refactor: apply repository naming contract
Apply the accepted pre-release package, service, type, directory, and role renames as one repository-wide change.
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/**
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* Sandbox-consuming bash executor. It wraps the exact local bash argv through
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* `ctx.sandbox`, inherits local process mechanics, and reports the selected
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* mode, enforcement, and denial facts. Positive runner-launch evidence means
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* the command never ran: foreground calls throw `SANDBOX_UNAVAILABLE`, while
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* background processes carry `runnerFailed`; other spawn rejections retain
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* local-executor semantics. The tool owns approval and passes a complete per-call policy.
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* @module @deepseek-ai/dsh-bash-sandbox
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*/
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import { Context } from '@deepseek-ai/cordis'
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import type { ShellExecRequest, ShellExecSpec, ShellProcess, ShellRunResult } from '@deepseek-ai/dsh-shell'
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import { SandboxUnavailableError } from '@deepseek-ai/dsh-sandbox'
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import type {
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ConfinedArgv,
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ConfinedSandboxMode,
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RunnerFailureRule,
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SandboxEnforcement,
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SandboxExecutionPolicy,
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SandboxMode,
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SandboxPolicy,
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} from '@deepseek-ai/dsh-sandbox'
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import type {} from '@deepseek-ai/dsh-sandbox-policy'
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import { LocalBashExecutor } from '@deepseek-ai/dsh-bash-local'
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import type { Config as LocalConfig } from '@deepseek-ai/dsh-bash-local'
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import { classifyDenial, classifyRunnerFailure, isRunnerSpawnFailure, matchesSignature } from './helpers.ts'
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/**
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* Plugin config: the local executor's knobs, verbatim. The sandbox policy —
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* the default mode and fallback `workspace-write` root — is NOT here: it lives
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* on `ctx.sandboxPolicy` (`@deepseek-ai/dsh-sandbox-policy`), which resolves
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* each calling session's mode and cwd for every enforcing capability. The runner
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* choice is likewise the `ctx.sandbox` provider's config, not this executor's.
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*/
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export type Config = LocalConfig
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/**
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* Registers as `ctx.shell` in place of the local executor and requires a
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* `ctx.sandbox` provider plus `ctx.sandboxPolicy`; the tool layer is
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* unchanged. Tool calls pass the calling session's resolved policy; direct
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* calls fall back to deployment policy. `result.sandbox` reports the mode and
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* enforcement actually used.
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*/
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export class SandboxBashExecutor extends LocalBashExecutor {
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static override inject = ['subprocess', 'sandbox', 'sandboxPolicy']
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// No own Config: the sandbox default (mode + workspaceRoot) is owned by
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// ctx.sandboxPolicy, so this executor inherits LocalBashExecutor's Config
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// verbatim (the config catalog walks the inherited static).
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private readonly mode: SandboxMode
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/**
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* Per-process confinement facts retained until settlement. Providers may
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* vary enforcement and diagnostic dialect between overlapping calls, so a
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* shared latest-wrap value would classify a process against the wrong facts.
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* Unconfined processes have no entry.
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*/
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private readonly processFacts = new Map<ShellProcess, {
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mode: ConfinedSandboxMode
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enforcement: SandboxEnforcement
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denialSignatures: readonly string[]
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runnerFailureRules: readonly RunnerFailureRule[]
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runnerProgram: string | undefined
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workdir: string
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}>()
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constructor(ctx: Context, config: Config) {
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super(ctx, config)
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// The default mode is the capability fact used for schema advertisement;
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// actual tool executions carry their resolved per-call policy.
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this.mode = ctx.sandboxPolicy.defaultMode
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}
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/** The configured default mode — the capability fact the tool layer reads. */
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override get sandboxMode(): SandboxMode {
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return this.mode
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}
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/**
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* Stamp a complete per-call policy onto the spec. Tool calls supply the
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* calling session's resolved mode and root; lower-level callers fall back to
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* the deployment policy.
