Files
start-os/sdk/package/lib/StartSdk.ts
Matt Hill 2a8d8c7154 alpha.22
2026-03-20 08:37:36 -06:00

925 lines
34 KiB
TypeScript

import * as fs from 'node:fs/promises'
import * as actions from '../../base/lib/actions'
import { InputSpec } from '../../base/lib/actions/input/builder/inputSpec'
import { List } from '../../base/lib/actions/input/builder/list'
import { Value } from '../../base/lib/actions/input/builder/value'
import { Variants } from '../../base/lib/actions/input/builder/variants'
import {
customSmtp,
smtpInputSpec,
smtpProviderVariants,
systemSmtpSpec,
} from '../../base/lib/actions/input/inputSpecConstants'
import {
Action,
ActionInfo,
Actions,
MaybeFn,
Run,
} from '../../base/lib/actions/setupActions'
import {
CheckDependencies,
checkDependencies,
} from '../../base/lib/dependencies/dependencies'
import { setupDependencies } from '../../base/lib/dependencies/setupDependencies'
import { testTypeVersion } from '../../base/lib/exver'
import {
setupInit,
setupOnInit,
setupOnUninit,
setupUninit,
} from '../../base/lib/inits'
import { MultiHost, Scheme } from '../../base/lib/interfaces/Host'
import { ServiceInterfaceBuilder } from '../../base/lib/interfaces/ServiceInterfaceBuilder'
import { setupExportedUrls } from '../../base/lib/interfaces/setupExportedUrls'
import { setupServiceInterfaces } from '../../base/lib/interfaces/setupInterfaces'
import * as T from '../../base/lib/types'
import { Effects, ServiceInterfaceType } from '../../base/lib/types'
import { GetContainerIp } from '../../base/lib/util/GetContainerIp'
import { GetStatus } from '../../base/lib/util/GetStatus'
import { getOwnServiceInterface } from '../../base/lib/util/getServiceInterface'
import { getOwnServiceInterfaces } from '../../base/lib/util/getServiceInterfaces'
import * as patterns from '../../base/lib/util/patterns'
import { Backups } from './backup/Backups'
import { SetupBackupsParams, setupBackups } from './backup/setupBackups'
import { checkWebUrl, runHealthScript } from './health/checkFns'
import { checkPortListening } from './health/checkFns/checkPortListening'
import { setupMain } from './mainFn'
import { Daemon, Daemons } from './mainFn/Daemons'
import { Mounts } from './mainFn/Mounts'
import { changeOnFirstSuccess, cooldownTrigger } from './trigger'
import { defaultTrigger } from './trigger/defaultTrigger'
import { successFailure } from './trigger/successFailure'
import {
GetOutboundGateway,
GetSslCertificate,
GetSystemSmtp,
getServiceInterface,
getServiceInterfaces,
getServiceManifest,
nullIfEmpty,
splitCommand,
} from './util'
import {
CommandOptions,
ExitError,
SubContainer,
SubContainerOwned,
} from './util/SubContainer'
import { createVolumes } from './util/Volume'
import { getDataVersion, setDataVersion } from './version'
/** The minimum StartOS version required by this SDK release */
export const OSVersion = testTypeVersion('0.4.0-alpha.22')
// prettier-ignore
type AnyNeverCond<T extends any[], Then, Else> =
T extends [] ? Else :
T extends [never, ...Array<any>] ? Then :
T extends [any, ...infer U] ? AnyNeverCond<U,Then, Else> :
never
/**
* The top-level SDK facade for building StartOS service packages.
*
* Use `StartSdk.of()` to create an uninitialized instance, then call `.withManifest()`
* to bind it to a manifest, and finally `.build()` to obtain the full toolkit of helpers
* for actions, daemons, backups, interfaces, health checks, and more.
*
* @typeParam Manifest - The service manifest type; starts as `never` until `.withManifest()` is called.
*/
export class StartSdk<Manifest extends T.SDKManifest> {
private constructor(readonly manifest: Manifest) {}
/**
* Create an uninitialized StartSdk instance. Call `.withManifest()` next.
* @returns A new StartSdk with no manifest bound.
