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@codesandbox/sdk

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import { type SessionCreateOptions, type SandboxSession, PitcherManagerResponse } from "./types"; import { VMTier } from "./VMTier"; import { API } from "./API"; import { SandboxClient } from "./SandboxClient"; import { Tracer } from "@opentelemetry/api"; export declare class Sandbox { id: string; private api; private pitcherManagerResponse; private tracer?; /** * How the Sandbox booted up: * - RUNNING: Already running * - RESUME: Resumes from hibernation * - CLEAN: Clean bootup, no hibernation snapshot or shutdown * - FORK: When the sandbox was created from a template */ get bootupType(): "RUNNING" | "CLEAN" | "RESUME" | "FORK"; /** * The cluster the Sandbox is running on. */ get cluster(): string; /** * Whether the Sandbox Agent version is up to date. Use "restart" to * update the agent. */ get isUpToDate(): boolean; constructor(id: string, api: API, pitcherManagerResponse: PitcherManagerResponse, tracer?: Tracer); private withSpan; /** * Updates the specs that this sandbox runs on. It will dynamically scale the sandbox to the * new specs without a reboot. Be careful when scaling specs down, if the VM is using more memory * than it can scale down to, it can become very slow. */ updateTier(tier: VMTier): Promise<void>; /** * Updates the hibernation timeout for this sandbox. This is the amount of seconds the sandbox * will be kept alive without activity before it is automatically hibernated. Activity can be sessions or interactions with any endpoints exposed by the Sandbox. */ updateHibernationTimeout(timeoutSeconds: number): Promise<void>; private initializeCustomSession; private getSession; connect(customSession?: SessionCreateOptions): Promise<SandboxClient>; /** * @deprecated Use createSession instead */ createBrowserSession(customSession?: SessionCreateOptions): Promise<SandboxSession>; createSession(customSession?: SessionCreateOptions): Promise<SandboxSession>; }