWhitelist);
const auth = new BuildRegistryAuth();
auth.setSelective(nauth);
return { src, auth };
}
const auth = new BuildRegistryAuth();
const userHasRegistryAccess = this.authService.hasPermission(user, Permission.REGISTRY_ACCESS);
if (userHasRegistryAccess) {
const totalAuth = new BuildRegistryAuthTotal();
totalAuth.setAllowAll(userHasRegistryAccess);
auth.setTotal(totalAuth);
} else {