*/
static of() {
return new StartSdk<never>(null as never)
}
/**
* Bind a manifest to the SDK, producing a typed SDK instance.
* @param manifest - The service manifest definition
* @returns A new StartSdk instance parameterized by the given manifest type
*/
withManifest<Manifest extends T.SDKManifest = never>(manifest: Manifest) {
return new StartSdk<Manifest>(manifest)
}
private ifPluginEnabled<P extends T.PluginId, T>(
plugin: P,
value: T,
): Manifest extends { plugins: P[] } ? T : null {
if (this.manifest.plugins?.includes(plugin)) return value as any
return null as any
}
/**
* Finalize the SDK and return the full set of helpers for building a StartOS service.
*
* This method is only callable after `.withManifest()` has been called (enforced at the type level).
*
* @param isReady - Type-level gate; resolves to `true` only when a manifest is bound.
* @returns An object containing all SDK utilities: actions, daemons, backups, interfaces, health checks, volumes, triggers, and more.
*/
build(isReady: AnyNeverCond<[Manifest], 'Build not ready', true>) {
type NestedEffects = 'subcontainer' | 'store' | 'action' | 'plugin'
type InterfaceEffects =
| 'getServiceInterface'
| 'listServiceInterfaces'
| 'exportServiceInterface'
| 'clearServiceInterfaces'
| 'bind'
| 'getHostInfo'
type MainUsedEffects = 'setMainStatus'
type CallbackEffects =
| 'child'
| 'constRetry'
| 'isInContext'
| 'onLeaveContext'
| 'clearCallbacks'
type AlreadyExposed =
| 'getSslCertificate'
| 'getSystemSmtp'
| 'getOutboundGateway'
| 'getContainerIp'
| 'getStatus'
| 'getDataVersion'
| 'setDataVersion'
| 'getServiceManifest'
// prettier-ignore
type StartSdkEffectWrapper = {
[K in keyof Omit<Effects, "eventId" | NestedEffects | InterfaceEffects | MainUsedEffects | CallbackEffects | AlreadyExposed>]: (effects: Effects, ...args: Parameters<Effects[K]>) => ReturnType<Effects[K]>
}
const startSdkEffectWrapper: StartSdkEffectWrapper = {
restart: (effects, ...args) => effects.restart(...args),
setDependencies: (effects, ...args) => effects.setDependencies(...args),
checkDependencies: (effects, ...args) =>
effects.checkDependencies(...args),
mount: (effects, ...args) => effects.mount(...args),
getInstalledPackages: (effects, ...args) =>
effects.getInstalledPackages(...args),
getServicePortForward: (effects, ...args) =>
effects.getServicePortForward(...args),
clearBindings: (effects, ...args) => effects.clearBindings(...args),
getOsIp: (effects, ...args) => effects.getOsIp(...args),
getSslKey: (effects, ...args) => effects.getSslKey(...args),
shutdown: (effects, ...args) => effects.shutdown(...args),
getDependencies: (effects, ...args) => effects.getDependencies(...args),
setHealth: (effects, ...args) => effects.setHealth(...args),
}
return {
/** The bound service manifest */
manifest: this.manifest,
/** Volume path helpers derived from the manifest volume definitions */
volumes: createVolumes(this.manifest),
...startSdkEffectWrapper,
/** Persist the current data version to the StartOS effect system */
setDataVersion,
/** Retrieve the current data version from the StartOS effect system */
getDataVersion,
action: {
/** Execute an action by its ID, optionally providing input */
run: actions.runAction,
/** Create a task notification for a specific package's action */
createTask: <T extends ActionInfo<T.ActionId, any>>(
effects: T.Effects,
packageId: T.PackageId,
action: T,
severity: T.TaskSeverity,
options?: actions.TaskOptions<T>,
) =>
actions.createTask({
effects,
packageId,
action,
severity,
options: options,
}),
/** Create a task notification for this service's own action (uses manifest.id automatically) */
createOwnTask: <T extends ActionInfo<T.ActionId, any>>(
effects: T.Effects,
action: T,
severity: T.TaskSeverity,
options?: actions.TaskOptions<T>,
) =>
actions.createTask({
effects,
packageId: this.manifest.id,
action,
severity,
options: options,
}),
/**
* Clear one or more task notifications by their replay IDs
* @param effects - The effects context
* @param replayIds - One or more replay IDs of the tasks to clear
*/
clearTask: (effects: T.Effects, ...replayIds: string[]) =>
effects.action.clearTasks({ only: replayIds }),
},
/**
* Check whether the specified (or all) dependencies are satisfied.