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*/
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override resolve(request: ShellExecRequest): ShellExecSpec {
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return { ...super.resolve(request), sandboxPolicy: request.sandboxPolicy ?? this.ctx.sandboxPolicy.resolve() }
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}
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override async run(spec: ShellExecSpec): Promise<ShellRunResult> {
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const policy = spec.sandboxPolicy as SandboxExecutionPolicy
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const { mode } = policy
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if (mode === 'danger-full-access') {
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const result = await super.run(spec)
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return { ...result, sandbox: { mode, denied: false } }
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}
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const confined = this.confine(spec.command, { ...policy, mode })
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let result: ShellRunResult
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try {
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result = await this.runArgv(spec, confined.argv)
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} catch (error) {
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// An upstream abort remains cancellation even when it prevents spawn.
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if (spec.signal?.aborted === true) spec.signal.throwIfAborted()
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if (isRunnerSpawnFailure(error, confined.argv[0], spec.workdir)) {
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throw new SandboxUnavailableError(mode, String(error))
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}
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throw error
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}
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// Runner failure outranks denial because the command did not run. Carry
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// the matched fatal line, not an informational line that preceded it.
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const runnerFailure = classifyRunnerFailure(result.exitCode, result.stderr.text, confined.runnerFailureRules)
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if (runnerFailure !== undefined) {
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throw new SandboxUnavailableError(mode, runnerFailure.detail)
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}
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return { ...result, sandbox: { mode, denied: classifyDenial(result, confined.denialSignatures), enforcement: confined.enforcement } }
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}
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override start(spec: ShellExecSpec): ShellProcess {
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const policy = spec.sandboxPolicy as SandboxExecutionPolicy
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const { mode } = policy
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if (mode === 'danger-full-access') return super.start(spec)
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// Once startArgv returns, install facts synchronously; promise settlement
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// cannot run before start() returns.
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const confined = this.confine(spec.command, { ...policy, mode })
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let proc: ShellProcess
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try {
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proc = this.startArgv(spec, confined.argv)
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} catch (error) {
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// LocalSubprocessRuntime reports ENOENT/EACCES with the failed executable path through async
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// `done` rejection; this covers alternatives that throw the same error synchronously.
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if (isRunnerSpawnFailure(error, confined.argv[0], spec.workdir)) {
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throw new SandboxUnavailableError(mode, String(error))
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}
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throw error
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}
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const { enforcement, denialSignatures, runnerFailureRules } = confined
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this.processFacts.set(proc, {
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mode,
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enforcement,
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denialSignatures,
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runnerFailureRules,
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runnerProgram: confined.argv[0],
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workdir: spec.workdir,
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})
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return proc
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}
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/**
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* Stamp per-process sandbox facts before `done` settles. Full-access processes
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* have no facts; signal deaths are not denials.
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*/
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protected override onProcessDone(proc: ShellProcess, stderr: string, spawnFailed: boolean, spawnError?: unknown): void {
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const facts = this.processFacts.get(proc)
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if (facts !== undefined) {
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this.processFacts.delete(proc)
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// A rejected spawn never started the confined launch. Otherwise runner
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// failure outranks denial because its diagnostics may contain denial terms.
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const runnerFailed = spawnFailed
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? isRunnerSpawnFailure(spawnError, facts.runnerProgram, facts.workdir)
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: classifyRunnerFailure(proc.exitCode, stderr, facts.runnerFailureRules) !== undefined
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proc.sandbox = {
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mode: facts.mode,
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denied: !runnerFailed && matchesSignature(proc.exitCode, stderr, facts.denialSignatures),
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enforcement: facts.enforcement,
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...(runnerFailed ? { runnerFailed } : {}),
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}
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}
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super.onProcessDone(proc, stderr, spawnFailed, spawnError)
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}
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/**
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* Wrap one shell command via the `ctx.sandbox` provider. Provider errors
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* propagate unchanged; the returned argv is handed directly to the local
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* executor's subprocess path.
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* @param command - shell source for the confined inner `bash -c`.
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* @param policy - resolved confined execution policy.
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* @returns the provider's exact argv and settlement-classification facts.
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*/
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private confine(command: string, policy: SandboxPolicy): ConfinedArgv {
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return this.ctx.sandbox.confine(['bash', '-c', command], policy)
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}
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}
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export default SandboxBashExecutor
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