* @param effects - The effects context
* @param packageIds - Optional subset of dependency IDs to check; defaults to all
* @returns An object describing which dependencies are satisfied and which are not
*/
checkDependencies: checkDependencies as <
DependencyId extends keyof Manifest['dependencies'] &
T.PackageId = keyof Manifest['dependencies'] & T.PackageId,
>(
effects: Effects,
packageIds?: DependencyId[],
) => Promise<CheckDependencies<DependencyId>>,
serviceInterface: {
/** Retrieve a single service interface belonging to this package by its ID */
getOwn: getOwnServiceInterface,
/** Retrieve a single service interface from any package */
get: getServiceInterface,
/** Retrieve all service interfaces belonging to this package */
getAllOwn: getOwnServiceInterfaces,
/** Retrieve all service interfaces, optionally filtering by package */
getAll: getServiceInterfaces,
},
/**
* Get the container IP address with reactive subscription support.
*
* Returns an object with multiple read strategies: `const()` for a value
* that retries on change, `once()` for a single read, `watch()` for an async
* generator, `onChange()` for a callback, and `waitFor()` to block until a predicate is met.
*
* @param effects - The effects context
* @param options - Optional filtering options (e.g. `containerId`)
*/
getContainerIp: (
effects: T.Effects,
options: Omit<
Parameters<T.Effects['getContainerIp']>[0],
'callback'
> = {},
) => new GetContainerIp(effects, options),
/**
* Get the service's current status with reactive subscription support.
*
* Returns an object with multiple read strategies: `const()` for a value
* that retries on change, `once()` for a single read, `watch()` for an async
* generator, `onChange()` for a callback, and `waitFor()` to block until a predicate is met.
*
* @param effects - The effects context
* @param options - Optional filtering options (e.g. `packageId`)
*/
getStatus: (
effects: T.Effects,
options: Omit<Parameters<T.Effects['getStatus']>[0], 'callback'> = {},
) => new GetStatus(effects, options),
MultiHost: {
/**
* Create a new MultiHost instance for binding ports and exporting interfaces.
* @param effects - The effects context
* @param id - A unique identifier for this multi-host group
*/
of: (effects: Effects, id: string) => new MultiHost({ id, effects }),
},
/**
* Return `null` if the given string is empty, otherwise return the string unchanged.
* Useful for converting empty user input into explicit null values.
*/
nullIfEmpty,
/**
* Indicate that a daemon should use the container image's configured entrypoint.
* @param overrideCmd - Optional command arguments to append after the entrypoint
*/
useEntrypoint: (overrideCmd?: string[]) =>
new T.UseEntrypoint(overrideCmd),
/**
* @description Use this class to create an Action. By convention, each Action should receive its own file.
*
*/
Action: {
/**
* @description Use this function to create an action that accepts form input
* @param id - a unique ID for this action
* @param metadata - information describing the action and its availability
* @param inputSpec - define the form input using the InputSpec and Value classes
* @param prefillFn - optionally fetch data from the file system to pre-fill the input form. Must returns a deep partial of the input spec
* @param executionFn - execute the action. Optionally return data for the user to view. Must be in the structure of an ActionResult, version "1"
* @example
* In this example, we create an action for a user to provide their name.
* We prefill the input form with their existing name from the service's yaml file.
* The new name is saved to the yaml file, and we return nothing to the user, which
* means they will receive a generic success message.
*
* ```
import { sdk } from '../sdk'
import { yamlFile } from '../file-models/config.yml'
const { InputSpec, Value } = sdk
export const inputSpec = InputSpec.of({
name: Value.text({
name: 'Name',
description:
'When you launch the Hello World UI, it will display "Hello [Name]"',
required: true,
default: 'World',
}),
})
export const setName = sdk.Action.withInput(
// id
'set-name',
// metadata
async ({ effects }) => ({
name: 'Set Name',
description: 'Set your name so Hello World can say hello to you',
warning: null,
allowedStatuses: 'any',
group: null,
visibility: 'enabled',
}),
// form input specification
inputSpec,
// optionally pre-fill the input form
async ({ effects }) => {
const name = await yamlFile.read.const(effects)?.name
return { name }
},
// the execution function
async ({ effects, input }) => yamlFile.merge(input)
)
* ```
*/
withInput: Action.withInput,
/**
* @description Use this function to create an action that does not accept form input
* @param id - a unique ID for this action
* @param metadata - information describing the action and its availability
* @param executionFn - execute the action. Optionally return data for the user to view. Must be in the structure of an ActionResult, version "1"
* @example
* In this example, we create an action that returns a secret phrase for the user to see.
*
* ```
import { store } from '../file-models/store.json'
import { sdk } from '../sdk'
export const showSecretPhrase = sdk.Action.withoutInput(
// id
'show-secret-phrase',
// metadata
async ({ effects }) => ({
name: 'Show Secret Phrase',
description: 'Reveal the secret phrase for Hello World',
warning: null,
allowedStatuses: 'any',
group: null,
visibility: 'enabled',
}),
// the execution function
async ({ effects }) => ({
version: '1',
title: 'Secret Phrase',
message:
'Below is your secret phrase. Use it to gain access to extraordinary places',
result: {
type: 'single',
value: (await store.read.once())?.secretPhrase,
copyable: true,
qr: true,
masked: true,
},
}),
)
* ```
*/
withoutInput: <Id extends T.ActionId>(
id: Id,
metadata: MaybeFn<Omit<T.ActionMetadata, 'hasInput'>>,
run: Run<{}>,
) => Action.withoutInput(id, metadata, run),
},
inputSpecConstants: {
smtpInputSpec,
systemSmtpSpec,
customSmtp,
smtpProviderVariants,
},
/**
* @description Use this function to create a service interface.
* @param effects
* @param options
* @example
* In this example, we create a standard web UI
*
* ```
const ui = sdk.createInterface(effects, {
name: 'Web UI',
id: 'ui',
description: 'The primary web app for this service.',
type: 'ui',
masked: false,
schemeOverride: null,
username: null,
path: '',
query: {},
})
* ```
*/
createInterface: (
effects: Effects,
options: {
/** The human readable name of this service interface. */
name: string
/** A unique ID for this service interface. */
id: string
/** The human readable description. */
description: string
/** Affects how the interface appears to the user. One of: 'ui', 'api', 'p2p'. If 'ui', the user will see an option to open the UI in a new tab */
type: ServiceInterfaceType
/** (optional) prepends the provided username to all URLs. */
username: null | string
/** (optional) appends the provided path to all URLs. */
path: string
/** (optional) appends the provided query params to all URLs. */
query: Record<string, string>
/** (optional) overrides the protocol prefix provided by the bind function.
*
* @example `{ ssl: 'ftps', noSsl: 'ftp' }`
*/
schemeOverride: { ssl: Scheme; noSsl: Scheme } | null
/** mask the url (recommended if it contains credentials such as an API key or password) */
masked: boolean
},
) => new ServiceInterfaceBuilder({ ...options, effects }),
/**
* Get the system SMTP configuration with reactive subscription support.
* @param effects - The effects context
*/
getSystemSmtp: <E extends Effects>(effects: E) =>
new GetSystemSmtp(effects),
/**
* Get the outbound network gateway address with reactive subscription support.
* @param effects - The effects context
*/
getOutboundGateway: <E extends Effects>(effects: E) =>
new GetOutboundGateway(effects),
/**
* Get an SSL certificate for the given hostnames with reactive subscription support.
* @param effects - The effects context
* @param hostnames - The hostnames to obtain a certificate for
* @param algorithm - Optional algorithm preference (e.g. Ed25519)
*/
getSslCertificate: <E extends Effects>(
effects: E,
hostnames: string[],
algorithm?: T.Algorithm,
) => new GetSslCertificate(effects, { hostnames, algorithm }),
/** Retrieve the manifest of any installed service package by its ID */
getServiceManifest,
healthCheck: {
checkPortListening,
checkWebUrl,
runHealthScript,
},
/** Common utility patterns (e.g. hostname regex, port validators) */
patterns,
/**
* @description Use this function to list every Action offered by the service. Actions will be displayed in the provided order.
*
* By convention, each Action should receive its own file in the "actions" directory.
* @example
*
* ```
import { sdk } from '../sdk'
import { config } from './config'
import { nameToLogs } from './nameToLogs'
export const actions = sdk.Actions.of().addAction(config).addAction(nameToLogs)
* ```
*/
Actions: Actions<{}>,
/**
* @description Use this function to determine which volumes are backed up when a user creates a backup, including advanced options.
* @example
* In this example, we back up the entire "main" volume and nothing else.
*
* ```
import { sdk } from './sdk'
export const { createBackup, restoreBackup } = sdk.setupBackups(
async ({ effects }) => sdk.Backups.volumes('main'),
)
* ```
* @example
* In this example, we back up the "main" volume, but exclude hypothetical directory "excludedDir".
*
* ```
import { sdk } from './sdk'
export const { createBackup, restoreBackup } = sdk.setupBackups(async () =>
sdk.Backups.volumes('main').setOptions({
exclude: ['excludedDir'],
}),
)
* ```
*/
setupBackups: (options: SetupBackupsParams<Manifest>) =>
setupBackups<Manifest>(options),
/**
* @description Use this function to set dependency information.
* @example
* In this example, we create a dependency on Hello World >=1.0.0:0, where Hello World must be running and passing its "primary" health check.
*
* ```
export const setDependencies = sdk.setupDependencies(
async ({ effects }) => {
return {
'hello-world': {
kind: 'running',
versionRange: '>=1.0.0',
healthChecks: ['primary'],
},
}
},
)
* ```
*/
setupDependencies: setupDependencies<Manifest>,
/**
* @description Use this function to create an InitScript that runs every time the service initializes (install, update, restore, rebuild, and server bootup)
*/
setupOnInit,
/**
* @description Use this function to create an UninitScript that runs every time the service uninitializes (update, uninstall, and server shutdown)
*/
setupOnUninit,
/**
* @description Use this function to setup what happens when the service initializes.
*
* This happens when the server boots, or a service is installed, updated, or restored
*
* Not every init script does something on every initialization. For example, versions only does something on install or update
*
* These scripts are run in the order they are supplied
* @example
*
* ```
export const init = sdk.setupInit(
restoreInit,
versions,
setDependencies,
setInterfaces,
actions,
postInstall,
)
* ```
*/
setupInit: setupInit,
/**
* @description Use this function to setup what happens when the service uninitializes.
*
* This happens when the server shuts down, or a service is uninstalled or updated
*
* Not every uninit script does something on every uninitialization. For example, versions only does something on uninstall or update
*
* These scripts are run in the order they are supplied
* @example
*
* ```
export const uninit = sdk.setupUninit(
versions,
)
* ```
*/
setupUninit: setupUninit,
/**
* @description Use this function to determine how this service will be hosted and served. The function executes on service install, service update, and inputSpec save.
* @param inputSpec - The inputSpec spec of this service as exported from /inputSpec/spec.
* @param fn - an async function that returns an array of interface receipts. The function always has access to `effects`; it has access to `input` only after inputSpec save, otherwise `input` will be null.
* @example
* In this example, we create two UIs from one multi-host, and one API from another multi-host.
*
* ```
export const setInterfaces = sdk.setupInterfaces(
async ({ effects }) => {
// ** UI multi-host **
const uiMulti = sdk.MultiHost.of(effects, 'ui-multi')
const uiMultiOrigin = await uiMulti.bindPort(80, {
protocol: 'http',
})
// Primary UI
const primaryUi = sdk.createInterface(effects, {
name: 'Primary UI',
id: 'primary-ui',
description: 'The primary web app for this service.',
type: 'ui',
masked: false,
schemeOverride: null,
username: null,
path: '',
query: {},
})
// Admin UI
const adminUi = sdk.createInterface(effects, {
name: 'Admin UI',
id: 'admin-ui',
description: 'The admin web app for this service.',
type: 'ui',
masked: false,
schemeOverride: null,
username: null,
path: '/admin',
query: {},
})
// UI receipt
const uiReceipt = await uiMultiOrigin.export([primaryUi, adminUi])
// ** API multi-host **
const apiMulti = sdk.MultiHost.of(effects, 'api-multi')
const apiMultiOrigin = await apiMulti.bindPort(5959, {
protocol: 'http',
})
// API
const api = sdk.createInterface(effects, {
name: 'Admin API',
id: 'api',
description: 'The advanced API for this service.',
type: 'api',
masked: false,
schemeOverride: null,
username: null,
path: '',
query: {},
})
// API receipt
const apiReceipt = await apiMultiOrigin.export([api])
// ** Return receipts **
return [uiReceipt, apiReceipt]
},
)
* ```
*/
setupInterfaces: setupServiceInterfaces,
/**
* Define the main entrypoint for the service. The provided function should
* configure and return a `Daemons` instance describing all long-running processes.
* @param fn - Async function that receives `effects` and returns a `Daemons` instance
*/
setupMain: (
fn: (o: { effects: Effects }) => Promise<Daemons<Manifest, any>>,
) => setupMain<Manifest>(fn),
/** Built-in trigger strategies for controlling health-check polling intervals */
trigger: {
/** Default trigger: polls at a fixed interval */
defaultTrigger,
/** Trigger with a cooldown period between checks */
cooldownTrigger,
/** Switches to a different interval after the first successful check */
changeOnFirstSuccess,
/** Uses different intervals based on success vs failure results */
successFailure,
},
Mounts: {
/**
* Create an empty Mounts builder for declaring volume, asset, dependency, and backup mounts.
* @returns A new Mounts instance with no mounts configured
*/
of: Mounts.of<Manifest>,
},
Backups: {
/**
* Create a Backups configuration that backs up entire volumes by name.
* @param volumeNames - Volume IDs from the manifest to include in backups
*/
ofVolumes: Backups.ofVolumes<Manifest>,
/**
* Create a Backups configuration from explicit sync path pairs.
* @param syncs - Array of `{ dataPath, backupPath }` objects
*/
ofSyncs: Backups.ofSyncs<Manifest>,
/**
* Create a Backups configuration with custom rsync options (e.g. exclude patterns).
* @param options - Partial sync options to override defaults
*/
withOptions: Backups.withOptions<Manifest>,
},
InputSpec: {
/**
* @description Use this function to define the inputSpec specification that will ultimately present to the user as validated form inputs.
*
* Most form controls are supported, including text, textarea, number, toggle, select, multiselect, list, color, datetime, object (sub form), and union (conditional sub form).
* @example
* In this example, we define a inputSpec form with two value: name and makePublic.
*
* ```
import { sdk } from '../sdk'
const { InputSpec, Value } = sdk
export const inputSpecSpec = InputSpec.of({
name: Value.text({
name: 'Name',
description:
'When you launch the Hello World UI, it will display "Hello [Name]"',
required: true,
default: 'World'
}),
makePublic: Value.toggle({
name: 'Make Public',
description: 'Whether or not to expose the service to the network',
default: false,
}),
})
* ```
*/
of: <Spec extends Record<string, Value<any>>>(spec: Spec) =>
InputSpec.of<Spec>(spec),
},
Daemon: {
/**
* Create a single Daemon that wraps a long-running process with automatic restart logic.
* Returns a curried function: call with `(effects, subcontainer, exec)`.
*/
get of() {
return Daemon.of<Manifest>()
},
},
Daemons: {
/**
* Create a new Daemons builder for defining the service's daemon topology.
* Chain `.addDaemon()` calls to register each long-running process.
* @param effects - The effects context
*/
of(effects: Effects) {
return Daemons.of<Manifest>({ effects })
},
},
SubContainer: {
/**
* @description Create a new SubContainer
* @param effects
* @param image - what container image to use
* @param mounts - what to mount to the subcontainer
* @param name - a name to use to refer to the subcontainer for debugging purposes
*/
of(
effects: Effects,
image: {
imageId: T.ImageId & keyof Manifest['images']
sharedRun?: boolean
},
mounts: Mounts<Manifest> | null,
name: string,
) {
return SubContainerOwned.of<Manifest, Effects>(
effects,
image,
mounts,
name,
).then((subc) => subc.rc())
},
/**
* @description Run a function with a temporary SubContainer
* @param effects
* @param image - what container image to use
* @param mounts - what to mount to the subcontainer
* @param name - a name to use to refer to the ephemeral subcontainer for debugging purposes
*/
withTemp<T>(
effects: T.Effects,
image: {
imageId: T.ImageId & keyof Manifest['images']
sharedRun?: boolean
},
mounts: Mounts<Manifest> | null,
name: string,
fn: (subContainer: SubContainer<Manifest>) => Promise<T>,
): Promise<T> {
return SubContainerOwned.withTemp(effects, image, mounts, name, fn)
},
},
List,
Value,
Variants,
plugin: {
url: this.ifPluginEnabled('url-v0' as const, {
register: (
effects: T.Effects,
options: {
tableAction: ActionInfo<
T.ActionId,
{
urlPluginMetadata: {
packageId: T.PackageId
interfaceId: T.ServiceInterfaceId
hostId: T.HostId
internalPort: number
}
}
>
},
) =>
effects.plugin.url.register({
tableAction: options.tableAction.id,
}),
exportUrl: (
effects: T.Effects,
options: {
hostnameInfo: T.PluginHostnameInfo
removeAction: ActionInfo<
T.ActionId,
{
urlPluginMetadata: T.PluginHostnameInfo & {
interfaceId: T.ServiceInterfaceId
}
}
> | null
overflowActions: ActionInfo<
T.ActionId,
{
urlPluginMetadata: T.PluginHostnameInfo & {
interfaceId: T.ServiceInterfaceId
}
}
>[]
},
) =>
effects.plugin.url.exportUrl({
hostnameInfo: options.hostnameInfo,
removeAction: options.removeAction?.id ?? null,
overflowActions: options.overflowActions.map((a) => a.id),
}),
setupExportedUrls, // similar to setupInterfaces
}),
},
}
}
}
/**
* Run a one-shot command inside a temporary subcontainer.
*
* Creates a subcontainer, executes the command, and destroys the subcontainer when finished.
* Throws an {@link ExitError} if the command exits with a non-zero code or signal.
*
* @param effects - The effects context
* @param image - The container image to use
* @param command - The command to execute (string array or UseEntrypoint)
* @param options - Mount and command options
* @param name - Optional human-readable name for debugging
* @returns The stdout and stderr output of the command
*/
export async function runCommand<Manifest extends T.SDKManifest>(
effects: Effects,
image: { imageId: keyof Manifest['images'] & T.ImageId; sharedRun?: boolean },
command: T.CommandType,
options: CommandOptions & {
mounts: Mounts<Manifest> | null
},
name?: string,
): Promise<{ stdout: string | Buffer; stderr: string | Buffer }> {
let commands: string[]
if (T.isUseEntrypoint(command)) {
const imageMeta: T.ImageMetadata = await fs
.readFile(`/media/startos/images/${image.imageId}.json`, {
encoding: 'utf8',
})
.catch(() => '{}')
.then(JSON.parse)
commands = imageMeta.entrypoint ?? []
commands = commands.concat(...(command.overridCmd ?? imageMeta.cmd ?? []))
} else commands = splitCommand(command)
return SubContainerOwned.withTemp(
effects,
image,
options.mounts,
name ||
commands
.map((c) => {
if (c.includes(' ')) {
return `"${c.replace(/"/g, `\"`)}"`
} else {
return c
}
})
.join(' '),
async (subcontainer) => {
const res = await subcontainer.exec(commands)
if (res.exitCode || res.exitSignal) {
throw new ExitError(commands[0], res)
} else {
return res
}
},
)
}